PATENT JOURNAL - iponline.cipc.co.za · 2016/08227 metalogenia research & volvo construction equipment . september 2018 patent journal page | 7 application number assignee assignor

SEPTEMBER 2018 PATENT JOURNAL

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SEPTEMBER 2018 VOL 51 ● No.09

ISSN 2223-4837

PATENT JOURNALINCLUDING TRADE MARKS, DESIGNS AND COPYRIGHT IN CINEMATOGRAPH FILMS

Part II of II

ISSUED MONTHLY

DATE OF ISSUE: 26 SEPTEMBER 2018

http://10.21.1.40:81/iponlineweb/home/default.aspx


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VOL. 51 No. 09 Date of Issue: 26 SEPTEMBER 2018

PATENT JOURNALINCLUDING TRADE MARKS, DESIGNS AND COPYRIGHT IN CINEMATOGRAPH FILMS

PATENTS, TRADE MARKS, DESIGNS AND COPYRIGHT OFFICE

Official notices of proceedings under:

The Patents Act, 1978

The Designs Act, 1993

The Trade Marks Act, 1963

The Trade Marks Act, 1993

The Registration of Copyright in Cinematograph Films Act, 1977

Registrar of Patents, Trade Marks, Designs and Copyright

Note: CIPC acting on behalf of the Government of the Republic of South Africa, cannot guarantee the accuracy of its publications or undertake any responsibility for

errors or omissions or their consequences.


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2. PATENTS


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TABLE OF CONTENTS

2. PATENTS .................................................................................................................................................................. 3

ASSIGNMENTS IN TERMS OF SECTION 60-REGULATIONS 58-60 AND 64 (1) .................................................. 5

CHANGE OF NAME IN TERMS OF REGULATION 39 .......................................................................................... 10

PATENT LICENSES IN TERMS OF SECTION 53 (7)-REGULATIONS 62 AND 63 ............................................... 11

PATENT APPLICATIONS ABANDONED OR WITHDRAWN ................................................................................. 11

APPLICATION FOR RESTORATION OF A LAPSED PATENT .............................................................................. 12

APPLICATION FOR VOLUNTARY SURRENDER OF PATENTS UNDER SECTION 64 (1), REGULATION 67 OF THE ACT

................................................................................................................................................................................ 13

APPLICATIONS TO AMEND SPECIFICATION ...................................................................................................... 13

INSPECTION OF SPECIFICATIONS ...................................................................................................................... 75

HYPOTHECATIONS ............................................................................................................................................. 279

JUDGMENTS ........................................................................................................................................................ 279

OFFICE PRACTISE NOTICES ............................................................................................................................. 279

3. DESIGNS .............................................................................................................................................................. 281

APPLICATIONS FOR REGISTRATION OF DESIGNS IN TERMS OF ACT No. 195 OF 1993 ............................ 282

ASSIGNMENTS IN TERMS OF SECTIONS 30, 29-REGULATIONS 37, 38 AND 40 ........................................... 288

CHANGE OF NAME IN TERMS OF REGULATION 41 ........................................................................................ 288

CHANGE OF ADDRESS FOR SERVICE REGISTERED ..................................................................................... 288

CHANGE OF ADDRESS FOR PROPRIETOR REGISTERED ............................................................................. 288

APPLICATION FOR THE RESTORATION OF A LAPSED DESIGN UNDER SECTION 23 OF THE ACT .......... 288

APPLICATION TO CORRECT AND/OR AMEND DESIGNS APPLICATION OR REGISTRATION ..................... 288

HYPOTHECATIONS ............................................................................................................................................. 324

JUDGMENTS ........................................................................................................................................................ 324


4. COPYRIGHT ......................................................................................................................................................... 325

NOTICES OF ACCEPTANCE ............................................................................................................................... 326

HYPOTHECATIONS ............................................................................................................................................. 338

JUDGMENTS ........................................................................................................................................................ 338


5. CORRECTION NOTICES ...................................................................................................................................... 339

TRADE MARK CORRECTION NOTICES ............................................................................................................. 340

PATENT CORRECTION NOTICES ...................................................................................................................... 340

DESIGNS CORRECTION NOTICES .................................................................................................................... 342

COPYRIGHT CORRECTION NOTICES ............................................................................................................... 342

PATENTS .................................................................................................................................................................. 343

DESIGNS .................................................................................................................................................................. 364


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ASSIGNMENTS IN TERMS OF SECTION 60-REGULATIONS 58-60 AND 64 (1)

Application Number Assignee Assignor

2013/04507 UNILEVER PLC UNILEVER SOUTH AFRICA (PTY) LTD


2017/02431 PEROSPHERE PHARMACEUTICALS INC.

PEROSPHERE TECHNOLOGIES INC.

2006/05364 JARVIS, George Graham NORLAND OPERATIONS (PTY) LTD

2006/00268 BAYER CROPSCIENCE AG BAYER INTELLECTUAL PROPERTY GmbH

2010/07106 SUSPENDED SOLIDS RECOVERY LIMITED

P C & C F LIMITED

2005/10208 JINGLE, JOSEPH JOHN; SPEARING, ANTHONY SPENCER

TIMRITE (PTY) LTD

2005/07133 JARVIS, George Graham NORLAND OPERATIONS (PTY) LTD

2010/06070 PFIZER LIMITED LABRYS BIOLOGICS, INC.

2016/05125 DIGNITY SCIENCES LIMITED AFIMMUNE LIMITED

2016/04324 PENAAR, Frans Petrus Roelof;

HOWELL, Mark

TIMRITE (PTY) LTD

2016/07715 HELSINGIN YLIOPISTO VALO THERAPEUTICS OY

2014/04160 TERRAVIA HOLDINGS, INC CORBION BIOTECH, INC.

2006/04927 SANDVIK INTELLECTUAL PROPERTY AB

SANDVIK HYPERION AB

2005/02078 N-DIA INC QIAGEN SCIENCES LLC.

2010/08558 OTSUKA PHARMACEUTICAL CO., LIMITED

GW PHARMA LIMITED

2013/04128 F. HOFFMAN-LA-ROCHE AG GENENTECH, INC.

2014/06288 SANDVIK INTELLECTUAL PROPERTY AB

SANDVIK HYPERION AB

2006/04467 GARY WAYNE WATERFORD FIELDTURF AUSTRALIA PTY LIMITED

2017/06251 FMC CORPORATION DUPONT NUTRITION USA, INC.

2015/06615 MACHINE ZONE, INC. MZ IP HOLDINGS, LLC

2010/03154 ABB TECHNOLOGY AG/ ABB

TECHNOLOGY LTD

ABB SCHWEIZ AG

2014/01292 NADASEN, MELANIE THILOSHINI THE MATTHEW 6:33 TRUST

2014/02921 PROTHENA THERAPEUTICS

LIMITED

PROTHENA BIOSCIENCES LIMITED

2016/07968 FUJI CHEMICAL INDUSTRIES CO., ASTA PHARMACEUTICALS CO., LTD


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LTD

2015/00922 AHLSTROM OYJ (PARALLEL

NAME: AHLSTROM

CORPORATION)

AHLSTROM-MUNKSJO OYJ

2017/05623 B.R.A.I.N. BIOTECHNOLOGY

RESEARCH AND INFORMATION

NETWORK AG

CYPLUS GMBH

2017/01393 CEB INC. SHL US LLC

2017/08165 LOPEZ-POZAS LANUZA BIO AMMO, S.L.

2017/05243 CHADWICK, RICHARD DOUGLAS CHADWICK, COURTNEY VICTORIA

2018/01926 GILLETTE, ZANE M., GILLETTE,

THOMASD., GILLETTE, JAMES M.,

JONES, C. BRENNAN, HASKELL,

DAVID, REID, JARED,

RODRIGUEZ, VICTOR,

HEPWORTH, TYLER

S2I STREAM SOLUTIONS

INCORPORATED

2018/00410 INHIBRX LP INHIBRX, INC.

2016/00919 MEDICAL RESEARCH COUNCIL UNITED KINGDOM RESEARCH AND

INNOVATION

2017/06197 E. I. DU PONT DE NEMOURSAND

COMPANY

FMC CORPORATION

2017/03406 DAVID OTTO OTTOCAM (PTY) LTD


INNOVATION

2018/04038 BOZZATO, PAOLO WV PROCESS SOLUTIONS INC

2017/03741 TEVA UK LIMITED’S NORTON (WATERFORD) LIMITED

2018/04162 GRACE THERAPEUTICS LLC NORTIC HOLDINGS, INC.

2002/09876 SHELL INTERNATIONALE

RESEARCH MAATSCHAPPIJ B.V.

AIR PRODUCTS AND CHEMICALS,

INC.

2013/09582 VALIDSOFT UK LIMITED VALIDSOFT LIMITED

2013/07876 TERRAVIA HOLDINGS, INC. CORBION BIOTECH, INC.

2016/08227 METALOGENIA RESEARCH & VOLVO CONSTRUCTION EQUIPMENT


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TECHNOLOGIES S.L. AB

2016/05193 REYNO ALEXANDER SKAR MEDIZONE CC


INNOVATION



2018/02571 NGIDI, PASCAL NHLAKANIPHO HLOMUKA HOLDINGS (PTY) LTD

2010/08654 BENNETTO, PETER GEOFFREY,

VAN HEERDEN, JACK DENYS

RETURNHAULERS PROPRIETARY

LIMITED




INC.




INC.




INC.

2013/09563 JOSE CAJIGA, ARTURO CAJIGA

VILLAR AND VINCENTE CAJIGA

VILLAR

CAPAT, LLC



TWISTER B.V.



INNOVATION




INC.

2007/04202 E. I. DU PONT DE NEMOURS AND

COMPANY

FMC AGRO SINGAPORE PTE. LTD

AND FMC CORPORATION.

2007/07470 E. I. DU PONT DE NEMOURS AND

COMPANY

FMC AGRO SINGAPORE PTE. LTD

AND FMC CORPORATION.

2017/04934 PHILLIPS MACHINE SOUTH

AFRICA (PTY) LTD LIMITED

PIENAAR, ABEL ALBERTUS


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2006/09189 POWERTECH INDUSTRIES (PTY)

LTD.

CRABTREE SOUTH AFRICA (PTY)

LTD.




INC.

2009/08947 NOKIA SOLUTIONS AND

NETWORKS OY

BEIJING XIAOMI MOBILE SOFTWARE

CO., LTD.

2006/03232 KABUSHIKI KAISHA TOSHIBA TOSHIBA ENERGY SYSTEMS &

SOLUTIONS CORPORATION

2006/04249 MAXSYS LIMITED MAXSYS FUEL SYSTEMS LIMITED

(FORMERLY MAXIS LIMITED)

2016/05562 AMGEN INC. TEIJIN PHARMA LIMITED

2016/05849 RENNOVIA INC. RENNOVIA, LLC


INNOVATION

2016/05567 WESTHAM LTD WTO INVESTMENTS LLC

2017/00866 JARVIS, GEORGE GRAHAM NORDLAND OPERATIONS (PTY) LTD

2008/09361 CHROMA THERAPEUTICS LTD MACROPHAGE PHARMA LIMITED

2013/08587 VALIDSOFT UK LIMITED VALIDSOFT LIMITED

2016/05922 X-INTERNATIONAL APS WINNINGTON AB

2014/06303 CHADWICK, RICHARD DOUGLAS CHADWICK, COURTNEY VICTORIA

2017/04934 PHILLIPS MACHINE SOUTH

AFRICA (PTY) LIMITED

PIENAAR, ABEL ALBERTUS

2017/05907 M.A.S. BILLY LTD DAYAN, MAOR

2009/07811 STRAITMARK HOLDING AG MONSANTO TECHNOLOGY LLC

2006/07519 METRIKA, INC. BAYER HEALTHCARE LLC

2017/03741 MICRODOSE THERAPEUTX, INC. NORTON (WATERFORD) LIMITED

2015/08291 FRIDGELAND UK LIMITED AEROFOIL ENERGY LIMITED


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2009/07820 SIEMENS VAI METALS

TECHNOLOGIES GMBH & CO.

SIEMENS VAI METALS

TECHNOLOGIES GMBH

2009/06395 SIGNODE INDUSTRIAL GROUP

S.A. PROPRITARY LIMITED

STOPAK (PTY) LTD

2014/07674 IHARA CHEMICAL INDUSTRY CO.,

LTD

KUMIAI CHEMICAL INDUSTRY CO.,

LTD.

2017/01458 MICRODOSE THERAPEUTX, INC. NORTON (WATERFORD) LIMITED

2017/01045 MICRODOSE THERAPEUTX, INC NORTON (WATERFORD) LIMITED

2017/01458 TEVA PHARMACEUTICALS

EUROPE B.V.

NORTON (WATERFORD) LIMITED

2013/04897 AEL MINING SERVICES LIMITED DETNET SOUTH AFRICA (PTY)

LIMITED

2008/01883 FCI HOLDINGS DELAWARE, INC. ROCBOLT TECHNOLOGIES (PTY)

LTD.


LTD.


LTD.


LTD.


LTD.


LTD.


LTD.

2005/07292 DEUTSCHE EDELSTAHLWERKE

GMBH

DEUTSCHE EDELSTAHLWERKE

SPECIALTY STEEL GMBH & CO. KG

2015/05767 TENSION II ACQUICO S.A.R.L. SPG PACKAGING IRELAND LTD.

2014/04394

ITW SPAIN HOLDINGS, S.L. SPG PACKAGING IRELAND LTD.


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CHANGE OF NAME IN TERMS OF REGULATION 39

Application Number In the name of New name

2013/05002 SCA HYGIENE PRODUCTS AKTIEBOLAG

ESSITY HYGIENE AND HEALTH AKTIEBOLAG

2013/09468 KSB AKTIENGESELLSCHAFT KSB SE & CO. KGaA

2013/09583 ASK CHEMICALS L.P. ASK CHEMICALS LLC





2001/07731 ASAHI GLASS COMPANY, LIMITED AGC INC.


2010/06044 RAFFIA TUFBAG (PTY) LTD TUFBAG (PTY) LTD

2006/06413 VOEST-ALPINE INDUSTRIEANLAGENBAU GMBH

SIEMENS VAI METALS TECHNOLOGIES GMBH & CO

2016/05435 ALEXO THERAPEUTICS INC. ALX ONCOLOGY INC.



2017/06827 MAKO TURBINES PTY. LTD. MAKO TIDAL TURBINES PTY LTD

2011/00897 MEDIVATION TECHNOLOGIES, INC. MEDIVATION TECHNOLOGIES LLC

2011/04108 MELINTA THERAPEUTICS, INC. MELINTA SUBSISIDIARY CORP.

2013/02810 MEDIVATION TECHNOLOGIES, INC. MEDIVATION TECHNOLOGIES LLC

2014/06209 SANGAMO BIOSCIENCES, INC. SANGAMO THERAPEUTICS, INC.

2008/08811 SCA HYGIENE PRODUCTS

AKTIEBOLAG

ESSITY HYGIENE AND HEALTH

AKTIEBOLAG

2017/06385 SNIIP (AUSTRALIA) PTY LTD SNIIP (AUSTRALIA) LIMITED


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Application Number In the name of New name


2017/02431 PEROSPHERE PHARMACEUTICALS INC.

PEROSPHERE PHARMACEUTICALS INC.

2016/03679 0971065 B.C. LTD. HEWMAC INDUSTRIES LTD.














2016/06500 DESTINY HEALTH, INC. VITALITY GROUP HOLDINGS, INC.

PATENT LICENSES IN TERMS OF SECTION 53 (7)-REGULATIONS 62 AND 63

No records available.

PATENT APPLICATIONS ABANDONED OR WITHDRAWN

Application Number Not Open Date

2017/04440 WITHDRAWN 13/06/2018

2018/00508 WITHDRAWN 15/08/2018

2017/02056 WITHDRAWN 02/07/2018

2017/05855 WITHDRAWN 24/07/2018

2017/01411 WITHDRAWN 03/05/2018

2017/05011 WITHDRAWN 03/08/2018

2017/04928 WITHDRAWN 19/07/2018

2017/04930 WITHDRAWN 19/07/2018

2017/04929 WITHDRAWN 19/07/2018


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Application Number Not Open Date

2017/05511 WITHDRAWN 14/08/2018

2017/05695 WITHDRAWN 23/08/2018

2017/06339 WITHDRAWN 23/08/2018

2017/05888 WITHDRAWN 23/08/2018

2016/08391 WITHDRAWN 16/08/2018

APPLICATION FOR RESTORATION OF A LAPSED PATENT

THE PATENTS ACT, No. 57 OF 1978

APPLICATION FOR THE RESTORATION OF A LAPSED PATENT UNDER SECTION 47 OF THE ACT

Notice is hereby given that PETER GEOFFREY BENNETTO, JACK DENYS VAN HEERDEN, PETURHAULERS PROPRIETARY LIMITED OF ADAMS & ADAMS, LYNNWOOD BRIDGE, 4 DAVENTRY ROAD, LYNNWOOD MANOR, PRETORIA, made application for the restoration of the patent granted to the said PETER GEOFFREY BENNETTO, JACK DENYS VAN HEERDEN, PETURHAULERS PROPRIETARY LIMITED for an invention A FREIGHT CARRIER numbered 2010/08654, dated 01/12/2010 which became void on 01/12/2017 owing to the non-payment of the prescribed renewal fee.

Any person may give notice on Patent Form No. 19 of opposition to the restoration of the patent within two months of the advertisement hereof.

Notice is hereby given that ARAGON PHARMACEUTICALS, INC OF VON SEIDELS, P.O. BOX 440, CENTURY CITY, CAPE TOWN, 8000, made application for the restoration of the patent granted to the said ARAGON PHARMACEUTICALS, INC for an invention ANDROGEN RECEPTOR MODULATORS AND USES THEREOF numbered 2015/07863, dated 22/10/2015 which became void on 22/10/2014 owing to the non-payment of the prescribed renewal fee.


Notice is hereby given that ARAGON PHARMACEUTICALS, INC OF VON SEIDELS, P.O. BOX 440, CENTURY CITY, CAPE TOWN, 8000, made application for the restoration of the patent granted to the said ARAGON PHARMACEUTICALS, INC for an invention ANDROGEN RECEPTOR MODULATORS AND USES THEREOF numbered 2015/07865, dated 22/10/2015 which became void on 22/10/2014 owing to the non-payment of the prescribed renewal fee.



Page | 13

Notice is hereby given that UNIVERSITY OF THE WESTERN CAPE OF DR. GERNTHOLTZ INC., PO. BOX 8, CAPE TOWN, 8000, made application for the restoration of the patent granted to the said SMITH INTERNATIONAL INC., for an invention A METHOD FOR PRODUCING NON-PRECIOUS METAL CATALYSTS FROM NITROGEN-RICH BIOMASS numbered 2016/01389, dated 29/02/2016 which became void on 17/08/2017 owing to the non-payment of the prescribed renewal fee.


Notice is hereby given that SIMPLY TAPP INC OF ADAMS & ADAMS, LYNNWOOD BRIDGE OFFICE PARK, 4 DAVENTRY ROAD, LYNNWOOD MANOR, PRETORIA, 0001, made application for the restoration of the patent granted to the said SIMPLY TAPP INC for an invention SYSTEMS AND METHODS FOR AUTHORIZING A TRANSACTION WITH AN UNEXPECTED CRYPTOGRAM numbered 2014/01622, dated 28/03/2014 which became void on 30/08/2017 owing to the non-payment of the prescribed renewal fee.


Notice is hereby given that SICPA HOLDING SA OF ADAMS & ADAMS, LYNNWOOD BRIDGE, 4 DAVENTRY ROAD, LYNNWOOD MANOR, PRETORIA, made application for the restoration of the patent granted to the said SICPA HOLDING SA for an invention SECURITY FEATURES, THEIR USE, AND PROCESSES FOR MAKING THEM numbered 2007/01495, dated 20/02/2007 which became void on 13/01/2018 owing to the non-payment of the prescribed renewal fee.


THE PATENTS ACT, No. 57 OF 1978

APPLICATION FOR VOLUNTARY SURRENDER OF PATENTS UNDER SECTION 64 (1), REGULATION 67

OF THE ACT

No records available

APPLICATIONS TO AMEND SPECIFICATION

THE PATENTS ACT, 1978

APPLICATIONS TO AMEND SPECIFICATION


Page | 14

A copy of the original specification on which the proposed amendment is indicated in red, is now available for public inspection at the Patent Office.

Any notice of opposition (on Patent Form 19) must be lodged at the Patent Office within two months from the date hereof.

Registrar of Patent

PATENTS

APPLICATIONS FOR PATENTS

Copies of these specifications cannot be supplied until the applications have been accepted and advertised, or in the case of convention applications, until 18 months from the date of the application in the convention

THE PARTICULARS APPEAR IN THE FOLLOWING SEQUENCE: Application number ~ Nature ~ 54: Representation of mark ~ 73: Name of applicants ~ 74: Address for service ~ 51: International classification ~ 57: Specification of goods/services ~ 58: Endorsement(s) ~ 33: Country of priority ~ 31: Priority number ~ 32: Priority Date

- APPLIED ON 2018/08/27 -

2018/05711 ~ Complete ~54:MULTIGENOME RETROVIRAL VECTOR PREPARATIONS AND METHODS AND

SYSTEMS FOR PRODUCING AND USING SAME ~71:IMMUNE DESIGN CORP., 1616 Eastlake Ave E., Suite

310, United States of America ~72: BERGLUND, Peter Lars Aksel;TER MEULEN, Jan Henrik~ 33:US

~31:62/298,948 ~32:23/02/2016;33:US ~31:62/371,513 ~32:05/08/2016;33:US ~31:62/410,633

~32:20/10/2016

2018/05713 ~ Complete ~54:SYSTEM AND METHOD FOR PREPARING HIGH PURITY VANADIUM

ELECTROLYTE ~71:BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD., Room 202 Hopson Fortune

Plaza Building 1 Block 13 Deshengmenwai Street, Xicheng District, 100088, Beijing, People's Republic of

China;INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, Bei Er Tiao No. 1

Zhong Guan Cun, Haidian District Beijing, 100190, People's Republic of China ~72: CHUANLIN FAN;CUNHU

WANG;HAITAO YANG;JIBIN LIU;QINGSHAN ZHU;QIXUN BAN;WENHENG MU~ 33:CN ~31:201610059580.0

~32:28/01/2016

2018/05714 ~ Complete ~54:SYSTEM AND METHOD FOR PRODUCING 3.5-VALENCE HIGH-PURITY

VANADIUM ELECTROLYTE ~71:BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD., Room 202 Hopson

Fortune Plaza Building 1 Block 13 Deshengmenwai Street, Xicheng District, 100088, Beijing, People's Republic

of China;INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, Bei Er Tiao No. 1



~32:28/01/2016

2018/05717 ~ Complete ~54:RANDOM ACCESS COVERAGE ENHANCEMENT LEVEL RAMP UP

PROCEDURE ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , SE-164 83, Stockholm, Sweden ~72:

ANDREAS HÖGLUND~ 33:US ~31:62/291,971 ~32:05/02/2016


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2018/05686 ~ Provisional ~54:AUTOMATED QUESTION AND ANSWER GENERATION ~71:CANDY

RAYMOND, 522 Sbu Sibiya Road Inanda 4310, South Africa ~72: CANDY RAYMOND~

2018/05687 ~ Provisional ~54:REALTIME SUBJECT TREE CONVERSATION ~71:CANDY RAYMOND

MDUNGE, 522 Congo Msthebheni Stop 8 Inanda 4310, Durban, 4310 INANDA 4310, South Africa ~72: CANDY

RAYMOND MDUNGE~

2018/05690 ~ Provisional ~54:INSURANCE ~71:MARAIS, Jacobus Stephanus, c/o Adams & Adams

Attorneys, 4 Daventry Street, Lynnwood Manor, PRETORIA 0081, Gauteng Province, SOUTH AFRICA, South

Africa ~72: MARAIS, Jacobus Stephanus~

2018/05693 ~ Provisional ~54:METHOD OF AND APPARATUS FOR ESTABLISHING A BLASTING SYSTEM

~71:DETNET SOUTH AFRICA (PTY) LTD, AECI Place, The Woodlands, Woodlands Drive, Woodmead, South

Africa ~72: BOTHA, Marius Christo;MEYER, Tielman Christiaan;MULLER, Elmar Lennox;VAN WYK, Riaan

Lingenfelder~

2018/05696 ~ Provisional ~54:A SYSTEM FOR SECURING CONTENTS IN A SAFE, AND A METHOD OF A

ENABLING CONTENTS TO BE SECURED IN A SAFE ~71:KRUGER, DRIEKUS, 25 SMUTS STREET

RANDGATE RANDFONTEIN, South Africa ~72: KRUGER, DRIEKUS~

2018/05700 ~ Complete ~54:IL-22 POLYPEPTIDES AND IL-22 FC FUSION PROTEINS AND METHODS OF

USE ~71:GENENTECH, INC., 1 DNA Way, South San Francisco, 94080, California, United States of America

~72: ERIC GARY STEFANICH;GANESH A KOLUMAM;JED ROSS;JUSTIN SCHEER;NICHOLAS VAN

BRUGGEN;PHILIP E HASS;RICHARD VANDLEN;WENJUN OUYANG;WYNE P LEE;XIAOTING WANG~ 33:US

~31:61/800,148 ~32:15/03/2013;33:US ~31:61/800,795 ~32:15/03/2013;33:US ~31:61/801,144

~32:15/03/2013;33:US ~31:61/821,062 ~32:08/05/2013;33:US ~31:61/860,176 ~32:30/07/2013

2018/05705 ~ Complete ~54:PTH PRODRUGS ~71:ASCENDIS PHARMA BONE DISEASES A/S, TUBORG

BOULEVARD 5, 2900 HELLERUP, DENMARK, Denmark ~72: CLEEMANN, Felix;KRUSCH, Mathias;MAITRO,

Guillaume;SPROGØE, Kennett;WEGGE, Thomas;ZETTLER, Joachim~ 33:EP ~31:16158048.5

~32:01/03/2016;33:EP ~31:16179294.0 ~32:13/07/2016;33:EP ~31:16191484.1 ~32:29/09/2016;33:EP

~31:17155839.8 ~32:13/02/2017

2018/05707 ~ Complete ~54:LOW INLET VORTICITY IMPELLER HAVING ENHANCED HYDRODYNAMIC

WEAR CHARACTERISTICS ~71:FLSmidth A/S, Vigerslev Allé 77, VALBY DK-2500, DENMARK, Denmark

~72: ECHEVERRI, Luis~ 33:US ~31:62/319,010 ~32:06/04/2016

2018/05718 ~ Complete ~54:TRANSPOSON SYSTEM AND METHODS OF USE ~71:POSEIDA

THERAPEUTICS, INC., 4242 Campus Point Ct #700, San Diego, 92121, California, United States of America

~72: DAVID HERMANSON;DEVON SHEDLOCK;ERIC OSTERTAG~ 33:US ~31:62/300,387 ~32:26/02/2016

2018/05691 ~ Provisional ~54:INSURANCE ~71:MARAIS, Jacobus Stephanus, c/o Adams & Adams

Attorneys, 4 Daventry Street, Lynnwood Manor, PRETORIA 0081, Gauteng Province, SOUTH AFRICA, South

Africa ~72: MARAIS, Jacobus Stephanus~

2018/05694 ~ Provisional ~54:TRANSACTION DATA PROCESSING AND DOCUMENT AND DATA

MANAGEMENT METHOD AND SYSTEM ~71:SIXTH CENT (PTY) LTD, 141 Boshoff Street, Nieuw Muckleneuk,

South Africa ~72: KILLASSY, Kirstie Clare;KILLASSY, Natalie~


Page | 16

2018/05701 ~ Complete ~54:A TENSIONING DEVICE ~71:NIXON, Timothy Edward Piggott, 37 Company Road,

Mnandi, CENTURION 0149, Gauteng, SOUTH AFRICA, South Africa ~72: NIXON, Timothy Edward Piggott~

33:ZA ~31:2017/05889 ~32:30/08/2017

2018/05721 ~ Complete ~54:ANTIBODIES TARGETING BONE MORPHOGENETIC PROTEIN 9 (BMP9) AND

METHODS THEREFOR ~71:NOVARTIS AG, Lichtstrasse 35, CH-4056 Basel,, Switzerland ~72:

CHEN,Zijun;DENG,Sujun;HE,Yun;HUANG,Dagang;KUGLER,Markus;LI,Qian;LU,Chris,Xiamgyang;LUO,Xiao;SH

AN,Yongqiang;TISSOT-DAGUETTE,Kathrin,Ulrike~ 33:CN ~31:PCT/CN2015/082887 ~32:05/06/2015

2018/05689 ~ Provisional ~54:COMPACT, ROTATING, FOLDABLE, WALL MOUNTED HANGING DEVICE

~71:1PT618 (Pty) Ltd, 14 Ilala Drive, Ilala Ridge Estate, South Africa ~72: 1PT618 (Pty) Ltd~

2018/05692 ~ Provisional ~54:AQUEOUS MEDIUM TREATMENT ~71:IMPROCHEM (PTY) LTD, AECI Place,

The Woodlands, Woodlands Drive, Woodmead, South Africa ~72: DAWJEE, Hassan Dawood;KORKIE, Andre

Ignatius~

2018/05695 ~ Provisional ~54:INSECT TRAP ~71:Intellishift (Pty) Ltd, 16 Eildon Road, Kensington,

Johannesburg, South Africa ~72: BEAUCHAMP, Siobhan Sandra;BROWN, Jason;VAN DER HOFF, Jenny~

2018/05688 ~ Provisional ~54:4 X 2 MODULAR TRAILER AND SUV CANOPY UNIT. CONVERTING YOUR

TRAILER AND/OR SUV FOR INTO 4X2 CAMPING TRAILER OR 4X2 CAMPING SUV. ~71:Willem Barkhuizen,

161 Kessel Street, South Africa ~72: Willem Barkhuizen~

2018/05725 ~ Provisional ~54:PROPERTY IN A BOX ~71:Lebogang Donald Ramoshaba, 3 ridgeway avenue,

South Africa ~72: Lebogang Donald Ramoshaba~

2018/05697 ~ Provisional ~54:TREATMENT OF POLYCYSTIC OVARY SYNDROME ~71:Life Source Organics

(Pty) Ltd., 377 Long Street, Ferndale, JOAHNNESBURG 2194, Gauteng, SOUTH AFRICA, South Africa ~72:

COOPER, Dr Russell Peter~

2018/05698 ~ Complete ~54:POWDER BED RE-COATER APPARATUS AND METHODS OF USE THEREOF

~71:General Electric Company, 1 River Road, SCHENECTADY 12345, NY, USA, United States of America ~72:

BARNHART, David;KELKAR, Rajendra~ 33:US ~31:15/688,426 ~32:28/08/2017

2018/05706 ~ Complete ~54:METHOD FOR MANUFACTURING A CELLULOSE PRODUCT, CELLULOSE

PRODUCT FORMING APPARATUS AND CELLULOSE PRODUCT ~71:PulPac AB, ¿vägen 6,

GÖTEBORG 412 50, SWEDEN, Sweden ~72: LARSSON, Linus;LARSSON, Ove~ 33:SE ~31:1630058-4

~32:18/03/2016

2018/05708 ~ Complete ~54:WATER TREATMENT APPARATUS AND METHOD ~71:Siltbuster Limited, Unipure

House, Wonaston Road West, MONMOUTH NP25 5JA, UNITED KINGDOM, United Kingdom ~72: COULTON,

Richard Henry~ 33:GB ~31:1603497.7 ~32:29/02/2016

2018/05709 ~ Complete ~54:FOLDABLE HEAD-TYPE PARASOL, AND METHOD FOR FOLDING THE HEAD

OF SUCH A PARASOL ~71:AUBRY, Xavier, 54, Rue Milhes, TOULOUSE 31300, FRANCE, France;JOURDAIN,

Cyrille, 17 bis rue Saint Joseph, PERPIGNAN 66000, FRANCE, France ~72: AUBRY, Xavier;JOURDAIN, Cyrille~

33:FR ~31:1561412 ~32:26/11/2015

2018/05712 ~ Complete ~54:A SYSTEM AND METHOD FOR PRODUCING HIGH-PURITY AND HIGH-

ACTIVITY VANADIUM ELECTROLYTE ~71:BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD., Room

202 Hopson Fortune Plaza Building 1 Block 13 Deshengmenwai Street, Xicheng District, 100088, Beijing,

People's Republic of China;INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES,


Page | 17

Bei Er Tiao No. 1 Zhong Guan Cun, Haidian District Beijing, 100190, People's Republic of China ~72:

CHUANLIN FAN;CUNHU WANG;HAITAO YANG;JIBIN LIU;QINGSHAN ZHU;QIXUN BAN;WENHENG MU~

33:CN ~31:2016100600283 ~32:28/01/2016

2018/05715 ~ Complete ~54:SYSTEM AND METHOD FOR PREPARING HIGH-ACTIVITY SPECIFIC-

VALENCE-STATE ELECTROLYTE OF ALL-VANADIUM FLOW BATTERY ~71:BEIJING ZHONGKAIHONGDE

TECHNOLOGY CO., LTD., Room 202 Hopson Fortune Plaza Building 1 Block 13 Deshengmenwai Street,

Xicheng District, 100088, Beijing, People's Republic of China;INSTITUTE OF PROCESS ENGINEERING,

CHINESE ACADEMY OF SCIENCES, Bei Er Tiao No. 1 Zhong Guan Cun, Haidian District Beijing, 100190,

People's Republic of China ~72: CHUANLIN FAN;CUNHU WANG;HAITAO YANG;JIBIN LIU;QINGSHAN

ZHU;QIXUN BAN;WENHENG MU~ 33:CN ~31:201610059741.6 ~32:28/01/2016

2018/05716 ~ Complete ~54:SYSTEM AND METHOD FOR PREPARING VANADIUM BATTERY HIGH-PURITY

ELECTROLYTE ~71:BEIJING ZHONGKAIHONGDE TECHNOLOGY CO., LTD., Room 202 Hopson Fortune

Plaza Building 1 Block 13 Deshengmenwai Street, Xicheng District, 100088, Beijing, People's Republic of

China;INSTITUTE OF PROCESS ENGINEERING, CHINESE ACADEMY OF SCIENCES, Bei Er Tiao No. 1



~32:28/01/2016

2018/05719 ~ Complete ~54:SITE SPECIFICATION FOR DIRECTIONAL GUIDED SURFACE WAVE

TRANSMISSION IN A LOSSY MEDIA ~71:CPG TECHNOLOGIES, LLC, 1130 Dale Acres Road, Italy, 76651,

Texas, United States of America ~72: JAMES F CORUM;JOHN E ROSS;KENNETH L CORUM~ 33:US

~31:62/305,910 ~32:09/03/2016

2018/05710 ~ Complete ~54:VEHICLE COMPRISING A MECHANICAL MEMBER ARRANGED BELOW A

FLOOR ~71:NEXTER SYSTEMS, 34 Boulevard De Valmy, France ~72: Christian NOEL;David BOIS;David

LEBAILLIF;Jérôme SERPEAULT~ 33:FR ~31:1600455 ~32:18/03/2016

2018/05720 ~ Complete ~54:SHOP PRIMER ~71:JOTUN A/S, P.O. Box 2021, Norway ~72: THVEDT, Thor

Håkon Krane;UNDRUM, Håvard~ 33:EP ~31:16153504.2 ~32:29/01/2016

2018/05699 ~ Complete ~54:METHOD AND SYSTEM OF ALLOWING A USER TO CONSUME A DIGITAL

PUBLICATION ~71:MBAMBO, Lucky Thokozane, 27 Klipberg, Equestria Estates, 50 Vlottenburg Street,

PRETORIA EAST 0184, Gauteng, SOUTH AFRICA, South Africa ~72: MBAMBO, Lucky Thokozane~ 33:ZA

~31:2017/03589 ~32:25/05/2017

- APPLIED ON 2018/08/28 -

2018/05747 ~ Complete ~54:BIOLOGICALLY ACTIVE CANNABIDIOL ANALOGS ~71:UNIVERSITY OF

MISSISSIPPI, 100 Barr Hall, University, United States of America ~72: ASHFAQ, Mohammad, Khalid;ELSOHLY,

Mahmoud, A.;GUL, Waseem;HARRIS, Hannah, Marie;MAJUMDAR, Soumyajit;SUFKA, Kenneth Joseph~ 33:US

~31:62/289,184 ~32:29/01/2016

2018/05753 ~ Complete ~54:USING CELL-FREE DNA FRAGMENT SIZE TO DETERMINE COPY NUMBER

VARIATIONS ~71:VERINATA HEALTH, INC., 5200 Illumina Way, San Diego, 92122, California, United States of

America ~72: CATALIN BARBACIORU;DARYA I. CHUDOVA;DAVID A COMSTOCK;DIMITRI

SKVORTSOV;GENGXIN CHEN;KEITH W JONES;RICHARD P RAVA;SVEN DUENWALD~ 33:US

~31:62/290,891 ~32:03/02/2016;33:US ~31:15/382,508 ~32:16/12/2016


Page | 18

2018/05757 ~ Complete ~54:ECCENTRIC ASSEMBLY FOR WALKING MECHANISM ~71:CATERPILLAR

GLOBAL MINING LLC, 97 E. Congress Street, Tucson, 85701, Arizona, United States of America ~72: ERIK A

GOSLAWSKI~ 33:US ~31:15/046,579 ~32:18/02/2016

2018/05728 ~ Provisional ~54:SYSTEM AND METHOD FOR BICYCLE SERVICE ~71:DAVEY FAMILY TRUST

(IT000129/2017(M)), 174 Voortrekker Road, Factoria, South Africa ~72: DAVEY, Sean Duncan~

2018/05738 ~ Complete ~54:METHODS OF MAKING POLYCRYSTALLINE DIAMOND BODIES HAVING

ANNULAR REGIONS WITH DIFFERING CHARACTERISTICS ~71:Diamond Innovations, Inc., 6325 Huntley

Road, WORTHINGTON 43085, OH, USA, United States of America ~72: GLEDHILL, Andrew;JOHNSON,

Alexanne;LONG, Christopher;RHODES, Joseph~ 33:US ~31:62/309,073 ~32:16/03/2016

2018/05743 ~ Complete ~54:HLA-B57 OPEN CONFORMERS ~71:UNIVERSITÄT BASEL, Petersgraben

35, Switzerland;UNIVERSITÄT ZÜRICH, Rämistr. 71, Switzerland ~72: MARROQUIN

BELAUNZARAN, Osiris;PETRAUSCH, Ulf;RENNER, Christoph~ 33:EP ~31:16159099.7 ~32:08/03/2016

2018/05745 ~ Complete ~54:ANTIBODIES SPECIFIC TO HUMAN POLIOVIRUS RECEPTOR (PVR)

~71:UNIVERSITY OF RIJEKA FACULTY OF MEDICINE, B. Branchetta 20, Croatia;YISSUM RESEARCH

DEVELOPMENT COMPANY OF THE HEBREW UNIVERSITY OF JERUSALEM LTD., Hi-Tech Park, Edmond J.

Safra Campus Givat Ram, P.O. Box 39135, Israel ~72: JONJIC, Stipan;KAYNAN, Noa S.;MANDELBOIM,

Ofer;TSUKERMAN, Pinchas~ 33:US ~31:62/301,727 ~32:01/03/2016;33:US ~31:62/364,924 ~32:21/07/2016

2018/05758 ~ Complete ~54:MACHINE CAB HAVING IMPROVED OPERATOR VISIBILITY ~71:CATERPILLAR

INC., 100 N.E. Adams Street, Peoria, 61629-9510, Illinois, United States of America ~72: ALEXA DAVIS;BRENT

R FRAZIER;JEFFREY ZURINSKI~ 33:US ~31:15/050,576 ~32:23/02/2016

2018/05723 ~ Provisional ~54:A HOUSING UNIT FOR A LOAD CARRIER ~71:MEIRING, Peter Alexander, 2

Winelands Estate, South Africa ~72: MEIRING, Peter Alexander~

2018/05732 ~ Provisional ~54:PERFORMANCE REPLICATION ~71:MOUTON, Marcelle, 259 JAN SMUTS

AVENUE, DUNKELD WEST,, South Africa ~72: MOUTON, Marcelle~

2018/05736 ~ Complete ~54:CANCER THERAPY WITH A PARVOVIRUS COMBINED WITH BEVACIZUMAB

~71:DEUTSCHES KREBSFORSCHUNGSZENTRUM, Im Neuenheimer Feld 280, 69120, Heidelberg,

Germany;RUPRECHT-KARLS-UNIVERSITÄT, Grabengasse 1, 69117, Heidelberg, Germany ~72: ANTJE

WICK;JEAN ROMMELAERE;KARSTEN GELETNEKY;MICHAEL DAHM;WOLFGANG WICK~ 33:EP

~31:15154629.8 ~32:11/02/2015

2018/05741 ~ Complete ~54:PHARMACEUTICAL COMPOSITIONS AND METHODS FOR COUNTERING

CHEMOTHERAPY INDUCED CARDIOTOXICITY ~71:CAPELLA BIOSCIENCES, INC., 550 HAMILTON AVE.,

SUITE 230, PALO ALTO, CA 94301, USA, United States of America;STEM CELL THERANOSTICS, INC., 640

GALVESTON DRIVE, REDWOOD CITY, CA 94063, USA, United States of America ~72: ARMSTRONG,

Christopher, G.;CADAG, Eithon, Michael, G.;ELMER, Sidney, Paul;FREEMAN, Thomas, Bernard;HUANG,

Guanyi;KIM, Kevin, J.;LUM, Pek, Yee;PARK, Eunhye;PHAM, Lisa, Maria, Lucia;VISUTHIKRAISEE, Viwat;WU,

Joseph, C.;ZHONG, Zhong~ 33:US ~31:62/291,480 ~32:04/02/2016;33:US ~31:62/348,102 ~32:09/06/2016

2018/05746 ~ Complete ~54:SUBSTITUTED INHIBITORS OF MENIN-MLL AND METHODS OF USE ~71:KURA

ONCOLOGY, INC., 3033 Science Park Road, Suite 220, United States of America;THE REGENTS OF THE

UNIVERSITY OF MICHIGAN, 1600 Huron Parkway, 2nd Floor, United States of America ~72: BORKIN,

Dmitry;CIERPICKI, Tomasz;GREMBECKA, Jolanta;KLOSSOWSKI, Szymon;LI, Liansheng;POLLOCK,


Page | 19

Jonathan;REN, Pingda;WANG, Yi;WU, Tao~ 33:US ~31:62/309,372 ~32:16/03/2016;33:US ~31:62/334,369

~32:10/05/2016;33:US ~31:62/431,389 ~32:07/12/2016;33:US ~31:62/446,640 ~32:16/01/2017

2018/05755 ~ Complete ~54:COPPER AND IRON CO-EXCHANGED CHABAZITE CATALYST ~71:BASF

CORPORATION, 100 Park Avenue, Florham Park, 07932, New Jersey, United States of America ~72: IVAN

PETROVIC~ 33:US ~31:62/290,634 ~32:03/02/2016

2018/05759 ~ Provisional ~54:NATURAL FIRELIGHTER ~71:KEVIN SENEKAL, NO.2 TRANQUILITY BENDOR

DRIVE, BENDOR, POLOKWANE, South Africa ~72: KEVIN SENEKAL~

2018/05742 ~ Complete ~54:CATALYTIC HYDROGENATION PROCESS FOR PREPARING PYRAZOLES

~71:BASF SE, CARL BOSCH STRASSE 38, 67056 LUDWIGSHAFEN AM RHEIN, GERMANY, Germany ~72:

GÖTZ, Roland;GOCKEL, Birgit;KLAUBER, Eric, George;RACK, Michael;SÖRGEL, Sebastian~ 33:EP

~31:16153833.5 ~32:02/02/2016

2018/05748 ~ Complete ~54:INHIBITORS OF RECEPTOR¿INTERACTING PROTEIN KINASE 1 ~71:Denali

Therapeutics Inc., 151 Oyster Point Blvd., 2nd Floor, South San Francisco, United States of America ~72: DE

VICENTE FIDALGO, Javier;ESTRADA, Anthony A.;FENG, Jianwen A.;FOX, Brian;LESLIE, Colin

Philip;LYSSIKATOS, Joseph P.;POZZAN, Alfonso;SWEENY, Zachary K.~ 33:US ~31:62/292,202

~32:05/02/2016;33:US ~31:62/341,019 ~32:24/05/2016;33:US ~31:62/363,775 ~32:18/07/2016;33:US

~31:62/385,217 ~32:08/09/2016;33:US ~31:62/417,219 ~32:03/11/2016

2018/05749 ~ Complete ~54:A CARTRIDGE FOR PURIFYING A SAMPLE AND ANALYSIS ~71:BIGTEC

PRIVATE LIMITED, 2nd Floor, Golden Heights, 59th 'C' Cross, 4th 'M' Block, India ~72:

BHASKARAN NAIR, Chandrasekhar;JANGOLLU, Sivakumar Reddy;KARIYANCHERIL PAUL, Justin;KRISHNA

KUMAR, Kishore;MANGHAT, Ajith Kumar;MULAKKAPURATH NARAYANAN, Manoj;NAMBOORI,

Akhil;PADINHARE PURAYIL, Deepak Krishnan;PUTHIYEDATHU CHANDRAN,

Jayakrishnan;RAMANABHIRAMAN, Vinaya;VISWANATHAN, Sathyadeep~ 33:IN ~31:201641006193

~32:23/02/2016

2018/05752 ~ Complete ~54:SYNERGISTIC FUNGICIDAL COMPOSITION FOR CONTROLLING PLANT

DISEASES ~71:SUMITOMO CHEMICAL COMPANY, LIMITED, 27-1, Shinkawa 2-chome Chuo-ku, Tokyo,

1048260, Japan ~72: SO KIGUCHI~ 33:JP ~31:2016-048173 ~32:11/03/2016

2018/05739 ~ Complete ~54:ANTIGEN BINDING PROTEINS THAT BIND PD-L1 ~71:ZHOU, Heyue, 15732

Potomac Ridge Road, SAN DIEGO 92127, CA, USA, United States of America ~72: ZHOU, Heyue~ 33:US

~31:62/288,912 ~32:29/01/2016

2018/05740 ~ Complete ~54:CONCAVE CAN END ~71:Crown Packaging Technology, Inc., 11535 South Central

Avenue, ALSIP 60803, IL, USA, United States of America ~72: CLARK, Tim;MATTIN, Ben;RAMSEY, Christopher

Paul~ 33:US ~31:62/301,128 ~32:29/02/2016

2018/05754 ~ Complete ~54:BINDING PROTEINS AND METHODS OF USE THEREOF ~71:NGM

BIOPHARMACEUTICALS, INC., 333 Oyster Point Boulevard, South San Francisco, 94080, California, United

States of America ~72: HUGO MATERN;JIE TANG;WENYAN SHEN;YAN WANG~ 33:US ~31:62/316,516

~32:31/03/2016

2018/05727 ~ Provisional ~54:AN INTEGRATED BOLT ROTATOR AND GROUT NOZZLE DEVICE FOR USE IN

A MECHANISED BOLTING APPLICATION ~71:NCM INNOVATIONS (PTY) LTD, 109 Adcock Ingram Avenue

Aeroton, South Africa ~72: KNOX, Greig;PASTORINO, Paolo Ettore;SHEPPARD, James William~


Page | 20

2018/05729 ~ Provisional ~54:EXTERNAL VEHICLE AIRBAG SYSTEM ~71:EMID (Pty) Ltd, Sanlam Building, c/o

Sanlam and Alkantrant Roads, Lynnwood Manor, South Africa ~72: CLAASSEN, Daniël Gerhardus~

2018/05731 ~ Provisional ~54:A GEOLOCATION TRACKER AND TIMER SYSTEM FOR PURPOSES OF

INTERVENING IN AND ACCELERATING TIME SENSITIVE PROCESSES ~71:Mark Ehmke, PO Box 713 ,

Sunninghill , 2157, South Africa ~72: Mark Ehmke~

2018/05733 ~ Provisional ~54:ENERGY STORAGE APPARATUS ~71:SIBIYA, Linda Ivan, 333 A.B Xuma Street,

Hospital View, Gauteng, South Africa ~72: SIBIYA, Linda Ivan~

2018/05744 ~ Complete ~54:METHOD FOR THE PREPARATION OF A CAST SHEET OF HOMOGENIZED

TOBACCO MATERIAL ~71:PHILIP MORRIS PRODUCTS S.A., Quai Jeanrenaud 3, Switzerland ~72: BUEHLER,

Frederic, Ulysse;KLIPFEL, Yorick;PERRINJAQUET, Marc~ 33:EP ~31:16171642.8 ~32:27/05/2016

2018/05750 ~ Complete ~54:IMPROVED APPARATUS FOR SEALING AND INFLATION OF DAMAGED

INFLATABLE ARTICLES, SUCH AS PUNCTURED TIRES ~71:TRYDEL RESEARCH PTY LTD, 31 Cornhill

Street, Ferntree Gully, Australia ~72: DOWEL, Terence~ 33:AU ~31:2016900554 ~32:17/02/2016

2018/05751 ~ Complete ~54:SPRAY DEVICE ~71:SUMITOMO CHEMICAL COMPANY, LIMITED, 27-1,

Shinkawa 2-chome Chuo-ku, Tokyo, 1048260, Japan ~72: TAKAHIRO OKUIE;VAN THANH DAU~ 33:JP

~31:2016-106347 ~32:27/05/2016

2018/05756 ~ Complete ~54:MULTI-LAYER CATALYST COMPOSITION FOR INTERNAL COMBUSTION

ENGINES ~71:BASF CORPORATION, 100 Park Avenue, Florham Park, 07932, New Jersey, United States of

America ~72: DANIELLE MARIA SHACKLADY-MCATEE;PASCALINE TRAN;YE LIU~ 33:US ~31:62/290,670

~32:03/02/2016

2018/05771 ~ Complete ~54:FIRE SAFETY HUB ~71:RONTA STROBE (PTY) LTD, 8TH AVENUE ROOSEVELD

STREET ALEXANDRA GAUTENG, South Africa ~72: KUTUMELA, Mathapelo Anne;KUTUMELA, Nthwanya

Maria;MEHANA, Dipuo Mabutana~ 33:ZA ~31:2017/03788 ~32:02/06/2017

2018/05735 ~ Complete ~54:SYSTEM AND METHOD FOR DELIVERING DIGITAL CONTENT ~71:VELOCITY,

THE GREATEST PHONE COMPANY EVER, INC., 7130 Spring Meadows West Drive, Holland, United States of

America ~72: KILEY, Greg;LEHMANN, Brandon~ 33:US ~31:62/551,304 ~32:29/08/2017;33:US

~31:62/580,486 ~32:02/11/2017

2018/05737 ~ Complete ~54:AUTOMATED PHARMACY DISPENSING SYSTEM ~71:Evotec Automations (Pty)

Ltd, 468 Randles Road, Sydenham, South Africa ~72: ABOOBAKER, Mahomed~

2018/05726 ~ Provisional ~54:PERPETUAL MOTION DEVICE ~71:Albert Wesson, 25 NORTH RAND ROAD,

BEYERS PARK, BOKSBURG, GAUTENG, 1459, South Africa ~72: Albert Wesson~

2018/05730 ~ Provisional ~54:AUTOMATIC HAND WASH MACHINE ~71:BURGER, Frederik Matthijs, 13

Chelsea Drive, South Africa ~72: BURGER, Frederik Matthijs~

2018/05734 ~ Complete ~54:SUPERHARD CUTTER HAVING SHIELDED SUBSTRATE ~71:Varel International

Ind., L.L.C., 1625 West Crosby, Suite 124, CARROLLTON 75006, TX, USA, United States of America ~72:

BELLIN, Federico~ 33:US ~31:62/554,725 ~32:06/09/2017

2018/05760 ~ Provisional ~54:411 ENERGY ~71:KELEBOGILE RANTSATSI, 119 ANDRIES POTGIETER,

VANDERBIJLIPARK, South Africa ~72: KELEBOGILE RANTSATSI~


Page | 21

2018/05761 ~ Provisional ~54:F4J LUMBER HEAT BELT ~71:TSHEPISO SHARLOTTE KEPADISA, 60 9TH

AVENUE, GEELHOUTPARK, RUSTENBURG, South Africa ~72: TSHEPISO SHARLOTTE KEPADISA~

2018/05724 ~ Provisional ~54:A BURNING APPARATUS ~71:KRIEL, Andre, 158 GREYLING STREET,

CORNER GREYLING & PETER KERCHOFF STREETS, PIETERMARITZBURG, 3201, SOUTH AFRICA,

South Africa ~72: KRIEL, Andre~

- APPLIED ON 2018/08/29 -

2018/05774 ~ Complete ~54:A METHOD FOR MANUFACTURING STEM SHREDS THROUGH EXPANSION OF

TOBACCO STEMS, AS WELL AS STEM SHRED AND CIGARETTE ~71:GONGQINGCHENG DAOLE

INVESTMENT MANAGEMENT PARTNERSHIP (LLP), 405-320 Private Fund Park in Gongqingcheng, People's

Republic of China ~72: CHE, Jing;CHEN, Yonglei;FU, Yuanfeng;ZHANG, Ziheng;ZHOU, Guoyin~

2018/05778 ~ Complete ~54:IDENTIFICATION OF RFI (RADIO FREQUENCY INTERFERENCE)

~71:International Business Machines Corporation, 1 New Orchard Road, ARMONK 10504-1722, NY, USA, United

States of America ~72: AKHALWAYA, Ismail Yunus;ANIYAN, Arun;LUUS, Francois Pierre Sarel;OBROCKA,

Monika;VARUGHESE, Melvin Mathew~ 33:US ~31:15/853883 ~32:25/12/2017

2018/05779 ~ Complete ~54:A MINE BAG ~71:SPIROTECH MINING SERVICES (PTY) LTD., Unit B Zante Park,

237 Luipaard Street, Boltonia, Krugersdorp, 1739, South Africa ~72: DEANE CONOR O'HAUGHEY;LIONEL

CLIFFORD HEINEMANN;STEPHAN NEL~ 33:ZA ~31:2017/05879 ~32:29/08/2017

2018/05793 ~ Complete ~54:DOWN-THE-HOLE HAMMER DRILL BIT RETAINING ASSEMBLY ~71:Sandvik

Intellectual Property AB, SANDVIKEN SE-811 81, SWEDEN, Sweden ~72: BRUANDET, Olivier~ 33:EP

~31:16158627.6 ~32:04/03/2016

2018/05811 ~ Complete ~54:HYPERSENSITIVE RESPONSE ELICITOR-DERIVED PEPTIDES AND USE

THEREOF ~71:PLANT HEALTH CARE, INC., 2626 Glenwood Avenue, Suite 350, Raleigh, 27608 , North

Carolina, United States of America ~72: GREGORY A ZORNETZER;ZHONGMIN WEI~ 33:US ~31:62/319,138

~32:06/04/2016

2018/05789 ~ Complete ~54:RECOMBINANT FOLLISTATIN-FC FUSION PROTEINS AND USE IN TREATING

DUCHENNE MUSCULAR DYSTROPHY ~71:SHIRE HUMAN GENETIC THERAPIES, INC., 300 Shire Way,

United States of America ~72: ISKENDERIAN, Andrea;NORTON, Angela W.;PAN, Clark;SHEN, Chuan~ 33:US

~31:62/303,954 ~32:04/03/2016

2018/05799 ~ Complete ~54:VAPOUR PROVISION DEVICE ~71:Nicoventures Holdings Limited, Globe House, 1

Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72: LEADLEY, David;MCKEON,

Thomas Michael;NETTENSTROM, Matthew Joel~ 33:GB ~31:1605104.7 ~32:24/03/2016

2018/05797 ~ Complete ~54:NOVEL ALPHA-1-MICROGLOBULIN DERIVED PROTEINS AND THEIR USE

~71:A1M Pharma AB, Scheelevägen 22, LUND 223 63, SWEDEN, Sweden ~72: ÅKERSTRÖM,

Bo;HÄGERWALL, Anneli Edström;ROSENLÖF, Lena Wester~ 33:DK ~31:PA 2016 70158

~32:18/03/2016

2018/05800 ~ Complete ~54:VAPOUR PROVISION SYSTEM ~71:Nicoventures Holdings Limited, Globe House,

1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72: LEADLEY,

David;NETTENSTROM, Matthew Joel;OTIABA, Kenny;SCHENNUM, Steven Michael~ 33:GB ~31:1605100.5

~32:24/03/2016;33:GB ~31:1612684.9 ~32:21/07/2016


Page | 22

2018/05802 ~ Complete ~54:ORALLY ADMINISTRABLE COMPOSITION ~71:CTT PHARMA INC., 35 Galbraith

Drive, Stoney Creek, Canada ~72: MODI, Pankaj~ 33:US ~31:15/059,444 ~32:03/03/2016

2018/05806 ~ Complete ~54:FRAGRANCED COMPOSITIONS AND THEIR USE ~71:UNILEVER PLC, Unilever

House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: ANDREW PHILIP

PARKER;CRAIG WARREN JONES~ 33:EP ~31:16163620.4 ~32:04/04/2016

2018/05812 ~ Complete ~54:REDUCED DENSITY CHANNEL STATE INFORMATION REFERENCE SIGNAL

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: MATTIAS

FRENNE;ROBERT MARK HARRISON;SHIWEI GAO;SIVA MURUGANATHAN~ 33:US ~31:62/317,063

~32:01/04/2016

2018/05769 ~ Provisional ~54:A RETROFIT DEVICE FOR TOILET BOWLS THAT FLUSHES A TOILET WITH

AN ALTERNATE PRESSURIZED WATER SUPPLY OTHER THAN A MUNICIPAL SUPPLY. ~71:Sahil Singh, 4

Asteria Rd , Kingsburgh, South Africa ~72: Sahil Singh~

2018/05776 ~ Complete ~54:EXHAUST ASSEMBLIES ~71:FANTECH PTY LTD, 42 - 62 Pound Road West,

Dandenong, Australia ~72: DARE, James;LAKE, Jason~ 33:AU ~31:2017904448 ~32:01/11/2017

2018/05788 ~ Complete ~54:OSMOTIC PRESSURE ASSISTED REVERSE OSMOSIS PROCESS AND

METHOD OF USING THE SAME ~71:TREVI SYSTEMS INC., 1415 N. McDowell Blvd Petaluma, United States of

America ~72: BAKER, Elliot;CARMIGNANI, Gary;WEBLEY, John;WEI, Qiang~ 33:US ~31:62/388,563

~32:02/02/2016;33:US ~31:62/392,203 ~32:24/05/2016

2018/05794 ~ Complete ~54:HERBICIDES ~71:Syngenta Participations AG, Schwarzwaldallee 215, BASEL

4058, SWITZERLAND, Switzerland ~72: BRIGGS, Emma;CARTER, Neil Brian;LING, Kenneth;MORRIS, James

Alan;MORRIS, Melloney;WAILES, Jeffrey Steven;WILLIAMS, John~ 33:GB ~31:1604969.4 ~32:23/03/2016

2018/05813 ~ Complete ~54:A METHANOL SYNTHESIS PROCESS LAYOUT FOR LARGE PRODUCTION

CAPACITY ~71:HALDOR TOPSØE A/S, Haldor Topsøes Allé 1, 2800 Kgs., Lyngby, Denmark

~72: HASSAN MODARRESI~ 33:DK ~31:PA 2016 00192 ~32:30/03/2016

2018/05815 ~ Provisional ~54:MULTIRAKE ~71:PETER MOATSHE, BAPONG HOUSE No 568, NEW TOWN,

MADIBENG, NORTH-WEST, South Africa;RHUDOLF SEEMISE MOATSHE, BAPONG HOUSE No 568, NEW

TOWN, MADIBENG, NORTH-WEST, South Africa ~72: PETER MOATSHE;RHUDOLF SEEMISE MOATSHE~

2018/05814 ~ Provisional ~54:TICKTEX ~71:Michael Mashilo Mohlamonyane, 13831 Lekavelane Street,

Extension 10, Eastfield,, South Africa ~72: Michael Mashilo Mohlamonyane~

2018/05762 ~ Provisional ~54:METHOD TO ELIMINATE THE INCENTIVE OF VEHICLE CRIME AND

PREVENTING OF THE PRACTICE TO CLONE STOLEN/HIJACKED VEHICLES ~71:WOUTER OODENDAAL, 3

CANNA RD. PRIMROSE, South Africa ~72: WOUTER OODENDAAL~

2018/05765 ~ Provisional ~54:METHOD AND SYSTEM FOR FACILITATING PROPERTY TRANSACTIONS

~71:ROUNDR (PTY) LTD, 23 Beachcomber Bay Close, South Africa ~72: MYBURGH, Jansen-Pierre~

2018/05777 ~ Complete ~54:A WATERLESS TOILET APPARATUS HAVING AN INCINERATOR FUNCTION

~71:MFAZWE, Mzuvukile Benjamin, No 7 Roslin Road, Stirling, EAST LONDON 5421, SOUTH AFRICA, South

Africa ~72: MFAZWE, Mzuvukile Benjamin~ 33:ZA ~31:2017/07275 ~32:26/10/2017

2018/05783 ~ Complete ~54:SOLID-LIQUID CRUDE OIL COMPOSITIONS AND FRACTIONATION

PROCESSES THEREOF ~71:ARQ IP LIMITED, 64 New Cavendish Street, United Kingdom ~72: SNAITH,


Page | 23

Paul;UNSWORTH, John Francis~ 33:GB ~31:1605767.1 ~32:04/04/2016;33:GB ~31:1607563.2

~32:29/04/2016

2018/05787 ~ Complete ~54:THE USE OF GLUCOCORTICOID RECEPTOR MODULATORS TO POTENTIATE

CHECKPOINT INHIBITORS ~71:CORCEPT THERAPEUTICS, INC., 149 Commonwealth Drive, United States of

America ~72: HUNT, Hazel~ 33:US ~31:62/302,106 ~32:01/03/2016;33:US ~31:62/320,276 ~32:08/04/2016

2018/05791 ~ Complete ~54:5-METHYL-6-PHENYL-4,5-DIHYDRO-2H-PYRIDAZIN-3-ONE DERIVATIVE

~71:Otsuka Pharmaceutical Co., Ltd., 2-9, Kanda Tsukasa-machi, Chiyoda-ku, TOKYO 1018535, JAPAN, Japan

~72: HIROSE, Toshiyuki;IIDA, Masatoshi;KATOH, Takahiro;NABESHIMA, Hiroshi;NISHIMORI, Hikaru;OBUCHI,

Yutaka;TAKAKI, Emiri;TERAUCHI, Yuki;YAMAGUCHI, Kazuya;YOKOYAMA, Fumiharu~ 33:JP ~31:2016-

042535 ~32:04/03/2016

2018/05801 ~ Complete ~54:SUSTAINED DRUG RELEASE SHEET FOR TREATING NERVE INJURY

~71:NATIONAL INSTITUTE FOR MATERIALS SCIENCE, 2-1, Sengen 1-chome, Tsukuba-shi, Japan;NIPPON

ZOKI PHARMACEUTICAL CO., LTD., -2, Hiranomachi 2-chome, Chuo-ku, Japan;OSAKA UNIVERSITY, 1-1,

Yamadaoka, Suita-shi, Japan ~72: EBARA, Mitsuhiro;OKADA, Kiyoshi;SUZUKI, Koji;TANAKA,

Hiroyuki;YOSHIKAWA, Hideki~ 33:JP ~31:2016-043873 ~32:07/03/2016;33:JP ~31:2017-008913

~32:20/01/2017;33:JP ~31:2017-037270 ~32:28/02/2017

2018/05809 ~ Complete ~54:METHODS FOR PREDICTING THE USEFULNESS OF PROTEINS OR PROTEIN

FRAGMENTS FOR IMMUNOTHERAPY ~71:BIONTECH RNA PHARMACEUTICALS GMBH, An der Goldgrube

12, 55131, Mainz, Germany;TRON - TRANSLATIONALE ONKOLOGIE AN DER UNIVERSITÄTSMEDIZIN

DER JOHANNES GUTENBERG-UNIVERSITÄT MAINZ GEMEINNÜTZIGE GMBH, Freiligrathstr. 12,

55131, Mainz, Germany ~72: BARBARA SCHRÖRS;MARTIN LÖWER;MATHIAS

VORMEHR;SEBASTIAN BOEGEL;UGUR SAHIN~ 33:EP ~31:PCT/EP2016/060897 ~32:13/05/2016

2018/05766 ~ Provisional ~54:TRANSACTION SYSTEM AND METHOD ~71:JOHANNES BRITS BOSCH, 136

IRIS STREET, PANORAMA ESTATE, RANGEVIEW EXT 4, South Africa ~72: JOHANNES BRITS BOSCH~

2018/05772 ~ Complete ~54:CONVEYOR SKIRTING SYSTEM ~71:LYCOPODIUM MINERALS PTY LTD, Level

5, 1 Adelaide Terrance, East Perth, Australia ~72: RUGGIERO, Bruno~ 33:AU ~31:2017903574 ~32:04/09/2017

2018/05781 ~ Complete ~54:METHOD AND SYSTEM FOR DETERMINING A CONDITION OF AN

ELECTRONIC DEVICE ~71:PHONETRADR (PTY) LTD, Shop 16 Riverside Circle, Waterlily Crescent, South

Africa ~72: CORNFORTH, Alwyn;SCHAVERIEN, Yehudah~ 33:ZA ~31:2017/04312 ~32:26/06/2017

2018/05782 ~ Complete ~54:FUEL OIL / PARTICULATE MATERIAL SLURRY COMPOSITIONS AND

PROCESSES ~71:ARQ IP LIMITED, 64 New Cavendish Street, United Kingdom ~72: SNAITH,

Paul;UNSWORTH, John Francis~ 33:GB ~31:1605768.9 ~32:04/04/2016;33:GB ~31:1607557.4

~32:29/04/2016;33:US ~31:15/284,995 ~32:04/10/2016;33:CN ~31:2016110441160 ~32:23/11/2016

2018/05784 ~ Complete ~54:INTEGRATED CIRCUIT MODULES AND SMART CARDS INCORPORATING THE

SAME ~71:SMARTFLEX TECHNOLOGY PTE LTD, 27 Ubi Road 4, #04-01, Singapore ~72: HENG, Cheng

Kim;NG, Eng Seng;PANG, Sze Yong~ 33:WO ~31:PCT/SG2017/050423 ~32:28/08/2017

2018/05786 ~ Complete ~54:A TAMPER-EVIDENT COVER ~71:BIO PURE TECHNOLOGY LIMITED, Unit M1,

Hazleton Interchange, Lakesmere Road, Horndean, United Kingdom ~72: SILLITOE, Chris;WHITE, Nick~ 33:GB

~31:1606951.0 ~32:21/04/2016;33:GB ~31:1620014.9 ~32:25/11/2016


Page | 24

2018/05798 ~ Complete ~54:METHODS AND A COMPUTING DEVICE FOR DETERMINING WHETHER A

MARK IS GENUINE ~71:Sys-Tech Solutions, Inc., One Research Way, PRINCETON 08540, NJ, USA, United

States of America ~72: AYOUB, Rafik;SOBORSKI, Michael L.;VOIGT, Matthias~ 33:US ~31:62/307,901

~32:14/03/2016

2018/05804 ~ Complete ~54:METHOD FOR MANUFACTURING COLD-ROLLED, WELDED STEEL SHEETS,

AND SHEETS THUS PRODUCED ~71:ARCELORMITTAL, 24-26, boulevard d'Avranches, Luxembourg

~72: Christine KACZYNSKI;Christophe SILVY LELIGOIS;Emmanuel DECHASSEY;Francisco CHICHARRO

HERRANZ;Marie-Christine THEYSSIER;Quang-Tien NGO;Thierry CELOTTO;Thomas DUPUY;Vicente POLO

MESTRE~ 33:WO ~31:PCT/IB2016/000378 ~32:25/03/2016

2018/05808 ~ Complete ~54:METHOD FOR SCHEDULING VEHICLE-TO-VEHICLE COMMUNICATIONS

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , SE-164 83, Stockholm, Sweden ~72: HIEU

DO;RICARDO BLASCO SERRANO;STEFANO SORRENTINO~ 33:US ~31:62/316,876 ~32:01/04/2016

2018/05810 ~ Complete ~54:USE OF MASITINIB FOR TREATMENT OF AN AMYOTROPHIC LATERAL

SCLEROSIS PATIENT SUBPOPULATION ~71:AB SCIENCE, 3 avenue George V, 75008, Paris, France ~72:

ALAIN MOUSSY;COLIN MANSFIELD;JEAN-PIERRE KINET~ 33:EP ~31:16162490.3 ~32:25/03/2016

2018/05763 ~ Provisional ~54:MONITORING SYSTEM AND METHOD ~71:AAA EXTREME GROUP (PTY) LTD,

IMBALI NR9 WESTRIDGE ESTATE DELMAS MPUMALANGA 2210, South Africa ~72: ANDRÉ

ROUX;JACQUES GERHARD BOOYSEN;RE-JUAN BOOYSEN~

2018/05767 ~ Provisional ~54:WATER HARVESTING APPARATUS AND METHOD OF HARVESTING WATER

~71:CHARLTON, Craig Leslie, 9 Zurich Drive, Uvongo, SOUTH AFRICA, South Africa ~72: CHARLTON, Craig

Leslie~

2018/05770 ~ Provisional ~54:SRTS LOOK STORE ~71:Ofonime Kenneth Udoh, 26 Fouche Terrace

Bedfordview, South Africa ~72: Ofonime Kenneth Udoh~

2018/05792 ~ Complete ~54:TAURINE AND ALOE SYNERGISTIC ANTI-IRRITANT COMPOSITIONS AND

METHODS ~71:Colgate-Palmolive Company, 300 Park Avenue, NEW YORK 10022, NY, USA, United States of

America ~72: CHENG, Shujiang;DU-THUMM, Laurence;HOLERCA, Nick;NABI, Zeenat;PAN, Long;PATEL,

Rahul;ROBBINS, Kyle;SCALA, Diana;SEO, Jung;SOLIMAN, Nadia~


4058, SWITZERLAND, Switzerland ~72: BRIGGS, Emma;CARTER, Neil Brian;KITSIOU, Christiana;LING,

Kenneth;MORRIS, James Alan;TATE, Joseph Andrew;WAILES, Jeffrey Steven;WILLIAMS, John~ 33:GB

~31:1604970.2 ~32:23/03/2016

2018/05803 ~ Complete ~54:WHEEL DETECTOR FOR DETECTING A WHEEL OF A RAIL VEHICLE

~71:BOMBARDIER TRANSPORTATION (ZWUS) POLSKA SP. Z.O.O., Modelarska 12, Poland ~72: Adam

SZCZEPONIK;Aleksandra SAWODNI;Andrzej KOPACZ;Dariusz ZIELINSKI;Grzegorz MUSIOL;Kamil

BINCZYK;Marek GÓRNIOCZEK;Wojciech KOLTON~ 33:PL ~31:P.417024 ~32:28/04/2016

2018/05816 ~ Provisional ~54:STEEN EN PLASTIEK GEKOMBENEER ~71:WILLEM JACOBUS BOOYSEN, 535

Booysen Street, Mayville, South Africa ~72: WILLEM JACOBUS BOOYSEN~

2018/05764 ~ Provisional ~54:LAUNCHER ~71:COMBRINK, Stefanus Lukas, Stoney Ridge 281JT, South Africa

~72: COMBRINK, Stefanus Lukas~


Page | 25

2018/05768 ~ Provisional ~54:WATER SAVING VALVE ARRANGEMENT FOR A WATER HEATER ~71:ULTRA-

GARD cc, Attention: Mr. C. Murman, P.O. Box 2002, BEDFORDVIEW, Johannesburg 2008, Gauteng, SOUTH

AFRICA, South Africa ~72: MURMAN, Christian~

2018/05773 ~ Complete ~54:LINER BOLT ~71:LYCOPODIUM MINERALS PTY LTD, Level 5, 1 Adelaide

Terrance, East Perth, Australia ~72: CARATTI, Michael, John;RUGGIERO, Bruno~ 33:AU ~31:2017903631

~32:07/09/2017

2018/05775 ~ Complete ~54:AIR FILTER ROD, CIGARETTE, AND METHOD OF MANUFACTURING AN AIR

FILTER ROD ~71:GONGQINGCHENG DAOLE INVESTMENT MANAGEMENT PARTNERSHIP (LLP), 405-320

Private Fund Park in Gongqingcheng, People's Republic of China ~72: FU, Yuanfeng;LI, Zhengyong;LIU,

Gang;SHI, Zhaozhen;ZHANG, Ziheng~

2018/05780 ~ Complete ~54:COUPLING LINK ~71:P THORBURN CONSULTING ENGINEERS

(PROPRIETARY) LIMITED, Unit A1 Constantia Park, Roodepoort, Gauteng, South Africa ~72: GARY GRAHAM

WILSON~ 33:ZA ~31:2017/05878 ~32:29/08/2017

2018/05785 ~ Complete ~54:PALATABLE CAT KIBBLES CONTAINING SPECIFIC FAT FRACTIONS

~71:SPECIALITES PET FOOD, Z.A du Gohélis, France ~72: BRAMOULLE, Loïc;CREMONT,

Mattieu;DE RATULD, Aurélie;GUILLER, Isabelle~ 33:EP ~31:16305240.0 ~32:02/03/2016

2018/05790 ~ Complete ~54:IMPROVED PROCESS FOR THE PREPARATION OF OSIMERTINIB (AZD9291)

OR A SALT THEREOF, AND "AZD9291 ANILINE" OR A SALT THEREOF ~71:AstraZeneca AB,

SÖDERTÄLJE SE-151 85, SWEDEN, Sweden ~72: BOYD, Alistair John;TELFORD, Alexander~

33:US ~31:62/289,390 ~32:01/02/2016


4058, SWITZERLAND, Switzerland ~72: BRIGGS, Emma;CARTER, Neil Brian;MORRIS, James Alan;MORRIS,

Melloney;TATE, Joseph Andrew;WAILES, Jeffrey Steven;WILLIAMS, John~ 33:GB ~31:1604979.3

~32:23/03/2016;33:GB ~31:1606639.1 ~32:15/04/2016

2018/05805 ~ Complete ~54:FORMULATIONS AND METHODS ~71:INDEPENDENCE OILFIELD CHEMICALS

LLC, 1450 Lake Robbins Drive Suite 400 The Woodlands, Houston, 77380, Texas, United States of America

~72: AIDEN ASHMORE;JEFFREY DAWSON~ 33:US ~31:62/327,587 ~32:26/04/2016

2018/05807 ~ Complete ~54:NETWORK NODE, METHOD AND COMPUTER PROGRAM PRODUCT FOR

SCHEDULING OF PAGING MESSAGES WITH RESPECT TO DISCOVERY SIGNAL TRANSMISSIONS

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , SE-164 83, Stockholm, Sweden ~72: DAVID

SUGIRTHARAJ;EMMA WITTENMARK;MAI-ANH PHAN;PETER ALRIKSSON~ 33:US ~31:62/312,805

~32:24/03/2016

- APPLIED ON 2018/08/30 -

2018/05837 ~ Complete ~54:OPTIMIZED FACTOR VIII GENES ~71:Bioverativ Therapeutics Inc., 225 Second

Avenue, WALTHAM 02451, MA, USA, United States of America ~72: LIU, Tongyao;TAN, Siyuan~ 33:US

~31:62/289,696 ~32:01/02/2016;33:US ~31:62/409,739 ~32:18/10/2016

2018/05842 ~ Complete ~54:CHROMOGRANIN A AS A MARKER FOR BLADDER CANCER ~71:Cézanne

S.A.S., 280 Allée Graham Bell, Parc Scientifique Georges Besse, NIMES CÉDEX 1 30035, FRANCE,

France ~72: BOURGOIN, Nicolas;JARDIN-WATELET, Bénédicte;SZARVAS, Tibor~ 33:EP

~31:16159474.2 ~32:09/03/2016


Page | 26

2018/05826 ~ Complete ~54:PIVOTING ROCK BOX ~71:LYCOPODIUM MINERALS PTY LTD, Level 5, 1

Adelaide Terrance, East Perth, Australia ~72: RUGGIERO, Bruno~ 33:AU ~31:2017904757 ~32:24/11/2017

2018/05831 ~ Complete ~54:METHOD FOR SEPARATING VANADIUM AND CHROMIUM FROM VANADIUM-

CHROMIUM SLAGS ~71:PANGANG GROUP PANZHIHUA IRON AND STEEL RESEARCH INSTITUTE CO.,

LTD., No. 90 Taoyuan Street East District Panzhihua, Sichuan Province, 617000, People's Republic of China

~72: GUANJIN GAO;LIN JIANG;MING LI;ZIBI FU~ 33:CN ~31:201711042865.4 ~32:30/10/2017

2018/05832 ~ Complete ~54:PLANT REGULATORY ELEMENTS AND USES THEREOF ~71:MONSANTO

TECHNOLOGY LLC, 800 North Lindbergh Blvd, St Louis, United States of America ~72: CHITTOOR, Jaishree,

M.;FLASINSKI, Stanislaw;OUFATTOLE, Mohammed;PETERSEN, Michael, W.~ 33:US ~31:62/306,790

~32:11/03/2016

2018/05833 ~ Complete ~54:DATA IN MOTION STORAGE SYSTEM AND METHOD ~71:LYTELOOP

TECHNOLOGIES, LLC, 80 Cuttermill Road, Suite 309, United States of America ~72: BARAK, Naftaly;DAMAGHI,

Daniel, M.;HARLEV, Ohad;LITVIN, Ariel;MCGUFFIN, Asher;MCMANAMON, Paul, Francis;WILLNER, Alan, Eli~

33:US ~31:62/311,814 ~32:22/03/2016;33:US ~31:15/465,356 ~32:21/03/2017

2018/05830 ~ Complete ~54:HAND SCOOP ~71:USN INTERNATIONAL BRANDS (PTY) LIMITED, BUILDING C,

2ND FLOOR, SOUTHDOWNS OFFICE PARK, 21 KAREE STREET, IRENE EXT. 54, CENTURION,, South Africa

~72: GELDENHUYS, Albé~ 33:ZA ~31:2017/05544 ~32:16/08/2017

2018/05850 ~ Complete ~54:METHODS AND DEVICES OPERATING WITH FINE TIMING REFERENCE

SIGNALS TRANSMITTED OCCASIONALLY ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , SE-164

83, Stockholm, Sweden ~72: ELEFTHERIOS KARIPIDIS;HENRIK SAHLIN;ROBERT BALDEMAIR;STEFAN

PARKVALL~ 33:US ~31:62/302,769 ~32:02/03/2016

2018/05852 ~ Complete ~54:INDUCIBLE BINDING PROTEINS AND METHODS OF USE ~71:MAVERICK

THERAPEUTICS, INC., 3260 B Bayshore Blvd., 1st Floor, Brisbane, 94005, California, United States of America

~72: ANAND PANCHAL;HOLGER WESCHE;JEANMARIE GUENOT;LUKE EVNIN;MAIA

VINOGRADOVA;PATRICK BAEUERLE;ROBERT B DUBRIDGE~ 33:US ~31:62/305,092 ~32:08/03/2016

2018/05819 ~ Provisional ~54:MULTIPURPOSE CONTAINER ~71:Jonathan Klopper, 4 Lulworth Grove ,

Dalecross , Sandton , 2196, South Africa ~72: Jonathan Klopper~

2018/05823 ~ Provisional ~54:LND INSTRUMENTS ~71:Moses Dipholo, 89 Natuur Avenue , Naturena, South

Africa ~72: MOSES DIPHOLO~

2018/05824 ~ Provisional ~54:SECURITY APPARATUS: LEVER HANDLE LOCK ~71:Cornelis Ploos van Amstel,

33 Swartwitpens Circle Woodland hills wildlife estate, South Africa ~72: Cornelis Ploos van Amstel~

2018/05834 ~ Complete ~54:INSECTICIDAL COMBINATIONS OF POLYPEPTIDES HAVING IMPROVED

ACTIVITY SPECTRUM AND USES THEREOF ~71:E. I. DU PONT DE NEMOURS AND COMPANY, Chestnut

Run Plaza, 974 Centre Road, Wilmington, United States of America;PIONEER HI-BRED INTERNATIONAL, INC,

7100 N.W. 62nd Avenue, Johnston, United States of America ~72: LU, Albert;WU, Gusui~ 33:US

~31:62/324,652 ~32:19/04/2016

2018/05841 ~ Complete ~54:POLYCRYSTALLINE DIAMOND BODIES HAVING ANNULAR REGIONS WITH

DIFFERING CHARACTERISTICS ~71:Diamond Innovations, Inc., 6325 Huntley Road, WORTHINGTON 43085,

OH, USA, United States of America ~72: GLEDHILL, Andrew;JOHNSON, Alexanne;LONG, Christopher~ 33:US

~31:62/309,070 ~32:16/03/2016


Page | 27

2018/05849 ~ Complete ~54:OPTIMIZING RANGE OF AIRCRAFT DOCKING SYSTEM ~71:ADB SAFEGATE

SWEDEN AB, Djurhagegatan 19, 213 76, Malmö, Sweden ~72: OLA HÅKANSSON~ 33:EP

~31:16161329.4 ~32:21/03/2016

2018/05839 ~ Complete ~54:HALO-SUBSTITUTED PIPERIDINES AS OREXIN RECEPTOR MODULATORS

~71:AstraZeneca AB, SÖDERTÄLJE SE-151 85, SWEDEN, Sweden;Eolas Therapeutics, Inc., 7445

Trigo Lane, CARLSBAD 92009, CA, USA, United States of America ~72: BÜRLI, Roland;HE,

Yuanjun;HOLENZ, Jörg;KAMENECKA, Theodore M.;WESOLOWSKI, Steven~ 33:US ~31:62/294,940

~32:12/02/2016;33:US ~31:62/336,102 ~32:13/05/2016

2018/05822 ~ Provisional ~54:ORAL FLUID COLLECTION DEVICE ~71:HANKS TB DIAGNOSTICS (PTY) LTD,

Room 207, Building G10 11 Hoffman Street Potchefstroom, South Africa ~72: Anne Frederica Grobler;Urban

Vermeulen~

2018/05828 ~ Complete ~54:REFERRAL PROCESSING AND MANAGEMENT SYSTEM ~71:RAUTENBACH,

Shawn, 29 JOUBERT STREET, GLEN MARAIS, KEMPTON PARK, 1619, SOUTH AFRICA, South Africa ~72:

RAUTENBACH, Shawn~ 33:ZA ~31:2017/03691 ~32:30/05/2017

2018/05835 ~ Complete ~54:FLYWHEEL ENERGY STORAGE DEVICE AND METHOD OF ITS USE ~71:niore

IP, s.r.o, Oponice 111, Slovakia ~72: NOVAK, MIROSLAV~ 33:EP ~31:16155740.0 ~32:15/02/2016

2018/05840 ~ Complete ~54:CRYSTALLINE (2S,4R)-5-(5'-CHLORO-2'-FLUORO- [1,1'-BIPHENYL]-4-YL)-2-

(ETHOXYMETHYL)-4-(3-HYDROXYISOXAZOLE-5-CARBOXAMIDO)-2-METHYLPENTANOIC ACID AND USES

THEREOF ~71:Theravance Biopharma RANDD IP, LLC, 901 Gateway Boulevard, SOUTH SAN FRANCISCO

94080, CA, USA, United States of America ~72: BALDWIN, R. Michael;BOURDET, David L.;FASS, Gene

Timothy;FLEURY, Melissa;HUGHES, Adam D.;RAPTA, Miroslav;SIMEONE, Michael;THALLADI, Venkat R.~

33:US ~31:62/305,393 ~32:08/03/2016;33:US ~31:62/346,336 ~32:06/06/2016

2018/05845 ~ Complete ~54:BRIDGED BICYCLIC INHIBITORS OF MENIN-MLL AND METHODS OF USE

~71:KURA ONCOLOGY, INC., 3033 Science Park Road, Suite 220, United States of America;THE REGENTS OF

THE UNIVERSITY OF MICHIGAN, 1600 Huron Parkway, 2nd Floor, United States of America ~72: BORKIN,

Dmitry;CIERPICKI, Tomasz;GREMBECKA, Jolanta;KLOSSOWSKI, Szymon;LI, Liansheng;POLLOCK,

Jonathan;REN, Pingda;WANG, Yi;WU, Tao~ 33:US ~31:62/309,362 ~32:16/03/2016;33:US ~31:62/431,387

~32:07/12/2016

2018/05846 ~ Complete ~54:DEVICE FOR DETECTING A LASER SPOT ~71:SAFRAN ELECTRONICS AND

DEFENSE, 18-20 Quai du Point du Jour, 92100, Boulogne-Billancourt, France ~72: ALAIN MARTINEZ~ 33:FR

~31:16 00330 ~32:29/02/2016

2018/05847 ~ Complete ~54:IMPROVEMENTS TO OPEN DISPLAY REFRIGERATORS ~71:AEROFOIL

ENERGY LIMITED, Suite F2.1 ADELPHI MILL Business Centre Grimshaw Lane Bollington, Macclesfield, SK10

5JB, Cheshire, United Kingdom ~72: PAUL MCANDREW~ 33:GB ~31:1608586.2 ~32:16/05/2016

2018/05853 ~ Complete ~54:SPECIFIC CONJUGATION LINKERS, SPECIFIC IMMUNOCONJUGATES

THEREOF, METHODS OF MAKING AND USES SUCH CONJUGATES THEREOF ~71:HANGZHOU DAC

BIOTECH CO, LTD, Building 12, No 260 Sixth Street Zhongzi Technology Park Hangzhou Economic &

Technological Development Area Hangzhou City, Zhejiang, People's Republic of China;SUZHOU M-CONJ

BIOTECH CO., LTD., Room 1108, Building 99 No. 999 Xinghu Street Suzhou Industrial Park, Suzhou City

Jiangsu, People's Republic of China;ZHAO, Robert Yongxin, Loring Road Lexington, United States of America

~72: CAO, Minjun;GAI, Shun;GUO, Huihui;GUO, Zhixiang;HUANG, Yuanyuan;JIA, Junxiang;LI, Wenjun;LIN,


Page | 28

Chen;TONG, qianqian;XIE, Hongsheng;YANG, Chengyu;YANG, Qingliang;YE, Hangbo;YE, Zhicang;ZHAO,

Linyao;ZHAO, Robert Yongxin;ZHOU, Xiaomai~

2018/05829 ~ Complete ~54:PIVOT GATE VALVE ~71:JANSE VAN RENSBURG, Gert Nel, 228 Hull Road,

Rynfield, Benoni, South Africa;VAN RENSBURG, Stephen Janse, 133 Waterberry Drive, Ebotse Golf Estate,

Rynfield,, Benoni, 1501, South Africa ~72: JANSE VAN RENSBURG, Gert Nel;VAN RENSBURG, Stephen

Janse~

2018/05817 ~ Provisional ~54:MACROBOSS ~71:William Raymond Hope, 85-91 Ridge Road , Mount

Dandenong , Melbourne , Victoria 3767 , Australia, United States of America ~72: William Raymond Hope~

2018/05821 ~ Provisional ~54:SOLAR POWER SUPPLY SYSTEM AND METHOD ~71:NELSON MANDELA

UNIVERSITY, university Way, Summerstrand, Port Elizabeth, South Africa ~72: EDWIN TOBAGO RIBISI;PETER

ANDREW FREERE~

2018/05825 ~ Complete ~54:ENHANCED FLOW STORAGE BIN ~71:LYCOPODIUM MINERALS PTY LTD,

Level 5, 1 Adelaide Terrance, East Perth, Australia ~72: RUGGIERO, Bruno~ 33:AU ~31:2017904451

~32:01/11/2017

2018/05818 ~ Provisional ~54:METHOD AND SYSTEM FOR MULTIPLE PRODUCT REDEMPTION

~71:ARBALEST SOLUTIONS (PTY) LIMITED, First Floor, Syringa Building, The Avenues Office Park, 45

Homestead Road, Rivonia, South Africa ~72: LOWE, Neil;SCHWARZ, Hayden Paul~

2018/05820 ~ Provisional ~54:A BAFFLE ASSEMBLY FOR A REFRIGERATION CONTAINER ~71:DUNLASH

SYSTEMS (PTY) LTD, Highway Gardens Office Park, Unit 10B, Minuach Road,, South Africa ~72: DODD,

Malcolm;HUGO, Barry James;OSNER, Craig Wayne~

2018/05827 ~ Complete ~54:FLUID SWITCH-OVER DEVICE AND SANITARY SHOWER DEVICE

~71:HANSGROHE SE, Auestrasse 5-9, Germany ~72: KINLE, Ulrich;MELLE, Fabian;SCHULTIS, Markus~ 33:DE

~31:10 2017 216 491.3 ~32:18/09/2017

2018/05854 ~ Provisional ~54:MERCHANT MANAGEMENT SYSTEM ~71:Ofonime Kenneth Udoh, 26 Fouche

Terrace Bedfordview, South Africa ~72: Ofonime Kenneth Udoh~

2018/05836 ~ Complete ~54:MAGLEV TRAIN LINEAR MOTOR POWER SUPPLY CIRCUIT AND METHOD

~71:CRRC Dalian Co., Ltd., JIA, Xiaoyong No.51, Zhongchang Street, Shahekou District, DALIAN 116022,

LIAONING, CHINA (P.R.C.), People's Republic of China ~72: DING, Feng;GUO, Bailing;LI, Tie;WANG,

Guoqing;ZHAO, Xiangchi~ 33:CN ~31:2017100006406 ~32:03/01/2017

2018/05838 ~ Complete ~54:PEPTIDES, COMBINATION OF PEPTIDES, AND CELL BASED MEDICAMENTS

FOR USE IN IMMUNOTHERAPY AGAINST URINARY BLADDER CANCER AND OTHER CANCERS

~71:Immatics Biotechnologies GmbH, Paul-Ehrlich-Straße 15, TÜBINGEN 72076, GERMANY,

Germany ~72: FRITSCHE, Jens;MAHR, Andrea;SCHOOR, Oliver;SINGH, Harpreet;SONG,

Colette;WEINSCHENK, Toni~ 33:GB ~31:1603568.5 ~32:01/03/2016;33:US ~31:62/302,010 ~32:01/03/2016

2018/05844 ~ Complete ~54:PREFORM EXTENDED FINISH FOR PROCESSING LIGHT WEIGHT

ECOLOGICALLY BENEFICIAL BOTTLES ~71:HANAN, Jay, Clarke, 2560 E. Philadelphia Street, United States of

America;NIAGARA BOTTLING, LLC, 2560 E. Philadelphia Street, United States of America ~72: HANAN, Jay,

Clarke~ 33:US ~31:15/013,141 ~32:02/02/2016

2018/05848 ~ Complete ~54:DISTRIBUTED POWER REMOTE COMMUNICATION STATUS SYSTEM AND

METHOD ~71:WESTINGHOUSE AIR BRAKE TECHNOLOGIES CORPORATION, 1001 Air Brake Avenue,


Page | 29

Wilmerding, 15148, Pennsylvania, United States of America ~72: CHARLES L WOLF~ 33:US ~31:15/073,929

~32:18/03/2016

2018/05843 ~ Complete ~54:PROCESS FOR PRODUCTION OF FILM COMPRISING MICROFIBRILLATED

CELLULOSE ~71:Stora Enso OYJ, P.O. Box 309, HELSINKI 00101, FINLAND, Finland ~72: BACKFOLK,

Kaj;HEISKANEN, Isto;LYYTIKÄINEN, Katja;SAUKKONEN, Esa~ 33:SE ~31:1650437-5 ~32:01/04/2016

2018/05851 ~ Complete ~54:REFRIGERATOR AND COOLING PROCESS ~71:COOLFINITY IP B.V., Laan van

Kronenburg 2, 1183, AS Amstelveen, Netherlands ~72: MAARTEN ROLAND TEN HOUTEN;PETRUS

MARTINUS LEONARDUS FRANCISCUS BEKS;ROBERT HUGO SLUIJTER;SIMON JAMES HEMMINGWAY

WILKINSON~ 33:EP ~31:16158188.9 ~32:02/03/2016

- APPLIED ON 2018/08/31 -

2018/05865 ~ Complete ~54:A CONSTRUCTION ELEMENT ~71:SPIROTECH MINING SERVICES (PTY) LTD.,

Unit B Zante Park, 237 Luipaard Street, Boltonia, Krugersdorp, 1739, South Africa ~72: DEANE CONOR

O'HAUGHEY;LIONEL CLIFFORD HEINEMANN~ 33:ZA ~31:2017/03747 ~32:31/05/2017

2018/05867 ~ Complete ~54:IMPROVED HYDROPHOBIC AEROGEL MATERIALS ~71:ASPEN AEROGELS,

INC, 30 Forbes Road, Bldg B, Northborough, 01532, Massachusetts, United States of America ~72: DAVID

MIHALCIK;GEORGE GOULD;IRENE MELNIKOVA;KATHRYN DEKRAFFT;NICHOLAS ZAFIROPOULOS;OWEN

EVANS;WENTING DONG~ 33:US ~31:62/059,555 ~32:03/10/2014;33:US ~31:62/118,864

~32:20/02/2015;33:US ~31:62/232,945 ~32:25/09/2015

2018/05871 ~ Complete ~54:AN IMPROVED PROCESS FOR THE PREPARATION OF LACOSAMIDE

~71:Unichem Laboratories Ltd., Unichem Bhavan, Prabhat Estate, Off S.V.Road,, Jogeshwari (West), India ~72:

AHIRE, Ramdas;BHAGWATKAR, Rahul;DAS, Arijit;RAIKAR, Sanjay;SATHE, Dhananjay, D.~ 33:IN

~31:201621033097 ~32:28/09/2016

2018/05879 ~ Complete ~54:INHIBITORS OF WDR5 PROTEIN-PROTEIN BINDING ~71:Propellon Therapeutics

Inc., 661 University Avenue, Suite 510, TORONTO M5G 0A3, ONTARIO, CANADA, Canada ~72: AL-AWAR,

Rima;ISAAC, Methvin;JOSEPH, Babu;LIU, Yong;MAMAI, Ahmed;PODA, Gennady;PRAKESCH, Michael;STILLE,

Julia Kathleen;SUBRAMANIAN, Pandiaraju;UEHLING, David;WILSON, Brian;ZEPEDA-VELAZQUEZ, Carlos

Armando~ 33:US ~31:62/301,673 ~32:01/03/2016

2018/05859 ~ Provisional ~54:TRANSPORT AND HOISTING OF SLURRY ~71:HYDRO POWER EQUIPMENT

(PTY) LTD, 19 Precision Street, Kya Sands, South Africa ~72: FRASER, Peter Duncan~

2018/05862 ~ Complete ~54:PAPER-LIKE PACKAGING FILM ~71:Dino¿s Family Trust, Unit 4, Riverdale

Industrial Complex 18 Dawnhill Road, Maxmead, South Africa ~72: GIANNI, Dean Desmond~

2018/05866 ~ Complete ~54:A MINE BAG ~71:SPIROTECH MINING SERVICES (PTY) LTD., Unit B Zante Park,

237 Luipaard Street, Boltonia, Krugersdorp, 1739, South Africa ~72: LIONEL CLIFFORD HEINEMANN~ 33:ZA

~31:2017/03747 ~32:31/05/2017

2018/05868 ~ Complete ~54:WATERBORNE COATING COMPOSITION ~71:DOW GLOBAL TECHNOLOGIES

LLC, 2040 Dow Center, Midland, 48674, Michigan, United States of America ~72: DANIEL DUC;DEBORA

RESSNIG;JOHN HAIGH;LOIC CHAILLOUX;XAVIER BRICOUT~ 33:EP ~31:17290117.5 ~32:13/09/2017

2018/05873 ~ Complete ~54:MEDICAL EXAMINATION GLOVES ~71:CHEMICAL INTELLIGENCE LIMITED, The

Corner House 23 Market Street, United Kingdom ~72: GROS, Robert;WIGHT, Paul~ 33:EP ~31:16158134.3

~32:01/03/2016


Page | 30

2018/05880 ~ Complete ~54:FILTER DEVICE FOR A FILTER SYSTEM OF A MOTOR VEHICLE ~71:Daimler

AG, Mercedesstraße 137, STUTTGART 70327, GERMANY, Germany ~72: SCHUMACHER, Eric~ 33:DE

~31:10 2016 003 699.0 ~32:24/03/2016

2018/05881 ~ Complete ~54:PUBLISHED INFORMATION PROCESSING METHOD AND DEVICE, AND

INFORMATION PUBLISHING SYSTEM ~71:Alibaba Group Holding Limited, Fourth Floor, One Capital Place,

P.O. Box 847, GEORGE TOWN, GRAND CAYMAN, CAYMAN ISLANDS, Cayman Islands ~72: YANG, Li~

33:CN ~31:201610130265.2 ~32:08/03/2016

2018/05884 ~ Complete ~54:ELECTROSURGICAL CUTTING TOOL ~71:CREO MEDICAL LIMITED, Riverside

Court, Beaufort Park Way, Chepstow, Monmouthshire, NP16 5UH, United Kingdom ~72: CHRISTOPHER PAUL

HANCOCK;LOUIS TURNER;MALCOLM WHITE;PATRICK BURN;SANDRA MAY SWAIN;STEVEN MORRIS~

33:GB ~31:1608679.5 ~32:17/05/2016

2018/05855 ~ Provisional ~54:ADJUSTABLE HANDRAIL CONNECTOR ~71:MAO-CHEIA, Jose Teixeira, No. 62

Santo Antonio Penthouse Humewood, South Africa ~72: MAO-CHEIA, Jose Teixeira~

2018/05858 ~ Provisional ~54:SYSTEM TO PREVENT CASH-IN-TRANSIT ROBBERIES ~71:LAMPRECHT,

Louis Botha, c/o 14 Kendal Mews, Diep River, South Africa;LOUW, Roelof Johannes, c/o 14 Kendal Mews, Diep

River, South Africa ~72: LAMPRECHT, Louis Botha;LOUW, Roelof Johannes~

2018/05869 ~ Complete ~54:DECODING AUDIO BITSTREAMS WITH ENHANCED SPECTRAL BAND

REPLICATION METADATA IN AT LEAST ONE FILL ELEMENT ~71:DOLBY INTERNATIONAL AB, Apollo

Building, 3E Herikerbergweg 1-35, 1101 CN, Amersterdam Zuidoost, Netherlands ~72: HEIKO

PURNHAGEN;LARS VILLEMOES;PER EKSTRAND~ 33:EP ~31:15159067.6 ~32:13/03/2015;33:US

~31:62/133,800 ~32:16/03/2015

2018/05875 ~ Complete ~54:METHODS OF RECOVERING PLATINUM GROUP METALS FROM WASTE

STREAMS ~71:Arizona Board of Regents on behalf of Arizona State University, SkySong, 1475 N. Scottsdale

Road, Suite 200, SCOTTSDALE 85257, AZ, USA, United States of America ~72: KRAJMALNIK-BROWN,

Rosa;MARCUS, Andrew;ONTIVEROS-VALENCIA, Aura;RITTMANN, Bruce;WANG, Zhaocheng;ZHOU, Chen~

33:US ~31:62/290,902 ~32:03/02/2016

2018/05876 ~ Complete ~54:LATERALLY DEPLOYABLE PHOTOVOLTAIC DEVICE AND SOLAR VEHICLE

~71:Dong Han New Energy Automotive Technology Co., Ltd, J965, Room 201, Building 14, Fengzhou Road

No.655, Jiading District, SHANGHAI 201801, CHINA (P.R.C.), People's Republic of China ~72: YU, Xiang~

33:CN ~31:201720585146.6 ~32:24/05/2017

2018/05883 ~ Complete ~54:CORRELATION OF USER EQUIPMENT IDENTITY TO INFORMATION CENTRIC

NETWORKING REQUEST ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 16483, Stockholm,

Sweden ~72: ALA NAZARI;BÖRJE OHLMAN;DINAND ROELAND;GUNNAR MILDH;HANS

ERIKSSON;IOANNA PAPPA;JOHAN RUNE;KIM LARAQUI;NEIVA LINDER;PATRICK SELLSTEDT~ 33:US

~31:62/301,816 ~32:01/03/2016;33:US ~31:62/301,874 ~32:01/03/2016

2018/05885 ~ Complete ~54:FRAME AND PALLET COAMING BOX ~71:SHANGHAI HONGYAN RETURNABLE

TRANSIT PACKAGINGS CO., LTD., Room 1105, No. 20 Building NO. 487 TianLin RD, Xuhui District, 200233,

Shanghai, People's Republic of China ~72: YONGPING SU~ 33:CN ~31:201510816141.5 ~32:20/11/2015

2018/05856 ~ Provisional ~54:STEMCAPSULE ~71:Yolandi vd Berg, 86 Boshoff str, South Africa ~72: Yolandi

van den Berg~


Page | 31

2018/05886 ~ Complete ~54:OXYGEN-TIGHT FOOD CONTAINER ~71:KUHL, Norbert, Innerlohener Strasse 2,

Germany;WASSMER, Martin, Rte. des Raveyres 10, Switzerland ~72: KUHL, Norbert;WASSMER, Martin~ 33:DE

~31:10 2016 201 498.6 ~32:01/02/2016

2018/05857 ~ Provisional ~54:AN IDLER ROLLER AND A METHOD OF MANUFACTURING SAME

~71:GREYLING, Jaco Jurie, Portion 18, Krokodilpoort 418, BRITS 0250, SOUTH AFRICA, South

Africa;GREYLING, Jurie Johannes, Portion 18, Krokodilpoort 418, BRITS 0250, SOUTH AFRICA, South Africa

~72: GREYLING, Jaco Jurie;GREYLING, Jurie Johannes~

2018/05863 ~ Complete ~54:RESET SWITCH ~71:Major Tech (Proprietary) Limited, T9 Industrial Village, Sam

Green Road, Tunney Ext 9, ELANDSFONTEIN 1779, SOUTH AFRICA, South Africa ~72: ZHIHONG, Xu~ 33:ZA

~31:2017/05518 ~32:15/08/2017

2018/05870 ~ Complete ~54:REMOTE LOADING OF SPARINGLY WATER-SOLUBLE DRUGS INTO

LIPOSOMES ~71:ZONEONE PHARMA, INC., UCSF Mission Bay Campus, MC2522 QB3 Byers Hall, 1700 4th

Street, Suite 214, San Francisco, 94158-2330, California, United States of America ~72: CHARLES

NOBLE;FRANCIS C JR SZOKA;MARK E HAYES~ 33:US ~31:61/759,914 ~32:01/02/2013

2018/05874 ~ Complete ~54:DEVICE, POWER TRANSMITTER AND METHODS FOR WIRELESS POWER

TRANSFER ~71:Koninklijke Philips N.V., High Tech Campus 5, EINDHOVEN 5656 AE, THE NETHERLANDS,

Netherlands ~72: VAN WAGENINGEN, Andries~ 33:EP ~31:16153749.3 ~32:02/02/2016

2018/05877 ~ Complete ~54:METHOD FOR PRODUCING COMPONENTS FROM A DUPLEX STEEL, AND

COMPONENTS PRODUCED USING SAID METHOD ~71:KSB SE AND Co. KGaA, Johann-Klein-Strasse 9,

FRANKENTHAL D-67227, GERMANY, Germany ~72: BÖHM, Alexander;BRAUN, Stephan;RAUNER,

Holger;SCHRAMM, Bernd;STEIN, Adrian~ 33:DE ~31:10 2016 003 105.0 ~32:15/03/2016;33:DE ~31:10 2017

204 099.8 ~32:13/03/2017

2018/05882 ~ Complete ~54:BICYCLIC COMPOUNDS FOR DIAGNOSIS AND THERAPY ~71:AC Immune SA,

EPFL Innovation Park, Building B, LAUSANNE CH-1015, SWITZERLAND, Switzerland ~72: DARMENCY,

Vincent;GABELLIERI, Emanuele;MOLETTE, Jérôme~ 33:EP ~31:16159878.4

~32:11/03/2016;33:EP ~31:16199577.4 ~32:18/11/2016

2018/05860 ~ Complete ~54:TRIFLUOROMETHYL ALCOHOLS AS MODULATORS OF RORYT ~71:Janssen

Pharmaceutica NV, Turnhoutseweg 30, BEERSE B-2340, BELGIUM, Belgium ~72: FOURIE, Anne M.;GEGE,

Christian;GOLDBERG, Steven;HOFFMANN, Thomas;KINZEL, Olaf;KLEYMANN, Gerald;STEENECK,

Christoph;TANIS, Virginia;VENKATESAN, Hariharan;XUE, Xiaohua~ 33:US ~31:62/072,563 ~32:30/10/2014

2018/05861 ~ Complete ~54:TRIFLUOROMETHYL ALCOHOLS AS MODULATORS OF RORYT ~71:Janssen

Pharmaceutica NV, Turnhoutseweg 30, BEERSE B-2340, BELGIUM, Belgium ~72: FOURIE, Anne M.;GEGE,

Christian;GOLDBERG, Steven;HOFFMANN, Thomas;KINZEL, Olaf;KLEYMANN, Gerald;STEENECK,

Christoph;TANIS, Virginia;VENKATESAN, Hariharan;XUE, Xiaohua~ 33:US ~31:62/072,563 ~32:30/10/2014

2018/05864 ~ Complete ~54:ERECTION STABILIZER ~71:LESSING, Rodney Ian, 5 Regency Drive, Route 21

Corporate Park, Irene, PRETORIA 0157, Gauteng, SOUTH AFRICA, South Africa ~72: LESSING, Rodney Ian~

33:ZA ~31:2017/05890 ~32:30/08/2017

2018/05872 ~ Complete ~54:HETEROCYCLIC AMIDES USEFUL AS PROTEIN MODULATORS

~71:GLAXOSMITHKLINE INTELLECTUAL PROPERTY DEVELOPMENT LIMITED, 980 Great West Road,

Brentford, Middlesex, United Kingdom ~72: CHARNLEY, Adam, Kenneth;DARCY, Michael, G.;DODSON, Jason,

W.;DONG, Xiaoyang;HUGHES, Terry, V.;KANG, Jianxing;LEISTER, Lara, Kathryn;LI, Yue;LIAN,


Page | 32

Yiqian;MEHLMANN, John, F.;NEVINS, Neysa;RAMANJULU, Joshi, M.;ROMANO, Joseph, J.;WANG, Gren,

Z.;YE, Guosen;ZHANG, Daohua~ 33:US ~31:62/319,358 ~32:07/04/2016;33:US ~31:62/461,301

~32:21/02/2017;33:US ~31:62/461,975 ~32:22/02/2017

2018/05878 ~ Complete ~54:CURING AGENT FOR WATER GLASS MOLDING AND MANUFACTURING

METHOD AND USE THEREOF ~71:Jinan Shengquan Group Share-Holding Co., Ltd, Diaozhen Chemical

Industrial Development Zone, ZHANGQIU JINAN 250204, SHANDONG, CHINA (P.R.C.), People's Republic of

China ~72: YAO, Huimin;ZHU, Jianxun~ 33:CN ~31:201610082019.4 ~32:05/02/2016

- APPLIED ON 2018/09/03 -

2018/05904 ~ Complete ~54:ACRYLIC FIBER FOR ARTIFICIAL HAIR, METHOD FOR PRODUCING SAME,

AND HEAD DECORATION ARTICLE CONTAINING SAME ~71:KANEKA CORPORATION, 3-18

NAKANOSHIMA 2-CHOME, KITA-KU, OSAKA-SHI, OSAKA 530-8288, Japan ~72: HASHIMOTO,

TOMOMICHI;OKUMURA, SOTA;TANAKA, TAKESHI~ 33:JP ~31:2016-062284 ~32:25/03/2016

2018/05895 ~ Complete ~54:EXPANSION ASSEMBLY ~71:NCM INNOVATIONS (PTY) LTD, 109 Adcock Ingram

Avenue Aeroton, South Africa ~72: BERGHORST, Adrian~ 33:ZA ~31:2017/06290 ~32:18/09/2017

2018/05902 ~ Complete ~54:PACKAGING DEVICE AND SORTING SYSTEM FOR DIRECTIONAL PACKAGING

OF PRODUCTS AND METHOD THEREFOR ~71:De Greef's Wagen-, Carrosserie- en Machinebouw B.V.,

Langstraat 12, TRICHT NL-4196 JB, THE NETHERLANDS, Netherlands ~72: HARTMAN, Tycho

Marinus;NIJLAND, Wilhelm Jan;PETERS, Dirk Gijsbertus~ 33:NL ~31:2016363 ~32:04/03/2016

2018/05903 ~ Complete ~54:GLIDE MODULATOR SYSTEM AND METHOD FOR A RAM AIR PARACHUTE

~71:Airborne Systems NA Inc., 5800 Magnolia Avenue, PENNSAUKEN 08109, NJ, USA, United States of

America ~72: BERLAND, Jean C.~ 33:US ~31:15/061,804 ~32:04/03/2016

2018/05889 ~ Provisional ~54:PROCESS FOR TREATING BAOBAB KERNELS ~71:BERLEIN, Anthony Walter,

36 Macadamia Village, Impala Street, South Africa ~72: BERLEIN, Anthony Walter;BERLEIN, Catherine Mary~

2018/05891 ~ Complete ~54:A MULTI-LAYERED PANEL FOR USE AS A REFRIGERATION PANEL AND/OR

DOOR ~71:FALKBERG TRADING CC, Unit 2, Brickworks Ind Park, 42 Brickworks Way, Briardene, South Africa

~72: Roscow, Neil~ 33:ZA ~31:2017/05942 ~32:01/09/2017

2018/05894 ~ Complete ~54:COMBINED HYDROGENATION PROCESS METHOD FOR PRODUCING HIGH-

QUALITY FUEL BY MEDIUM-LOW-TEMPERATURE COAL TAR ~71:China University of Petroleum (East China),

No. 66, Changjiang West Road, Huangdao District, QINGDAO 266000, SHANDONG, CHINA (P.R.C.), People's

Republic of China;Inner Mongolia ShengYuan Technology Co. Ltd., Room 504, Building B of Scientific Education

Incubation Park, Ordos High-tech Industrial Zone, ORDOS 017000, INNER MONGOLIA AUTONOMOUS

REGION, CHINA (P.R.C.), People's Republic of China ~72: DENG, Wen¿an;DU, Feng;FENG, Liang;LI, Chuan;LI,

Shufeng;WANG, Jinlin~ 33:CN ~31:201810448892.X ~32:11/05/2018

2018/05892 ~ Complete ~54:NETWORK SERVER DEPLOYMENT METHOD AND SYSTEM ~71:XIANGTAN

UNIVERSITY, NORTH SECOND RING, YUHU DISTRICT, XIANGTAN, HUNAN, CHINA, People's Republic of

China ~72: GAO, Linshan;GAO, Wei;HE, Yongwu;YANG, Shengxiang;ZHENG, Jinhua;ZOU, Juan~ 33:CN

~31:201710792277.6 ~32:05/09/2017

2018/05897 ~ Complete ~54:METHOD AND APPARATUS FOR INDICATING CHANNEL IN WIRELESS LOCAL

AREA NETWORK ~71:Huawei Technologies Co., Ltd., Huawei Administration Building, Bantian, Longgang

District, SHENZHEN 518129, GUANGDONG, CHINA (P.R.C.), People's Republic of China ~72: GAN, Ming;LI,


Page | 33

Yanchun;LI, Yunbo;LIU, Le;ZHANG, Jiayin~ 33:CN ~31:201610084191.3 ~32:06/02/2016;33:CN

~31:201610128055.X ~32:07/03/2016;33:CN ~31:201610353330.8 ~32:24/05/2016

2018/05888 ~ Provisional ~54:HOT MELT ADHESIVE COMPOSITIONS ~71:SASOL SOUTH AFRICA LIMITED,

Sasol Place, Katherine Street, SANDTON 2196, Gauteng, SOUTH AFRICA, South Africa ~72: DE JONGE, Johan

Gerrit Jan;RICHARDS, Philip;VERMEULEN, Johannes Petrus~

2018/05893 ~ Complete ~54:THERMALLY INSULATING COMPOSITIONS AND USES THEREOF

~71:JOUBERT, Jotham, 67 HAYMEADOW CRESCENT, FAERIE GLEN, 0081 PRETORIA, SOUTH AFRICA,

South Africa ~72: JOUBERT, Jotham~ 33:ZA ~31:2017/03887 ~32:07/06/2017

2018/05899 ~ Complete ~54:IMMUNOMODULATORS ~71:Bristol-Myers Squibb Company, Rt. 206 and Province

Line Road, PRINCETON 08543, NJ, USA, United States of America ~72: ALLEN, Martin Patrick;GILLIS, Eric

P.;GRANT-YOUNG, Katharine A.;LANGLEY, David R.;MEANWELL, Nicholas A.;MILLER, Michael

Matthew;MULL, Eric;SCOLA, Paul Michael;SUN, Li-Qiang;YEUNG, Kap-Sun~ 33:US ~31:62/303,673

~32:04/03/2016

2018/05890 ~ Provisional ~54:A SANDAL AND SANDAL KIT ~71:SHANI JOUBERT, 68 Umvumvu Drive, Simbithi

Estate, Ballito, Durban 4420, SOUTH AFRICA, South Africa ~72: SHANI JOUBERT~

2018/05898 ~ Complete ~54:MATERIAL COLLECTOR LEVELING CYLINDER HYDRAULIC CONTROL

SYSTEM ~71:Nanjing Freetech Road Maintenance Vehicle Manufacturing Corporation, No. 9 Hengfei Road,

Economic and Technological Development Zone, NANJING 210038, JIANGSU, CHINA (P.R.C.), People's

Republic of China ~72: SHI, Weibin;WANG, Huiwen;ZOU, Hai~ 33:CN ~31:201710555485.4 ~32:10/07/2017

2018/05905 ~ Complete ~54:NEUROACTIVE STERIODS, COMPOSITIONS, AND USES THEREOF ~71:SAGE

THERAPEUTICS, INC., 215 FIRST STREET, CAMBRIDGE, MA 02142, United States of America ~72:

COLQUHOUN, HELEN;KANES, STEPHEN, JAY~ 33:US ~31:62/305,279 ~32:08/03/2016;33:US

~31:62/355,174 ~32:27/06/2016;33:US ~31:62/355,669 ~32:28/06/2016;33:US ~31:62/360,758

~32:11/07/2016;33:US ~31:62/360,762 ~32:11/07/2016

2018/05887 ~ Provisional ~54:MAMBA 1 - INTRUDER DEFENSE SYSTEM ~71:Duncan McIntyre, Plot 419,

Nieshout Street, Kameeldrift East, Roodeplaat, South Africa ~72: Duncan McIntyre~

2018/05901 ~ Complete ~54:TREATMENT OF UREMIC PRURITUS ~71:Trevi Therapeutics, Inc., 195 Church

Street, 14th Floor, NEW HAVEN 06510, CT, USA, United States of America ~72: GOOD, Jennifer;HAWI,

Amale;SCIASCIA, Thomas~ 33:US ~31:62/311,134 ~32:21/03/2016;33:US ~31:62/412,584 ~32:25/10/2016

2018/05896 ~ Complete ~54:REGENERATION OF CATALYTIC OXIDATION CATALYST IMPREGNATED WITH

CHROMIUM ~71:OXY VINYLS, LP, 5005 LBJ FREEWAY, SUITE 2200, DALLAS, TEXAS 75244, USA, United

States of America ~72: COWFER, Joseph, A.;KRAMER, Keith, S.~ 33:US ~31:62/292,991 ~32:09/02/2016

2018/05900 ~ Complete ~54:SELENOGALACTOSIDE COMPOUNDS FOR THE PREVENTION AND

TREATMENT OF DISEASES ASSOCIATED WITH GALECTIN AND THE USE THEREOF ~71:Galectin

Sciences, LLC, 4960 Peachtree Industrial Blvd., Suite 240, NORCROSS 30071, GA, USA, United States of

America ~72: GEORGE, Ryan;JOHNSON, Joseph M.;NIR, Raphael;SHECHTER, Sharon;TRABER, Peter

G.;ZOMER, Eliezer~ 33:US ~31:62/303,872 ~32:04/03/2016

- APPLIED ON 2018/09/04 -

2018/05907 ~ Provisional ~54:A DISPENSING CAP ASSEMBLY ~71:JEUSCHENAK, Hermann Arnulf, 29 Willow

Road, Constantia, South Africa ~72: FUTTER, Denis~


Page | 34

2018/05913 ~ Complete ~54:IMMUNOCOMPETENT CELL AND EXPRESSION VECTOR EXPRESSING

REGULATORY FACTORS OF IMMUNE FUNCTION ~71:YAMAGUCHI UNIVERSITY, 1677¿1 Yoshida,

Yamaguchi¿shi, Japan ~72: ADACHI, Keishi;SAKODA, Yukimi;TAMADA, Koji~ 33:JP ~31:2016-053913

~32:17/03/2016

2018/05915 ~ Complete ~54:METHOD FOR TREATMENT OF A HOT PYROLYSIS GAS ~71:BLACK BEAR

CARBON B.V., Winnerstraat 28, Netherlands ~72: ENGELSMA, Ide Wieberen;TWIGG, Christopher

Michael;VERBERNE, Arnoldus Henricus Adrianus;WIROKARSO, Dion~ 33:NL ~31:2016229 ~32:05/02/2016

2018/05928 ~ Complete ~54:METHOD FOR PRODUCTION OF A HYDROGEN RICH GAS ~71:HALDOR

TOPSØE A/S, Haldor Topsøes Allé 1, 2800 Kgs., Lyngby, Denmark ~72: CHRISTIAN

WIX;RASMUS TRANE-RESTRUP~ 33:DK ~31:PA 2016 00239 ~32:25/04/2016

2018/05930 ~ Complete ~54:UPLINK TRANSMISSION TIMING CONTROL ~71:TELEFONAKTIEBOLAGET LM

ERICSSON (PUBL), , SE-164 83, Stockholm, Sweden ~72: DANDAN HAO;JOAKIM AXMON;MUHAMMAD

KAZMI;SANTHAN THANGARASA~ 33:CN ~31:PCT/CN2016/078095 ~32:31/03/2016;33:US ~31:15/253,318

~32:31/08/2016

2018/05906 ~ Provisional ~54:PERFORMANCE PYRAMID ~71:JOSEPH NTHIKENG LETSOALO, 7 Milford

Street Unit 11 Douglasdale, South Africa ~72: JOSEPH NTHIKENG LETSOALO~

2018/05911 ~ Complete ~54:A LIFE INSURANCE PAYMENT CALCULATION SYSTEM AND METHOD

~71:DISCOVERY LIMITED, 1 Discovery Place, Sandton, 2196, Gauteng, South Africa ~72: GARETH

FRIEDLANDER;HYLTON KALLNER~ 33:ZA ~31:2017/06204 ~32:12/09/2017

2018/05914 ~ Complete ~54:METHOD AND APPARATUS FOR WINDING A SHEET OF HOMOGENIZED

TOBACCO MATERIAL INTO A BOBBIN ~71:PHILIP MORRIS PRODUCTS S.A., Quai Jeanrenaud 3, Switzerland

~72: KLIPFEL, Yorick~ 33:EP ~31:16171641.0 ~32:27/05/2016

2018/05924 ~ Complete ~54:NAPI2B-TARGETED ANTIBODY-DRUG CONJUGATES AND METHODS OF USE

THEREOF ~71:Mersana Therapeutics, Inc., 840 Memorial Drive, CAMBRIDGE 02139, MA, USA, United States of

America ~72: BERGSTROM, Donald A.;BODYAK, Natalya D.;LOWINGER, Timothy B.;PARK, Peter U.;POLING,

Laura L.;YURKOVETSKIY, Aleksandr V.~ 33:US ~31:62/308,567 ~32:15/03/2016;33:US ~31:62/323,068

~32:15/04/2016;33:US ~31:62/383,324 ~32:02/09/2016

2018/05931 ~ Complete ~54:A GRANULAR COMPOSITION AND FILTER FOR PURIFICATION OF WATER

~71:UNILEVER PLC, Unilever House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United

Kingdom ~72: SANTOSH KUMAR GUPTA;SHAJAHAN ABDUL KAREEM~ 33:EP ~31:16167418.9

~32:28/04/2016

2018/05908 ~ Complete ~54:PROCESS FOR MONITORING AN AIR CONDITIONING SYSTEM OF A RAILWAY

VEHICLE AND RAILWAY VEHICLE COMPRISING AN AIR CONDITIONING SYSTEM IMPLEMENTING THIS

PROCESS ~71:ALSTOM TRANSPORT TECHNOLOGIES, 48 Rue Albert Dhalenne, France ~72: ABOU-EID,

Rami;CHEVALIER, Philippe;STAINO, Andrea~ 33:FR ~31:17 58158 ~32:05/09/2017

2018/05910 ~ Complete ~54:NANO TIO2 COMPOSITE FOR INFRARED REFLECTIVE THERMAL-INSULATING

WATER-BASED COATING AND A PROCESS FOR ITS PREPARATION ~71:ZHANG, Chuan, 8/F, Jinxiang

Clothing square, No. 69 Xinhua Road, Hebei, People's Republic of China;ZHANG, Jianping, 8/F, Jinxiang

Clothing square, No. 69 Xinhua Road, Hebei, People's Republic of China;ZHANG, Qian, 8/F, Jinxiang Clothing

square, No. 69 Xinhua Road, Hebei, People's Republic of China ~72: ZHANG, Chuan;ZHANG, Jianping;ZHANG,

Qian~ 33:CN ~31:201810501570.7 ~32:23/05/2018


Page | 35

2018/05917 ~ Complete ~54:EXPANDABLE STENT AND METHODS OF CRIMPING AND EXPANDING SUCH

STENT ~71:STRAIT ACCESS TECHNOLOGIES HOLDINGS (PTY) LTD, 313 Chris Barnard Building, University

of Cape Town, Anzio Road, South Africa ~72: APPA, Harish;BEZUIDENHOUT, Deon;NELSON, Grant

Leigh;PARK, Kenneth Stuart;VAN BREDA, Braden Sydney Clive;ZILLA, Peter~ 33:GB ~31:1607351.2

~32:27/04/2016

2018/05920 ~ Complete ~54:PHYSICAL FORM OF A SGR MODULATOR ~71:AstraZeneca AB,

SÖDERTÄLJE SE-151 85, SWEDEN, Sweden ~72: CHAOYI, Deng~ 33:IB ~31:2016/077095

~32:23/03/2016

2018/05926 ~ Complete ~54:SYNERGISTIC FUNGICIDAL COMPOSITION FOR CONTROLLING PLANT

DISEASES ~71:SUMITOMO CHEMICAL COMPANY, LIMITED, 27-1, Shinkawa 2-chome Chuo-ku, Tokyo,

1048260, Japan ~72: SO KIGUCHI~ 33:JP ~31:2016-048171 ~32:11/03/2016

2018/05909 ~ Complete ~54:AN AUTOMATED CONVERSATION SYSTEM AND METHOD THEREOF

~71:ZENSAR TECHNOLOGIES LIMITED, Plot 25, I A H B Colony, Near Old Airport, Begumpet, Hyderabad, India

~72: Srinivasa Raju INDUKURI~ 33:IN ~31:201721031604 ~32:06/09/2017

2018/05918 ~ Complete ~54:LIQUID LAUNDRY DETERGENT COMPOSITION ~71:The Procter AND Gamble

Company, One Procter & Gamble Plaza, CINCINNATI 45202, OH, USA, United States of America ~72:

KEULEERS, Robby Renilde Francois;LA BEQUE, Regine;SCHITTKO, Stefan~ 33:EP ~31:16154490.3

~32:05/02/2016

2018/05921 ~ Complete ~54:TAIL-LESS UNMANNED AERIAL VEHICLE ~71:Leonardo S.p.A., Piazza Monte

Grappa, 4, ROMA I-00195, ITALY, Italy ~72: BARGETTO, Riccardo;BECCARO, Alberto;BOSCARINO, Aurelio

Calcedonio;CATINO, Nicola Italo;CURLETTO, Diego;DE SIMONE, Davide;DI STEFANO, Paolo;IAIA,

Pierclaudio;LO VERDE, Luciana;REGIS, Silva~ 33:IT ~31:102016000029062 ~32:21/03/2016

2018/05929 ~ Complete ~54:CRISPR/CAS-RELATED METHODS AND COMPOSITIONS FOR TREATING BETA

HEMOGLOBINOPATHIES ~71:EDITAS MEDICINE, INC., 11 Hurley Street, Cambridge, 02141, Massachusetts,

United States of America ~72: JENNIFER LEAH GORI;LUIS A BARRERA~ 33:US ~31:62/308,190

~32:14/03/2016;33:US ~31:62/456,615 ~32:08/02/2017

2018/05916 ~ Complete ~54:DEVICE AND SYSTEM FOR RESTRICTING FLUID FLOW IN PHYSIOLOGICAL

VESSELS ~71:ELBE VALLEY MEDICAL LTD., The Black Church, St. Mary's Place, Dublin 7, Ireland ~72:

REYNOLDS, Rob~ 33:GB ~31:1604074.3 ~32:09/03/2016;33:IE ~31:S2016/0261 ~32:22/11/2016

2018/05919 ~ Complete ~54:ANTI-TNFALPHA-ANTIBODIES AND FUNCTIONAL FRAGMENTS THEREOF

~71:Tillotts Pharma AG, Baslerstrasse 15, RHEINFELDEN CH-4310, SWITZERLAND, Switzerland ~72:

FURRER, Esther Maria;GUNDE, Tea;MEYER, Sebastian~ 33:EP ~31:16160907.8 ~32:17/03/2016

2018/05922 ~ Complete ~54:MODIFIED RELEASE ABUSE DETERRENT DOSAGE FORMS

~71:Grünenthal GmbH, Zieglerstraße 6, AACHEN 52078, GERMANY, Germany ~72: PAUL,

Harald;SCHWIER, Sebastian;STOMBERG, Carmen;WENING, Klaus~ 33:EP ~31:16165543.6 ~32:15/04/2016

2018/05927 ~ Complete ~54:CONDENSED HETEROCYCLIC COMPOUNDS AND PESTICIDES ~71:NISSAN

CHEMICAL CORPORATION, 5-1, Nihonbashi 2-chome, Chuo-ku, Tokyo, 1036119, Japan ~72: HIROTO

MATSUI;HOTAKA IMANAKA;KEISUKE TSUJI;KENKICHI NOTO;MASAKI KOBAYASHI;TAKAO

KUDO;YUKIHIRO MAIZURU~ 33:JP ~31:2016-047064 ~32:10/03/2016;33:JP ~31:2016-054191

~32:17/03/2016;33:JP ~31:2016-199515 ~32:07/10/2016;33:JP ~31:2016-255131 ~32:28/12/2016


Page | 36

2018/05912 ~ Complete ~54:PERTUZUMAB VARIANTS AND EVALUATION THEREOF ~71:GENENTECH,

INC., 1 DNA Way, South San Francisco, 94080, California, United States of America ~72: LYNN A

GENNARO;YONGHUA ZHANG;YUNG-HSIANG KAO~ 33:US ~31:61/812,603 ~32:16/04/2013

2018/05923 ~ Complete ~54:ELECTRONIC AEROSOL PROVISION SYSTEM AND VAPORIZER THEREFOR

~71:Nicoventures Holdings Limited, Globe House, 1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM,

United Kingdom ~72: FRASER, Rory~ 33:GB ~31:1607322.3 ~32:27/04/2016

2018/05925 ~ Complete ~54:AQUEOUS LUBRICATING COMPOSITION ~71:SOPURA S.A., Rue de Trazegnies

199, 6180, Courcelles, Belgium ~72: ARMELLE DAVID LOGHMANIAN;FRANÇOIS BOUGARD;PHILIPPE

VANHELLEPUTTE;PIERRE STACHURA~ 33:BE ~31:2016/5215 ~32:25/03/2016;33:BE ~31:2016/5325

~32:09/05/2016

- APPLIED ON 2018/09/05 -

2018/05940 ~ Complete ~54:TREATMENT OF MUSCULAR DISORDERS WITH COMBINATIONS OF RXR

AGONISTS AND THYROID HORMONES ~71:IO THERAPEUTICS, INC., 1805 EAST GARRY AVENUE, SUITE

110, SANTA ANA, CALIFORNIA 92705, USA, United States of America ~72: CHANDRARATNA, Roshantha,

A.;SANDERS, Martin, E.~ 33:US ~31:62/306,472 ~32:10/03/2016

2018/05937 ~ Complete ~54:CUTTING ELEMENTS HAVING NON-PLANAR SURFACES AND TOOLS

INCORPORATING THE SAME ~71:SMITH INTERNATIONAL, INC., 1310 Rankin Rd., Houston, United States of

America ~72: AZAR, Michael George;DONG, Anjie;GAN, Xiaoge;JOHNSON, Gerard;KARUPPIAH,

Venkatesh;SONG, Huimin;ZHANG, Youhe~ 33:US ~31:62/554,128 ~32:05/09/2017

2018/05954 ~ Complete ~54:CYLINDER LOCK AND KEY SYSTEM ~71:ASSA AB, P.O. Box 371 631, 05,

Eskilstuna, Sweden ~72: DANIEL ANDERSSON~ 33:EP ~31:16160559.7 ~32:16/03/2016

2018/05958 ~ Provisional ~54:THE MALL DIRECTORY ~71:MAJECTIE SOLUTIONS HOLDINGS PTY LTD,

UNIT 291 PARK CRESCENT, FAIRWAY GARDENS, THE ORCHARDS, PRETORIA NORTH, South Africa ~72:

NASH MPHATI MAROGA~

2018/05936 ~ Complete ~54:APPARATUS AND METHOD FOR ADDITIVE MANUFACTURING WITH REAL-

TIME AND IN-SITU ADJUSTMENT OF GROWTH PARAMETERS ~71:General Electric Company, 1 River Road,

SCHENECTADY 12345, NY, USA, United States of America ~72: CORSMEIER, Donald Michael~ 33:US

~31:15/697,007 ~32:06/09/2017

2018/05938 ~ Complete ~54:FLUID PERMEABLE HEATER ASSEMBLY FOR AEROSOL¿GENERATING

SYSTEMS ~71:PHILIP MORRIS PRODUCTS S.A., Quai Jeanrenaud 3, Switzerland ~72: MIRONOV,

Oleg;ZINOVIK, Ihar, Nikolaevich~ 33:EP ~31:16172198.0 ~32:31/05/2016

2018/05941 ~ Complete ~54:TREATMENT OF AUTOIMMUNE DISEASES WITH COMBINATIONS OF RXR

AGONISTS AND THYROID HORMONES ~71:IO THERAPEUTICS, INC., 1805 EAST GARRY AVENUE, SUITE

110, SANTA ANA, CALIFORNIA 92705, USA, United States of America ~72: CHANDRARATNA, Roshantha,

A.;SANDERS, Martin, E.~ 33:US ~31:62/306,479 ~32:10/03/2016

2018/05946 ~ Complete ~54:FOODSTUFF PRODUCTION METHOD ~71:SUNFIRE GMBH, Gasanstaltstrasse 2,

Germany ~72: Christian VON OLSHAUSEN~

2018/05950 ~ Complete ~54:METHOD FOR GENERATION OF CLEAN STEAM IN A CONTINUOUS DIGESTER

SYSTEM ~71:VALMET AB, , SE-851 94, Sundsvall, Sweden ~72: JARI MIETTINEN;KEYLA MIETTINEN;KJELL

LJUNGKVIST;KRISTER OLSSON~ 33:SE ~31:1650664-4 ~32:17/05/2016


Page | 37

2018/05952 ~ Complete ~54:POWER ASSET COMMAND AND CONTROL ARCHITECTURE

~71:INTERNATIONAL POWER SUPPLY AD, 111 Obikolna Str., 1582, Sofia, Bulgaria ~72: ALEXANDER

STOILOV RANGELOV;FILIP STOILOV RANGELOV;STOIL RANGELOV TRIFONOV~ 33:US ~31:15/065,543

~32:09/03/2016

2018/05945 ~ Complete ~54:LINER FOR IMPACT RESISTANT GRP PIPES ~71:AMIBLU TECHNOLOGY AS,

P.O. BOX 2059 Østre Kullerød 3, Norway ~72: HAAVALDSEN, Jane Hilary Thatcher;SYVERSEN,

Kjell Tony Hoe~ 33:EP ~31:16159352.0 ~32:09/03/2016

2018/05947 ~ Complete ~54:IN-SITU PROCESS TO PRODUCE HYDROGEN FROM UNDERGROUND

HYDROCARBON RESERVOIRS ~71:PROTON TECHNOLOGIES INC., Jayla Place, Wickams Cay 1, Road

Town, Tortola, Virgin Islands (British) ~72: IAN D GATES;JINGYI WANG~ 33:US ~31:62/292,556

~32:08/02/2016

2018/05959 ~ Provisional ~54:CONVERTING AIRTIME TO ELECTRICITY ~71:MAJECTIE SOLUTIONS

HOLDINGS PTY LTD, UNIT 291 PARK CRESCENT, FAIRWAY GARDENS, THE ORCHARDS, PRETORIA

NORTH, South Africa ~72: NASH MPHATI MAROGA~

2018/05949 ~ Complete ~54:METHODS FOR PROVIDING SINGLE-STRANDED RNA ~71:BIONTECH RNA

PHARMACEUTICALS GMBH, An der Goldgrube 12, 55131, Mainz, Germany ~72: KATALIN

KARIKÓ;MARKUS BAIERSDÖRFER~ 33:EP ~31:PCT/EP2016/059056 ~32:22/04/2016

2018/05956 ~ Complete ~54:METHOD FOR D2D COMMUNICATION, AND D2D DEVICE ~71:GUANGDONG

OPPO MOBILE TELECOMMUNICATIONS CORP., LTD., No.18 Haibin Road, Wusha, Chang'an,

Dongguan, People's Republic of China ~72: TANG, Hai~ 33:WO ~31:PCT/CN2016/076807

~32:18/03/2016;33:WO ~31:PCT/CN2016/079456 ~32:15/04/2016;33:WO ~31:PCT/CN2016/081878

~32:12/05/2016

2018/05951 ~ Complete ~54:COMPOUNDS AND METHODS FOR MODULATING BRUTON'S TYROSINE

KINASE ~71:CORVUS PHARMACEUTICALS, INC., 863 Mitten Road, Suite 102, Burlingame, 94010, California,

United States of America ~72: ANNE-MARIE BEAUSOLEIL;ERIK VERNER;RICHARD A MILLER;RYAN

HUDSON~ 33:US ~31:62/307,399 ~32:11/03/2016;33:US ~31:62/342,004 ~32:26/05/2016

2018/05955 ~ Complete ~54:METHODS AND SYSTEMS OF LIQUEFIED PETROLEUM GAS DISTRIBUTION

~71:ENVIROFIT INTERNATIONAL, INC., 109 North College Avenue, Suite 200, Fort Collins, 80524, Colorado,

United States of America ~72: NATHAN LORENZ;RON BILLS~ 33:US ~31:62/311,178 ~32:21/03/2016

2018/05944 ~ Complete ~54:METHOD AND DEVICE FOR SEPARATING AND/OR CLEANING AEROSOLS

AND SOLID MATERIAL PARTICLES AND FIBERS FROM GAS AND SOLID MATERIAL PARTICLES AND

FIBRES FROM FLUIDS BY ACOUSTOPHORESIS ~71:Windplussonne GmbH, Dakelsberg 16, GRONAU

(WESTF.) 48599 , GERMANY, Germany ~72: GAUSLING, Ludger;LUTHE, Gregor;TEN THIJE, Niels~ 33:DE

~31:10 2016 002 599.9 ~32:06/03/2016;33:DE ~31:10 2016 002 600.6 ~32:06/03/2016

2018/05953 ~ Complete ~54:EXTENDED RELEASE CONJUGATES OF EXENATIDE ANALOGS ~71:PROLYNX

LLC, 455 Mission Bay Blvd. South, Suite 145, San Francisco, 94158, California, United States of America ~72:

BRIAN HEARN;DANIEL V SANTI;ERIC L SCHNEIDER;GARY W ASHLEY;JEFFREY C HENISE~ 33:US

~31:62/309,330 ~32:16/03/2016;33:US ~31:62/416,058 ~32:01/11/2016

2018/05934 ~ Provisional ~54:PERMEABLE ELECTRODE ASSEMBLY FOR LIQUID ALKALINE

ELECTROLYSIS REACTOR ~71:HYDROX HOLDINGS LIMITED, 32 Ida Street, Menlyn, Pretoria, South Africa

~72: CUOMO, Jason, Raphael;GILLESPIE, Ivor, Malcolm~


Page | 38

2018/05935 ~ Complete ~54:METHOD FOR SUPERVISING AN AIR-CONDITIONING SYSTEM FOR A

RAILWAY VEHICLE AND RAILWAY VEHICLE COMPRISING AN AIR-CONDITIONING SYSTEM

IMPLEMENTING THIS METHOD ~71:ALSTOM TRANSPORT TECHNOLOGIES, 48 Rue Albert Dhalenne,

France ~72: ABOU-EID, Rami;CHEVALIER, Philippe;STAINO, Andrea~ 33:FR ~31:17 58156

~32:05/09/2017

2018/05939 ~ Complete ~54:SYSTEMS AND METHODS FOR SEARCHING DATABASES USING GRAPHICAL

USER INTERFACES THAT INCLUDE CONCEPT STACKS ~71:LEXISNEXIS, A DIVISION OF REED ELSEVIER

INC., 9443 SPRINGBORO PIKE, MIAMISBURG, OHIO 45342, USA, United States of America ~72: FRASCONE,

Todd, J.;JALLES, Jordan;MEHRA, Gaurav;MILLER, Richard, D.;MYERS, Jacob, Aaron~ 33:US ~31:15/041,137

~32:11/02/2016

2018/05943 ~ Complete ~54:TRANSFECTED T-CELLS AND T-CELL RECEPTORS FOR USE IN

IMMUNOTHERAPY AGAINST CANCERS ~71:Immatics Biotechnologies GmbH, Paul-Ehrlich-Strasse 15,

TUEBINGEN 72076, GERMANY, Germany ~72: ALTEN, Leonie;BUNK, Sebastian;MAURER, Dominik~ 33:GB

~31:1604494.3 ~32:16/03/2016;33:US ~31:62/308,970 ~32:16/03/2016

2018/05948 ~ Complete ~54:CONTAINERS, CONTAINER INSERTS AND ASSOCIATED METHODS FOR

MAKING CONTAINERS ~71:CSP TECHNOLOGIES, INC., 960 West Veterans Boulevard, Auburn, 36832,

Alabama, United States of America ~72: DONALD LEE HUBER;JONATHAN R FREEDMAN~ 33:US

~31:62/293,048 ~32:09/02/2016

2018/05960 ~ Provisional ~54:THE BABY WIPES WARMER ~71:MAJECTIE SOLUTIONS HOLDINGS PTY LTD,

UNIT 291 PARK CRESCENT, FAIRWAY GARDENS, THE ORCHARDS, PRETORIA NORTH, South Africa ~72:

NASH MPHATI MAROGA~

2018/05962 ~ Complete ~54:THERAPEUTIC NUCLEASE COMPOSITIONS AND METHODS ~71:UNIVERSITY

OF WASHINGTON, UW CENTER FOR COMMERCIALIZATION, 4311 11TH AVENUE N.E., SUITE 500,

SEATTLE, WA, 98105-4608, United States of America ~72: ELKON, KEITH;HAYDEN-LEDBETTER,

MARTHA;LEDBETTER, JEFFREY A;SUN, XIZHANG~ 33:US ~31:61/257,458 ~32:02/11/2009;33:US

~31:61/370,752 ~32:04/08/2010

2018/05942 ~ Complete ~54:VCN ENHANCER COMPOSITIONS AND METHODS OF USING THE SAME

~71:Bluebird Bio, Inc., 60 Binney Street, CAMBRIDGE 02142, MA, USA, United States of America ~72:

BONNER, Melissa;NEGRE, Olivier~ 33:US ~31:62/294,615 ~32:12/02/2016;33:US ~31:62/313,571

~32:25/03/2016;33:US ~31:62/417,085 ~32:03/11/2016;33:US ~31:62/429,514 ~32:02/12/2016

2018/05957 ~ Provisional ~54:BONA TAXI ~71:MOTUBATSE MICKEY MAGOA, 14 BARITONE STREET

TASBET PARK EXT 2 WITBANK MPUMALANGA, South Africa ~72: MOTUBATSE MICKEY MAGOA~

2018/05961 ~ Provisional ~54:THE GOAL LINE BALL ~71:MAJECTIE SOLUTIONS HOLDINGS PTY LTD, UNIT

291 PARK CRESCENT, FAIRWAY GARDENS, THE ORCHARDS, PRETORIA NORTH, South Africa ~72: NASH

MPHATI MAROGA~

- APPLIED ON 2018/09/06 -

2018/05968 ~ Provisional ~54:A DISPENSING WATER TRAILER USED IN CONJUNCTION WITH A SMART

DISPENSER SYSTEM AND A FILTRATION AND GSM MONITORING PLATFORM HOUSED IN A SELF-

CONTAINED TRANSPORTABLE UNIT ~71:BLUEWATER (PTY) LTD., Old Biscuit Mill A202 - 203, 375 Albert

Road, Woodstock, CAPE TOWN 7915, WC, SOUTH AFRICA, South Africa ~72: STEERE, James Stuart~


Page | 39

2018/05981 ~ Complete ~54:DRILLING METHOD AND SHAFT DRILLING SYSTEM ~71:NK TRADING AND

ENGINEERING GMBH, Auf dem Jück 4, Germany ~72: KLEUTERS, Niko~ 33:DE ~31:102016106020.8

~32:01/04/2016;33:DE ~31:102016011332.4 ~32:21/09/2016

2018/05984 ~ Complete ~54:FILTER ELEMENTS, AIR CLEANER ASSEMBLIES, AND METHODS OF USE AND

ASSEMBLY ~71:DONALDSON COMPANY, INC., 1400 WEST 94TH STREET, P O BOX 1299, MINNEAPOLIS,

MINNESOTA 55440-1299, U.S.A, United States of America ~72: ADAMEK, Daniel;MATALAMAKI,

Dave;NELSON, Benny;NELSON, David~ 33:US ~31:62/294,690 ~32:12/02/2016

2018/05969 ~ Provisional ~54:MOBILE TELECOMMUNICATION DEVICE AND MANUFACTURING METHOD

THEREFOR ~71:CELLUCITY (PTY) LTD, Suite 203, 2nd Floor, Northwing, Granger Bay Court, Beach Road,

V&A Waterfront, Cape Town, South Africa ~72: SEAN DAVID HAROLD JOFFE~

2018/05965 ~ Provisional ~54:VEHICLE SPEED CONTROLLING MECHANISM ~71:DUNCAN, Douglas Malcolm,

1344 Spyker Crescent, Stormill, Ext 2, South Africa ~72: DUNCAN, Douglas Malcolm~

2018/05970 ~ Provisional ~54:A DISPLAY FRAME ~71:HEWITT AND ASSOCIATES (PROPRIETARY) LIMITED,

Unit 1-4 Old Mill Park, 15 Sucrose Crescent, Mount Edgecombe, Durban 4302, SOUTH AFRICA, South Africa

~72: SHELL, Trevor Raymond~

2018/05988 ~ Complete ~54:USER EQUIPMENT, BASE STATION, AND COMMUNICATION METHOD ~71:NTT

DOCOMO, INC., 11-1, Nagatacho 2-chome, Chiyoda-ku, Tokyo, 1006150, Japan ~72: HIDEAKI

TAKAHASHI;KOHEI KIYOSHIMA;TOORU UCHINO~ 33:JP ~31:2016-026393 ~32:15/02/2016

2018/05993 ~ Provisional ~54:HYDRO BOX ~71:Kelebogile Rantsatsi, 119 Andries Potgieter BLVD SE6, South

Africa ~72: KELEBOGILE RANTSATSI~

2018/05992 ~ Complete ~54:LAUNDRY LIQUID COMPOSITION ~71:UNILEVER PLC, Unilever House, 100

Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: ALYN JAMES

PARRY;ANDREW DAVID GREEN~ 33:EP ~31:16164417.4 ~32:08/04/2016

2018/05991 ~ Complete ~54:OXO-NITROGENATED IRON COMPLEX, CATALYTIC SYSTEM COMPRISING

SAID OXO-NITROGENATED IRON COMPLEX AND PROCESS FOR THE (CO)POLYMERIZATION OF

CONJUGATED DIENES ~71:VERSALIS S.P.A., Piazza Boldrini 1, 20097, San Donato Milanese, Italy ~72:

LEONE GIUSEPPE;MASI FRANCESCO;PAMPALONI GUIDO;RICCI GIOVANNI;SOMMAZZI ANNA~ 33:IT

~31:102016000055704 ~32:30/05/2016

2018/05963 ~ Provisional ~54:A METHOD AND SYSTEM FOR SCHEDULING A HEALTHCARE APPOINTMENT

~71:OUTCOMES IT (PTY) LTD, 32 Kenilworth Road, Kenilworth, Western Cape, South Africa ~72:

LAURENSON, Duncan Bain~

2018/05972 ~ Complete ~54:A SECURITY DEVICE, SYSTEM AND METHOD ~71:GP Technology (Pty) Ltd, 19

Florence Ribeiro Avenue, Muckleneuk, South Africa ~72: Cole, Robert Percival~

2018/05980 ~ Complete ~54:ADAPTIVE PENALTY BRAKING FOR LOCOMOTIVE AIR BRAKE SYSTEM

~71:NEW YORK AIR BRAKE, LLC, 748 Starbuck Avenue, United States of America ~72: LADUC, John

W;LEONARD, Erich;REYNOLDS, John M;VILAETIS, Konstantinos~ 33:US ~31:15/079,720 ~32:24/03/2016

2018/05973 ~ Complete ~54:USING TRUNCATED GUIDE RNAS (TRU-GRNAS) TO INCREASE SPECIFICITY

FOR RNA-GUIDED GENOME EDITING ~71:THE GENERAL HOSPITAL CORPORATION, 55 Fruit Street

Boston, Massachusetts, United States of America ~72: FU, Yanfang;JOUNG, J. Keith;MAEDER,

Morgan;SANDER, Jeffry D.~


Page | 40

2018/05978 ~ Complete ~54:ADJUSTMENT MECHANISM FOR A VEHICLE DISK BRAKE, HAVING A

CARDANIC ROTARY BEARING AND A COUPLING RING ~71:BPW BERGISCHE ACHSEN KG, Ohlerhammer,

Germany ~72: Andreas DAMBERG;Thomas KLAAS;Udo WEBER~ 33:DE ~31:10 2016 105 611.1

~32:24/03/2016

2018/05986 ~ Complete ~54:ULTRASONIC DEVICE AND DEVICE FOR GENERATING MECHANICAL

VIBRATION ~71:Wuxi Hisky Medical Technologies Co., Ltd., B401, 530 Plaza, University Science Park, Taihu

International Science&Technology Park, WUXI 214000, JIANGSU, CHINA (P.R.C.), People's Republic of

China ~72: DUAN, Houli;SHAO, Jinhua;SUN, Jin;WANG, Qiang~ 33:CN ~31:201610634360.6 ~32:04/08/2016

2018/05976 ~ Complete ~54:ELECTRODE MATERIAL ~71:RHEINFELDEN CARBON GMBH AND CO. KG,

1807, Bukheinstrasse 2, Germany ~72: BECKER, Robert;FRANKE, Alois J.;LEYE, Johann~ 33:EP

~31:16163213.8 ~32:31/03/2016

2018/05983 ~ Complete ~54:METHOD, SYSTEM, REAGENT KIT AND SYSTEM FOR VERIFYING HD-HOOK

EFFECT SAMPLE ~71:BEIJING CHEMCLIN BIOTECH CO., LTD., 7 Fengxian Zhonglu, Yongfeng Base, Haidian

District Beijing, People's Republic of China ~72: LI, Lin;LIAN, Zifu;LIU, Guidong;LIU, Yuhui;WU, Dongyang;YANG,

Yang;ZHANG, Xianghui;ZHAO, Weiguo~ 33:CN ~31:201611026623.1 ~32:22/11/2016;33:CN

~31:201611034237.7 ~32:22/11/2016;33:CN ~31:201611034252.1 ~32:22/11/2016;33:CN

~31:201710695530.6 ~32:15/08/2017

2018/05985 ~ Complete ~54:COMPUTER NETWORK SYSTEM AND PROCESS FOR COLLECTING TAX ON

ONLINE COMMERCE ~71:Netsweeper (Barbados) Inc., L'Horizon, Gunsite Road, BRITTONS HILL, ST.

MICHAEL, BARBADOS, Barbados ~72: ERDELYI, Lou;ROACH, Perry~ 33:US ~31:62/477,905 ~32:28/03/2017

2018/05979 ~ Complete ~54:POWERED VEHICLE SUSPENSION ASSEMBLY ~71:SAF-HOLLAND, INC., 467

Ottawa Avenue, South Africa ~72: GALLA, Jeffrey;HEATH, Jason;KLEIN, Jason~ 33:US ~31:62/309,736

~32:17/03/2016

2018/05982 ~ Complete ~54:BIOMARKERS OF TRAUMATIC BRAIN INJURY ~71:THE UNIVERSITY OF

BIRMINGHAM, Edgbaston Birmingham, United Kingdom ~72: BELLI, Antonio;DI PIETRO, Valentina~ 33:GB

~31:1603967.9 ~32:08/03/2016

2018/05990 ~ Complete ~54:NOVEL ANTI-LAM AND ANTI-PIM6/LAM MONOCLONAL ANTIBODIES FOR

DIAGNOSIS AND TREATMENT OF MYCOBACTERIUM TUBERCULOSIS INFECTIONS ~71:RUTGERS, THE

STATE UNIVERSITY OF NEW JERSEY, Old Queen's Somerset Street, New Brunswick, 08901, New

Jersey, United States of America ~72: ABRAHAM PINTER;ALOK CHOUDHARY;DEENDAYAL PATEL~ 33:US

~31:62/293,406 ~32:10/02/2016

2018/05964 ~ Provisional ~54:WOVEN AND NON-WOVEN TEXTILE PRODUCTS AND FABRICS WITH

CAPABILITIES FOR THE SLOW RELEASE OF NATURAL BIOACTIVES ~71:Applied African Chemicals (Pty)

Ltd, Lot BBLF01, Biopark Building, The Innovation Hub, 1 Mark Shuttleworth Road, South Africa;Applied Protein

Biotechnologies 9Pty) Ltd, 530 Jessie Collins street, South Africa ~72: Alexander Zawaira;Mthokozisi

Sibanda;Stephanus Marais~

2018/05975 ~ Complete ~54:A BUILDING ELEMENT ASSEMBLY FOR CONSTRUCTING A PANELLED

STRUCTURE ~71:ENDLESSPOWER PROPRIETARY LIMITED, 2 Fourways Manor Office Park, Macbeth

Avenue, Fourways, 2055, Gauteng, South Africa ~72: BRUCE DAVID HARBOTTLE;RICHARD JOHN

EDWARDS~ 33:ZA ~31:2017/03885 ~32:06/06/2017


Page | 41

2018/05987 ~ Complete ~54:CRANE TROLLEY ~71:Konecranes Global Corporation, Koneenkatu 8,

HYVINKÄÄ FI-05830, FINLAND, Finland ~72: LINDBERG, Teppo~ 33:FI ~31:20165261

~32:29/03/2016


~71:GLAXOSMITHKLINE INTELLECTUAL PROPERTY DEVELOPMENT LIMITED, 980 Great west Road,

Brentford, Middlesex, TW8 9GS,, United Kingdom ~72:

DARCY,Michael,G.;DODSON,Jason,W.;DONG,Xianyang;GRARNLEY,Adam,Kenneth;HUGHES,Terry,V.;KANG,J

ianxing;LEISTER,Lara,Kathryn;LI,Yue;LIAN,Yiqian;MEHLMANN,John,F.;NEVINS,Neysa;RAMANJULU,Joshi,M.;

ROMANO,Joseph,J.;WANG,Gren,Z.;YE,Guosen;ZHANG,Daohua~ 33:US ~31:62319,358

~32:07/04/2016;33:US ~31:21.02.2017 ~32:21/02/2017;33:US ~31:62/461,975 ~32:22/02/2017


~71:GLAXOSMITHKLINE INTELLECTUAL PROPERTY DEVELOPMENT, 980 Great West Road, Brentford,

Middlesex, TW8 9GS,, United Kingdom ~72: CHARNLEY,Adam,Kenneth;DARCY,Michael,G.;DODSON,Jason

,W.;DONG,Xiaoyang;HUGHES,Terry,V.;KANG,Jianxing;LEISTER,Lara,Kathryn;LI,Yue;LIAN,Yiqian;MEHLMANN,

John,F.;NEVINS,Neysa;RAMANJULU,Joshi,M.;ROMANO,Joseph,J.;WANG,Gren,Z.;YE,Guosen;ZHANG,Daohua

~ 33:US ~31:62/319,358 ~32:07/04/2016;33:US ~31:62/461,301 ~32:21/02/2017;33:US ~31:62/461,975

~32:22/02/2017

2018/05966 ~ Provisional ~54:FUEL THEFT PREVENTION ~71:ZANLIGUARD (PTY) LTD, 32 STELLA ROAD,

MONTAGUE GARDENS, CAPE TOWN, SOUTH AFRICA, South Africa ~72: WALKER, Gregory, Francis, Xavier~

2018/05967 ~ Provisional ~54:TRACKING EAR TAG ~71:Grant Knight, House 131 , Kudu Road , Skukuza, South

Africa ~72: Grant Knight~

2018/05971 ~ Complete ~54:CLOTHES PEG ~71:Herzel SABAN, 13 Main Drive, South Africa ~72: Herzel

SABAN~

2018/05974 ~ Complete ~54:LOW VOLTAGE ELECTRICAL SWITCHBOARD ~71:ABB S.p.A., Via Vittor Pisani,

16, MILANO I-20124 , ITALY, Italy ~72: PROSERPIO , Simone Angelo;VALSECCHI, Davide~ 33:EP

~31:17190427.9 ~32:11/09/2017

2018/05977 ~ Complete ~54:MYCOBACTERIOPHAGES CAPABLE OF DELIVERING AUTO-LUMINESCENT

ELEMENTS AND USES THEREOF ~71:GUANGZHOU INSTITUTES OF BIOMEDICINE AND HEALTH,

CHINESE ACADEMY OF SCIENCES, No. 190, Kaiyuan Avenue, Science City New and Hi-Tech Industrial

Development Zone Guangzhou, People's Republic of China ~72: LIU, Zhiyong;ZHANG, Tianyu~ 33:CN

~31:201610127984.9 ~32:07/03/2016

2018/05989 ~ Complete ~54:COMPOSITIONS AND METHODS OF TREATMENT OF CHRONIC INFECTIOUS

DISEASES ~71:THOMAS JULIUS BORODY, Level 1, 229 Great North Road, Five Dock, 2046, New South

Wales, Australia ~72: THOMAS JULIUS BORODY~ 33:US ~31:62/299,915 ~32:25/02/2016

- APPLIED ON 2018/09/07 -

2018/06019 ~ Complete ~54:ULTRASONIC PROBE AND ULTRASONIC DETECTION DEVICE PROVIDED

WITH SAID ULTRASONIC PROBE ~71:Wuxi Hisky Medical Technologies Co., Ltd., B401, 530 Plaza, University

Science Park, Taihu International Science&Technology Park, Xinwu District, WUXI 214000, JIANGSU,

CHINA (P.R.C.), People's Republic of China ~72: MAO, Junwei~ 33:CN ~31:201610257070.4 ~32:22/04/2016


Page | 42

2018/06001 ~ Provisional ~54:CONTAINER BASED KEY RING AND MULTI PURPOSE CELL PHONE

ATTACHMENT ~71:Christelani ROSSOUW, 8 Abrahamson Street Flamwood, South Africa;Johannes Christiaan

ROSSOUW, 8 Abrahamson Street Flamwood, South Africa ~72: Christelani ROSSOUW~

2018/06003 ~ Provisional ~54:FAIL SAFE BREAK ~71:Trade Property Ventures No 186 t/a VHS Technical

Services, Unit 3 Astro Place, C/N Fleming and Van Der Bijl Street, Medowdale, South Africa ~72: Trade Property

Ventures No 186 t/a VHS Technical Services~

2018/06006 ~ Complete ~54:ADAPTED GROUT DELIVERY SLEEVE ~71:NCM INNOVATIONS (PTY) LTD, 109

Adcock Ingram Avenue Aeroton, South Africa ~72: BERGHORST, Adrian;CAWOOD, Martin;VISSER, Henri~

33:ZA ~31:2017/06087 ~32:07/09/2017

2018/06007 ~ Complete ~54:A NOVEL GREASE AND METHODS OF MAKING THE SAME ~71:Afton Chemical

Corporation, 500 Spring Street, RICHMOND 23219, VA, USA, United States of America ~72: KARVE,

Anand;NANDURKAR, Vishal~ 33:US ~31:15/872,518 ~32:16/01/2018

2018/06009 ~ Complete ~54:WIRELESS COMMUNICATIONS-DYNAMIC COVERAGE CLASS UPDATE AND

ALIGNING COVERAGE CLASS PAGING GROUPS ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), ,

SE-164 83, Stockholm, Sweden ~72: JOHN WALTER DIACHINA;MÅRTEN SUNDBERG;NICKLAS

JOHANSSON;PAUL SCHLIWA-BERTLING~ 33:US ~31:62/107,847 ~32:26/01/2015;33:US ~31:14/973,586

~32:17/12/2015

2018/06023 ~ Complete ~54:REACTIVE MATERIAL BASED ON CALCIUM ALUMINATE AND CARBON, ITS

PROCESS OF PREPARATION AND ITS USES FOR REFINING METAL MELTS OR SLAGS ~71:KERNEOS

S.A., Tour Pacific 11, cours Valmy, France ~72: ANEZIRIS, Christos;GEHRE, Patrick;PARR, Christopher

David;VERES, Daniel~ 33:EP ~31:16305289.7 ~32:16/03/2016

2018/05997 ~ Provisional ~54:DYNAMIC CAPACITIVE SENSING MODES ~71:AZOTEQ (PTY) LTD, 109 Main

Street, South Africa ~72: DU TOIT, Riaan;RADEMEYER, Daniel Barend~

2018/06008 ~ Complete ~54:A BARRIER ELEMENT ~71:STEELEDALE (PTY) LTD, 133 Dekema Road, Junction

Hill, Wadeville, Germiston, 1405, Gauteng, South Africa ~72: SHAWN DU TOIT~ 33:ZA ~31:2017/03925

~32:08/06/2017

2018/06011 ~ Complete ~54:MIST ELIMINATION SYSTEM FOR ELECTROCHEMICAL CELLS

~71:NANTENERGY, INC., 8455 North 90th Street, Suite 4, Scottsdale, United States of America ~72: HAYES,

Joel;KLUG, Scott;KRISHNAN, Ramkumar;SAMULESON, Patrick;TRZEBNY, Craig~ 33:US ~31:62/365,924

~32:22/07/2016

2018/06016 ~ Complete ~54:SUBSTITUTED NUCLEOSIDE ANALOGUES FOR USE AS PRMT5 INHIBITORS

~71:Janssen Pharmaceutica NV, Turnhoutseweg 30, BEERSE B-2340, BELGIUM, Belgium ~72: BEKE,

Lijs;BERTHELOT, Didier Jean-Claude;BOECKX, An;BREHMER, Dirk;DIELS, Gaston Stanislas

Marcella;GILISSEN, Ronaldus Arnodus Hendrika Joseph;LAWSON, Edward Charles;MEERPOEL,

Lieven;PANDE, Vineet;PARADÉ, Marcus Cornelis Bernardus Catharina;SCHEPENS, Wim Bert

Griet;SHOOK, Brian Christopher;SUN, Weimei;THURING, Johannes Wilhelmus John F.;VIELLEVOYE,

Marcel;WU, Tongfei~ 33:US ~31:62/306,222 ~32:10/03/2016;33:EP ~31:16162731.0 ~32:30/03/2016

2018/06020 ~ Complete ~54:VAPOUR PROVISION APPARATUS ~71:Nicoventures Holdings Limited, Globe

House, 1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72: LEADLEY,

David;WRIGHT, Jeremy~ 33:GB ~31:1605105.4 ~32:24/03/2016


Page | 43

2018/06022 ~ Complete ~54:A SECURITY SCREEN ASSEMBLY ~71:DOLAN, Grant, 29 Gutteridge Road,

BANJUP 6164, WESTERN AUSTRALIA, AUSTRALIA, Australia ~72: DOLAN, Grant~ 33:AU ~31:2016900449

~32:10/02/2016

2018/06021 ~ Complete ~54:GENOME EDITED IMMUNE EFFECTOR CELLS ~71:Bluebird Bio, Inc., 60 Binney

Street, CAMBRIDGE 02142, MA, USA, United States of America ~72: ASTRAKHAN, Alexander;JARJOUR,

Jordan~ 33:US ~31:62/307,245 ~32:11/03/2016;33:US ~31:62/322,604 ~32:14/04/2016

2018/06025 ~ Complete ~54:A BATTERY MODULE AND A MODULAR BATTERY SYSTEM ~71:ACKERMANN,

Christiaan Gerhardus, 14 Dorothy Street, Ludwigsdorf, WINDHOEK, NAMIBIA, Namibia ~72: ACKERMANN,

Christiaan Gerhardus~ 33:ZA ~31:2016/01867 ~32:17/03/2016

2018/06026 ~ Provisional ~54:BUILD-A-SHAPE ~71:Ipfi Mushavhela, 665, Vuwani,, South Africa ~72: Ipfi

Mushavhela~

2018/06024 ~ Complete ~54:METHOD AND SYSTEM FOR PREDICTION OF A STATE OF AN ASSET

~71:MESHNET PTY LTD, Suite A1, 118 Railway St, Australia ~72: BOSCI, Hourann;BRADFORD, Danon;DEL

BORRELLO, Michael;MEARES, Ian Goldsmith;PUDDY, Iain Geoffrey John;STRHARSKY, Justin~ 33:AU

~31:2016900429 ~32:09/02/2016

2018/05998 ~ Provisional ~54:BATTERY-FREE, SOLAR POWERED LIGHT BULB FITTED BUG ZAPPER

DEVICE ~71:Johannes Christiaan ROSSOUW, 8 Abrahamson Street Flamwood, South Africa ~72: Johannes

Christiaan ROSSOUW~

2018/06000 ~ Provisional ~54:MONITORING MINERAL PROCESSING EQUIPMENT ~71:STONE THREE

MINING SOLUTIONS (PTY) LTD, 24 Gardner Williams Avenue, Paardevlei, South Africa ~72: BOTHA,

Kristo;HAASBROEK, Adriaan Lodewicus;IRWIN, Shaun George;STREICHER, Simon Jacobus~

2018/06004 ~ Provisional ~54:A DISHWASHER SAFE CONTAINER TO WASH SHOOTER GLASSES

SIMULTANEOUSLY IN A DISHWASHER DEVICE ~71:Lelani ROSSOUW, 8 Abrahamson Street Flamwood,

South Africa ~72: Lelani ROSSOUW~

2018/06014 ~ Complete ~54:A BEVERAGE CAPSULE ~71:Nestec S.A., Avenue Nestlé 55, VEVEY CH-

1800, SWITZERLAND, Switzerland ~72: HEYDEL, Christophe Sébastien Paul~ 33:EP ~31:16154926.6

~32:09/02/2016

2018/06018 ~ Complete ~54:PREPARATION OF RED IRON OXIDE PIGMENT ~71:LANXESS Deutschland

GmbH, Kennedyplatz 1, KÖLN 50569, GERMANY, Germany ~72: CZAPLIK, Waldemar~ 33:EP

~31:16159507.9 ~32:09/03/2016

2018/05996 ~ Provisional ~54:ELECTRIC PLUG TOP INCORPORATING A PLUG SOCKET ~71:BOLATRI (PTY)

LTD, 5 PAVEYSTREET, POTCHEFSTROOM, 2531, South Africa ~72: DE BEER, Josef, Johannes~

2018/06002 ~ Provisional ~54:REMOTE OPERATED ANTI THEFT, ANTI TAMPER BAGGAGE SOUND ALARM

DEVICE ~71:Johannes Christiaan ROSSOUW, 8 Abrahamson Street Flamwood, South Africa;Larizandi

ROSSOUW, 8 Abrahamson Street Flamwood, South Africa ~72: Larizandi ROSSOUW~

2018/05999 ~ Provisional ~54:WIRELESS SOLAR CHARGED SHOT INDICATOR ~71:Ignathius Jacobus

BYLEVELDT, 8 Abrahamson Street Flamwood, South Africa;Johannes Christiaan ROSSOUW, 8 Abrahamson

Street Flamwood, South Africa ~72: Ignathius Jacobus BYLEVELDT~


Page | 44

2018/06005 ~ Provisional ~54:MULTI USER PRESSURE PANEL FOR A GAS CYLINDER PACK ~71:African

Oxygen Limited, Afrox House, 23 Webber Street, Selby, JOHANNESBURG 2001, Gauteng, SOUTH AFRICA,

South Africa ~72: DIONISIO, Roberto Maria Marcello;MEYER, Arnold;PIETERSE, Johan~

2018/06010 ~ Complete ~54:PROCESS ~71:BERGEN TEKNOLOGIOVERFØRING AS,

THORMØHLENSGATE 51, 5006 BERGEN, NORWAY, Norway;UNIVERSITY OF NEW SOUTH WALES

INNOVATIONS, RUPERT MYERS BLDG, GATE 14 BARKER STREET, UNIVERSITY OF NSW 2052, NEW

SOUTH WALES, AUSTRALIA, Australia ~72: KELLMANN, Ralf;NEILAN, Brett~ 33:GB ~31:1602576.9

~32:12/02/2016

2018/06012 ~ Complete ~54:ANTITUBERCULOSIS AGENT ~71:GLAXOSMITHKLINE INTELLECTUAL

PROPERTY DEVELOPMENT LIMITED, 980 Great West Road, Brentford, Middlesex, United Kingdom ~72:

BALLELL PAGES, Lluis;BARROS AGUIRRE, David;BATES, Robert, H.;CASTRO PICHEL, Julia;ESQUIVIAS

PROVENCIO, Jorge;PETHE, Kevin~ 33:EP ~31:16382124.2 ~32:22/03/2016

2018/06013 ~ Complete ~54:AN ILLUMINATED GUY ROPE SYSTEM ~71:PUP GROUP PTY LTD, 7 Hanson St,

Australia ~72: PAP, Paul~ 33:AU ~31:2016900906 ~32:10/03/2016

2018/06015 ~ Complete ~54:CRYSTALLINE MODIFICATIONS OF N-(4,5-BISMETHANESULFONYL-2-

METHYLBENZOYL)GUANIDINE HYDROCHLORIDE AND N-(4,5-BISMETHANESULFONYL-2-

METHYLBENZOYL)GUANIDINE SALTS ~71:Merck Patent GmbH, Frankfurter Strasse 250, DARMSTADT 64293

, GERMANY, Germany ~72: BECKER, Axel;GALLON, Gilmary;KUEHN, Clemens;SAAL, Christoph~ 33:EP

~31:16154672.6 ~32:08/02/2016

2018/06017 ~ Complete ~54:PREPARATION OF RED IRON OXIDE PIGMENT ~71:LANXESS Deutschland

GmbH, Kennedyplatz 1, KÖLN 50569, GERMANY, Germany ~72: CZAPLIK, Waldemar;HOLTMANN, Udo~

33:EP ~31:16159506.1 ~32:09/03/2016

- APPLIED ON 2018/09/10 -

2018/06029 ~ Provisional ~54:FELIX CONNECT ~71:Owen Newport, 22 norfolk street, Australia ~72: gentek

global~

2018/06027 ~ Provisional ~54:AN LED LAMP AND LUMINAIRE ~71:NORDLAND OPERATIONS (PTY) LTD, 70

Driefontein Road, South Africa ~72: FERREIRA, Eben~

2018/06041 ~ Complete ~54:BULK HAULAGE TRAILER ~71:COETZEE, Mauritz, 785 Lorna Street, MORELETA

PARK 0167, SOUTH AFRICA, South Africa ~72: COETZEE, Mauritz~ 33:ZA ~31:2017/03926 ~32:08/06/2017

2018/06044 ~ Complete ~54:FLUID PERMEABLE HEATER ASSEMBLY FOR AEROSOL¿GENERATING

SYSTEMS AND FLAT ELECTRICALLY CONDUCTIVE FILAMENT ARRANGEMENT FOR FLUID PERMEABLE

HEATER ASSEMBLIES ~71:PHILIP MORRIS PRODUCTS S.A., Quai Jeanrenaud 3, Switzerland ~72:

MIRONOV, Oleg;ZINOVIK, Ihar, Nikolaevich~ 33:EP ~31:16172195.6 ~32:31/05/2016

2018/06052 ~ Complete ~54:VALVE TRAIN ~71:Karl Dungs GmbH AND Co. KG, Karl-Dungs-Platz 1, URBACH

73660, GERMANY, Germany ~72: OBERMÖLLER, Nils~

2018/06033 ~ Provisional ~54:A MOBILE WEIGHING DEVICE ~71:INTERWASTE PROPRIETARY LIMITED, 2

Brammer Road, Germiston South, Gauteng, South Africa ~72: WILLIAM ALAN HARDY WILCOCKS~

2018/06036 ~ Provisional ~54:ANTI-OBESITY THERAPEUTIC COMPOSITION ~71:Cape Kingdom

Nutraceuticals (Pty) Ltd, Unit 80, Eden on the Bay Big Bay Beach Estate, South Africa ~72: BOUIC~


Page | 45

2018/06039 ~ Complete ~54:POULTRY FEEDERS AND METHOD AND ADAPTOR FOR REPAIRING SAME

~71:JYMEB SOLUTIONS PROPRIETARY LIMITED, 11 Plover Street, Worcester West, Worcester, 6850, SOUTH

AFRICA, South Africa ~72: LAWRENCE, Bassil~

2018/06048 ~ Complete ~54:SUBSTITUTED IMIDAZOLYL-CARBOXAMIDES AS PEST CONTROL AGENTS

~71:Bayer CropScience Aktiengesellschaft, Alfred-Nobel-Str. 50, MONHEIM AM RHEIN 40789, GERMANY,

Germany ~72: ANDERSCH, Wolfram;EILMUS, Sascha;FISCHER, Reiner;GÖRGENS, Ulrich;HEIL,

Markus;ILG, Kerstin;JANSEN, Johannes-Rudolf;KÜBBELER, Susanne;LÖSEL, Peter;WILCKE,

David;WILLOT, Matthieu~ 33:EP ~31:16155136.1 ~32:11/02/2016

2018/06050 ~ Complete ~54:VALVE ACTUATING DRIVE ~71:Karl Dungs GmbH AND Co. KG, Karl-Dungs-Platz

1, URBACH 73660, GERMANY, Germany ~72: BÖS, Benjamin;MARX, Dominic;OBERMÖLLER, Nils~

2018/06055 ~ Complete ~54:NARROWBAND WIRELESS COMMUNICATIONS CELL SEARCH

~71:QUALCOMM Incorporated, ATTN: International IP Administration, 5775 Morehouse Drive, SAN DIEGO

92121-1714, CA, USA, United States of America ~72: CHEN, Wanshi;GAAL, Peter;LEI, Jing;MONTOJO,

Juan;RICO ALVARINO, Alberto;WANG, Renqiu;WANG, Xiao Feng;WEI, Yongbin;XU, Hao~ 33:US

~31:62/307,419 ~32:11/03/2016;33:US ~31:15/376,025 ~32:12/12/2016

2018/06056 ~ Complete ~54:METHODS, COMPOSITIONS, AND DEVICES FOR INFORMATION STORAGE

~71:IRIDIA, INC., Suite 1, 3156 Lionshead Avenue, Carlsbad, 92010, California, United States of America ~72:

MAJA CASSIDY;PAUL PREDKI~ 33:US ~31:62/301,538 ~32:29/02/2016;33:US ~31:62/415,430

~32:31/10/2016

2018/06035 ~ Provisional ~54:PRE-DIABETIC THERAPEUTIC COMPOSITION ~71:Cape Kingdom

Nutraceuticals (Pty) Ltd, Unit 80, Eden on the Bay Big Bay Beach Estate, South Africa ~72: BOUIC~

2018/06042 ~ Complete ~54:A BRIDGING DEVICE ~71:BUDA, Vusi, Fidel, 7281/21 BLOCK VV EXT 4,

SOSHANGUVE EAST, PRETORIA NORTH, 0152, SOUTH AFRICA, South Africa ~72: BUDA, Vusi, Fidel~ 33:ZA

~31:2017/06142 ~32:11/09/2017

2018/06046 ~ Complete ~54:WOUND TREATMENT APPARATUSES AND METHODS WITH NEGATIVE

PRESSURE SOURCE INTEGRATED INTO WOUND DRESSING ~71:SMITH AND NEPHEW PLC, 15 Adam

Street, London, WC2N 6LA, United Kingdom ~72: ASKEM, Ben, Alan;BEADLE, Victoria;GOWANS, John,

Philip;HESKETH, Mark;HUNT, Allan, Kenneth, Frazer, Grugeon;KELBIE, William;MUSGRAVE,

Damyn;ROBINSON, Joseph, William~ 33:US ~31:62/304790 ~32:07/03/2016;33:US ~31:62/304910

~32:07/03/2016;33:US ~31:62/305926 ~32:09/03/2016;33:US ~31:62/327537 ~32:26/04/2016

2018/06038 ~ Complete ~54:MACHINE FOR FILLING CONTAINERS WITH LIQUIDS, PROVIDED WITH A

FILLING LEVEL CORRECTION SYSTEM ~71:MBF S.p.A., Via Nuova Padovana, 3A, Veronella, Italy ~72:

ALBERTINI, Paolo;BOSCARO, Giuliano;DAL MONTE, Nicola~ 33:IT ~31:102017000101252 ~32:11/09/2017

2018/06047 ~ Complete ~54:VITAMIN COMPOSITION ~71:Nestec S.A., Avenue Nestlé 55, VEVEY CH-

1800, SWITZERLAND, Switzerland ~72: GALAFFU, Nicola;HABEYCH NARVAEZ, Edwin Alberto;MICHEL,

Martin;MOCCAND, Cyril;SAGALOWICZ, Laurent~ 33:EP ~31:16155184.1 ~32:11/02/2016

2018/06053 ~ Complete ~54:SUBSTITUTED -OXYIMIDAZOLYL-CARBOXAMIDES AS PEST CONTROL

AGENTS ~71:Bayer CropScience Aktiengesellschaft, Alfred-Nobel-Str. 50, MONHEIM AM RHEIN 40789,

GERMANY, Germany ~72: ANDERSCH, Wolfram;EILMUS, Sascha;FISCHER, Reiner;GÖRGENS,

Ulrich;HEIL, Markus;ILG, Kerstin;JANSEN, Johannes-Rudolf;KÜBBELER, Susanne;LÖSEL,

Peter;PORTZ, Daniela;WILCKE, David;WILLOT, Matthieu~ 33:EP ~31:16155135.3 ~32:11/02/2016


Page | 46

2018/06060 ~ Complete ~54:EXCISION OF RETROVIRAL NUCLEIC ACID SEQUENCES ~71:TEMPLE

UNIVERSITY - OF THE COMMONWEALTH SYSTEM OF HIGHER EDUCATION, Broad Street and Montgomery

Avenue Philadelphia, United States of America ~72: HU, Wenhui;KHALILI, Kamel~ 33:US ~31:62/295,390

~32:15/02/2016;33:US ~31:62/298,722 ~32:23/02/2016;33:US ~31:62/337,994 ~32:18/05/2016;33:US

~31:62/345,520 ~32:03/06/2016;33:US ~31:62/363,625 ~32:18/07/2016;33:US ~31:62/410,496

~32:20/10/2016

2018/06030 ~ Provisional ~54:MINE SAFETY NET WITH IMPROVED TENSILE STRENGTH ~71:NICAUD

COMPANIES 22 (PTY) LTD, Plot 75, Rhenosterfontein, South Africa ~72: FLANAGAN, Frederick William~

2018/06032 ~ Provisional ~54:DIGITAL CONTENT DELIVERY METHOD AND SYSTEM ~71:HARRIS, Peter

David, 1 Wedgewoodlink Road, South Africa ~72: HARRIS, Peter David~

2018/06051 ~ Complete ~54:VALVE SERIES ~71:Karl Dungs GmbH AND Co. KG, Karl-Dungs-Platz 1, URBACH

73660, GERMANY, Germany ~72: BÖS, Benjamin;LANG, Martin;OBERMÖLLER, Nils~

2018/06057 ~ Complete ~54:IRON BASED POWDER ~71:HÖGANÄS AB (PUBL), Bruksgatan 35,

26383, Höganäs, Sweden ~72: CAROLINE LARSSON;CHRISTOPHE SZABO;ULF

ENGSTRÖM~ 33:EP ~31:16161814.5 ~32:23/03/2016

2018/06059 ~ Complete ~54:CIRCULATOR DEVICE WITH TWO MAGNET-FREE CIRCULATORS

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: LARS RIDELL

VIRTANEN;RUI HOU~

2018/06061 ~ Complete ~54:PHARMACEUTICAL COMPOSITIONS COMPRISING AN ANTI-RETROVIRAL

DRUG AND A PHARMACOKINETIC ENHANCER ~71:CIPLA LIMITED, Cipla House, Peninsula Business Park

Ganpatrao Kadam Marg, Lower Parel, India ~72: GHOSALKAR, Jeevan;JOSHI, Kalpana;MALHOTRA,

Geena;RAUT, Preeti~ 33:IN ~31:201621005051 ~32:12/02/2016;33:IN ~31:201621032504

~32:23/09/2016;33:IN ~31:201621040945 ~32:30/11/2016

2018/06028 ~ Provisional ~54:FOODSTUFF ~71:Tanya Lamprecht, Laughing Waters , Willowmore , 6445 ,,

South Africa ~72: Tanya Lamprecht~

2018/06031 ~ Provisional ~54:METHOD OF AND SYSTEM FOR GUIDING A HEALTH CARE SERVICE

PROVIDER ~71:KAREGA MOMBE FAMILY TRUST, 21 Miles Sharp, Rynfield, Benoni, South Africa ~72:

SIPULA, Nao, Norman~

2018/06062 ~ Provisional ~54:SPRING ENGINE ~71:MR DENZEL TANAKA TAGU, 4 BONTELSI LANE, BIRCH

ACRES,, South Africa ~72: MR DENZEL TANAKA TAGU~

2018/06034 ~ Provisional ~54:RIVER COURSE ~71:Brenton William Freeman, 3 Kiwi Street, Beacon Bay, South

Africa ~72: Brenton William Freeman~

2018/06037 ~ Provisional ~54:POINT OF SALE MARKETING MODULE (PSM) ~71:YOSHIHITO MAVUNGA

YAME, 42 MATROSE STREET, South Africa ~72: YOSHIHITO MAVUNGA YAME~

2018/06040 ~ Complete ~54:CARTRIDGE CASE ANNEALER ~71:DDM Innovations (Pty) Ltd, 21 Guenevere

Complex, 103 Reddersburg Street, Rooihuiskraal North, South Africa ~72: SWART, Juan~

2018/06043 ~ Complete ~54:NOVEL POLYSACCHARIDE-PROTEIN CONJUGATES AND PROCESS TO

OBTAIN THEREOF ~71:MSD WELLCOME TRUST HILLEMAN LABORATORIES PVT. LTD., D-15, Ground


Page | 47

Floor, Jangpura Extension, India ~72: CHHIKARA, Manoj Kumar;DALAL, Juned;GILL, Davinder;RANA, Rakesh~

33:IN ~31:201611008901 ~32:15/03/2016

2018/06045 ~ Complete ~54:APPARATUS FOR MEASURING THE CONCENTRATION OF TARGET

SUBSTANCES IN BLOOD ~71:ORSUS MEDICAL LIMITED, BASEPOINT BUSINESS CENTRE, RIVERSIDE

COURT, BEAUFORT PARK, CHEPSTOW MONMOUTHSHIRE NP16 5UH, GREAT BRITAIN, United Kingdom

~72: CHAUDHRY, Sabih~ 33:GB ~31:1602773.2 ~32:17/02/2016

2018/06049 ~ Complete ~54:SUBSTITUTED 2-OXYIMIDAZOLYL-CARBOXAMIDES AS PEST CONTROL

AGENTS ~71:Bayer CropScience Aktiengesellschaft, Alfred-Nobel-Str. 50, MONHEIM AM RHEIN 40789,

GERMANY, Germany ~72: ANDERSCH, Wolfram;EILMUS, Sascha;FISCHER, Reiner;HEIL, Markus;ILG,

Kerstin;JANSEN, Johannes-Rudolf;LÖSEL, Peter;WILCKE, David;WILLOT, Matthieu~ 33:EP

~31:16155134.6 ~32:11/02/2016

2018/06054 ~ Complete ~54:SUBSTITUTED 2-(HET)ARYL-IMIDAZOLYL-CARBOXYAMIDES AS PEST

CONTROL AGENTS ~71:Bayer CropScience Aktiengesellschaft, Alfred-Nobel-Str. 50, MONHEIM AM RHEIN

40789, GERMANY, Germany ~72: ANDERSCH, Wolfram;EILMUS, Sascha;FISCHER, Reiner;HEIL, Markus;ILG,

Kerstin;JANSEN, Johannes-Rudolf;LÖSEL, Peter;WILCKE, David;WILLOT, Matthieu~ 33:EP

~31:16155132.0 ~32:11/02/2016

2018/06058 ~ Complete ~54:METHODS AND DEVICES FOR DETERMINING PRECODER PARAMETERS IN A

WIRELESS COMMUNICATION NETWORK ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83,

Stockholm, Sweden ~72: SEBASTIAN FAXÉR;SVANTE BERGMAN~ 33:US ~31:62/315,972

~32:31/03/2016;33:US ~31:62/316,820 ~32:01/04/2016;33:US ~31:62/316,857 ~32:01/04/2016

2018/06063 ~ Provisional ~54:HYDRAULIC WHEEL SPANNER ~71:MOSEHLE MOGAU AUSTINE, 2648

SECTION J, South Africa ~72: MOSEHLE MOGAU AUSTINE

- APPLIED ON 2018/09/11 -

2018/06066 ~ Complete ~54:BURNER TUBE AND VENTURI FOR GAS GRILL ~71:Weber-Stephen Products

LLC, 1415 S. Roselle Road, PALATINE 60067, IL, USA, United States of America ~72: ALAVA, Isabel;ALBIZURI,

Inigo;ALDEN, J. Michael;DIAZ, Luis;MUGICA, Jose Ignacio;SCHMESKI, Kevin James;SHOEB, Mohammed~

33:US ~31:15/701,542 ~32:12/09/2017

2018/06071 ~ Complete ~54:CATHODE METAL ROD AND RARE EARTH ELECTROLYZER ~71:LESHAN

GRIREM ADVANCED MATERIALS CO.,LTD., No.13 Yangzhuba Road, Shaping Town, Ebian Yi Autonamous

County, Leshan City, People's Republic of China ~72: CHEN DEHONG;LUAN WENZHOU;MIAO RUIYING;PANG

SIMING;PANG ZENGDONG;WANG YUMIN;WU DAOGAO;YANG BINGZHENG;YANG HONGBO;ZHANG

XIAOWEI;ZHOU LIN~ 33:CN ~31:201710861763.9 ~32:21/09/2017

2018/06075 ~ Complete ~54:FLEXIBLE CONTAINER FOR CONCENTRATED PRODUCT ~71:Johnson &

Johnson Consumer Inc., 199 Grandview Road, SKILLMAN 08558, NJ, USA, United States of America ~72:

CARDONES, Michelle;MOSCHEROSCH, H. Michael~ 33:US ~31:15/042,461 ~32:12/02/2016

2018/06079 ~ Complete ~54:NUCLEIC ACID SEQUENCE FOR DETECTING EXISTENCE OF TRANSGENIC

SOYBEAN EVENT DBN9004 IN BIOLOGICAL SAMPLE, KIT CONTAINING SAME AND DETECTION METHOD

THEREFOR ~71:BEIJING DABEINONG BIOTECHNOLOGY CO., LTD., No. 49 Building, Institute for Application

of Atomic Energy, Chinese Academy of Agricultural Science, No. 2 Yuanmingyuan West Road, People's Republic

of China;BEIJING DABEINONG TECHNOLOGY GROUP CO., LTD., No. 14 Floor, No. 27 Zhongguancun Street,

People's Republic of China ~72: BAO, Xiaoming;HAN, Chao;JIANG, Ziqin;LI, Xiaojiao;TIAN, Kangle;WANG,


Page | 48

Dengyuan;WU, Zhujun;YU, Caihong;ZHANG, Chengwei;ZHANG, Liangjun~ 33:CN ~31:201610440310.4

~32:18/06/2016

2018/06081 ~ Complete ~54:PLASTIC LINER WITH INNER LINING ~71:MAUSER-WERKE GMBH, Schildgesstr.

71 - 163 , DE, Germany ~72: WEYRAUCH, Detlev~ 33:DE ~31:10 2016 003 496.3 ~32:24/03/2016

2018/06082 ~ Complete ~54:LOOR STRUCTURE FOR EVENTS ~71:WILHELM LAYHER VERWALTUNGS-

GMBH, Ochsenbacher Str. 56, Germany ~72: Helmut KRELLER~ 33:DE ~31:10 2016 003 869.1

~32:05/04/2016

2018/06087 ~ Complete ~54:MALASSEZIN AND ANALOGS THEREOF AS SKIN BRIGHTENING AGENTS

~71:ANN MARIE SIMPSON, 2850 Ocean Park Boulevard, #300, Santa Monica, 90405, California, United States

of America;MICHAEL EINZIGER, 2850 Ocean Park Boulevard, #300, Santa Monica, 90405, California, United

States of America ~72: ANN MARIE SIMPSON;MICHAEL EINZIGER~ 33:US ~31:62/306,468 ~32:10/03/2016

2018/06090 ~ Complete ~54:MICROORGANISMS AND ARTIFICIAL ECOSYSTEMS FOR THE PRODUCTION

OF PROTEIN, FOOD, AND USEFUL CO-PRODUCTS FROM C1 SUBSTRATES ~71:KIVERDI, INC., 3946 Trust

Way, Hayward, 94545, California, United States of America ~72: JIL GELLER;JOHN S REED;SONALI HANDE~

33:US ~31:62/310,705 ~32:19/03/2016;33:US ~31:62/454,347 ~32:03/02/2017

2018/06073 ~ Complete ~54:A PROCESS FOR THE PREPARATION OF PROPYLENE OXIDE ~71:BASF SE,

CARL BOSCH STRASSE 38, 67056 LUDWIGSHAFEN AM RHEIN, GERMANY, Germany ~72: HENN,

Timo;LUEDERITZ, Thomas;MÜLLER, Ulrich;MANNWEILER, Jochen;MUELLER, Christian;PARVULESCU,

Andrei-Nicolae;RIEDEL, Dominic;SCHELLING, Heiner;TELES, Joaquim, Henrique;URBANCZYK,

Daniel;WEBER, Markus;WEGERLE, Ulrike;WOERZ, Nicolai, Tonio~ 33:EP ~31:16156112.1 ~32:17/02/2016

2018/06076 ~ Complete ~54:FLEXIBLE CONTAINER FOR CONCENTRATED PRODUCT ~71:Johnson &

Johnson Consumer Inc., 199 Grandview Road, SKILLMAN 08558, NJ, USA, United States of America ~72:

CARDONES, Michelle;MOSCHEROSCH, H. Michael~ 33:US ~31:15/042,481 ~32:12/02/2016

2018/06083 ~ Complete ~54:TAGGED EXCAVATION ELEMENT ~71:THE SOUTH AFRICAN NUCLEAR

ENERGY CORPORATION (SOC) LTD., Elias Motsoaledi Street Extension, (Church Street West) R104,

Pelindaba, Brits Magisterial District, 0250, South Africa ~72: ANDRIES ELIAS HILLS;JACOBUS DANIËL

ADENDORFF~

2018/06085 ~ Complete ~54:METHOD AND APPARATUS FOR ROCK REINFORCEMENT ~71:EPIROC ROCK

DRILLS AKTIEBOLAG, SE-701 91, Örebro, Sweden ~72: VIKTOR BERGQVIST~ 33:SE ~31:1650492-0

~32:12/04/2016

2018/06091 ~ Complete ~54:METHOD OF CREATING A DENTAL IMPLANT DRILL-GUIDE ~71:Adam Brian

Nulty, Dentist ON THE ROCK, 26 The Rock, Bury, Lancashire, BL9 0NT, United Kingdom, United Kingdom ~72:

Adam Brian Nulty~ 33:GB ~31:1602598.3 ~32:13/02/2016;33:GB ~31:1613924.8 ~32:15/08/2016

2018/06092 ~ Provisional ~54:WAYMAN MAGNETIC MOTOR ~71:ALEXANDER DENIS TYLNEY WAYMAN, 22

OLD SEA VIEW ROAD, CHELSEA DOWNS, PORT ELIZABETH, South Africa ~72: ALEXANDER DENIS

TYLNEY WAYMAN~

2018/06069 ~ Complete ~54:DENTAL DEVICES AND SYSTEMS AND METHODS FOR MAKING THE SAME

~71:GOOD FIT TECHNOLOGIES, LLC, 8 Faneuil Hall Marketplace, 3rd Fl, Boston, 02109, Massachusetts,

United States of America ~72: MARC GINSBURG;STEPHEN GINSBURG~ 33:US ~31:13/842,788

~32:15/03/2013


Page | 49

2018/06074 ~ Complete ~54:CYCLIC DI-NUCLEOTIDE COMPOUNDS AND METHODS OF USE ~71:IMMUNE

SENSOR, LLC, 2110 Research Row, Suite 610, United States of America;THE BOARD OF REGENTS OF THE

UNIVERSITY OF TEXAS SYSTEM, 201 West 7th Street, Austin, United States of America ~72: CHEN,

Chuo;CHEN, Zhijian;DAI, Yuanwei;SHI, Heping;SUN, Lijun;WEI, Qi;ZHONG, Boyu~ 33:US ~31:62/310,364

~32:18/03/2016;33:US ~31:62/355,382 ~32:28/06/2016;33:US ~31:62/396,140 ~32:17/09/2016

2018/06080 ~ Complete ~54:INLINER FOR A PALLET CONTAINER ~71:MAUSER-WERKE GMBH,

Schildgesstr. 71-163, Germany ~72: Weyrauch, Detlev~ 33:DE ~31:20 2016 001 876.1 ~32:24/03/2016

2018/06084 ~ Complete ~54:SOLAR TRACKING DEVICE ~71:ELEMENTAL ENGINEERING AG, Dorfplatz 6,

6370, Stans, Switzerland ~72: OSMAN SAEED~ 33:GB ~31:1605082.5 ~32:24/03/2016

2018/06089 ~ Complete ~54:SMALL MOLECULE INDUCERS OF REACTIVE OXYGEN SPECIES AND

INHIBITORS OF MITOCHONDRIAL ACTIVITY ~71:THE REGENTS OF THE UNIVERSITY OF MICHIGAN, 1600

Huron Parkway, 2nd Floor, Ann Arbor, 48109-2590, Michigan, United States of America;UNIVERSITÀ

DEGLI STUDI DI SASSARI, CubACT Incubatore d'impresa, Ufficio Trasferimento Tecnologico, Via

Rockefeller 54, 07100, Sassari, Italy ~72: MARIO SECHI;NOURI NEAMATI~ 33:US ~31:62/305,367

~32:08/03/2016

2018/06064 ~ Provisional ~54:MECHANISED MINING ~71:HYDRO POWER EQUIPMENT (PTY) LTD, 19

Precision Street, Kya Sands, South Africa ~72: BÜHRMANN, Rudolph;CRONJE, Johan Marthinus~

2018/06070 ~ Complete ~54:ROCK MONITORING APPARATUS AND METHOD OF USING SAME ~71:LOK,

Brandon, 39 Blouberg street, Noordheuwel, South Africa;RANDALL, Gerald Rhodes, 13 Kanonkop street, South

Africa ~72: LOK, Brandon;RANDALL, Gerald Rhodes~ 33:ZA ~31:2017/06173 ~32:12/09/2017

2018/06077 ~ Complete ~54:ELECTRICAL HEATING DEVICE FOR A DECONTAMINATION BATH ~71:Joint

Stock Company "Experimental and design organization "Gidropress" awarded the order of the

Red Banner of Labour and CZSR Order of Labour", ul. Ordzhonikidze, 21, PODOLSK 142103,

MOSKOVSKAYA OBL., RUSSIA, Russian Federation;Joint Stock Company "Science and

Innovations" (Science and Innovations", JSC), per. Staromonetniy, 26, MOSCOW 119180, RUSSIA,

Russian Federation ~72: GAVRILIN, Viktor Alekseevich;STREBNEV, Aleksandr Nikolaevich~ 33:RU

~31:2016142508 ~32:28/10/2016

2018/06065 ~ Complete ~54:A WATER SAVING FOAMING COMPOSITION ~71:MELTZER, Millicent, Dawn, 809

CLARENSVILLE, 285 BEACH ROAD, SEA POINT, 8001, SOUTH AFRICA, South Africa ~72: MELTZER,

Millicent, Dawn~ 33:ZA ~31:2017/06144 ~32:11/09/2017

2018/06067 ~ Complete ~54:METHOD OF PRODUCING A REFINED FERROMANGANESE ALLOY OR METAL

~71:BEYLEFELD, Jacques, 43 Sabi Sands Crescent, South Africa ~72: BEYLEFELD, Jacques~

2018/06072 ~ Complete ~54:METHOD FOR PRODUCING CELLULASES WITH PRETREATED

LIGNOCELLULOSIC POMACE ~71:AGRO INDUSTRIES RECHERCHE ET DEVELOPPEMENT, Route de

Bazancourt, France;IFP ENERGIES NOUVELLES, 1 & 4 avenue du Bois¿Préau, France;INSTITUT

NATIONAL DE LA RECHERCHE AGRONOMIQUE, 147 rue de l'Université, France ~72: BEN

CHAABANE, Fadhel;COHEN, Celine~ 33:FR ~31:1653124 ~32:08/04/2016

2018/06078 ~ Complete ~54: PALLET CONTAINER ~71:MAUSER-WERKE GMBH, Schildgesstr. 71 - 163,

Germany ~72: WEYRAUCH, Detlev~ 33:DE ~31:20 2016 001 876.1 ~32:24/03/2016


Page | 50

2018/06086 ~ Complete ~54:EXTENDED BASE STATION IDENTIFICATION CODE COMPRISING A RADIO

FREQUENCY COLOR CODE ~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm,

Sweden ~72: JENS BERGQVIST;JOAKIM RIEDEL;JOHN WALTER DIACHINA;MÅRTEN

SUNDBERG;OLOF LIBERG;STEFAN ERIKSSON LÖWENMARK~ 33:US ~31:62/325,736 ~32:21/04/2016

2018/06088 ~ Complete ~54:METHOD OF COATING A SUBSTRATE WITH A PARTICLE STABILIZED FOAM

~71:JOHNSON MATTHEY PUBLIC LIMITED COMPANY, 5th Floor 25 Farringdon Street, London, EC4A 4AB,

United Kingdom ~72: CECILIA BERNARDINI;CHRISTOPHER DALY;DAVID THOMPSETT;GUY RICHARD

CHANDLER;KATHARINE HARDSTONE;THOMAS CAMPBELL;THOMAS HOTCHKISS~ 33:GB ~31:1606133.5

~32:11/04/2016

2018/06068 ~ Complete ~54:DENTAL DEVICES AND SYSTEMS AND METHODS FOR MAKING THE SAME

~71:GOOD FIT TECHNOLOGIES, LLC, 8 Faneuil Hall Marketplace, 3rd Fl, Boston, 02109, Massachusetts,

United States of America ~72: MARC GINSBURG;STEPHEN GINSBURG~ 33:US ~31:13/842,788

~32:15/03/2013

- APPLIED ON 2018/09/12 -

2018/06122 ~ Provisional ~54:RENEWABLE-ENERGY-MACHINE/ENGINE ~71:LOUIS NDHLOVU, 50116 ZONE

5, South Africa ~72: LOUIS NDHLOVU~

2018/06097 ~ Complete ~54:TAT-INDUCED CRISPR/ENDONUCLEASE-BASED GENE EDITING ~71:TEMPLE

UNIVERSITY OF THE COMMONWEALTH SYSTEM OF HIGHER EDUCATION, Broad Street And Montgomery

Avenue Philadelphia, United States of America ~72: KHALILI, Kamel~ 33:US ~31:62/136,080 ~32:20/03/2015

2018/06103 ~ Complete ~54:COMPOSITIONS AND METHODS FOR THE TREATMENT OF SINUS DISEASE

AND DISORDERS ~71:ENT TECHNOLOGIES PTY LTD, SUITE 304/12 CATO STREET HAWTHORN

VICTORIA 3123 AUSTRALIA, Australia ~72: BARBALATT, Sam~ 33:AU ~31:2016900553 ~32:17/02/2016

2018/06107 ~ Complete ~54:MIXING AND PROCESSING APPARATUS AND METHOD ~71:Alkymar AS,

Solheim 100, HAUGSVÆR 5983 , NORWAY, Norway ~72: DJUPEVÅG, Olav Asle;HAUGEN,

Arnstein;MARVIK, Ole Jørgen;SANDNES, Kjartan~ 33:GB ~31:1604529.6 ~32:17/03/2016

2018/06110 ~ Complete ~54:ELECTRONIC CONFIGURABLE EQUALIZING RESERVOIR BACKUP SYSTEM

~71:NEW YORK AIR BRAKE, LLC, 748 Starbuck Avenue, United States of America ~72: LEONARD,

Erich;VILAETIS, Konstantinos~ 33:US ~31:15/090,753 ~32:05/04/2016

2018/06111 ~ Complete ~54:METHOD OF PITTING AND CUTTING FRUITS AND MULTI-LANE MACHINE

THEREFOR ~71:CRESCENZO, Biagio, Via Vittorio Emanuele II, 38, Italy ~72: CRESCENZO, Biagio~ 33:IT

~31:UB2016A001104 ~32:26/02/2016

2018/06119 ~ Complete ~54:PROCESS AND PLANT FOR OBTAINING AN ETHYLENE PRODUCT IN A

SUPERCRITICAL STATE ~71:LINDE AKTIENGESELLSCHAFT, Klosterhofstraße 1, Germany ~72:

HÖFEL, Torben;KAMANN, Martin;KRACKER-SEMLER, Gunther;KUNKEL, Josef;MCCRACKEN,

Sean;SCHÖLCH, Michael~ 33:EP ~31:16156548.6 ~32:19/02/2016

2018/06120 ~ Complete ~54:METHOD FOR GRADUAL SEALING OF A GAS ~71:LINDE

AKTIENGESELLSCHAFT, Klosterhofstraße 1, Germany ~72: BRETSCHNEIDER, Thomas;HÖFEL,

Torben;KAMANN, Martin;KATZUR, Eva-Maria;MATTHES, Jörg;MCCRACKEN, Sean~ 33:EP

~31:16156574.2 ~32:19/02/2016


Page | 51

2018/06099 ~ Complete ~54:A REWARDS DEVICE AND METHOD ~71:DISCOVERY LIMITED, 1 Discovery

Place, Sandton, 2196, Gauteng, South Africa ~72: . .~

2018/06100 ~ Complete ~54:A COMPUTER IMPLEMENTED SYSTEM FOR OPERATING A REWARDS

PROGRAMME ~71:DISCOVERY LIMITED, 1 Discovery Place, Sandton, 2196, Gauteng, South Africa ~72:

CRAIG SHAUN SHER;KENNETH STEVEN RABSON;MATTHEW JAMES DANIEL;ROWEN LANCE BECKER~

2018/06104 ~ Complete ~54:STENT DELIVERY SYSTEM ~71:JOLINE GMBH & CO. KG, NEUE

ROTTENBURGER STRASSE 50, 72379 HECHINGEN, GERMANY, Germany ~72: EISOLD, Gerd;MAIER, Jan~

33:DE ~31:10 2016 102 990.4 ~32:19/02/2016;33:DE ~31:10 2016 115 351.6 ~32:18/08/2016

2018/06115 ~ Complete ~54:A CIRCUIT LAYER FOR AN INTEGRATED CIRCUIT CARD ~71:CARDLAB APS,

Hørkær 14, 1, 2730, Herlev, Denmark ~72: FINN NIELSEN~ 33:EP ~31:16158068.3 ~32:01/03/2016

2018/06117 ~ Complete ~54:METHOD AND APPARATUS FOR PROVIDING A WEB OF A FLEXIBLE, PLASTIC

PACKAGING MATERIAL AND FLEXIBLE POUCH PACKAGE ~71:ECOLEAN AB, Box 812, 251 08, Helsingborg,

Sweden ~72: LARS PETER NILSSON;LARS RODMAN~ 33:EP ~31:16160911.0 ~32:17/03/2016

2018/06118 ~ Complete ~54:COMMON SEARCH SPACE (CSS) FOR PAGING OF NB-IOT DEVICES

~71:TELEFONAKTIEBOLAGET LM ERICSSON (PUBL), , 164 83, Stockholm, Sweden ~72: ANSUMAN

ADHIKARY;ASBJÖRN GRÖVLEN;HAZHIR SHOKRI RAZAGHI;JOHAN BERGMAN;XINGQIN LIN;YI-

PIN ERIC WANG;YUFEI BLAKENSHIP;YUTAO SUI~ 33:US ~31:62/309,177 ~32:16/03/2016

2018/06094 ~ Provisional ~54:POWER GENERATING TOWER ~71:HALL, Alethea Rosalind Melanie, Erf 525,

8/RE, Zwartkop 525, MOGALE CITY 1739, Gauteng, SOUTH AFRICA, South Africa ~72: HALL, Alethea Rosalind

Melanie~

2018/06108 ~ Complete ~54:METHODS OF PREPARING HEMICELLULOSE COMPOSITIONS ~71:Kemira Oyj,

Porkkalankatu 3, HELSINKI FI-00180 , FINLAND, Finland ~72: DA COSTA, Marcelo Moreira;KOFSKY-

WOFFORD, Stephanie A.;WILSON, Duane C.;YIN, Xihui~ 33:US ~31:62/316,084 ~32:31/03/2016

2018/06112 ~ Complete ~54:EDUCATIONAL TOY SIMULATOR ~71:KALIA, Devender Dutt, Villa Vineet, 14

Sainik Enclave, Sainikpuri, India;KALIA, Navneet, Villa Vineet, 14 Sainik Enclave, Sainikpuri, India ~72: KALIA,

Devender Dutt;KALIA, Navneet~ 33:IN ~31:201641005108 ~32:13/02/2016

2018/06121 ~ Complete ~54:QUICK CONNECT PLUG FOR CABLES ~71:HEFEI SANYU ELECTRIC CO., LTD,

The First Floor of No.18 Office Building, Tianda Road, High tech District, People's Republic of China ~72: Jun

HUANG~ 33:CN ~31:201620148653.9 ~32:26/02/2016

2018/06095 ~ Complete ~54:PHARMACEUTICAL COMPOSITION COMPRISING AN IMMUNOMODULATORY

AGENT AND METHOD FOR THE PREPARATION THEREOF ~71:PHARMATHEN S.A., 6 DERVENAKION

STREET, 15351 PALLINI ATTIKIS, GREECE, Greece ~72: KAKOURIS, Andreas;KALASKANI,

Anastasia;KARAVAS, Evangelos;KIZIRIDI, Christina;KOUTRI, Ioanna;KOUTRIS, Efthymios~

2018/06102 ~ Complete ~54:INJECTION MOLDED SCREENING APPARATUSES AND METHODS

~71:DERRICK CORPORATION, 590 Duke Road, Buffalo, 14225, New York, United States of America ~72:

KEITH F WOJCIECHOWSKI~ 33:US ~31:61/652,039 ~32:25/05/2012;33:US ~31:61/714,882 ~32:17/10/2012

2018/06106 ~ Complete ~54:TOPICAL COMPOSITION COMPRISING PLANT EXTRACTS ~71:Linnea SA, Via

Cantonale, RIAZZINO (LOCARNO) 6595, SWITZERLAND, Switzerland ~72: PACCHETTI, Barbara~ 33:IT

~31:102016000033595 ~32:01/04/2016


Page | 52

2018/06116 ~ Complete ~54:SYSTEMS AND METHODS FOR A BLOOD COLLECTOR WITH ENHANCED

VOLUME USING CAPILLARY TECHNIQUES ~71:POLYMER TECHNOLOGY SYSTEMS, INC., 7736 Zionsville

Road, Indianapolis, 46268, Indiana, United States of America ~72: BAO PHAN;JEFFREY A PIERCE~ 33:US

~31:62/296,467 ~32:17/02/2016;33:US ~31:62/427,696 ~32:29/11/2016

2018/06101 ~ Complete ~54:COMPOSITIONS AND METHODS FOR DETECTING A BIOLOGICAL

CONTAMINANT ~71:REGENERON PHARMACEUTICALS, INC., 777 Old Saw Mill River Road, Tarrytown,

10591, New York, United States of America ~72: PAUL VESCIO;SERGE MONPOEHO;SHELDON MINK~ 33:US

~31:62/139,321 ~32:27/03/2015

2018/06109 ~ Complete ~54:ELECTRONIC VAPOUR PROVISION SYSTEM ~71:Nicoventures Holdings Limited,

Globe House, 1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72: MCKEON,

Thomas Michael;NETTENSTROM, Matthew;PEART, Justin Banker;SCHENNUM, Steven Michael~ 33:GB

~31:1605106.2 ~32:24/03/2016

2018/06114 ~ Complete ~54:ANODE FOR ALKALINE WATER ELECTROLYSIS AND METHOD FOR

PRODUCING ANODE FOR ALKALINE WATER ELECTROLYSIS ~71:DE NORA PERMELEC LTD, 2023-15,

Endo, Fujisawa-shi, Kanagawa, 2520816, Japan ~72: AKIHIRO KATO;FUMIYA TSUJII;IKUO NAGASHIMA;IKUO

SHIMOMURA;YUJI KAMEI~ 33:JP ~31:2016-079262 ~32:12/04/2016

2018/06098 ~ Complete ~54:AIRFLOW CONTROL FOR ADDITIVE MANUFACTURING ~71:General Electric

Company, 1 River Road, SCHENECTADY 12345, NY, USA, United States of America ~72: MAMRAK,

Justin;MARTIN, Andrew~ 33:US ~31:15/703,600 ~32:13/09/2017

2018/06105 ~ Complete ~54:CATALYST AND METHOD FOR MANUFACTURING AROMATIC HYDROCARBON

BY DIRECTLY CONVERTING SYNTHESIS GAS ~71:Dalian Institute of Chemical Physics, Chinese Academy of

Sciences, 457 Zhongshan Road, DALIAN 116023, LIAONING, CHINA (P.R.C.), People's Republic of China ~72:

BAO, Xinhe;JIAO, Feng;PAN, Xiulian;YANG, Junhao;ZHU, Yifeng~ 33:CN ~31:201610397763.3 ~32:07/06/2016

2018/06113 ~ Complete ~54:DRUG COMBINATIONS AND METHODS TO STIMULATE EMBRYONIC-LIKE

REGENERATION TO TREAT DIABETES AND OTHER DISEASES ~71:UNIVERSITY OF SOUTHERN

CALIFORNIA, 1150 South Olive Street, Suite 2300, Los Angeles, 90015, California, United States of America

~72: ROBERTA BUONO;VALTER D LONGO~ 33:US ~31:62/295,422 ~32:15/02/2016

2018/06093 ~ Provisional ~54:VEHICLE SECURITY SYSTEM AND RADIO SYSTEM ~71:MHEZA

ELECTRONICS (PTY) LTD, 20 Tecoma Street, Berea, East London, 5200, Eastern Cape, South Africa ~72:

MZIWOTHANDO MALITI~

2018/06096 ~ Complete ~54:PROVIDING AND MANAGING A VEHICLE INSURANCE POLICY ~71:LIBERTY

HOLDINGS LIMITED, 1 Ameshoff Street, BRAAMFONTEIN 2001, Gauteng, SOUTH AFRICA, South Africa ~72:

EPSTEIN, Marty~ 33:ZA ~31:2017/06177 ~32:12/09/2017

- APPLIED ON 2018/09/13 -

2018/06132 ~ Complete ~54:METHODS AND COMPOSITIONS RELATING TO HEMATOPOIETIC STEM CELL

EXPANSION ~71:CHILDREN'S MEDICAL CENTER CORPORATION, 55 Shattuck Street, Boston, 02115,

Massachusetts, United States of America ~72: DERRICK J ROSSI;WATARU EBINA~ 33:US ~31:62/308,324

~32:15/03/2016;33:US ~31:62/309,140 ~32:16/03/2016


Page | 53

2018/06146 ~ Complete ~54:NFC ANTENNA DEVICE ~71:Chengdu Kilopower Technology Corporation, Room

109, Building NO.6, High-tech Incubation Park, Tianfu Avenue North 1480, High-tech Zone, Sichuan, People's

Republic of China ~72: DU, Jiang;SONG, Ting~ 33:CN ~31:201810805765.0 ~32:20/07/2018

2018/06151 ~ Complete ~54:RF POWER AMPLIFICATION SYSTEM ~71:CHENGDU SQUARECHIP

TECHNOLOGY CORPORATION, Room 1101, Level 11, Unit 1, Building 1, Tianfu Avenue North 28, High-tech

Zone, Sichuan, People's Republic of China;Chengdu Kilopower Technology Corporation, Room 109, Building

NO.6, High-tech Incubation Park, Tianfu Avenue North 1480, High-tech Zone, Sichuan, People's Republic of

China ~72: DU, Jiang;SONG, Ting~ 33:CN ~31:201810960926.3 ~32:22/08/2018

2018/06156 ~ Complete ~54:WI-FI LIGHTING SYSTEM ~71:CHENGDU SQUARECHIP TECHNOLOGY

CORPORATION, Room 1101, Level 11, Unit 1, Building 1, Tianfu Avenue North 28, High-tech Zone, Sichuan,

People's Republic of China;Chengdu Kilopower Technology Corporation, Room 109, Building NO.6, High-tech

Incubation Park, Tianfu Avenue North 1480, High-tech Zone, Sichuan, People's Republic of China ~72: DU,

Jiang;SONG, Ting~ 33:CN ~31:201810980384.6 ~32:27/08/2018

2018/06166 ~ Complete ~54:ELECTRONIC CIGARETTE ~71:VSON TECHNOLOGY CO., LTD, 601, 602,

Factory Building Two, No. 68, Chaoyang Road, Yanchuan community, Yanluo street, Baoan District, Guangdong,

China, People's Republic of China ~72: ZHANG, Yinhu~

2018/06174 ~ Complete ~54:AIR QUALITY DETECTOR ~71:VSON TECHNOLOGY CO., LTD, 601, 602, Factory

Building Two, No. 68, Chaoyang Road, Yanchuan community, Yanluo street, Baoan District, Guangdong, China,

People's Republic of China ~72: ZHANG, Yinhu~ 33:CN ~31:201810641988.8 ~32:21/06/2018

2018/06181 ~ Complete ~54:ELECTRONIC SYSTEM WITH LED LIGHT SOURCE ~71:SHENZHEN DIANMING

TECH. CO., LTD., Dianming Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China

~72: ZENG, Caihua~

2018/06183 ~ Complete ~54:LED ILLUMINATION DEVICE ~71:SHENZHEN DIANMING TECH. CO., LTD.,

Dianming Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: WANG,

Yunfeng~

2018/06182 ~ Complete ~54:OUTDOOR LED STREET LAMP ~71:SHENZHEN DIANMING TECH. CO., LTD.,

Dianming Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: CHENG, Jun~

2018/06129 ~ Complete ~54:HIGH METALS CONTENT HYDROLYSIS CATALYST FOR CATALYTIC

REDUCTION OF SULFUR IN A GAS STREAM ~71:SHELL INTERNATIONALE RESEARCH MAATSCHAPPIJ

B.V., Carel van Bylandtlaan 30, Netherlands ~72: KRUEGER, Karl, Marvin;MALDONADO, Fernando, Gabriel~

33:US ~31:62/312,010 ~32:23/03/2016

2018/06141 ~ Complete ~54:ALLOSTERIC MODULATORS OF NICOTINIC ACETYLCHOLINE RECEPTORS

~71:Merck Sharp & Dohme Corp., 126 East Lincoln Avenue, RAHWAY 07065-0907, NJ, USA, United States

of America ~72: BELL, Ian M.;CAMPBELL, Brian T.;CROWLEY, Brendan M.;DUFFY, Joseph L.;GRESHOCK,

Thomas J.;GUIADEEN, Deodial G.;HARVEY, Andrew John;HUFF, Belinda C.;LEAVITT, Kenneth J.;RADA,

Vanessa L.;SANDERS, John M.;SHIPE, William D.;SUEN, Linda M.~ 33:US ~31:62/311,888

~32:22/03/2016;33:US ~31:62/369,778 ~32:02/08/2016

2018/06148 ~ Complete ~54:ULTRA-WIDEBAND POSITIONING SYSTEM ~71:CHENGDU SQUARECHIP




Page | 54



2018/06163 ~ Complete ~54:MICRONEEDLE PATCH FOR DELIVERING AN ACTIVE INGREDIENT TO SKIN

~71:LEO PHARMA A/S, Industriparken 55 2750 Ballerup, Denmark ~72: ABINA CREAN;ANDRÉ HUSS

ERIKSSON;ANNE MOORE;CAROLINE O'SULLIVAN;JÖRGEN JANSSON;KAREN MARGRETHE

ENGELL;KARSTEN PETERSSON;KIM TROENSEGAARD NIELSEN;SONJA VUCEN~ 33:EP ~31:15161262.9

~32:27/03/2015;33:EP ~31:15176101.2 ~32:09/07/2015

2018/06167 ~ Complete ~54:HANDWRITING BOARD WITH LIQUID CRYSTAL DISPLAY ~71:VSON

TECHNOLOGY CO., LTD, 601, 602, Factory Building Two, No. 68, Chaoyang Road, Yanchuan community,

Yanluo street, Baoan District, Guangdong, China, People's Republic of China ~72: ZHANG, Yinhu~

2018/06184 ~ Complete ~54:LED LAMP FIXTURE ~71:SHENZHEN DIANMING TECH. CO., LTD., Dianming

Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: FAN, Zhongsen~

2018/06171 ~ Complete ~54:ELECTRONIC CIGARETTE WITH REPLACEABLE ATOMIZER ~71:VSON



2018/06173 ~ Complete ~54:ELECTRONIC SMOKELESS TOBACCO DEVICE ~71:VSON TECHNOLOGY CO.,

LTD, 601, 602, Factory Building Two, No. 68, Chaoyang Road, Yanchuan community, Yanluo street, Baoan

District, Guangdong, China, People's Republic of China ~72: ZHANG, Yinhu~

2018/06180 ~ Complete ~54:LED DIMMING CONTROLLER ~71:SHENZHEN DIANMING TECH. CO., LTD.,

Dianming Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: ZENG, Caihua~

2018/06186 ~ Complete ~54:WATERPROOF LED LAMP ~71:SHENZHEN DIANMING TECH. CO., LTD.,

Dianming Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: HUANG,

Dewan~

2018/06125 ~ Provisional ~54:GRIMICURE NAIL CLEANING PRODUCT ~71:Nthabeleng Selemela, 9 Sherwood,

Ox Eye Street Erand Gardens, South Africa ~72: Nthabeleng Selemela~

2018/06161 ~ Complete ~54:A SECURITY SERVICE SYSTEM ~71:MZINDLE, Samkelo, 352 HIPPO AVENUE,

CENTURION, 0152, SOUTH AFRICA, South Africa ~72: MZINDLE, Samkelo~ 33:ZA ~31:2017/08176

~32:30/11/2017

2018/06185 ~ Complete ~54:OLED LIGHTING LAMP ~71:SHENZHEN DIANMING TECH. CO., LTD., Dianming

Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: HUANG, Dewan~

2018/06170 ~ Complete ~54:HIGH-DEFINITION HANDWRITING BOARD ~71:VSON TECHNOLOGY CO., LTD,

601, 602, Factory Building Two, No. 68, Chaoyang Road, Yanchuan community, Yanluo street, Baoan District,

Guangdong, China, People's Republic of China ~72: ZHANG, Yinhu~

2018/06176 ~ Complete ~54:ELECTROMAGNETIC HANDWRITING DEVICE WITH POWER BANK FUNCTION

~71:VSON TECHNOLOGY CO., LTD, 601, 602, Factory Building Two, No. 68, Chaoyang Road, Yanchuan

community, Yanluo street, Baoan District, Guangdong, China, People's Republic of China ~72: ZHANG, Yinhu~

33:CN ~31:201820321906.7 ~32:09/03/2018;33:CN ~31:201820925268.X ~32:14/06/2018

2018/06127 ~ Complete ~54:BAKING LIPASES ~71:BASF SE, CARL BOSCH STRASSE 38, 67056

LUDWIGSHAFEN AM RHEIN, GERMANY, Germany ~72: FUNKE, Andreas;HAEFNER, Stefan;HUSTON


Page | 55

DAVENPORT, Adrienne;KUTSCHER, Jochen;LISZKA, Michael;POP, Cristina;SEITTER, Michael, Friedrich,

Hermann;TAN, Xuqiu~ 33:US ~31:62/297,582 ~32:19/02/2016

2018/06131 ~ Complete ~54:COMMUNICATION APPARATUS AND COMMUNICATION METHOD

~71:PANASONIC INTELLECTUAL PROPERTY CORPORATION OF AMERICA, 20000 Mariner Avenue Suite

200, Torrance, 90503, California, United States of America ~72: HIROYUKI MOTOZUKA;LEI

HUANG;MASATAKA IRIE;MICHAEL HONG CHENG SIM;NAGANORI SHIRAKATA;TAKENORI

SAKAMOTO;YAO HUANG GAIUS WEE~ 33:JP ~31:2016-082154 ~32:15/04/2016;33:JP ~31:2016-112661

~32:06/06/2016;33:JP ~31:2016-138493 ~32:13/07/2016;33:JP ~31:2016-143578 ~32:21/07/2016;33:JP

~31:2016-158834 ~32:12/08/2016;33:JP ~31:2016-171220 ~32:01/09/2016

2018/06138 ~ Complete ~54:AIR CONDITIONER FOR VEHICLE ~71:DENSO CORPORATION, 1-1, Showa-cho,

KARIYA-CITY 4488661, AICHI, JAPAN, Japan ~72: SHINTANI, Yutaka~ 33:JP ~31:2016-055971

~32:18/03/2016

2018/06147 ~ Complete ~54:ULTRA-WIDEBAND SIGNAL GENERATOR ~71:Chengdu Kilopower Technology

Corporation, Room 109, Building NO.6, High-tech Incubation Park, Tianfu Avenue North 1480, High-tech Zone,

Sichuan, People's Republic of China ~72: DU, Jiang;SONG, Ting~ 33:CN ~31:201810819859.3 ~32:24/07/2018

2018/06124 ~ Provisional ~54:AN ADDITIVE MANUFACTURING MACHINE, APPARATUS AND METHOD

~71:PROVOLUTION (PTY) LTD, 44 Starling Crescent Greenshields Park, Port Elizabeth, 6070, South Africa

~72: SEAN NICHOLAS POOLE~

2018/06130 ~ Complete ~54:FINE CELLULOSE FIBER AND PRODUCTION METHOD FOR SAME ~71:KRI,

INC., 134, Chudoji Minami-machi, Shimogyo-ku, Kyoto-shi, Kyoto, 6008813, Japan ~72: AYAKO

MARUTA;LIANZHEN LIN;MASANORI HORI~ 33:JP ~31:2016-052542 ~32:16/03/2016;33:JP ~31:2016-

086124 ~32:22/04/2016

2018/06133 ~ Complete ~54:CONVEYOR ROLL ASSEMBLY, USE THEREOF AND END CAP FOR A

CONVEYOR ROLL ~71:VESUVIUS FRANCE, S.A., 68, Rue Paul Deudon, 59750, Feignies, France ~72:

ETIENNE SCHABAILLIE;LAURENT DUBOIS~ 33:EP ~31:16163337.5 ~32:31/03/2016

2018/06153 ~ Complete ~54:EMERGENCY COMMUNICATION APPARATUS ~71:CHENGDU SQUARECHIP




China ~72: DU, Jiang;SONG, Ting~ 33:CN ~31:201810961638.X ~32:22/08/2018

2018/06154 ~ Complete ~54:WI-FI SECURITY MONITOR SYSTEM ~71:CHENGDU SQUARECHIP





2018/06159 ~ Complete ~54:LASER POINTING DEVICE ~71:VSON TECHNOLOGY CO., LTD, 601, 602,



2018/06168 ~ Complete ~54:TOUCH DISPLAY PANEL ~71:VSON TECHNOLOGY CO., LTD, 601, 602, Factory

Building Two, No. 68, Chaoyang Road, Yanchuan community, Yanluo street, Baoan District, Guangdong, China,

People's Republic of China ~72: ZHANG, Yinhu~


Page | 56

2018/06177 ~ Complete ~54:LIGHTING DEVICE WITH LED LIGHT SOURCE ~71:SHENZHEN DIANMING


~72: WANG, Yunfeng~

2018/06179 ~ Complete ~54:LED CONTROLLER SYSTEM ~71:SHENZHEN DIANMING TECH. CO., LTD.,

Dianming Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: SHEN,

Yongbin~

2018/06128 ~ Complete ~54:COMPOSITIONS OF NATURAL EXTRACTS AND USE THEREOF IN METHODS

FOR PREVENTING OR TREATING DISEASES ~71:REID, Christopher, Brian, 880 N. Alameda Street, Apt. 312,

United States of America ~72: COLLINS, Que, T.;REID, Christopher, Brian~ 33:US ~31:62/390,081

~32:18/03/2016;33:US ~31:62/390,438 ~32:29/03/2016

2018/06136 ~ Complete ~54:METHOD TO CONTROL PYRIMETHANIL TOLERANT FUNGI ~71:Janssen

Pharmaceutica NV, Turnhoutseweg 30, BEERSE B-2340, BELGIUM, Belgium ~72: BARKER, Martyn Charles;DE

BOLLE, Miguel Francesco Coleta;VERHEYEN, Dimitri Dennis Paul~ 33:EP ~31:16160132.3 ~32:14/03/2016

2018/06160 ~ Complete ~54:LASER POINTER EMULATION SYSTEM ~71:VSON TECHNOLOGY CO., LTD,

601, 602, Factory Building Two, No. 68, Chaoyang Road, Yanchuan community, Yanluo street, Baoan District,

Guangdong, China, People's Republic of China ~72: ZHANG, Yinhu~

2018/06162 ~ Complete ~54:VARIABLE SIZE CONTAINER ~71:APL CARTONS (PTY) LTD, Abattoir Road,

South Africa ~72: KENNY, Roché~

2018/06137 ~ Complete ~54:SHORING SYSTEM ~71:Naturspeicher GmbH, Lise-Meitner-Strasse 9, ULM 89081,

GERMANY, Germany ~72: LOPEZ, Mario;SCHECHNER, Alexander~ 33:DE ~31:10 2016 103 534.3

~32:29/02/2016

2018/06140 ~ Complete ~54:ELECTRONIC VAPOUR PROVISION SYSTEM ~71:Nicoventures Holdings Limited,

Globe House, 1 Water Street, LONDON WC2R 3LA, UNITED KINGDOM, United Kingdom ~72: NETTENSTROM,

Matthew Joel~ 33:GB ~31:1605101.3 ~32:24/03/2016;33:GB ~31:1612683.1 ~32:21/07/2016

2018/06123 ~ Provisional ~54:ROCK DRILL ADAPTED NOZZLE ~71:NCM INNOVATIONS (PTY) LTD, 109

Adcock Ingram Avenue Aeroton, South Africa ~72: KNOX, Greig;TYRER, David Charles~

2018/06126 ~ Provisional ~54:ADAPTIVE RESISTANCE EXERCISE METHOD, DEVICE AND SYSTEM

~71:HOFSTEE, Erik Jan Willem, 290 Bootes Street, South Africa ~72: HOFSTEE, Erik Jan Willem~

2018/06134 ~ Complete ~54:AN INJECTOR WITH REDUCED BREAK LOOSE FORCE ~71:INJECTO A/S,

Strandvejen 60, 2900, Hellerup, Denmark ~72: MIKAEL HETTING~ 33:DK ~31:PA 2016 00154

~32:13/03/2016;33:DK ~31:PA 2016 00198 ~32:03/04/2016;33:DK ~31:PA 2016 70589 ~32:08/08/2016

2018/06143 ~ Complete ~54:LED LIGHTING DEVICE ~71:SHENZHEN DIANMING TECH. CO., LTD., Dianming

Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72: CHENG, Jun;FAN,

Zhongsen;XIONG, Biao;ZENG, Caihua~

2018/06144 ~ Complete ~54:NFC ANTENNA FOR WIRELESS COMMUNICATION SYSTEM ~71:Chengdu

Kilopower Technology Corporation, Room 109, Building NO.6, High-tech Incubation Park, Tianfu Avenue North

1480, High-tech Zone, Sichuan, People's Republic of China ~72: Du, Jiang;SONG, Ting~ 33:CN

~31:201810805549.6 ~32:20/07/2018


Page | 57

2018/06149 ~ Complete ~54:POWER AMPLIFIER SYSTEM ~71:CHENGDU SQUARECHIP TECHNOLOGY





2018/06155 ~ Complete ~54:WIRELESS HOME SECURITY SYSTEM ~71:CHENGDU SQUARECHIP





2018/06158 ~ Complete ~54:WI-FI/CELLULAR COMMUNICATION SWITCH METHOD ~71:CHENGDU

SQUARECHIP TECHNOLOGY CORPORATION, Room 1101, Level 11, Unit 1, Building 1, Tianfu Avenue North

28, High-tech Zone, Sichuan, People's Republic of China;Chengdu Kilopower Technology Corporation, Room

109, Building NO.6, High-tech Incubation Park, Tianfu Avenue North 1480, High-tech Zone, Sichuan, People's

Republic of China ~72: DU, Jiang;SONG, Ting~ 33:CN ~31:201810980787.0 ~32:27/08/2018

2018/06142 ~ Complete ~54:ELECTRIC BICYCLE CHARGING SERVICE SYSTEM ~71:SHENZHEN DIANMING


~72: FAN, Zhongsen;HUANG, Dewan;SHEN, Yongbin;WANG, Yunfeng~

2018/06283 ~ Provisional ~54:OFF-PEAK THERMAL ENERGY STORAGE AND PEAK SUPPORT SYSTEM

~71:NERM APPLICATIONS AND TESTING, UNIT8 , 187 DR VOSLOO ROAD , BARTLETT,BOKSBURG, 1460,

South Africa ~72: DORIAN ENGLE;MDUDUZI MOTSA;REGINALD NKOSI;SILENCE SITHOLE~

2018/06169 ~ Complete ~54:LASER POINTER WITH WRITING TIP AND GLASS BREAK ~71:VSON



2018/06172 ~ Complete ~54:ELECTRONIC VAPOR DEVICE ~71:VSON TECHNOLOGY CO., LTD, 601, 602,



2018/06175 ~ Complete ~54:SCANNING STRATEGY FOR PERIMETER AND REGION ISOLATION ~71:General

Electric Company, 1 River Road, SCHENECTADY 12345, NY, USA, United States of America ~72: JONES,

Lucas Christian;MAMRAK, Justin~ 33:US ~31:15/711,808 ~32:21/09/2017

2018/06178 ~ Complete ~54:DRIVING CIRCUIT FOR LED LIGHT SOURCE ~71:SHENZHEN DIANMING TECH.

CO., LTD., Dianming Building, 25.Liu Xian 3rd Road, Baoan District, China, People's Republic of China ~72:

XIONG, Biao~

2018/06135 ~ Complete ~54:METHOD FOR CONTINUOUSLY CONVERTING NICKEL-CONTAINING COPPER

SULPHIDE MATERIALS ~71:Publichnoe Aktsionernoe Obschestvo "Gorno-Metallurgicheskaya Kompaniya

"Norilsky Nikel", Krasnoyarsky krai, DUDINKA 647000, RUSSIA, Russian Federation ~72:

EROSHEVICH, Sergei Yurevich;FOMICHEV, Vladimir Borisovich;IVANOV, Viktor Aleksandrovich;KNYAZEV,

Mihail Viktorovich;LAZAREV, Vladimir Ilich;PIGAREV, Sergei Petrovich;TOZIK, Viktor Mihailovich;TSYMBULOV,

Leonid Borisovich~ 33:RU ~31:2015146716 ~32:01/04/2016


Page | 58

2018/06139 ~ Complete ~54:THE CONTORSBODY - A SINGLE CHAIN TARGET BINDER ~71:F. Hoffmann-La

Roche AG, Grenzacherstrasse 124, BASEL 4070, SWITZERLAND, Switzerland ~72: DENGL, Stefan;GEORGES,

Guy;HESSE, Friederike;IMHOF-JUNG, Sabine;PLATZER, Josef~ 33:EP ~31:16167920.4 ~32:02/05/2016

2018/06145 ~ Complete ~54:SYSTEMS AND METHODS FOR AUTOMATED INFERENCING OF CHANGES IN

SPATIO-TEMPORAL IMAGES ~71:TATA CONSULTANCY SERVICES LIMITED, Nirmal Building, 9th Floor,

Nariman Point, India ~72: BHATT, Prakruti Vinodchandra;PAPPULA, Srinivasu;SARANGI, Sanat~

2018/06150 ~ Complete ~54:ANALOG TO DIGITAL CONVERTER ~71:CHENGDU SQUARECHIP





2018/06152 ~ Complete ~54:DIGITAL TO ANALOG CONVERTER ~71:CHENGDU SQUARECHIP




China ~72: DU, Jiang;SONG, Ting~ 33:CN ~31:201810960578.X ~32:22/08/2018

2018/06157 ~ Complete ~54:WI-FI NAVIGATION SYSTEM ~71:CHENGDU SQUARECHIP TECHNOLOGY





- APPLIED ON 2018/09/14 -

2018/06189 ~ Complete ~54:SIDE FRAME AND BOLSTER FOR A RAILWAY TRUCK AND METHOD FOR

MANUFACTURING SAME ~71:NEVIS INDUSTRIES LLC, 2711 Centerville Road Suite 300 PMB #232,

Wilmington, 19809, Delaware, United States of America ~72: ERIK GOTLUND;MAUREEN WERNER;VAUGHN

MAKARY~ 33:US ~31:13/109,843 ~32:17/05/2011

2018/06187 ~ Complete ~54:DEVICE FOR USE IN HAZARDOUS AREAS ~71:BARTEC GmbH, Max-Eyth-Str.

16, South Africa ~72: Ralph LANIG;Sebastian KUHN;Wolfgang EMMERT~ 33:DE ~31:10 2017 010 107.8

~32:26/10/2017

2018/06190 ~ Complete ~54:MODULAR BARRIER AND METHOD OF FORMING A BARRIER ~71:BAU-AFRIKA

(PTY) LTD, Zandkloof House, 15 New Street, South Africa ~72: SCHWAEBLE, Rudolf~

2018/06193 ~ Complete ~54:TIRE WITH HIGH STRENGTH CORRUGATED SIDEWALLS ~71:Jeffrey P.

DOUGLAS, 28 Via Timon, United States of America ~72: Jeffrey P. DOUGLAS~ 33:US ~31:15/094,833

~32:08/04/2016

2018/06198 ~ Complete ~54:CHEMICAL TOILET CABIN ~71:DAINELLI, Alessio, Vicolo Della Vergine 1, Italy

~72: DAINELLI, Alessio~ 33:IT ~31:102016000021095 ~32:29/02/2016

2018/06280 ~ Provisional ~54:BBTN BLACK BUSINESS TRANSFORMATION NETWORK ~71:Jeanette

Khanyisa Maposa, No 6 Pointsettia Avenue, South Africa ~72: Jeanette Khanyisa Maposa~


Page | 59

2018/06165 ~ Provisional ~54:PREMIUM COMPACT UNIVERSAL TRAVEL ADAPTOR ~71:Sagacity

Investments (Pty) Ltd, 12 Purdey Ave , Woodmead Springs , Johannesburg , 2191, South Africa ~72: Ryan Brett

Silberman~

2018/06202 ~ Complete ~54:PROCESS FOR THE SYNTHESIS OF (2E, 4E, 6Z, 8E)-8-(3,4-

DIHYDRONAPHTHALEN-1(2H)-YLIDENE)-3,7-DIMETHYLOCTA-2, 4, 6-TRIENOIC ACID ~71:Brickell Biotech,

Inc., 5777 Central Avenue, Suite 102, BOULDER 80301, CO, USA, United States of America ~72: ABEL,

Ulrich;BOR, Ádám;RÉPÁSI, József;SZÜCSNÉ, Cserépi

Stefánia;SZABÓ, András~ 33:EP ~31:16000647.4 ~32:15/03/2016

2018/06210 ~ Complete ~54:SINGLE-ACTION EMERGENCY THERMAL VALVE ~71:Joint Stock Company

«Science and Innovations», Staromonetniy per., d. 26, MOSCOW 119180, RUSSIA, Russian

Federation;Joint Stock company ATOMENERGOPROEKT, ul. Bakuninskaya, dom 7, str. 1, MOSCOW 107996,

RUSSIA, Russian Federation;Joint-Stock Company Engineering company ASE, pl. Svobodi, d.3, g., NIZHNIY

NOVGOROD 603006, RUSSIA, Russian Federation ~72: SHMAL, Igor Ivanovich;ZHURAVLEV, Nikolay

Yur`evich~ 33:RU ~31:2017131093 ~32:04/09/2017

2018/06211 ~ Complete ~54:METHODS AND SYSTEMS FOR RECORDING MULTIPLE TRANSACTIONS ON A

BLOCKCHAIN ~71:nChain Holdings Limited, Fitzgerald House, 44 Church Street, ST. JOHN'S, ANTIGUA

& BARBUDA, Antigua and Barbuda ~72: SAVANAH, Stephane;WRIGHT, Craig Steven~ 33:GB

~31:1605032.0 ~32:24/03/2016

2018/06214 ~ Complete ~54:METHOD FOR PRODUCING LOW MOLECULAR WEIGHT AROMATIC LIGNIN-

DERIVED COMPOUNDS ~71:CMBLU PROJEKT AG, Industriestrasse 19, 63755, Alzenau, Germany ~72:

ALEXANDER MÖLLER;NASTARAN KRAWCZYK;PETER GEIGLE~ 33:EP ~31:PCT/EP2016/000575

~32:07/04/2016;33:EP ~31:PCT/EP2017/000198 ~32:13/02/2017

2018/06217 ~ Complete ~54:AN ANTIMICROBIAL COMPOSITION COMPRISING THYMOL, TERPINEOL AND

A CATIONIC PHOSPHOLIPID ~71:UNILEVER PLC, Unilever House, 100 Victoria Embankment, London, Greater

London, EC4Y 0DY, United Kingdom ~72: ANINDYA DASGUPTA;BO SHEN;KEVIN DAVID HERMANSON;NEHA

SALGAONKAR;QIANG QIU;QIONG GU;TEANOOSH MOADDEL~ 33:CN ~31:PCT/CN2016/079293

~32:14/04/2016;33:EP ~31:16176486.5 ~32:27/06/2016

2018/06194 ~ Complete ~54:COBALT CATALYST BASED ON A SUPPORT CONTAINING A MIXED OXIDE

PHASE CONTAINING COBALT AND/OR NICKEL PREPARED BY THE USE OF A DICARBOXYLIC ACID

COMPRISING AT LEAST THREE CARBON ATOMS ~71:IFP ENERGIES NOUVELLES, 1 et 4 avenue de

Bois¿Préau, France ~72: DECOTTIGNIES, Dominique;FECANT, Antoine~ 33:FR ~31:1653851

~32:29/04/2016

2018/06199 ~ Complete ~54:AN ASSEMBLY OF A BUOYANCY MODULE AND AN ANTI-FOULING SYSTEM

~71:Koninklijke Philips N.V., High Tech Campus 5, EINDHOVEN 5656 AE, THE NETHERLANDS, Netherlands

~72: CORNELISSEN, Hugo Johan;HIETBRINK, Roelant Boudewijn;SALTERS, Bart Andre;VAN DELDEN,

Martinus Hermanus Wilhelmus Maria~ 33:EP ~31:16155690.7 ~32:15/02/2016

2018/06201 ~ Complete ~54:TRANSFECTED T-CELLS AND T-CELL RECEPTORS FOR USE IN

IMMUNOTHERAPY AGAINST CANCERS ~71:Immatics Biotechnologies GmbH, Paul-Ehrlich-Straße 15,

TÜBINGEN 72076, GERMANY, Germany ~72: ALTEN, Leonie;BUNK, Sebastian;MAURER, Dominik~

33:GB ~31:1604492.7 ~32:16/03/2016;33:US ~31:62/308,975 ~32:16/03/2016

2018/06219 ~ Complete ~54:COMPACT NOISE ENCAPSULATION FOR MOBILE PROCESSING DEVICES

~71:METSO MINERALS, INC., Töölönlahdenkatu 2, Helsinki, 00100, Finland ~72: JUHAMATTI


Page | 60

HEIKKILÄ;JYRKI VIITALA;MIKKO TAKANIEMI;TUOMAS TUOKKO~ 33:EP ~31:16162241.0

~32:24/03/2016

2018/06164 ~ Provisional ~54:ORTHOPAEDIC TOOL ~71:THOMAS BLIGNAUT NAUDE, 1306 COPPERLEAF

ESTATE MNANDI CENTURION 0157, South Africa ~72: HANS VAN DYK;THOMAS BLIGNAUT NAUDE~

2018/06195 ~ Complete ~54:COBALT CATALYST COMPRISING A SUPPORT WITH A MIXED OXIDE PHASE

CONTAINING COBALT AND/OR NICKEL PREPARED USING AN ESTER COMPOUND ~71:IFP ENERGIES

NOUVELLES, 1 & 4 avenue du Bois¿Préau, France ~72: DECOTTIGNIES, Dominique;FECANT,

Antoine~ 33:FR ~31:1653850 ~32:29/04/2016

2018/06197 ~ Complete ~54:NANOCAPSULES COMPRISING A LIPOSOLUBLE ACTIVE INGREDIENT,

PRODUCTION AND USES ~71:ADISSEO FRANCE S.A.S., 10 place du Général de Gaulle Antony

Parc 2, France ~72: PREVERAUD, Damien;ROSILIO, Véronique~ 33:FR ~31:16/52592 ~32:25/03/2016

2018/06196 ~ Complete ~54:SYSTEM AND METHOD FOR POWER PRODUCTION INCLUDING

METHANATION ~71:8 RIVERS CAPITAL, LLC, 406 Blackwell Street, Durham, United States of America ~72:

FORREST, Brock Alan;LU, Xijia~ 33:US ~31:62/296,730 ~32:18/02/2016

2018/06200 ~ Complete ~54:AN ASSEMBLY OF AN INSTRUMENT PANEL AND AN ANTI-FOULING SYSTEM

~71:Koninklijke Philips N.V., High Tech Campus 5, EINDHOVEN 5656 AE, THE NETHERLANDS, Netherlands

~72: HIETBRINK, Roelant Boudewijn;PAULUSSEN, Elvira Johanna Maria;VAN DELDEN, Martinus Hermanus

Wilhelmus Maria~ 33:EP ~31:16155682.4 ~32:15/02/2016

2018/06203 ~ Complete ~54:PHARMACEUTICAL COMPOSITION FOR USE IN TREATING FIBROSIS

~71:Osaka University, 1-1, Yamadaoka, SUITA-SHI 565-0871, OSAKA, JAPAN, Japan ~72: MIZUGUCHI,

Hiroyuki;SAKURAI, Fuminori~ 33:JP ~31:2016-027202 ~32:16/02/2016

2018/06204 ~ Complete ~54:USE OF RED IRON OXIDE PIGMENTS IN AQUEOUS PREPARATIONS

~71:LANXESS Deutschland GmbH, Kennedyplatz 1, KÖLN 50569, GERMANY, Germany ~72: CZAPLIK,

Waldemar;KISCHKEWITZ, Jürgen;ROSENHAHN, Carsten;SPIEGELHAUER, Stephan~ 33:EP

~31:16160645.4 ~32:16/03/2016

2018/06207 ~ Complete ~54:VVER EMERGENCY COOLING SYSTEM SUMP PROTECTION DEVICE, FILTER

MODULE OF SUMP PROTECTION DEVICE AND FILTER ELEMENT OF SUMP PROTECTION DEVICE

~71:Joint Stock Company «Science and Innovations», Staromonetniy per., d. 26, MOSCOW 119180,

RUSSIA, Russian Federation;Joint Stock Company Scientific Research and Design Institute for Energy

Technologies ATOMPROEKT, ul. Savushkina d. 82A, SAINT-PETERSBURG 197183, RUSSIA, Russian

Federation ~72: BEZLEPKIN, Vladimir Viktorovich;KUKHTEVICH, Vladimir Olegovich;KURCHEVSKIY, Alexey

Ivanovich;MATYUSHEV, Leonid Aleksandrovich;MITRYUKHIN, Andrey Gennad'evich~

2018/06208 ~ Complete ~54:METHOD OF CORROSION RATE CONTROL OF NUCLEAR POWER PLANT

PROCESS CIRCUIT EQUIPMENT ~71:Joint Stock Company «Science and Innovations»,

Staromonetniy per., d. 26, MOSCOW 119180, RUSSIA, Russian Federation;Joint Stock Company Scientific

Research and Design Institute for Energy Technologies ATOMPROEKT, ul. Savushkina d. 82A, SAINT-

PETERSBURG 197183, RUSSIA, Russian Federation ~72: ATAMANOVA, Natal'ya Andreevna;KRITSKIY ,

Vladimir Georgievich;NIKOLAEV, Fedor Vladimirovich;PINEZHSKIY, Stanislav Olegovich;PROKHOROV, Nikolay

Aleksandrovich;STYAZHKIN, Pavel Semenovich~

2018/06213 ~ Complete ~54:COVERED LIQUID GRAVITY FEED ANT ELIMINATION SYSTEM AND COVER

ASSEMBLIES FOR BIOLOGICAL INSECT PEST CONTROL ~71:KM INVESTORS, LLC, P.O. Box 788,


Page | 61

Nokomis, 34274-0788, Florida, United States of America ~72: KENNETH J KUPFER;ROBERT E MCMANUS~

33:US ~31:62/389,013 ~32:16/02/2016;33:US ~31:15/190,661 ~32:23/06/2016

2018/06215 ~ Complete ~54:ANTI-BINDING BALL SWIVEL ~71:NC BRANDS L.P., 40 Richards Avenue,

Norwalk, 06854, Connecticut, United States of America ~72: HERMAN STOLTZ~ 33:US ~31:62/308,901

~32:16/03/2016

2018/06223 ~ Provisional ~54:DIGITAL, TRANSNATIONAL, INTERACTIVE AND IN TRANSIT MOBILE

ADVERTISING ~71:Ashendren Gounder, The Stables, Mooikloof Ridge Estate, South Africa ~72: Ashendren

Gounder~

2018/06205 ~ Complete ~54:METHOD OF OPERATING A RECEIVER FOR RECEIVING ANALYTE DATA,

RECEIVER AND COMPUTER PROGRAM PRODUCT ~71:F. Hoffmann-La Roche AG, Grenzacherstrasse 124,

BASEL 4070, SWITZERLAND, Switzerland ~72: BOOTZ, Felix;HUBER-TOTH, Andreas;MÜGLITZ,

Carsten;SCHWENKER, Kai-Oliver~ 33:EP ~31:16162661.9 ~32:29/03/2016;33:EP ~31:17163229.2

~32:28/03/2017

2018/06206 ~ Complete ~54:FLOW MIXING T-UNIT OF REACTOR VOLUME CONTROL SYSTEM ~71:Joint

Stock Company «Science and Innovations», Staromonetniy per., d. 26, MOSCOW 119180, RUSSIA,

Russian Federation;Joint Stock Company Scientific Research and Design Institute for Energy Technologies

ATOMPROEKT, ul. Savushkina d. 82A, SAINT-PETERSBURG 197183, RUSSIA, Russian Federation ~72:

BEZLEPKIN, Vladimir Viktorovich;KROPOTOV, Maksim Yur'evich;KUKHTEVICH, Vladimir

Olegovich;KURCHEVSKIY, Alexey Ivanovich;MITRYUKHIN, Andrey Gennad'evich~

2018/06209 ~ Complete ~54:POWER PLANT CHEMICAL CONTROL SYSTEM ~71:Joint Stock Company

«Science and Innovations», Staromonetniy per., d. 26, MOSCOW 119180, RUSSIA, Russian

Federation;Joint Stock Company Scientific Research and Design Institute for Energy Technologies

ATOMPROEKT, ul. Savushkina d. 82A, SAINT-PETERSBURG 197183, RUSSIA, Russian Federation ~72:

KRITSKIY , Vladimir Georgievich;NIKOLAEV, Fedor Vladimirovich;PROKHOROV, Nikolay

Aleksandrovich;STYAZHKIN, Pavel Semenovich~

2018/06212 ~ Complete ~54:CAMPING ASSEMBLY WITH A STORAGE BOX AND A TENT ~71:PURPLE LINE

LIMITED, The Peninsula Business Centre, Wherstead Ipswich, United Kingdom ~72: HARRISON,

Jonathan;HAWKINS, Ben;KIDSON, Mark~ 33:GB ~31:1602805.2 ~32:17/02/2016

2018/06216 ~ Complete ~54:SULFONATED AROMATIC COMPOUNDS ~71:CMBLU PROJEKT AG,

Industriestrasse 19, 63755, Alzenau, Germany ~72: ALEXANDER MÖLLER;EVGENY LARIONOV;JAN

HARTWIG;NASTARAN KRAWCZYK;PETER GEIGLE~ 33:EP ~31:2016/000575 ~32:07/04/2016;33:EP

~31:2017/000198 ~32:13/02/2017

2018/06218 ~ Complete ~54:LAUNDRY COMMUNICATION DEVICE AND METHOD ~71:UNILEVER PLC,

Unilever House, 100 Victoria Embankment, London, Greater London, EC4Y 0DY, United Kingdom ~72: DAVID

MOORFIELD;DEBORAH JANE COOKE;KATHARINE JANE SHAW~ 33:EP ~31:16162830.0 ~32:30/03/2016

2018/06220 ~ Complete ~54:SEEDING APPARATUS ~71:MYGRAIN SOLUTIONS PTY LTD, 291 Backmans

Road, Neridup, 6450, Western Australia, Australia ~72: MICHAEL FELS~ 33:AU ~31:2016900544

~32:16/02/2016

2018/06221 ~ Complete ~54:USE OF AN AQUEOUS COMPOSITION FOR DISSOLVING BIOMOLECULES

FROM A TISSUE SAMPLE ~71:ALLFLEX EUROPE SA, 35 Rue des Eaux, France ~72: DE MEULEMEESTER,

Johan;LEMAIRE, Emmanuel~ 33:EP ~31:16162349.1 ~32:24/03/2016


Page | 62

2018/06188 ~ Complete ~54:TRAFFIC PAINT FORMULATION ~71:ROHM AND HAAS COMPANY, 400 Arcola

Road, Collegeville, 19426, Pennsylvania, United States of America ~72: ERIC GREYSON;JOY

GALLAGHER;SARAH DECATO;ZHENWEN FU~ 33:US ~31:62/568,370 ~32:05/10/2017

2018/06191 ~ Complete ~54:A DEVICE FOR ENABLING A USER TO SIMULTANEOUSLY HOLD BOTH A

STEMMED GLASS AND A PLATE, IN USE AND A METHOD OF ENABLING A USER TO HOLD BOTH A

STEMMED GLASS AND A PLATE, IN USE. ~71:HEMBU (PTY) LTD, UNIT 1010 BARCLAY SQUARE

SUNNYSIDE GAUTENG, South Africa ~72: HEMBU (PTY) LTD~

2018/06192 ~ Complete ~54:RECOVERY OF PRECIOUS AND RARE EARTH METALS USING

CYCLODEXTRIN ~71:CYCLADEX INC., 1319 N. New York Avenue, Winter Park, United States of America ~72:

ARNOLD, Dale F.;PETTMAN, Roger Bruce~ 33:US ~31:62/309,601 ~32:17/03/2016

2018/06222 ~ Complete ~54:DEVICES, SYSTEMS, AND METHODS FOR CONTROLLING GASKET FLOW IN A

HIGH PRESSURE PRESS ~71:SMITH INTERNATIONAL, INC., 1310 Rankin Rd., Houston, United States of

America ~72: MIDDLEMISS, Stewart~ 33:US ~31:62/316,534 ~32:31/03/2016

- APPLIED ON 2018/09/17 -

2018/06252 ~ Provisional ~54:WATER GENERATING SYSTEM (WGS) ~71:SAKHILE HOPEWELL NTULI,

VOOKTREKKER, HOUSE NO. 19, EMALAHLENI, South Africa ~72: SAKHILE HOPEWELL NTULI~

2018/06231 ~ Complete ~54:CANDLE HOLDER ~71:VOSLOO, Catharina Francina, Flat 712, Fernkloof, Park

Drive, St. Georges, Port Elizabeth 6001, SOUTH AFRICA, South Africa ~72: VOSLOO, Catharina Francina~

33:ZA ~31:2018/00619 ~32:30/01/2018

2018/06234 ~ Complete ~54:CONNECTOR ~71:Detnet South Africa (Pty) Ltd, AECI Place, The Woodlands,

Woodlands Drive, Woodmead, Sandton, South Africa ~72: BEUKES, Christo Andre~

2018/06240 ~ Complete ~54:APPARATUS, SYSTEM AND METHODS FOR PROVIDING ACCESSORIES ON A

SUPPORT SURFACE ~71:NEWPARK MATS & INTEGRATED SERVICES LL, 9320 Lakeside Boulevard,

Suite 100 The Woodlands, United States of America ~72: McClain, Keegan Blanton;McDonald, Billy,

James;McDowell, James, Kerwin;Rogers, Donald Scott~ 33:US ~31:62/322,458 ~32:14/04/2016;33:US

~31:15/484,857 ~32:11/04/2017

2018/06246 ~ Complete ~54:METHOD FOR MONITORING THE CONDITION OF A CONVEYOR BELT AND

CONVEYOR BELT MONITORING SYSTEM ~71:ContiTech Transportbandsysteme GmbH, Vahrenwalder Str. 9,

HANNOVER D-30165, GERMANY, Germany ~72: BASSON, Jacques;WALLACE, Jack~ 33:US ~31:15/135,193

~32:21/04/2016

2018/06238 ~ Complete ~54:MONOLITHIC COMPOSITION FOR DUAL¿RATE RELEASE WITH HIGH DRUG

LOADING ~71:MATRIPHARM INTERNATIONAL INC., 2550 boul. Daniel¿Johnson, Bureau 220, Laval, Canada

~72: LE, Tien Canh~ 33:US ~31:62/298,755 ~32:23/02/2016

2018/06244 ~ Complete ~54:REGULATION OF THE RAS/CAMP/PKA SIGNALING PATHWAY IN YEASTS

~71:Lallemand Hungary Liquidity Management LLC, Népfürd¿ utca 22. Building B, 13th Floor,

BUDAPEST HU-1138, HUNGARY, Hungary ~72: ARGYROS, Aaron;FISHER, Janet;FROEHLICH,

Allan;HENNINGSEN, Brooks;OESER, Michelle;RICE, Charles F.;ZELLE, Rintze M.~ 33:US ~31:62/310,251

~32:18/03/2016


Page | 63

2018/06245 ~ Complete ~54:CONJUGATE OF FINASTERIDE WITH PEPTIDE ~71:Caregen Co., Ltd., 46-38, LS-

ro 91beon-gil, Dongan-gu, ANYANG-SI 14119, GYEONGGI-DO, REPUBLIC OF KOREA, Republic of Korea ~72:

CHUNG, Yong Ji;KIM, Eun Mi~ 33:KR ~31:10-2016-0032988 ~32:18/03/2016

2018/06248 ~ Complete ~54:FUEL CELL POWER PLANT COOLING NETWORK INTEGRATED WITH A

THERMAL HYDRAULIC ENGINE ~71:DOOSAN FUEL CELL AMERICA, INC., 195 Governor's Highway

South Windsor, United States of America ~72: MARGIOTT, Paul~ 33:US ~31:15/052,089 ~32:24/02/2016

2018/06251 ~ Complete ~54:INK JET PRINT METHOD WITH INTEGRATED SPOT COLOR AND PROCESS

COLOR ~71:AVERY DENNISON CORPORATION, 207 Goode Avenue, United States of America ~72: AGASHE,

Nikhil R.;CHANG, Ying;PECK, John D.~ 33:US ~31:62/309,673 ~32:17/03/2016

2018/06229 ~ Provisional ~54:HIPPO SUBMERSIBLE PUMP WITH ON-SITE MECHANICAL SEAL

REPLACEMENT DESIGN ~71:RENT TRUST (IT590/07), 34 VAN TONDER STREET, South Africa ~72:

MATHYS WEHMEYER~

2018/06230 ~ Provisional ~54:AIR-FLUSH MOBILE LAVATORY ~71:NKULULEKO FREEDOM DLAMINI, 17-25

NEPTUNE CRESCENT BONELA, South Africa ~72: LAHTIVUORI JUHA OLAVI~

2018/06228 ~ Provisional ~54:VALVE MEMBER ~71:Patents Plus CC, Unit 1, The Gardens Business Park,

Ateljee St, Randpark Ridge, RANDBURG, JOHANNESBURG, Gauteng, SOUTH AFRICA, South Africa ~72:

McMENAMIN, John Wilson~

2018/06235 ~ Complete ~54:METHOD FOR PROTECTING PERSONAL DATA ON PORTABLE DEVICES WITH

THE EXCLUSIVE USE OF FINGERPRINTS ~71:MLS PLIROFORIKI AE, Technopolis ICT Business Park Pylaia,

Thessaloniki, 555 35, Greece ~72: ALEXANDROS OIKONOMOU;IOANNIS KAMATAKIS;NIKOLAOS

STRATIGAKIS~ 33:GR ~31:20170100470 ~32:11/10/2017

2018/06236 ~ Complete ~54:METHOD OF TREATING ACID MINE DRAINAGE ~71:UNIVERSITY OF

JOHANNESBURG, AUCKLAND PARK CAMPUS CORNER OF KINGSWAY AND UNIVERSITY ROADS

AUCKLAND PARK, South Africa ~72: Boitumelo SIBIYA~ 33:ZA ~31:2017/04141 ~32:19/06/2017

2018/06241 ~ Complete ~54:BED BASE ~71:GRAINGER, Glen, 112 St Tropez, Findhorn Street, Raceview,

South Africa ~72: GRAINGER, Glen~ 33:ZA ~31:2016/01826 ~32:16/03/2016

2018/06242 ~ Complete ~54:METHOD FOR CONTROLLING A DRIVEN TRAILER, AND MOTOR-DRIVEN

TRAILER ~71:NÜWIEL GmbH, Harburger Schloßstraße 6-12, HAMBURG 21079, GERMANY,

Germany ~72: AMAN KHAN, Fahad;RABBIOSI, Sandro;TOMIYAMA, Natalia~ 33:DE ~31:10 2016 102 847.9

~32:18/02/2016

2018/06249 ~ Complete ~54:ANTIBODIES FOR IL-17C ~71:GALAPAGOS NV, Generaal De Wittelaan L11 A3,

B-2800 Mechelen, Belgium;MORPHOSYS AG, Semmelweisstrasse 7, 82152, Planegg, Germany ~72:

JÜRGEN KLATTIG;JAN DOMINIK HAAS;NICK ERNEST RENÉ VANDEGHINSTE~ 33:EP

~31:16156582.5 ~32:19/02/2016;33:EP ~31:16156651.8 ~32:22/02/2016

2018/06233 ~ Complete ~54:PROCESS AND UNIT FOR SEPARATING AIR BY CRYOGENIC DISTILLATION

~71:L'Air Liquide Société Anonyme pour l'Etude et l'Exploitation des

Procédés Georges Claude, 75, Quai d'Orsay, PARIS 75007, FRANCE, France ~72: CHOUIK,

Selim;DAY, Eric;DE LA FORTERIE, Oriane;MATHIEU-DI, Michel;PEYRON, Jean-Marc~ 33:CN

~31:201710838791.9 ~32:18/09/2017


Page | 64

2018/06224 ~ Provisional ~54:METHOD TO SECURE AN ITEM TO THE BODY ~71:Kitty Nancy Saarloos, 7

Geelvink Close , Vermont , Hermanus , 7201, South Africa ~72: Kitty Nancy Saarloos~

2018/06226 ~ Provisional ~54:SMARTWATCH MOBILE/REMOTE SECURITY ARMED RESPONSE PANIC

BUTTON ~71:Makoena Maryjane Mphahlele, 434 vale avenue, South Africa ~72: Makoena Maryjane Mphahlele~

2018/06237 ~ Complete ~54:DUAL¿RATE RELEASE FORMULATION WITH HIGH DRUG LOADING

~71:MATRIPHARM INTERNATIONAL INC., 2550 boul. Daniel¿Johnson, Bureau 220, Laval, Canada ~72: LE,

Tien Canh~ 33:US ~31:62/298,751 ~32:23/02/2016

2018/06225 ~ Provisional ~54:ROCK DRILL FEED ARRANGEMENT ~71:Novatek Mining (Pty) Ltd, 6 Kindon

Road, Robertsham, South Africa ~72: WILLS, Julian Howard~

2018/06239 ~ Complete ~54:DEVICE FOR WELDED JOINTS IN PIPEWORK ~71:SIDGMAN SAITUA,

René Eduardo, 11, Oriente 2362, Comuna de Penalolen, Chile ~72: SIDGMAN SAITUA, René

Eduardo~ 33:WO ~31:PCT/CL2016/000048 ~32:23/08/2016

2018/06243 ~ Complete ~54:METHOD AND SYSTEM FOR USER AUTHENTICATION WITH IMPROVED

SECURITY ~71:Forticode Limited, Level 7/22 William St, MELBOURNE 3000, VICTORIA, AUSTRALIA, Australia

~72: SMALES, Antony~ 33:AU ~31:2016901019 ~32:18/03/2016

2018/06247 ~ Complete ~54:BETA-CASEINS AND COGNITIVE FUNCTION ~71:THE A2 MILK COMPANY

LIMITED, C/- Simpson Grierson, Level 27, 88 Shortland Street, New Zealand ~72: CLARKE, Andrew

John;YELLAND, Gregory Wayne~ 33:US ~31:62/315,441 ~32:30/03/2016

2018/06250 ~ Complete ~54:NOVEL MINIMAL UTR SEQUENCES ~71:ETHRIS GMBH, Semmelweisstrasse 3,

82152, Planegg, Germany ~72: CARSTEN RUDOLPH;CHRISTIAN PLANK;LUDWIG WEISS;MANISH KUMAR

ANEJA~ 33:EP ~31:16163264.1 ~32:31/03/2016;33:EP ~31:16177094.6 ~32:30/06/2016

2018/06227 ~ Provisional ~54:SYSTEM AND METHOD FOR OPTIMISING POLLINATION BY BEES

~71:STELLENBOSCH UNIVERSITY, Admin B, Victoria Street,, South Africa ~72: DE JAGER, Marinus

Louis;MINNAAR, Corneile~

2018/06232 ~ Complete ~54:METHOD FOR PRODUCING A LAMINATE CONSISTING OF A BACKING SHEET

AND DECORATIVE PAPER ~71:Flooring Technologies Ltd., SmartCity Malta SCM01, Office 406, Ricasoli,

KALKARA SCM1001, MALTA, Malta ~72: KALWA, Norbert~ 33:EP ~31:15177033.6 ~32:16/07/2015

- APPLIED ON 2018/09/18 -

2018/06253 ~ Provisional ~54:OPTIC FIBRE CONDUIT ASSEMBLY ~71:JANSE VAN RENSBURG, Andre, 69

WILLOW ROAD, SWACINA PARK, PRETORIA, 0030, SOUTH AFRICA, South Africa ~72: JANSE VAN

RENSBURG, Andre~

2018/06257 ~ Provisional ~54:A METHOD OF WELDING AND A WELDED METAL ~71:TRANSNET SOC LTD,

160 LYNETTE ROAD KILNER PARK SILVERTORN, South Africa ~72: GOVENDER, DHURASHA;MALEKA,

AUDREY MAKGALAKE;MAMPHEKGO, TEFELO CALYSTUS;MATJEKE, VELAPHI JEFFREY;MUKWEVHO,

GOODNESS;PILLAY, KESHINI~

2018/06258 ~ Complete ~54:PHARMACEUTICAL COMPOSITION COMPRISING A MAGNESIUM OXIDE SALT

COMPLEX OF FEBUXOSTAT AND METHOD FOR THE PREPARATION THEREOF ~71:PHARMATHEN S.A., 6

DERVENAKION STREET, 15351 PALLINI ATTIKIS, GREECE, Greece ~72: FOUSTERIS, Manolis;KAKOURIS,


Page | 65

Andreas;KALASKANI, Anastasia;KARAVAS, Evangelos;KIZIRIDI, Christina;KOUTRI, Ioanna;KOUTRIS,

Efthymios;SAMARA, Vasiliki~

2018/06263 ~ Complete ~54:SYSTEMS AND METHODS FOR CONTROLLING A POWER PLANT ~71:8

RIVERS CAPITAL, LLC, 406 Blackwell Street, Durham, United States of America ~72: FETVEDT, Jeremy Eron~

33:US ~31:62/300,504 ~32:26/02/2016

2018/06276 ~ Complete ~54:TEMPERATURE MANAGEMENT OF COOKING MEDIUM IN FRYERS AROUND

FILTRATION CYCLES ~71:HENNY PENNY CORPORATION, 1219 US Route 35 West, Eaton, 45320, Ohio,

United States of America ~72: MARK GOGEL~ 33:US ~31:62/309,650 ~32:17/03/2016

2018/06254 ~ Provisional ~54:CARDIAC SYSTOLIC FORCE AMPLIFICATION OF THE CIRCULATION

~71:VERSACE, Mario, 160 OUTENIQUA AVENUE, WATERKLOOF PARK, 0181, SOUTH AFRICA, South Africa

~72: VERSACE, Mario~

2018/06256 ~ Provisional ~54:DEVICE FOR HOLDING NAILS ~71:NIEUWENHUYS, Kathleen, 24 Foxglove

Village, Foxglove Street, WILROPARK 1731, SOUTH AFRICA, South Africa ~72: NIEUWENHUYS, Kathleen~

2018/06268 ~ Complete ~54:LOAD CELL ASSEMBLY ~71:REICHOW, Keith, 26409 148th Avenue SE, KENT

98042, WA, USA, United States of America;Stress-Tek, Inc., 5920 S 194th Street, KENT 98032, WA, USA, United

States of America;ZIMMERMAN, Bill, 2344 N 64th Street, SEATTLE 98105, WA, USA, United States of America

~72: REICHOW, Keith;ZIMMERMAN, Bill~ 33:US ~31:62/297,733 ~32:19/02/2016

2018/06274 ~ Complete ~54:FIRE DETECTION SYSTEM WITH DISTRIBUTED FILE SYSTEM ~71:TYCO FIRE

& SECURITY GMBH, Victor von Bruns-Strasse 21, 8212, Neuhausen am Rheinfall, Switzerland ~72: JAMES

OGIER;ROBERT W FARLEY;SHACHAK ZAARUR~ 33:US ~31:15/095,691 ~32:11/04/2016

2018/06275 ~ Complete ~54:COOKING SYSTEMS WITH WASHING ELEMENTS AND SPREADER BAR

~71:HENNY PENNY CORPORATION, 1219 US Route 35 West, Eaton, 45320, Ohio, United States of America

~72: MARK GOGEL;RANDY CAUDILL~ 33:US ~31:62/309,650 ~32:17/03/2016

2018/06259 ~ Complete ~54:A MOBILE AIR-CONDITIONING UNIT ~71:SAMAC ENGINEERING SOLUTIONS

(PTY) LTD, UNIT C2, 31 HARRY GWALA ROAD, CATO MANOR, 4091, SOUTH AFRICA, South Africa ~72:

MOFOKENG, Thabang;SWANA, Mpumzi, Siphesihle~

2018/06260 ~ Complete ~54:ENERGY STORAGE APPARATUS ~71:Linda Ivan SIBIYA, 333 A.B XUMA

STREET HOSPITAL VIEW TEMBISA, South Africa ~72: Linda Ivan SIBIYA~ 33:ZA ~31:2018/05733

~32:28/08/2018

2018/06264 ~ Complete ~54:METHODS FOR TREATING HYPERLIPIDEMIA WITH AN ANGPTL8 INHIBITOR

AND AN ANGPTL3 INHIBITOR ~71:REGENERON PHARMACEUTICALS, INC., 777 Old Saw Mill River Road,

Tarrytown, United States of America ~72: GROMADA, Jesper;GUSAROVA, Viktoria;MURPHY, Andrew, J.~

33:US ~31:62/319,980 ~32:08/04/2016;33:US ~31:62/453,110 ~32:01/02/2017

2018/06266 ~ Complete ~54:A POWER GENERATION SYSTEM AND A CELL SITE INCORPORATING THE

SAME ~71:General Electric Company, 1 River Road, SCHENECTADY 12345, NY, USA, United States of

America ~72: ARAMANEKOPPA, Sharath Sridhar;GANIREDDY, Govardhan;KOLHATKAR, Yashomani

Y.;PILLAI, Rahul Radhakrishna;RAMACHANDRAPANICKER, Somakumar;TIWARI, Arvind Kumar~ 33:IN

~31:201641009987 ~32:22/03/2016


Page | 66

2018/06272 ~ Complete ~54:RECOVERY OF METALS FROM CALCIUM-RICH MATERIALS ~71:OUTOTEC

(FINLAND) OY, Rauhalanpuisto 9, Espoo, 02230, Finland ~72: PETRI PALOVAARA;SAULI

PISILÄ;TUUKKA KOTIRANTA~

2018/06277 ~ Complete ~54:GAS FRYER AND METHODS HAVING UNIFORM HEAT EXCHANGE AND

IMPROVED ACCESS FOR CLEANING ~71:HENNY PENNY CORPORATION, 1219 U.S. 35 West P.O. BOX 60,

Eaton, 45320, Ohio, United States of America ~72: EDWARD J FLORKEY;MARK GOGEL;STEVEN GROLL~

33:US ~31:62/309,650 ~32:17/03/2016

2018/06255 ~ Provisional ~54:COMPUTER-IMPLEMENTED METHOD AND SYSTEM FOR FACILITATING A

REAL ESTATE TRANSACTION ~71:CURTO, Fabian Gabriel Esteves, Oukraal Estate, 98 Hazel Meadow,

Oukraal Boulevard, Tygervalley X44, PRETORIA EAST 0081, Gauteng, SOUTH AFRICA, South Africa ~72:

CURTO, Fabian Gabriel Esteves~

2018/06261 ~ Complete ~54:PROCESSES FOR THE PREPARATION OF HETEROARYL CARBOXYLIC ACIDS

~71:MONSANTO TECHNOLOGY LLC, 800 North Lindbergh Blvd, St Louis, United States of America ~72:

MILLER, William, Harold;WALKER, Daniel, Patrick~ 33:US ~31:62/312,907 ~32:24/03/2016;33:US

~31:62/423,357 ~32:17/11/2016

2018/06265 ~ Complete ~54:METHOD AND APPARATUS FOR CONFIGURATION FOR MONITORING

PATIENT INFORMATION ~71:NOKIA TECHNOLOGIES OY, KARAPORTTI 3, 02610 ESPOO, FINLAND, Finland

~72: KIUKKONEN, Niko, Tapani~ 33:US ~31:15/051,988 ~32:24/02/2016

2018/06269 ~ Complete ~54:ENCODED INFORMATION MEANS LOCATED ON AN INFRASTRUCTURE TO BE

DECODED BY SENSORS LOCATED ON MOBILE OBJECTS ~71:AUTO DRIVE SOLUTIONS S.L., Alcantara 60,

Spain ~72: BADOLATO MARTIN, Alejandro~

2018/06273 ~ Complete ~54:COMPOSITIONS AND METHODS FOR TREATMENT OF TYPE VII COLLAGEN

DEFICIENCIES ~71:INTREXON CORPORATION, 1750 Kraft Drive Suite 1400, Blacksburg, 24060, Virginia,

United States of America ~72: ANNA MALYALA;JOHN MASLOWSKI;MARION CHAKIATH;SHYUAN

ZHANG;VERNON DAILEY~ 33:US ~31:62/310,623 ~32:18/03/2016

2018/06271 ~ Complete ~54:FUNCTIONAL MUNG BEAN-DERIVED COMPOSITIONS ~71:JUST, INC., 2000

Folsom Street, San Francisco, 94110, California, United States of America ~72: BEN ROCHE;BRENNA

GIBSON;CAMILLA HALL;JADE PROULX;JAKE KLEINER;JAMES FLATT;MALGORZATA JAKUBASCH;MENG

XU;NATHANIEL PARK;RITU BANSAL-MUTALIK;SIDDHARTH BHIDE;SWETHA MAHADEVAN;TREVOR

NIEKOWAL;VIVIANE LANQUAR~ 33:US ~31:62/297,788 ~32:19/02/2016;33:US ~31:62/433,182

~32:12/12/2016

2018/06281 ~ Provisional ~54:TIMBER FRAME CONSTRUCTION TECHNIQUE ~71:NEWTON STEPHANUS DU

PREEZ, 25 Flamboyant Str. Jeffreys Bay, South Africa ~72: NEWTON STEPHANUS DU PREEZ~

2018/06282 ~ Provisional ~54:LEVELLING DEVICE TO ATTACH TO ELECTRIC DRILLING MACHINES

~71:NEWTON STEPHANUS DU PREEZ, 25 Flamboyant Str Jeffreys Bay, South Africa ~72: NEWTON

STEPHANUS DU PREEZ~

2018/06262 ~ Complete ~54:METHODS FOR TREATING HYPERLIPIDEMIA WITH AN ANGPTL8 INHIBITOR

AND AN ANGPTL3 INHIBITOR ~71:REGENERON PHARMACEUTICALS, INC., 777 Old Saw Mill River Road,

Tarrytown, United States of America ~72: GROMADA, Jesper;GUSAROVA, Viktoria;MURPHY, Andrew, J.~

33:US ~31:62/319,980 ~32:08/04/2016;33:US ~31:62/453,110 ~32:01/02/2017


Page | 67

2018/06267 ~ Complete ~54:POLYCRYSTALLINE DIAMOND COMPACTS, METHODS OF FORMING

POLYCRYSTALLINE DIAMOND, AND EARTH-BORING TOOLS ~71:Baker Hughes, a GE Company, LLC,

17021 Aldine Westfield, HOUSTON 77073, TX, USA, United States of America;Diamond Innovations, Inc., 6325

Huntley Road, WORTHINGTON 43085, OH, USA, United States of America ~72: BIRD, Marc W.;GLEDHILL,

Andrew~ 33:US ~31:15/060,911 ~32:04/03/2016

2018/06270 ~ Complete ~54:SOLAR CELL CO-EVAPORATION PRODUCTION LINE ~71:BEIJING APOLLO

DING RONG SOLAR TECHNOLOGY CO., LTD., Room 3001, No. 6 Building No. 7 Rong chang East Street

Beijing Economic-Technological Development Area, Beijing, 100176, People's Republic of China ~72: JIAN

LIN;KAI ZHU;WEIBIN QI~ 33:CN ~31:201711376921.8 ~32:19/12/2017

2018/06278 ~ Complete ~54:FIRE DETECTION SYSTEM WITH AUTOMATIC FIRMWARE UPDATING

~71:TYCO FIRE & SECURITY GMBH, Victor von Bruns-Strasse 21, 8212, Neuhausen am Rheinfall,

Switzerland ~72: JAMES OGIER;ROBERT W FARLEY;SHACHAK ZAARUR~ 33:US ~31:15/095,680

~32:11/04/2016

2018/06279 ~ Complete ~54:AN INFLATABLE INSERTION DEVICE FOR PERCUTANEOUS INSERTION

~71:STRAIT ACCESS TECHNOLOGIES HOLDINGS (PTY) LTD, 313 Chris Barnard Building, University of Cape

Town, Anzio Road, South Africa ~72: BEZUIDENHOUT, Deon;DE VILLIERS, Jandré;GELDENHUYS,

Giuseppe;GILDENHUYS, Fourie;PARK, Kenneth Stuart;VAN BREDA, Braden Sydney Clive;VAN ZYL, Nick

Carl;ZILLA, Peter Paul~ 33:GB ~31:1603580.0 ~32:01/03/2016

2018/06291 ~ Complete ~54:SUBSTITUTED SPIROCYCLIC INHIBITORS OF AUTOTAXIN ~71:X-RX, INC., 430

East 29th Street, Suite 1060, United States of America ~72: BABISS, Lee;CLARK, Matthew;KEEFE, Anthony,

D.;MULVIHILL, Mark, J.;NI, Haihong;RENZETTI, Louis;RUEBSAM, Frank;WANG, Ce;XIE, Zhifeng;ZHANG,

Ying~ 33:US ~31:61/975,123 ~32:04/04/2014

- APPLIED ON 2018/09/19 -

2018/06284 ~ Provisional ~54:A MIXER AND DISTRIBUTOR FOR EMULSION EXPLOSIVES ~71:IPTREE

TRUST (TRUST NUMBER 503/2009), 5 Libertas Road, Somerset Office Park, Bullseye gebou, Bryanston,, South

Africa ~72: BÜHRMANN, Rudolph;BÜHRMANN, Rudolph Teodor~

2018/06287 ~ Complete ~54:A FINANCIAL TRANSACTION CARD ~71:ZERO RESEARCH (PTY) LTD, 6

Georgian Crescent West Bryanston, Johannesburg, 2024, Gauteng, South Africa ~72: YATIN NARSAI~

2018/06288 ~ Complete ~54:WIRELESS DEVICE REPORTING ~71:TELEFONAKTIEBOLAGET LM ERICSSON

(PUBL), , SE-164 83, Stockholm, Sweden ~72: DAVID SHRADER;STEFANO SORRENTINO~

2018/06293 ~ Complete ~54:NEW ANTI¿SIRPA ANTIBODIES AND THEIR THERAPEUTIC APPLICATIONS

~71:OSE IMMUNOTHERAPEUTICS, Faculté de Médecine, 22 Boulevard Benoni Goullin, France

~72: GAUTTIER, Vanessa;MARY, Caroline;PENGAM, Sabrina;POIRIER, Nicolas;THEPENIER,

Virginie;VANHOVE, Bernard~ 33:US ~31:62/322,707 ~32:14/04/2016;33:EP ~31:17305182.2 ~32:17/02/2017

2018/06299 ~ Complete ~54:SYSTEM FOR SIDE INSERTION OF A BICONDYLAR MINI KNEE IMPLANT

~71:JOINT INNOVATION TECHNOLOGY, LLC, 6537 Via Rosa, Boca Raton, 33433, Florida, United States of

America ~72: ZAFER TERMANINI~ 33:US ~31:15/096,209 ~32:11/04/2016

2018/06302 ~ Complete ~54:PROCESS FOR CUSTOMISING THE FLAVOUR OF BREADS OR PASTRIES

~71:LESAFFRE ET COMPAGNIE, 41, rue Etienne Marcel, 75001, Paris, France ~72: CAMILLE DUPUY-


Page | 68

CORNUAILLE;EMILIE BRYCKAERT;FLORENCE DELCHAMBRE;STÉPHANE MEILLIER~ 33:FR ~31:16

52812 ~32:31/03/2016

2018/06285 ~ Provisional ~54:KEY THING URBAN SURVIVAL EDC EVERY DAY CARRY TOOL AND KEY

MANAGEMENT SYSTEM ~71:Devan Feyt, 12 Ricketts street , Parrow , Cape Town , 7500, South Africa ~72:

Devan Feyt~

2018/06289 ~ Complete ~54:LOCKING ARRANGEMENT FOR A HAND TOOL ~71:VECTO TRADE 461

PROPRIETARY LIMITED, LASHER BUILDING, 3 SIGMA ROAD, INDUSTRIES WEST, GERMISTON 1401,

GAUTENG PROVINCE, SOUTH AFRICA, South Africa ~72: HALSTED, Charles William~ 33:ZA

~31:2018/00040 ~32:04/01/2018

2018/06290 ~ Complete ~54:ELECTRICAL DISTRIBUTION BOX WITH STEPPED FACE PLATE ~71:Solar

Energy Installation and Equipment Supplies (Pty) Ltd t/as National Luna, 34 Plantation Road, Eastleigh,

Edenvale, South Africa ~72: BURMEISTER, Derek~ 33:ZA ~31:2017/06341 ~32:20/09/2017

2018/06295 ~ Complete ~54:CELL CULTURE PROCESS ~71:Pfizer Inc., 235 East 42nd Street, NEW YORK

10017, NY, USA, United States of America ~72: FIGUEROA, Bruno;LUAN, Yen-Tung;WANG, Wenge~ 33:US

~31:62/318,275 ~32:05/04/2016

2018/06296 ~ Complete ~54:CARBOXYLIC ACIDS FOR TREATING/PREVENTING A SKIN DISEASE

~71:Proponent Biotech GmbH, c/o Premium Business Center Westside AG, Baarerstrasse 135, ZUG 6301,

SWITZERLAND, Switzerland ~72: ERNST, Bettina~ 33:EP ~31:16169883.2 ~32:17/05/2016

2018/06298 ~ Complete ~54:METHOD FOR ENHANCING PLANT DISEASE CONTROLLING EFFECTS OF

ARYL PHENYL KETONE FUNGICIDE, AND METHOD FOR CONTROLLING PLANT DISEASES ~71:ISHIHARA

SANGYO KAISHA, LTD., 3-15, Edobori 1-chome Nishi-Ku Osaka-shi, Osaka, 5500002, Japan ~72: AKIHIRO

NISHIMURA;MUNEKAZU OGAWA;SHUKO NISHIMI~ 33:JP ~31:2016-081693 ~32:15/04/2016

2018/06303 ~ Complete ~54:DEBRIS ERADICATING BRAKE HEAD FOR A TRUCK MOUNTED BRAKE

SYSTEM ~71:WESTINGHOUSE AIR BRAKE TECHNOLOGIES CORPORATION, 1001 Air Brake Avenue,

Wilmerding, 15148, Pennsylvania, United States of America ~72: MICHAEL KOZIOL;SCOTT LEE NATSCHKE~

33:US ~31:15/151,724 ~32:11/05/2016

2018/06286 ~ Complete ~54:METHOD OF MAKING TREATMENT FOR SNAKE ENVENOMATION ~71:AL

BALUSHI, Mohammed Said Amur, Department of Microbiology & Immunology, Room 2018, College of

Medicine & Health Sciences, Sultan Qaboos University, P O Box 35, Al-Khod 123, OMAN, Oman;AL JABRI ,

Ali Abdullah Hasan, Department of Microbiology & Immunology, Room 2018, College of Medicine &

Health Sciences, Sultan Qaboos University, P O Box 35, Al-Khod 123, OMAN, Oman;AL-BUSAIDI, Juma Zayid

Khalifa, Department of Microbiology & Immunology, Room 2018, College of Medicine & Health

Sciences, Sultan Qaboos University, P O Box 35, Al-Khod 123, OMAN, Oman;HASSON, Sidgi Syed Anwer Abdo,

Department of Microbiology & Immunology, Room 2018, College of Medicine & Health Sciences, Sultan

Qaboos University, P O Box 35, Al-Khod 123, OMAN, Oman;IDRIS, Mohamed Ahmed, Department of

Microbiology & Immunology, Room 2018, College of Medicine & Health Sciences, Sultan Qaboos

University, P O Box 35, Al-Khod 123, OMAN, Oman ~72: AL BALUSHI, Mohammed Said Amur;AL JABRI , Ali

Abdullah Hasan;AL-BUSAIDI, Juma Zayid Khalifa;HASSON, Sidgi Syed Anwer Abdo;IDRIS, Mohamed Ahmed~

33:ZA ~31:2017/07957 ~32:23/11/2017

2018/06294 ~ Complete ~54:WAX AS A MELT FLOW MODIFIER AND PROCESSING AID FOR POLYMERS

~71:GreenMantra Recycling Technologies Ltd., 81 Elgin Street, BRANTFORD N3S 5A1, ONTARIO, CANADA,

Canada ~72: DIMONDO, Domenic~ 33:US ~31:62/312,899 ~32:24/03/2016


Page | 69

2018/06297 ~ Complete ~54:DNA ANTIBODY CONSTRUCTS AND METHOD OF USING SAME ~71:ELLIOTT,

Sarah, P.O. Box 301, PULLMAN 99163, WA, USA, United States of America;FLINGAI, Seleeke, 1623 Penn

Avenue North, MINNEAPOLIS 55411, MN, USA, United States of America;MUTHUMANI, Karuppiah, 52 Ivy Lane,

CHERRY HILL 08002, NJ, USA, United States of America;PATEL, Ami, 1 Rainey Court, PHILADELPHIA 19103,

PA, USA, United States of America;SARDESAI, Niranjan, 480 Mallard Circle, BLUE BELL 19422, PA, USA,

United States of America;WEINER, David B., 717 Beacom Lane, MERION 19066, PA, USA, United States of

America;YAN, Jian, 503 Sheffield Drive, WALLINGFORD 19086, PA, USA, United States of America ~72:

ELLIOTT, Sarah;FLINGAI, Seleeke;MUTHUMANI, Karuppiah;PATEL, Ami;SARDESAI, Niranjan;WEINER, David

B.;YAN, Jian~ 33:US ~31:62/311,316 ~32:21/03/2016;33:US ~31:62/332,381 ~32:05/05/2016;33:US

~31:62/376,162 ~32:17/08/2016;33:US ~31:62/396,748 ~32:19/09/2016;33:US ~31:62/396,750

~32:19/09/2016;33:US ~31:62/417,093 ~32:03/11/2016;33:US ~31:62/429,454 ~32:02/12/2016;33:US

~31:62/429,473 ~32:02/12/2016

2018/06300 ~ Complete ~54:MEASUREMENT SYSTEM FOR USE IN AN EXERCISE MACHINE ~71:SONY

MOBILE COMMUNICATIONS INC., 1-8-15 Konan, Minato-ku, Tokyo, 108-0075, Japan ~72: ANDERS

LINGE;CHRISTER FLETCHER;HENRIK BENGTSSON;JOHAN NYMAN;MAGNUS LANDQVIST~

2018/06292 ~ Complete ~54:AGRICULTURAL TRENCH DEPTH SYSTEMS, METHODS, AND APPARATUS

~71:PRECISION PLANTING LLC, 23207 Townline Road, Tremont, United States of America ~72: KOCH,

Dale;SLONEKER, Dillon;SWANSON, Todd~ 33:US ~31:62/297,535 ~32:19/02/2016;33:US ~31:62/322,314

~32:14/04/2016;33:US ~31:62/366,405 ~32:25/07/2016;33:US ~31:62/417,144 ~32:03/11/2016

2018/06301 ~ Complete ~54:PROCESS FOR CONVERTING S-ENANTIOMER TO ITS RACEMIC FORM

~71:FMC CORPORATION, 2929 Walnut Street, Philadelphia, 19104, Pennsylvania, United States of America

~72: CHOKALINGAM DEVARAJAN;NARAYANA SWAMY;RAVINDRA VITTHAL DATAR~ 33:US

~31:62/309,573 ~32:17/03/2016

- APPLIED ON 2018/09/20 -

2018/06305 ~ Provisional ~54:A ROTARY MACHINE ~71:VAN DER MERWE, Johannes Wilhelm, 26 Jurgens

Street, STRAND 7140, Western Cape, SOUTH AFRICA, South Africa ~72: VAN DER MERWE, Johannes

Wilhelm~

2018/06312 ~ Complete ~54:FULLY¿INTEGRATED PRESSURELESS FLOW¿CONTROL MODULE

~71:COOLEY, Robert, Charles, Fast Fill Systems, Inc., 1195 N Springcreek Place, Suite G, Springville, United

States of America;MACKEY, Dean, Edward, Fast Fill Systems, Inc., 1195 N Springcreek Place, Suite G,

Springville, United States of America ~72: COOLEY, Robert, Charles;MACKEY, Dean, Edward~ 33:US

~31:62/312,313 ~32:23/03/2016

2018/06304 ~ Provisional ~54:DRIVE STRUCTURE WHICH COMPRISE ELECTRIC MOTORS ~71:ARGALL,

Patrick, ERF 4424 Main Road, Hout Bay, South Africa ~72: ARGALL, Patrick~

2018/06307 ~ Complete ~54:ANTIBODIES TO TIGIT ~71:Bristol-Myers Squibb Company, Route 206 and

Province Line Road, PRINCETON 08543, NJ, USA, United States of America ~72: ARDOUREL, Daniel

F.;CHAKRABORTY, Indrani;CHEN, Tseng-hui Timothy;DEVAUX, Brigitte;JULIEN, Susan H.;MAURER, Mark

F.;SHEPPARD, Paul O.;SRINIVASAN, Mohan~ 33:US ~31:62/096,267 ~32:23/12/2014

2018/06310 ~ Complete ~54:AUTOMOTIVE ENGINE COOLING SYSTEM STOP-LEAK FORMULATION

~71:HOLT LLOYD INTERNATIONAL LIMITED, 100 Barton Dock Road, Trafford Park, Stretford, Manchester, M32

0YQ, United Kingdom ~72: BRUCE ELLIS;MICHAEL NASH;RICHARD HITCHMAN~ 33:GB ~31:1715370.1

~32:22/09/2017


Page | 70

2018/06314 ~ Complete ~54:USING LUMA INFORMATION FOR CHROMA PREDICTION WITH SEPARATE

LUMA-CHROMA FRAMEWORK IN VIDEO CODING ~71:QUALCOMM Incorporated, ATTN: International IP

Administration, 5775 Morehouse Drive, SAN DIEGO 92121-1714, CA, USA, United States of America ~72:

KARCZEWICZ, Marta;SAID, Amir;SEREGIN, Vadim;ZHAO, Xin~ 33:US ~31:62/311,265 ~32:21/03/2016;33:US

~31:15/463,428 ~32:20/03/2017

2018/06318 ~ Complete ~54:UPLINK CHANNEL QUALITY MEASUREMENT USING A SUBFRAME WITH HIGH-

INTENSITY REFERENCE SIGNAL BURSTS ~71:QUALCOMM Incorporated, ATTN: International IP

Administration, 5775 Morehouse Drive, SAN DIEGO 92121-1714, CA, USA, United States of America ~72: JI,

Tingfang;JIANG, Jing;LUO, Tao;MANOLAKOS, Alexandros;NAMGOONG, June;SORIAGA, Joseph Binamira~

33:US ~31:62/311,023 ~32:21/03/2016;33:US ~31:15/251,904 ~32:30/08/2016

2018/06323 ~ Complete ~54:QUICK RELEASE DRIVING TOOL ~71:SNPshot Trustee Limited, C/- Chapman

Atkins, Level 20, PWC Tower, 188 Quay Street, AUCKLAND 1010, NEW ZEALAND, New Zealand ~72: BLADEN,

Rory;BLADEN, Roy Victor;GARDNER, Michael Stuart~ 33:US ~31:62/305,498 ~32:08/03/2016;33:US

~31:62/316,499 ~32:31/03/2016;33:NZ ~31:725837 ~32:02/11/2016

2018/06336 ~ Complete ~54:METHOD FOR PRODUCING A METALLIC COATED STEEL SHEET

~71:ARCELORMITTAL, 24-26, boulevard d'Avranches, Luxembourg ~72: Hubert SAINT-RAYMOND;Jonas

STAUDTE;Michel Roger Louis BORDIGNON;Pauline BRIAULT;Thierry HOURMAN~ 33:WO

~31:PCT/IB2016/000486 ~32:19/04/2016

2018/06315 ~ Complete ~54:DETERMINING PREDICTION PARAMETERS FOR NON-SQUARE BLOCKS IN

VIDEO CODING ~71:QUALCOMM Incorporated, ATTN: International IP Administration, 5775 Morehouse Drive,

SAN DIEGO 92121-1714, CA, USA, United States of America ~72: KARCZEWICZ, Marta;SAID, Amir;SEREGIN,

Vadim;ZHAO, Xin~ 33:US ~31:62/311,265 ~32:21/03/2016;33:US ~31:15/463,474 ~32:20/03/2017

2018/06322 ~ Complete ~54:A TISSUE SAMPLING CARTRIDGE ~71:SNPshot Trustee Limited, C/- Chapman

Atkins, Level 20, PWC Tower, 188 Quay Street, AUCKLAND 1010, NEW ZEALAND, New Zealand ~72: BLADEN,

Rory;BLADEN, Roy Victor;GARDNER, Michael Stuart~ 33:US ~31:62/305,498 ~32:08/03/2016;33:NZ

~31:718587 ~32:31/03/2016;33:NZ ~31:718588 ~32:31/03/2016;33:US ~31:62/316,499 ~32:31/03/2016;33:NZ

~31:719578 ~32:29/04/2016;33:NZ ~31:725834 ~32:02/11/2016;33:NZ ~31:725835 ~32:02/11/2016;33:NZ

~31:725836 ~32:02/11/2016;33:NZ ~31:725837 ~32:02/11/2016

2018/06327 ~ Complete ~54:DYNAMICALLY VULCANIZED ANTIBACTERIAL TPV COMPOSITE MATERIAL,

PREPARATION METHOD THEREOF AND USE THEREOF ~71:GUIZHOU MATERIALS TECHNOLOGY

INDUSTRY RESEARCH INSTITUTE, No. 2 Building, Advanced Materials, Guizhou Science Town, No. 3491

Baijin Avenue, Baiyun District, Guiyang, People's Republic of China ~72: GUO, Jianbing;HE, Weidi;ZHOU,

Dengfeng~ 33:CN ~31:2017102612307 ~32:20/04/2017

2018/06331 ~ Complete ~54:MIXING SHAFT ~71:MASCHINENFABRIK GUSTAV EIRICH GMBH & CO.

KG, Walldürner Straße 50, 74736, Hardheim, Germany ~72: ANDREAS SEILER;CHRISTIAN

LUKSCHE;MARTIN DÖRR;MATTHIAS BECHTOLD~ 33:DE ~31:10 2016 106 536.6

~32:08/04/2016;33:DE ~31:20 2016 106 597.6 ~32:25/11/2016

2018/06311 ~ Complete ~54:THREE-DIMENSIONAL DIRECTIONAL TRANSIENT ELECTROMAGNETIC

DETECTION DEVICE AND METHOD FOR MINING A BOREHOLE ~71:CHINA UNIVERSITY OF MINING AND

TECHNOLOGY, BEIJING, No.11, Xueyuan Road, Haidian, Beijing, People's Republic of China;WUHAN

CHANGSHENG MINE SECURITY TECHNOLOGY LIMITED, No. 38, JuLong Road, PanLongCheng, Wuhan City,

Hubei, People's Republic of China ~72: CHUNSHENG LIU;FENGJUAN TAO;LIU LIU;QIANG WU;YIFAN ZENG~

33:CN ~31:201710861451.8 ~32:21/09/2017


Page | 71

2018/06319 ~ Complete ~54:DECODING VIDEO DATA USING A TWO-LEVEL MULTI-TYPE-TREE

FRAMEWORK ~71:QUALCOMM Incorporated, ATTN: International IP Administration, 5775 Morehouse Drive,

SAN DIEGO 92121-1714, CA, USA, United States of America ~72: CHEN, Jianle;CHUANG, Hsiao-

Chiang;KARCZEWICZ, Marta;LI, Xiang;ZHANG , Li;ZHAO, Xin;ZOU, Feng~ 33:US ~31:62/311,248

~32:21/03/2016;33:US ~31:62/401,016 ~32:28/09/2016;33:US ~31:15/463,398 ~32:20/03/2017

2018/06321 ~ Complete ~54:BIOLOGICAL SAMPLER, COLLECTOR AND STORAGE CONTAINER

~71:SNPshot Trustee Limited, C/- Chapman Atkins, Level 20, PWC Tower, 188 Quay Street, AUCKLAND 1010,

NEW ZEALAND, New Zealand ~72: BLADEN, Rory;BLADEN, Roy Victor;GARDNER, Michael Stuart~ 33:US

~31:62/305,498 ~32:08/03/2016;33:NZ ~31:718587 ~32:31/03/2016;33:US ~31:62/316,499

~32:31/03/2016;33:NZ ~31:725835 ~32:02/11/2016;33:NZ ~31:725837 ~32:02/11/2016

2018/06306 ~ Complete ~54:PROCESS AND SYSTEM FOR REDUCING RINGING IN LIME KILNS

~71:ANDRITZ INC., One Namic Place, Glens Falls, United States of America ~72: PELTONEN, Kimmo~ 33:US

~31:62/564,087 ~32:27/09/2017;33:US ~31:16/133,365 ~32:17/09/2018

2018/06308 ~ Complete ~54:CONCENTRATION PROCESS OF MUDS OF IRON ORE ~71:Vale S.A., Torre

Oscar Niemeyer, Praia de Botafogo no 186, sala 701 a sala 1901, Botafogo, RIO DE JANEIRO 22250-145, RJ,

BRAZIL, Brazil ~72: LIMA, Neymayer Pereira;SEGATO, Maurício Curi;SILVA, Klaydison Carlaile~ 33:BR

~31:102017021494-0 ~32:06/10/2017

2018/06313 ~ Complete ~54:A FIREARM ~71:CESKA ZBROJOVKA A.S., Svatopluka Cecha 1283 688 27, Czech

Republic ~72: SIMEK, Vladimir~ 33:CZ ~31:PV 2016-237 ~32:25/04/2016

2018/06330 ~ Complete ~54:COOLING SYSTEM ~71:CHINA ENFI ENGINEERING CORPORATION, 12 Fuxing

Avenue, Haidian District, 100038, Beijing, People's Republic of China ~72: CHUANGU WU;KEFEI CAO;MIN

LI;SHUXIAO WANG;XIAOHUA YANG;XINGBIN WANG;XIYONG CHEN;XUEGANG CHEN~ 33:CN

~31:201610161954.X ~32:21/03/2016

2018/06334 ~ Complete ~54:NEGATIVE ALLOSTERIC MODULATORS OF MGLUR5 FOR USE IN THE

TREATMENT OF MATURE BRAIN DAMAGES ~71:SINNTAXIS AB, c/o Wieloch, Stora

Gråbrödersgatan 3a, S-222 22, Lund, Sweden ~72: CARIN SJÖLUND;KARSTEN

RUSCHER;KERSTIN BEIRUP;ROGER OLSSON;TADEUSZ WIELOCH~

2018/06316 ~ Complete ~54:IDENTITY REGISTRATION METHOD AND DEVICE ~71:Alibaba Group Holding

Limited, Fourth Floor, One Capital Place, P.O. Box 847, GEORGE TOWN, GRAND CAYMAN, CAYMAN

ISLANDS, Cayman Islands ~72: MENG, Fei~ 33:CN ~31:201610180030.4 ~32:25/03/2016

2018/06329 ~ Complete ~54:COOLING SYSTEM ~71:CHINA ENFI ENGINEERING CORPORATION, 12 Fuxing

Avenue, Haidian District, 100038, Beijing, People's Republic of China ~72: CHUANGU WU;KEFEI CAO;MIN

LI;SHUXIAO WANG;XIAOHUA YANG;XINGBIN WANG;XIYONG CHEN;XUEGANG CHEN~ 33:CN

~31:201610161951.6 ~32:21/03/2016

2018/06309 ~ Complete ~54:BIODEGRADABLE PRODUCT ~71:TAMP PRODUCTS CC, 5 ANTOINETTE

CRESCENT, RAVENSKLIP, BOKSBURG, 1459, SOUTH AFRICA, South Africa ~72: RUDOLPH ALEXANDER

KUIPERS~ 33:ZA ~31:2017/04179 ~32:20/06/2017

2018/06317 ~ Complete ~54:GRAY CAST IRON INOCULANT ~71:Elkem ASA, Drammensveien 169, OSLO

0277, NORWAY, Norway ~72: LIPTAK, Matthew~ 33:US ~31:15/099,897 ~32:15/04/2016


Page | 72

2018/06324 ~ Complete ~54:BRAZING SHEET ~71:Gränges AB, Linnégatan 18, Box 5505,

STOCKHOLM 114 85, SWEDEN, Sweden ~72: NILSSON, Stefan;STENQVIST, Torkel;SVENSSON,

Roger;WESTERGÅRD, Richard~ 33:EP ~31:16164815.9 ~32:12/04/2016;33:EP ~31:16164817.5

~32:12/04/2016

2018/06328 ~ Complete ~54:AN ENVIRONMENTAL MONITORING SYSTEM WITH UNMANNED BOATS AS

CARRIER AND USE THEREOF ~71:SHANGHAI OCEAN UNIVERSITY, No.999, Huchenghuan Road, Pudong

New District, 201306, Shanghai, People's Republic of China ~72: BOWEN XING~

2018/06333 ~ Complete ~54:A MEMORY MANAGEMENT SYSTEM AND METHOD ~71:CRAIG MICHAEL

HORN, No 6 Craigneven 16 Guildford Rd Musgrave, Durban, 4001, South Africa ~72: CRAIG MICHAEL

HORN~

2018/06325 ~ Complete ~54:PHARMACEUTICAL COMPOSITION THAT INCLUDES THE SURFACE AND

NUCLEOCAPSID ANTIGENS OF THE HEPATITIS B VIRUS ~71:Centro de Ingeniería Genética y

Biotecnología, Avenida 31 entre 158 y 190, Cubanacán, PLAYA 11600, LA HABANA, CUBA, Cuba

~72: AGUIAR SANTIAGO, Jorge Agustin;AGUILAR RUBIDO, Julio Cesar;GONZALEZ BLANCO, Sonia;GUILLEN

NIETO, Gerardo Enrique;IGLESIAS PEREZ, Enrique;LOBAINA MATO, Yadira;PENTON ARIAS,

Eduardo;VALDES HERNANDEZ, Jorge;VAZQUEZ CASTILLO, Mariela~ 33:CU ~31:2016-0038 ~32:31/03/2016

2018/06326 ~ Complete ~54:A DYNAMICALLY VULCANIZED FLAME-RETARDANT TPV COMPOSITE

MATERIAL AND A METHOD FOR PREPARING THE SAME ~71:GUIZHOU MATERIALS TECHNOLOGY

INDUSTRY RESEARCH INSTITUTE, No. 2 Building, Advanced Materials, Guizhou Science Town, No. 3491

Baijin Avenue, Baiyun District, People's Republic of China ~72: GUO, Jianbing;HE, Weidi;ZHOU, Dengfeng~

33:CN ~31:201710261833.7 ~32:20/04/2017

2018/06332 ~ Complete ~54:DEVICE AND METHOD FOR REMOVAL OF POLLUTANTS FROM GAS

STREAMS ~71:PURE DRAGON ENVIRONMENTAL LTD., 1056 Armitage Crescent SW, Edmonton, T6W 0K3,

Alberta, Canada ~72: ALLAN ROBERT DANROTH;GLENN ERIC WEAGLE;KEITH MAURICE DUHAIME~ 33:US

~31:62/326,452 ~32:22/04/2016

2018/06320 ~ Complete ~54:SULTIAME FOR THE TREATMENT OF SLEEP APNEA ~71:GROTE, Ludger,

Jakobsdalsgatan 46, GÖTEBORG 412 68 , SWEDEN, Sweden;HEDNER, Jan, Orangerigatan 4,

GÖTEBORG 412 66, SWEDEN, Sweden;STENLÖF, Kaj, Högenvägen 106, TORSLANDA

423 63, SWEDEN, Sweden ~72: GROTE, Ludger;HEDNER, Jan;STENLÖF, Kaj~ 33:SE ~31:1650636-2

~32:11/05/2016

2018/06335 ~ Complete ~54:SMOKING ARTICLE COMPRISING AEROGEL ~71:R. J. REYNOLDS TOBACCO

COMPANY, 401 North Main Street, Winston-Salem, United States of America ~72: NORDSKOG, Brian Keith~

33:US ~31:15/052,325 ~32:24/02/2016

- APPLIED ON 2018/09/21 -

2018/06338 ~ Provisional ~54:A PAYMENT AUTHENTICATION DEVICE, A PAYMENT AUTHENTICATION

SYSTEM AND A METHOD OF AUTHENTICATING PAYMENT ~71:AUTHGATE (PTY) LTD, 74 Cornell Road,

Clubview, South Africa ~72: RAUTENBACH, Francois Johannes;ROUX, Johannes Martinus;TALJAARD, Nico~

2018/06340 ~ Provisional ~54:ADAPTER FOR A PRINTER ~71:AUTHGATE (PTY) LTD, 74 Cornell Road,

Clubview, South Africa ~72: RAUTENBACH, Francois Johannes~


Page | 73

2018/06342 ~ Provisional ~54:AYA UNIVERSITY: TEACHING AND LEARNING MANAGEMENT SYSTEM

~71:Lipalesa Makoele, 278 Pleiades Avenue Waterkloof Ridge, South Africa ~72: Lipalesa Makoele~

2018/06344 ~ Provisional ~54:A SYSTEM AND METHOD FOR IMPUTING MISSING DATA IN A DATASET, A

METHOD AND SYSTEM FOR DETERMINING A HEALTH CONDITION OF A PERSON, AND A METHOD AND

SYSTEM OF CALCULATING AN INSURANCE PREMIUM ~71:University of Johannesburg, C/O University of

Johannesburg, Cnr Kingsway Avenue and University Road, Auckland Park, 2006, SOUTH AFRICA, South Africa

~72: MARWALA, Tshilidzi;MBUVHA, Rendani~

2018/06346 ~ Complete ~54:MOTOR DRIVEN WELDER AND CONTROL METHOD THEREOF ~71:BCS S.p.A.,

Via Marradi Giovanni, 1, MILANO 20123, ITALY, Italy ~72: BIFFI, Giorgio~ 33:IT ~31:102017000106957

~32:25/09/2017

2018/06347 ~ Complete ~54:OCTANOIC, NONANOIC AND DECANOIC FATTY ACIDS WITH PYRETHROID

ADULTICIDES ~71:Valent BioSciences LLC, 870 Technology Way, LIBERTYVILLE 60048, IL, USA, United

States of America ~72: BELKIND, Benjamin A.;CLARK, Jason;DECHANT, Peter~

2018/06350 ~ Complete ~54:A SYSTEM AND METHOD FOR IN-LINE TREATMENT OF THREAD FOR USE

WITH A THREAD CONSUMPTION DEVICE ~71:COLOREEL GROUP AB, Science Park, Sweden ~72: EKLIND,

Martin;STABERG, Joakim~ 33:SE ~31:1650301-3 ~32:07/03/2016

2018/06354 ~ Complete ~54:CODE AND CONTAINER OF SYSTEM FOR PREPARING A BEVERAGE OR

FOODSTUFF ~71:Nestec S.A., Avenue Nestlé 55, VEVEY CH-1800, SWITZERLAND, Switzerland ~72:

JARISCH, Christian;NOTH, André~ 33:EP ~31:16156864.7 ~32:23/02/2016;33:EP ~31:16156870.4

~32:23/02/2016;33:EP ~31:16196877.1 ~32:02/11/2016

2018/06357 ~ Complete ~54:PROTEIN BASED EXCIPIENT FOR ACTIVE PHARMACEUTICAL INGREDIENTS

~71:Rousselot B.V., Kanaaldijk Noord 20-21, SON 5691, NM, THE NETHERLANDS, Netherlands ~72: VAN DE

MOOTER, Guy;VERGAUWEN, Bjorn~ 33:BE ~31:2016/5302 ~32:29/04/2016;33:BE ~31:2016/5977

~32:26/12/2016

2018/06361 ~ Complete ~54:ENHANCING TOUGHNESS IN MICROENCAPSULATED NUCLEAR FUEL

~71:ULTRA SAFE NUCLEAR CORPORATION, 188 Piedra Loop, Los Alamos, 87544, New Mexico, United

States of America ~72: FRANCESCO VENNERI~ 33:US ~31:62/314,702 ~32:29/03/2016

2018/06363 ~ Complete ~54:TREATMENT OF THICK FINE TAILINGS INCLUDING CHEMICAL

IMMOBILIZATION, POLYMER FLOCCULATION AND DEWATERING ~71:SUNCOR ENERGY INC., Suncor

Energy Centre West Tower P.O. Box 2844 150 6th Avenue SW, Calgary, T2P 3E3, Alberta, Canada ~72:

ADRIAN REVINGTON;ALAN MELANSON;BABAK DERAKHSHANDEH;BAHA ELSAYED ABULNAGA;BENITO

MOYLS;DARYL HOCKLEY;JOHN DIEP;MACOURA KONE;MARC GORANSON;NAVEEN PRATHAP;OLADIPO

OMOTOSO;PATRICK SEAN WELLS;RODNEY GUEST~ 33:CA ~31:2,921,835 ~32:24/02/2016

2018/06367 ~ Complete ~54:INSECT INHIBITORY TOXIN FAMILY ACTIVE AGAINST HEMIPTERAN AND/OR

LEPIDOPTERAN INSECTS ~71:MONSANTO TECHNOLOGY LLC, 800 NORTH LINDBERGH BLVD, ST LOUIS,

63167, United States of America ~72: BOWEN, DAVID, J.;CHAY, CATHERINE;EVDOKIMOV,

ARTEM;SCHRODER, MEGAN, N.;SLGHTOM, RACHAEL, N.;SUKURU, UMA, R.;TAO,

NENGBING;WOLLACOTT, ANDREW, M.~ 33:US ~31:61/472,865 ~32:07/04/2011

2018/06351 ~ Complete ~54:VISCOELASTIC GEL OF LIRAGLUTIDE ADAPTED FOR ONCE-WEEKLY OR

ONCE BI-WEEKLY ADMINISTRATION ~71:SUN PHARMA ADVANCED RESEARCH COMPANY LTD, 17/B,


Page | 74

Mahal Industrial Estate, Mahakali Caves Road, India ~72: HALDER, Arindam;KHOPADE, Ajay Jaysingh;PATEL,

Vivek~ 33:IN ~31:201621011454 ~32:31/03/2016

2018/06356 ~ Complete ~54:6-HYDROXY-4-OXO-1,4-DIHYDROPYRIMIDINE-5-CARBOXAMIDES AS APJ

AGONISTS ~71:Bristol-Myers Squibb Company, Rt. 206 and Province Line Road, PRINCETON 08543, NJ, USA,

United States of America ~72: BILDER, Donna M.;BRIGANCE, Robert Paul;FINLAY, Heather;JIANG,

Wen;JOHNSON, James A.;LAWRENCE, R. Michael;MENG, Wei;MYERS, Michael C.;PHILLIPS, Monique;PI,

Zulan;TORA, George O.;ZHANG, Xiaojun~ 33:US ~31:62/312,780 ~32:24/03/2016

2018/06365 ~ Complete ~54:CONTROL OF A DRUG INFUSION DEVICE ~71:ICU MEDICAL, INC., 951 Calle

Amanecer, San Clemente,, United States of America ~72: MARINO, Angela;PACE, William Bruce;RINDA, Jeffrey

Eugene;WILLEY, Suzanne~ 33:US ~31:62/319,849 ~32:08/04/2016

2018/06337 ~ Provisional ~54:A CONTAINER ~71:WILKEN, Rolynne, Christine, 86 DAN PIENAAR DRIVE,

TEDDERFIELD AH, EIKENHOF, 1872, SOUTH AFRICA, South Africa ~72: PHILIPPIDES, Bonni,

Leigh;RENSLEIGH, Gareth, Brendan;WILKEN, Rolynne, Christine~

2018/06352 ~ Complete ~54:ELECTRICAL CONNECTION DEVICE FOR DRAW-OUT CIRCUIT BREAKER AND

DRAW-OUT CIRCUIT BREAKER ~71:SVRUI (TIANJIN) ELECTRICAL EQUIPMENT CO., LTD., No.17,

Chaoyang East Road, Industrial Zone of Plastic products, Baodi District, People's Republic of China ~72: LIU,

Lei;NAN, Yin;SHAN, Baowei;ZHANG, Qiang~ 33:CN ~31:201610286856.9 ~32:29/04/2016

2018/06353 ~ Complete ~54:SECONDARY CIRCUIT COUPLING ASSEMBLY OF CIRCUIT BREAKER AND

DRAWER-TYPE CIRCUIT BREAKER ~71:SVRUI (TIANJIN) ELECTRICAL EQUIPMENT CO., LTD., No.17,

Chaoyang East Road, Industrial Zone of Plastic products, Baodi District, People's Republic of China ~72: CUI,

Guosong;SHAN, Baowei;ZHANG, Qiang~ 33:CN ~31:201610230806.9 ~32:13/04/2016

2018/06359 ~ Complete ~54:METHOD AND APPARATUS FOR DELIVERY OF THERAPEUTIC AGENTS

~71:ICHOR MEDICAL SYSTEMS, INC., 6310 Nancy Ridge Drive, No. 107, United States of America ~72:

BERNARD, Robert M.;COX, Thomas David;HANNAMAN, Andrew W.;HARTMAN, Adam;MORSE, Stephen

A.;RUCK, Oliver~ 33:US ~31:62/314,286 ~32:28/03/2016

2018/06360 ~ Complete ~54:FULLY CERAMIC MICROENCAPSULATED FUEL FABRICATED WITH

BURNABLE POISON AS SINTERING AID ~71:ULTRA SAFE NUCLEAR CORPORATION, 188 Piedra Loop, Los

Alamos, 87544, New Mexico, United States of America ~72: FRANCESCO VENNERI~ 33:US ~31:62/314,746

~32:29/03/2016

2018/06362 ~ Complete ~54:PROCESS FOR RAPID PROCESSING OF SIC AND GRAPHITIC MATRIX TRISO-

BEARING PEBBLE FUELS ~71:ULTRA SAFE NUCLEAR CORPORATION, 188 Piedra Loop, Los Alamos,

87544, New Mexico, United States of America ~72: FRANCESCO VENNERI~ 33:US ~31:62/314,705

~32:29/03/2016

2018/06366 ~ Complete ~54:INSECT INHIBITORY TOXIN FAMILY ACTIVE AGAINST HEMIPTERAN AND/OR

LEPIDOPTERAN INSECTS ~71:MONSANTO TECHNOLOGY LLC, 800 NORTH LINDBERGH BLVD, ST LOUIS,

63167, United States of America ~72: BOWEN, DAVID, J.;CHAY, CATHERINE;EVDOKIMOV,

ARTEM;SCHRODER, MEGAN, N.;SLIGHTOM, RACHAEL, N.;SUKURU, UMA, R.;TAO,

NENGBING;WOLLACOTT, ANDREW, M.~ 33:US ~31:61/472,865 ~32:07/04/2011

2018/06339 ~ Provisional ~54:ROCK BOLT WITH STRAIN DETECTION MEANS ~71:NCM INNOVATIONS

(PTY) LTD, 109 Adcock Ingram Avenue Aeroton, South Africa ~72: KNOX, Greig~


Page | 75

2018/06341 ~ Provisional ~54:SELF-DRILLING HYBRID ROCK ANCHOR ~71:NCM INNOVATIONS (PTY) LTD,

109 Adcock Ingram Avenue Aeroton, South Africa ~72: BERGHORST, Adrian;KNOX, Greig;SHEPPARD, James

William~

2018/06343 ~ Provisional ~54:SMART HEART IMBHAWULA ~71:Mbali Mavuso, 1761 SEKHABE STREET ,

SPRUITVIEW , 1425, South Africa ~72: SIBUSISO MAVUSO~

2018/06345 ~ Complete ~54:SINGLE VALVE FOR GAS GRILL WITH MULTIPLE BURNERS ~71:Weber-

Stephen Products LLC, 1415 S. Roselle Road, PALATINE 60067, IL, USA, United States of America ~72:

KALISIAK, Anton~ 33:US ~31:15/695,123 ~32:25/09/2017

2018/06348 ~ Complete ~54:DRILL RIG ~71:LOUW, Dennis Charles, Plot 81, Kroondal, RUSTENBURG 0299,

SOUTH AFRICA, South Africa;VILJOEN, Johannes Lodewikus, Plot 59, Watersedge, OBERHOLTZER 2502,

SOUTH AFRICA, South Africa ~72: LOUW, Dennis Charles;VILJOEN, Johannes Lodewikus~ 33:ZA

~31:2017/04244 ~32:22/06/2017

2018/06349 ~ Complete ~54:ROTATING SHAFT DEVICE OF CIRCUIT BREAKER ~71:ZHEJIANG CHINT

ELECTRICS CO., LTD., No.1, CHINT Road, CHINT Industrial Zone, People's Republic of China ~72: GUO,

Dexin;JIANG, Huahua;LI, Jiacai;XIAO, Hongwei~ 33:CN ~31:201610127244.5 ~32:07/03/2016

2018/06355 ~ Complete ~54:RECIPCODE AND CONTAINER OF SYSTEM FOR PREPARING A BEVERAGE

OR FOODSTUFF ~71:Nestec S.A., Avenue Nestlé 55, VEVEY CH-1800, SWITZERLAND, Switzerland ~72:

NOTH, André~ 33:EP ~31:16156864.7 ~32:23/02/2016

2018/06358 ~ Complete ~54:SENSOR SYSTEM FOR PASSIVE IN-VEHICLE BREATH ALCOHOL ESTIMATION

~71:Automotive Coalition for Traffic Safety, Inc., 803 7th Street, N.W., 3rd Floor, WASHINGTON 20001-3717,

DC, USA, United States of America ~72: GESTER, Raimo;HÖK, Bertil;LJUNGBLAD, Jonas;PETTERSSON,

Håkan~ 33:US ~31:62/312,476 ~32:24/03/2016;33:US ~31:15/389,724 ~32:23/12/2016

2018/06364 ~ Complete ~54:BREAKAWAY RAILCAR POWER CONNECTOR ~71:WESTINGHOUSE AIR

BRAKE TECHNOLOGIES CORPORATION, 1001 Air Brake Avenue, United States of America ~72: SMAJDA,

Kenneth J.~ 33:US ~31:15/135,951 ~32:22/04/2016

INSPECTION OF SPECIFICATIONS

A complete specification may, after acceptance is advertised, be inspected during office hours at the Patent

Office, Pretoria, at a charge of R4, 00. Please note, that in terms of section 43 (3) if the acceptance of an

application which claims priority in terms of section 31 (1) (c) is not published in terms of section 42 within 18

months from the earliest priority claimed from the relevant application in a convention country, it shall be opened

to public inspection after the expiration of 18 months from the earliest priority so claimed.

COPIES OF DOCUMENTS

The Patent Office, Private Bag X400, Pretoria, supplies copies of all patent and trade mark documents at the

following rate:

Photocopies: R1, 00 per page

(Payment to be affected by means of revenue stamps only.)

COMPLETE SPECIFICATIONS ACCEPTED AND ABRIDGEMENTS OR ABSTRACTS THEREOF


Page | 76

Complete specifications in respect of the under mentioned applications for letters Patent have been accepted by

the Registrar of Patents.

THE PATENTS ACT, 1978 (ACT NO. 57 OF 1978)

In terms of section 42 (b) of the Patents Act, 1978, a patent shall be deemed to have been sealed and granted as

from the date of publication of the acceptance.

The numerical references denote the following: (21) Number of application. (22) Date of application. (DA) Date of

acceptance. (51) Class. (71) Name of applicant(s). (72) Name of all inventors. (33) Country. (31) Number and (32)

Date of convention application. (54) Title of invention. (00) Number of sheets.

Registrar of Patents

21: 2012/03224 22: 2012/05/04 43: 2018/08/17 51: A61K; A61P 71: GRIFOLS THERAPEUTICS INC. 72: BARNETTE DEBORAH, MANNING MARK, COLDREN BRET, KLOS ANTHONY, GUO JIANXIN 33: US 31: 61/257.711 32: 2009/11/03 54: COMPOSITION, METHOD, AND KIT FOR ALPHA-1 PROTEINASE INHIBITOR 00: - The present invention provides compositions

comprising API and at least one amino acid, in

particular a liquid API formulation comprising amino

acids, and methods and kits related thereto. These

amino acids when incorporated into the API

composition afford stability to the API formulation.

21: 2013/05820 22: 2013/08/01 43: 2018/07/13 51: A61K; A61P; C07D 71: Asana BioSciences, LLC 72: THOMPSON, Scott Kevin, PRIESTLEY, Tony, SMITH, Roger Astbury, SAHA, Ashis K., RUDRA,

Sonali, HAJRA, Arun Kuma, CHATTERJEE, Dipanwita, BEHRENS, Carl Henry, HE, Yigang, LI, Hui-Yin 33: US 31: 61/444,379 32: 2011/02/18 54: AMINOINDANE COMPOUNDS AND USE THEREOF IN TREATING PAIN 00: - The present application provides novel aminoindane

compounds and methods for preparing and using

these compounds. These compounds are useful in

treating pain and/or itch in patients by administering

one or more of the compounds to a patient. The

methods include administering a compound of

formula (I) or (II) and a TRPVl receptor activator. In

one embodiment, the TRPVl receptor activator is

lidocaine.

21: 2013/07397 22: 2013/10/03 43: 2018/07/13 51: H04N 71: QUALCOMM Incorporated 72: SOLE ROJALS, Joel, KARCZEWICZ, Marta 33: US 31: 61/449,413 32: 2011/03/04 54: QUANTIZED PULSE CODE MODULATION IN VIDEO CODING 00: - A quantized PCM mode includes the step of

quantizing samples so that distortion is added to

coded video. In this way, video blocks coded with

quantized PCM appear more uniformly with adjacent

video blocks that have been coded with other lossy

compression techniques, such as inter-prediction

coding or intra-prediction coding. A video encoder

may first quantize input video samples with a

quantization step prior to PCM coding the quantized

samples. This quantization step may be signaled to


Page | 77

a decoder in the encoded video bitstream. A video

decoder may receive the encoded video bitstream

that includes quantized PCM coded video samples.

These samples are first decoded using pulse code

demodulation and then are inverse quantized with

the same quantization step used to encode the

video. The video decoder may extract this

quantization step from the output bit-depth in the

encoded video bitstream.

21: 2013/07592 22: 2012/04/16 43: 2018/07/04 51: C07K; A61K 71: COMPUGEN LTD. 72: TOPORIK, AMIR, NOVIK, AMIT, SHEMESH, RONEN 33: US 31: 61/581,194 32: 2011/12/29 33: US 31: 61/475,682 32: 2011/04/15 33: US 31: 61/532,575 32: 2011/09/09 54: POLYPEPTIDES AND POLYNUCLEOTIDES, AND USES THEREOF FOR TREATMENT OF IMMUNE RELATED DISORDERS AND CANCER 00: - This invention relates to LY6G6F, VSIG10, TMEM25

and LSR proteins, which are suitable targets for

immunotherapy, treatment of cancer, infectious

disorders, and/or immune related disorders, and

drug development. This invention further relates to

soluble LY6G6F, VSIG10, TMEM25 and LSR

molecules, extracellular domains of LY6G6F,

VSIG10, TMEM25 and LSR and conjugates, which

are suitable drugs for immunotherapy, treatment of

cancer, infectious disorders, and/or immune related

disorders. This invention further relates to antibodies

and antigen binding fragments and conjugates

containing same, and/or alternative scaffolds,

specific for LY6G6F, VSIG10, TMEM25 or LSR

molecules, which are suitable drugs for

immunotherapy, treatment of cancer, infectious

disorders, and/or immune related disorders.

21: 2013/07928 22: 2013/10/23 43: 2018/07/12 51: C08G; E01B 71: Bayer Intellectual Property GmbH 72: HOFFMANN, Andreas, ERWE, Torsten, MAIER, Udo, WIRTZ, Hans-Guido, KLEINER, Thomas, BUSCH, Ralf 33: PCT/CN 31: 2011/000496 32: 2011/03/24 54: PROCESS FOR THE PRODUCTION OF BALLAST 00: - A process for the production of ballast for railway

track laying, road construction, dam construction and

bank protection, wherein ballast stones are spread

out to form ballast and a reaction mixture for the

preparation of a polyurethane foam, produced from

components by a low-pressure process, is applied

between the spread ballast stones.

21: 2014/00227 22: 2012/06/14 43: 2018/07/27 51: B01D; B01J; F01N 71: UMICORE AG & CO. KG 72: GABRIELSSON, PÄR L, JOHANSEN, KELD 33: DK 31: PA 2011 00535 32: 2011/07/13 54: METHOD FOR COATING A CATALYSED PARTICULATE FILTER AND A PARTICULATE FILTER 00: - Method for the preparation of a wall flow particulate

filter catalysed at its inlet side with a first catalyst


Page | 78

having activity in the removal of residual

hydrocarbons and carbon monoxide and catalysing

at rich burn engine operation conditions the reaction

of nitrogen oxides with hydrogen and/or carbon

monoxide to ammonia and catalysed at its outlet

side with a second catalyst having activity in the

selective reduction of NOx by reaction with ammonia

being formed in the inlet side. The method involves

the provision of a first catalyst having a particle size

larger than the filter wall mean pore size, and a

second catalyst having a particle size smaller than

the filter wall mean pore size, and mixing the first

and second catalyst into one suspension, which is

used for washcoating from the inlet end. The second

catalyst thereby diffuses into the partition wall.

21: 2014/00437 22: 2014/01/20 43: 2018/07/20 51: B26B 71: The Gillette Company 72: HOWELL, Daren Mark, WHITTINGHAM, Andrew Martin 33: EP 31: 11170653.7 32: 2011/06/21 54: RAZOR CARTRIDGE WITH SKIN CONTACT ELEMENT 00: -

21: 2014/00483 22: 2014/01/21 43: 2018/07/20 51: A61K 71: AbbVie Inc. 72: TRIPP, Catherine 33: US 31: 61/507,347 32: 2011/07/13 54: METHODS AND COMPOSITIONS FOR TREATING ASTHMA USING ANTI-IL-13 ANTIBODIES 00: - The invention provides methods and compositions

for treating asthma, e.g., mild or moderate asthma,

in a subject using an anti-IL-13 antibody, or antigen-

binding portion thereof.

21: 2014/00489 22: 2014/01/21 43: 2018/07/20 51: A24D 71: British American Tobacco (Investments) Limited 72: KALJURA, Karl, CLARKE, Paul, DUNCKLEY, Ian, FAWCUS, Philip Russell, BLICK, Kevin, PATON, David, RICHARDSON, John, PARK, Kie Seon, DUNLOP, Stuart, MEREDITH, Patrick, PENROSE, Graham 33: GB 31: 1113936.7 32: 2011/08/12 54: SMOKING ARTICLE AND METHOD OF MANUFACTURING A SMOKING ARTICLE 00: - Smoking article and method of manufacturing a

smoking article A smoking article (10), comprises a

first part, and a second part movable relative to the

first part. An indexing mechanism comprises a first

indexing surface (18) on one of the first part or

second part; and a second indexing surface (19) on

the other of the first and second parts. The second

indexing surface (19) is configured to engage with

the first indexing surface (18) to control relative

movement between the first part and second part.

21: 2014/00736 22: 2014/01/30 43: 2018/07/20 51: H04L; H04W 71: QUALCOMM Incorporated 72: ABRAHAM, Santosh Paul, FREDERIKS, Guido Robert, MERLIN, Simone, WENTINK, Maarten Menzo 33: US 31: 61/506,136 32: 2011/07/10 54: SYSTEMS AND METHODS FOR LOW-OVERHEAD WIRELESS BEACONS HAVING COMPRESSED NETWORK IDENTIFIERS 00: - Systems, methods, and devices for communicating a

compressed beacon are described herein. In some

aspects, a method of communicating in a wireless

network includes creating a shortened network

identifier having a first length from a full network

identifier having a second length. The first length is

shorter than the second length. The method further


Page | 79

includes generating a compressed beacon including

the shortened network identifier. The method further

includes transmitting, at an access point, the

compressed beacon.

21: 2014/01068 22: 2014/02/11 43: 2018/07/20 51: G08B 71: APTIM, CSP Conseil, DESGORCES, Claude, HENAULT, Dominique 72: DESGORCES, Claude, HENAULT, Dominique 33: FR 31: 11/02512 32: 2011/08/12 54: IMPROVED FLOOR COVERING 00: - A floor covering comprises: a surface layer (4)

comprising a plurality of conductive segments (12)

suitable for being powered electrically; an at least

partially electrically insulating intermediate layer (6)

comprising a plurality of holes (14) distributed in a

substantially regular manner in such a way that the

average distance between a hole (14) and the hole

(14) closest thereto is between approximately 5 cm

and 20 cm; and a base layer (8) comprising a

plurality of electrical contacts (16) at least some of

which correspond to the holes (14) of the surface

layer (4) and are connected to an electronic

controller (10). The surface layer (4), the

intermediate layer (6), and the base layer (8) are

arranged one on top of the other in this order, and

are positioned in such a way that at least some of

the conductive segments (12) are arranged at least

partially facing a hole (14) of the intermediate layer

(6), and that these conductive segments (12) react

to a pressure by approaching the corresponding

electrical contacts (16) of the base layer (8), the

electronic controller (10) being also arranged so as

to selectively emit a warning signal, depending on a

condition comprising the number of conductive

elements (16) to which it is connected, which are

close to a conductive segment (12).

21: 2014/01091 22: 2012/08/17 43: 2018/07/27 51: C12Q 71: SYNTHETIC GENOMICS, INC. 72: GRANDLIC, CHRISTOPHER J, RICHARDSON, TOBY, KEROVUO, JANNE S, SCHWARTZ, ARIEL 33: US 31: 61/525,674 32: 2011/08/19 54: INTEGRATED METHOD FOR HIGH-THROUGHPUT IDENTIFICATION OF NOVEL PESTICIDAL COMPOSITIONS AND USES THEREFOR 00: - Methods to rapidly identify nucleic acid sequences

encoding novel biotoxins are provided. Particularly,

methods to rapidly sample and screen

extrachromosomal genetic content of

microorganisms for novel sequences of interest are

described. Compositions comprising coding

sequences for biotoxins, and polypeptides and uses

derived therefrom are provided. Compositions and

methods are useful, for example, for conferring

pesticidal activity to bacteria, plants, plant cells,

tissues, and seeds.

21: 2014/01153 22: 2014/02/14 43: 2018/07/20 51: A61K 71: Grünenthal GmbH 72: GEISSLER, Anja, BARNSCHEID, Lutz 33: EP(DE) 31: 11008131.2 32: 2011/10/06


Page | 80

54: TAMPER-RESISTANT ORAL PHARMACEUTICAL DOSAGE FORM COMPRISING OPIOID AGONIST AND OPIOID ANTAGONIST 00: - The invention relates to a pharmaceutical dosage

form for oral administration having a breaking

strength of at least 300 N and comprising an opioid

agonist, an opioid antagonist, and a polyalkylene

oxide having an average molecular weight of at least

200,000 g/mol, wherein in accordance with Ph. Eur.

the in vitro release profile of the opioid agonist

essentially corresponds to the in vitro release profile

of the opioid antagonist, and wherein the opioid

agonist and the opioid antagonist are intimately

mixed with one another and homogeneously

dispersed in the polyalkylene oxide.

21: 2014/01368 22: 2012/08/20 43: 2018/07/27 51: A61P 71: BIODELIVERY SCIENCES INTERNATIONAL, INC. 72: FINN, ANDREW, VASISHT, NIRAJ 33: US 31: 61/525,094 32: 2011/08/18 54: ABUSE-RESISTANT MUCOADHESIVE DEVICES FOR DELIVERY OF BUPRENORPHINE 00: - The present invention provides abuse deterrent

mucoadhesive devices for delivery of buprenorphine.

Each device comprises a mucoadhesive layer and a

backing layer, and the pH in each layer is selected,

such that absorption of buprenorphine is maximized.

21: 2014/01484 22: 2014/02/26 43: 2018/07/20 51: A01N; A61K; A61Q 71: Bayer Intellectual Property GmbH 72: HOFMANN, Stefan, SELBACH, Claudia, KRÜDEWAGEN, Eva Maria, STANNECK, Dorothee 33: EP 31: 11175537.7 32: 2011/07/27 54: POLYACRYLATE-BASED ACTIVE COMPOUND-COMPRISING PARTICLES 00: - The invention relates to novel polyacrylate-based

active compound-comprising particles which bind to

hair, and to the use of these particles for preparing

medicaments, in particular for veterinary medicine.

The particles comprise uncharged and cationic

polyacrylate and are at most 10 um big.

21: 2014/01816 22: 2014/03/12 43: 2018/07/20 51: B01D; B02C; B07B; B07C 71: Ablation Technologies, LLC 72: COATES, James A., SCRIVEN, David H., COATES, Charles, COATES, Eric 33: US 31: 61/535,253 32: 2011/09/15 54: DEVICES, SYSTEMS, AND METHODS FOR PROCESSING HETEROGENEOUS MATERIALS 00: - A system for processing a heterogeneous material

includes a conduit for a pressurized fluid and a

nozzle assembly in fluid communication with the

conduit. The nozzle assembly includes a plurality of

adjustable nozzles configured such that streams of

heterogeneous material passing through each

nozzle intersect after passing through the adjustable

nozzles. Another system includes a conduit for a

pressurized fluid, a nozzle assembly, and a

separation system configured to separate particles


Page | 81

of a heterogeneous material into a first fraction and a

second fraction. The nozzle assembly includes an

adjustable nozzle configured such that a stream of

the heterogeneous material passing through the

nozzle contacts a surface after passing through the

nozzle. A method of processing a heterogeneous

material includes entraining heterogeneous particles

into a fluid stream, passing the fluid stream through

at least one adjustable nozzle, impacting the fluid

stream to ablate the heterogeneous particles, and

classifying the heterogeneous particles.

21: 2014/01955 22: 2014/03/17 43: 2018/07/20 51: A24D 71: British American Tobacco (Investments) Limited 72: KALJURA, Karl, DUNCKLEY, Ian, FAWCUS, Philip, DUNLOP, Stuart 33: GB 31: 1116629.5 32: 2011/09/27 54: SMOKING ARTICLES AND METHODS OF MANUFACTURING SMOKING ARTICLES 00: - A smoking article (1) comprising a first part

moveable relative to a second part, and defining an

interface (20) between the first and second parts

located around the first part are provided, among

other aspects. A cover (25) is configured to cover

the interface and obstruct ingress of air into the

smoking article directly at the interface (20).

21: 2014/01978 22: 2014/03/18 43: 2018/07/20 51: A61K; A61P; C07D 71: F. Hoffmann-La Roche AG 72: DOTT, Pascal, GRASSMANN, Olaf, KAMMERER, Michael, MANNS, Joachim, SCHWITTER, Urs, THOMAS, Andrew, WYTTENBACH, Nicole 33: EP(CH) 31: 11185993.0 32: 2011/10/20 54: SOLID FORMS OF 1,L-DIOXO-4-THIOMORPHOLINYL)-[6-[[3(4-FLUOROPHENYL)-5-METHYL-4-ISOXAZOLYL]METHOXY]-3-PYRIDINYL]-METHANONE 00: - The instant invention relates to novel solid forms of

the compound of formula (I), as well as solvates,

inclusion complexes with other suitable compounds,

processes for their manufacture, pharmaceutical

compositions containing these solid forms, and their

use as medicaments.

21: 2014/02073 22: 2014/03/20 43: 2018/07/20 51: A61M 71: AbbVie Inc., Owen Mumford LTD. 72: SHANG, Sherwin S., JULIAN, Joseph F., LI, Chuan, WOZENCROFT, Robert Michael, BICKNELL, Stephen, DIX, Robert, TSVIRKO,


Page | 82

Eduard, CHIM, Edwin, SOMASHEKAR, Shubha Chethan, OZDARYAL, Esra 33: US 31: 61/538,098 32: 2011/09/22 54: AUTOMATIC INJECTION DEVICE 00: - Automatic injection device includes a housing, a

syringe, a plunger, and a syringe carrier. The

housing includes a barrel. The barrel includes an

elongated window to allow viewing of contents inside

the housing. The syringe is disposed within the

housing and has a reservoir. The plunger is at least

partially disposed within the syringe and includes a

visual indicator. The syringe carrier is disposed

within the housing and configured to contain the

syringe and displace the syringe within the housing

between a first position and a second position. The

syringe carrier has a first opening and a second

opening. The first opening is configured to align with

the window and the reservoir when the syringe

carrier is in the first position, and the second opening

is configured to align with the window and the visual

indicator when the syringe carrier is in the second

position.

21: 2014/02395 22: 2014/03/31 43: 2018/07/20 51: A61K 71: NeuroVive Pharmaceutical AB 72: GREGORY, Matthew Alan 33: GB 31: 1118334.0 32: 2011/10/24 54: NOVEL DOSAGE FORM 00: - There is provided inter alia apharmaceutical dosage

form fororal administration comprising a sanglifehrin

as active ingredient in which the sanglifehrin active

ingredient is protected from acid degradation in the

stomach environment following oral administration.

21: 2014/02442. 22: 2014/04/02. 43: 2018/07/20 51: B41M; C09D 71: SICPA HOLDING SA 72: LEPRINCE, Cécile, DUMUSOIS, Christophe, LUKAS, Dagmar 33: EP(CH) 31: 11184571.5 32: 2011/10/11 33: US 31: 61/545 798 32: 2011/10/11 54: INK COATINGS FOR SECURITY DOCUMENTS TO PREVENT FORGERY BY MEANS OF HEAT SENSITIVE ERASABLE INK 00: - Disclosed is a solvent-borne or UV-curable fugitive

ink composition for application to a substrate that is

to be provided with indicia. The ink composition

comprises at least one halochromic compound and

at least one filler compound and is capable of

preventing indicia formed with a heat sensitive

erasable ink on an area of the substrate carrying the

fugitive ink composition and thereafter subjected to a

thermal treatment from becoming invisible to an

unaided eye.

21: 2014/02591 22: 2012/11/07 43: 2018/07/20 51: C07C; C10L 71: HALDOR TOPSØE A/S 72: WIX, CHRISTIAN 33: DK 31: PA 2012 00082 32: 2012/01/30 33: DK 31: PA 2011 00904 32: 2011/11/18 54: PROCESS FOR THE PREPARATION OF HIGHER ALCOHOLS 00: - Process for production of a higher alcohol product

from an alcohol synthesis gas comprising hydrogen,

carbon monoxide, carbon dioxide, and lower

alcohols. Use a stripper using synthesis gas as

stripping gas to purify the liquid phase containing the

lower and highers alcohols, in order to strip the lower

alcohol from the alcohol stream. The synthesis gas

used for stripping is used as starting material in the

process of production of higher alcohols.


Page | 83

21: 2014/02610 22: 2014/04/10 43: 2018/07/02 51: A61D, A01K, B05B, B05C 71: R & M BUTTERWORTH PTY LTD 72: BUTTERWORTH, RICHARD JOHN 54: LIVESTOCK TREATMENT METHOD AND APPARATUS 00: - Provided is a method for treating animals, such as

livestock, by exposing the animals to an airborne

suspension of finely divided mineral salts. Treatment

is effected upon inspiration of the mineral salts or

skin contact with the mineral salts. The animals are

accommodated in a treatment chamber with a

substantially sealed limited confined volume and has

a pressure difference airflow means, a dispensing

means for the mineral salts and dessicant(s) in the

walls and on the floor of the treatment chamber. The

treatment chamber is a stationary installation or

adapted as a trailer to treat animals during a journey

or to transport the treatment chamber to the animals

location, for example, a zoo or to apiaries

21: 2014/02678 22: 2014/04/11 43: 2018/07/20 51: A61M 71: AstraZeneca AB 72: BERRY, Simon Christopher, CHRISTIANSEN, Jonas, ELGAARD, Svend Erik, JOHANSEN, Esben, MØLLER, Claus Schmidt, JØRGEN, Rasmussen, TRENEMAN, William 33: GB 31: 1115874.8 32: 2011/09/14 54: INHALER 00: - An inhaler for delivery of a medicament by inhalation

is disclosed. The inhaler comprises a dispensing

mechanism, the dispensing mechanism being

configured to dispense a dose of medicament on

actuation. The inhaler further comprises a dose

counting mechanism comprising a counter and a

translating member. The translating member

comprises a pawl. The counter comprises a first

count wheel, a second count wheel and an

intermediate wheel engaged with the second count

wheel and in selective engagement with the first

count wheel. When the inhaler is fired to dispense a

dose of medicament, the dispensing mechanism

moves the translating member in a substantially

linear direction. The pawl thus rotates the first count

wheel, and as the first count wheel rotates, the

intermediate wheel is selectively engaged thereby

selectively rotating the second count wheel to count

the doses of the inhaler.


Page | 84

21: 2014/02715 22: 2012/12/04 43: 2018/07/20 51: C12P 71: DANISCO US INC. 72: ENGLAND, GEORGE, LANTZ, SUZANNE E 33: US 31: 61/570,243 32: 2011/12/13 54: ENZYME COCKTAILS PREPARED FROM MIXED CULTURES 00: - The application provides methods of producing a

mixture of enzymes using two or more cell lines,

methods of identifying or constructing cell lines for

producing a mixture of enzymes, and methods of

preparing a cell bank for producing a mixture of

enzymes.

21: 2014/02814 22: 2012/09/28 43: 2018/07/27 51: F04B 71: AKER WIRTH GMBH 72: GIESSBACH, ALFRED, JAEGER, NORBERT 33: DE 31: 10 2011 054 074.1 32: 2011/09/30 33: DE 31: 10 2011 054 073.3 32: 2011/09/30 54: POSITIVE DISPLACEMENT PUMP AND OPERATING METHOD THEREOF 00: - The invention relates to a positive displacement

pump (100), comprising a drive unit (1) and a pump

unit (2) having several working chambers (4, 4'),

several displacement elements (3, 3'), and at least

three cylinders (5), preferably exactly three cylinders

(5), wherein the pump unit (2) is double-acting. The

invention further relates to a piston diaphragm pump

forming a positive displacement pump, wherein a

diaphragm stroke is caused by means of working

liquid present on the first side of a diaphragm and a

medium to be pumped is conducted through a

diaphragm chamber bounded by the second side of

the diaphragm due to the diaphragm stroke, and the

diaphragm stroke is caused at a diaphragm position

different from a vertical position of the diaphragm.

21: 2014/02841 22: 2014/04/16 43: 2018/07/20 51: B01J; C07C 71: ExxonMobil Research and Engineering Company 72: MCCARTHY, Stephen J., BEUTEL, Tilman W., DAAGE, Michel A., HICKEY, Karlton J., WALDRUP, Beau 33: US 31: 61/548,015 32: 2011/10/17 33: US 31: 61/548,038 32: 2011/10/17


Page | 85

33: US 31: 61/548,052 32: 2011/10/17 33: US 31: 61/548,057 32: 2011/10/17 33: US 31: 61/548,044 32: 2011/10/17 33: US 31: 61/548,064 32: 2011/10/17 54: PHOSPHORUS MODIFIED ZEOLITE CATALYSTS 00: - An unbound catalyst composition comprises a

zeolite and phosphorus in an amount between about

0.01 wt% and about 3 wt% of the total catalyst

composition. The catalyst composition, as calcined

at ~1000°F (~538°C) for at least -3 hours, can

exhibit (i) 2,2- dimethylbutane diffusivity >1.5 x 10-2

sec-1 when measured at ~120°C and ~60 torr (~8

kPa), (ii) coke deactivation rate constant <~0.15, and

(iii) alpha value at least 10, and further exhibiting at

least one of: (a) mesoporosity >0.2 ml/g; (b)

microporous surface area at least 375 m2/g; and (c)

coke deactivation rate constant <0.05 after steaming

in ~100% steam tor~96 hours at ~1000°F (~538°C).

21: 2014/02845 22: 2014/04/16 43: 2018/07/20 51: G21C; G21G 71: Compagnie Pour L'etude Et La Realisation De Combustibles Atomiques 72: STEPNIK, Bertrand, GRASSE, Michel, BOURDAT, Gilles, COULLOMB, Christel, MOYROUD, Christophe 54: METHOD FOR PRODUCING NUCLEAR FUEL PRODUCTS WITH A HIGH LOADING OF LOW ENRICHED URANIUM AND CORRESPONDING NUCLEAR KERNBRENNSTOFF 00: -

21: 2014/02904 22: 2014/04/22 43: 2018/07/20 51: A61K 71: Grünenthal GmbH

72: GEISSLER, Anja, BARNSCHEID, Lutz, SCHWIER, Sebastian, BARTHOLOMÄUS, Johannes 33: EP(DE) 31: 11009129.5 32: 2011/11/17 54: TAMPER-RESISTANT ORAL PHARMACEUTICAL DOSAGE FORM COMPRISING A PHARMACOLOGICALLY ACTIVE INGREDIENT, AN OPIOID ANTAGONIST AND/OR AVERSIVE AGENT, POLYALKYLENE OXIDE AND ANIONIC POLYMER 00: - The invention relates to a pharmaceutical dosage

form for oral administration having a breaking

strength of at least 300 N and comprising (i) a

pharmacologically active ingredient; (ii) an opioid

antagonist and/or an aversive agent; (iii) a

polyalkylene oxide having an average molecular

weight of at least 200,000 g/mol; and (a) comprising

(iv) an anionic polymer; and/or (b) having a storage

stability at 40°C of at least 3 months.

21: 2014/02984 22: 2012/09/25 43: 2018/07/20 51: C12M; A61B; G01N 71: THERANOS, INC. 72: HOLMES, ELIZABETH, BALWANI, SUNNY, ROY, JOY, FRANKOVICH, JOHN KENT, FRENZEL, GARY 33: US 31: 13/244,836 32: 2011/09/26 33: US 31: PCT/US2011/053188 32: 2011/09/25 33: US 31: 13/244,947 32: 2011/09/26 33: US 31: PCT/US2011/053189 32: 2011/09/25 33: US 31: 13/244,946 32: 2011/09/26 54: SYSTEMS AND METHODS FOR MULTI-ANALYSIS 00: - Systems and methods are provided for sample

processing. A device may be provided, capable of

receiving the sample, and performing one or more of

a sample preparation, sample assay, and detection

step. The device may be capable of performing

multiple assays. The device may comprise one or

more modules that may be capable of performing

one or more of a sample preparation, sample assay,

and detection step. The device may be capable of

performing the steps using a small volume of

sample.


Page | 86

21: 2014/03163 22: 2012/10/26 43: 2018/07/27 51: C07D; A61K; C07C; C12N 71: MASSACHUSETTS INSTITUTE OF TECHNOLOGY 72: DONG, YIZHOU, LOVE, KEVIN THOMAS, LANGER, ROBERT S, ANDERSON, DANIEL GRIFFITH, CHEN, DELAI, CHEN, YI, VEGAS, ARTURO JOSE, ALABI, AKINLEYE, ZHANG, YUNLONG 33: US 31: 61/552,423 32: 2011/10/27 54: AMINO ACID DERIVATIVES FUNCTIONALIZED ON THE N-TERMINAL CAPABLE OF FORMING DRUG INCAPSULATING MICROSPHERES 00: - Described herein are compounds and compositions

that are characterized by the Markush formulae (I),

(II), (III), (IV), (V), and (VI) underneath, where at

least one terminal amino group is further

functionalized by bearing a group of type (i), (ii), or

(iii). Such compounds are obtained by reacting a

terminal or internal amino group with epoxides,

acrylates, or aldehydes bearing lipophilic groups.

The resulting amino acid, peptide, polypeptide-lipids

(named "APPLs" in the application) are deemed

useful as drug delivery systems including nucleotide

delivery to cells. Formulae (i), (ii), and (iii).

21: 2014/03278 22: 2014/05/08 43: 2018/08/16 51: C07K 71: BIOPHARM GESELLSCHAFT ZUR BIOTECHNOLOGISCHEN ENTWICKLUNG VON PHARMAKA MBH 72: WAGNER, Florian, PLÖGER, Frank 33: EP 31: 11191973.4 32: 2011/12/05 54: GDF-5 MUTANT FOR INDUCING CARTILAGE FORMATION 00: - The present invention is directed to GDF-5 related

proteins having an improved capability of inducing

cartilage formation and a reduced capability of

inducing bone formation. The novel proteins are

particularly useful in the treatment of cartilage

defects, wherein the formation of bone tissue is

undesirable.

21: 2014/03515 22: 2012/11/02 43: 2018/07/20 51: A61K; A61P 71: MILLENNIUM PHARMACEUTICALS, INC. 72: SMITH, PETER G 33: US 31: 61/555,049 32: 2011/11/03 54: ADMINISTRATION OF NEDD8-ACTIVATING ENZYME INHIBITOR AND HYPOMETHYLATING AGENT 00: - The present disclosure relates to methods for the

treatment of cancer in patients in recognized need of

such treatment. The methods comprise

administering to such a patient an NAE inhibitor or a


Page | 87

pharmaceutically acceptable salt thereof, such as

((1S,2S,4R)-4-(4-((1S)-2,3-dihydro-1H-inden-1-

ylamino)-7H-pyrrolo[2,3 d]pyrimidin 7-yl)-2-

hydroxycyclopentyl)methyl sulfamate (MLN4924) or

{(1S,2S,4R)-4-[(6-{[(1R,2S)-5-chloro-2 methoxy-2,3-

dihydro-1H-inden-1-yl]amino}pyrimidin-4-yl)oxy]-2-

hydroxycyclopentyl}-methyl sulfamate (I-216), and a

hypomethylating agent or a pharmaceutically

acceptable salt thereof, such as azacitidine or

decitabine. Also disclosed are medicaments for use

in the treatment of cancer.

21: 2014/03899 22: 2014/05/28 43: 2018/07/20 51: F01N B01J 71: BASF CORPORATION 72: CHU, Gengsheng, DENG, Shuiping, ZHANG, Yuqin, LIU, Ye, TAO, Weichang, BARTHOLOMAEUS, Peter 54: SYSTEM AND METHOD FOR MANUFACTURING A HONEYCOMB BODY 00: - A system and method for manufacturing a

honeycomb body is provided. Said system

comprising: a forming mold (1) with a plurality of sub-

molds, which are movable so that they can be

opened and closed; a tightening mold (6) for

tightening said forming mold (1); rolling pin(s) (2),

which can be inserted into and pulled out of the inner

volume of said forming mold (1) and can rotate

around a rotation axis; wherein said tightening mold

(6) has a shape that cooperates with the shape of

said forming mold (1), so that an action of said

tightening mold (6) causes tightening of said forming

mold (1).

21: 2014/03951 22: 2012/11/09 43: 2018/07/27 51: A61L 71: ADMEDUS REGEN PTY LTD 72: NEETHLING, WILLIAM MORRIS LEONARD 33: US 31: 13/561,787 32: 2012/07/30 33: AU 31: 2011904681 32: 2011/11/10 54: STERILIZATION PROCESS 00: - The present invention relates to a process for

sterilizing implantable biomaterials. In particular, the

invention relates to a process for sterilizing a cross-

linked collagen-based biomaterial comprising

contacting said cross-linked collagen-based

biomaterial with a sterilization solution comprising

between 3% and 6% v/v propylene oxide and

incubating said biomaterial between 30°C and 55°C

for greater than 48 hours; with the proviso that the

sterilization solution does not include alcohol.

21: 2014/04703 22: 2014/06/25 43: 2018/07/20 51: A61K; A61P 71: Takeda Pharmaceuticals U.S.A., Inc. 72: KUPFER, Stuart 33: US 31: 61/570,965 32: 2011/12/15


Page | 88

54: COMBINATIONS OF AZILSARTAN AND CHLORTHALIDONE FOR TREATING HYPERTENSION BLACK PATIENTS 00: - The present invention relates to methods of treating

hypertension in a black patient using a

therapeutically effective amount of a combination of

an angiotensin II receptor blocker and

chlorthalidone.

21: 2014/04931 22: 2014/07/04 43: 2018/07/20 51: G06F 71: MOROT-GAUDRY, Jean Michel, ROSELLI, Christopher Michael 72: MOROT-GAUDRY, Jean Michel, ROSELLI, Christopher Michael 33: US 31: 13/312,790 32: 2011/12/06 54: IMMEDIATE PURCHASE OF GOODS AND SERVICES WHICH APPEAR ON A PUBLIC BROADCAST 00: - A comprehensive organization entertainment and

purchasing operating system through a computer

network. A Front End allows users viewing,

purchasing, social networking and the like. A back

end of the system, includes maintaining relationships

with content providers who produce and cause to be

broadcast a media source of in a public venue such

as television, movies, streaming videos, and video

games etc. and farther highlighted and display

products and services in numerous scenes,

Information on content partners including contact

information of key decision makers at major studios,

mini-majors and independent film makers which is

entered into the system's computer database. The

system will also include granting access to key

content partners so that interactions with content

partners can include uploading content to encoding,

providing digital distribution contracts with the

system's corporate legal department, uploading

information to the corporate heads of the system,

and maintaining a multilayered content management

system.

21: 2014/05164 22: 2013/01/21 43: 2018/07/27 51: C07C; A61K; A61P 71: AGIOS PHARMACEUTICALS, INC. 72: LEMIEUX, RENE M, POPOVICI-MULLER, JANETA, TRAVINS, JEREMY, CAI, ZHENWEI, CUI, DAWEI, ZHOU, DING 33: CN 31: PCT/CN2012/070601 32: 2012/01/19 54: THERAPEUTICALLY ACTIVE COMPOUNDS AND THEIR METHODS OF USE 00: - Provided are methods of treating a cancer

characterized by the presence of a mutant allele of

IDH1/2 comprising administering to a subject in need

thereof a compound described here.

21: 2014/06711 22: 2014/09/12 43: 2018/08/16 51: B24D; E21B 71: SMITH INTERNATIONAL INC. 72: CARTER, Lan, BAO, Yahua, MIDDLEMISS, Stewart N. 33: US 31: 61/621,911 32: 2012/04/09 33: US 31: 13/836,396 32: 2013/03/15 54: HIGH-PRESSURE HIGH-TEMPERATURE CELL 00: -


Page | 89

A high-pressure high-temperature cell including two

or more thermal insulation layers, is described. A

high-pressure high-temperature cell including a

current path through a thermal insulation layer, the

current path being electrically connected to a heating

element and having an indirect path through the

thermal insulation layer, is also described. High-

pressure high-temperature press systems including

the foregoing the high-pressure high- temperature

cells alone or in combination are also disclosed.

21: 2014/06957 22: 2014/09/23 43: 2018/07/12 51: B66F; F15B 71: ABSOLUTE EQUIPMENT PTY LIMITED 72: PRISK, Thomas 33: AU 31: 2012900756 32: 2012/02/28 54: LOCKING EXTENSION DEVICE 00: - The invention relates to an extension device, lifting

device or jack that can be locked in a raised

configuration and used to safely support a raised

load. An extension device according to the invention

comprises a housing having a closed first end and

an open second end, a support member inside the

housing projecting from the first end thereof, a piston

slideably mounted in the housing around the support

member, means for extending the piston out of the

second end of the housing, means for retracting the

piston into the housing, and a locking mechanism for

releasably locking the piston to the support member,

wherein the locking mechanism comprises one or

more locking members mounted on the support

member operable to be selectively moved in and out

of locking engagement with the piston.

21: 2014/07421 22: 2014/10/14 43: 2018/07/20 51: G06F; H01H; H01R 71: SMARTSWITCH PTY LTD 72: BENNETT, Rob 33: AU 31: 2012901567 32: 2012/04/20 33: AU 31: 2013204369 32: 2013/04/12 54: A PROGRAMMABLE ELECTRICAL CONTROL DEVICE 00: - A programmable electrical control device (10)

adapted to be programmed by an external


Page | 90

programming device, the programmable electrical

control device for controlling electrical power supply

in cooperation with an electrical switching device

(12), the electrical switching device having a body,

an electrical power supply input, an electrical power

supply output (15) and a manual switch (16), the

device (10) including a data connection module;

memory; a timing module; a processor; and a

switching module, including at least one supply on

period, and at least one supply off period, wherein at

least a part of the device (10) is capable of being

integrated within the body.

21: 2014/07515 22: 2014/10/16 43: 2018/07/23 51: B32B; B65D 71: SCA FOREST PRODUCTS AB 72: FOLKE OSTERBERG, RICKARD HAGGLUND, MAGNUS VISTROM 33: SE 31: PCT/SE2012/050321 32: 2012/03/22 54: PACKAGING CONSTRUCTION AND METHOD FOR MANUFACTURING SAID PACKAGING CONSTRUCTION 00: -

The invention relates to a packaging construction (1)

being formed by multi-layer board material (6)

comprising a middle layer (8), a first outer layer (7)

attached to the middle layer (8) and a second outer

layer (9) attached to the middle layer (8), said

packaging construction (1) defining a bottom side (3)

a top side (2) and a plurality of side panels (4)

joining said bottom side (3) and said top side (2) so

as to form a closed structure, wherein at least one

edge (14) is defined between adjacent side panels

(4). The invention is arranged so that the second

outer layer (9) has a lower bending stiffness

according to ISO 5628 than the first outer layer (7)

such that said board (6) is outwardly bendable only

in a direction towards which the second layer (9)

faces, and in that said packaging construction (1) is

formed with at least one side panel (4) being curved

and/or at least one edge (14) being rounded.

21: 2014/09428 22: 2014/12/19 43: 2018/07/20 51: A61K; A61P 71: Bayer Pharma Aktiengesellschaft 72: KRISSEL, Heiko, PÜHLER, Florian, JEFFERS, Michael 33: EP(DE) 31: 12170199.9 32: 2012/05/31 54: BIOMARKERS FOR DETERMINING EFFECTIVE RESPONSE OF TREATMENTS OF HEPATOCELLULAR CARCINOMA (HCC) PATIENTS 00: - This invention is directed to the use of one or more

biomarkers defined as KRAS or NRAS gene for

predicting the pharmaceutical efficacy or clinical

response of MEK protein kinase inhibitor and/or

Sorafenib or Regorafenib to be administred to a


Page | 91

Hepatocellular carcinoma (HCC) patient. Futher the

invention is directed to in-vitro methods for

identifying mutated-type KRAS or NRAS gene in

HCC patient and kits thereof.

21: 2015/00095 22: 2015/01/07 43: 2018/07/06 51: C12N 71: Janssen Biotech, Inc. 72: REZANIA, Alireza 33: US 31: 61/657,160 32: 2012/06/08 54: DIFFERENTIATION OF HUMAN EMBRYONIC STEM CELLS INTO PANCREATIC ENDOCRINE CELLS 00: - The present invention provides methods to promote

differentiation of pancreatic endoderm cells to

pancreatic endocrine rich clusters and to enhance

insulin expression in hormone-expressing cells.

21: 2015/00232 22: 2015/01/13 43: 2018/07/16 51: C07K 71: Bristol-Myers Squibb Company 72: LONBERG, Nils, SRINIVASAN, Mohan 33: US 31: 61/667,058 32: 2012/07/02 54: OPTIMIZATION OF ANTIBODIES THAT BIND LYMPHOCYTE ACTIVATION GENE-3 (LAG-3), AND USES THEREOF 00: - The present invention provides isolated monoclonal

antibodies that specifically bind LAG-3, and have

optimized functional properties compared to

previously described anti-LAG-3 antibodies, such as

antibody 25F7 (US 2011/0150892 A1). These

properties include reduced deamidation sites, while

still retaining high affinity binding to human LAG-3,

and physical (i.e., thermal and chemical) stability.

Nucleic acid molecules encoding the antibodies of

the invention, expression vectors, host cells and

methods for expressing the antibodies of the

invention are also provided, as well as

immunoconjugates, bispecific molecules and

pharmaceutical compositions comprising the

antibodies. The present invention also provides

methods for detecting LAG-3, as well as methods for

treating stimulating immune responses using an anti-

LAG-3 antibody of the invention. Combination

therapy, in which the antibodies are co-administered

with at least one additional immunostimulatory

antibody, is also provided.

21: 2015/00378 22: 2015/01/19 43: 2018/07/11 51: A61K; A61P; C07D 71: F. Hoffmann-La Roche AG 72: GREEN, Luke, WANG, Haiyan 33: EP(CH) 31: 12190319.9 32: 2012/10/29 54: 3,4-DISUBSTITUTED OXAZOLIDINONE DERIVATIVES AND THEIR USE AS INHIBITORS OF THE CALCIUM ACTIVATED POTASSIUM CHANNEL 00: -


Page | 92

21: 2015/00440 22: 2015/01/21 43: 2018/07/09 51: A61K 71: Biogen MA Inc. 72: GUCKIAN, Kevin, KUMARAVEL, Gnanasambandam, MA, Bin, MI, Sha, PENG, Hairuo, SHAO, Zhaohui, SUN, Lihong, TAVERAS, Arthur, WANG, Deping, XIN, Zhili, ZHANG, Lei 33: US 31: 61/676,705 32: 2012/07/27 54: ATX MODULATING AGENTS 00: - Disclosed are bicyclic aryl compounds of formula (I),

that can modulate the activity of the autotaxin (ATX)

enzyme. This invention further relates to compounds

that are ATX inhibitors, and methods of making and

using such compounds in the treatment of

demyelination due to injury or disease, as well as for

treating proliferative disorders such as cancer.

21: 2015/00465 22: 2013/07/26 43: 2018/07/27 51: A61K 71: CAMURUS AB 72: TIBERG, FREDRIK, HARWIGSSON, IAN, JOHNSSON, MARKUS 33: US 31: 13/558,463 32: 2012/07/26 33: US 31: 61/806,185 32: 2013/03/28 54: OPIOID FORMULATIONS 00: - A depot precursor formulation comprising: a) a

controlled-release matrix; b) at least oxygen

containing organic solvent; c) at least 12% by weigh

of at least one active agent selected from

buprenorphine and salts thereof, calculated as

buprenorphine free base. Corresponding depot

compositions and methods of treatment in pain

management, by opioid maintenance and related

methods are provided.

21: 2015/00487 22: 2015/01/22 43: 2018/07/09

51: B02C 71: Sandvik Intellectual Property AB 72: ÅBERG, Niklas, JOHANSSON, Jan, MALMQVIST, Patric, SVENSSON, Arvid 33: EP(SE) 31: 12178291.6 32: 2012/07/27 54: GYRATORY CRUSHER AND SLIDE BEARING LINING 00: - A gyratory crusher comprises an eccentric (10)

having an inner slide bearing surface and an outer

slide bearing surface, the inner slide bearing surface

defining, together with an opposing slide bearing

surface, an inner slide bearing (34), and the outer

slide bearing surface defining, together with another

opposing slide bearing surface, an outer slide

bearing (38), the eccentric (10) being rotatably

connected to a crusher frame (4) so as to allow a

rotation about an eccentric axis of rotation (C) which

is fixed relative to the frame (4), the eccentric axis of

rotation (C) being defined by one of said inner and

outer slide bearings (34, 38); and wherein the inner

slide bearing (34) has a total height-to-diameter

quotient (H1 /D1 ) of less than 1.0.

21: 2015/00543 22: 2015/01/23 43: 2018/07/16 51: A61K; A61P; C07D 71: Bayer Pharma Aktiengesellschaft


Page | 93

72: NGUYEN, Duy, KÜNZER, Hermann, FAUS GIMENEZ, Hortensia, BADER, Benjamin, KÖHR, Silke, FRITSCH, Martin 33: EP(DE) 31: 12004764.2 32: 2012/06/26 54: N-[4-(Quinolin-4-yloxy)cyclohexyl(methyl)](hetero)arylcarboxamides as androgen receptor antagonists, production and use thereof as medicinal products 00: - The invention relates to N-[4-(quinolin-4-

yloxy)cyclohexyl(methyl)](hetero)arylcarboxamides,

intermediates and methods for their production, use

thereof for treating and/or preventing diseases and

use thereof for producing medicinal products and

use thereof for treating and/or preventing diseases,

especially of hyperproliferative diseases.

21: 2015/00680 22: 2015/01/29 43: 2018/07/09 51: B29C; B67D 71: Heineken Supply Chain B.V. 72: WITTE, Pieter Gerard, PAAUWE, Arie Maarten, BAX, Bart Jan 33: NL 31: 2009236 32: 2012/07/26 54: CONTAINER AND SET OF PREFORMS FOR FORMING A CONTAINER 00: - Container of a bag-in-container type, wherein a neck

region of the container is provided with at least one

opening extending substantially radially there

through, into a space between the outer container

and an inner container adjacent thereto, wherein: the

neck region is provided with coupling elements,

preferably at opposite sides of said at least one

opening, seen in circumferential direction, for

coupling of a connecting device to the container for

introducing a pressure fluid through said at least one

opening into a space between the inner and outer

container; and/or the at least one opening is

provided with or forming part of a first coupler for

coupling a pressure fluid feed line to said opening,

for pressurising a space between the inner and outer

container.

21: 2015/00730 22: 2015/01/30 43: 2018/07/18 51: A61K; A61P; C07D 71: F. Hoffmann-La Roche AG 72: HOGG, Joan Heather, KESTER, Robert Francis, LIANG, Weiling, YUN, Weiya 33: US 31: 61/712,305 32: 2012/10/11 54: AZAINDOLINES 00: -


Page | 94

21: 2015/00731 22: 2015/01/30 43: 2018/07/16 51: A23K 71: A. A. Company Pty Ltd 72: FULLAGAR, Martin, BEST, Cameron Bruce 33: AU 31: 2012903273 32: 2012/07/31 54: SOLID ANIMAL SUPPLEMENTS AND METHODS FOR MAKING THEM 00: - The present invention relates to solid animal

supplement blocks that have high nutritional values

and processes for their manufacture. The solid feed

blocks comprise Condensed Molasses Solubles

(CMS), a source of phosphorous and a liquid source.

The solid feed blocks are suitable for use with

rangeland animals.

21: 2015/01125 22: 2015/02/18 43: 2018/07/16 51: G10L 71: Interactive Intelligence, Inc. 72: GANAPATHIRAJU, Aravind, IYER, Ananth Nagaraja 54: METHOD AND SYSTEM FOR REAL-TIME KEYWORD SPOTTING FOR SPEECH ANALYTICS 00: - A system and method are presented for real-time

speech analytics in the speech analytics field. Real

time audio is fed along with a keyword model, into a

recognition engine. The recognition engine

computes the probability of the audio stream data

matching keywords in the keyword model. The

probability is compared to a threshold where the

system determines if the probability is indicative of

whether or not the keyword has been spotted.

Empirical metrics are computed and any false

alarms are identified and rejected. The keyword may

be reported as found when it is deemed not to be a

false alarm and passes the threshold for detection.


Page | 95

21: 2015/01328 22: 2015/02/26 43: 2018/07/20 51: C07H; C07K; C12N; C12P 71: AbbVie Bahamas Ltd. 72: WU, Chengbin, DIXON, Richard W., BELK, Jonathan P., YING, Hua, ARGIRIADI, Maria A., CUFF, Carolyn A., HINTON, Paul R., KUMAR, Shankar, MELIM, Terry L., CHEN, Yan 33: US 31: 60/843,249 32: 2006/09/08 54: INTERLEUKIN -13 BINDING PROTEINS 00: - The present invention encompasses IL- 13 binding

proteins. Specifically, the invention relates to

antibodies that are chimeric, CDR grafted and

humanized antibodies. Preferred antibodies have

high affinity for hIL-13 and neutralize hIL-13 activity

in vitro and in vivo. An antibody of the invention can

be a full-length antibody or an antigen-binding

portion thereof. Method of making and method of

using the antibodies of the invention are also

provided. The antibodies, or antibody portions, of the

invention are useful for detecting hIL-13 and for

inhibiting hlL-13 activity, e.g., in a human subject

suffering from a disorder in which hTL-13 activity is

detrimental.

21: 2015/01370 22: 2015/02/27 43: 2018/07/16 51: A61K; C07D 71: Janssen Sciences Ireland UC 72: VANDYCK, Koen, VERSCHUEREN, Wim Gaston, RABOISSON, Pierre Jean-Marie Bernard 33: EP(IE) 31: 12182078.1 32: 2012/08/28 54: FUSED BICYCLIC SULFAMOYL DERIVATIVES AND THE USE THEREOF AS MEDICAMENTS FOR THE TREATMENT OF HEPATITIS B 00: - Inhibitors of HBV replication of Formula (I) including

stereochemically isomeric forms, and salts, hydrates,

solvates thereof, wherein A-E, R1, R2, R3 and R5,

have the meaning as defined herein. The present

invention also relates to processes for preparing said

compounds, pharmaceutical compositions

containing them and their use, alone or in

combination with other HBV inhibitors, in HBV

therapy.

21: 2015/01424 22: 2015/03/02 43: 2018/07/16 51: E02F 71: Sandvik Intellectual Property AB 72: DALLARD, Bradley John, KARLSSON, Bjorn Marten, SMEATON, Benjamin Edward, ROGOZINSKI, Kamil 33: AU 31: 2012903830 32: 2012/09/04 54: GROUND ENGAGING TOOL MECHANICAL ATTACHMENT 00: - A connection assembly (30) for mounting a ground

engaging tool (GET) to earthmoving equipment

includes a body (32) into which is received a resilient

means (34), a force applying member (36), a locking

member (38) with an O-ring seal (40) to be received

in an annular channel (42) around the locking

member, a locking member stop (44) received in a

hole (46) in the locking member, a body stop (48) to

be fitted into an aperture under the body. The

locking member stop (44) prevents the force

applying member from rotating within the body when

the bolt is rotated and advances the piston by

threaded engagement. Embodiments of the present

invention need not require a spacer (50).


Page | 96

21: 2015/01444 22: 2015/03/03 43: 2018/08/16 51: A61L; B29B; C04B; C08K 71: MULTIPLE ENERGY TECHNOLOGIES LLC 72: DE PAULA MOREIRA, Francisco, CIDRAL FILHO, Francisco, Jose, MIDTTUN, Steven, VISSMAN, Shannon 33: US 31: 61/705,986 32: 2012/09/26 33: US 31: 13/760,546 32: 2013/02/06 54: BIOCERAMIC COMPOSITIONS 00: - This invention relates to compositions and

applications for a bioceramic composition that

includes from about 45 to about 55 % by weight of

kaolinite (Al2Si2O5(OH)4); from about 5 to about

15% by weight of tourmaline; from about 3 to about

13% by weight of aluminum oxide (Al2O3); from

about 11 to about 19% by weight of silicon dioxide

(S1O2); and from about 3 wt % to about 13 wt %

zirconium oxide (ZrO2).

21: 2015/01492 22: 2015/03/04 43: 2018/07/16 51: G01N 71: NeuroVive Pharmaceutical AB 72: SJÖVALL, Fredrik, EHINGER, Johannes, HANSSON, Magnus, ELMER, Eskil, BATCHELLER, Derek Gregory 33: DK 31: PA 2012 70609 32: 2012/10/05 54: MITOCHONDRIAL TOXICITY TEST 00: - A novel method useful in drug screening. The

method is useful for testing effects of substances on

the mitochondria, notably toxic or beneficial effects

of drug substances or candidate drug substances.

The method is based on measurement in live human

mitochondria ex vivo, but in a setting as near the in

vivo situation as possible. The method is also useful

for testing substances impact on the mitochondrial

respiration. The method can be used to i) screening

and selection of early or late stage drug candidates

in cells derived from blood from healthy individuals

or in so-called buffy coat, which is a concentrated

solution of platelets and white blood cells, ii) testing

a patient's sensitivity to a known mitochondrial

toxicant, iii) analysing mitochondrial drug toxicity in

clinical trials, and/or iv) analysing beneficial effects

of drugs intended to improve mitochondrial function


Page | 97

21: 2015/01526 22: 2015/03/05 43: 2018/07/10 51: A61K; A61P; A61Q 71: Nogra Pharma Limited 72: GIULIANI, Giammaria, PAUS, Ralf, RAMOT, Yuval, BARONI, Sergio, VITI, Francesca, BELLINVIA, Salvatore, MARZANI, Barbara 33: US 31: 61/700,623 32: 2012/09/13 54: METHODS OF TREATING HAIR RELATED CONDITIONS 00: - Provided herein are methods for enhancing

epidermal regeneration in a patient in need thereof,

comprising topically administering to said patient a

pharmaceutically acceptable composition comprising

N-acetyl- 3-(4-aminophenyl)-2-methoxypropionic

acid or a pharmaceutically acceptable salt or

stereoisomer thereof, and a pharmaceutically

acceptable excipient. For example, provided are

methods for treating or ameliorating cicatricial

alopecia, comprising topically administering to a

patient in need thereof a pharmaceutically

acceptable composition comprising the disclosed

compounds. Also provided are methods for

protecting hair follicle progenitor cells and

compositions comprising same using the disclosed

compounds.

21: 2015/01602 22: 2015/03/09 43: 2018/07/12 51: A61K 71: Pfizer Inc., Bristol-Myers Squibb Holdings Ireland 72: BADAWY, Sherif Ibraham Farag, LUM, Susan 33: US 31: 61/705,943 32: 2012/09/26 54: APIXABAN LIQUID FORMULATIONS 00: - Apixaban liquid formulation is provided. Also

provided is a method of administering an apixaban

liquid formulation.

21: 2015/01618 22: 2013/09/09 43: 2018/07/27 51: C12N; A01H; C07K 71: UNIVERSITY OF CAPE TOWN 72: ARENDZE-BAILEY, BRONWYN LYNN, THOMSON, JENNIFER ANN, IYER, KERSHINI, RAFUDEEN, MOHAMED SUHAIL, IYER, REVEL, ELLICK, TAMARYN LOREAN 33: ZA 31: 2012/06750 32: 2012/09/10 54: STRESS INDUCIBLE DERIVATIVE PROMOTER 00: - The present invention relates to abiotic stress-

inducibie derivative promoters fromXerophyta

viscosa, nucleotide cassettes, recombinant vectors,

cells and transgenic plants containing the promoter

in operable linkage with a heterologous transcribable

DNA sequence.


Page | 98

21: 2015/01727 22: 2015/03/13 43: 2018/08/23 51: B65D 71: MAUSER-WERKE GMBH 72: WEYRAUCH, Detlev 33: DE 31: 20 2012 009 327.4 32: 2012/09/21 33: DE 31: 20 2013 000 624.2 32: 2013/01/18 54: PALLET CONTAINER 00: - The invention relates to a pallet container (10) for

storing and transporting especially hazardous liquid

products, comprising a replaceable plastic inner

receptacle (16) and a supporting jacket (14) which

consists of a tube grid frame, tightly surrounds the

plastic inner receptacle, and is secured to the upper

outer edge of the pallet. The rectangular pallet has a

flat top deck (18) as a support for the inserted plastic

inner receptacle and an understructure that includes

four corner legs, four central legs therebetween, and

a horizontal peripheral base ring (34). According to

the invention, the top deck (18) of the pallet consists

of a flat, planar, rectangular metal plate which has

no upward-protruding shapes such as reinforcement

beads on the surface and no elevations on the

external faces, and has a short, downward-facing

edge (20) on each of the four external faces of the

metal plate. Said edges, which extend along the

external faces of the metal plate, are pressed

against the corner legs and central legs below the

metal plate, into an edge-adapted recess (28) in the

corner legs and central legs by the lowest horizontal

peripheral frame tube (22) of the tube grid frame that

is put in place from above. The edges of the metal

plate are thus secured in such a way that the four

external faces of the planar rectangular metal plate

are linearly mounted on the understructure of the

pallet.

21: 2015/01760 22: 2015/03/13 43: 2018/07/20 51: B01J; E21B 71: Diamond Innovations, Inc. 72: JI, Shuang, LONG, Christopher, SOWERS, Susanne, ZHANG, Kai 33: US 31: 61/707,943 32: 2012/09/29 54: SINGLE CRYSTAL DIAMOND OR CBN FEATURING MICRO-FRACTURING DURING GRINDING 00: - A superabrasive material is provided. The

superabrasive material may comprise a

superabrasive crystal having an irregular surface.

The superabrasive material further comprises a

plurality of structure defects within the superabrasive

crystal or has a layered or laminar microstructure.

The plurality of structure defects may cause micro-

chipping when used as grinding materials. The

superabrasive crystal is selected from a group of


Page | 99

cubic boron nitride, diamond and diamod composite

materials. A method of making boron nitride

superabrasive materials is also provided.

21: 2015/01797 22: 2015/03/16 43: 2018/07/09 51: A61K; A61P 71: Pfizer Inc. 72: FIGUEIREDO, Maria, PEEKE, Erick, DEWITT, David, VAN GEEN HOVEN, Christina, TROIANO, Greg, WRIGHT, James, SONG, Young-Ho, WANG, Hong 33: US 31: 61/702,014 32: 2012/09/17 54: THERAPEUTIC NANOPARTICLES COMPRISING A THERAPEUTIC AGENT AND METHODS OF MAKING AND USING SAME 00: - The present disclosure generally relates to

nanoparticles comprising a substantially hydrophobic

acid, a basic therapeutic agent having a

protonatable nitrogen, and a polymer. Other aspects

include methods of making and using such

nanoparticles.

21: 2015/01915 22: 2015/03/19 43: 2018/07/16 51: A61K; A61P; C07C; C07D 71: Tetraphase Pharmaceuticals, Inc. 72: XIAO, Xiao-yi, CLARK, Roger B., HUNT, Diana Katharine, SUN, Cuixiang, RONN, Magnus, ZHANG, Wu-Yan, HE, Minsheng 33: US 31: 61/695,947 32: 2012/08/31 54: TETRACYCLINE COMPOUNDS 00: - The present invention is directed to a compound

represented by Structural Formula (I): or a

pharmaceutically acceptable salt thereof. The

variables for Structural Formula (I) are defined

herein. Also described is a pharmaceutical

composition comprising the compound of Structural

Formula (I), or a pharmaceutically acceptable salt

thereof, and its therapeutic use.

21: 2015/01998 22: 2015/03/23 43: 2018/07/20 51: A24D 71: British American Tobacco (Investments) Limited 72: FALLON, Gary, KALJURA, Karl 33: GB 31: 1217894.3 32: 2012/10/05 54: A SMOKING ARTICLE 00: - A smoking article comprising a first part moveable

relative to a second part, and an indexing

mechanism comprising a first indexing surface on

the first part, and a second indexing surface on a

support element of the second part. The second

indexing surface is configured to engage with the

first indexing surface to control relative movement

between the first part and second part. One or more

spacer elements are arranged to control a radial

position of the first indexing surface relative to the

second indexing surface. The support element and

one or more spacer elements are frangibly

connected.

21: 2015/02107 22: 2015/03/26 43: 2018/07/20 51: B05D; B41M; B42D; C09D; H01F


Page | 100

71: SICPA HOLDING SA 72: LEFEBVRE, Olivier, MAGNIN, Patrick, SCHALLER, Christophe 33: EP(CH) 31: 12191947.6 32: 2012/11/09 54: IRREVERSIBLY MAGNETICALLY INDUCED IMAGES OR PATTERNS 00: - The present invention relates to the field of the

protection of security documents, especially

banknotes, against illegal actions such as robbery or

theft. In particular, the present invention relates to

the field of ink compositions for producing

irreversibly magnetically induced images or patterns,

said inks comprising multichromal microspheres,

preferably bichromal microspheres (1) that are

orientable upon application of a magnetic field and

that comprise at least a first portion (2) comprising

one or more dyes and/or pigments and at least a

second portion (3) comprising one or more magnetic

or magnetizable materials, wherein said

microspheres (1) comprise as the first portion a core

(2) having a surface and comprising the one or more

dyes and/or pigments and as the second portion a

partial coating (3) covering at least a portion of the

surface of said core (2) and comprising the one or

more magnetic or magnetizable materials.

21: 2015/02152 22: 2015/03/27 43: 2018/07/20 51: C12N; C12Q 71: Futuragene Israel Ltd. 72: AVISAR, Dror 33: US 31: 61/744,771 32: 2012/10/03 54: GALL WASP CONTROL AGENTS 00: - The present invention relates to the field of

doublestranded RNA (dsRNA)- mediated gene

silencing in insect species. The present invention is

based, in part, on the inventors' sequencing of genes

from eucalyptus invasive species gall wasp pests

Leptocybe invasa (Li) and Ophelimus maskelli (Om).

In certain aspects, the invention provides Li and Om

nucleic acids, derivatives thereof and the use of

such nucleic acids and derivatives as gall wasp

control agents.

21: 2015/02191 22: 2015/03/30 43: 2018/07/18 51: G09B 71: EXTON, John 72: KOTSIOPOULOS, George, EXTON, John 33: AU 31: 2012904419 32: 2012/10/10 54: LEARNING AID 00: - A learning aid including a series of symbols and

movable portions. Each of the movable portions is

associated with at least one of the symbols and is

movable by hand from a first position to a second

position to select at least one of the symbols.

21: 2015/02303 22: 2015/04/07 43: 2018/07/16 51: H04N 71: QUALCOMM Incorporated 72: WANG, Ye-Kui 33: US 31: 61/705,102 32: 2012/09/24 54: HYPOTHETICAL REFERENCE DECODER PARAMETERS IN VIDEO CODING 00: - A computing device selects, from among a set of

hypothetical reference decoder (HRD) parameters in

a video parameter set and a set of HRD parameters

in a sequence parameter set, a set of HRD

parameters applicable to a particular operation point

of a bitstream. The computing device performs,


Page | 101

based at least in part on the set of HRD parameters

applicable to the particular operation point, an HRD

operation on a bitstream subset associated with the

particular operation point.

21: 2015/02308 22: 2015/04/07 43: 2018/07/16 51: H04N 71: QUALCOMM Incorporated 72: WANG, Ye-Kui 33: US 31: 61/709,094 32: 2012/10/02 54: IMPROVED SIGNALING OF LAYER IDENTIFIERS FOR OPERATION POINTS OF A VIDEO CODER 00: - A device for processing video data receives an

indication of a maximum layer identification (ID)

value for a bitstream; receives a flag for a first layer

with a layer ID value less than the maximum layer ID

value; and, based on a value of the flag, determines

if the first layer is included in an operation point.

21: 2015/02379 22: 2015/04/09 43: 2018/07/16 51: A61K; C07D 71: Ipsen Pharma S.A.S. 72: DONG, Zheng Xin, SHEN, Yeelana, KIM, Sun Hyuk 33: US 31: 61/721,372 32: 2012/11/01 54: SOMATOSTATIN-DOPAMINE CHIMERIC ANALOGS 00: - The present invention relates to novel somatostatin-

dopamine chimeric analogs and their therapeutic

uses for the inhibition, prevention, and/or treatment

of neoplasia, neuroendocrine tumors, Cushing's

disease/syndrome, and other conditions.

21: 2015/02436 22: 2015/04/10 43: 2018/07/16 51: H04L 71: Mobile Search Security LLC 72: MULHEARN, Patrick F.X., HEARN, Francis J. 33: US 31: 61/712,483 32: 2012/10/11 54: SYSTEM AND METHOD FOR MACHINE-TO-MACHINE PRIVACY AND SECURITY BROKERED TRANSACTIONS 00: - A machine-to-machine secure messaging system

permits a first machine to send a message to a

second machine, despite not knowing the

addressing information (e.g., telephone number, IP

address or other identifier) associated with the

second machine. The system comprises an

intermediary server with access to a database with

information linking addressing information with other

information related to the device, e.g., owner name,


Page | 102

operator name and job title, etc., and facilitates a

secure communication without the need for either

party to the communication to know the other party's

addressing information.

21: 2015/02540 22: 2013/10/11 43: 2018/07/27 51: H01M 71: INTELLIGENT ENERGY LIMITED 72: HORLOCK, MARK PHILLIP 33: GB 31: 1218426.3 32: 2012/10/15 54: A CURRENT COLLECTOR FOR A FUEL CELL 00: - A fuel cell stack assembly has a plurality of cells in a

stack configuration. Each cell comprises a

membrane-electrode assembly disposed between

an anode flow plate and a cathode flow plate. A

current collector plate is disposed at each end of the

stack and a compression assembly maintains the

stack under compression. At least one of the current

collector plates is formed as a printed circuit board

having a first face disposed against a cathode flow

plate or an anode flow plate of an outermost cell in

the stack and a second face opposite the first face.

The first face includes an electrically conductive

layer disposed on a substrate of the printed circuit

board to serve as a stack current collector electrode.

Electrical components such as temperature sensors

can be mounted on the printed circuit board such

that they lie in or adjacent to a flow channel

extending along an adjacent face of the anode or

cathode flow plate. The printed circuit board can

provide laterally extending connection tabs for

electrical connection to the current collector

electrode and to the electrical components.

21: 2015/02565 22: 2015/04/16 43: 2018/07/20 51: A24F; A61M 71: Nicoventures Holdings Limited 72: LORD, Christopher 33: GB 31: 1218820.7 32: 2012/10/19 54: ELECTRONIC INHALATION DEVICE 00: - An electronic inhalation device comprising a

mouthpiece (2) and a control unit (24), the control

unit (24) comprising a power cell (22) and a

computer (20), where the computer (20) comprises a

computer processor, a memory and an input-output

means; wherein the device further comprises a

transmitter (18) connected to the computer (20) and

the computer (20) is configured in use to collect and

store use data relating to a user's use of the device

in the computer memory and transmit the use data.


Page | 103

21: 2015/02854 22: 2015/04/24 43: 2018/07/20 51: C22B 71: URANIUM BENEFICIATION PTY LTD 72: HILL, Murray Philip 33: AU 31: 2012904542 32: 2012/10/17 54: BENEFICIATION PROCESS FOR LOW GRADE URANIUM ORES 00: - The disclosure relates to a beneficiation process for

low grade uranium ore, wherein the process

comprises a primary beneficiation stage comprising:

wet scrubbing the low grade uranium ore to separate

the low grade ore into a fine fraction and a coarse

fraction; screening the fine fraction according to a

size separation parameter to provide an undersize

fraction and an oversize fraction, wherein the

uranium predominantly reports to the undersize

fraction; and separating the undersize fraction to

produce an intermediate uranium concentrate. The

intermediate uranium concentrate may be further

processed in a secondary beneficiation stage to

produce a high grade uranium concentrate.

21: 2015/02926 22: 2015/04/29 43: 2018/07/11 51: F24J F24F F24D 71: COULTER, Grace 72: COULTER, Grace 33: NZ 31: 602507 32: 2012/10/02 54: SOLAR AIR HEATING / COOLING SYSTEM 00: - The invention relates to a system for using solar

energy to ventilate a space, particularly the interior

of a building, although other structures may also be

ventilated such as crop stores, desalination plants,

glass houses and power generation plants. The

system can operate in different modes so that solar

energy is used to heat or cool the space, as

required. Part of the system is a solar heat collector,

which absorbs available solar energy. The solar heat

collector includes two separate channels able to

receive air from different sources and pass them in

counter flow. The channels transfer heat between

them using an efficient turbulence-inducing structure

that enables the system to operate in the different

modes to heat or cool a space.


Page | 104

21: 2015/03050 22: 2012/10/09 43: 2018/07/27 51: C07D; A61K; A61P 71: H. LUNDBECK A/S 72: SVENSTRUP, NIELS, SIMONSEN, KLAUS BÆK, RASMUSSEN, LARS KYHN, JUHL, KARSTEN, LANGGÅRD, MORTEN, WEN, KATE, WANG, YAZHOU 54: PDE9I WITH IMIDAZO PYRAZINONE BACKBONE 00: - This invention is directed to compounds, which are

PDE9 enzyme inhibitors. The invention provides a

pharmaceutical composition comprising a

therapeutically effective amount of a compound of

the invention and a pharmaceutically acceptable

carrier. The present invention also provides

processes for the preparation of the compounds of

formula (I). The present invention further provides a

method of treating a subject suffering from a

neurodegenerative disorder comprising

administering to the subject a therapeutically

effective amount of a compound of formula (I). The

present invention further provides a method of

treating a subject suffering from a psychiatric

disorder comprising administering to the subject a

therapeutically effective amount of a compound of

formula (I).

21: 2015/03285 22: 2013/03/15 43: 2018/07/16 51: B01J

71: EVOQUA WATER TECHNOLOGIES LLC 72: LIANG, LI-SHIANG 33: US 31: 61/727,914 32: 2012/11/19 54: ELECTROCHEMICAL SEPARATION DEVICE 00: - Systems and methods for electrochemical

separation are provided. An electrochemical

separation device may include at least one cell pair

wound around an electrode to from a bundle having

a racetrack configuration

21: 2015/03398 22: 2013/11/15 43: 2018/07/27 51: C07H 71: UNIVERSITY COLLEGE CARDIFF CONSULTANTS LIMITED 72: MCGUIGAN, CHRISTOPHER, PERTUSATI, FABRIZIO 33: GB 31: 1220666.0 32: 2012/11/16 33: GB 31: 1307314.3 32: 2013/04/23 54: PROCESS FOR PREPARING NUCLEOSIDE PRODRUGS 00: - A process for preparing phosphoramidates of

nucleosides where a desired enantiomer, having

regard to the asymmetric chiral centre of the

phosphorus atom P, is provided in an enriched

amount. The process comprises admixing a

nucleoside with a phosphorochloridate in the

presence of a catalyst comprising a metal salt

selected from the group consisting of salts of Ciu Fe,

La and Yb.


Page | 105

21: 2015/03643 22: 2013/11/01 43: 2018/07/27 51: A61K 71: VERTEX PHARMACEUTICALS INCORPORATED 72: VERWIJS, MARINUS JACOBUS, KARKARE, RADHIKA, MOORE, MICHAEL DOUGLAS 33: US 31: 61/770,668 32: 2013/02/28 33: US 31: 61/721,622 32: 2012/11/02 33: US 31: 61/728,328 32: 2012/11/20 33: US 31: 61/824,005 32: 2013/05/16 33: US 31: 61/840,668 32: 2013/06/28 54: PHARMACEUTICAL COMPOSITIONS FOR THE TREATMENT OF CFTR MEDIATED DISEASES 00: - Pharmaceutical compositions comprising 3-(6-(1-

(2,2-difluorobenzo[d][1,3]dioxol-5- yl)

cyclopropanecarboxamido)-3-methylpyridin-2-

yl)benzoic acid (Compound 1) in Form I and a solid

dispersion comprising substantially amorphous N-(5-

hydroxy-2,4-ditert-butyl-phenyl)-4- oxo-1H-quinoline-

3-carboxamide (Compound 2), methods of treating,

lessening the severity of, or symptomatically treating

CFTR mediated diseases, such as cystic fibrosis,

methods of manufacturing, methods of

administering, and kits thereof are disclosed.

21: 2015/03705 22: 2013/11/26 43: 2018/07/27 51: C07D 71: CHEMOCENTRYX, INC. 72: FAN, JUNFA, KRASINSKI, ANTONI, LANGE, CHRISTOPHER W, LUI, REBECCA M, MCMAHON, JEFFREY P, POWERS, JAY P, ZENG, YIBIN, ZHANG, PENGLIE 33: US 31: 61/731,463 32: 2012/11/29 54: CXCR7 ANTAGONISTS 00: -

Compounds having formula (I) (structurally

represented) or pharmaceutically acceptable salts,

hydrates or N-oxides thereof are provided and are

useful for binding to CXCR7, and treating diseases

that are dependent, at least in part, on CXCR7

activity. Accordingly, the present invention provides

in further aspects, compositions containing the

compounds in admixture with a pharmaceutically

acceptable excipient.

21: 2015/03870 22: 2012/12/05 43: 2018/07/27 51: C12P; C12M 71: LANZATECH NEW ZEALAND LIMITED 72: BENKWITZ, FRANK, MIHALCEA, CHRISTOPHE, HAVILL, ALICE 54: A FERMENTATION PROCESS 00: - This invention relates generally to method for

producing products, particularly alcohols, by

microbial fermentation. In particular, the invention

relates to methods for increasing the efficiency of the

fermentation, by providing a method for treating the

used fermentation broth to produce a treated

permeate which is then passed back to the

bioreactor. The invention provides a method

whereby at least one treatment step used to treat the

permeated, produces a gaseous product which is

then used in one or more stages of the fermentation

process.

21: 2015/03873 22: 2013/12/18 43: 2018/07/27 51: A01G 71: DOW AGROSCIENCES LLC 72: BABCOCK, JONATHAN M


Page | 106

33: US 31: 13/803,547 32: 2013/03/14 33: US 31: 61/739,599 32: 2012/12/19 54: EQUIPMENT DESIGNS FOR APPLYING AGRICULTURAL MANAGEMENT MATERIALS 00: - An apparatus and method for applying an

agricultural management material to targeted area.

Exemplary agricultural management materials

include viscous materials. The present invention

relates to methods and apparatus for delivering an

agricultural management material and in particular to

methods and apparatus for delivering a viscous pest

control material to targeted substrates including one

or more of agricultural crops, plants, structures, and

substrates in the proximity thereof.

21: 2015/04332 22: 2013/12/18 43: 2018/07/16 51: C07C 71: HALDOR TOPSØE A/S 72: MODARRESI, HASSAN, WIX, CHRISTIAN 33: DK 31: PA 2012 00812 32: 2012/12/20 54: PROCESS AND APPARATUS FOR THE PRODUCTION OF HIGHER ALCOHOLS 00: - In a process for the production of higher alcohols,

i.e. C4+alcohols, from syngas, the syngas is first

reacted in a heterogeneous alcohol pre-converter

(A) using an alcohol synthesis catalyst, whereby

methanol as the main product in a concentration

corresponding to or close to the equilibrium

concentration is produced. Then the effluent from

the pre-converter is mixed with unconverted wet

recycle gas and reacted in a heterogeneous reactor

for higher alcohols synthesis (B) containing a higher

alcohols synthesis catalyst, and finally the effluent

from the reactor for higher alcohols synthesis is

separated into (i) unconverted syngas, which is

recycled to the higher alcohols synthesis reactor, (ii)

methanol and light alcohols, which are recycled to

the higher alcohols synthesis reactor, and (iii) the

final product consisting of higher alcohols.

21: 2015/04476 22: 2013/12/18 43: 2018/07/16 51: C07H; A61K 71: VERTEX PHARMACEUTICALS INCORPORATED 72: RAMTOHUL, YEEMAN K, DAS, SANJOY KUMAR, CADILHAC, CAROLINE, REDDY, THUMKUNTA JAGADEESWAR, VAILLANCOURT, LOUIS, GALLANT, MICHEL, LIU, BINGCAN, DIETRICH, EVELYNE, VALLEE, FREDERIC, MARTEL, JULIEN, POISSON, CARL 33: US 31: 61/874,501 32: 2013/09/06 33: US 31: 61/738,620 32: 2012/12/18 33: US 31: 61/788,241 32: 2013/03/15 54: MANNOSE DERIVATIVES FOR TREATING BACTERIAL INFECTIONS 00: - The present invention relates to compounds useful

for the treatment or prevention of bacteria infections.

These compounds have formula (I). The invention

also provides pharmaceutically acceptable

compositions containing the compounds and

methods of using the compositions in the treatment


Page | 107

of bacteria infections. Finally, the invention provides

processes for making compounds of the invention.

21: 2015/04832 22: 2015/07/03 43: 2018/07/16 51: A61K; C07K 71: NOVARTIS AG 72: DI PADOVA, Franco, E., RONDEAU, Jean-Michel, Rene, HUBER, Thomas 33: US 31: 61/762,406 32: 2013/02/08 54: ANTI-IL-17A ANTIBODIES AND THEIR USE IN TREATING AUTOIMMUNE AND INFLAMMATORY DISORDERS 00: - The present disclosure relates to antibodies and

proteins comprising an antigen-binding portion

thereof that specifically bind to the pro-inflammatory

cytokine IL-17A. The disclosure more specifically

relates to specific antibodies and proteins that are

IL-17A antagonists (inhibit the activities of IL-17A

and IL-17AF) and are capable of inhibiting IL- 7A

induced cytokine production in in vitro assays, and

having an inhibitory effect in an antigen-induced

arthritis model in vivo. The disclosure further relates

to compositions and methods of use for said

antibodies and proteins to treat pathological

disorders that can be treated by inhibiting IL-17A or

IL17AF mediated activity, such as rheumatoid

arthritis, psoriasis, systemic lupus erythematosus

(SLE), lupus nephritis, chronic obstructive pulmonary

disease, asthma or cystic fibrosis or other

autoimmune and inflammatory disorders.

21: 2015/04921 22: 2015/07/08 43: 2018/07/23 51: B60R; B60W 71: SIMON, Sascha 72: SIMON, Sascha 33: US 31: 61/740,831 32: 2012/12/21 33: US 31: 61/740,851 32: 2012/12/21 33: US 31: 61/745,677 32: 2012/12/24 33: US 31: 14/072,231 32: 2013/11/05 33: US 31: 61/740,814 32: 2012/12/21 54: SYSTEM AND METHOD FOR DETERMINING WHEN A SMARTPHONE IS IN A VEHICLE 00: - A. device (502) includes a parameter detector (512),

an input component (514), an accessing component

(316), a comparator (518) and an identifier (520).

The parameter detector (512) detects a first

parameter and a second parameter and can

generate a detected parameter signature based on

the first detected parameter and the second

detected parameter. The input component (514) can

input the detected parameter signature into a

database (504). The accessing component (516)

can access the detected parameter signature from

the database (504). "The comparator (518) can

generate a comparison signal. The identifier (520)

can identify a location based on the comparison

signal. The parameter detector (512) can further

detect a third parameter and a fourth parameter and

can generate a second detected parameter

signature based on rise third detected parameter

and the fourth detected parameter. The comparator

(518) can generate the comparison signal based on

the detected parameter signature and the second

detected parameter signature.

21: 2015/05138 22: 2015/07/16 43: 2018/07/20 51: G07F; G06Q


Page | 108

71: MYPINPAD LIMITED, LICENTIA GROUP LIMITED, 72: PIKE, Justin 33: US 31: 1300923.8 32: 2013/01/18 54: AUTHENTICATION DEVICE & RELATED METHODS 00: - The invention provides a portable device for input of

a Personal Identification Code (PIC). It comprises a

card reading component and a touch screen. The

screen is arranged and configured to display a

pinpad and receive a PIC upon entry by a user via

the pinpad. The card reading component and the

touch screen are integral to the input device. The

device can comprise a mobile phone, which may

have a camera. The device can be a handheld card

payment terminal for use in financial transactions,

where a user's PIN must be authenticated. A

security mechanism may be used with the device

wherein an image of a scrambled keypad is

displayed over an operable keypad, this enabling the

device to store an encoded version of the user's

input. As the user's real PIN is never stored in the

device, no bank session key needs to be stored or

encrypted. This enables the terminal to be produced

at a lower cost than prior art arrangements

21: 2015/05743 22: 2015/08/11 43: 2018/07/09 51: B32B 71: Dart Container Corporation 72: NADELLA, Krishna V., EMERSON, Alan 33: US 31: 61/752,220 32: 2013/01/14 54: SYSTEMS FOR UNWINDING A ROLL OF THERMOPLASTIC MATERIAL INTERLEAVED WITH A POROUS MATERIAL, AND RELATED METHODS 00: - An apparatus (un-interleaver) for unwinding a roll of

material interleaved with another material, and for

separating the materials, includes a first platform, a

second platform, a tension-sensor, an edge-sensor,

and a controller. The controller monitors signals

generated by the tension-sensor and the edge-

sensor, and in response to the signals: a) causes the

speed at which the second platform rotates to

change to maintain a predetermined tension in the

second material as the second material travels from

the first platform toward the second platform, and b)

causes the second platform to move relative to the

first platform to align the edge of the second material

traveling toward the roll of second material with the

edge of the second material in the roll.

21: 2015/05806 22: 2015/08/13 43: 2018/07/12 51: B65D 71: JF Hillebrand Limited 72: CORVISIER, Pierre 33: GB 31: GB1504555.2 32: 2015/03/18 54: PROTECTIVE PACKAGING IN WHICH WINE IN BOTTLES CAN BE TRANSPORTED 00: - A protective structure for protecting bottles,

particularly wine bottles, comprises a first pair of

elements (10) which are spaced apart horizontally.

The elements have recesses (12, 14) in their upper


Page | 109

surfaces for receiving bottles. There is a second

pair of elements inverted with respect to the first pair

and having recesses in their lower edges. The

recesses of the second pair of elements register with

the recesses of the first pair of elements so as to

define circular bottle receiving openings. A ring of

cushioning material lines each opening. The

cushioning material is in the form of semi-circular

strips, the strips of registering recesses forming a

ring, or in the form of a complete ring. Each ring

includes a web (24) which lies against the semi-

circular faces (20, 22) of the recesses (12, 14) and

flanges (26) which lie against the side faces of the

elements (10).

21: 2015/05823 22: 2015/08/13 43: 2018/07/20 51: C25C 71: Alliance Magnésium 72: FOURNIER, Joël, ROUÉ, Lionel, HELLE, Sébastien 33: US 31: 61/764,711 32: 2013/02/14 54: HYDROGEN GAS DIFFUSION ANODE ARRANGEMENT PRODUCING HCL 00: - The present description relates to an anode

arrangement for use in an electrolysis production of

metals comprising an anode having a hollow body

comprising a cavity, the body having at least one

gas outlet connected in flow communication with the

cavity. A gas inlet is connected in fluid flow

communication with the cavity of the anode, the gas

inlet being connectable to a source of hydrogen gas

for feeding hydrogen gas into the cavity of the

anode. The anode arrangement also comprises an

electrical connector and a hydrogen chloride (HCI)

recuperator surrounding at least a portion of the

anode for recovering HCI gas released through the

at least one gas outlet at an outer surface of the

anode during electrolysis.

21: 2015/05935 22: 2015/08/18 43: 2018/07/20 51: B65D 71: YORCO BRANDING (PTY) LTD 72: Nicholas James MAVIAN 33: ZA 31: 2014/06483 32: 2014/09/04 54: SIM CARD HOLDER 00: - The invention is a blank for a holder for a sim card

retainer, gift card or the like, and the holder

assembled from the blank. The blank comprises a

central panel, and side and end panels. The side

and end panels are distinguished from the central

panel by fold lines which are formed around the

perimeter of the central panel. The side or end

panels including inter-engaging means such as a

tongue and slot, which can be engaged upon

assembly of the blank, thereby forming a holder for

the card or the like.


Page | 110

21: 2015/05942 22: 2015/08/18 43: 2018/07/13 51: G10L 71: QUALCOMM Incorporated 72: SUBASINGHA, Subasingha Shaminda, KRISHNAN, Venkatesh, RAJENDRAN, Vivek 33: US 31: 61/767,431 32: 2013/02/21 54: SYSTEMS AND METHODS FOR MITIGATING POTENTIAL FRAME INSTABILITY 00: - A method for mitigating potential frame instability by

an electronic device is described. The method

includes obtaining a frame subsequent in time to an

erased frame. The method also includes determining

whether the frame is potentially unstable. The

method further includes applying a substitute

weighting value to generate a stable frame

parameter if the frame is potentially unstable.

21: 2015/07273 22: 2015/10/01. 43: 2018/07/16 51: C22B C23F 71: SHERRITT INTERNATIONAL CORPORATION 72: BUDAC, James, KOFLUK, Russ, MANKASINGH, Sandy, KALANCHEY, Robin 33: CA 31: 2,808,981 32: 2013/03/05 54: METHOD OF RECOVERING NICKEL OR COBALT WHILE MITIGATING CORROSION 00: - There is provided a method of recovering at least

one target metal which is adhered to a stainless

steel surface, while mitigating corrosion to the

stainless steel surface. The target metal is nickel or

cobalt. The method comprises contacting an

operative aqueous treatment solution with an

operative solid material adhered to a stainless steel

surface. The target metal is nickel or cobalt. The

operative solid material includes at least one target

metal, and at least a fraction of the at least one

target metal of the operative solid material is

disposed in metallic form. The operative aqueous

treatment solution includes soluble treatment

material, wherein the soluble treatment material

includes nitric acid and copper-comprising material.

21: 2015/07322 22: 2014/05/27 43: 2018/07/27 51: C07K 71: TAKEDA PHARMACEUTICAL COMPANY LIMITED


Page | 111

72: ASAMI, TAIJI, NIIDA, AYUMU 33: JP 31: 2013-111893 32: 2013/05/28 54: PEPTIDE COMPOUND 00: - The present invention provides a novel peptide

compound having an activating action on GLP-1

receptors and GIP receptors and use of the peptide

compound as a medicament. Specifically, a peptide

containing a partial sequence represented by the

formula (I) or a salt thereof and a medicament

comprising the same are provided. P1-Tyr-Aib-Glu-

Gly-Thr-alphaMePhe-Thr-Ser-Asp-Tyr-A11-A12-

A13-Leu-Asp-A16-A17-Ala-Gln-A20-Glu-Phe-Val-

Lys-Trp-Leu-Leu-Lys-A29 (I) wherein each symbol is

as defined herein.

21: 2015/07452 22: 2015/10/07 43: 2018/07/20 51: E21F 71: CHINA UNIVERSITY OF MINING AND TECHNOLOGY 72: FAN, Hailiang, WU, Gang, LIU, Xiaoning, LIANG, Minfu, FANG, Xinqiu 33: CN 31: 201310508458.3 32: 2013/10/25 54: SYSTEM FOR DYNAMICALLY MONITORING ROADWAY ROOF SEPARATION BASED ON FIBRE GRATING AND PRE-WARNING METHOD 00: - The invention relates to a system for dynamically monitoring roadway roof separation based on a fibre grating and a pre-warning method. The system comprising three components, a ground data processing and control sub-system, a downhole data transmission communication sub-system and a downhole sensing data collecting sub-system. The ground data processing and control sub-system is placed in a ground control centre room, and is composed of a ground upper main monitoring computer, a fibre grating demodulation apparatus and a power supply; the downhole data transmission communication sub-system is composed of a mining transmission fibre and a fibre junction box; and the downhole sensing data collecting sub-system comprises at least one apparatus for monitoring fibre grating roof separation.

21: 2015/07575 22: 2014/03/13 43: 2018/07/27 51: C12N; A61K 71: ALNYLAM PHARMACEUTICALS, INC. 72: FITZGERALD, KEVIN, BUTLER, JAMES, BETTENCOURT, BRIAN, KUCHIMANCHI, SATYANARAYANA, CHARISSE, KLAUS, MANOHARAN, MUTHIAH, MAIER, MARTIN, BORODOVSKY, ANNA, RAJEEV, KALLANTHOTTATHIL G, FOSTER, DONALD 33: US 31: 61/837,399 32: 2013/06/20 33: US 31: 61/942,367 32: 2014/02/20 33: US 31: 61/904,579 32: 2013/11/15 33: US 31: 61/912,777 32: 2013/12/06 33: US 31: 61/782,531 32: 2013/03/14 54: COMPLEMENT COMPONENT C5 IRNA COMPOSITIONS AND METHODS OF USE THEREOF 00: - The invention relates to iRNA,e.g., double-stranded

ribonucleic acid (dsRNA), compositions targeting the

complement component C5 gene, and methods of

using such iRNA,e.g., dsRNA, compositions to

inhibit expression of C5 and to treat subjects having

a complement component C5-associated

disease,e.g., paroxysmal nocturnal hemoglobinuria.


Page | 112

21: 2015/07585 22: 2015/10/12 43: 2018/07/31 51: G06Q 71: OFFLA SELFSAFE LTD. 72: RAZ, Yuval, EINHORN, Ori 33: US 31: 61/815,798 32: 2013/04/25 54: MOBILE DEVICE FRAUD DETECTION WITHOUT RESORT TO A NETWORK 00: - A system, method and a device for offline

authentication of transactions using mobile device,

based on, analytic engine such as behavioral pattern

detection are provided. The behavioral pattern can

be for a specific person, for group of people with

similar characteristics, or a combination of the two.

The invention has the advantage over the prior art

centralized authentication and fraud detection

systems in that it is more precise in identifying and

preventing fraud in real time. The precision is better

for both customer and merchant frauds. The present

invention also requires fewer investments in

infrastructure and uses less communication traffic

when compared to the prior art.

21: 2015/07847 22: 2014/05/02 43: 2018/07/24 51: B65D 71: OWENS-BROCKWAY GLASS CONTAINER INC. 72: GRANT, EDWARD A 33: US 31: 13/892,775 32: 2013/05/13 54: SEAL RING FOR FOIL-SEALING A CONTAINER 00: - A seal ring (14) for sealing a container (12). The seal

ring has a base (32) including a longitudinal axis (B)

extending therethrough and having a top surface

(38), an undersurface (40) opposite the top surface,

and a projection (42) extending from the

undersurface in an axial direction. The projection is

configured to be received by a complementary

opening (28) in the container. The seal ring may be

part of a package (10) that also includes a container

(12) having a mouth (24), an axially-facing sealing

surface (26), and an opening (28) in the sealing

surface, and a foil (16) sealingly and removably

coupled to the base of the seal ring.

21: 2015/08224 22: 2015/11/06 43: 2018/07/20 51: G06F 71: AVIGILON ANALYTICS CORPORATION 72: NEELEY, E., Terry 33: US 31: 13/855,543 32: 2013/04/02 54: SELF-PROVISIONING ACCESS CONTROL 00: - A processor-implemented access control method

includes receiving credential and policy directory

information to configure an access controller to allow

self- provisioning of the access controller through

periodic, automated query of the directory by the

access controller; acquiring from the directory,

credential and policy information for one or more

individuals who may require access; storing in a

local cache the acquired credential and policy

information; receiving an access request to allow an

individual access; comparing the access request to

the credential and policy information in the cache;

and when the comparison indicates a match,

granting the individual access.


Page | 113

21: 2015/08594 22: 2014/02/05 43: 2018/07/27 51: C10G; C01B; C10C 71: EXPANDER ENERGY INC. 72: KRESNYAK, STEVE 33: CA 31: 2,818,322 32: 2013/05/24 54: REFINERY PROCESS FOR HEAVY OIL AND BITUMEN 00: - A bitumen and heavy oil upgrading process and

system is disclosed for the synthesis of

hydrocarbons, an example of which is synthetic

crude oil (SCO). The process advantageously avoids

the waste attributed to residuum and/or petcoke

formation which has a dramatic effect on the yield of

hydrocarbon material generated. The process

integrates Fischer-Tropsch technology with

gasification and hydrogen rich gas stream

generation. The hydrogen rich gas generation is

conveniently effected using singly or in combination

a hydrogen source, a hydrogen rich vapour from

hydroprocessing and the Fischer-Tropsch process, a

steam methane reformer (SMR) and autothermal

reformer (ATR) or a combination of SMR/ATR. The

feedstock for upgrading is distilled and the bottoms

fraction is gasified and converted in a Fischer-

Tropsch reactor. A resultant hydrogen lean syngas is

then exposed to the hydrogen rich gas stream to

optimize the formation of, for example, the synthetic

crude oil.

21: 2015/08648 22: 2014/05/09 43: 2018/07/12 51: C25D; C23C; C09K 71: THE ROYAL MINT LIMITED 72: JAMES, DAVID MATHEW, THOMAS, ELLIS RHYS, HIBBERT, GWILYM 33: GB 31: 1308473.6 32: 2013/05/10 54: PLATING OF ARTICLES 00: - The present invention relates to the field of plating,

including, but not limited to electroplating metallic

articles, for example metallic discs that can be used

as, or converted into, coins. Embodiments of the

present invention described herein incorporate

luminescent particles into plated metallic layers so

that they can be detected for security purposes.

21: 2015/08963 22: 2010/04/02 43: 2018/07/13 51: A61K; A61P 71: ST. RENATUS, LLC 72: KOLLAR, MARK DAVID 33: US 31: 61/166,680 32: 2009/04/03 54: DENTAL ANESTHETIC COMPRISING TETRACAINE AND A VASOCONSTRICTOR FOR INTRANASAL ADMINISTRATION 00: - The present invention relates to tetracaine based

anesthetic formulations, topical formulations of

tetracaine and tetracaine based dental anesthetic

formulations. The invention further relates to the use

of these formulations such as for anesthetizing the


Page | 114

maxillary dental arch in a subject, for anesthetizing a

subject's V2, V3 or both of the trigeminal ganglion,

for anesthetizing the soft tissue in the buccal

vestibule and hard palate. The invention further

relates to a device for delivery of these formulations.

21: 2015/09178 22: 2015/12/17 43: 2018/07/16 51: A61B 71: M.A.S. Med Global Ltd 72: MENASHE, Shaked 33: US 31: 61/827,601 32: 2013/05/26 54: PNEUMATIC TOURNIQUET 00: - A compressed gas container and a flow control unit

are retained within a rigid housing of a control device

locally attached to an inflatable strap of a pneumatic

tourniquet. The flow control unit, when triggered, is

configured to selectively supply a dose of

pressurized gas discharged from the gas container

to an internal strap cavity, to achieve a

predetermined cavity pressure for applying a

required hemorrhage suppressing force onto a limb.

In one embodiment, a strap restraining unit permits

displacement of a free end of the strap without

resistance until assuming a predetermined length

sufficient to apply the hemorrhage suppressing force

and which corresponds to a disposition of a

restraining element at which it is in sufficiently close

pressing relation with the strap to cause it to become

restrained. The tourniquet is deployable in one

embodiment by engaging an unattached end of a

buckle frame with a large-area protruding part.

21: 2015/09187 22: 2014/05/21 43: 2018/07/30 51: A61B 71: JHPIEGO CORPORATION 72: DAWOOD, SHUJA T, SIDHOM, JOHN-WILLIAM, LU, ENRIQUITO, VARADY, MARTON 33: US 31: 13/898,962 32: 2013/05/21

54: CRYOTHERAPY DEVICE AND METHOD FOR THE TREATMENT OF CERVICAL PRECANCEROUS LESIONS 00: - A device (1) for providing a cryotherapy ablation

treatment includes a piping assembly (10) and a

snow horn (26) adapted to create a spray of snow

from a pressurized source of a low-temperature

liquid, a tubular applicator (30) for collecting a mass

of snow at a prescribed density that is sufficient to

allow the mass to serve as the needed, low

temperature, thermal reservoir for the device (1)

after the applicator's distal end (34) has been

disconnected from the snow horn end so that it can

to be used during the treatment process, and an

applicator tip (50) adapted to allow it to connect to

the applicator's distal end (34) and be used to treat

those specific locations which are to receive this

treatment.

21: 2015/09194 22: 2014/06/06 43: 2018/07/13 51: C11D; D06F 71: UNILEVER PLC 72: BENSON, PAUL, COOLEY, STUART STEPHEN, SMITH, ELIZABETH JANE 33: EP 31: 13174148.0 32: 2013/06/27 54: STAIN TREATMENT DEVICE AND PROCESS 00: - A fabric stain treatment device for treating a stain on

a fabric with a fabric stain treatment composition

during a fabric washing process, the fabric stain


Page | 115

treatment device comprising: (a) a storage chamber

for storing the fabric stain treatment composition,

said storage chamber comprising two adjacent

convex walls in a stacked arrangement with an

upper wall and an lower wall; and a waist portion; (b)

a filling and dispensing aperture defined by one or

more upper edge portions of the storage chamber,

said edge portion/s comprising a pour spout; and (c)

a base the periphery of which is contiguous with the

lower wall; said base and lower wall interconnecting

at a base edge portion at least one annular

scrubbing portion on a base edge portion.

21: 2015/09228 22: 2015/12/18 43: 2018/07/06 51: A61K; A61P; C07D 71: Janssen Sciences Ireland UC 72: MC GOWAN, David Craig, PIETERS, Serge Maria Aloysius, LAST, Stefaan Julien, EMBRECHTS, Werner, JONCKERS, Tim Hugo Maria, RABOISSON, Pierre Jean-Marie Bernard 33: EP(IE) 31: 13174108.4 32: 2013/06/27 54: PYRROLO[3,2-D]PYRIMIDINE DERIVATIVES FOR THE TREATMENT OF VIRAL INFECTIONS AND OTHER DISEASES 00: -

21: 2015/09246 22: 2015/12/18 43: 2018/07/25

51: H04W 71: Sony Corporation 72: GUO, Xin, SUN, Chen 33: CN 31: 201310208447.3 32: 2013/05/30 54: A SYSTEM AND METHOD FOR MANAGING UTILIZATION OF UN-LICENSED FREQUENCY SPECTRUM RESOURCES FOR SECONDARY SYSTEMS, AND A NON-TRANSITORY COMPUTER-READABLE MEDIUM 00: - The present disclosure provides a system and

method for managing utilization of un-licensed

frequency spectrum resources for secondary

systems, a system and a method for the system, and

a non-transitory computer-readable medium

including computer-readable instructions. The

system for managing utilization of un-licensed

frequency spectrum resources for secondary

systems comprises: circuitry, configured to assign a

first un-licensed frequency spectrum resource in an

availability time period to a first secondary system

and reassign at least part of the first un-licensed

frequency spectrum resource during the availability

time period based on current resource utilization,

wherein the circuitry is configured to assign and

reassign the first un-licensed frequency spectrum

resource under protection of a primary system which

is licensed with the un-licensed frequency spectrum

resources.

21: 2016/00010 22: 2016/01/04 43: 2018/08/28 51: A61K; C07D; A61P 71: HIVIH 72: VOMSCHEID, Sophie, FAIVRE, Fabien, CARAVANO, Audrey, BRIAS, Julie, BARBION,


Page | 116

Julien, CHASSET, Sophie, LE STRAT, Frédéric, LEDOUSSAL, Benoit 33: EP 31: 13305965.9 32: 2013/07/05 54: INHIBITORS OF VIRAL REPLICATION, THEIR PROCESS OF PREPARATION AND THEIR THERAPEUTICAL USES 00: - The present invention relates to compounds, their

use in the treatment or the prevention of viral

disorders, including HIV.

21: 2016/00996 22: 2016/02/12 43: 2018/07/10 51: A61K; B01D; C01F; C22B; G01N; G21G 71: Bayer AS 72: HJELLUM, Gro Elisabeth 33: GB 31: 1314718.6 32: 2013/08/16 54: METHOD FOR THE QUANTIFICATION OF 227AC IN 223RA COMPOSITIONS 00: -

21: 2016/01089 22: 2016/02/17 43: 2018/06/27 51: E21B 71: Sandvik Intellectual Property AB 72: ROSÈN, Jonas, JANSSON, Tomas Sh 33: EP(SE) 31: 13183533.2 32: 2013/09/09 54: ENERGY TRANSMISSION EFFICIENT DRILL STRING COUPLING 00: - A drill string and a threaded coupling region for a drill

string in which a threaded male and female end are

optimised to maximise energy transmission

efficiency for percussion drilling. The present

coupling comprises a male spigot to be received

within a female sleeve such that an axial length of

the overlap of the spigot within the sleeve is less

than an outside diameter of the sleeve.


Page | 117

21: 2016/01625 22: 2016/03/09 43: 2018/09/04 51: E21D 71: CHINA UNIVERSITY OF MINING AND TECHNOLOGY 72: ZHAO, Liang, CHEN, Shiqi, ZHAO, Jiyun, LIU, Jun, HONG, Jianyun, LI, Bingwen 33: CN 31: 201510728508.8 32: 2015/10/29 54: FOUR-COLUMN FLOAT-SWING HYDRAULIC SUPPORT 00: - A four-column float-swing hydraulic support,

comprising a top beam, a shield beam, an elevating

frame, a base, four float hydraulic columns, a base

raising unit, an advancing unit, a face guard unit, a

telescopic beam unit, a hydraulic control valve bank,

and a valve bank support. The four float hydraulic

columns are arranged in two rows in parallel

between the top beam and the base, with upper

ends of the columns being ball-hinged to the top

beam and lower ends of the columns being ball-

hinged to the base. The telescopic beam unit is

disposed in a front end of the top beam, and the face

guard unit is hinged to the telescopic beam unit. An

upper end of the shield beam is hinged to the top

beam, and a lower end of the shield beam is hinged

to an upper end of the elevating frame. The base is

welded with the elevating frame as a whole, and a

bridge piece is welded with the base as a whole. A

front end and a rear end of the advancing unit are

hinged to a scraper conveyor and the base

respectively. The four-column float-swing hydraulic

support is suitable for underground working faces of

fully mechanized coal mining in coal mines. The

float-swing hydraulic support realizes modular

design, standard design, and series design, and has

advantages including large working space, large

ventilation area, high working resistance, high

safety, high reliability, and high stability.

21: 2016/01663 22: 2014/09/11 43: 2018/07/27 51: C06B; F42B; C07C 71: THALES AUSTRALIA LIMITED 72: WARRENDER, GARRY, JONES, ASHLEY 33: AU 31: 2013903511 32: 2013/09/12 54: BURN RATE MODIFIER 00: - The invention relates generally to burn rate modifiers

and propellants comprising a burn rate modifier. The

invention also relates to methods of producing a

propellant comprising a burn rate modifier as well as

an ammunition cartridge comprising the propellant.

The burn rate modifier comprises a compound of

formula 1and the propellant comprises a compound

of formula 1 and an energetic material.


Page | 118

21: 2016/01781 22: 2014/09/19 43: 2018/07/25 51: A63F 71: BALLY GAMING, INC. 72: YEE, RYAN MASAO, SNOW, ROGER M, HEMBERGER, JOHN, CZYZEWSKI, ZBIGNIEW, FROME, ELLIOT 33: US 31: 14/033,097 32: 2013/09/20 54: METHODS OF ADMINISTERING ROULETTE BONUS WAGERS AND RELATED APPARATUSES AND SYSTEMS 00: - Methods of administering games of roulette may

involve accepting a wager may from a player. A

multiplier may be randomly selected from a group of

fixed multipliers for a payout on the wager. A number

and associated color may be randomly generated

from within a range of numbers and associated

colors. The wager may be resolved by determining

whether the randomly generated number is identical

to a randomly generated number from an

immediately preceding round. A payout may be paid

to the player when the randomly generated number

is identical to the randomly generated number from

the immediately preceding round, an amount of the

payout being equal to an amount of the wager

multiplied by the randomly selected multiplier. The

amount of the wager may be collected for the house

when the randomly generated number is different

from the randomly generated number from the

immediately preceding round.

21: 2016/02113 22: 2016/03/30 43: 2018/07/10 51: G10L 71: QUALCOMM Incorporated 72: ATTI, Venkatraman S., KRISHNAN, Venkatesh 33: US 31: 61/889,727 32: 2013/10/11 54: ESTIMATION OF MIXING FACTORS TO GENERATE HIGH-BAND EXCITATION SIGNAL 00: - A method includes generating a high-band residual

signal based on a high-band portion of an audio

signal. The method also includes generating a

harmonically extended signal at least partially based

on a low-band portion of the audio signal. The

method further includes determining a mixing factor

based on the high-band residual signal, the

harmonically extended signal, and modulated noise.

The modulated noise is at least partially based on

the harmonically extended signal and white noise.


Page | 119

21: 2016/02159 22: 2015/10/05 43: 2018/07/27 51: H01F; G01R 71: LANDIS+GYR AG 72: IMFELD, JOE, RUMSCH, ANDREAS, SCHMID, PATRICK 33: EP 31: 14190420.1 32: 2014/10/27 54: A METHOD, SYSTEM AND ASSEMBLY FOR DETERMINING A REDUCTION OF REMAINING SERVICE LIFETIME OF AN ELECTRICAL DEVICE DURING A SPECIFIC TIME PERIOD OF OPERATION OF THE ELECTRICAL DEVICE 00: - The present invention relates to a method of

determining a reduction of remaining service lifetime

of an electrical device during a specific time period.

A measurement system is provided comprising a

temperature measurement device, a current

measurement device and a voltage measurement

device. A temperature value, voltage values and

current values are measured by using the

measurement device. A harmonic load is determined

based on the current values. A reduced maximum

operating temperature is determined based on the

harmonic load. An amount of transient over-voltages

is determined based on the voltage values. A

transient aging factor is determined based on the

amount of transient over-voltages. A temperature

dependent aging factor is determined based on the

temperature value and the reduced maximum

operating temperature. Finally, the reduction of

remaining service life is determined based on the

specific time period, the transient aging factor and

the temperature dependent aging factor.

21: 2016/02255 22: 2016/04/05 43: 2018/07/05 51: B60C 71: Equalaire Systems, Inc.

72: HENNIG, Mark Kevin 33: US 31: 61/894,653 32: 2013/10/23 54: ROTARY UNION FOR AUTOMATIC TIRE INFLATION SYSTEM 00: - A rotary union for a tire inflation system may

comprise a stator and a rotor assembly, and may he

contained entirely within the space formed by a

hubcap and wheel end. The rotor assembly may be

mounted to the interior of a hubcap. The rotor

assembly may comprise a tube that extends into the

stator. The tube may be sealed in the rotor assembly

by a first annular seal, and may be sealed in the

stator by a second annular seal.

21: 2016/02394 22: 2014/09/26 43: 2018/07/27 51: G06Q 71: MASTERCARD INTERNATIONAL INCORPORATED 72: NOE, JAMES C, COWEN, MICHAEL J, FIELD, JASON, GEORGE, SAGITHA, ROBERTS, DAVID A 33: GB 31: 1317479.2 32: 2013/10/02 54: TRANSACTION SYSTEMS AND ASSOCIATED METHODS FOR ENCHANCED ACCOUNT BALANCE AND STATUS MANAGEMENT 00: - A computer implemented method of performing a

transaction using a payment account, typically

handled by a payment account manager (PAM),

comprises the steps of: receiving a first message

from a top up terminal indicating that funds have

been transferred to the payment account; setting or

adjusting a funds limit of the payment account based

on information in the first message; receiving an

authorisation or pre-authorisation request from a first

terminal and commencing a funds aggregation;

receiving a second message indicating a pre-defined


Page | 120

amount of funds which may be used in the

transaction; blocking an amount of the funds limit of

the payment account equivalent to the pre-defined

amount; and sending an authorisation response to

the first terminal. As a result, the PAM can send data

to indicate that a card associated with the payment

account is not fit for travel. In one aspect of the

invention, a transit authority is able to write

bypassing data to the card so as to bypass a deny

list that would otherwise have blocked the card from

being used for a transit journey.

21: 2016/02776 22: 2014/09/25 43: 2018/07/09 51: A01N 71: DOW AGROSCIENCES LLC 72: LARELLE, DOMINIQUE, DE GAUJAC, XAVIER, BLANCHIER, NATHALIE, LEROUX, PHILIPPE, MANN, RICHARD K, EELEN, HILDE, DECONINCK, STEFAAN 33: US 31: 61/882,251 32: 2013/09/25 54: METHODS OF WEED CONTROL IN CHICORY 00: - Disclosed herein are methods of controlling

undesirable vegetation in chicory which can

comprise applying to vegetation or an area adjacent

the vegetation or applying to soil to prevent the

emergence or growth of vegetation (a) penoxsulam

or an agriculturally acceptable salt thereof. The

methods can further comprise applying (b) a second

pesticide or an agriculturally acceptable salt or ester

thereof to the vegetation or the area adjacent the

vegetation, or to the soil adjacent thereto. In some

embodiments, (b) includes an ALS inhibitor (e.g.,

triflusulfuron- methyl), an inhibitor of microtubule

assembly (e.g., propyzamide, trifluralin, or

benfluralin), a cellulose biosynthesis inhibitor (e.g.,

isoxaben), a protoporphyrinogen oxidase (PPO)

inhibitor (e.g., flumioxazin), or combinations thereof.

21: 2016/03107 22: 2011/05/05 43: 2018/07/31 51: A61K; A61P 71: NEW YORK UNIVERSITY 72: TORRES, VICTOR J, DUMONT, ASHLEY L 33: US 31: 61/331,550 32: 2010/05/05 54: STAPHYLOCOCCUS AUREUS LEUKOCIDINS, THERAPEUTIC COMPOSITIONS, AND USES THEREOF 00: - Disclosed herein are isolated and purified

Staphylococcus aureus bi-component leukocidin,

referred to herein as LukAB, and its components

LukA and LukB, antibodies specific to LukA,

antibodies specific to LukB, therapeutic

compositions containing LukA and/or LukB, or anti -

LukA and/or anti-LukB antibodies, uses of the

compositions to treat acute inflammatory conditions

or S. aureus infection, methods for identifying

inhibitors of LukAB-mediated cytotoxicity of human

phagocytes, and methods for using LukAB as a

marker to predict severity of S. aureus infection.

21: 2016/03439 22: 2016/05/19 43: 2018/07/23 51: E21C 71: LIU, Suhua 72: LIU, Suhua 33: CN 31: 201310492936.6 32: 2013/10/21 33: CN 31: 201310508806.7 32: 2013/10/25 33: CN 31: 201310601557.6 32: 2013/11/26 33: CN 31: 201410042606.1 32: 2014/01/29 33: CN 31: 201410205501.3 32: 2014/05/09 33: CN 31: 201410281255.X 32: 2014/06/15 33: CN 31: 201410318364.4 32: 2014/06/26 54: METHOD FOR RECIPROCATING PUNCHING/RAKING/LOADING BY POWER BOX ON EXCAVATOR, AND EXCAVATOR HAVING POWER BOX CAPABLE OF RECIPROCATING PUNCHING/RAKING/LOADING 00: - The present invention relates to the field of machinery, in particular to a method for reciprocating punching/raking/loading by a power box on an excavator and an excavator having a power box capable of reciprocating punching/raking/loading. The excavator includes a reciprocating impact power box body and a reciprocating impact box raking device, the reciprocating impact box raking device includes a raking rotary member and a raking rotary


Page | 121

arm, the raking rotary member is disposed on the lower portion of the side face of the reciprocating impact power box body, the raking rotary arm is disposed on the raking rotary member, the raking rotary member drives the raking rotary arm to rotate, the raking end of the raking rotary arm disposed on the reciprocating impact power box body rotates relative to the reciprocating impact power box body to rake.

21: 2016/03578 22: 2014/11/26 43: 2018/07/27 51: C07D; A61K; A61P 71: GENENTECH, INC., XENON PHARMACEUTICALS INC. 72: ANDREZ, JEAN-CHRISTOPHE, BICHLER, PAUL ROBERT, CHEN, CHIEN-AN, CHOWDHURY, SULTAN, DECKER, SHANNON MARIE, DEHNHARDT, CHRISTOPH MARTIN, FOCKEN, THILO, GRIMWOOD, MICHAEL EDWARD, HEMEON, IVAN WILLIAM, JIA, QI, LI, JUN, LIU, ZHIGUO, ORTWINE, DANIEL F, SAFINA, BRIAN, SUTHERLIN, DANIEL, SHENG, TAO, SUN, SHAOYI, WHITE, ANDREW D, WILSON, MICHAEL SCOTT, ZENOVA, ALLA YUREVNA, ZHU, JIUXIANG 33: CN 31: PCT/CN2013/001452 32: 2013/11/27 33: CN 31: PCT/CN2013/088062 32: 2013/11/28 33: CN 31: PCT/CN2014/090171 32: 2014/11/03 54: SUBSTITUTED BENZAMIDES AND METHODS OF USE THEREOF 00: - The invention provides compounds having the

general formula I, and pharmaceutically acceptable

salts thereof, wherein the variables RA, RAA,

subscript n, ring A, X2, L, subscript m, X1, R1, R2, R3,

R4, R5, and RNhave the meaning as described

herein, and compositions containing such

compounds and methods for using such compounds

and compositions.

21: 2016/03844 22: 2016/06/06 43: 2018/07/20 51: A45C 71: Lindi LAWRENSON 72: LAWRENSON, Lindi 33: ZA 31: 1319565.6 32: 2013/11/06 54: STORAGE CASE 00: - A storage case has a rectangular base, side walls

and front and rear walls upstanding from the base,

and a top wall. The front wall has a lower half fixed

to the base and side walls, and an upper half hinged

by a hinge arrangement to the lower half. The upper

half forms a door allowing access to the interior of

the case. The top wall is integral with the upper half

of the front wall. A drawer unit is in the door. The

drawer unit has a compartment formed by the top

wall, the front wall, a wall parallel to the top wall and

compartment side walls.

21: 2016/03941 22: 2014/11/21 43: 2018/07/27 51: F03B 71: SIMS, JOEL D 72: SIMS, JOEL D 33: US 31: 14/540,170 32: 2014/11/13 33: US 31: 61/913,480 32: 2013/12/09 54: ELECTRICAL GENERATOR 00: -


Page | 122

A generator system and method is provided for

generating electricity using a closed-loop/self-

contained system which employs a tank of

pressurized fluid to turn a turbine which in turn

operates a generator or alternator then the spent

fluid is pumped back to the pressurized tank to

continue the process.

21: 2016/03970 22: 2015/01/22 43: 1900/01/01 51: A61K; A61Q 71: UNILEVER PLC 72: READ, RICHARD MACKENZIE, SOUTHEY, HANNAH MARY 33: EP 31: 14152330.8 32: 2014/01/23 54: HAIR CONDITIONING COMPOSITION COMPRISING A ZWITTERION OR PROTEINCAEOUS MATERIAL 00: - Conditioning composition comprising from 0.4 to 8%

wt. fatty alcohol having from 8-22 carbons, from 0.1

to 2% wt. cationic surfactant component, water, and

wherein the composition has a Draw Mass of from 1

to 250g and comprising a zwitterion or

proteinaceious material.

21: 2016/03971 22: 2015/01/06 43: 1900/01/01 51: C11D 71: UNILEVER PLC 72: AGARKHED, AJIT MANOHAR, KUMAR, NITISH, PARUCHURI, DIVYA 33: EP 31: 14152967.7 32: 2014/01/29 54: CLEANSING COMPOSITION CONTAINING OLIGODYNAMIC METAL AND EFFICACY ENHANCING AGENT 00: -

In one aspect is disclosed a cleansing composition

comprising: (i) a surfactant; (ii) an oligodynamic

metal or ions thereof; (iii) a chelating agent; and, a

polymer having a group comprising a site having one

or more lone pair of electrons wherein,said

surfactant is soap. The polymer having a group

comprising a site having one or more lone pair of

electrons enhances the antimicrobial efficacy of the

oligodynamic metal.

21: 2016/04070 22: 2016/06/15 43: 2018/08/16 51: C04B 71: COMMISSARIAT À L¿ÉNERGIE ATOMIQUE ET AUX ÉNERGIES ALTERNATIVES 72: BARRE, Yves, TOKAREV, Alexei, GRANDJEAN, Agnès, CAUSSE, Jérémy 33: FR 31: 1363329 32: 2013/12/20 54: INORGANIC CELLULAR MONOBLOC CATION-EXCHANGE MATERIALS, THE PREPARATION METHOD THEREOF, AND SEPARATION METHOD USING SAME 00: - A material in the form of an alveolar monolith

consisting of a matrix of an inorganic oxide with a

hierarchical and opened porosity comprising

macropores, mesopores and micropores, said

macropores, mesopores and micropores being

interconnected, and nanoparticles of at least one

metal cation exchange inorganic solid material being

distributed in said porosity. A method for preparing

this material and a method for separating a metal

cation notably a cation of a radioactive isotope of a

metal such as cesium using this material.

21: 2016/04090 22: 2016/06/15 43: 2018/08/22 51: A61M; B01J 71: FRESENIUS MEDICAL CARE HOLDINGS, INC. 72: ADAMS, Kerissa, MERCHANT, Stephen, A. 33: US 31: 61/954,161 32: 2014/03/17 54: CARTRIDGES USEFUL IN CLEANING DIALYSIS SOLUTIONS 00: - Cartridges useful in regenerating or purifying dialysis

solutions are described as well as methods to

regenerate or purify spent dialysis solutions.

Dialysis methods using the sorbent cartridges of the

present invention are further described.


Page | 123

21: 2016/04324 22: 2016/06/27 43: 2018/07/11 51: E21D 71: PIENAAR, Frans Petrus Roelof; HOWELL, Mark 72: PIENAAR, Frans Petrus Roelof; HOWELL, Mark 33: ZA 31: 2015/02134 32: 2015/03/27 54: YIELDING STOPE SUPPORT WITH WEDGE-BALL YIELDING MECHANISM 00: - A free standing support, particularly a mine support

10, comprising an inner tube 12 inserted into an

outer tube 14, an end 14.1 of which is flared into a

tapered cavity 16. Wedge elements 20, loosely

disposed in the cavity 16, extend in a ring about the

inner tube 12 and retain rollers, preferably ball

bearings 22, in cavities 24. The balls 22 rotate freely

when located in the wider end of the cavity 16, to

permit relative sliding movement of the tubes 12, 14.

Upon setting of the support 10, the wedge elements

20 roll into the narrow end of the cavity 16 and set

the tubes 12, 14 together. Under load, including

prestressing of the support 10, the wedge elements

20 are pressed progressively deeper into the cavity

waist 16.2 and engage frictionally with the surface of

the inner tube 12.

21: 2016/04489 22: 2014/12/23 43: 2018/07/13 51: A62C 71: TYCO FIRE PRODUCTS LP, TYCO FIRE & SECURITY GMBH 72: MAGNONE, ZACHARY L, FARLEY, DANIEL G, DESROSIER, JOHN, BRIGHENTI, DONALD D, BONNEAU, RICHARD P

33: US 31: 62/009,778 32: 2014/06/09 33: US 31: 61/920,274 32: 2013/12/23 33: US 31: 61/920,314 32: 2013/12/23 54: CONTROLLED SYSTEM AND METHODS FOR STORAGE FIRE PROTECTION 00: - Fire protection systems and methods for ceiling-only

high-piled storage protection. The systems and

methods include a fluid distribution, detection and

control sub-systems to identify one or more fluid

distribution devices for controlled operation to

address a fire.

21: 2016/04710 22: 2016/07/08 43: 2018/07/23 51: B01D; C07C; F25J 71: LINDE AKTIENGESELLSCHAFT 72: PESCHEL, Andreas, FRITZ, Helmut 33: DE 31: 14000042.3 32: 2014/01/07 54: PROCESSING BY A SEPARATION TECHNIQUE OF A GAS MIXTURE FORMED FROM A PRODUCT STREAM OF A DIMETHYL REACTOR 00: - The method relates to processing by a separation

technique of a gas mixture (k) that is formed from a

product stream (d) of a reactor (4) for synthesizing

dimethyl ether from synthesis gas (b), and which

contains at least dimethyl ether, carbon dioxide, and

at least one additional component having a lower

boiling point than carbon dioxide. The gas mixture

(k) is cooled down at a first pressure level from a first

temperature level to a second temperature level, and


Page | 124

a residual portion of the gas mixture (k) remaining

gaseous at the second temperature level is washed

in an absorption column (18) by a return flow (v)

containing mainly carbon dioxide. The mainly carbon

dioxide containing return flow (v) is at least partially

formed from a portion of the gas mixture (k) which

was separated as a liquid during the cooling

process.

21: 2016/05169 22: 2016/07/25 43: 2017/06/27 51: E21D 71: NCM INNOVATIONS (PTY) LTD 72: ABREU, Rual 54: CABLE ANCHOR SLEEVE 00: - The invention provides a grouted cable anchor which

includes: a cable anchor body which extends

longitudinally between a first end and a second end,

and an elongate sleeve which encloses a length of

the body to engage the body along the length in a

contracted state, which sleeve is adapted to expand,

when a fluid adhesive material is introduced

between the sleeve and the cable body, to

disengage from the body to provide an annular

conduit through which the adhesive material flows.

21: 2016/05181 22: 2015/02/13 43: 2018/07/05 51: C22C; B21B; C21D 71: JFE STEEL CORPORATION 72: HIRAGUCHI, TOMONARI, KOJIMA, KATSUMI, NAKAMARU, HIROKI, TSUJIMOTO, MASAMI, KIKUCHI, TOSHIHIRO 33: JP 31: 2014-033851 32: 2014/02/25 54: STEEL SHEET FOR CROWN CAP, METHOD FOR MANUFACTURING SAME, AND CROWN CAP 00: - The purpose of the present invention is to provide a

steel plate for a crown cap having excellent

processability and that solves the problem of

defective crown cap shape and insufficient pressure-

resisting strength, a method for manufacturing same,

and a crown cap obtained by molding the steel plate

for a crown cap. The steel plate for a crown cap

contains C: 0.0005 to 0.0050%, Si: 0.020% or less,

Mn: 0.10 to 0.60%, P: 0.020% or less, S: 0.020% or

less, Al: 0.01 to 0.10%, N: 0.0050% or less, Nb:

0.010 to 0.050%, and the remainder being Fe and

unavoidable impurities, the average r value being

1.30 or more and YP being 450 MPa to 650 MPa. A

steel slab having a slab reheat temperature of

1150°C or higher and a finishing temperature of

870°C or higher is hot rolled, then wound at a

winding temperature of 600°C or more, acid-

cleaned, thereafter subjected to primary cold-rolling,

annealed at an annealing temperature of the re-

crystallization temperature or higher and 790°C or


Page | 125

less, and thereafter subjected to secondary cold-

rolling at a draft of 10%-50%.

21: 2016/05234 22: 2016/07/28 43: 2018/07/27 51: B60K; H02K 71: VENTER, Francois 72: VENTER, Francois 33: ZA 31: 2015/05432 32: 2015/07/29 54: ENERGY GENERATION AND STORAGE SYSTEM 00: - The invention relates to an energy generation and

storage system, which includes a rotatable member,

rotated during movement of a vehicle, an electrical

generator, a mechanical connector, connecting the

rotatable device to the electrical generator and a

battery for storing the energy generated by the

electrical generator.

21: 2016/05421 22: 2016/08/01 43: 2018/08/13 51: E04B; E04F 71: Elegant Cornicing CC 72: BASSON, Ian 33: ZA 31: 2015/05805 32: 2015/08/13 54: ORNAMENTAL WALL MOULDINGS

00: - This invention relates to decorative construction

members. In particular the invention relates to an

ornamental wall moulding which includes an

elongate polystyrene member and a decorative

sheet, having decorative features, the sheet being

bonded to the outer surface of the elongate

polystyrene member.

21: 2016/05744 22: 2016/08/18 43: 2018/09/06 51: E21D 71: NCM INNOVATIONS (PTY) LTD 72: ABREU, Rual 33: ZA 31: 2015/05932 32: 2015/08/18 54: HYDRAULICALLY ACTUATED WRENCH 00: - [0001] The invention provides a hydraulically

actuated wrenching apparatus which includes a

socket shaft which includes a tubular shaft body

which longitudinally extends between a first end,

which is adapted to engage with a rotatable part of a

rock anchor engaged tensioning device, and a

second end, a gear mounted on the shaft body, a

locking shaft at least partially housed within the

tubular body which is locked against rotational

motion, which is moveable longitudinally relatively to

the shaft body and which is adapted, at a free end

which is adjacent the shaft body first end, to engage

with a non-rotatable part of the tensioning device, a

hydraulic motor and a drive shaft which engages

with the gear and which angularly displaces the gear

when driven by the motor to cause the shaft body to

rotate.


Page | 126

21: 2016/06019 22: 2016/08/30 43: 2018/07/27 51: C07C 71: YASHENTECH CORPORATION 72: WANG, YOUQI, WANG, XUNWEN, LI, ZHIJIAN, HAN, HUI 33: CN 31: 2015105461795 32: 2015/08/31 54: PROCESS FOR PRODUCING DIMETHYL CARBONATE 00: - The present disclosure provides a process for

producing dimethyl carbonate with high conversion

rate. Alkylene glycol reacts with urea via alcohylysis

reaction to produce alkylene carbonate and

ammonia. The alkylene carbonate produced reacts

with methanol via transesterification reaction to

produce dimethyl carbonate. Before the dimethyl

carbonate is separated from the mixture, the

nitrogen-containing impurities are substantially

removed. Unreacted feedstock and catalysts are

recycled in the process.

21: 2016/06475 22: 2016/09/20 43: 2018/07/06 51: A61K; C12N; C12Q 71: IONIS PHARMACEUTICALS, INC. 72: GROSSMAN, Tamar, R., WATT, Andrew, T., SWAYZE, Eric, E., MCCALEB, Michael, L., PRAKASH, Thazha, P., FREIER, Susan, M., SETH, Punit, P. 33: US 31: 61/987,471 32: 2014/05/01 33: US 31: 62/076,273 32: 2014/11/06 54: COMPOSITIONS AND METHODS FOR MODULATING COMPLEMENT FACTOR B EXPRESSION 00: - The present embodiments provide methods,

compounds, and compositions for treating,

preventing, or ameliorating a disease associated

with dysregulation of the complement alternative

pathway by administering a Complement Factor B

(CFB) specific inhibitor to a subject.

21: 2016/06705 22: 2015/03/27 43: 2018/07/27 51: G01L 71: INSTITUT FRANÇAIS DES SCIENCES ET TECHNOLOGIES DES TRANSPORTS, DE L'AMENAGEMENT ET DES RESEAUX, CONSEJO SUPERIOR DE INVESTIGACIONES CIENTIFICAS, ECOLE POLYTECHNIQUE 72: LEBENTAL, BÉRENGÈRE, GHADDAB, BOUTHEINA, GAUDEFROY, VINCENT, RUIZ-HITZKY, EDUARDO, ARANDA GALLEGO, PILAR, RUIZ GARCIA, CRISTINA, HENNINGS, BIRGER


Page | 127

33: FR 31: 1452842 32: 2014/03/31 54: AN ACQUISITION DEVICE, A METHOD OF FABRICATING IT, AND A METHOD OF MEASURING FORCE 00: - An acquisition device (20) comprising a wall and a

transducer (23) constituted by a body (24, 324) on

which electrodes (25) are fastened spaced apart

from one another. An electrical impedance (R) of

the transducer is variable as a function of

deformation of the transducer. When looking in a

direction perpendicular to a surface (36) of the wall,

at least two electrodes (25) of said plurality of

electrodes are spaced apart from each other. The

transducer is incorporated under the surface (36) of

the wall.

21: 2016/06842 22: 2016/10/05 43: 2018/07/09 51: B21B; B23K 71: Keystone Tower Systems, Inc. 72: TAKATA, Rosalind K., SMITH, Eric D., BRIDGERS, Loren D., AINGE, Daniel, SLOCUM, Alexander H. 33: US 31: 14/228,481 32: 2014/03/28 54: CONTROL SYSTEM AND METHOD FOR TAPERED STRUCTURE CONSTRUCTION 00: - A control system for forming a tapered structure

includes a sensor providing feedback for a machine

for forming a tapered structure including at least

three rolls having at least one bend roll and at least

two guide rolls. The guide rolls may include rollette

banks having a plurality of rollettes. The machine

may also include an adjustment mechanism to

position at least one of the rolls, where a diameter of

the tapered structure being formed is controlled by

relative positions of the rolls. The machine may also

include a joining element to join edges of a stock of

material together as it is rolled through the rolls to

form the tapered structure. The control system may

also include a controller to receive feedback from the

sensor and to send a control signal based on the

feedback to the adjustment mechanism for

positioning at least one of the rolls.

21: 2016/07048 22: 2016/10/13 43: 2018/08/27 51: A61B; G06F 71: BEIJING SHUNYUAN KAIHUA TECHNOLOGY LIMITED 72: GUTVIK, Christian, Ragnar, WISLOFF, Ulrik 33: EP 31: 14160936.2 32: 2014/03/20 54: HEALTH RISK INDICATOR DETERMINATION 00: - Biometric data is converted to meaningful health risk

indications. A method of determining a health risk

indicator for a user comprises the steps of: obtaining

heart rate data for the user recorded over a

monitoring period of at least one day; processing

said heart rate data in dependence on biometric data

for the user to determine an aggregate heartbeat

value for the user over said monitoring period; and

determining said health risk indicator in dependence

on said aggregate heartbeat value.


Page | 128

21: 2016/07171 22: 2016/10/18 43: 2018/08/27 51: A61B 71: MEDICAL COMPONENTS, INC 72: Michael JOYCE, Eric, M. HARRIS, Rose ROWAN, Skender DAERTI, Timothy SCHWEIKERT 33: US 31: 61/976,891 32: 2014/04/08 33: US 31: 14/557,948 32: 2014/12/02 54: MEDICAL DEVICE PLACEMENT SYSTEM AND A METHOD FOR ITS USE 00: - A system and method for locating a medical device

within a body uses wireless technology to transmit

the information obtained from the sensors to a

mobile device or other computing system. A software

application on the mobile device or computing

system can be used to display the information,

wherein the user can control the display without

needing to contact any items that are not sterile.

21: 2016/07421 22: 2016/10/27 43: 2018/07/09 51: G08B 71: Glass Security Pte Ltd 72: LIM, Luke, KOK, Boon Kiong 33: US 31: 61/972,545 32: 2014/03/31 54: A TAMPER DETECTION DEVICE AND A METHOD FOR INSTALLING THE DEVICE 00: - There is provided a tamper detection device

comprising a laminate; a contact lead attached to the

laminate; and a detection module connected to the

contact lead. It is advantageous that the laminate is

configured to conform to an application surface, and

to move the contact lead. A method of installing the

device is also disclosed.

21: 2016/07730 22: 2016/11/09 43: 2018/08/29 51: H04L 71: SERTINTYONE CORPORATION 72: RIDENOUR, Elke, M., FISCHER, Daniel, Michael, SMITH WEED, Melani, Leigh, SMITH, Gregory, Scott 33: US 31: 61/980,617 32: 2014/04/17


Page | 129

54: SYSTEM AND METHODS FOR USING CIPHER OBJECTS TO PROTECT DATA 00: - Systems, methods, and devices configured to build

and utilize an intelligent cipher transfer object are

provided. The intelligent cipher transfer object

includes a set of participants protected by cloaking

patterns. A portable dynamic rule set, which includes

executable code for managing access to the

protected set of participants, is included within the

intelligent cipher transfer object. For a given user,

the intelligent cipher transfer object may provide

access to some of the participants while preventing

access to other participants, based on the portable

dynamic rule set therein.

21: 2016/07994 22: 2016/11/18 43: 2018/07/19 51: A61K; C07C 71: SUNOVION PHARMACEUTICALS INC. 72: KOBLAN, Kenneth S., LOEBEL, Antony D. 33: US 31: 61/992,619 32: 2014/05/13 54: DOSAGE OF DASOTRALINE AND METHOD FOR TREATMENT OF ADHD 00: - Dosage forms and treatment regimens employing

dasotraline for treating Attention Deficit Hyperactivity

Disorder (ADHD) are disclosed. The compositions

described herein exhibit no abuse potential.

21: 2016/08201 22: 2016/11/28 43: 2018/08/15 51: A01N 71: SABIN, Robert 72: SABIN, Robert 33: US 31: 62/002,330 32: 2014/05/23 33: US 31: 62/003,528 32: 2014/05/27 33: US 31: 62/020,247 32: 2014/07/02 33: US 31: 62/021,819 32: 2014/07/08 33: US 31: 62/094,775 32: 2014/12/19 33: US 31: 14/625,405 32: 2015/02/18 33: US 31: 14/674,607 32: 2015/03/31 33: US 31: 14/689,675 32: 2015/04/17 54: POTENTIATION OF FIXED COPPERS AND OTHER PESTICIDES CONTAINING COPPER AND SUPPLEMENTING PLANT NUTRITION 00: - A pesticide, fungicidal, bactericidal, anti-pathogen or

biocidal composition includes at least one

biologically inert earner; and at least one ferrite or at

least one doped component including at least one

fixed copper compound doped with at least one

compound selected from the group consisting of iron

compounds, zinc compounds, magnesium

compounds, calcium compounds, and combinations

and/or mixtures thereof. In one embodiment, the

doped component has a particle size of about 0.5nm

to about 30 microns. A method for the control of

pests includes the step of applying to the pests or

their growth habitat the aforementioned composition.

The method also includes the control of disease in

citrus plants caused by vectors such as Psyllid

nymphs, by applying the aforementioned

composition to their growth habitat in citrus groves.


Page | 130

21: 2016/08591 22: 2016/12/13 43: 2018/08/27 51: E21B; E21C 71: KWIKMARK (BENONI) PTY) LTD, PANNONIA PRECISION ENGINEERING (PTY) LTD 72: JOZSEF DICSö, JOSEPH CHARLES MILLET-CLAY 54: BOREHOLE DRILLING GUIDE 00: - A guide to assist a drill rig operator to drill a defined

pattern of boreholes in a rock face, the guide

including a housing with a wall which encloses, at

least in part, a chamber, a transparent reflective

device in or on the wall exposed to the chamber, a

viewing window, for an operator, displaced from the

transparent reflective device, a mounting location in

the chamber which, in use, receives a graticule

which carries a representation of the defined pattern,

at least one light source which, in use, transmits light

through the graticule, and a lens system for directing

light transmitted through the graticule to the

transparent reflective device whereby the operator,

looking through the viewing window, can view the

defined pattern superimposed on the rock face.

21: 2017/00136 22: 2017/01/06 43: 2018/07/05 51: H02J 71: NOKIA TECHNOLOGIES OY 72: MUURINEN, Jari 33: FI 31: 20145560 32: 2014/06/13 54: A METHOD FOR DETERMINING AN EXECUTION FREQUENCY OF A FOREIGN OBJECT DETECTION METHOD 00: - The invention relates to a method, comprising:

determining a power level value of transmitted

wireless energy, and adjusting a foreign object

detection method frequency on the basis of said

power level value of the transmitted wireless energy.

The invention further relates to an apparatus and a

computer program product that perform the method.

21: 2017/00252 22: 2017/01/11 43: 2018/08/22 51: B65B; B65D; B65H 71: SOLVIDT (PTY) LTD 72: WIID, Thomas 33: ZA 31: 2014/04406 32: 2014/06/17


Page | 131

54: METHOD OF PACKAGING A FLEXIBLE ELONGATE ELEMENT 00: - Method of coiling a flexible elongate element (64)

inside a container (80A) made from a flexible sheet

material wherein at least part of the sheet material is

tensioned by establishing a pressure differential

between an inner surface (100) and an outer surface

(92) of the sheet material and the flexible elongate

element (64) is directed onto the tensioned sheet

material to form a hole (98), the flexible elongate

element being then fed through the hole to form a

coil inside the container.

21: 2017/00655 22: 2017/01/26 43: 2018/08/13 51: B61H; F16J 71: NEW YORK AIR BRAKE, LLC 72: SAUTER, Jeffrey, WRIGHT, Eric C, HUBER, Howard E 54: SLACK ADJUSTER ENVIRONMENTAL IMPROVEMENTS 00: - A slack adjuster that is protected against

environmental contaminants via a series of holes

positioned circumferentially around each end and

covered by a sleeve having a slot is aligned with one

of the series of holes while covering the remaining

holes. The sleeve protects against infiltration of

contaminants at the ends of the slack adjuster and

allows any contaminants that do infiltrate the slack

adjuster to be expelled through the aligned hole and

slot. The central portion of the slack adjuster may

also be protected by including a series of

circumferential holes that are selectively covered by

a sleeve having a drain positioned to align with the

lowest holes while covering the remaining holes.

21: 2017/00656 22: 2017/01/26 43: 2018/08/13 51: B60T 71: NEW YORK AIR BRAKE, LLC 72: CONNELL, Jason, WRIGHT, Eric C 54: BRAKE CYLINDER LIMITING VALVE 00: - A brake cylinder limiting valve having a first portion

that determines actual brake cylinder pressure and a

second portion that determines intended brake

cylinder pressure based on brake pipe pressure

reduction. The two portions are combined so that

brake cylinder pressure will be vented if the actual

brake cylinder pressure exceeds intended brake

cylinder pressure by a predetermined threshold

amount, which is preferably two and one-half times


Page | 132

the brake pipe pressure reduction. An exhaust cut-

off valve may be used to prevent venting of the

brake cylinder pressure if it falls below a

predetermined value.

21: 2017/00932 22: 2017/02/07 43: 2018/07/27 51: A01D; A24B 71: UNIVERSAL LEAF TOBACCO COMPANY, INC. 72: FEDETTO, Fabio, MAHOMED, Hanif, Mahomed 33: US 31: 15/387,371 32: 2016/12/21 54: SYSTEM AND METHOD FOR CURING TOBACCO 00: - A system and method for curing or drying tobacco

leaves are described herein. The method includes

flowing a first combustion gas generated by a first

heat source through a first flue pipe provided inside

a first barn to heat air inside the first barn to cure a

first batch of tobacco leaves disposed inside the first

barn; transferring at least a portion of the first

combustion gas generated by the first heat source to

a second flue pipe provided inside a second barn

adjacent the first barn to heat the second barn and

start curing a second batch of tobacco leaves

disposed inside the second barn; and flowing

second combustion gas generated by a second heat

source through the second flue pipe to continue

curing the second batch of tobacco leaves after the

second barn is heated

21: 2017/00934 22: 2017/02/07 43: 2018/07/05 51: A01N A01P 71: BASF SE 72: MENGES, Frederik, BRUNS, Jens, STROBEL, Dieter 33: EP 31: 14176843.2 32: 2014/07/14 33: EP 31: 14192515.6 32: 2014/11/10 54: PESTICIDAL COMPOSITIONS 00: - The present invention relates to pesticidal

compositions comprising as component I a

compound selected from the compounds I-1 to I-31

and as component II a compound selected from

compounds II-1 to II-12.

21: 2017/00954 22: 2017/02/07 43: 2018/07/19 51: A61K 71: Moerae Matrix, Inc. 72: LANDER, Cynthia, BROPHY, Colleen 33: US 31: 14/473,339 32: 2014/08/29 54: COMPOSITIONS AND METHODS FOR PREVENTING OR TREATING DISEASES, CONDITIONS, OR PROCESSES CHARACTERIZED BY ABERRANT FIBROBLAST PROLIFERATION AND EXTRACELLULAR MATRIX DEPOSITION 00: - The described invention provides compositions and

methods for treating asthma, a disease, condition or

pathologic process whose progression is

characterized by one or more of aberrant fibroblast

proliferation and extracellular matrix deposition

producing constriction in an airway, airway

remodeling, and airway obstruction in lung tissue.

The method includes administering a pharmaceutical

composition comprising a therapeutic amount of a


Page | 133

polypeptide having the amino acid sequence

YARAAARQARAKALARQLGVAA (SEQ ID NO: 1) or

functional equivalent thereof, and a pharmaceutically

acceptable carrier, wherein the therapeutic amount

of the polypeptide is effective to reduce the

constriction of small airway dimensions and airway

obstruction, treat airway remodeling, or a

combination thereof.

21: 2017/01073 22: 2017/02/13 43: 2018/07/05 51: B24D 71: August Rüggeberg GmbH & Co. KG 72: STUCKENHOLZ, Bernd, HUTH, Nicolas 54: GRINDING ELEMENT, METHOD FOR PRODUCING THE GRINDING ELEMENT, AND INJECTION-MOLDING TOOL FOR CARRYING OUT THE METHOD 00: -

21: 2017/01259 22: 2015/09/10 43: 2018/07/20 51: H01P; H01Q; H02J; H04B 71: CPG TECHNOLOGIES, LLC. 72: CORUM, KENNETH L, CORUM, JAMES F, PINZONE, JOSEPH F, D'AURELIO, MICHAEL J

33: US 31: 14/847,821 32: 2015/09/08 33: US 31: 62/049,169 32: 2014/09/11 54: GUIDED SURFACE WAVE POWERED SENSING DEVICES 00: - Disclosed is a sensing device including a guided

surface wave receive structure, a physical parameter

sensor, and a radio frequency transmitter. The

guided surface wave receive structure may be

configured to obtain electrical energy from a guided

surface wave traveling along a terrestrial medium.

The physical parameter sensor may be coupled to

the guided surface wave receive structure. The

physical parameter sensor may also measure a

physical parameter associated with a physical

environment local to the physical parameter sensor.

The radio frequency transmitter may be coupled to

the guided surface wave receive structure and

communicatively coupled to the physical parameter

sensor. The radio frequency transmitter may also

obtain a physical parameter measurement and

transmit the physical parameter measurement over a

wireless network.

21: 2017/01261 22: 2015/09/10 43: 2018/07/23 51: H02J; H01Q 71: CPG TECHNOLOGIES, LLC. 72: CORUM, JAMES F, CORUM, KENNETH L, LILLY, JAMES D, PINZONE, BASIL, PINZONE, JOSEPH 33: US 31: 62/049,215 32: 2014/09/11 33: US 31: 14/848,467 32: 2015/09/09


Page | 134

54: SIMULTANEOUS TRANSMISSION AND RECEPTION OF GUIDED SURFACE WAVES 00: - Disclosed are various embodiments of a guided

surface wave transmitter/receiver configured to

transmit a guided surface wave at a first frequency

and to receive guided surface waves at a second

frequency, concurrently with the transmission of

guided surface waves at the first frequency. The

various embodiments can be configured to

retransmit received power and applied the received

power to an electrical load. The various

embodiments of the guided surface wave

transmitter/receiver also can be configured as an

amplitude modulation (AM) repeater.

21: 2017/01262 22: 2015/09/10 43: 2018/07/20 51: G01S 71: CPG TECHNOLOGIES, LLC. 72: CORUM, KENNETH L, CORUM, JAMES F 33: US 31: 62/049,209 32: 2014/09/11 33: US 31: 14/848,705 32: 2015/09/09 54: REMOTE SURFACE SENSING USING GUIDED SURFACE WAVE MODES ON LOSSY MEDIA 00: - Disclosed are various systems and methods for

remote surface sensing using guided surface wave

modes on lossy media. One system, among others,

includes a guided surface waveguide probe

configured to launch a guided surface wave along a

surface of a lossy conducting medium, and a

receiver configured to receive backscatter reflected

by a remotely located object illuminated by the

guided surface wave. One method, among others,

includes launching a guided surface wave along a

surface of a lossy conducting medium by exciting a

charge terminal of a guided surface waveguide

probe, and receiving backscatter reflected by a

remotely located object illuminated by the guided

surface wave.

21: 2017/01263 22: 2015/09/10 43: 2018/07/20 51: G01S; H01P; H01Q 71: CPG TECHNOLOGIES, LLC. 72: CORUM, JAMES F, CORUM, KENNETH L 33: US 31: 14/848,892 32: 2015/09/09 33: US 31: 62/049,237 32: 2014/09/11 54: SUBSURFACE SENSING USING GUIDED SURFACE WAVE MODES ON LOSSY MEDIA 00: - Disclosed are various systems and methods for

remote surface sensing using guided surface wave

modes on lossy media. One system, among others,

comprises a guided surface waveguide probe

configured to launch a guided surface wave along a

surface of a lossy conducting medium, and a

receiver configured to receive backscatter reflected

by a remotely located subsurface object illuminated

by the guided surface wave. One method, among

others, includes launching a guided surface wave

along a surface of a lossy conducting medium by

exciting a charge terminal of a guided surface

waveguide probe, and receiving backscatter

reflected by a remotely located subsurface object

illuminated by the guided surface wave.


Page | 135

21: 2017/01267 22: 2015/09/10 43: 2018/07/20 51: H01Q; G01S; H01P 71: CPG TECHNOLOGIES, LLC. 72: CORUM, JAMES F, CORUM, KENNETH L 33: US 31: 14/848,582 32: 2015/09/09 33: US 31: 62/049,319 32: 2014/09/11 54: SUPERPOSITION OF GUIDED SURFACE WAVES ON LOSSY MEDIA 00: - Disclosed are various embodiments for

superposition of guided surface wave launched

along the surface of a lossy medium such as, e.g., a

terrestrial medium by exciting a guided surface

waveguide probe. In one example, among others, a

system includes an array of guided surface

waveguide probes configured to launch guided

surface waves along a surface of a lossy conducting

medium and an array control system configured to

control operation of waveguide probes in the array

via one or more feed networks. The array control

circuit can control operation of the guided surface

waveguide probes to maintain a predefined radiation

pattern produced by the guided surface waves. In

another example, a method includes providing

voltage excitation to first and second guided surface

waveguide probes to launch guided surface waves

with the voltage excitation provided to the second

guided surface waveguide probe delayed by a

defined phase delay.

21: 2017/01268 22: 2015/09/09 43: 2018/07/23 51: H02J; H01Q 71: CPG TECHNOLOGIES, LLC. 72: CORUM, JAMES F, CORUM, KENNETH L 33: US 31: 14/847,639 32: 2015/09/08 33: US 31: 62/049,175 32: 2014/09/11 54: VARIABLE FREQUENCY RECEIVERS FOR GUIDED SURFACE WAVE TRANSMISSIONS 00: - Disclosed herein are various embodiments for a

guided surface wave receiver, comprising circuitry

that identifies at least one frequency from a plurality

of available frequencies associated with a

transmission of a plurality of guided surface waves

along a terrestrial medium; and circuitry that adjusts

a frequency at which the guided surface wave

receiver receives the transmission to the at least one

frequency via the terrestrial medium.


Page | 136

21: 2017/01660 22: 2017/03/08 43: 2018/08/24 51: A61K 71: VERONA PHARMA PLC 72: HAYWOOD, Phillip A, FRENCH, Edward James, SPARGO, Peter Lionel 33: GB 31: 1416274.7 32: 2014/09/15 33: GB 31: 1504662.6 32: 2015/03/19 54: LIQUID INHALATION FORMULATION COMPRISING RPL554 00: - The present invention relates to a liquid

pharmaceutical composition suitable for

administration by inhalation which comprises a

diluent and a suspension of particles of 9,10-

dimethoxy-2-(2,4,6-trimethylphenylimino)-3-(N-

carbamoyl-2-aminoethyl)-3,4,6,7-tetrahydro-2H-

pyrimido[6,1-a]isoquinolin-4-one (RPL554) or a

pharmaceutically acceptable salt thereof. Also

described is a liquid pharmaceutical composition

according to the invention for use in the treatment of

the human or animal body.

21: 2017/02154 22: 2017/03/22 43: 2018/08/27 51: B63B 71: FIN CONTROL SYSTEMS PTY. LIMITED 72: Linden EVANS, Gregory SCOTT, Michael DURANTE, Scott NORRIE 33: AU 31: 2012902939 32: 2012/07/09 54: FIN PLUG FOR WATER CRAFT 00: - A fin plug (10) for installation in a water craft, said fin

plug (10) including: a first open cavity (20) adapted

to receive a base portion (15) of a water craft fin

(50); and, a resilient biasing rod (30) and a

protruding member (35) cooperating with the biasing

rod, said protruding member being adapted to abut

the base portion (15) of said fin (50) when received

in said first open cavity (20); wherein said biasing

rod and protruding member are adapted to apply a

force to the base portion of said fin to inhibit removal

of said fin from said first open cavity.


Page | 137

21: 2017/02200 22: 2017/03/29 43: 2018/07/09 51: A61K; A61P; C07C; C07D 71: Eli Lilly and Company 72: FISHER, Matthew Joseph, KUKLISH, Steven Lee, PARTRIDGE, Katherine Marie, YORK, Jeremy Schulenburg 33: US 31: 62/072,140 32: 2014/10/29 54: NOVEL CARBOXYLIC ACID COMPOUNDS USEFUL FOR INHIBITING MICROSOMAL PROSTAGLANDIN E2 SYNTHASE-1 00: - The present invention provides compounds of

Formula 1, or a pharmaceutically acceptable salts,

thereof, where R, X, A, E, and G are as described

herein, methods of preparing the compounds, and

use of the compounds to treat pain and/or

inflammation.

21: 2017/02227 22: 2017/03/30 43: 2018/08/24 51: B01D; C01B; C01G; C22B 71: FFK TECHNOLOGIES INC. 72: KAMALEDDINE, Fouad F. 33: US 31: 61/948,319 32: 2014/03/05

54: THE PRODUCTION OF HIGH-GRADE SYNTHETIC RUTILE FROM LOW-GRADE TITANIUM-BEARING ORES 00: - The present invention relates to a leaching process

using concentrated hydrochloric acid that upgrades

a variety of inferior quality titanium-iron ores into

premium titanium concentrate and iron oxide

products. The ground ore is leached with

hydrochloric acid after which the dissolved titanium

is precipitated from the filtered liquor by hydrolysis.

The still soluble iron chlorides are then optionally

subjected to oxyhydrolysis to recover iron oxide and

HCl. The process was developed for low-grade ores

(under 12% TiO2), and can be naturally applied

advantageously to higher grade titanium-bearing

ores.

21: 2017/02345 22: 2015/09/04 43: 2018/07/04 51: B61B; B61D 71: AGENCE NATIONALE POUR LA GESTION DES DÉCHETS RADIOACTIFS 72: COTTARD, GUILLAUME 33: FR 31: 1458266 32: 2014/09/04 33: FR 31: 1458268 32: 2014/09/04 54: RAILWAY VEHICLE AND FUNICULAR INSTALLATION 00: - A funicular intended particularly for transporting

heavy loads between an upstream station (10) and a

downstream station (12), comprises a railway track

(14) connecting the upstream station (10) to the

downstream station (12) and a vehicle (16) running

on the track (14) and drawn by at least one towing

cable (30). The vehicle comprises a chassis (50)

defining a median longitudinal vertical plane that

rests on at least one pendulum running gear,

comprising two independent lateral pendulum


Page | 138

devices (60) situated on either side of the median

longitudinal vertical plane, wherein each lateral

pendulum device (60) comprises a secondary

pendulum (62) articulated in relation to the chassis

(50) around a horizontal secondary pivot axis and

two primary pendulums, each articulated in relation

to the secondary pendulum (62) around a horizontal

primary pivot axis, wherein the primary pivot axes of

the two primary pendulums are spaced apart from

one another longitudinally on either side of the

secondary pivot axis, wherein each primary

pendulum is associated with at least two support

rollers designed to run on the railway track (14),

each rotating around a rotation axis parallel to the

primary pivot axis of the associated primary

pendulum and situated longitudinally on either side

of the primary pivot axis of the associated primary

pendulum.

21: 2017/02379 22: 2015/09/05 43: 2018/07/20 51: G05B; G06F; G02B 71: CUDZILO, MARTIN 72: CUDZILO, MARTIN 33: DE 31: 10 2014 217 843.6 32: 2014/09/05 54: DEVICE AND METHOD FOR DETECTING CLEANING WORK WHICH HAS BEEN PERFORMED 00: - The present invention relates to a device (1) which

can be or is connected, in particular in a detachable

manner, to a cleaning device (9), wherein the device

comprises at least one sensor means (3) in order to

detect the position of at least one cleaning area (7)

of the cleaning device which can be or is used for

cleaning, at least one display device (11), and at

least one data processing device (5) which can be or

is operatively connected to the display device and to

the at least one sensor means, wherein the data

processing device is designed and set up to display

(23) at least one representation of at least one

surface to be cleaned in at least one first colour or

without colour and, on the basis of a detected

change in the position of at least the cleaning area of

the cleaning device, to display (23') the surface to be

cleaned in at least one second colour or without

coloured superimposition, wherein the display in the

second colour is carried out only when the cleaning

effect is ensured, for example by means of a sensor

for determining the contact pressure of the cleaning

area (7) of the cleaning device.

21: 2017/02381 22: 2015/09/23 43: 2018/07/20 51: B01J 71: CHEVRON U.S.A. INC. 72: ZHANG, YIHUA, KRISHNA, KAMALA RAGHUNATHAN, LEI, GUAN-DAO, MAESEN, THEODORUS LUDOVICUS MICHAEL 33: US 31: 62/057,360 32: 2014/09/30 54: HYDROISOMERIZATION CATALYST MANUFACTURED USING A HIGH NANOPORE VOLUME ALUMINA SUPPORTS 00: - The present invention is directed to an improved

finished hydroisomerization catalyst manufactured

from a first high nanopore volume (HNPV) alumina

and a pore size distribution characterized by a full

width at half-maximum, normalized to pore volume,


Page | 139

of 15 to 25 nm∙g/cc, and a second HNPV alumina

having a pore size distribution characterized by a full

width at half-maximum, normalized to pore volume,

of 5 to 15 nm∙g/cc. Their combination yields a HNPV

base extrudate having a low particle density as

compared to a conventional base extrudates.

21: 2017/02387 22: 2015/09/30 43: 2018/07/17 51: C02F 71: DE NORA WATER TECHNOLOGIES, LLC 72: CASBEER, DANA, KNIGHT, LARRY, MATOUSEK, RUDOLF, BARIYA, RUBIN 33: US 31: 62/061,982 32: 2014/10/09 54: ELECTROCOAGULATION REACTOR 00: - An electrocoagulation reactor (ECR) apparatus and

methods of using the ECR apparatus in the

treatment of a fluid stream. The ECR apparatus

includes a noncorrosive cylindrical cell housing a

plurality of horizontally stacked electrode plates. The

electrode plates are held in a pair of grooved,

crescent shaped non-conductive inserts. The ECR

apparatus further includes two end flanges each

having integral flow diverters to facilitate a

continuous single serpentine flow of the fluid in the

cell. The ECR apparatus further includes a single

flow inlet and single flow outlet.

21: 2017/02419 22: 2017/04/06 43: 2018/08/23 51: B65D, A47F 71: DUNCAN, Douglas Malcolm 72: DUNCAN, Douglas Malcolm 33: ZA 31: 2016/02450 32: 2016/04/12 54: DISPLAY STRUCTURE 00: - A display structure comprising an elevated container

configured so that an interior space is visible from an

outside of the container.


Page | 140

21: 2017/02466 22: 2017/04/07 43: 2018/09/03 51: A47J 71: LI, Zepiao 72: LI, Zepiao 54: SMART MOTOR-DRIVEN BLENDER 00: - The invention discloses a motor-driven blender

including a handle, a motor, a switch for controlling

the motor, an input shaft configured to rotate

synchronously with the rotor of the motor, and an

output shaft configured for outputting power to the

stirring part. The motor and the switch are arranged

in the handle. The output shaft is coaxially arranged

under the input shaft. A deceleration component and

output connectors are arranged between the input

shaft and the output shaft. An active connector and a

shift lever are sleeved on the output shaft, and the

active connector is controlled by the shift lever so

that the active connector can move up and down to

selectively joint with different output connectors. The

invention is convenient and reliable to change

stirring speed in a manner that the active connector

is controlled by the shift lever.

21: 2017/02468 22: 2017/04/07 43: 2018/09/03 51: A47J 71: LI, Zepiao 72: LI, Zepiao 54: SMART DRIVER FOR COTTON CANDY MAKER 00: - The invention discloses a driver for cotton candy

maker with variable speed including a handle, a

motor, a switch for controlling the motor, an input

shaft configured to rotate synchronously with the

rotor of the motor, and an output shaft configured for

outputting power to the stirring part. The motor and

the switch are arranged in the handle. The output

shaft is coaxially arranged under the input shaft. A

deceleration component and output connectors are

arranged between the input shaft and the output

shaft. An active connector and a shift lever are

sleeved on the output shaft, and the active

connector is controlled by the shift lever so that the

active connector can move up and down to

selectively joint with different output connectors. The

invention is convenient and reliable to change

stirring speed in a manner that the active connector

is controlled by the shift lever.


Page | 141

21: 2017/02469 22: 2017/04/07 43: 2018/08/30 51: G09G 71: MEITAO LI 72: LIU, Zhitao 54: DISPLAY DRIVING SYSTEM AND ELECTRONIC DEVICE USING SAME 00: - A display driving system includes a display

connector, a display mounted onto the display

connector, and a main circuit board. The main circuit

board includes a detection module and an alarm

circuit, the detection module is electrically connected

between the display connector and the alarm circuit.

The detection module is configured to detect an

electrical connectivity between the display and the

display connector, and enabling the alarm circuit to

set an alarm when detecting the electrical

connectivity between the display and display

connector is poor.

21: 2017/02479 22: 2017/04/07 43: 2018/07/09 51: G06F 71: Huawei Technologies Co., Ltd. 72: YAN, Chunbao, ZHANG, Yu, ZHENG, Wei 54: WRITE REQUEST PROCESSING METHOD, PROCESSOR, AND COMPUTER 00: - Embodiments of the present invention provide a

write request processing method, a processor, and a

computer. A first computer is connected to a second

computer, respective operating systems run on the

first computer and the second computer

respectively, the first computer includes a first

processor, the first processor is connected to a

second processor of the second computer by using

a system bus, the first computer includes a first

memory address space, a second memory address

space of the second computer is a mirror address

space of the first memory address space, and the

first processor mirrors data written into the first

memory address space to the second memory

address space by using the system bus, which can

reduce mirroring operation latency and improve

IOPS performance of a system.


Page | 142

21: 2017/02608 22: 2017/04/12 43: 2018/08/24 51: A61K; C07D; A61P 71: REVIRAL LIMITED 72: GASCON SIMORTE, Jose Miguel, PARADOWSKI, Michael, LUNN, Graham, WARD, Simon, MATHEWS, Neil, COCKERILL, Stuart 33: GB 31: 1417707.5 32: 2014/10/07 54: SPIRO-INDOLINES FOR THE TREATMENT AND PROPHYLAXIS OF RESPIRATORY SYNCYTIAL VIRUS INFECTION (RSV) 00: - Benzimidazoles of formula (I): wherein: one of X and

Y is an N atom or a substituted C atom, and the

other is CH; L is a single bond, C1-3 alkylene, C2-3

alkenylene or C2-3 alkynylene; R1 is C1-6 alkyl, C2-

6 alkenyl, C2-6 alkynyl, 3- to 10-membered

cycloalkyl, 5- to 10-membered heterocyclyl or 5- to

12- membered heteroaryl, each of which is

unsubstituted or substituted; Z is halo, C1-6

haloalkyl, nitro, -CN, -N(R2)2, -OR2, -SR2, -

S(=0)R2, or -S(=0)2R2; each R2 is independently

hydrogen, C1-6 alkyl, C2-6 alkenyl or C2-6 alkynyl,

wherein said alkyl, alkenyl and alkynyl groups are

unsubstituted or substituted; and m is 0 or 1; and the

pharmaceutically acceptable salt thereof are

inhibitors of RSV and can therefore be used to treat

or prevent an RSV infection.

21: 2017/02645 22: 2015/11/23 43: 2018/07/23 51: C25B; C02F 71: INDUSTRIE DE NORA S.P.A. 72: GARGIULO, ALICE, CALDERARA, ALICE, PEZZONI, CHIARA 33: IT 31: MI2014A002020 (102014902311596) 32: 2014/11/24 54: ANODE FOR ELECTROLYTIC EVOLUTION OF CHLORINE 00: - The invention relates to an electrode suitable as

chlorine-evolving anode in electrolytic cells and to a

method for obtaining thereof. The electrode

comprises a metal substrate coated with a catalytic

composition made of thin layers based on oxides of

tin, iridium and ruthenium and combines excellent

characteristics of anodic potential and selectivity with

respect to the reaction of chlorine evolution without

resorting to the use of dopants such as platinum and

palladium.

21: 2017/02678 22: 2017/04/18 43: 2018/09/03 51: F24F; G05B 71: SHENZHEN TANGCHAO INDUSTRIAL DEVELOPMENT CO., LTD. 72: LI, Rentao 54: AIRCRAFT POT TEMPERATURE CONTROL SYSTEM 00: - Embodiments of the present invention provide a pot

for use on-board aircraft that detects and measures

a change in temperature in order to determine the

point at which liquid in the pot is boiling and to turn

off the heater.


Page | 143

21: 2017/02735 22: 2015/11/12 43: 2018/07/20 51: B61G 71: MINER ENTERPRISES, INC. 72: JAMES, KENNETH A, SCHOEDL, ERICH A 33: US 31: 14/540,209 32: 2014/11/13 54: RAILCAR ENERGY ABSORPTION/COUPLING SYSTEM 00: - A railcar energy absorption/coupling system

including a cushioning assembly arranged in

operable combination with a coupler and a yoke.

The cushioning assembly is positioned in a draft

pocket defined by a draft sill on a railcar between the

front and rear stops. The yoke consists of a back

wall along with top and bottom walls which are

joined to and axially extending from the back wall

toward a forward end of the cushioning assembly.

The back wall of the yoke is disposed to contact the

rear end of the cushioning assembly. The top and

bottom walls of the yoke are operably coupled to a

shank portion of the coupler toward a forward end of

the yoke.

21: 2017/02768 22: 2015/03/16 43: 2018/07/20 51: G05B 71: GUARDHAT, INC. 72: DEY, SAIKAT, REEPMEYER, GERRIT, SENGUPTA, ANUPAN, ZHAVORONKOV, MIKHAIL 33: US 31: 14/517,385 32: 2014/10/17 33: US 31: 14/590,596 32: 2015/01/06 54: CONDITION RESPONSIVE INDICATION ASSEMBLY AND METHOD 00: - A portable communications device transportable to

remote locations by an individual includes a control

unit. A biometric sensor is electrically connected to

the control unit. The biometric sensor senses a

condition of the individual and creates and transmits

a signal to the control unit. An environmental sensor

is electrically connected to the control unit. The

environmental sensor senses an environmental

condition local to the individual and creates and

transmits a signal to the control unit. A

communications unit is electrically connected to the

control unit. It receives the signals from the control

unit and transmits them away from the remote

locations.


Page | 144

21: 2017/02770 22: 2015/10/13 43: 2018/07/20 51: G06Q; G06K 71: MASTERCARD INTERNATIONAL INCORPORATED 72: PEYTON, KIMBERLY LEWIS, FOUREZ, PABLO 33: US 31: 62/063,231 32: 2014/10/13 33: US 31: 62/064,715 32: 2014/10/16 54: METHOD AND SYSTEM FOR DIRECT CARRIER BILLING 00: - A method for processing a transaction, comprising:

receiving, by an aggregator from a merchant, a

transaction data signal electronically transmitted via

a communication network; transmitting, by the

aggregator to a mobile network operator (MNO), an

authorization message; receiving, by the aggregator

from the MNO, an approval transaction data signal;

transmitting, by the aggregator to a payment

network, a request message configured to indicate a

virtual card number (VCN) request associated with

the MNO's transaction account for the transaction

amount; receiving, by the aggregator from the

payment network, a VCN transaction data signal;

and transmitting, to the payment network, a VCN

message indicating the VCN initiation of a payment

transaction.

21: 2017/02792 22: 2015/08/04 43: 2018/07/20 51: F24H 71: GD MIDEA HEATING & VENTILATING EQUIPMENT CO., LTD., MIDEA GROUP CO., LTD. 72: CHEN, YOUWEN, RAO, RONGSHUI 33: CN 31: 201410773884.4 32: 2014/12/12 54: HEAT PUMP HOT WATER MACHINE CONTROL METHOD AND SYSTEM 00: - A heat pump hot water machine control method, for

controlling a heat pump system of the heat pump hot

water machine to turn on and heat water in a water

tank, and the method comprising the following steps:

receiving a turn-on instruction; detecting the current

temperature of the water in the water tank and the

ambient temperature; acquiring a turn-on

temperature difference according to the setting

temperature of the heat pump hot water machine

and the ambient temperature, and acquiring a turn-

on threshold according to the turn-on temperature

difference; determining whether the current

temperature is less than the turn-on threshold; if not,

then maintaining the current state; and if so, then

controlling to enable the heat pump system to heat

the water in the water tank. Also disclosed is a heat

pump hot water machine control system.


Page | 145

21: 2017/02851 22: 2017/04/24 43: 2018/07/20 51: E02D; E21D; F16B 71: ROCKBOLT TECHNOLOGIES (PTY) LTD 72: HOLDEN, Matthew Raffaele, CRAIG, Peter Harold 33: AU 31: 2014904317 32: 2014/10/28 54: END COUPLING FOR A ROCK BOLT 00: - An end coupling for a rock bolt having a shaft having

an external thread, the coupling having an axis and

the coupling comprising a body having a leading end

and a trailing end spaced apart along the axis, a first

passage portion extending along the axis from the

leading end; a second passage portion extending

along the axis from the trailing end; the first passage

portion including a first thread portion to threadingly

engage the external thread on the shaft of the rock

bolt; the second passage portion including a drive

receiving portion arranged to be engaged with a

drive inserted into the second passage portion via

the trailing end to impart rotation to the coupling

about the axis.

21: 2017/02860 22: 2015/11/20 43: 2018/07/20 51: B01F; B22C 71: MASCHINENFABRIK GUSTAV EIRICH GMBH & CO. KG 72: SEILER, ANDREAS, LI, FENG, GERL, STEFAN, EIRICH, PAUL 33: DE 31: 10 2014 117 509.3 32: 2014/11/28 54: APPARATUS FOR TREATING AND COOLING FOUNDRY MOULDING SAND 00: - The present invention concerns an apparatus for

treating and cooling foundry moulding sand,

comprising a mixing container and a mixing tool

rotatable about a drive shaft, wherein there is

provided an air feed for the feed of air into the

container interior. To provide an improved

apparatus with which a more uniform fluidised layer

is produced as far as possible over the entire cross-

section of the mixing container, wherein moreover

the proportion of the solid particles entrained with

the gas flow is to be reduced, it is proposed

according to the invention that the mixing tool has at

least two mixing vanes spaced from each other in

the vertical direction and at least one mixing vane

has a mixer blade with a surface which is inclined

relative to the horizontal.


Page | 146

21: 2017/02886 22: 2017/04/25 43: 2018/07/24 51: A61K; C07D 71: UNICHEM LABORATORIES LIMITED 72: GUPTA, Saurabh, PHALDESAI, Saiesh, P., KUMAR, NSK. Senthil, SATHE, Milind, Vinayak 33: IN 31: 2842/MUM/2015 32: 2015/07/27 54: TOFACITINIB ORALLY DISINTEGRATING TABLETS 00: - The present invention relates to Orally Disintegrating

Tablets (ODT) of Tofacitinib and its pharmaceutically

acceptable salts and the process to produce the

ODT. The invention further relates to ODTs

comprising Tofacitinib and its pharmaceutically

acceptable salts, at least one sweetening agent, at

least one disintegrant and optionally other

excipients. The weight of the Orally Disintegrating

tablets is 200 mg or less. The invention further

relates to Orally Disintegrating Tablets of Tofacitinib

Citrate.

21: 2017/02895 22: 2015/10/15 43: 2018/07/20 51: B22F; C22C; E21B 71: ELEMENT SIX (UK) LIMITED 72: CAN, NEDRET 33: GB 31: 1418660.5 32: 2014/10/21 54: SUPERHARD CONSTRUCTIONS & METHODS OF MAKING SAME 00: - A super hard polycrystalline construction comprises

a body of polycrystalline super hard material, said

body having an exposed working surface. The body

of polycrystalline super hard material comprises a

first region adjacent the working surface and a

second region adjacent the first region; the first

region being more thermally stable than the second

region; and a plurality of apertures or channels, one

or more of said apertures or channels extending

from the exposed working surface of the body into

the second region.

21: 2017/02896 22: 2016/10/27 43: 2018/07/20 51: C09K; E02D 71: SAPPI SOUTHERN AFRICA LTD 72: SYMONS, MICHAEL WINDSOR 33: ZA 31: 2015/07963 32: 2015/10/27 54: STABILIZATION OF BODIES OF PARTICULATE MATERIAL 00: - The invention provides a method of stabilizing a

body of particulate material. The method includes

applying to at least one of exposed surface

particulate material and subsurface particulate

material of a body of particulate material a liquid

treatment composition comprising one or more alkali

metal silicates, and spent soda liquor. The method

may further include allowing or causing the liquid

treatment composition to harden and thus bind at

least some of the exposed surface particulate

material and/or subsurface particulate material of the

body of particulate material, thereby stabilizing the

body of particulate material.


Page | 147

21: 2017/02929 22: 2017/04/26 43: 2018/07/12 51: E04B 71: Gruppo Piccini S.P.A. 72: MARCACCIOLI, Luciano 33: IT 31: RM2014A000564 32: 2014/10/02 54: BUILDING SYSTEM FOR A MULTI-STORY BUILDING AND METHOD 00: - A building system for buildings comprising at least

two stories, provided with: - a plurality of first portals

(3, 3') adapted to be arranged along at least two

mutually parallel vertical planes and to be fixed to a

base (2); - first connecting beams (15) for

connecting a first portal (3') and the next first portal

(3) arranged along a same vertical plane of said at

least two vertical planes; - first floor panels (17)

adapted to transversely connect together both the

first portals (3, 3') arranged along the at least two

vertical planes, and the first connecting beams (15)

arranged along the at least two vertical planes; - a

plurality of second portals (40, 40') adapted to be

arranged along said at least two vertical planes,

each on top of a respective first portal (3, 3');

wherein each first portal (3, 3') and each second

portal (40, 40') are monolithic and substantially

consist of at least two pillars (4) parallel to each

other and of a beam (5, 5'), arranged transversely on

top of the pillars (4), each pillar (4) being provided

with a plurality of first connecting bars (9), which are

arranged inside each pillar (4), parallel to the

longitudinal axis thereof, and extend outwards above

the beam (5, 5'), and wherein a plurality of anchoring

plates (11) is included, each anchoring plate being

provided with through holes and constrained to the

lower end (7) of a respective pillar, whereby the first

connecting bars of the first portals are adapted to be

inserted and clamped by clamping means (13) into

the through holes of the anchoring plate of the

respective second portals.

21: 2017/02946 22: 2015/10/09 43: 2018/07/20 51: C11D 71: ROHM AND HAAS COMPANY, DOW GLOBAL TECHNOLOGIES LLC 72: KARIKARI, AFUA SARPONG, PRASAD, VIKRAM, VIETZKE, SARAH J 33: US 31: 62/062,991 32: 2014/10/13 54: POUCHED, WATER DISPERSIBLE DETERGENT FORMULATIONS WITH HIGH WATER CONTENT 00: - A detergent contained in a sealed package. The

liquid detergent comprises: (a) from 14 to 40 wt%

surfactants, (b) from 3 to 25 wt% salts, and (c) from

40 to 75 wt% water. The package is made from an

ethylene-(meth)acrylic acid copolymer which is in

direct contact with the liquid detergent. The

copolymer comprises from 70 to 90 wt% polymerized

units of ethylene, from 10 to 30 polymerized units of

(meth)acrylic acid and no more than 0.2 wt%

crosslinker.

21: 2017/02967 22: 2017/04/28 43: 2018/07/20 51: C07F 71: Anacor Pharmaceuticals, Inc. 72: CHEN, Daitao, ORR, Matthew, SLIGAR, Jessica, JACOBS, Robert, PLATTNER, Jacob J. 33: US 31: 61/234,213 32: 2009/08/14 54: BORON-CONTAINING SMALL MOLECULES 00: - This invention provides, among other things, novel

compounds useful for treating protozoal infections,

pharmaceutical compositions containing such


Page | 148

compounds, as well as combinations of these

compounds with at least one additional

therapeutically effective agent. The compounds have

the following formula: wherein X is selected from the

group consisting of substituted phenyl, substituted or

unsubstituted heteroaryl and unsubstituted

cycloalkyl; R3a is selected from the group consisting

of H1 unsubstituted C1 or C2 or C3 or C4 or C5 or

C6 alkyl and unsubstituted C3 or C4 or C5 or C6

cycloalkyl; R3b is selected from the group consisting

of H, unsubstituted C1 or C2 or C3 or C4 or C5 or

C6 cycloalkyl; with the proviso that R3a and R3b,

along with the atom to which they are attached, are

optionally joined to form a 3 or 4 or 5 or 6 membered

ring, with the proviso that R3a and R3b cannot be

both H, or a salt thereof.

21: 2017/02968 22: 2017/04/28 43: 2018/07/20 51: A61K; A61P; C07D 71: Asana BioSciences, LLC 72: THOMPSON, Scott Kevin, PRIESTLEY, Tony, SMITH, Roger Astbury, SAHA, Ashis K., RUDRA, Sonali, HAJRA, Arun Kuma, CHATTERJEE, Dipanwita, BEHRENS, Carl Henry, HE, Yigang, LI, Hui-Yin 33: US 31: 61/444,379 32: 2011/02/18 54: AMINOINDANE COMPOUNDS AND USE THEREOF IN TREATING PAIN 00: - The present application provides novel aminoindane

compounds and methods for preparing and using

these compounds. These compounds are useful in

treating pain and/or itch in patients by administering

one or more of the compounds to a patient. The

methods include administering a compound of

formula (I) or (II) and a TRPVl receptor activator. In

one embodiment, the TRPVl receptor activator is

lidocaine.

21: 2017/03084 22: 2017/05/04 43: 2018/07/17 51: C06B; C06C; B82Y 71: MARCO ANTONIO, Falquete, PARI SA 72: MARCO ANTONIO, Falquete 33: BR 31: BR102014024720-3 32: 2014/10/03 54: THERMAL SPARK-CONDUCTING TUBE USING NANOSCALE PARTICLES 00: - The present application discloses a thermal spark-

conducting tube (shock tube) provided with a

pyrotechnical composition with nanoscale particles

containing 35-62% by weight aluminium (with a

particle size of 5-18 µm or 20-100 nm), 32-60% by

weight iron oxide (with a particle size of 10-100 nm),

0-25% by weight potassium perchlorate and 0.8-

1.5% by weight talc. The reduction in the size of the

particles of oxidizing agent and reducer in the

pyrotechnical composition made it possible to

reduce or eliminate substances with low Tammann

temperatures (potassium perchlorate), achieving

greater safety (friction and impact resistance) and

preserving spark propagation even in the presence

of cuts or holes in the tubes.

21: 2017/03085 22: 2017/05/04 43: 2018/07/06 51: C06B 71: MARCO ANTONIO, Falquete, PARI SA 72: MARCO ANTONIO, Falquete 33: BR 31: BR1020140247114 32: 2014/10/03 54: PROCESS FOR PRESSING DELAY ELEMENTS FOR NON-ELECTRIC INITIATORS 00: - Process for pressing delay elements for non-electric

initiators" refers to a patent relating to improvements

introduced in a process for pressing delay elements

used in non-electric initiators for explosives in

general and explosive accessories in particular,

produced to provide the precise firing time (delay

time) for continuation of the explosion sequence as

intended by detonation design, an optimized process

which achieves bulk density regularity and

homogeneity of the pressed material, providing the

advantages of decreasing firing time variability,

greater repeatability and precision of the dosage of

delay mixtures, and less height variation.


Page | 149

21: 2017/03168 22: 2015/11/26 43: 2018/07/16 51: B60W 71: TOMTOM TELEMATICS B.V. 72: VERHEIJEN, PAUL ROELAND, PAUWELUSSEN, JASPER JOHANNES ANTHONIUS, EBERT, CHRISTOPH, ORLOWSKY, STEFFEN, LEUPOLD, MARCO, KREIM, STEFAN, SCHMIDT, ALEXANDER 33: GB 31: 1420988.6 32: 2014/11/26 33: GB 31: 1504234.4 32: 2015/03/12 54: APPARATUS AND METHOD FOR VEHICLE ECONOMY IMPROVEMENT 00: - A method and apparatus for evaluating the driving of

a vehicle performing a journey on a road network is

disclosed. The method comprises determining a fuel

usage rate and an engine speed of a vehicle, and

determining when the vehicle is coasting based

upon at least one of the fuel usage rate and the

engine speed of the vehicle. An acceleration of the

vehicle, when the vehicle is determined to be

coasting, is compared with a predetermined

reference acceleration, and an application of braking

during the coasting is determined based on the

result of the comparison. A method and apparatus is

also disclosed for determining a score indicative of

the relative amount of time for which the vehicle is

coasting without braking during a journey.

21: 2017/03198 22: 2015/11/02 43: 2018/07/27 51: A61K; A61Q 71: UNILEVER PLC 72: YUAN, SU, WATERFIELD, PHILIP CHRISTOPHER, ZHANG, QIQING 33: CN 31: PCT/CN2014/091795 32: 2014/11/20 33: EP 31: 15150655.7 32: 2015/01/09 54: ANTIPERSPIRANT COMPOSITION 00: - An antiperspirant composition is disclosed which

comprises hydrophobically modified particles

selected from the group consisting of silica, metal

oxide and mixtures thereof, amino functionalized

silicone, water and an antiperspirant active.

21: 2017/03345 22: 2015/10/29 43: 2018/07/16 51: B41F 71: KOENIG & BAUER NOTASYS SA 72: BOOTH, BRADLEY 33: EP 31: 14191103.2 32: 2014/10/30 54: PRINTING PRESS COMPRISING A MAGNETIC ORIENTATION UNIT AND A MOVABLE DRYING/CURING UNIT 00: - There is described a printing press (100) comprising

a printing group (2) adapted to apply on a substrate

at least one ink or varnish vehicle containing

magnetic or magnetisable flakes and at least one

magnetic orientation unit (10) located downstream of

the printing group (2) along a path of the substrate,

which magnetic orientation unit (10) includes at least


Page | 150

one magnetic-field-inducing device (12) adapted to

orient the magnetic or magnetisable flakes contained

in the ink or varnish vehicle applied on the substrate

to induce an optically-variable effect in the ink or

varnish vehicle. The printing press (100) further

comprises a drying/curing unit (15) located along the

path of the substrate and cooperating with the

magnetic orientation unit (10), which drying/curing

unit (15) is adapted to dry or cure the ink or varnish

vehicle applied on the substrate following orientation

of the magnetic or magnetisable flakes. The

drying/curing unit (15) is mounted on a movable

supporting structure (16) that is adapted to move the

drying/curing unit (15) between a working position

(WP), where the drying/curing unit (15) is

cooperating with the magnetic orientation unit (10)

and which is located proximate to the path of the

substrate next to the magnetic orientation unit (10),

and a retracted position (RP), where the

drying/curing unit (15) is retracted away from the

magnetic orientation unit (10) and from the path of

the substrate.

21: 2017/03348 22: 2015/11/02 43: 2018/07/17 51: A61F; A61L; C23C 71: SAMBUSSETI, ANTONIO 72: SAMBUSSETI, ANTONIO 33: IT 31: MI2014A 001895 32: 2014/11/05 54: PROCESS FOR OBTAINING A SILICONE PATCH HAVING AT LEAST ONE SURFACE COATED WITH CARBON APPLIED BY ARC

DEPOSITION FOR THE REPLACEMENT OF A PORTION OF BLADDER WALL 00: - A description is given of a process for coating the

surface of a patch (1; 100; 200) for the replacement

of a portion of bladder wall following partial

cystectomy. The patch comprises a multilayered

membrane (2) of soft silicone, with a thickness of

approximately 600 microns so as to be sufficiently

elastic in order to be able to withstand the dilations

due to the expansion and to the deflation of the

bladder, and a surface coating in carbon applied by

means of arc deposition.

21: 2017/03378 22: 2017/05/16 43: 2018/08/16 51: B63B; B63C 71: KEPPEL OFFSHORE & MARINE TECHNOLOGY CENTRE PTE LTD 72: HUANG, Chong Yong, PASUMARTHY, Murthy S, HUSSAIN, Anis Altaf, AHMAD, Shahnas Riza, CHONG, Woei Siong, MERCHANT, Aziz Amirali 54: A SUBMERSIBLE VESSEL FOR DRY DOCKING A VESSEL 00: - This invention relates to a submersible vessel for dry

docking a vessel. The submersible vessel comprises

a floating unit, a deck above the floating unit and a

number of stabilising towers arranged on the deck.

The deck has a base, a sidewall along a perimeter of

the base and a block provided within the sidewall

and resting on the base, defining a cavity such that

when the vessel is being docked onto the deck, a

thruster of the vessel is above the cavity.


Page | 151

21: 2017/03379 22: 2016/03/24 43: 2018/07/20 51: C03C; B32B 71: SEKISUI CHEMICAL CO., LTD. 72: MIKAYAMA, KAORU, OOHIGASHI, YUJI 33: JP 31: 2015-074434 32: 2015/03/31 33: JP 31: 2015-074435 32: 2015/03/31 54: INTERMEDIATE FILM FOR LAMINATED GLASS, AND LAMINATED GLASS 00: - There is provided an interlayer film for laminated

glass with which the flexural rigidity of laminated

glass can be enhanced over a wide temperature

range and the sound insulating properties of

laminated glass can be enhanced over a wide

temperature range. The interlayer film for laminated

glass according to the present invention has a shear

storage equivalent elastic modulus of 10 MPa or

more and 500 MPa or less in a temperature region

of 80% or more of the temperature region of 0°C or

more and 60°C or less, a value obtained by dividing

a shear storage equivalent elastic modulus at 10°C

by a shear storage equivalent elastic modulus at

50°C of 1 or more and 10 or less, a glass transition

temperature falling within the range of -25°C or more

and 0°C or less, and a largest value of tan d in a

temperature region of -50°C or more and 0°C or less

of 0.1 or more and 1 or less.

21: 2017/03383 22: 2015/11/06 43: 2018/07/16 51: C11D 71: UNILEVER PLC 72: BURGESS, KARL, CROSSMAN, MARTIN CHARLES, GRAHAM, PETER, OSLER, JONATHAN, RIELEY, HUGH, WALSH, SHAUN CHARLES 33: EP 31: 14193485.1 32: 2014/11/17 54: FABRIC TREATMENT COMPOSITION 00: - The invention relates to a fabric treatment

composition comprising: a) from 50 to 95 wt.% of

polyethylene glycol; b) from 0.1 to 15 wt.% of

perfume; c) from 0.1 to 2.5 wt.% of cationic polymer;

and, d) from 0.1 to 5 wt.% of silicone.

21: 2017/03399 22: 2017/05/17 43: 2018/07/24 51: G01S 71: SITA INFORMATION NETWORKING COMPUTING UK LIMITED 72: GIBSON, Paul, LACROIX, Yanik, VACHON, Benoit, Jean, Joseph 33: US 31: 14/558,063 32: 2014/12/02 33: GB 31: 1421394.6 32: 2014/12/02 54: APPARATUS FOR MONITORING AIRCRAFT POSITION 00: - An apparatus and computerised method are

provided for monitoring the positions of one or more

aircraft. The apparatus comprises a first receiver

configured to receive first aircraft position

information, over a digital data link, from a first radio

frequency source located onboard the aircraft at a

first period, via one or more ground stations (50) and

a second receiver configured to receive second

aircraft position information broadcasted from a

second radio frequency source located onboard the


Page | 152

aircraft at a second period, via one or more ground

stations (52). The apparatus additionally comprises

a third receiver configured to receive electronic

geographical mapping data (54) and a processor

configured to receive the first and second aircraft

position information, to filter the quantity of first and

second aircraft position information to smooth the

filtered information (58) and then output the

smoothed information such that it can be overlaid

onto the electronic geographical mapping data (60).

21: 2017/03415 22: 2015/07/17 43: 2018/07/16 51: G06T 71: THE CHANCELLOR MASTERS AND SCHOLARS OF THE UNIVERSITY OF OXFORD 72: MADDERN, WILLIAM PAUL, STEWART, ALEXANDER DOUGLAS, NEWMAN, PAUL MICHAEL, PASCOE, GEOFFREY MICHAEL 33: GB 31: 1420731.0 32: 2014/11/21 54: LOCALISING PORTABLE APPARATUS 00: - A method of localising portable apparatus (100) in

an environment, the method comprising obtaining

captured image data representing an image

captured by an imaging device (106) associated with

the portable apparatus, and obtaining mesh data

representing a 3-dimensional textured mesh of at

least part of the environment. The mesh data is

processed to generate a plurality of synthetic

images, each synthetic image being associated with

a pose within the environment and being a

simulation of an image that would be captured by the

imaging device from that associated pose. The

plurality of synthetic images is analysed to find a

said synthetic image similar to the captured image

data, and an indication is provided of a pose of the

portable apparatus within the environment based on

the associated pose of the similar synthetic image.

21: 2017/03475 22: 2015/10/14 43: 2018/07/16 51: A01N; A01P 71: ISHIHARA SANGYO KAISHA, LTD. 72: YAMADA, RYU, OKAMOTO, HIROYUKI, SAITO, YOSHIFUMI, TERADA, TAKASHI 33: JP 31: 2014-215428 32: 2014/10/22 54: HERBICIDAL COMPOSITION 00: - Provided is a highly active herbicidal composition

that controls undesirable plants via a synergistic

herbicidal effect. The herbicidal composition

contains: (A) metobromuron or a salt thereof; and

(B) at least one herbicidal compound selected from

the group consisting of chlorpropham, S-

metolachlor, flufenacet, pyroxasulfone, nicosulfuron,

fluazifop-P-butyl, prometryn, ioxynil, pendimethalin,

trifluralin, prosulfocarb, thiobencarb, and indanofan,

or an alkylester or salt of said at least one herbicidal

compound. Also provided is a herbicidal method

using the herbicidal composition.

21: 2017/03476 22: 2015/10/09. 43: 2018/07/16 51: B44C; B27N; B32B 71: FLOORING TECHNOLOGIES LTD. 72: LEHNHOFF, INGO, OLDORFF, FRANK 33: EP 31: 14003902.5 32: 2014-11-20 54: METHOD FOR FINISHING A WOOD BOARD 00: - The invention relates to a method for finishing a

wood board with an upper face and a lower face. A

layer of liquid synthetic resin is first applied at least

onto the upper face or the lower face, and at least


Page | 153

one paper ply soaked with a synthetic resin is then

applied. The structure is then pressed in a press

under high pressure and at a high temperature,

wherein the synthetic resin melts and is connected

to the upper face or the lower face of the wood

board. The invention is characterized in that the

upper face and/or the lower face is provided while

still having a press skin and in an ungrounded state,

and the layer is applied so thinly that the liquid

synthetic resin is completely drawn into the press

skin, the layer is not actively dried, and the paper ply

is positioned on the press skin.

21: 2017/03477. 22: 2014/11/17. 43: 2018/07/27 51: C07C 71: DALIAN INSTITUTE OF CHEMICAL PHYSICS, CHINESE ACADEMY OF SCIENCES 72: NI, YOUMING, ZHU, WENLIANG, LIU, YONG, LIU, HONGCHAO, LIU, ZHONGMIN, LI, LINA, LIU, SHIPING, ZHOU, HUI 54: METHOD FOR PREPARING METHYL FORMATE AND COPRODUCING DIMETHYL ETHER 00: - A method for preparing methyl formate and

coproducing dimethyl ether. A raw material

containing formaldehyde and methanol is introduced

into a first reaction area to come into contact with

catalyst A and be separated therefrom, constituent I

thus produced is introduced into a second reaction

area to come into contact with catalyst B and then

be separated therefrom, thus producing methyl

formate, dimethyl ether, and constituent II. At least

1% of the dimethyl ether serves as a product while

the remainder serves as circulating dimethyl ether to

be returned to the first reaction area. Constituent II is

returned to the second reaction area. The ratio of

formaldehyde to methanol in the raw material in

terms of the number of moles of carbon atoms

contained in each constituent is formaldehyde :

methanol = 1 : 0.05-4; the weight hourly space

velocity of formaldehyde in the raw material is 0.01-

15.0 h-1; the temperature in the first reaction area is

50-100 degrees Celsius; the temperature in the

second reaction area is 50-200 degrees Celsius; the

pressure is 0.1-10 MPa; and, the constituents are

independently in the gaseous phase and/or liquid

phase. The catalysts have an extended service life,

reaction conditions are mild, raw material utilization

rate is high, continuous production is allowed, and

large-scale industrial application potential is

provided.

21: 2017/03478 22: 2015/11/26 43: 2018/07/17 51: A62B; A41D 71: SCALDIS ST-MARTIN 72: VANNESTE, VINCENT 33: EP 31: 14195539.3 32: 2014/11/28 54: HEAD PROTECTION HOOD 00: - A head protection hood (1) being an integral part of

protective clothing (8) for clean rooms, the said hood

(1) presents:- An external face (2) designed to be in

contact with the surrounding environment,- An

internal face designed to be in contact with the users

head,- A section for passing the head through (3),- A

facial opening (4) at user eye level, and- A first and

second means of connecting (5) safety glasses (L),

the said connection means (5) being fastened to the

hood (1) at either side of the facial opening (4).The

said hood includes, once in its package safety

glasses (L) fastened to the hood (1) by at least one

of the said first and second means of attachment.


Page | 154

21: 2017/03504 22: 2015/10/23 43: 2018/07/17 51: C07K; A61K 71: HPVVAX, LLC. 72: IOANNIDES, TIM 33: US 31: 62/068,332 32: 2014/10/24 54: CANCER AND SKIN LESION TREATMENT 00: - A method for treating or reducing the incidence of

recurrence of cancer, benign tumors or HPV-

associated lesions, including skin cancer, and

particularly squamous cell carcinoma (SCC) and

basal-cell carcinoma (BCC), by administering one or

more doses of HPV recombinant vaccine to a

patient.

21: 2017/03575 22: 2017/05/24 43: 2018/07/23 51: A61L; C02F 71: RECKITT BENCKISER (BRANDS) LIMITED 72: BOLTON, Philip, DE DOMINICIS, Mattia, JOHNSON, Garry, Michael, KANG, Raphael, KL. MELNICK, Justin, RUBB, Asma, ZAKI, Muhammad 33: GB 31: 1420628.8 32: 2014/11/20 54: COMPOSITION FOR TREATING A PIT LATRINE 00: - A composition suitable for treating a pit latrine

comprises:- • a) a bacterial spore, • b) a wetting

agent, • c) an absorbent material. Optionally the

bacterial spore is present as a bacteria / enzyme

complex. Optionally the composition comprises a

fragrance. In a preferred embodiment, the fragrance

itself displays anti-microbial properties.

21: 2017/03609 22: 2015/10/27 43: 2018/07/17 51: A61K 71: CAMURUS AB 72: TIBERG, FREDRIK, JOHNSSON, MARKUS, HARWIGSSON, IAN 33: GB 31: 1419091.2 32: 2014/10/27 54: INJECTABLE BUPRENORPHINE FORMULATION 00: - The present invention provides an injectable liquid

formulation with controlled release comprising: • a) a

lipid controlled-release matrix comprising at least

50% triacyl lipids; • b) at least one oxygen containing

organic solvent; • c) at least 16% by weight of at

least one active agent selected from buprenorphine

and salts thereof, calculated as buprenorphine free

base. The invention also provides a method for the

treatment of pain, for opioid maintenance therapy or

for the treatment of opioid dependence by

detoxification and/or maintenance or for the

treatment or prophylaxis of the symptoms of opioid

withdrawal and/or cocaine withdrawal by injecting

such a liquid composition.

21: 2017/03610 22: 2015/12/21 43: 2018/07/27 51: A23L 71: UNILEVER PLC 72: EWALD, RON KAI JÜRGEN, GRÜN, CHRISTIAN HUGO, MÜTSCH, HOLGER JULIUS, RUPP, WINFRIED 33: EP 31: EP14199671.0 32: 2014/12/22 54: GRANULAR FOOD COMPOSITION COMPRISING GAS 00: - Granular food composition comprising: Fat, Starch;

wherein the food composition comprises gas.


Page | 155

21: 2017/03612 22: 2015/11/27 43: 2018/07/27 51: E03D 71: UNILEVER PLC 72: GEORGE, MANU, MEDEPALLI, SRILAXMI VENKATA, RAJAGOPAL, RAMASUBRAMANIAM, VADHYAR, JAYASHREE ANANTHARAM, WASKAR, MORRIS 33: EP 31: 14197918.7 32: 2014/12/15 54: POST-FLUSH DISPENSER FOR A HYGIENE COMPOSITION 00: - Disclosed is a dispenser (200) attachable to the rim

of a toilet bowl comprising - an upper compartment

(201) for holding plurality of unit doses (202) of a

hygiene composition; - a lower compartment (203)

comprising inlet (204) and outlet (205) for a portion

of flush water and a float member comprising a float

(208) wherein said float member comprises two

levers, a first lever (209) longer than a second lever

(213) which are spaced apart from each other by an

immovable dividing member (214) present

therebetween and also extending inside said conduit

(206) and wherein the movement of said levers (209,

213) is synchronous); and - a conduit (206) forming

a channel between upper and lower compartments

and comprising an orifice (207) for dispensing a unit

dose, wherein said inlet (204) and outlet (205) is

individually configured to allow water to enter faster

than to exit and where said levers (209, 213) extend

partly inside said conduit (206), wherein said float

(208) is movable within said lower compartment

(203) from a base position to a raised position and

vice versa in response to quantity of water (212) in

said lower compartment (203), wherein when said

lower compartment is filled, said float (208) moves to

said raised position thereby causing the levers (209,

213) to move further upwards inside said conduit

(206) simultaneously admitting therein a unit dose

(202), and when said lower compartment (203) gets

substantially emptied, said float (208) moves back to

said base position, thereby causing the levers (209,

213) to move downwards to align said unit dose

(202) with said orifice (207).

21: 2017/03614 22: 2015/12/02 43: 2018/07/12 51: C07K; A61K 71: PROCLARA BIOSCIENCES, INC. 72: KRISHNAN, RAJARAMAN, ASP, EVA, PROSCHITSKY, MING, FISHER, RICHARD, CARR, FRANCIS J, HOLGATE, ROBERT GE, JONES, TIMOTHY D 33: US 31: 62/087,052 32: 2014/12/03 54: POLYPEPTIDES COMPRISING A MODIFIED BACTERIOPHAGE G3P AMINO ACID SEQUENCE LACKING A GYLCOSYLATION SIGNAL 00: - The invention relates to polypeptides that comprise a

portion of filamentous bacteriophage gene 3 protein

(g3p) sufficient to bind to and/or disaggregate

amyloid, e.g., the N1-N2 portion of g3p and mutants

and fragments thereof, wherein that g3p amino acid

sequence has been modified through amino acid


Page | 156

deletion, insertion or substitution to remove a

putative glycosylation signal. The invention further

relates to such polypeptides that are also modified

through additional amino acid substitution to be

substantially less immunogenic than the

corresponding wild-type g3p amino acid sequence

when used in vivo. The polypeptides of the invention

retain their ability to bind and/or disaggregate

amyloid. The invention further relates to the use of

these g3p-modified polypeptides in the treatment

and/or prevention of diseases associated with

misfolding or aggregation of amyloid.

21: 2017/03619 22: 2017/05/25 43: 2018/08/28 51: C06B 71: Dyno Nobel Asia Pacific Pty Ltd 72: PARIS, Nathan, GORE, Jeff, THORNLEY, Paul 33: AU 31: AU2014904283 32: 2014/10/27 54: EXPLOSIVE COMPOSITION AND METHOD OF DELIVERY 00: - Disclosed herein is an explosive composition for soft

and wet ground. The explosive composition

comprises an explosive comprising an oxidiser

component in a water in oil emulsion or a water gel,

and a bulking agent comprising discrete particles of

a combustible substance. The combustible

substance is water soluble but, in the explosive

composition, migration of the combustible substance

from the discrete particles to the oxidiser component

is inhibited. Also disclosed is a method for delivering

an explosive composition to a borehole, for example

a borehole in soft and wet ground.

21: 2017/03645 22: 2015/11/06 43: 2018/07/17 51: C12M; G01N 71: INDIAN INSTITUTE OF TECHNOLOGY DELHI 72: ELANGOVAN, RAVIKRISHNAN, PERUMAL, VIVEKANANDAN, GUPTA, SHALINI, SINGH, SAURABH 33: IN 31: 3465/DEL/2014 32: 2014/11/28 54: MAGNETIC CAPTURING OF RARE CELLS 00: - The subject matter discloses systems and methods

for magnetic capturing of rare cells from a liquid

sample. The system includes a capture chip (104)

having a longitudinal channel (208) comprising a first

part (304) and a second part (306). The capture chip

(104) has a capture well (302) near an end of the

second part (306) closer to an interfacing region

between the first part (304) and the second part

(306). The system includes a first set (126) of

multiple rows of magnets for the magnetic capturing

of the rare cells in the first part (304) of the

longitudinal channel (208), where a first row (132) of

the first set (126) of multiple rows has magnets that

span a length of the first part (304) of the longitudinal

channel (208) and each subsequent row of the first

set (126) of multiple rows has one magnet less than

a previous row.

21: 2017/03646 22: 2014/12/22 43: 2018/07/17 51: B26B 71: BIC-VIOLEX SA 72: PAPATRIANTAFYLLOU, IOANNIS, TERLILIS, TAXIARCHIS, KONTOKOSTAS, LABROS 54: RAZOR BLADE 00: - A razor blade comprising a substrate with a cutting

edge ending in sharpened tip. The substrate having

a thickness of between 1.55 and 1.97 micrometers

measured at a distance of five micrometers from the

tip, a thickness of between 4.6 and 6.34 micrometers

measured at a distance of twenty micrometers from

the tip, a thickness of between 19.8 and 27.12

micrometers measured at a distance of one hundred

micrometers from the tip.


Page | 157

21: 2017/03682 22: 2015/10/27 43: 2018/07/11 51: D01F; F16L 71: BACHMAIR, JOSEF, SEIRINGER, JOSEF 72: BACHMAIR, JOSEF, SEIRINGER, JOSEF 33: EP 31: 14191216.2 32: 2014/10/31 54: SEALING MATERIAL FOR THREADED CONNECTIONS 00: - The invention relates to a flexible sealing material for

threaded connections made from, in particular, a

strip or threadlike PTFE-mono or multi-filament. The

aim of the invention is to provide advantageous

sealing conditions in which the filament is made from

an undrawn PTFE which is strip or threadlike and

which is modified with high pressure additives.

21: 2017/03731 22: 2015/07/28 43: 2018/07/27 51: H04L; H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: JOHANSSON, NICKLAS, SUNDBERG, MÅRTEN, LIBERG, OLOF, DAS, SAJAL KUMAR, DIACHINA, JOHN WALTER 33: US 31: 14/809,987 32: 2015/07/27 33: IN 31: 2161/DEL/2014 32: 2014/07/31 33: US 31: 62/050,517 32: 2014/09/15 54: MAXIMIZING CHANNEL CAPACITY FOR COMMON DOWNLINK CHANNELS 00: - A wireless access node and method are described

herein for improving a bandwidth utilization efficiency

of a common downlink (DL) channel when

transmitting device-related information included in

one or more messages to a wireless device or a

group of wireless devices, wherein the one or more

messages have one or more transport block formats

that meet a coverage class need of the wireless

device or the group of wireless devices. In addition,

a wireless device and method are described herein

for improving a bandwidth utilization efficiency of the

common DL channel by receiving one or more

messages including device -related information on

the common DL channel from the wireless access

node, wherein the one or more messages have one

or more transport block formats that meet a

coverage class need of the wireless device.

21: 2017/03732 22: 2015/09/22 43: 2018/07/27 51: B29C 71: FOSTAG FORMENBAU AG 72: MÜHLEMANN, ROLF 33: CH 31: 01715/14 32: 2014/11/06 54: CO-INJECTION NOZZLE FOR AN INJECTION MOULDING DEVICE FOR PRODUCING MULTI-LAYERED INJECTION-MOULDED PRODUCTS 00: - The invention relates to a co-injection nozzle (2) for

an injection moulding device for producing multi-

layered injection-moulded products, said nozzle

comprising: a central bore (20); a valve needle (10)

for opening and closing a nozzle opening (30), which

needle is held in an axially movable manner in the


Page | 158

central bore (20); an annular inner melt channel (23)

for the first melt (A); an annular central melt channel

(24) for a second melt (B); and an annular outer melt

channel (25) for the first melt (A), the inner, central

and outer melt channels (23, 24, 25) being fluidically

combined in the region of the nozzle tip (9) in order

to form a concentrically-layered melt stream.

According to the invention, the co-injection nozzle

(2) further comprises a nozzle body (11) and a melt

runner insert (12) having the central bore (20) of the

co-injection nozzle (2). The melt runner insert (12)

has a circular cylindrical section (51), by which the

insert is held in a central bore (52) of the nozzle

body (11). At least one distribution channel (26) for

the first melt (A) and at least one distribution channel

(27) for the second melt (B) are formed in the outer

surface of the circular cylindrical section (51), said

distribution channels running substantially in the

axial direction.

21: 2017/03737 22: 2015/11/24 43: 2018/07/27 51: A61K; A61Q 71: UNILEVER PLC 72: DUTTA, MAITREYEE, KALE, VAIDEHI SUBHASH, NAIR, NIRMALA SANTOSH 33: EP 31: 14200625.3 32: 2014/12/30 54: A SKIN LIGHTENING COMPOSITION COMPRISING 4-HEXYLRESORCINOL AND ILOMASTAT 00: -

The present invention is in the field of personal care

compositions; in particular skin lightening

compositions. A more effective way to reduce

melanin content in melanocytes remains to be

desired. It has been found that 4-hexylresorcinol in

combination with MMP inhibitor galardin

synergistically reduces melanin content in

melanocytes. The invention thus relates to a

composition comprising a synergistic combination of

4-hexylresorcinol and galardin for use in skin

lightening. Thus the composition, when applied

topically over an appropriate length of time in-vivo,

may be used to lighten the skin, or to reduce age

spots or freckles.

21: 2017/03740 22: 2015/12/03 43: 2018/07/27 51: A61K; A61P; A61Q 71: PROFESSIONAL DIETETICS S.P.A. 72: GIORGETTI, PAOLO 33: IT 31: MI2014A002084 32: 2014/12/04 54: AMINOACID-BASED COMPOSITION FOR FIBROELASTIN RECOVERY IN DERMAL CONNECTIVE TISSUES 00: - The present invention relates to compositions

containing, as active ingredient, a mixture of amino

acids able to stimulate the biosynthesis of elastin

and collagen.

21: 2017/03818 22: 2015/11/03 43: 2018/07/27 51: B05B 71: 7A9, LLC 72: HANSEN, BRIAN G 33: US 31: 14/532,555 32: 2014/11/04 54: PIVOT IRRIGATION SYSTEM AND COMPONENTS 00: - In one example, a continuous track transport system

for an irrigation system is provided that includes a

continuous track and a gear train connected with the

continuous track and operable to transmit an input

torque to the continuous track so as to effect

movement of the continuous track. The gear train

includes a drive gear having an interface that is

connectible to a motor of an irrigation system

chassis, first and second drive wheels connected to

the continuous track, each including an interface that

is connectible to a corresponding interface of an

irrigation system chassis, and first and second

driven gears engaged with the drive gear, the first


Page | 159

and second driven gears being mounted to

respective drive wheels such that each driven gear

rotates in unison with the associated drive wheel,

and one or more gears of the gear train are plastic.

21: 2017/03827 22: 2017/06/05 43: 2018/08/29 51: E04H 71: COCHRANE GULF FZE 72: COCHRANE, Alexander Richard 54: SECURITY FENCE 00: - A fence which includes fence panels made from

mesh material and an elongate deterrent coil and an

elongate member which are fixed to upper edges of

the panels.

21: 2017/03841 22: 2015/11/06 43: 2018/07/27 51: B41F 71: KOENIG & BAUER NOTASYS SA 72: SCHAEDE, JOHANNES GEORG 33: EP 31: 14192392.0 32: 2014/11/07 54: SIMULTANEOUS RECTO-VERSO PRINTING PRESS 00: - There is described a recto-verso printing press

(100*) adapted to carry out simultaneous recto-verso

printing of sheets, the printing press (100*)

comprising a main printing group (5, 6, 15, 16, 25,

26) with first and second printing cylinders (5, 6)

cooperating with one another to form a first printing

nip between the first and second printing cylinders

(5, 6) where first and second sides of sheets are

simultaneously printed, the first printing cylinder (5)

acting as a sheet conveying cylinder of the main

printing group (5, 6, 15, 16, 25, 26). The printing

press (100*) further comprises an additional printing

group (7, 8, 17, 18, 27, 28) with third and fourth

printing cylinders (7, 8) cooperating with one another

to form a second printing nip between the third and

fourth printing cylinders (7, 8) where the first and

second sides of the sheets are simultaneously

printed, the third printing cylinder (7) acting as a

sheet conveying cylinder of the additional printing

group (7, 8, 17, 18, 27, 28). The main printing group

(5, 6, 15, 16, 25, 26) and the additional printing

group (7, 8, 7, 18, 27, 28) are coupled to one

another by means of an intermediate sheet

conveying system comprising one or more sheet-


Page | 160

transfer cylinders (10, 10', 10'') interposed between

the first and third printing cylinders (5, 7).

21: 2017/03910 22: 2015/12/18 43: 2018/07/27 51: C08G 71: COATEX 72: RUHLMANN, DENIS 33: FR 31: 1463021 32: 2014/12/19 54: THICKENING AGENT FOR AQUEOUS SYSTEMS, FORMULATIONS CONTAINING SAME AND USES THEREOF 00: - The invention relates to novel associative thickeners

pertaining to the HEUR (Hydrophobically-modified

Ethyoxylated URethane) category, to intermediate

aqueous formulations containing such thickeners,

and to the final compositions, for example paint,

lacquer, varnish or paper-coating slip compositions.

21: 2017/03911 22: 2015/12/02 43: 2018/07/27 51: B66B 71: INVENTIO AG 72: SONNENMOSER, ASTRID, STUDER, CHRISTIAN, ZAHN, KLAUS, RÜEGG, ANDRÉ, GASSNER, JOHANNES 33: EP 31: 14195971.8 32: 2014/12/02 54: METHOD AND SYSTEM FOR DETERMINING THE POSITION OF A LIFT CAR 00: - The invention relates to a method and a system for

determining the position (zt) of a lift car (2) in a lift

system (3), which lift car is movably arranged in a lift

shaft (1), wherein the lift car (2) is equipped with an

acceleration sensor (4), said method comprising:

detecting the acceleration data (Dg) by means of a

computing unit (5); calculating, by means of the

computing unit (5), the current position (zt) and/or

speed (vt) of the lift car (2), wherein the lift system

(3) is equipped with an image capturing unit (6)

which records images (Bn) of the lift shaft (1). The

computing unit (5) further compares the recorded

images (Bn) with mapping images (KB) of the lift

shaft (1) in order to determine an image-based

current position (zBt). Finally, the computing unit (5)

carries out a recalibration of the current position (zt)

using the current image-based position (zBt).

21: 2017/03912 22: 2015/11/30 43: 2018/07/27 51: E04H; F03D 71: LAFARGE 72: DOBRUSKY, SVATOPLUK, CHANVILLARD (DECEASED), GILLES 33: FR 31: 1461713 32: 2014/12/01 54: SECTION OF CONCRETE 00: - The subject of the present invention is a section (10)

of concrete intended to form a mast (1) for a windmill

(2), said section comprising: - a first portion (11)

comprising a first flange (11'), - a second portion (12)

comprising a second flange (12'), - a prestressing

device (20) comprising at least one visible part (22)

located between the first flange (11') and the second

flange (12'), - a first attaching device (13a) arranged

to be connected to the first flange (11'), and/or - a


Page | 161

second attaching device (13b) arranged to be

connected to the second flange (12'), and the

resulting mast (1) and a method for constructing a

mast (1).

21: 2017/03913 22: 2015/12/15 43: 2018/07/27 51: G07C 71: ASSA ABLOY AB 72: SIKLOSI, PETER 33: EP 31: 14198790.9 32: 2014/12/18 54: AUTHENTICATION OF A USER FOR ACCESS TO A PHYSICAL SPACE 00: - It is presented a method performed in a key device

for authenticating a user for access to a physical

space. The method comprises the steps of:

detecting the presence of a lock device; sending a

request for authorisation data to an access control

server, the request comprising an identifier of the

key device; receiving authorisation data from the

access control server; determining whether the key

device is authorised to open the lock device; and

sending an unlock signal to the lock device when the

key device is allowed to open the lock device.

21: 2017/03923 22: 2015/05/09 43: 2018/07/27 51: C07D; A61K; A61P 71: PIMERA, INC. 72: HADDACH, MUSTAPHA 33: US 31: 62/054,054 32: 2014/09/23 33: US 31: 61/991,282 32: 2014/05/09 33: US 31: 62/050,202 32: 2014/09/15 33: US 31: 62/128,208 32: 2015/03/04 54: NOVEL COMPOSITIONS, USES AND METHODS FOR MAKING THEM 00: - Generally, the present invention provides novel

quinoline compounds and pharmaceutical

composition thereof which may inhibit cell

proliferation and/or induce cell apoptosis. The

present invention also provides methods of

preparing such compounds and compositions, and

methods of making and using the same.

21: 2017/03940 22: 2015/12/16 43: 2018/07/27 51: C12N; A01H 71: FARMHANNONG CO., LTD. 72: SUNG, SOON-KEE, YOON, JOONSEON, HAN, YUNJUNG 33: KR 31: 10-2014-0181791 32: 2014/12/16 54: METHODS FOR CONFERRING OR ENHANCING HERBICIDE RESISTANCE ON PLANTS AND/OR ALGA WITH PROTOPORPHYRINOGEN OXIDASE VARIANTS 00: - Provided are methods for conferring and/or

enhancing herbicide resistance on plants or algae


Page | 162

including agricultural crops by introducing

prokaryote-derived protoporphynnogen oxidase

variants.

21: 2017/03944 22: 2015/11/30 43: 2018/07/27 51: A61K; A61Q 71: L'OREAL 72: SCOTLAND, SHAUNA-KAYE LECAINE DOMINIQUE, ATIS, BALANDA, COLEMAN-NALLY, DEBRA JOY 33: US 31: 14/564,157 32: 2014/12/09 54: CREAM TO POWDER COSMETIC COMPOSITIONS 00: - Disclosed herein are cosmetic compositions

comprising, (a) at least one aluminum- based starch,

(b) at least one aluminum-based

starch/(met)acrylates polymer blend, (c) at least one

polymeric filler, (d) at least one liquid fatty ester, (e)

at least one silicone solvent, (f) at least one wax

having a melting point greater than or equal to about

70°C, (g) at least one wax having a melting point

less than about 70°C, (h) a coloring agent, and (i)

optionally a filler other than (c); wherein the total

amount of waxes ((f) + (g)) is less than about 5%.

Also disclosed herein are methods for making up

and/or enhancing the appearance of a keratinous

substrate, such as the skin, comprising applying said

compositions to the keratinous substrate, as well as

a method of making the compositions.

21: 2017/03946 22: 2015/11/09 43: 2018/07/27 51: C07D; A61K; A61P 71: H. LUNDBECK A/S 72: JUHL, KARSTEN, TAGMOSE, LENA, MARIGO, MAURO 33: DK 31: PA201400647 32: 2014/11/10 33: DK 31: PA201500446 32: 2015/08/07 54: 2-AMINO-5,5-DIFLUORO-6-(FLUOROMETHYL)-6-PHENYL-3,4,5,6-TETRAHYDROPYRIDINES AS BACE1 INHIBITORS 00: - The present invention is directed to compounds of

Formula (I) which are inhibitors of the BACE1

enzyme. Separate aspects of the invention are

directed to pharmaceutical compositions comprising

said compounds and uses of the compounds to treat

disorders for which the reduction of Αβ deposits is

beneficial such as Alzheimer's disease.

21: 2017/03953 22: 2013/11/13 43: 2018/07/27 51: A01G 71: HEVORMA B.V., DARTDIJK N.V. 72: JANSSEN, HENDRIKUS WILHELMUS THEODORUS 33: NL 31: 2009794 32: 2012/11/13 54: GROWTH DEVICE FOR CROP, USE OF SUCH A DEVICE, AND A SERIES OF GROWTH DEVICES 00: -


Page | 163

Growth device for crop, comprising a panel-shaped

structure (1), a substrate (2) included in the panel-

shaped structure (1) for receiving crop (3), at least

one water reservoir (4) included in the panel-shaped

structure (1), connecting means (6) to bring the

water reservoir in communication with the substrate

(2) for moistening the substrate (2), wherein the

water reservoir (4) extends substantially above a

bottom side (B) of the substrate (2) in a vertical

position of use of the growth device.

21: 2017/03967 22: 2017/06/09 43: 2018/06/27 51: E21D 71: ROCBOLT TECHNOLOGIES (PTY) LTD. 72: HOLDEN, Matthew Raffaele 33: AU 31: 2014904548 32: 2014/11/12 54: DRIVE ASSEMBLY 00: - The disclosure relates generally to drive assemblies

for rock bolts and more specifically, but not

exclusively, to a dolly for imparting thrust and

rotation to a rock bolt and a tensioning device for

tensioning a rock bolt.

21: 2017/03986 22: 2014/11/17 43: 2018/07/27 51: C07C 71: DALIAN INSTITUTE OF CHEMICAL PHYSICS, CHINESE ACADEMY OF SCIENCES 72: NI, YOUMING, ZHU, WENLIANG, LIU, YONG, LIU, HONGCHAO, LIU, ZHONGMIN, LI, LINA, LIU, SHIPING, ZHOU, HUI 54: METHOD FOR PREPARING METHYL FORMATE 00: - The present application relates to a method for

preparing methyl formate. A raw material containing

formaldehyde, methanol and/or dimethyl ether is

introduced into a first reaction area to come into

contact with catalyst A and be separated therefrom,

constituent I thus produced is introduced into a

second reaction area to come into contact with

catalyst B and then be separated therefrom, thus

producing methyl formate that serves as a product,

dimethyl ether that is returned to the first reaction

area, and constituent II that is returned to the second

reaction area. The ratio of formaldehyde, methanol

and/or dimethyl ether in the raw material in terms of

the number of moles of carbon atoms contained in

each constituent is methyl formate : methanol and/or

dimethyl ether = 1 : 2-4; the weight hourly space

velocity of formaldehyde in the raw material is 0.01-

15.0 h-1; the temperature in the first reaction area is

50-100 °C; the temperature in the second reaction

area is 50-200 °C; the pressure is 0.1-10 MPa; and,

the constituents are independently in the gaseous

phase and/or liquid phase. In the present

application, the catalysts have an extended service

life, reaction conditions are mild, raw material

utilization rate is high, continuous production is


Page | 164

allowed, and large-scale industrial application

potential is provided.

21: 2017/04020 22: 2015/11/23 43: 2018/07/27 51: E21B; B01D 71: EPIROC DRILLING TOOLS LLC 72: PETERSON, GREGORY WAYNE, GOPALAKRISHNA, SRINIDHI BANGALORE, SCHWEND, AUSTEN MORGAN 33: US 31: 14/561,670 32: 2014/12/05 54: AIR/WATER SEPARATOR FOR DRILL BITS, DRILL BIT AND DRILLING ASSEMBLY COMPRISING SUCH A SEPARATOR AND METHOD FOR DRILLING COMPRISING A DRILL STRING AND SUCH A DRILL BIT 00: - An air/water separator (100) including a first hollow

member (102) configured to receive a flow including

an air and water mixture and a second hollow

member (104) configured to receive the flow from

the first hollow member. An exit (108) of the first

hollow member extends into an opening of the

second hollow member such that the exit of the first

hollow member axially overlaps the opening of the

second hollow member, thereby creating a first flow

path from the interior of the first hollow member to

the outside of the second hollow member including

two turns about the exit of the first hollow member

and opening of the second hollow member, and a

second flow path from the first hollow member

through the second hollow member.

21: 2017/04024 22: 2015/12/14 43: 2018/07/27 51: A61C 71: NOBEL BIOCARE SERVICES AG 72: MEMMOLO, MARCELLO, JAN, HALL, DE HALLER, EMMANUEL 33: EP 31: 14198377.5 32: 2014/12/16 54: DENTAL IMPLANT 00: - The present invention discloses a dental implant

configured to be inserted in a hole in jaw bone and

to be at least partially situated in the bone tissue

when implanted and comprises: a coronal region, an

apical region, a longitudinal axis extending from the

coronal region of the dental implant to the apical

region of the dental implant; an implant surface

configured to form an interface between an implant

material and the oral environment/surrounding tissue

and a surface layer formed on at least part of said

implant surface, said surface layer comprising

crystalline titanium oxide in the anatase phase and

wherein the surface area roughness Sa and the pore

size of the implant surface on which said surface

layer is formed increase from the coronal region

toward the apical region of the dental implant along

the longitudinal axis.

21: 2017/04030 22: 2017/06/12 43: 2018/07/20 51: E21B, C10M, B67D 71: SPIROTECH MINING SERVICES (PTY) LTD.


Page | 165

72: CAREW, JEFFREY MARK 33: ZA 31: 2016/01716 32: 2016/03/11 54: LUBRICATOR 00: - The invention concerns a lubricator for a

pneumatically powered machine such as a

pneumatic rock drill. The lubricator, which is

connected in a delivery line that supplies

compressed air to the machine, includes a rigid

container for accommodating a fluent lubricant. A

flow connector includes an internal flow passage

having respective upstream and downstream ends

connectable to upstream and downstream portions

of the compressed air delivery line and a venturi

throat between the upstream and downstream ends.

There is a lubricant intake orifice to provide flow

communication between the interior of the container

and the venturi throat and a pressure equalization

line to provide air flow communication between the

internal flow passage and the interior of the

container thereby to pressurize the container

internally with air. In use, with compressed air

flowing through the internal flow passage, internal

pressurization of the container and reduced air

pressure at the venturi throat cause lubricant to flow

out of the container and through the lubricant intake

orifice for entrainment in the compressed air flow

supplied to the pneumatic machine.

21: 2017/04060 22: 2017/06/13 43: 2018/06/12 51: E21D

71: RHINO INNOVATED PRODUCTS (PTY) LTD 72: MARIUS PAGE 33: ZA 31: 2014/09374 32: 2014/12/19 54: WALL SUPPORT STRAP 00: - This invention relates to a wall support strap.

According to one aspect of the present invention

there is provided an elongated wall support strap

comprising a plurality of tendons which extend for

the full length of the strap and a plurality of

transverse strap members which extend transversely

to the tendons and connect them to one another,

opposite end regions of the support strap being

narrower than a middle region thereof situated

between tendons, the tendons in the middle region

being held in spaced apart, generally parallel

relationship by middle region strap members while

outer tendons in the end regions converge on and

are connected to at least one inner tendon in the end

regions by end region strap members.

21: 2017/04084 22: 2017/06/14 43: 2018/07/10 51: B32B; B65D; D21H 71: Stora Enso OYJ 72: AULIN, Christian, AXRUP, Lars, FLODBERG, Göran, HILLERGREN, Magnus, LINDSTRÖM, Tom, LJUNGQVIST, Carl-Henrik, STRÖM, Göran 33: SE 31: 1451581-1 32: 2014/12/18 54: PROCESS FOR THE PRODUCTION OF A COATED SUBSTRATE COMPRISING CELLULOSIC FIBRES 00: -


Page | 166

21: 2017/04085 22: 2015/11/17 43: 2018/07/27 51: A61B; A61M 71: MEDVASC AB 72: ÅKESSON, MICHAEL 33: SE 31: 1451384-0 32: 2014/11/18 54: MEDICAL DEVICE FOR TREATMENT OF DEFECTIVE BLOOD VESSELS, BODY CAVITIES, AND BODY DUCTS 00: - A medical device to be inserted in a defect blood

vessel, body cavity, or body duct for treatment

thereof is disclosed, wherein it comprises an

essentially cylindrically formed elongated resilient

sheath device (2) wherein it has a distal end (3) and

a proximal end (4), wherein said sheath device (2)

along its circumferential surface in the axial direction

is provided with a slotted opening (5) having

connection with a first bore (6) arranged in the axial

direction of said sheath device (2), said first bore (6)

having the ability to house an elongated fiber body

(7), wherein said sheath device (2) has the ability to

be clamped around a major part of the perimeter of

said fiber body (7), and wherein said sheath device

(2) in its axial direction also is provided with a

second bore (8) having the ability to house an

injection means (9), as well as a kit containing said

medical device, and a method for treatment of

defective blood vessels, body cavities, and body

ducts by use of said medical device.

21: 2017/04086 22: 2015/12/17 43: 2018/07/04 51: C03B 71: OWENS-BROCKWAY GLASS CONTAINER INC. 72: PEENO, JOSHUA D, NAFZIGER, GREGORY W 33: US 31: 14/573,847 32: 2014/12/17 54: GLASSWARE MOLD PYROMETRY 00: - An apparatus to sense temperature in a glassware

forming machine. A mold body (12) includes an

exterior surface (20), a mold cavity (26) having an

interior mold surface (27), and a blind hole (34)

having a closed end (38) including a closed end

surface (39) adjacent to and spaced outwardly from

the interior mold surface, wherein the blind hole


Page | 167

extends outwardly from the closed end surface

toward the exterior surface. The mold body is

removably carried on a mold hanger (14), and a light

collector (54) is carried by the mold hanger to collect

infrared light emitted within the blind hole.

21: 2017/04089 22: 2014/12/23 43: 2018/07/27 51: C07C; C08F 71: PUBLIC JOINT STOCK COMPANY "SIBUR HOLDING" 72: ZILBERSHTEIN, TIMUR MIKHAILOVICH 54: METHODS OF PRECIPITATING POLYMER AND DEACTIVATED ORGANOMETALLIC CATALYST IN AN OLEFIN OLIGOMERIZATION REACTION 00: - A method of precipitating polymer and deactivated

organometallic catalyst in an olefin oligomerization

reaction is provided. The method includes providing

an effluent stream from an olefin oligomerization

reaction. The effluent stream can include a polymer

and an organometallic catalyst. The method can

further include introducing sorbent particles into the

effluent stream. The sorbent particles can include a

deactivating agent. The deactivating agent can be

water, an alcohol, an amine, an amino alcohol, or a

combination thereof. At least about 10% of the

sorbent particles can have a particle size in a range

from 10 μm and 60 μm. The method can further

include cooling the effluent stream, thereby

precipitating polymer and deactivated organometallic

catalyst from the effluent stream to provide a

precipitate that includes sorbent, polymer, and

deactivated catalyst.

21: 2017/04090 22: 2014/12/23 43: 2018/07/27 51: C07C; C08F 71: PUBLIC JOINT STOCK COMPANY "SIBUR HOLDING" 72: ZILBERSHTEIN, TIMUR MIKHAILOVICH, LENEV, DENIS ALEKSEEVICH, LIPSKIKH, MAXIM VLADIMIROVICH 54: METHODS OF PREPARING OLIGOMERS OF AN OLEFIN 00: - Methods of preparing oligomers of an olefin are

provided. The methods can include providing an

alkylaluminum compound and irradiating the

alkylaluminum compound with microwave radiation

to provide an irradiated alkylaluminum compound.

The methods can further include mixing the

irradiated alkylaluminum compound with a chromium

compound, a pyrrole compound, and a zinc

compound to provide a catalyst composition. The

methods can further include contacting an olefin with

the composition to form oligomers of the olefin. The

olefin can include ethylene, and the oligomers of the

olefin can include 1-hexene.

21: 2017/04092 22: 2014/12/22 43: 2018/07/27 51: C12G; A23N 71: ALFA LAVAL CORPORATE AB 72: FERRARINI, ROBERTO, RAPILLY, CAROLE, FRANZOSO, MARCO 33: IT 31: MI2013A002197 32: 2013/12/23 54: PLANT AND PROCESS FOR OBTAINING CLEAR MUST FROM GRAPES AND FOR VINIFICATION 00: - A plant (10) is described for obtaining clear must

from grapes comprising at least one centrifugal

separator device (12) with horizontal axis that is

arranged to carry out a first separating operation,

through application of a centrifugal force, between

the liquid phase or must and the solid phase from

the grape berries in solid state. The plant (10) also

comprises, upstream of the centrifugal separator

device (12) with horizontal axis, at least one tank

(18) operatively connected to at least one device

(22) for feeding at least partially intact grape berries

to the plant (10). The tank (18) is arranged to contain


Page | 168

additives, in particular adjuvant and/or clarifying

substances, that are added to the grape berries

when such grape berries are still at least partially

intact. A method for obtaining clear must from

grapes using the aforementioned plant (10) is

moreover described.

21: 2017/04126 22: 2015/11/19 43: 2018/07/27 51: A41D 71: PFANNER SCHUTZBEKLEIDUNG GMBH 72: PFANNER, ANTON 33: DE 31: 10 2014 017 380.1 32: 2014/11/24 54: ITEM OF CLOTHING HAVING AN INTEGRATED POCKET 00: - The invention relates to an item of clothing (10)

having an integrated pocket (12), wherein the pocket

(12) comprises: a first zip fastener (14) having an

associated first slider (16), a first end (18) of the first

zip fastener (14), and a second end (20) of the first

zip fastener (14); and a second zip fastener (22)

having an associated second slider (24), a first end

(26) of the second zip fastener (22), and a second

end (28) of the second zip fastener (22), wherein the

zip fasteners (14, 22) are arranged in a non-parallel

manner, such that the first ends (18, 26) of the zip

fasteners (14, 22) are adjacent and the second ends

(20, 28) of the zip fasteners (14, 22) are non-

adjacent, wherein the pocket (12) can be opened

and closed by means of the zip fasteners (14, 22),

and wherein, in a completely closed state of the

pocket (12), the first slider (16) is arranged at the

first end (18) of the the first zip fastener (14), and the

second slider (24) is arranged at the first end (26) of

the second zip fastener (22), such that the sliders

(16, 24) are adjacent in the completely closed state

of the pocket (12), and wherein the pocket (12) has

a uniform opening region over the entire length of

the zip fasteners (14, 22).

21: 2017/04130 22: 2015/08/18 43: 2018/07/27 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL) 72: HOFSTRÖM, BJÖRN, SUNDBERG, MÅRTEN, DIACHINA, JOHN WALTER, LIBERG, OLOF 33: US 31: 14/828,346 32: 2015/08/17 33: US 31: 62/038,747 32: 2014/08/18 54: IMPROVED CHANNEL CAPACITY ON COLLISION BASED CHANNELS 00: - The present disclosure relates generally to wireless

devices (e.g., Internet of Things (IoT) devices) and,

more particularly, to improving the capacity of a

logical channel such as the Random Access

Channel (RACH) to cater to wireless traffic (e.g., IoT

traffic). In one embodiment, a wireless device, when

deciding to attempt a system access in accordance

with the present disclosure, would first select a

Training Sequence Code (TSC) based on the

device's coverage class and then transmit one or

more access request bursts (each including the

selected TSC) on a logical channel to a wireless

access node.


Page | 169

21: 2017/04131 22: 2015/12/18 43: 2018/07/27 51: A61K; A61Q; C11D 71: L'OREAL 72: GHOSH, AMIT KUMAR, PATTANAIK, SHOIBAL, AGARWAL, GAURAV 33: IN 31: 1339/KOL/2014 32: 2014/12/22 54: QUICK DISSOLVING FILM FOR WASHING KERATIN MATERIALS 00: - The invention relates to a cleansing foaming film

comprising: a) at least one water soluble film forming

polymer chosen among hydroxy (C1-C6)alkyl (C1-

C6)alkyl cellulose, b) at least a water miscible polyol,

c) at least a surfactant system comprising at least a

soap and at least one foaming surfactant and d)

from 10 to 20% by weight of water relative to the

total weight of the film. The invention also relates to

a process for cleansing keratin materials using said

cleansing foaming film.

21: 2017/04132 22: 2015/12/15 43: 2018/07/27 51: C07D 71: SIGNAL PHARMACEUTICALS, LLC 72: BOERSEN, NATHAN ANDREW, GHOSH, INDRAJIT, HUANG, LIANFENG, ZOU, DAOZHONG 33: US 31: 62/092,537 32: 2014/12/16 33: US 31: 62/196,044 32: 2015/07/23 54: FORMULATIONS OF 2-(TERT-BUTYLAMINO)-4-((1R,3R,4R)-3-HYDROXY-4-METHYCYCLOHEXYLAMINO)-PYRIMIDINE-5-CARBOXAMIDE

00: - Provided are pharmaceutical compositions and

dosage forms of 2-(tert-butylamino)-4-((lR,3R,4R)-3-

hydroxy-4-methylcyclohexylamino)-pyrimidine-5-

carboxamide, or a pharmaceutically acceptable

stereoisomer, tautomer, solid form, polymorph, salt,

hydrate, clathrate, or solvate thereof. Also provided

are methods of treating, managing, or preventing

various disorders, such as diseases or disorders

treatable or preventable by inhibition of a INK

pathway in mammals using such pharmaceutical

compositions or dosage forms. Further provided are

salts of 2-(tert-butylamino)-4-((lR,3R,4R)-3-hydroxy-

4-methylcyclohexylamino)- pyrimidine-5-

carboxamide and methods of preparation of such

salts.

21: 2017/04133 22: 2016/02/09 43: 2018/07/27 51: G03G 71: LEXMARK INTERNATIONAL, INC. 72: CARPENTER, BRIAN SCOTT 33: US 31: 14/631,146 32: 2015/02/25 54: REPLACEABLE UNIT FOR AN ELECTROPHOTOGRAPHIC IMAGE FORMING DEVICE HAVING AN ENGAGEMENT MEMBER FOR POSITIONING A MAGNETIC SENSOR 00: - A replaceable unit for an electrophotographic image

forming device according to one embodiment

includes a housing having a top, a bottom, a front,

and a rear positioned between a first side and a


Page | 170

second side of the housing. The housing has a

reservoir for storing toner. A rotatable shaft is

positioned within the reservoir and has an axis of

rotation. A magnet in the reservoir is movable in

response to rotation of the shaft. An engagement

member is positioned on an exterior of the top of the

housing. The engagement member is aligned with a

point in a path of movement of the magnet in the

reservoir. The engagement member has a front

surface that is unobstructed to contact and push a

housing in the image forming device supporting a

magnetic sensor to an operating position of the

magnetic sensor during insertion of the replaceable

unit into the image forming device.

21: 2017/04162 22: 2015/11/24 43: 2018/07/27 51: A23L 71: UNILEVER PLC 72: UECKERT, JOERG ERWIN 33: EP 31: 14199250.3 32: 2014/12/19 54: FOOD PRODUCT 00: - The present invention relates to a food concentrate

wherein the antimicrobial effect of low amounts of

allyl isothiocyanate is optimised in a product in the

form of a gel.

21: 2017/04164. 22: 2015/12/04. 43: 2018/07/27 51: G01S; G05D; G01C

71: THE CHANCELLOR MASTERS AND SCHOLARS OF THE UNIVERSITY OF OXFORD 72: CHURCHILL, WINSTON SAMUEL, NEWMAN, PAUL MICHAEL, LINEGAR, CHRISTOPHER JAMES 33: GB 31: 1422262.4 32: 2014/12/15 54: LOCALISING PORTABLE APPARATUS 00: - A method of localising portable apparatus (200)

obtains: a stored experience data set comprising a

set of connected nodes; captured location

representation data provided by at least one sensor

associated with the portable apparatus, and a

current pose estimate of the portable apparatus

within the environment. The pose estimate is used to

select a candidate set of the nodes that contain a

potential match for the captured location

representation data. The pose estimate is used to

obtain a set of paths from path memory data, each

said path comprising a set of said nodes previously

traversed in the environment under similar

environmental/visual conditions. The set of paths is

used to refine the candidate set. The captured

location representation data and the refined

candidate set of nodes is compared in order to

identify a current pose of the portable apparatus

within the environment.

21: 2017/04204 22: 2015/12/17 43: 2018/07/27 51: B23K; B32B


Page | 171

71: OUTOKUMPU OYJ 72: FRÖHLICH, THOMAS, LINDNER, STEFAN 33: EP 31: 14198825.3 32: 2014/12/18 54: METHOD FOR MANUFACTURING A SANDWICH PANEL 00: - The invention relates to a method for manufacturing

a sandwich panel as a semi-finished product where

at least one layer (2, 12) of a non-metallic material is

positioned between at least two metallic layers (1, 3;

11, 13). At least one of the metal layers (1, 3; 11, 13)

is shaped into a three dimensional layer (3, 13), and

the metal layers (1, 3; 11, 13) are achieved to be in

directly mechanical contact to enable resistance

weldability of the semi-finished product in order to

connect the semi-finished product to a desired

combination of solutions in a subsequent

manufacturing process.

21: 2017/04214 22: 2017/06/20 43: 2018/06/21 51: B65D 71: ICMATECH INOVAÇOES TECNOLOGICAS LTDA 72: COSTA, Ivan Ferreira da 54: SINGLE-THREAD SCREW THREAD VARIATOR DEVICE 00: - A screw thread variator device (1), provided in an

opening (3) of a package, and a cap (26), provided

with a plurality of protuberant cutting elements (30)

on the internal face (29) of the lid element (27)

thereof. Said screw thread variator device is

provided with a plurality of downward threads (2c),

which connect to upward threads (2f), within which

internal screw thread segments (19) distributed

equidistantly in the internal part of the elongate

lateral wall (28) of the cap (26) are able to pass. The

downward threads (2c) are provided with a thread

inclination angle that is oriented counter to the

thread inclination angle of the upward threads (2f), in

order that the cap (26), when unscrewed from the

opening (9), is able initially to effect a downward

axial movement and thus the protuberant cutting

elements (30) are able to cut the package in order to

open a passage for the exit of the contents thereof.

21: 2017/04229 22: 2016/01/26 43: 2018/07/27 51: D21H 71: KEMIRA OYJ 72: KARPPI, ASKO, HIETANIEMI, MATTI, LEPO, ANNELI, STRENGELL, KIMMO 33: FI 31: 20155058 32: 2015/01/27 54: POLYMER PRODUCT IN PARTICLE FORM AND ITS USE 00: - The invention relates to a water-soluble polymer

product in particle form, comprising amphoteric

polyacrylamide, which is obtained by gel

polymerisation of acrylamide together with anionic

and cationic monomers. The amphoteric

polyacrylamide has a mass average molecular

weight MW of 1 500 000 - 6 000 000 g/mol, and a

total ionicity of 4 - 15 mol-%, whereby the polymer

product has a polymer content of at least 60 weight-

%. The invention relates also to uses of the polymer

product in paper and board making.

21: 2017/04231 22: 2016/02/23 43: 2018/07/27 51: A61K; C12N; C07K 71: UCL BUSINESS PLC 72: PULÉ, MARTIN, TROWBRIDGE, RYAN, HODGKIN, EDWARD 33: GB 31: 1503133.9 32: 2015/02/24 54: CHIMERIC PROTEIN 00: - The present invention provides a chimeric protein

having the formula: Casp-Ht1-Ht2 wherein Casp is a

caspase domain; Ht1 is a first heterodimerization

domain; and Ht2 is a second heterodimerization

domain and wherein, in the presence of a chemical


Page | 172

inducer of dimerization (CID), an identical pair of the

chimeric proteins interact such that Ht1 from one

chimeric protein heterodimerizes with Ht2 from the

other chimeric protein, causing homodimerization of

the two caspase domains. The invention also

provides a cell comprising such a protein and its use

in adoptive cell therapy.

21: 2017/04233 22: 2017/06/21 43: 2018/08/28 51: C22B 71: BHP BILLITON OLYMPIC DAM CORPORATION PTY LTD 72: RORKE, Gary Vernon 33: AU 31: 2014905118 32: 2014/12/17 33: AU 31: 2015901661 32: 2015/05/08 54: HEAP LEACHING METHOD 00: - A method for recovering one or more of copper,

uranium and a precious metal from an ore material,

including: (a) forming a heap of the ore material; (b)

during active heap irrigation, contacting the heap of

the ore material with an iron containing acidic leach

liquor having a high chloride content in the presence

of an oxygen containing gas, and producing a

pregnant leach solution; and (c) recovering one or

more of copper, uranium and a precious metal from

the pregnant leach solution.

21: 2017/04264 22: 2015/12/15 43: 2018/07/27 51: C11D; C09B 71: UNILEVER PLC 72: BATCHELOR, STEPHEN NORMAN, BURNHAM, NEIL STEPHEN

33: EP 31: 15150558.3 32: 2015/01/09 54: LAUNDRY TREATMENT COMPOSITION COMPRISING A DYE 00: - The present invention provides a laundry whitening

and brightening composition comprising a surfactant

and a blue or violet phenoxazine dye, and a

domestic method of treating a textile with said

composition.

21: 2017/04298 22: 2017/06/23 43: 2018/06/14 51: A61K; C07D; A61P 71: GILEAD SCIENCES, INC., INSTITUTE OF ORGANIC CHEMISTRY AND BIOCHEMISTRY OF THE AS CR, V.V.I. 72: Milan DEJMEK, Ondrejj BASZCZYNSKI, Tetr SIMON, Richard L. MACKMAN, Yunfeng Eric HU, Eric LANSDON, Petr JANSA 33: US 31: 62/096,748 32: 2014/12/24 54: QUINAZOLINE DERIVATIVES USED TO TREAT HIV 00: - Described herein are compounds of Formula (I) and

tautomers and pharmaceutical salts thereof,

compositions and formulations containing such

compounds, and methods of using and making such

compounds.

21: 2017/04305 22: 2015/11/18 43: 2018/07/04 51: B01F 71: INNOLEK BEHEER B.V. 72: LEKNER, GILIS ANNE-MARIA VICTOR, LEKNER, JULIAN WILHELMUS MARIA, LEKNER, GENEVIÈVE MARIA MICHAELA 33: NL 31: 1041069 32: 2014/11/26 54: ROTARY SHAFT FOR PROCESSING FOODSTUFFS, INDUSTRIAL DEVICE COMPRISING SUCH A ROTARY SHAFT, A METHOD OF MANUFACTURING SUCH A ROTARY SHAFT AND A METHOD FOR PROCESSING FOODSTUFFS 00: - The invention relates to a rotary shaft (23) for

processing foodstuffs, wherein the rotary shaft (23)

has a rotation axis and the rotary shaft comprises at

least one tool (11). The at least one tool (11)

extends along the rotation axis. The tool (11) further

has an airfoil profile such that the tool comprises a

leading edge, a trailing edge, an upper surface and a

lower surface, wherein the leading edge and the

trailing edge are different.


Page | 173

21: 2017/04306 22: 2015/11/06 43: 2018/07/04 51: A01N 71: COLORADO STATE UNIVERSITY RESEARCH FOUNDATION 72: WALLENSTEIN, MATTHEW D, BELL, COLIN W 33: US 31: 62/171,643 32: 2015/06/05 33: US 31: 62/084,303 32: 2014/11/25 54: SYNERGISTIC BACTERIAL CONSORTIA FOR MOBILIZING SOIL PHOSPHORUS 00: - The present disclosure relates to consortia of

bacteria strains and composition comprising one or

more bacterial strains disclosed herein. These

consortia of isolated bacteria cultures and

compositions comprising said cultures, having

greater activity than would be observed for the

individual bacteria cultures and compositions. A

composition of the disclosure may advantageously

be used for enhancing the availability of soil

phosphorus and other macronutrients and/or

micronutrients to plants, and thereby enhancing their

growth and yield.

21: 2017/04362 22: 2016/01/15 43: 2018/07/04 51: B01D 71: BEIJING BOYUAN HENGSHENG HIGH-TECHNOLOGY CO., LTD, YONGFENG BOYUAN INDUSTRY CO. LTD., JIANGXI PROVINCE 72: WEI, XIONGHUI, GAO, DAOLONG, ZOU, MEIHUA, HU, CHUN 33: CN 31: 201510033694.3 32: 2015/01/23 54: METHOD FOR WASTE GAS DEDUSTING AND DEDUSTING AGENT 00: - A method and device for waste gas dedusting and a

dedusting agent used in the method. A dust-

containing waste gas (1) and an organic dedusting

agent (4) are introduced into a dedusting tower (3),

respectively, and make contact with each other in

the tower; at least part of the water vapor in the dust-

containing waste gas (1) is condensed, and the

organic dedusting agent (4) and the condensed

water adsorb solid particles, acidic pollutants,

organic pollutants and/or heavy metal compounds in

the dust-containing waste gas; and the resulting

purified gas (2) is emptied out or subjected to a

subsequent process. The organic dedusting agent

(4) comprises a non-toxic and high boiling point

organic solvent composition, being two or more

selected from cooking oil, silicone oil, modified

silicone oil, liquid-state asphalt oil, tung tree seed oil,

liquid-state paraffin wax oil, mineral oil, palm oil and

waste cooking oil.


Page | 174

21: 2017/04381 22: 2017/06/28 43: 2018/08/28 51: A01H; C07H 71: PIONEER HI-BRED INTERNATIONAL, INC. 72: ZHU, Genhai, ZHONG, Xiaohong, XIE, Weiping, WEI, Jun-Zhi, SCHELLENBERGER, Ute, ROSEN, Barbara, O'REAR, Jessica, KOZY, Heather, GRUVER, Steven 33: US 31: 62/103,787 32: 2015/01/15 54: INSECTICIDAL PROTEINS AND METHODS FOR THEIR USE 00: - Compositions and methods for controlling pests are

provided. The methods involve transforming

organisms with a nucleic acid sequence encoding an

insecticidal protein. In particular, the nucleic acid

sequences are useful for preparing plants and

microorganisms that possess insecticidal activity.

Thus, transformed bacteria, plants, plant cells, plant

tissues and seeds are provided. Compositions are

insecticidal nucleic acids and proteins of bacterial

species. The sequences find use in the construction

of expression vectors for subsequent transformation

into organisms of interest including plants, as probes

for the isolation of other homologous (or partially

homologous) genes. The pesticidal proteins find use

in controlling, inhibiting growth or killing

Lepidopteran, Coleopteran, Dipteran, fungal,

Hemipteran and nematode pest populations and for

producing compositions with insecticidal activity.

21: 2017/04391 22: 2016/01/07 43: 2018/07/27 51: C11D 71: UNILEVER PLC 72: GREEN, ANDREW DAVID, JARVIS, ADAM PETER, RYAN, PHILIP MICHAEL, THOMAS, MATTHEW RHYS, WILLS, PETER WILLIAM 33: EP 31: 15153080.5 32: 2015/01/29 33: EP 31: 15184721.7 32: 2015/09/10 54: THICKENED AQUEOUS DETERGENT LIQUID 00: - A thickened aqueous detergent liquid composition

comprising: (i) at least 5 wt% (more preferably at

least 10%, more preferably at least 15% and most

preferably at least 20% wt.) of a surfactant system

comprising anionic surfactant, (ii) a thickening

system comprising a copolymer formed by the

addition polymerisation of: (A) 0 to 5 wt% of a first

monomer consisting of an ethylenically unsaturated

diacid of formula (I): or an unsaturated cyclic

anhydride precursor of such an ethylenically

unsaturated diacid, the anhydride having formula (II)

where R1and R2are individually selected from H, C1-

C3alkyl, phenyl, chlorine and bromine; (B) 15 to 60

wt% of a second ethylenically unsaturated

monoacidic monomer consisting of (meth)acrylic

acid; (C) 30 to 70 wt% of a third ethylenically

unsaturated monomer consisting of C1-C8alkyl

ester(s) of (meth)acrylic acid; (D) 1 to 25 wt%, of a

fourth ethylenically unsaturated monomer, consisting

of surfmer of formula (III): wherein each R3and R4are

each independently selected from H, C1-3alkyl, -

C(=O)OH, or -C(=O)OR5; R5is a C1-C30alkyl; T is -

CH2C(=O)O-, -C(=O)O-, -O-, -CH2O-, -NHC(=O)NH-,

-C(=O)NH-, -Ar-(CE2)z-NHC(=O)O-, -Ar-(CE2)z-

NHC(=O)NH-, or -CH2CH2NHC(=O)- Ar is divalent


Page | 175

aryl; E is H or methyl; z is 0 or 1; k is an integer in

the range of 0 to 30; and q is 0 or 1; with the proviso

that when k is 0, q is 0, and when k is in the range of

1 to 30; q is 1; (R6O)mis polyoxyalkylene, which is a

homopolymer, a random copolymer, or a block

copolymer of C2-C4-oxyalkylene units, wherein R6is

C2H4, C3H6, C4H8, or a mixture thereof, and m is an

integer in the range of 5 to 250;Y is -R6O-, -R6H-, -

C(=O)-, -C(=O)NH-, =R6NHC(=O)NH-, or -

C(=O)NHC(=O)-; and R7 is substituted or

unsubstituted alkyl selected from the group

consisting of C8-C40linear alkyl, C8-C40branched

alkyl, C8-C40carbocyclic alkyl, C2-C40alkyl-

substituted, phenyl, aryl-substituted C2-C40alkyl, and

C8-C80complex ester; wherein the R7alkyl group

optionally comprises one or more substituents

selected from the group consisting of hydroxy,

alkoxy, and halogen and (E) 0 to 5 wt%, of a cross

linking agent, for introducing branching and

controlling molecular weight, the cross linking

monomer comprising polyfunctional units carrying

multiple reactive functionalisation groups selected

from the group consisting of vinyl, allyl and functional

mixtures thereof, and (iii) from 0.01 to 5% wt of the

composition ethoxylated polyamine; wherein (C)

comprises from 40 to 100% C4-C8 acrylate and from

0 to 60% ethyl acrylate.

21: 2017/04392 22: 2015/06/11 43: 2018/07/27 51: H04W 71: TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)

72: MESTANOV, FILIP, RAYMENT, STEPHEN 33: US 31: 62/115,191 32: 2015/02/12 54: WIRELESS COMMUNICATIONS INVOLVING A FAST INITIAL LINK SETUP, FILS, DISCOVERY FRAME FOR NETWORK SIGNALING 00: - The proposed technology relates to the procedure of

generating a Fast Initial Link Setup, FILS, Discovery

frame (1400) including Mobility Domain information

(1401) and/or the exchange of such a frame

between a network node and a wireless

communication device, e.g. to enable the wireless

communication device to determine whether to

associate with the network node through a full

authentication procedure or through a reduced

authentication procedure.

21: 2017/04395 22: 2015/12/08 43: 2018/07/27 51: A61K; A61Q 71: UNILEVER PLC 72: DUTTA, MAITREYEE, KALE, VAIDEHI SUBHASH, NAIR, NIRMALA SANTOSH 33: EP 31: 14200619.6 32: 2014/12/30 54: DO12149032A SKIN LIGHTENING COMPOSITION COMPRISING NIACINAMIDE AND ILOMASTAT 00: - The present invention is in the field of personal care

compositions; in particular skin lightening

compositions. A composition that combines the

cyclic adenylic acid reduction and the reduction of

melanin content in melanocytes remains to be

desired. It has been found that niacinamide in

combination with MMP inhibitor galardin


Page | 176

synergistically reduces melanin content in

melanocytes. The invention thus relates to a

composition comprising a synergistic combination of

niacinamide and galardin for use in skin lightening.

Thus the composition, when applied topically over

an appropriate length of time in-vivo, may be used to

lighten the skin, or to reduce age spots or freckles.

21: 2017/04397 22: 2015/12/22 43: 2018/07/27 51: C11D 71: UNILEVER PLC 72: FLENDRIG, LEONARDUS MARCUS, GOUDAPPEL, GERRIT JAN WILLEM, KUIJK, ANKE, LAM, STEPHANIE, VEEN, SANDRA JOYCE, VELEV, ORLIN DIMITROV, VELIKOV, KRASSIMIR PETKOV, VERHEIJ, JAN ADRIANUS 33: EP 31: 14200701.2 32: 2014/12/31 54: CLEANING COMPOSITION 00: - The present invention is in the field of cleaning

compositions. In particular it relates to liquid, gelled

or pasty cleaning compositions comprising one or

more detergent surfactants. The invention provides

cleaning compositions comprising water, one or

more detergent surfactants and defibrillated primary

cell wall material comprising microfibrils. The

invention also relates to a method for preparing a

cleaning composition comprising water, one or more

detergent surfactants and defibrillated primary cell

wall material comprising microfibrils, wherein the

method includes a high shear treatment step.

21: 2017/04423 22: 2015/12/11 43: 2018/07/27 51: G06T 71: NAGRAVISION S.A. 72: VADHRI VENKATA, RATNAM, SAHI, GAURAV, PRABHU, CHAWANDI, BURCKARD, ANTOINE 33: EP 31: 14197598.7 32: 2014/12/12 54: METHOD AND GRAPHIC PROCESSOR FOR MANAGING COLORS OF A USER INTERFACE 00: - An automated method and a graphic processor for

managing colors for a user interface to be displayed

over at least one multimedia frame provided by an

electronic device. The user interface comprises at

least one graphical item having at least one

predetermined color. The method comprises steps

of: analyzing, by a graphic processor of the

electronic device, the digital multimedia content

comprising the at least one multimedia frame,

extracting, from said digital multimedia content, data

blocks defining an array of dominant colors in at

least a part of the at least one multimedia frame,

filtering the array of dominant colors of the part of at

least one multimedia frame according to at least one

predefined criterion managing color selection,

obtaining a resulting array of dominant colors,

generating, by a user interface generator coupled to

the graphic processor, at least one graphical item by

applying at least one dominant color from the

resulting array of dominant colors to said at least

one graphical item, said at least one dominant color

being selected to be visible in the part of the at least

one multimedia frame whereon the at least one

graphical item is displayed.

21: 2017/04500 22: 2015/12/18 43: 2018/07/04 51: C07F; A61K 71: TAKEDA PHARMACEUTICAL COMPANY LIMITED 72: CHERUVALLATH, ZACHARIA, LAWSON, JOHN DAVID, MCBRIDE, CHRISTOPHER 33: US 31: 62/094,823 32: 2014/12/19 54: FUMAGILLOL DERIVATIVES 00: - Disclosed are compounds of Formula (1),

stereoisomers thereof and pharmaceutically

acceptable salts of the compounds and

stereoisomers, wherein R1and R2are defined in the

specification. This disclosure also relates to

materials and methods for preparing compounds of

Formula (1), to pharmaceutical compositions which


Page | 177

contain them, and to their use for treating obesity

and related diseases, disorders, and conditions

associated with MetAP2.

21: 2017/04606 22: 2016/01/26 43: 2018/07/27 51: G01N 71: OXFORD UNIVERSITY INNOVATION LIMITED, UNIVERSIDADE ESTADUAL PAULISTA "JÚLIO DE MESQUITA FILHO" - UNESP 72: DAVIS, JASON, BUENO, PAULO ROBERTO 33: GB 31: 1501232.1 32: 2015/01/26 54: QUANTUM CAPACITANCE SENSING 00: - The present application relates to a sensing method

that is carried out using an electrode that comprises

an electrode substrate functionalised with sensing

elements. The method involves conducting

electrochemical impedance spectroscopy at a

plurality of applied voltages and then integrating

measurement data as a function of voltage. Also

provided is an apparatus for carrying out the sensing

method. The method and apparatus arc suitable for

a broad range of sensing applications, including the

detection of diagnostic biomarkers, drug screening,

development of glycoarray systems and the sensing

of environmental parameters such as light intensity,

temperature and humidity.

21: 2017/04669 22: 2015/12/18 43: 2018/07/27 51: C07C; A01N; A01P 71: NISSAN CHEMICAL INDUSTRIES, LTD. 72: NUMATA, AKIRA, IWAWAKI, YUJI, FURUKAWA, YUKI, YOSHINO, YURI, MIYAKADO, YUUKI, FURUHASHI, TAKAMASA, MIYAZAKI, TAKAO 33: JP 31: 2015-083620 32: 2015/04/15 33: JP 31: 2014-255973 32: 2014/12/18 33: JP 31: 2015-029704 32: 2015/02/18 33: JP 31: 2015-136991 32: 2015/07/08 54: KETONE OR OXIME COMPOUND, AND HERBICIDE 00: - To provide a novel agricultural chemical, and

particularly an herbicide. [Solution] A ketone or

oxime compound represented by formula (1) and a

herbicide containing the same (in the formula: B

represents B-1, B-2, or B-3; Q represents an oxygen

atom, =NOR7, etc.; R6represents a hydrogen atom,

C1-C6alkyl group, etc.; R7represents a hydrogen

atom, C1-C6alkyl group, etc.; R8a, R8b, R9a, R9b, R10,

R11, R12, R13, and R14each independently represent a

hydrogen atom or C1-C6alkyl; m represents the

integer 1 or 2; and n represents the integer 0, 1, or

2).


Page | 178

21: 2017/04706 22: 2015/09/14 43: 2018/07/25 51: C22B 71: FREEPORT MINERALS CORPORATION 72: DEAN JR, JOHN WARREN, WOOTEN, CHRISTOPHER, ZENNER, CHASE 33: US 31: 62/097,458 32: 2014/12/29 54: SYSTEMS AND METHODS FOR MONITORING METAL RECOVERY SYSTEMS 00: - Various embodiments provide a leaching solution

monitoring module comprising a first leaching

solution distribution system interface, a flow meter in

fluid communication with the first leaching solution

distribution system interface, the flow meter in fluid

communication a 3-way pressure regulator, and a

second leaching solution distribution system

interface in fluid communication with the 3-way

pressure regulator.

21: 2017/04954 22: 2016/01/27 43: 2018/07/27 51: A61K; C12N; A61P 71: SCIPHARM SÀRL 72: FREISSMUTH, MICHAEL, ZEBEDIN-BRANDL, EVA-MARIA, KAZEMI, ZAHRA 33: EP 31: 15152664.7 32: 2015/01/27 54: COMPOSITION FOR USE IN INCREASING ENGRAFTMENT EFFICACY OF HAEMATOPOETIC STEM CELLS AFTER TRANSPLANTATION 00: - The present invention provides the new use of

composition comprising at least one inhibitor of

dipeptidyl peptidase IV (DPP-IV) for increasing

migration and homing of haematopoetic progenitor

cells in stem cell transplanted recipients, wherein

said haematopoetic stem and/or progenitor cells had

been treated in vitro with an engraftment enhancing

compound, specifically with a prostacyclin analogue

and a cAMP enhancer before transplantation.

21: 2017/05031 22: 2015/12/22 43: 2018/07/25 51: B02C 71: KABUSHIKI KAISHA EARTHTECHNICA 72: NISHI, MASAHIKO, INOMATA, SHOJI, TAKATA, HIROSHI, KIJIMA, TAKASHI, KOGA, AKIMASA, TAKANAMI, HIROTOSHI, OYAMA, ATSUSHI, SATO, YOSHICHIKA 33: JP 31: 2015-047381 32: 2015/03/10 33: JP 31: 2014-261127 32: 2014/12/24 33: JP 31: 2015-047373 32: 2015/03/10


Page | 179

54: OIL SUPPLY STRUCTURE, OIL SUPPLY METHOD, AND GYRATORY CRUSHER 00: - To provide a gyratory crusher serviced through an

opening at the top for excellent serviceability, in

which the amount of oil supplied can be controlled to

maintain a sound oil film in a bearing portion; also to

provide an oil supply structure and an oil supply

method for such a gyratory crusher. [Solution] An oil

supply structure (30) is a structure for supplying

lubricating oil to both a first bearing part (41) and a

second bearing part (42), the oil supply structure

having an annular thrust seal (33) arranged on the

inner side of a lower frame assembly (13) and

supporting the bottom end of an inner cylinder bush

part (14a) from below, a first oil supply inlet (31)

opening in the bottom part of the lower frame

assembly (13) so as to supply oil to the first bearing

part (41), and a second oil supply inlet (32) opening

in the inner peripheral surface of an outer cylinder

bush part (13a) so as to supply oil to the second

bearing part (42). The thrust seal (33) separates the

flow channel of lubricating oil supplied from the first

oil supply inlet (31) to the first bearing part (41), and

the flow channel of lubricating oil supplied from the

second oil supply inlet (32) to the second bearing

part (42).

21: 2017/05047 22: 2017/07/25 43: 2018/07/12 51: B60T

71: NEW YORK AIR BRAKE, LLC 72: REYNOLDS, John M 54: AUTOMATIC CALIBRATION OF FLOW MEASUREMENTS IN LOCOMOTIVE AIR BRAKE SYSTEMS 00: - A system and method for automatically calibrating

the flow measurement device (44) of a locomotive

air brake control system. The air brake control

computer (16) activates a magnet valve (54) to

create a predetermined flow from the brake pipe

through an orifice (60) to exhaust, thereby creating a

reference flow value to enable the calibration of the

flow measurement device. The system reduces the

likelihood of human error and variability by

automating the steps necessary for flow

measurement calibration under computer control.

21: 2017/05054 22: 2017/07/25 43: 2018/07/12 51: G01S 71: Atlas Elektronik GmbH 72: NIKOLOVSKA, Aneta 33: DE 31: 10 2015 103 315.1 32: 2015/03/06 54: METHOD FOR CALCULATING A CONFIDENCE ECHO SIGNAL THAT IS EXEMPT FROM MULTIPATH PROPAGATION EFFECTS AND FOR DETERMINING A DISTANCE AND/OR A DIRECTION TO AN ECHO SOURCE AND DEVICE AND VEHICLE 00: - The invention relates to a method for calculating a

confidence echo signal V(t) that is exempt from

multipath propagation effects, in particular a

confidence underwater echo signal, said method

comprising the following steps: - determining a time

dependent measurement echo signal M(t), which

has a superimposition of the confidence echo signal

V(t) and a multipath echo signal S(t), such that in

particular the measurement echo signal has an


Page | 180

interference, - calculating an envelope curve U(t) of

the measurement echo signal M(t), - calculating a

period T of the envelope curve U(t) and using the

measurement echo signal during an initial time

period, which comprises a time span a*T, wherein a

is a confidence factor less than or equal to 1 and T is

the calculated period, such that the confidence echo

signal V(t) that is exempt from multipath propagation

effects is given for [t=0 to a*T].

21: 2017/05058 22: 2017/07/25 43: 2018/07/10 51: C12N 71: Deutsches Krebsforschungszentrum Stiftung des öffentlichen Rechts 72: HERZIG, Stephan, BERRIEL DIAZ, Mauricio, SCHAFMEIER, Tobias 33: EP(DE) 31: 15160259.6 32: 2015/03/23 54: OLIGONUCLEOTIDE SEQUENCES TARGETING TRANSCRIPTION FACTOR TSC22D4 FOR THE TREATMENT OF INSULIN RESISTANCE 00: - The present invention relates to oligonucleotide

inhibitors of the TSC22D4 activity or expression and

their uses for the prevention, treatment, and/or

regulation of insulin resistance, metabolic syndrome

and/or diabetes and/or for improving insulin

sensitivity in a mammal.

21: 2017/05151 22: 2017/07/28 43: 2018/07/05 51: G05B; G05D; G06Q; H02B 71: BRIGDEN, ROBERT PHILLIP 72: BRIGDEN, ROBERT PHILLIP 54: A COMMODITY SUPPLY ARRANGEMENT, SYSTEM AND METHOD 00: -

The invention relates to a commodity supply

arrangement for supplying/dispensing a commodity,

such as water or electricity, at a particular location.

The arrangement includes a biometric capturing

device which is configured to capture biometric

identification information of a user. A check-in

module of the arrangement is configured to identify

that the particular user, who's biometric identification

information has been captured, has checked in at

the arrangement. The arrangement further includes

a control module which is configured to allow the

commodity, or a certain amount of the commodity, to

be dispensed/utilised, when the user has been

checked in. The dispencing can be done based one

one or more dispensing rules.

21: 2017/05246 22: 2017/08/03 43: 2018/08/23 51: C12N 71: UNIVERSITY OF WASHINGTON 72: SUN, Xizhang, ELKON, Keith, HAYDEN-LEDBETTER, Martha, LEDBETTER, Jeffrey, A. 33: US 31: 61/257,458 32: 2009/11/02 33: US 31: 61/370,752 32: 2010/08/04 54: THERAPEUTIC NUCLEASE COMPOSITIONS AND METHODS 00: - Hybrid nuclease molecules and methods for treating

an immune-related disease or disorder in a mammal,

and a pharmaceutical composition for treating an

immune-related disease in a mammal.


Page | 181

21: 2017/05405 22: 2017/08/10 43: 2018/07/16 51: B41J 71: Hewlett-Packard Development Company, L.P. 72: BAKKER, Chris, MARTIN, Eric T., GHOZEIL, Adam L. 54: PRINTHEAD EMPLOYING DATA PACKETS INCLUDING ADDRESS DATA 00: - A printhead including an address line for

communicating a set of addresses and a number of

primitives, each primitive including a plurality of

controllable activation devices coupled to the

address line, each switch corresponding to at least

one address of the set of addresses, each address

corresponding to one of a number of primitive

functions. A buffer receives a series of data packets,

each data packet including address bits

representative of one address of the set of

addresses. Address logic receives the address bits

from the buffer, wherein for each data packet the

address logic encodes the address represented by

the address bits onto the address line, and wherein

the at least one switch corresponding to the address

activates the primitive function corresponding to

address.

21: 2017/05413 22: 2017/08/10 43: 2018/07/12 51: C10L 71: BLACKWOOD TECHNOLOGY BV 72: BERGMAN, Peter, Christiaan, Albert, HERREBRUGH, Maarten, Kees, KLEINGELD, Timo 33: NL 31: 2014279 32: 2015/02/12 54: COOLING PROCESS OF TORREFIED BIOMASS 00: - The present invention relates to a process for

cooling hot torrefied biomass, which process

comprises the steps of a) applying water onto the

hot torrefied biomass, resulting in steam with

entrained dust and organic volatiles, and cooled

torrefied biomass comprising water; b) condensing

the steam with entrained dust and organic volatiles

to form a condensate comprising dust and organic

volatiles; and c) recycling the condensate comprising

dust and organic volatiles to step a).. The invention

also relates to a cooling device for cooling hot

torrefied biomass enabling the cooling process

according to the invention, and a system for


Page | 182

producing torrefied biomass comprising such a

cooling device.

21: 2017/05414 22: 2017/08/10 43: 2018/07/16 51: B60C 71: COMPAGNIE GENERALE DES ETABLISSEMENTS MICHELIN 72: DOMINGO, Alain 33: FR 31: 1551866 32: 2015/03/05 54: CROWN REINFORCEMENT FOR A TIRE FOR A HEAVY-DUTY CIVIL ENGINEERING VEHICLE 00: - The invention relates to a tire for a heavy-duty civil

engineering vehicle, said tire including a tread (10),

a radial casing reinforcement (30), and a crown

reinforcement (100) that includes a working

reinforcement (50) and a bracing reinforcement (70).

The working reinforcement (50) includes at least two

working layers (51, 52), each including non-resilient

metal reinforcements that intersect each other from

one working layer to the next and angled by between

15° and 40° inclusive with respect to the

circumferential direction. The bracing reinforcement

(70) is formed by circumferentially winding a sheet

so as to form a radial stack of at least two bracing

layers (71, 72) that include circumferential resilient

metal reinforcements angled by at most 2.5° with

respect to the circumferential direction. The bracing

reinforcement (70) is radially positioned between the

working layers (51, 52), and the circumferential

metal reinforcements of the bracing reinforcement

(70) have a breaking strength of at least 800 daN.

21: 2017/05421 22: 2017/08/10 43: 2018/07/19 51: A24F 71: PHILIP MORRIS PRODUCTS S.A. 72: MIRONOV, Oleg 33: EP 31: 15162640.5 32: 2015/04/07 54: SACHET OF AEROSOL-FORMING SUBSTRATE, METHOD OF MANUFACTURING SAME, AND AEROSOL-GENERATING DEVICE FOR USE WITH SACHET 00: - The present invention relates to a sachet (100) of

aerosol-forming substrate (102) for use in an

electrically heated aerosol-generating device (200).

The sachet (100) comprises an aerosol-forming

substrate (102) within the sachet (100), and an

electrical heater element (104) comprising first and

second electrically conductive portions (106, 108).

The electrical heater element (104) is within the

sachet (100) and in direct contact with the aerosol-

forming substrate (102), and the first and second

electrically conductive portions (106, 108) are

configured to connect the electrical heater element

(104) with an external power supply. The invention

also relates to an electrically operated aerosol-

generating device (200) for use with the sachet

(100). The invention further relates to a method of

manufacturing a sachet (100).


Page | 183

21: 2017/05447 22: 2017/08/11 43: 2018/07/16 51: A01N; A01P 71: BAYER CROPSCIENCE AKTIENGESELLSCHAFT 72: HILLS, Martin, Jeffrey, BAGWELL, Ralph, TOSSENS, Herve 33: EP 31: 15160008.7 32: 2015/03/20 54: HERBICIDAL COMPOSITIONS COMPRISING ISOXAFLUTOLE AND DIFLUFENICAN 00: - A description is given of herbicidal compositions

which comprise the active ingredients isoxaflutole

and diflufenican. These herbicidal compositions are

particularly suitable for use against weed plants in

crops of useful plants.

21: 2017/05480 22: 2017/08/14 43: 2018/07/16 51: G06F 71: International Business Machines Corporation 72: ASSEFA, Solomon, SIWO, Geoffrey Henry, STOLOVITZKY, Gustavo A. 33: US 31: 15/236,495 32: 2016/08/15 54: PREDICTING THERAPEUTIC TARGETS FOR PATIENTS UNRESPONSIVE TO A TARGETED THERAPEUTIC 00: - Embodiments may provide the capability to identify

genes or biological processes that may be targeted

by other therapeutics in a group of individuals who

are less likely to benefit from a specific targeted

therapeutic. For example, a method may comprise

receiving an indication of a biomarker or biological

characteristic to be used to stratify patients into

those who can benefit from a specified therapy or

intervention versus those who have less or no

benefit, computing an impact of the genomic state of

at least one gene on survival or clinical progression

of patients in the two groups, generating a ranking of

a differential impact on survival for each of the at

least one gene in the two groups, and based on the

generated ranking, identifying genes whose state is

more important to survival in the group who do not

benefit from the therapy or intervention.

21: 2017/05488 22: 2017/08/14 43: 2018/07/16 51: H04S 71: Huawei Technologies Co., Ltd. 72: LACOUTURE PARODI, Yesenia 54: AN AUDIO SIGNAL PROCESSING APPARATUS AND METHOD FOR FILTERING AN AUDIO SIGNAL 00: - The invention relates to an audio signal processing

apparatus (100) comprising a determiner (101) being

configured to determine a filter matrix C on the basis

of an acoustic transfer function matrix H and a target

acoustic transfer function matrix VH, wherein the

acoustic transfer function matrix H comprises

transfer functions of acoustic propagation paths

between loudspeakers and a listener and the target

acoustic transfer function matrix VH comprises target


Page | 184

transfer functions of target acoustic propagation

paths, wherein the target acoustic propagation paths

are defined by a target arrangement of virtual

loudspeaker positions relative to the listener, a filter

(103) being configured to filter the input audio signal

on the basis of the filter matrix C to obtain filtered

input audio signals, and a combiner (105) being

configured to combine the filtered input audio signals

to obtain output audio signals.

21: 2017/05493 22: 2017/08/14 43: 2018/07/16 51: G01R 71: STATE NUCLEAR POWER AUTOMATION SYSTEM ENGINEERING CO., LTD. 72: JIANG, Qunxing, WANG, Xiaokai, SI, Shengjian, PEI, Yusen, ZHU, Huaiyu, YE, Tao, ZHOU, Bing, SHI, Teng 33: CN 31: 201510101454.2 32: 2015/03/09 54: FPGA CLOCK SIGNAL SELF-DETECTION METHOD 00: - An FPGA clock signal self-detection method

addressing the technical problem of increasing

reliability and security for an operating FPGA chip.

The method comprises: introducing, by the FPGA

chip, two clock signals, wherein one of the two clock

signals is a first clock signal and the other one of the

two clock signals is a second clock signal; utilizing

the first clock signal to control all synchronization

logic within the FPGA chip and utilizing the second

clock signal to detect whether the first clock signal is

correct. The method is suitable for a system having

the FPGA chip as a main controller or an important

control component.

21: 2017/05521 22: 2017/08/15 43: 2018/07/12 51: B01F; B23B; F16C 71: SPX Flow, Inc. 72: ENGEL, Dave, ADAMS, Richard 33: US 31: 15/253,131 32: 2016/08/31 54: DRIVE SYSTEM AND DRIVE SUB-ASSEMBLY FOR DRIVING A SHAFT 00: - A drive sub-assembly includes a hub extending from

a first end face to a second end face along a

longitudinal axis. The hub may have an outer

circumferential surface and inner circumferential

surface. The drive sub-assembly further includes at

least a first inner race and first rollers of a first

bearing assembly, and a gear attached to the

second end face of the hub. The gear may have a

second inner circumferential surface that is arranged

to engage a second bearing assembly. The outer

circumferential surface may define a first recess

proximate to the first end face, and a shoulder

between the first recess and the second end face

along the longitudinal axis. The first inner race and

the first rollers may be mounted on the shoulder, and

the first inner circumferential surface may define a

second recess proximate to the second end face.

21: 2017/05525 22: 2017/08/15 43: 2018/07/19 51: A61K; A61P


Page | 185

71: BARASHI, Keren Nehama Zaken 72: BARASHI, Keren Nehama Zaken 54: COMBINATION MEDICATION 00: - This invention provides a combination medication

including an anti-diabetic prescription medication

and at least one suitable complementary compound

which is adapted to assist in increasing the

effectiveness of the prescription medication and/or is

adapted to assist in treating one or more symptoms

of diabetes including moderating blood-

sugar/glucose levels and/or reducing hunger or

appetite levels. In one form of the invention, the

complementary compound may be at least one

compound selected from an extract or a major

phyto-constituent of the Garcinia Cambogia

plant/tree, or synthetic hydroxycitric acid, or a

chemical complex compound thereof. In another

form of the invention, the complementary compound

may be at least one compound selected from a

Glucose Tolerant Factor compound including

chromium nicotinate, chromium dinicotinate,

chromium polynicotinate, chromium dinicocysteinate,

or a chemical complex compound thereof.

21: 2017/05531 22: 2017/08/15 43: 2018/07/16 51: G01N 71: BP Corporation North America Inc. 72: LOZEV, Margarit, BECKER, Edo, ORWIG, Steven, AVILA, Claudio, DJORDJEVIC, Gordana, GACHAGAN, Anthony, HERDSMAN, Craig, MULHOLLAND, Anthony, POOLE, Andrew, VICKERS, George 33: US 31: 62/128,348 32: 2015/03/04 54: PROCESS CONTROL USING A PHASED ARRAY ULTRASOUND PROBE 00: - A method for controlling a process stream (4)

including particles, bubbles, droplets or phase

boundaries, comprises detecting interfaces, such as

solid-liquid, liquid-liquid, and gas liquid that are

present in the process stream under a set of

conditions using a phased array ultrasound probe

(1), reconstructing an image of the interfaces, and

providing the image, or information derived

therefrom, to a control system (2,3). The control

system either modifies or maintains the set of

conditions in process stream. The method may be

used for controlling an industrial process stream,

such as a process stream in a chemical or

petrochemical processing plant.

21: 2017/05533 22: 2017/08/15 43: 2018/07/16 51: F04B 71: DRACOS, Nicolaos, Charalambos 72: DRACOS, Nicolaos, Charalambos 33: ZA 31: 2015/01608 32: 2015/03/10 54: A VALVE PLATE 00: - A valve plate (10) includes a body portion (12)

formed by a single plate, two sets (14) of suction

openings (16), defined in the body portion, each set

(14) of suction openings (16) being shaped to form

about half an annulus. Two discharge openings (18)

are defined in the body portion (12) per set (14) of

suction openings (16). The discharge openings (18)

are located within an imaginary circle formed by

extending an inner diameter of the partial annulus

formed by each set (14) of suction openings (16).

21: 2017/05556 22: 2017/08/16 43: 2018/07/12


Page | 186

51: C12N 71: OSLO UNIVERSITETSSYKEHUS HF 72: WÄLCHLI, Sébastien, SUSO, Else, Marit, Inderberg, GAUDERNACK, Gustav, KVALHEIM, Gunnar 33: GB 31: 1501175.2 32: 2015/01/23 54: UNIVERSAL KILLER T-CELL 00: - The present invention relates to a modified natural

killer (NK) cell and its use in personalised medicine.

The modified NK cells of the present invention are

non-immunogenic, meaning that they are able to be

administered to any recipient subject without being

rejected by the host immune system (they are

"universal"). In a first embodiment the non-

immunogenic NK cells are modified to express CD3

to allow a T-cell Receptor (TcR) to be expressed. In

a further embodiment the non-immunogenic NK cells

are further modified to express a TcR together with

the CD3 co-receptor. Co-expression of CD3 with a

specific TcR results in the modified NK cells showing

antigen-specific cytotoxicity towards target cells.

Universal NK cells can thus be targeted against

specific antigens, and may thus be used in

personalised medicine, particularly in the field of

oncology.

21: 2017/05557 22: 2017/08/16 43: 2018/07/16 51: B01J C10G 71: WUHAN KAIDI ENGINEERING TECHNOLOGY RESEARCH INSTITUTE CO., LTD. 72: RAO, Shasha, SONG, Dechen, LIU, Qianqian, HAI, Guoliang, WANG, Dashan, LI, Changyuan, ZHAN, Xiaodong 33: CN 31: 201510035042.3 32: 2015/01/23 54: COBALT-BASED FISCHER-TROPSCH SYNTHESIS CATALYST AND PREPARATION METHOD AND USE THEREOF 00: - Disclosed are a cobalt-based Fischer-Tropsch

synthesis catalyst and a preparation method and the

use thereof. The catalyst is comprised of an active

component Co and a carrier Al2O3-SiO2 composite

aerogel, wherein on the basis of the total amount of

the catalyst, the content of Co is 2%-10 wt%, and

the content of Al2O3-SiO2 composite aerogel is

90%-98%; the specific surface area of the catalyst is

250-750m2/g; the average pore size is 9-28.6 nm;

and the pore volume is 2.75-4.23 mL/g. The

preparation method for the catalyst comprises: (1)

preparing a Al2O3 sol; (2) preparing a SiO2 sol; and

(3) preparing a Co/Al2O3-SiO2 composite aerogel.

The catalyst has a high specific surface area and a

large pore size due to a three-dimensional pore

system; the active components are homogeneously

dispersed into the pores, which not only prevents the

agglomeration of metal particles but also facilitates

the diffusion of the reactants and products, such that

the catalyst can be applied to Fischer-Tropsch

synthesis very well.

21: 2017/05558 22: 2017/08/16 43: 2018/07/19 51: B01J; C07B; C13K 71: IMERYS USA, INC. 72: LYONS, Anthony, PESHAVE, Chinmay, JONES, Kevin 33: US 31: 62/117,285 32: 2015/02/17 54: PARTICULATE INORGANIC MATERIAL FOR HYDROLYSIS OF BIOMASS MATERIALS AND METHODS 00: - A composition comprising an inorganic particulate

material adapted to convert a biomass material into

hydrolysis products is provided, The inorganic

particulate material comprises at least 0,1 wt.% of at

least one impurity in its crystal structure based on

the total weight of the inorganic particulate material.

Methods of convert a biomass material into


Page | 187

hydrolysis products using the compositions

comprising an inorganic particulate material are also

provided,

21: 2017/05559 22: 2017/08/16 43: 2018/07/16 51: A61K; A61P; C07D 71: F. Hoffmann-La Roche AG 72: BARTELS, Bjoern, DOLENTE, Cosimo, GUBA, Wolfgang, HAAP, Wolfgang, OBST SANDER, Ulrike, PETERS, Jens-Uwe, WOLTERING, Thomas 33: EP(CH) 31: 15160101.0 32: 2015/03/20 54: BACE1 INHIBITORS 00: - The present invention provides a compound of

formula I, having BACE1 inhibitory activity, their

manufacture, pharmaceutical compositions

containing them and their use as therapeutically

active substances. The active compounds of the

present invention are useful in the therapeutic and/or

prophylactic treatment of e.g. Alzheimer's disease.

21: 2017/05580 22: 2017/08/17 43: 2018/07/16 51: A01G 71: GOGARSA, S.L. 72: BELMONTE MULA, Manuela 33: ES 31: P201500161 32: 2015/03/03 54: INTERCHANGEABLE COVER DEVICE FOR GREENHOUSES 00: - The invention relates to an interchangeable cover

device for greenhouses, formed by two sheets, one

made of transparent plastic (5) and another

consisting of a mesh (6), the first one being

connected, on one of the edges thereof, to a fixed,

upper profile (4), and the second one to the

winding/unwinding shaft (9) on the other end of the

plastic sheet, especially characterised in that said

shaft (9), considered a primary shaft, is actuated by

a motor (8) sliding on lateral guides so to generate

the winding/unwinding of the plastic sheet (5) and

simultaneously the winding/unwinding of the mesh

(6).

21: 2017/05582 22: 2017/08/17 43: 2018/07/18 51: C12N 71: CRISPR THERAPEUTICS AG 72: PORTEUS, Matthew, Hebden 33: US 31: 62/119,774 32: 2015/02/23 54: MATERIALS AND METHODS FOR TREATMENT OF HUMAN GENETIC DISEASES INCLUDING HEMOGLOBINOPATHIES 00: - The present application provides materials and

methods for treating hemoglobinopathies. More

specifically, the application provides methods for

producing progenitor cells that are genetically

modified via genome editing to increase the

production of fetal hemoglobin (HbF), as well as

modified progenitor cells (including, for example,

CD34+ human hematopoietic stem cells) producing

increased levels of HbF, and methods of using such

cells for treating hemoglobinopathies such as sickle

cell anemia and ß-thalassemia.


Page | 188

21: 2017/05583 22: 2017/08/17 43: 2018/07/16 51: C12N 71: CRISPR THERAPEUTICS AG, GEORGIA TECH RESEARCH CORPORATION, WILLIAM MARSH RICE UNIVERSITY 72: PORTEUS, Matthew, Hebden, CRADICK, Thomas, James, BAO, Gang, LEE, Ciaran, M. 33: US 31: 62/119,754 32: 2015/02/23 54: MATERIALS AND METHODS FOR TREATMENT OF HEMOGLOBINOPATHIES 00: - The present application provides materials and

methods for treating hemoglobinopathies. More

specifically, the application provides methods for

producing progenitor cells that are genetically

modified via genome editing to increase the

production of fetal hemoglobin (HbF), as well as

modified progenitor cells (including, for example,

CD34+ human hematopoietic stem cells) producing

increased levels of HbF, and methods of using such

cells for treating hemoglobinopathies such as sickle

cell anemia and ß-thalassemia.

21: 2017/05585 22: 2017/08/17 43: 2018/07/19 51: G09F 71: PORTABLE BRANDING (PTY) LTD 72: CILLIERS, William Peter 33: ZA 31: 2014/06033 32: 2015/02/18 54: DISPLAY DEVICE AND CONNECTOR FOR A DISPLAY DEVICE 00: - This invention relates to a display device and to a

connector for the display device and more

particularly, but not exclusively to a three-

dimensional display device and a connector

therefore. A display device includes an anchor

means and a display means, the anchor means

being connected to the display means with a

resiliently deformable connector.

21: 2017/05603 22: 2017/08/17 43: 2018/07/12 51: B01D; F04B; F04F; C02F 71: ARKLING LIMITED 72: GIRAUD, YVES 33: IB 31: PCT/IB2016/055141 32: 2016/08/29 54: REVERSE OSMOSIS FLUID TREATMENT INSTALLATION 00: - The present application relates to a reverse osmosis

fluid treatment installation comprising a filtration

module, a pump and at least one pressure

exchanger unit with a cylinder and a movable

interface. The movable interface moves freely within

the cylinder depending on the fluid flows passing

through the cylinder. The pressure exchange unit

comprises a rotary valve that makes it possible to

regulate and control the flow of the fluid entering into

the cylinder and in contact with one of the surfaces

of the movable interface, and a regulation control

valve that makes it possible to regulate and control

the flow of the fluid to be treated entering into the

cylinder and in contact with the other surface of the

movable interface.


Page | 189

21: 2017/05605 22: 2014/03/07 43: 2018/07/11 51: C12P 71: XYLECO, INC. 72: MEDOFF, Marshall, MASTERMAN, Thomas, Craig, MUKHERJEE, Maia, Stapleton, COOPER, Christopher 33: US 31: 61/774,684 32: 2013/03/08 33: US 31: 61/774,731 32: 2013/03/08 33: US 31: 61/774,740 32: 2013/03/08 33: US 31: 61/774,744 32: 2013/03/08 33: US 31: 61/774,750 32: 2013/03/08 33: US 31: 61/774,775 32: 2013/03/08 33: US 31: 61/774,761 32: 2013/03/08 33: US 31: 61/793,336 32: 2013/03/15 33: US 31: 61/774,746 32: 2013/03/08 33: US 31: 61/774,752 32: 2013/03/08 33: US 31: 61/774,754 32: 2013/03/08 33: US 31: 61/774,773 32: 2013/03/08 33: US 31: 61/774,735 32: 2013/03/08 33: US 31: 61/774,780 32: 2013/03/08 33: US 31: 61/774,723 32: 2013/03/08 54: UPGRADING PROCESS STREAMS 00: - Biomass (e.g., plant biomass, animal biomass, and

municipal waste biomass) is processed to produce

useful intermediates and products, such as energy,

fuels, foods or materials. Systems, methods and

equipment are described for upgrading process

streams using electrodialysis or electrodialysis

reversal. ] Many potential lignocellulosic feedstocks

are available today, including agricultural residues,

woody biomass, municipal waste, oilseeds/cakes

and seaweed, to name a few.

21: 2017/05614 22: 2017/08/18 43: 2018/07/19 51: A61K; A61P 71: SANOFI-AVENTIS DEUTSCHLAND GMBH 72: ROY, Christine, SOUHAMI, Elisabeth, DEMIL, Nacima, YE, Jenny 33: EP 31: 15159064.3 32: 2015/03/13 54: TREATMENT TYPE 2 DIABETES MELLITUS PATIENTS 00: - A pharmaceutical combination for use in glycemic

control in a type 2 diabetes mellitus patient, said

combination comprising (i) lixisenatide or/and a

pharmaceutically acceptable salt thereof, (ii) insulin

glargine or/and a pharmaceutically acceptable salt

thereof, and (iii) optionally metformin or/and a

pharmaceutically acceptable salt thereof.

21: 2017/05618 22: 2017/08/18 43: 2018/07/12 51: A61K 71: PHYTOPLANT RESEARCH S.L. 72: NADAL ROURA, Xavier 33: US 31: 62/106,644 32: 2015/01/22 54: METHODS OF PURIFYING CANNABINOIDS, COMPOSITIONS AND KITS THEREOF 00: - The present specification discloses methods of

purifying one or more cannabinoids from a plant

material, purified cannabinoids and pharmaceutical

compositions comprising one or more cannabinoids

produced by the disclosed method, methods and

uses for treating a disease or condition employing

such purified cannabinoids and pharmaceutical

compositions.


Page | 190

21: 2017/05619 22: 2017/08/18 43: 2018/07/19 51: F16L 71: Viega Technology GmbH & Co. KG 72: RISCHEN, Christian, FRANKE, Bernd, MASSOW, Peter, OCHIBOWSKI, Manuel 33: DE 31: 102015102404.7 32: 2015/02/20 54: FITTING WITH A COATING, PIPELINE SYSTEM AND USE OF THE FITTING OR OF THE PIPELINE SYSTEM 00: - The invention relates to a fitting for a sealing, non-

releasable pipe connection, having a main fitting

body (4) for accommodating at least one pipe (14,

16) which is to be connected, and having at least

one pressing sleeve (6, 8), wherein the main fitting

body (4) and the pressing sleeve (6, 8) have

pressing surfaces (18, 20), which are assigned to

one another, wherein the main fitting body (4) has a

pressing surface (22) which, in the installed state, is

directed towards the pipe (14, 16) which is to be

connected, and is assigned to the peripheral region

of the main fitting body (4), and wherein the pressing

surfaces (18, 20) assigned to one another on the

main fitting body (4) and on the pressing sleeve (6,

8) are formed such that the action of pushing the

pressing sleeve (6, 8) axially onto the main fitting

body (4) gives rise to the peripheral region of the

main fitting body (4) being narrowed radially. The

invention is distinguished in that a coating (26) is

provided on at least one of the pressing surfaces

(18, 20, 22), wherein the coating (26) consists of a

material which is softer than that of the pressing

sleeve (6, 8) and/or the main fitting body (4).

21: 2017/05621 22: 2017/08/18 43: 2018/07/19 51: C07C

71: Akzo Nobel Chemicals International B.V. 72: TOLLIN, Lars Magnus, NIEUWHOF, Melle Rinze, GROOTENBOER, Arie, AALDERING, Jacobus Theodorus Josef, VAN HAL, Henricus Johannes Marinus Petrus, DE GROOT, Matheus Theodorus 33: EP(NL) 31: 15159373.8 32: 2015/03/17 54: PROCESS FOR THE PURIFICATION OF MONOCHLOROACETIC ACID 00: - The present invention pertains to a process for the

purification of a feed comprising monochloroacetic

acid and dichloroacetic acid wherein the feed is

subjected to a catalytic hydrodechlorination step by

contacting it with a source of hydrogen to convert

dichloroacetic acid into monochloroacetic acid in the

presence of a solid heterogeneous hydrogenation

catalyst comprising a Group VIII noble metal on a

carrier under hydrodechlorination conditions,

wherein the reaction is carried out in the presence

ofacatalyst enhancer which comprises a salt of a

metal selected from the group of non-noble metals of

Group VIII, Group VIB, Group VIIB, and Group IIB. It

was found that the presence of a catalyst enhancer

leads to reduced deactivation of the catalyst and/or

increased activity of the spent catalyst. This allows

longer production cycles, less downtime, and lower

formation of side products. The catalyst enhancer

preferably comprises one or more salts of one or

more of nickel, cobalt, or iron, more in particular of

iron. The salts preferably comprise one or more of

chloride salts and acetate salts.

21: 2017/05622 22: 2017/08/18 43: 2018/07/10 51: C08F; C08G 71: Cargill, Incorporated 72: KURTH, Todd, STEVERMER, Christopher, TABATABAEE, Hassan, NIVENS, Scott 33: US 31: 62/126,064 32: 2015/02/27 54: POLYMERIZED OILS & METHODS OF MANUFACTURING THE SAME 00: - Described herein is a polymerized biorenewable,

previously modified, or functionalized oil, comprising

a polymeric distribution having about 2 to about 80

wt% oligomer content, a polydispersity index ranging

from about 1.30 to about 2.20, and sulfur content

ranging from 0.001 wt% to about 8 wt%. Methods of

manufacturing the polymerized oil as well as its


Page | 191

incorporation into asphalt paving, roofing, and

coating applications are also described.

21: 2017/05624 22: 2017/08/18 43: 2018/07/12 51: A01G 71: Husqvarna AB 72: GILLIAM, Sonja, KELLER, Stefan, SCHABEL, Thomas, KIENZLE, Christian, WEISER, Sandra 54: WATERING SYSTEM WITH ADAPTIVE COMPONENTS 00: - A system may include sensor equipment including

one or more sensors disposed on a parcel of land,

watering equipment disposed on the parcel and

configured to selectively apply water to the parcel,

and a gateway configured to provide for

communication with the sensor equipment and the

watering equipment. The gateway may interface

between a first network and a second network. The

first network may include at least the watering

equipment and the sensor equipment. An operator

may be enabled to wirelessly communicate with the

gateway via the second network. At least one

component of the watering equipment or the sensor

equipment may be an adaptive component.

21: 2017/05625 22: 2017/08/18 43: 2018/07/12 51: A47C 71: Romerika NV 72: POPPE, Willy 33: BE 31: 2015/5050 32: 2015/02/03 54: CYLINDRICAL FOAM BODY, USE THEREOF AND METHOD FOR PRODUCING THIS 00: - Cylindrical foam body (1) with a central cavity (9),

whereby the foam body (1) is formed by a curved

flexible foam strip (2) of which two opposite ends (3)

are fastened together, whereby the foam body has a

height (H), whereby the strip 2 has a length (L), a

height (h) and a width (b), whereby after forming the

foam body (1) the longitudinal direction (L) of the

strip 2 is the height direction (H) of the foam body

(1), whereby the foam body (1) has an outside (5)

and an inside (8), characterised in that the foam

body (1) is provided on its outside (5) with two or

more grooves (7) that extend over the height (H) of

the foam body (1) and which only cut into the foam

body (1) over a part of the distance between the

outside (5) and the inside (8).


Page | 192

21: 2017/05626 22: 2017/08/18 43: 2018/07/16 51: D04B 71: Lonati S.p.A. 72: LONATI, Ettore, LONATI, Fausto, LONATI, Francesco 33: IT 31: MI2015A000108 32: 2015/01/28 54: METHOD FOR PROVIDING SEMI-FINISHED TUBULAR MANUFACTURED ARTICLES TO BE CLOSED BY STITCHING AT AN AXIAL END THEREOF FOR THE PRODUCTION OF SOCKS, AND SEMI-FINISHED TUBULAR MANUFACTURED ARTICLE OBTAINED WITH THE METHOD 00: - A method for providing semi-finished tubular

manufactured articles to be closed by stitching at an

axial end thereof for the production of socks, and a

semi-finished tubular manufactured article obtained

with the method. The present method comprises a

step of providing the body (1a) of the tubular

manufactured article (1) and a step of providing an

end portion (1b) of the tubular manufactured article

(1) which is intended to be removed during the

subsequent stitching operation in order to close an

axial end of the tubular manufactured article (1). The

step of providing the end portion (1b) comprises: - a

step of providing an intermediate band (8) connected

to the body (1a) of the manufactured article and

thinner than the thickness at least of the rows of

knitting of the body (1a) of the manufactured article

which are connected to the intermediate band (8); -

a step of providing an end edge (9) thicker than the

thickness of the intermediate band (8). In the present

method, the height of the intermediate band (8),

proximate to the regions that constitute the lateral

ends of the two flaps of the end portion (1b) to be

overlapped in order to stitch the axial end to be

closed of the tubular manufactured article (1), is

lower than the height of the remaining part of the

intermediate band (8).

21: 2017/05638 22: 2017/08/18 43: 2018/07/19 51: E21B 71: MASTER SINKERS (PTY) LTD 72: KLEUTERS, Nikolaus, PRETORIUS, Daniel Coenraad, JORDAAN, Barend Jacobus, GERMISHUYS, Louis, GOODWIN, Nicolaas Bodenstein, SHEPPARD, Gareth Robert 33: EP(DE) 31: 15152341.2 32: 2015/01/23 54: SHAFT ENLARGEMENT ARRANGEMENT FOR A BORING SYSTEM 00: - A shaft enlargement arrangement for a boring

system is provided, the shaft enlargement

arrangement comprising a hollow colunm

prox¬imate a lower end of the boring system; a first

cutter head that is rotatably fitted to the hollow

colunm, with first drive means being provided to

rotate the first cutter head relative to the hollow

colunm so as to bore downwardly a hole hav¬ing a


Page | 193

diameter corresponding substantially to the diameter

of the first cutter head; and a boring head

arrangement fitted to an operatively lower end of the

colunm, the boring head arrangement terminating in

a second cutter head to bore a leading hole as the

boring system proceeds to bore downwardly. In an

embodiment, the first cutter head comprises a

support body carrying a winged arrangement, the

support body being rotatably fitted to the colunm, the

winged arrangement comprising a plurality of wings

extending from the support body, each wing being

fitted with, or comprising, a plurality of first cutter

elements.

21: 2017/05646 22: 2017/08/18 43: 2018/07/12 51: C10G 71: INDIAN OIL CORPORATION LIMITED 72: BHUYAN, MANOJ KUMAR, KUMARAN, SATHEESH VETTERKUNNEL, BHATTACHARYYA,

DEBASIS, KHAN, SHOEB HUSSAIN, DE, BIDYUT, PANDE, SUDHIR KUMAR 33: IN 31: 201621028347 32: 2016/08/19 54: PRODUCTION OF PROPYLENE IN A FLUID CATALYTIC CRACKING UNIT 00: - A process and apparatus for catalytic cracking of

hydrocarbon feedstock employing circulating

fluidized bed reactor-regenerator configuration for

maximizing the yield of propylene (C3 olefin) is

disclosed. The apparatus comprises two reaction

zones operating under different temperature and

weight hourly space velocity (WHSV), one primary

zone for cracking of hydrocarbon feedstock and

other as secondary zone for cracking of C4 fraction

produced from the cracking of hydrocarbon

feedstock in the primary reaction zone, optionally

admixed with C4 stream from external source. Two

dedicated conduits equipped with valves for control

of catalyst flow rate are provided to supply the hot

catalyst from a common catalyst regeneration zone

wherein the catalyst flowing though conduit

connected to the secondary reaction zone is cooled

employing a heat exchanging device. The lower

temperature achieved in secondary reaction zone on

account of exchange of heat along with lower weight

hourly space velocity (WHSV) selectively promotes

oligomerisation of C4 fraction before being cracked

to produce C3 olefin in the subsequent portion of the

reaction zone (primary).


Page | 194

21: 2017/05664 22: 2017/08/21 43: 2018/07/13 51: C07K 71: PROTHENA BIOSCIENCES LIMITED, UNIVERSITY HEALTH NETWORK 72: NIJJAR, Tarlochan, S., CHAKRABARTTY, Avijit, HIGAKI, Jeffrey, N. 33: US 31: 62/266,555 32: 2015/12/11 33: US 31: 62/109,004 32: 2015/01/28 54: ANTI-TRANSTHYRETIN ANTIBODIES 00: - The invention provides antibodies that specifically

bind to transthyretin (TTR). The antibodies can be

used for treating or effecting prophylaxis of diseases

or disorders associated with TTR accumulation or

accumulation of TTR deposits (e.g., TTR

amyloidosis). The antibodies can also be used for

diagnosing TTR amyloidosis and inhibiting or

reducing aggregation of TTR, among other

applications.

21: 2017/05665 22: 2017/08/21 43: 2018/07/16 51: A01G 71: ENPLAS CORPORATION 72: KIDACHI, Masahiro 33: JP 31: 2015-112274 32: 2015/06/02 33: JP 31: 2015-035450 32: 2015/02/25 54: EMITTER AND DRIP IRRIGATION TUBE 00: - An emitter according to the present invention

includes a water intake part, a discharge part, a first

flow path, a second flow path, a flow-rate decreasing

part, a flow path opening/closing part, a pressure

reducing flow path, and a bypass flow path. The

pressure reducing flow path is provided to the first

flow path on the upstream side of the flow-rate

decreasing part, reduces the pressure of an

irrigation liquid, and guides the irrigation liquid to the

flow-rate decreasing part. The bypass flow path is

provided to the second flow path on the upstream

side of the flow path opening/closing part, and

guides the irrigation liquid to the flow path

opening/closing part in a state where the pressure of

the irrigation liquid is maintained at a pressure

higher than that of the irrigation liquid that has

passed through the pressure reducing flow path.

When the pressure of the irrigation liquid is lower

than a first pressure, the irrigation liquid passes

through the pressure reducing flow path and the

bypass flow path to be guided to the discharge part.

When the pressure of the irrigation liquid is a second

pressure or higher, the second flow path is closed by

the flow path opening/closing part and the irrigation

liquid passes through the pressure reducing flow

path to be guided to the discharge part.

21: 2017/05666 22: 2017/08/21 43: 2018/07/12 51: C07K 71: VHSQUARED LIMITED 72: CROWE, Scott, WEST, Mike, ROBERTS, Kevin, CARLTON, Tim, MAGGIORE, Luana, CUBITT, Marion, RAY, Keith


Page | 195

33: EP 31: 15162112.5 32: 2015/03/31 54: POLYPEPTIDES 00: - There is provided inter alia a polypeptide comprising

an immunoglobulin chain variable domain which

binds to TNF-alpha, wherein the immunoglobulin

chain variable domain comprises three

complementarity determining regions (CDR1-

CDR3)and four framework regions (FR1-FR4),

wherein CDR1-CDR3 and FR1-FR4 are as defined

in the specification.

21: 2017/05677 22: 2017/08/21 43: 2018/07/12 51: A61K; A61P; C07D 71: Biohaven Pharmaceutical Holding Company Ltd. 72: WROBEL, Jay Edward, REITZ, Allen B., PELLETIER, Jeffery Claude, SMITH, Garry Robert, BIAN, Haiyan 33: US 31: 62/127,684 32: 2015/03/03 54: RILUZOLE PRODRUGS AND THEIR USE 00: - Pharmaceutical compositions of the invention

include substituted riluzole prodrugs useful for the

treatment of cancers including melanoma, breast

cancer, brain cancer, and prostate cancer through

the release of riluzole. Prodrugs of riluzole have

enhanced stability to hepatic metabolism and are

delivered into systemic circulation by oral

administration, and then cleaved to release riluzole

in the plasma via either an enzymatic or general

biophysical release process.

21: 2017/05686 22: 2017/08/21 43: 2018/07/16 51: B65D 71: WRAP NATION LIMITED 72: HOFFMAN, Gary

33: GB 31: 1503169.3 32: 2016/02/25 54: METHOD OF WRAPPING AN ARTICLE 00: - Wrapping paper having a printed side intended to

face outwards when wrapped around an article,

characterised in that the printed side is coated with a

layer of remoistenable adhesive.

21: 2017/05704 22: 2017/08/22 43: 2018/07/18 51: B32B C08J 71: CONSTANTIA HUECK FOLIEN GMBH & CO. KG 72: GREFENSTEIN, Achim, GEITNER, Werner, GEILLERSDÖRFER, Ingo 33: AT 31: A50062/2015 32: 2015/01/29 54: FILM LAMINATE HAVING A SEALING LAYER 00: - The problem addressed by the invention is that of

improving the sealing characteristics and the sliding

characteristics of a sealing film (10). This problem is

solved, according to the invention, in that surface

structures (14) are provided on a first side (15) of the

sealing film (10), wherein the largest thickness (h2)

of the sealing film (10) is at least 10% larger than the

smallest thickness (h1) of the sealing film (10) and

the largest lateral extent (b1, b2) of the surface

structures (14) is less than 500 µm and a slip

additive is added to the sealing film (10) in an

amount that results in an S-value of less than

10,000, preferably less than 5,000.


Page | 196

21: 2017/05723 22: 2017/08/22 43: 2018/07/20 51: B65D 71: PARKSONS PACKAGING LTD. 72: PANDIT, Abhijeet, GUNAICHA, Pulkesh 33: IN 31: 3643/MUM/2015 32: 2015/09/25 54: A PACKAGING CARTON 00: - A carton having inner and outer boxes that lock in a

sliding arrangement is disclosed. The boxes that

lock in sliding arrangement include an outer box and

inner box. The inner box has a front, a rear, a left

side, a right side, a top and a bottom panel. A pair of

locking fins are formed out of the top panel. The

outer cover box has a rear, a left side, a right side, a

top and a bottom panel. The outer box has at least

two locking fins that are extension of the side panels.

The height of the side panels of the cover is

approximately slightly greater than height of the of

the side panels of the inner box to facilitate insertion

and locking the two boxes. The locking fins of the

inner box are outwardly folded such that the fins are

coplanar with corresponding side panels of the inner

box. The locking fins of the cover box are folded

inwardly such that the fins obstruct the insertion path

of the inner box when an effort is made to remove

the inner box. When the inner box is inserted all the

side panels and the locking fins are coplanar and the

locking arrangement is achieved and carton is

assembled.

21: 2017/05729 22: 2017/08/23 43: 2018/07/19 51: B03B; B07B 71: VAN ZYL, Nico Jutrus 72: VAN ZYL, Nico Jutrus 54: A SEPARATOR APPARATUS 00: - The invention relates to a separator apparatus 10

used to separate chaff, husks and other foreign

matter like dirt or grime from seeds by sifting and

classifying a granular seed containing material

based on weight and size of the respective particles.

The apparatus 10 includes a composite, concave

dish 12 which includes a radially inwardly disposed

sieve 15 and a peripheral rim 16 which surrounds

the sieve 15. The apparatus 10 further includes a

vertically orientated drive shaft 26 which passes

through a pair of bearing housings 27 which are

respectively mounted to a frame 17. An operatively

upper part of the drive shaft 26 includes an off-

centre crank 28 or camshaft which is received within

a crank receiving portion of the dish such that


Page | 197

rotation of the drive shaft results in substantially

horizontal vibration of the dish which leads to more

effective particle separation and sifting.

21: 2017/05730 22: 2017/08/23 43: 2018/07/20 51: B61G 71: AMSTED RAIL COMPANY, INC. 72: CLARK, Marlin, E. 33: US 31: 15/255,440. 32: 2016/09/02 54: RAILWAY FREIGHT CAR DRAFT GEAR ASSEMBLY 00: - A draft gear assembly for use with railcars having

coupler members is provided. The draft gear

assembly has front and back ends and comprises a

yoke, a coupler follower, a front resilient member, an

intermediate stop member, and a back resilient

member. The yoke has a back wall, a top wall

extending from the back wall toward the front end of

the draft gear assembly, and a bottom wall

extending from the back wall toward the front end of

the draft gear assembly. The coupler follower is

positioned between the butt end of the coupler

shank and the front end of the draft gear assembly.

The front resilient member is positioned between the

coupler follower and the intermediate stop member.

The back resilient member is positioned between the

intermediate stop member and the yoke back wall.

The front and back resilient members are

compressible.

21: 2017/05734 22: 2017/08/23 43: 2018/07/20 51: C07C 71: DURBAN UNIVERSITY OF TECHNOLOGY 72: ARUMUGAM, Vasantha, GENGAN, Robert, REDHI, Gyanasivan 33: ZA 31: 2016/04514 32: 2016/07/04 54: IONIC LIQUIDS AND PREPARATION THEREOF 00: - An ionic liquid comprises a complex salt comprising

phosphonate anions derived from a phosphonic acid

compound having more than one phosphonic acid

group and cations selected from cations comprising

N+, S+ or P+ associated with the anions, the salt

comprising at least two different cations.

21: 2017/05737 22: 2017/08/23 43: 2018/07/20 51: A62C; B65G; G08B 71: SMITH, Geoffrey 72: SMITH, Geoffrey 33: ZA 31: 2015/01265 32: 2015/02/25 54: FIRE PREVENTION 00: - The invention relates to a conveyor belt fire

prevention system. The system includes at least one

shaft monitor having a sensor for monitoring the

condition of a shaft of at least one conveyor belt

pulley in a belt conveyor system and a transmitter in

communication with the sensor for transmitting a

shaft condition signal. The system further includes at

least one associated receiver for receiving the shaft

condition signal from the transmitter.


Page | 198

21: 2017/05741 22: 2017/08/23 43: 2018/07/20 51: C21B; C22B 71: Outotec (Finland) Oy 72: MÄKELÄ, Pasi, SAARENMAA, Jarmo, PISILÄ, Sauli, PALOVAARA, Petri 33: FI 31: 20155100 32: 2015/02/13 54: METHOD FOR INCREASING OF TITANIUM OXIDE CONTENT IN SLAG PRODUCED IN CONNECTION WITH ELECTRIC FURNACE SMELTING OF TITANOMAGNETITE 00: - The invention relates to a method for increasing

titanium oxide content in slag produced in

connection with electric furnace smelting of

titanomagnetite, wherein the method comprises

feeding titanomagnetite, reducing agent and fluxing

agent into an electric furnace, melting

titanomagnetite, reducing agent and fluxing agent in

the electric furnace to form a layer containing liquid

metal and layer containing slag above the layer

containing liquid metal, and withdrawing liquid metal

and slag separately from the electric furnace. The

fluxing agent comprises in percentages of weight

between 3 and 100 % titanium oxide bearing

material such as ilmenite.

21: 2017/05742 22: 2017/08/23 43: 2018/07/17 51: B01D; B01J; C01F 71: Sasol Germany GmbH 72: SCHÖNEBORN, Marcos, HARMENING, Thomas, NIEMEYER, Drik, ROLFS, Sönke, FABIAN, Johanna 33: EP(DE) 31: 15158315.0 32: 2015/03/09 54: NO TRAP CATALYST SUPPORT MATERIAL WITH IMPROVED STABILITY AGAINST BaAI2O4 FORMATION 00: -


Page | 199

21: 2017/05755 22: 2017/08/23 43: 2018/07/18 51: B65D 71: BULK BOX LOGISTICS (PTY) LIMITED 72: FLEISCHER, TIMOTHY JOHN 33: ZA 31: 2016/06051 32: 2016/08/31 54: BOTTOM DISCHARGE CONTAINER WITH INTEGRATED ACTUATION ARRANGEMENT 00: - This invention relates to a bottom discharge

container and more particularly but not exclusively,

to a bottom discharge container with an integrated

actuation arrangement. The container includes a

pair of opposed end walls, and a pair of opposed

side walls connected to the end walls so as to form

an enclosure. An at least partially displaceable door

is displaceable between a closed position in which it

extends at least partially across a bottom of the

enclosure so as to form a base of the container, and

an open position in which at least part of the door is

displaced away from the enclosure so as to define a

discharge opening in the bottom of the container

suitable for discharging a load from the container.

The container includes a door locking arrangement

comprising a locking arrangement for releasably

locking the container door in the closed position, and

a locking actuator that is configured to displace the

locking arrangement between locked and unlocked

positions.

21: 2017/05766 22: 2017/08/24 43: 2018/07/18 51: B01D

71: Linde Aktiengesellschaft 72: KERESTECIOGLU, Ulvi, PRELIPCEANU, Alexander, FISCHER, Anna-Maria, ZEHRER, Stephan, BOHN, Jan-Peter, GIESE, Katrin, HUMMEL, Thomas 33: DE 31: 102016010314.0 32: 2016/08/25 54: USE OF EXPANSION MACHINES IN GAS SCRUBBERS 00: - The invention relates to a method for operating a

gas scrubber (G) in which components are removed

from a crude gas (2) by scrubbing with a chemical or

physical scrubbing medium (3) to obtain a pure gas

(4) present at elevated pressure which, after heating

(E3), is introduced into an expansion machine (T)

which after work-performing decompression the pure

gas (15) leaves at an exit temperature.

Characteristic here is that the amount of heat

supplied to the pure gas (4) during heating thereof

(E3) is deliberately altered to approximate the exit

temperature thereof to a predetermined target value

at all times.

21: 2017/05768 22: 2017/08/24 43: 2018/07/23 51: A47J 71: OTTEN, SNR, Johannes Joseph, ERASMUS, Maria Magdalena, OTTEN, JNR, Johannes Joseph 72: OTTEN, SNR, Johannes Joseph


Page | 200

54: A ROTISSERIE 00: - The invention relates to a rotisserie 10 for roasting

food on a spit and/or skewer or multiple skewers.

The rotisserie 10 can be used to roast meat and/or

vegetables and includes an octagonal cylindrical

body 12 having openable closures 20, 21, a first

motorised drive 22 drivingly connected to a rotor 24

mounted to the body for rotation about a first

substantially vertical rotation axis X and a second

motorised drive 26 which is drivingly connectable to

a spit for rotation about a second substantially

horizontal rotation axis Y. The rotisserie 10 also

includes a first gas burner 30 which is inwardly

disposed toward a roasting zone 29 and a second,

outwardly disposed gas burner 32 which is slidably

displaceable relative to the body between stowed

and operative positions. The rotisserie 10 is

versatile and modular and is configured to self-rotate

skewers to ensure even roasting.

21: 2017/05771 22: 2017/08/24 43: 2018/07/17 51: B64G 71: JONES, Denise 72: JONES, Denise 33: DE 31: 10 2015 001 549.4 32: 2015/02/10

54: SOLAR STORM WARNING SYSTEM 00: - The invention relates to a satellite-supported solar

storm early warning system for providing a warning

signal upon approach of a solar storm to the earth,

comprising a number of satellites (12-36) in a region

between the earth and the sun and stationary with

respect to the center of the earth and to the

connecting line between the earth and the sun,

which satellites are respectively equipped with at

least one sensor for measuring at least one

parameter of a particle flow in the surroundings

thereof, and all of which satellites are in radio signal

connection with a receiver on the earth, directly

and/or via a satellite or one of the satellites (12-36),

and each of which satellites is equipped to transmit a

measured value of a sensor of the system and/or a

warning signal upon exceeding of a threshold value

by a measured value of a sensor of the system to

the receiver via the radio signal connection.


Page | 201

21: 2017/05772 22: 2017/08/24 43: 2018/07/23 51: B29C; F04D 71: KSB SE & Co. KGaA 72: JUNG, Patrick, SCHUNK, Axel 33: DE 31: 10 2015 204 075.5 32: 2015/03/06 54: PLASTIC CONTAINER WITH FLOW-GUIDING COMPONENT 00: - The invention relates to an arrangement comprising

a plastic container (1) and a flow-guiding

component. Said flow-guiding component comprises

a housing (8). Said housing (8) is interlockingly

engaged with the container (1) by rotational

sintering.

21: 2017/05775 22: 2017/08/24 43: 2018/07/17 51: A01N 71: Valent BioSciences LLC 72: FALCO, Kimberly Ann, SILVERMAN, Franklin Paul, WILSON Jr, Dale O., WOOLARD, Derek D., PETRACEK, Peter D. 33: US 31: 62/128,240 32: 2015/03/04 54: METHODS TO INCREASE CORN GROWTH 00: - The present invention is directed to methods for

improving corn growth comprising applying an

effective amount of gibberellic acid and abscisic acid

to the corn plant, wherein the weight ratio of

GA3.ABA is from about 12:1 to about 14:1. In one

aspect, the present invention is directed to methods

for corn growth comprising applying a ratio of from

about 12:1 to about 14:1 of GA3 and ABA to the

corn plant.

21: 2017/05794 22: 2017/08/25 43: 2018/07/20 51: A62C; G08B 71: HOSSACK, Andrew Lenard 72: HOSSACK, Andrew Lenard 33: ZA 31: 2016/06023 32: 2016/08/31 54: A METHOD, SYSTEM AND APPARATUS FOR DETECTING A FAULT CONDITION IN EQUIPMENT 00: - This invention relates to a method, system and

apparatus for detecting a fault in moveable and/or

stationary equipment and machinery including

vehicles, particularly a fire occurring in said

equipment and machinery or a fault in a fire

suppression system provided with the equipment

and machinery. The fault is one or both of fire in the

equipment and a fault in a fire suppression system of


Page | 202

the equipment. The apparatus comprises a detector

module configured to detect a fault condition in the

equipment, a GPS module, a transmitter module for

transmitting fault condition signals, and a processor.

The processor is configured to generate a fault

condition signal comprising information indicative of

the detected fault condition, and location data

associated with a geographical location of the

equipment in the response to detection of a fault

condition based on one or both of temperature

signal/s and pressure signal/s received from suitable

sensors.

21: 2017/05808 22: 2017/08/25 43: 2018/07/18 51: B41F; C10M; D21H 71: Sasol Wax GmbH 72: SCHWALBE, Andreas, SCHNEIDER, Ulrich, HAAS, Thomas, HERZOG, Oliver 33: EP(DE) 31: 15158484.4 32: 2015/03/10 54: WATER BASED WAX DISPERSION COMPRISING A HYDROCARBON WAX AND A DIALKYLETHER FOR THE COATING PAPER PRODUCTS 00: - The present invention relates to water based wax

dispersion comprising a hydrocarbon wax and a

dialkylether for the coating of paper products, the

use thereof, the method of coating paper products

therewith and the coated printed paper product.

21: 2017/05833 22: 2017/08/28 43: 2018/07/17 51: B02C 71: Andrie Diederich, VISAGIE, 72: Andrie Diederich, VISAGIE, 33: ZA 31: 2016/06229 32: 2016/09/08 54: HAMMER MILL ASSEMBLY 00: - A hammer mill assembly comprises a housing

having an inlet, for receiving material to be milled

and/or shredded; and an outlet, for allowing the

milled/shredded material to exit the housing; a rotor

assembly located inside the housing, the rotor

assembly including a series of blades extending

radially outwardly therefrom, the blades, upon

rotation of the rotor assembly, being arranged to mill

and/or shred the material; and a sieve removably

located proximal the outlet to allow suitably sized

milled/shredded material to pass through and exit

out of the housing’s outlet. The hammer mill

assembly includes a blade guide, the blade guide

having spaced apart projections located along a

portion of a peripheral wall of the housing, each

projection extending inwardly into the housing, such

that in use the blades move through spaces

provided by the spaced apart projections of the

blade guide so as to facilitate the milling/shredding

of the material.

21: 2017/05836 22: 2017/08/28 43: 2018/07/17 51: A61K; C12N 71: PROQR THERAPEUTICS B.V. 72: HAISMA, Elisabeth, Marlene, POTMAN, Marko, BEUMER, Wouter, BRINKS, Vera 33: GB 31: 1504124.7 32: 2015/03/11 54: OLIGONUCLEOTIDES MATCHING COL7A1 EXON 73 FOR EPIDERMOLYSIS BULLOSA THERAPY 00: - Antisense oligonucleotides capable of preventing or

reducing exon 73 inclusion into the human COL7A

mRNA are characterized in various ways: (a) the

oligonucleotide's sequence includes at most two

CpG sequences; (b) the oligonucleotide has a length

of no more than 24 nucleotides; (c) the

oligonucleotide is capable of annealing to the

(SRp40/SC35 binding / ESE) element in exon73.


Page | 203

These oligonucleotides can usefully be

oligoribonucleotides with modified internucleosidic

linkages e.g. phosphorothioate linkages.

21: 2017/05845 22: 2017/08/28 43: 2018/07/17 51: F16K 71: AVK Holding A/S 72: FREUDENDAHL, Erling Arnum 54: A VALVE 00: - Disclosed is a valve for control of a fluid flow. The

valve comprises a valve housing (3) and fluid control

means (2) for controlling the flow of fluid through the

valve housing (3), wherein the fluid control means

(2) is arranged inside the valve housing (3). The

valve also comprises shaft means (4) comprising a

set of shaft friction surfaces (5, 6), wherein the set of

shaft friction surfaces (5, 6) includes a first shaft

friction surface (5) and a second shaft friction

surface (6) arranged in a mutual shaft friction

surface angle (SA). The shaft friction surface angle

(SA) is an inside angle between the first shaft friction

surface (5) and the second shaft friction surface (6)

and the fluid control means (2) is arranged to be

displaced along the rotational axis (7) of the shaft

means (4) in accordance with a rotation of the shaft

means (4). The valve further comprises collar means

(8) including a set of collar friction surfaces (9, 10),

wherein the set of collar friction surfaces (9, 10)

comprises a first collar friction surface (9) and a

second collar friction surface (10) arranged in a

mutual collar friction surface angle (CA). The collar

friction surface angle (CA) is an inside angle

between the first collar friction surface (9) and the

second collar friction surface (10) and the set of

collar friction surfaces (9, 10) are arranged to mesh

with the set of shaft friction surfaces (5, 6) and

wherein the shaft friction surface angle (SA) and the

collar friction surface angle (CA) are between 110°

and 175°, preferably between 120° and 170°.

21: 2017/05853 22: 2017/08/28 43: 2018/07/17 51: A63B; G06Q 71: ROBINSON, Anthony David Grant 72: ROBINSON, Anthony David Grant 33: AU 31: 2015 900 244 32: 2015/01/29 33: AU 31: 2015 901 856 32: 2015/05/21 33: AU 31: 2015 904 161 32: 2015/10/13 54: A GOLF SCORING CARD AND SYSTEMS AND METHODS FOR USING THE SAME 00: - A method for improving the experience of a

participant of a sporting contest includes the steps

of; offering to the participant a side bet in which

there is a chance for the participant to receive a

prize if the participant achieves or betters a target

score In the sporting contest (Irrespective of the final

Outcome- of the sporting contest), receiving

acceptance of the offer by the participant who pays a

wager for the side bet, assigning the participant a

prize and a target score that needs to be achieved or

bettered for the participant to be awarded the prize,

and awarding the prize to the participant if the

personal score Is equal to or better than the target

score.


Page | 204

21: 2017/05862 22: 2017/08/29 43: 2018/07/16 51: B01D 71: Linde Aktiengesellschaft 72: KERESTECIOGLU, Ulvi, FISCHER, Anna-Maria 33: DE 31: 102016010515.1 32: 2016/08/30 54: PROCESS AND APPARATUS FOR EFFECTIVE STRIPPING OF PARTLY LADEN SCRUBBING MEDIUM IN PHYSICAL GAS SCRUBBING OPERATIONS 00: - The invention relates to a process and an apparatus

for conducting a gas scrubbing operation, in which at

least substances of a first type are separated from a

gas mixture (1) comprising two or more types of

substance by scrubbing with a physical scrubbing

medium (4) and a scrubbing medium (20) laden with

separated substances of the first type is treated by

stripping (U) in order, through the removal of a

portion of the substances separated, to obtain a

partly regenerated scrubbing medium (5) which is

subsequently used again for extractive scrubbing of

substances of the first type out of the gas mixture

(1). The characteristic feature here is that heat is

supplied to the laden scrubbing medium (20) after

the commencement and prior to the end of the

stripping operation.

21: 2017/05863 22: 2017/08/29 43: 2018/07/17 51: A63B 71: EATON CORPORATION 72: MILLER, Bruce, ARRINGTON, Andy, WALLS, Alex, DAVIS, Stephen James 33: US 31: 15/270,058 32: 2016/09/20 54: GOLF GRIP WITH REMINDER RIB 00: - An improved golf club grip 10a, 10b, 10c with a well-

defined and pronounced reminder rib 20a, 20b, 20c

includes in one embodiment of the present

disclosure a groove 32 positioned in the exterior

surface 34 on each side of or surrounding a ridge

24a that extends lengthwise inside the body 14a of

the grip 10a. When the golf grip 10a is installed on a

golf club shaft 12, the groove 32 facilitates the

flexing of the grip material for forming the reminder

rib 20a. In another embodiment of the present

disclosure, the grip 10b, 10c is provided with a

raised portion 36 of a selected material in a select

region on the grip 10b, 10c. When the golf grip 10b,

10c is installed on a golf club shaft 12, the raised

portion 36 becomes the reminder rib 20b, 20c.


Page | 205

21: 2017/05864 22: 2017/08/29 43: 2018/07/17 51: C07B 71: RESOLUTION CIRCLE (PTY) LTD 72: WALKER, Joseph Adrian 54: A CHEMICAL PRODUCT AND METHOD FOR ITS PRODUCTION 00: - The invention relates to a method for producing a

chemical product and more specifically, but not

exclusively, to a method for producing a carbon dot

derived from citric acid and urea. In accordance with

the invention there is provided a method for

producing a chemical product comprising the steps

of weighing out a reactant mixture with the first

reagent being a reducing agent; the second reagent

being an amine-containing substance; adding the

reactant mixture to a reactor vessel; adding a

magnetic stirrer bar to the reactor vessel; adding a

volume of water to the reactor vessel; flashing the

reactor vessel with inert gas; heating the reactant

mixture in the reactor vessel at temperature between

160°C and 200°C whilst stirring continuously; and

cooling down the reaction to between 40°C and

80°C.

21: 2017/05895 22: 2017/08/30 43: 2018/07/16 51: C12N A61K A61P 71: HEAT BIOLOGICS, INC. 72: SCHREIBER, Taylor, FROMM, George 33: US 31: 62/113,153 32: 2015/02/06 33: US 31: 62/174,942 32: 2015/06/12 54: VECTOR CO-EXPRESSING VACCINE AND COSTIMULATORY MOLECULES 00: - Compositions and methods for co-expressing a

secretable vaccine protein (such as gp96-Ig) and T-

cell co-stimulatory molecules from a single vector,

among others, are provided herein. Materials and

methods for using gp96-Ig vaccination and T-cell co-

stimulation to treat a clinical condition (e.g., cancer)

in a subject also are provided.

21: 2017/05896 22: 2017/08/30 43: 2018/07/19 51: D21C 71: ANDRITZ INC. 72: LUUKKONEN, Antti, RADHUBER, Christian


Page | 206

33: US 31: 62/131,319 32: 2015/03/11 54: PROCESSES AND SYSTEMS FOR THE PULPING OF LIGNOCELLULOSIC MATERIALS 00: - A system and process of producing pulp from

lignocellulosic material after the lignocellulosic

material has undergone compression

(pressurization), maceration and removal of

extractives produced during compression and

maceration followed by chemical addition,

fiberization, digestion (cooking) and further

mechanical refining.

21: 2017/05898 22: 2017/08/30 43: 2018/07/16 51: C22B 71: UNIVERSITY OF LEEDS 72: JHA, Animesh, SANCHEZ-SEGADO, Sergio, ESCUDERO-CASTEJON, Lidia 33: GB 31: 1503636.1 32: 2015/03/04 54: PROCESS

00: - The present invention relates to a process for

recovering a primary metal residue from a metal-

containing composition.

21: 2017/05900 22: 2017/08/30. 43: 2018/07/18 51: A61K; A61P; C07D 71: Amgen Inc. 72: WEISS, Matthew, MILGRAM, Benjamin C., DINEEN, Thomas, STELLWAGEN, John, GUZMAN-PEREZ, Angel, BOEZIO, Alessandro, MARX, Isaac E. 33: US 31: 62/127,206 32: 2015/03/02 54: BICYCLIC KETONE SULFONAMIDE COMPOUNDS 00: - The present invention provides compounds of

Formula (I), wherein: Formula (II) as defined in the

specification, an enantiomer, diastereomer,

atropisomer thereof, or a mixture thereof, or

pharmaceutically acceptable salts thereof, that are

inhibitors of voltage-gated sodium channels, in

particular Nav 1.7. The compounds are useful for the

treatment of diseases treatable by inhibition of

sodium channels such as pain disorders, cough, or

itch. Also provided are pharmaceutical compositions

containing compounds of the present invention.

21: 2017/05917 22: 2017/08/31 43: 2018/07/16 51: G01R 71: Siemens Aktiengesellschaft 72: DZIENIS, Cezary, ERKENS, Ingo, KEREIT, Matthias, WERNER, Thomas, YELGIN, Yilmaz 33: EP(DE) 31: 16188456.4 32: 2016-09-13


Page | 207

54: METHOD FOR DETERMINING A CAUSE OF A FAULT IN AN ELECTRICAL ENERGY SUPPLY NETWORK AND PROTECTIVE DEVICE FOR PERFORMING SUCH A METHOD 00: - The invention relates to a method for determining a

cause of a fault in an electrical energy supply

network (11, 21a, 21b), in which electrical

measurement variables are detected at at least one

measurement point (12) of the energy supply

network (11, 21a, 21b), and the electrical

measurement variables are fed to at least one

protective device (13), which examines the

measurement variables with respect to the presence

of a fault in the electrical energy supply network (11,

21a, 21b), and generates a fault signal in the event

of an identified fault.In addition to identifying a fault

in an energy supply network, in order to determine a

cause of the fault as well, it is proposed that, after a

fault has been identified by the at least one

protective device (13), time profiles of the

measurement variables with respect to the presence

of specific criteria are examined, said time profiles

having been detected immediately before and/or

during the fault, wherein possible causes of faults

are assigned to the individual criteria and/or

combinations of criteria, one or more criteria that are

entirely or partially fulfilled by the examined profiles

of the measurement variables are determined, and a

cause of the fault is determined on the basis of the

determined criteria and the degree to which they are

fulfilled by the profiles.The invention also relates to a

protective device (13) for performing such a method.

21: 2017/05926 22: 2017/08/31 43: 2018/07/12 51: A61D; G01N 71: Agri Advanced Technologies GmbH 72: MEISSNER, Sven, FISCHER, Björn 33: EP(DE) 31: 15159686.3 32: 2015/03/18 54: DEVICE FOR RESTRAINING AT LEAST ONE LIVING BIRD FOR RECORDING

CHARACTERISTIC VIBRATIONAL SPECTRA AND FOR DETERMINING THE SEX 00: - The invention relates to a device for restraining at

least one body part of a living bird for recording

characteristic vibrational spectra. The device has a

relief mask for inserting the body part to be

restrained, at least one movable holding arm which

is provided for restraining the body part, and a

sensor access with a light channel for guiding the

excitation light emitted onto the restrained body part

from a light source and for recording the light

scattered back by the restrained body part. The

invention further relates to devices and methods for

determining the sex of living birds.

21: 2017/05928 22: 2017/08/31 43: 2018/07/17 51: A01N; A01P; C07D 71: Syngenta Participations AG 72: BOU HAMDAN, Farhan, QUARANTA, Laura, TRAH, Stephan, WEISS, Matthias 33: EP(CH) 31: 15161494.8 32: 2015/03/27 54: MICROBIOCIDAL HETEROBICYCLIC DERIVATIVES 00: - Compounds of the formula (I) wherein the

substituents are as defined in claim 1. Furthermore,

the present invention relates to agrochemical

compositions which comprise compounds of formula

(I), to preparation of these compositions, and to the

use of the compounds or compositions in agriculture

or horticulture for combating, preventing or

controlling infestation of plants, harvested food


Page | 208

crops, seeds or non-living materials by

phytopathogenic microorganisms, in particular fungi.

21: 2017/05929 22: 2017/08/31 43: 2018/07/12 51: A61K; C07K; C12N 71: Zoetis Services LLC 72: MOONEN, Glenn Andrew, MOUTAFIS, George, POPPE, Allen, HERBERG, John 33: US 31: 62/132,050 32: 2015/03/12 54: PYOLYSIN METHODS AND COMPOSITIONS 00: -

21: 2017/05947 22: 2017/09/01 43: 2018/07/19 51: B61L 71: BERNARD, Hermanus Adriaan 72: BERNARD, Hermanus Adriaan 33: ZA 31: 2017/00355 32: 2017/01/17

54: A SYSTEM AND METHOD FOR DETECTING SEPARATION OR DERAILMENT OF VEHICLES OF A TRAIN 00: - An SBU (Sense and Brake Unit) (200), for a train

(10) having a brake line (16), includes a pneumatic

port for coupling to the brake line (16) of the train

(10), a pressure sensor (204) configured to sense a

pneumatic pressure in the coupled brake line (16), a

wireless transmitter (208), and a GPS (Global

Positioning System) module (206) operable to

determine GPS coordinates of the SBU (200). The

SBU (200) also has a controller (202) which includes

stored thereon at least one pressure threshold,

namely a separation threshold, the controller (202)

configured to transmit, via the wireless transmitter

(208), a separation warning signal in response to

sensing by the pressure sensor (204) that the

pneumatic pressure in the brake line (16) is below

the separation threshold, the separation warning

signal including the GPS coordinates of the SBU

(200).

21: 2017/05951 22: 2017/09/01 43: 2018/07/12 51: G01N A61B


Page | 209

71: BOARD OF REGENTS, THE UNIVERSITY OF TEXAS SYSTEM 72: YUAN, Baohong, CHENG, Bingbing, WEI, Mingyuan 33: US 31: 14/615,993 32: 2015/02/06 54: SYSTEMS AND METHODS FOR HIGH-RESOLUTION IMAGING 00: - In one aspect, methods of imaging are described

herein. In some embodiments, a method of imaging

described herein comprises disposing an ultrasound-

switchable fluorophore in an environment; exposing

the environment to an ultrasound beam to create an

activation region within the environment; disposing

the fluorophore within the activation region to switch

the fluorophore from an off state to an on state;

exposing the environment to a beam of

electromagnetic radiation, thereby exciting the

fluorophore; detecting a photoluminescence signal at

a first location within the environment, the

photoluminescence signal comprising at least one of

an ultrasound fluorescence signal emitted by the

fluorophore and a background signal; correlating the

photoluminescence signal with a reference signal to

generate a correlation coefficient for the first

location; and multiplying the photoluminescence

signal by the correlation coefficient for the first

location to generate a modified photoluminescence

signal for the first location.

21: 2017/05956 22: 2017/09/01 43: 2018/07/23 51: A61K; A61P 71: SANOFI-AVENTIS DEUTSCHLAND GMBH 72: BELDER, Rene, JOHNSTON, Peter, LAWSON, Francesca, PING, Lin, WEI, Xiaodan 33: EP 31: 15159733.3 32: 2015/03/18 33: EP 31: 15191585.7 32: 2015/10/27

54: TREATMENT OF TYPE 2 DIABETES MELLITUS PATIENTS 00: - The present invention refers to lixisenatide for use in

the reduction of progression of urinary albumin

excretion in a type 2 diabetes mellitus patient.

21: 2017/05957 22: 2017/09/01 43: 2018/07/12 51: F42B 71: PLASTPACK DEFENCE APS 72: DAHL, Jorgen, ENGMANN, Jan Bendix 33: DK 31: pa 2015/00133 32: 2015/03/04 54: LIGHTWEIGHT AMMUNITION BOX 00: - An ammunition box with a rectangular molded

thermoplastic material box body defining a

rectangular storage space for ammunition. The box

body opens to one side that can be closed with a flat

rectangular molded thermoplastic material lid. The

box body is provided with integrally molded hollow

collapsible projections at its corners for preventing

damage from impact to the ammunition box. The lid

can be provided with corresponding integrally

molded hollow collapsible projections that preferably

form an extension of the integrated molded hollow

collapsible projections of the box body when the lid

is in the closed position.

21: 2017/05963 22: 2017/09/01 43: 2018/07/24 51: G06K 71: GRG Banking Equipment Co., Ltd. 72: WANG, Weifeng, QIU, Xinhua, WANG, Rongqiu, WANG, Kun 33: CN 31: 201510083858.3 32: 2015/02/13 54: CHARACTER SEGMENTATION AND RECOGNITION METHOD 00: -


Page | 210

A character segmentation and recognition method,

which is used for resolving the problems that the

prior-art segmentation method is low in capacity for

recognizing characters under a complex background

and poor in contamination interference resistance.

The method comprises: collecting image data to

obtain an image to be recognized; locating a

character-row candidate area on the image to be

recognized; acquiring preset character-row prior

information, wherein the character-row prior

information comprises the number of characters, a

character pitch and a character size; acquiring a

corresponding segmentation point template

according to the character-row prior information;

acquiring reliability of the segmentation point

template on different positions when the character-

row candidate area is traversed; determining a

position with the highest reliability as an optimum

segmentation position; segmenting the character-

row candidate area according to the segmentation

point template and the optimum segmentation

position to obtain a plurality of single character

areas; and performing character recognition on the

single character area to obtain a corresponding

recognition result.

21: 2017/05964 22: 2017/09/01 43: 2018/07/24 51: G07D 71: GRG Banking Equipment Co., Ltd. 72: HUANG, Xiaoqun, FANG, Minjie, YUE, Xuyao, LIN, Yumei 33: CN 31: 201510097028.6 32: 2015/03/04 54: BILL SOFTNESS RECOGNITION METHOD AND DEVICE 00: -

A bill softness recognition method and device, so as

to solve the problems that the accuracy of the

existing bill softness detection is low, the speed is

slow and the anti-interference performance is poor.

The method comprises: receiving bills (101);

extracting bills and dividing the bills, so that the bills

enter a bill channel in a separated way (102);

collecting a single bill image of an extracted bill and

a corresponding bill background image (103);

rotating the bill to make the bill press multiple preset

force sensors (104); acquiring effective force signals

fed back by the force sensors (105); acquiring the

oblique angle of the bill according to the single bill

image and the corresponding bill background image

(106); determining, according to the oblique angle,

the effective force sensors pressed by the bill (107);

and determining whether the effective force signals

of the effective force sensors meet a preset softness

condition, and if yes, determining that the bill is a

soft bill (108).

21: 2017/05967 22: 2017/09/01 43: 2018/07/24 51: C11B 71: Givaudan SA 72: KONTARIS, Ioannis, NESS, Jeremy Nicholas, SUMMERFIELD, Jennifer, ZHANG, Chi 33: GB 31: 1504385.4 32: 2015/03/16 54: IMPROVEMENTS IN OR RELATING TO ORGANIC COMPOUNDS 00: - A perfume composition comprising at least 2

perfume ingredients, having a known Sandman

Classifier (SC) value of at least 1.35. Preferred

perfume compositions exhibit SC values of 1.35 to


Page | 211

about 150, more particularly 1.35 to about 75, and

still more particularly 1.35 to about 3. The

composition enhances the quality of sleep.

21: 2017/05968 22: 2017/09/01 43: 2018/07/25 51: G01V; G06T 71: Institute of Mineral Resources, Chinese Academy of Geological Sciences 72: CAO, Dianhua 33: CN 31: 201510096981.9 32: 2015/03/04 54: METHOD FOR AUTOMATICALLY EXTRACTING TECTONIC FRAMEWORK OF POTENTIAL FIELD 00: - A method for automatically extracting a tectonic

framework of a potential field. The method

comprises the following steps: preprocessing gravity

potential field data and/or magnetic potential field

data from an area to be researched; performing

multi-scale and multi-direction edge detection on the

preprocessed gravity potential field data and/or

magnetic potential field data, and obtaining edges of

all scales separately; thinning the calculated edge of

each scale into a single pixel width by means of a

morphological skeleton algorithm, each point having

depth and strength attributes; and obtaining a

comprehensive tectonic framework graph and a

comprehensive tectonic strength framework graph. A

geological structure formed by a control deposit can

be identified and qualitatively interpreted, a potential

deposit type and attributes of the structure formed by

the control deposit are determined according to prior

knowledge of an area to be researched, and

different types of tectonic frameworks are screened,

thereby achieving target area localization of a metal

deposit.

21: 2017/05970 22: 2017/09/01 43: 2018/07/24 51: G06Q 71: ACTON, Mark Nolan 72: ACTON, Mark Nolan 33: ZA 31: 2015/01067 32: 2015/02/03

54: SYSTEMS AND METHODS FOR WAGERING BETS 00: - This invention relates to computer systems, and

methods for facilitating wagering. In particular, the

invention related to a computer system to facilitate in

the placing of bets requiring multiple selections in a

bet unit by enabling the gambler to complete a single

bet slip, for the placing of wagers having multiple

betting combinations by using groups and rules in

the selection process, to control the number of times

any of these betting combinations or bet units are

taken and whether any betting combinations or bet

units are placed as a fixed odds bet or as a pooled

bet. The computer system further enables a gambler

to develop or select a module of commands capable

of producing wagers automatically and further

provides a system to reward the gambler for the

relative correctness of his wager.

21: 2017/05980 22: 2017/09/01 43: 2018/07/17 51: E21B; E21D; F16B 71: FERO GROUP PTY LTD 72: MCLAREN, Matthew David 33: AU 31: 2015900337 32: 2015/02/04


Page | 212

54: IMPROVED DRILL BIT FOR USE WITH A FRICTION BOLT 00: - A drill bit for a drill assembly including a friction bolt

defining a longitudinal axial passage, the drill bit

being adapted to be releasibly attached to the

friction bolt and comprising: (i) a leading end

including a cutting part; (ii) a following end; and (iii)

an outer surface defining a friction bolt engaging

means adapted to releasibly engage with the leading

end of the friction bolt.

21: 2017/05981 22: 2017/09/01 43: 2018/07/24 51: C08F; C08L 71: THAI POLYETHYLENE CO., LTD., SCG CHEMICALS CO., LTD. 72: TRAISILANUN, SARANYA, CHEEVASRIRUNGRUANG, WATCHAREE, KOOMSUP, KITTIPONG, SRIJUMNONG, SONTHAYA 33: EP 31: 16188339.2 32: 2016/09/12 54: POLYMER COMPOSITION FOR CONTAINER CLOSURES 00: - The present invention relates to a polymer

composition comprising an ethylene homopolymer

and an ethylene copolymer having a comonomer

content comprising a comonomer in an amount of at

least 0.55 mol% with respect to the total amount of

monomer in the ethylene copolymer, wherein the

ethylene copolymer has a higher weight average

molecular weight than the ethylene homopolymer,

the polymer composition has a density in the range

of 0.950-0.965 g/cm3, a melt flow rate (MFR2) of at

least 0.3 g/10 minutes, a weight average molecular

weight of at least 100,000 g/mol, a and viscosity at

an angular frequency of 0.01 [1/s], η0.01of at least

20,000 Pa.s wherein; the polymer composition has

an Isothermal Crystallization Half-Time, ICHT which

is less than 10 minute at 123oC and a Full Notch

Creep Test, FNCT of at least 60 hours.

21: 2017/05993 22: 2017/09/04 43: 2018/07/17 51: B62B 71: Thapelo MKHIZE 72: MKHIZE, Thapelo 54: A WHEELBARROW 00: - The invention relates to a wheelbarrow. The

wheelbarrow includes a wheel, a load bin with clips

attached to the sides of the load bin, and two

pivotable arms which form handles. The arms are

connected to the load bin at pivoting joints which are

configured to allow movement of the arms in the

horizontal and/or vertical plane. The arms are

configured with support legs for supporting the load

bin, and the support legs are configured to act as

cams which assists in the displacement of the load

bin between the barrow-pushing position and the

lowered position when the arms are moved between

the resting position and raised position. The clips are

adapted to receive and hold the arms adjacent to the

sides of the load bin such that the load bin can be

lifted using the arms and wheelbarrow can be

propelled.

21: 2017/05998 22: 2017/09/04 43: 2018/07/25 51: A41G; A61L; D01F 71: KANEKA CORPORATION 72: OKAMOTO, Akihiro, KANO, Aki, FUJITA, Masato 33: JP 31: 2015-069527 32: 2015/03/30


Page | 213

54: ACRYLIC FIBER FOR ARTIFICIAL HAIR, METHOD FOR PRODUCING SAME, AND HEAD DECORATION PRODUCT COMPRISING SAME 00: - The present invention relates to an acrylic fiber for

artificial hair, which is formed from an acrylic

polymer, wherein the acrylic polymer contains

acrylonitrile, vinyl chloride and/or vinylidene chloride,

and a sulfonic acid-containing vinyl monomer in

amounts of 29.5 to 79.5% by weight, 20 to 70% by

weight and 0.5 to 5% by weight, respectively,

relative to the whole weight of the acrylic polymer,

and the content of an organic solvent capable of

dissolving the acrylic polymer therein in the acrylic

fiber is 0.1 to 3% by weight. The acrylic fiber for

artificial hair can be produced by extruding a

spinning raw solution containing an acrylic polymer

through a spinning nozzle to form a yarn, drawing

the yarn to produce a primary draw yarn, washing

the draw yarn with water, and impregnating the

primary draw yarn that has been washed with water

with an organic solvent capable of dissolving the

acrylic polymer therein. Provided are: an acrylic fiber

for artificial hair, which has good curl set properties

with hot water; a method for producing the acrylic

fiber; and a head decoration product comprising the

acrylic fiber.

21: 2017/06001 22: 2017/09/04 43: 2018/07/26 51: B21D; F16L 71: Viega Technology GmbH & Co. KG 72: HOFMANN, Frank 33: DE 31: 10 2015 103 228.7 32: 2015/03/05 54: PRESS SLEEVE, PRESS FITTING AND USE OF THE PRESS FITTING OR THE PRESS SLEEVE 00: - The invention relates to a press sleeve for a press

fitting for producing a sealing non-detachable pipe

connection, with a receiving portion (4) for receiving

a fitting basic body (6) and with a press portion (8),

wherein the inside diameter of the receiving portion

(4) is adapted to the outside diameter of the fitting

basic body (6) and wherein the inside diameter of

the press portion (8) is designed to be smaller than

the outside diameter of the fitting basic body (6) at

least in certain sections. The press sleeve is

distinguished by the fact that at least one retaining

lug (10) which can be clamped resiliently inwards in

the radial direction (R) is provided in the receiving

portion (4) and that the retaining lug (10) has a free

end portion (12) which, with the retaining lug (10) in

the stress-relieved state, protrudes at least partially

into the inner region of the receiving portion (4) in

the radial direction (R).

21: 2017/06025 22: 2017/09/05 43: 2018/07/23 51: G06F; H05K 71: NATIONAL RESEARCH FOUNDATION 72: RATCLIFFE, Simon 33: ZA 31: 2016/06314 32: 2016/09/13 54: INFORMATION HANDLING SYSTEM 00: - An information handling system is provided. The

system includes a chassis which defines an internal

chamber for housing an interconnected array of

computing components. The chassis may be

configured substantially to shield the computing

components from electromagnetic waves. The

system further includes a first, internal cooling

arrangement for operatively cooling the computing

components in the chamber by immersion cooling,

and a second, geothermal cooling arrangement

connected or connectable to an underground liquid

circulation loop for operatively expelling heat

generated by the computing components from the

chassis. The internal cooling arrangement may be

configured to fill a liquid receiving zone in the

internal chamber with liquid. The geothermal cooling

arrangement may include a cooling block connected

or connectable to the underground liquid circulation

loop.


Page | 214

21: 2017/06026 22: 2017/09/05 43: 2018/07/26 51: B60W; E02F; E21F; G01C; G05D 71: The Goodyear Tire & Rubber Company 72: MAMIDISETTY, Kranthi Kumar, MATSON, Eric Dennis, CAUTION, Stephan, PRABHU, Krithika, JUNEJA, Amit 33: US 31: 62/396,271 32: 2016/09/19 54: MINING VEHICLE MONITORING AND CONTROL SYSTEM 00: - A mining vehicle monitoring and control system

includes at least one sensor that is located in the

vehicle. The sensor collects real-time data for at

least one condition of the vehicle. A server is

located remote from the vehicle and a first

transmission means transmits the collected data to

the server. At least one control parameter is loaded

onto the server and a comparison means in the

server compares the collected data to the control

parameter and generates at least one vehicle

condition recommendation based on the

comparison. A display device is located in the

vehicle and is visible to a driver of the vehicle. A

second transmission means transmits the vehicle

condition recommendation from the server to the

display device. The driver of the vehicle is able to

see the vehicle condition recommendation and

adjust the operating conditions of the vehicle

according to the recommendation.

21: 2017/06029 22: 2017/09/05 43: 2018/07/23 51: B60C; C08C 71: ARLANXEO Deutschland GmbH 72: KLOPPENBURG, Heike, RÜNZI, Thomas 33: EP(DE) 31: 15154135.6 32: 2015/02/06 54: HETEROATOM CONTAINING MODIFIED DIENE POLYMERS 00: - Modified diene polymers containing heteroatoms are

disclosed, as is their production, rubber mixtures

comprising these modified diene rubbers, and to

their use for the production of rubber vulcanizates,

which serve, in particular, for the production of

rubber moldings and the production of tires.

21: 2017/06031 22: 2017/09/05 43: 2018/07/23 51: G07D 71: GRG Banking Equipment Co., Ltd. 72: ZHANG, Tao, SUN, Zhiqiang, XIAO, Hanfeng, WU, Wenqing 33: CN 31: 201510100824.0 32: 2015/03/06


Page | 215

54: BANKNOTE ROLLING-OUT CONTROL METHOD AND APPARATUS, AND BANKNOTE STORAGE DEVICE 00: - A banknote rolling-out control method and apparatus

and a storage device (200) are used for solving the

technical problem of device failure caused by the

case where a banknote can easily be stuck in the

device after being stored on a reel for a long time.

The method comprises: storing a rolling-in time when

a banknote enters a device and a corresponding

banknote serial number (101); acquiring a rolling-out

time of a current banknote that needs to be rolled

out (102); acquiring a corresponding rolling-in time

according to the banknote serial number of the

current banknote (103); judging whether the rolling-

in time and the rolling-out time satisfy a pre-set time

condition (104); and if yes, rolling out the current

banknote at a rolling-out speed lower than the pre-

set speed (105).

21: 2017/06052 22: 2017/09/06 43: 2018/09/07 51: F04B 71: BRANDS, Cheryl, Fiona 72: BRANDS, Cheryl, Fiona 33: ZA 31: 2017/01619 32: 2017/03/06 54: SWIMMING POOL WATER SAVER 00: - A filtration system which includes a water tank with

an inlet connectable to a pipe and an outlet

connectable to a dirt retaining volume defined in a

container which houses a dirt retaining mechanism

and an outlet from the container in fluid

communication with a water storage zone.

21: 2017/06053 22: 2017/09/06 43: 2018/07/25 51: E03B; F16L 71: HALOGRAPH (PTY) LTD 72: HECKING, Willi 33: DE 31: 20 2017 105 078.5 32: 2017/08/24 54: CONNECTION ASSEMBLY 00: - An assembly for establishing a rotatable connection

between a first and a second component (10; 11) of

a water installation, comprising a first connection

socket (40) at a first component, with a slit (42),

continuously extending through the entire connection

socket (40) in a plane perpendicular to the

connection axis and which has a width which is

smaller than the diameter of the connection socket;

a second connection socket (14) at a second

component (10), wherein the first connection socket

(40) has an inner diameter which is larger than the

outer diameter of the second connection socket (14)

in such a way that the second connection socket

(14) can be inserted into the first connection socket

(40) and wherein the second connection socket (14)

has a groove (58) which, in the connected state,

extends on the same height as the slit (42) in the

first connection socket (40); a clip (60) adapted to be

inserted into the slit (42) for fixing the inserted

second connection socket (14) in the first connection

socket (40) in an axial direction and which engages

in the groove (58) in the second connection socket

(14) in an inserted state; is characterized in that the


Page | 216

clip (60) is provided with at least one barbed hook

(68) engaging in an edge (56) in the range of the slit

(42) and secures the clip against a movement in the

direction opposite to the inserting direction.

21: 2017/06055 22: 2017/09/06 43: 2018/07/26 51: C08K; C09K 71: CLARIANT INTERNATIONAL LTD 72: WYLDE, Jonathan 33: EP 31: 15170013.5 32: 2015/06/01 33: US 31: 14/712,547 32: 2015/05/14 54: COMPOSITION AND METHOD FOR SCAVENGING SULFIDES AND MERCAPTANS 00: - This invention relates to a composition comprising 1.

) a metal carboxylate, wherein the metal M is

selected from the group consisting of Ag, Cn, Hg,

Pb, Sn, Ni, Co, Ca, Fe, Zn and Mn, those metals

being present as ions in a +2 or +3 charge state, and

wherein the carboxylate anion is derived from a

hydrocarbyl monocarboxylic acid having 5 to 20

carbon atoms, or a mixture of such acids, 2. ) a

solvent selected from the group consisting of water,

glycol ethers having from 4 to 15 carbon atoms, alkyl

alcohols having from 1 to 10 carbons, and aromatic

hydrocarbon solvents having from 6 to 30 carbons,

and 3.) an emulsion breaker which is a polymeric

nonionic surfactant.

21: 2017/06060 22: 2017/09/06 43: 2018/07/27 51: B01J; C07C; C10G 71: IFP ENERGIES NOUVELLES 72: CHENEVIER, Romain, DECOTTIGNIES, Dominique, VELLY, Marie, LECOCQ, Vincent

33: FR 31: 15-53399 32: 2015/04/16 54: CATALYST INCLUDING A BORON-DOPED ACTIVE PHASE 00: - The invention relates to a catalyst containing an

active phase including at least one group VIIIB metal

selected from among cobalt, nickel, ruthenium and

iron deposited on a substrate containing silica,

alumina, and at least one single spinel MAl2O4 or an

optionally partial mixed spinel MXM'(1-X)Al2O4,

where M and M' are separate metals selected from

the group made up of magnesium, copper, cobalt,

nickel, tin, zinc, lithium, calcium, caesium, sodium,

potassium, iron and manganese and where x is

between 0 and 1, excluding the values 0 and 1,

characterised in that said active phase also includes

boron, the boron content being between 0.001 wt %

and 0.5 wt % relative to the total weight of the

catalyst, excluding the value 0.5.

21: 2017/06066 22: 2017/09/06 43: 2018/07/27 51: B25B; F16B 71: Acument Intellectual Properties, LLC 72: GOSS, David C. 33: US 31: 62/135,390 32: 2015/03/19 54: DRIVE SYSTEM WITH FULL SURFACE DRIVE CONTACT 00: - A drive system with full surface drive contact. The

drive system tends to maximize the surface contact

pattern or area at typical bit-recess reaction (drive)

torque values, thereby tending to minimize bit-recess

surface contact stresses, coating damage, recess

ream and premature bit fatigue failure. An object of

an embodiment of the present invention is to provide

a drive system with full surface drive contact. An

object of an embodiment of the present invention is

to provide a drive system that tends to maximize the

surface contact pattern or area at typical bit-recess

reaction (drive) torque values, thereby tending to

minimize bit-recess surface contact stresses, coating

damage, recess ream and premature bit fatigue

failure.


Page | 217

21: 2017/06067 22: 2017/09/06 43: 2018/07/27 51: A01C; B05B; B05D; C05G; G05G 71: Compass Minerals Manitoba, Inc. 72: MCILRATH, Michael 33: US 31: 14/643,738 32: 2015/03/10 54: ELECTROSTATIC ADHESION OF DRY POWDERS TO MACRO FERTILIZERS 00: - A method for electrostatically adhering an

agricultural input powder to an agronomic carrier is

described. A dry nutrient powder is electrostatically

charged in a charging chamber which has a

grounded metal component such that the

electrostatically charged powder moves towards the

metal component. The agronomic carrier is then

passed by the charged powder such that the

charged powder adheres to the carrier.

21: 2017/06068 22: 2017/09/06 43: 2018/07/26 51: A61K; A61P; C07D 71: Pfizer Inc., iTeos Therapeutics 72: NINKOVIC, Sacha, CROSIGNANI, Stefano, SCALES, Stephanie Anne, MCALPINE, Indrawan James, COLLINS, Michael Raymond, MADERNA, Andreas, WYTHES, Martin 33: PCT/IB(BE) 31: 2015/051957 32: 2015/03/17 54: NOVEL 3-INDOL SUBSTITUTED DERIVATIVES, PHARMACEUTICAL COMPOSITIONS AND METHODS FOR USE 00: - A compound of Formula I is provided: or

pharmaceutically acceptable enantiomers, salts or

solvates thereof. The 5 invention further relates to

the use of the compounds of Formula I as TDO2

inhibitors. The invention also relates to the use of the

compounds of Formula I for the treatment and/or

prevention of cancer, neurodegenerative disorders

such as Parkinson's disease, Alzheimer's disease

and Huntington's disease, chronic viral infections

such as HCV and HIV, depression, and obesity. The

invention also 10 relates to a process for

manufacturing compounds of Formula I.

21: 2017/06078 22: 2017/09/06 43: 2018/07/25 51: A61M 71: GEMTIER MEDICAL (SHANGHAI) INC. 72: MAO, Yaling 33: CN 31: 201520939839.1 32: 2015/11/23 33: CN 31: 201510818147.6 32: 2015/11/23 33: CN 31: 201610531579.3 32: 2016/07/07 54: NEEDLE PUNCTURE DEVICE 00: - A needle puncture device comprises: a needle base

(10); a needle (20); a first structural member (30)


Page | 218

disposed outside of the needle base (10), slidably

engaged with the needle base (10) in an extending

direction of the needle (20), and provided with a first

restriction mechanism configured to restrict the first

structural member (30) from separating from the

needle base (10) along the extending direction of the

needle (20); and a second structural member (40)

disposed outside of the first structural member (30),

slidably engaged with the first structural member

(30) along the extending direction of the needle (20),

and provided with a second restriction mechanism

configured to restrict the second structural member

(40) from separating from the first structural member

(30) along the extending direction of the needle (20).

The first structural member (30) and the second

structural member (40) are configured to receive the

needle (20) inside the second structural member

(40) by sliding along the extending direction of the

needle (20). The present invention has the

advantages of both operational convenience for an

operator and skin comfort for a patient, and the

structural members (30, 40) above the needle base

(10) can quickly cover the needle (20) after use. In

addition, connections between the structural

members (30, 40) and the needle base (10) are

secure, such that the structural members (30, 40) do

not fall off, thereby effectively improving product

safety.

21: 2017/06093 22: 2017/09/07 43: 2018/07/27 51: A61K 71: PROMIUS PHARMA LLC

72: OKUMU, Franklin, KANDAVILLI, Sateesh, BOMMAGANI, Madhusudhan, NALAMOTHU, Vijendra, CHARI, Amalavoyal, Raghav 33: US 31: 14/645,297 32: 2015/03/11 54: TOPICAL COMPOSITIONS COMPRISING A CORTICOSTEROID 00: - Topical compositions comprising a corticosteroid

and at least one penetration enhancing agent,

wherein the composition is substantially free of

propylene glycol.

21: 2017/06096 22: 2017/09/07 43: 2018/07/26 51: B65G 71: Dalian Huarui Heavy Industry Group Co., Ltd. 72: WANG, Jinfu, WANG, Peng, TAO, Ran, HONG, Dexin 33: CN 31: 201510128826.0 32: 2015/03/23 33: CN 31: 201520165915.8 32: 2015/03/23 54: OSCILLATING TYPE BUFFERING DEVICE FOR CAR PRESSING MECHANISM OF CAR DUMPER 00: - Disclosed is an oscillating type buffering device for a

car pressing mechanism of a car dumper comprises

a stop lever (1), a counterweight (2), and a buffer

(3). The buffer (3) comprises an oscillating rod (5), a

spring I (6), a spring II (7), an upper baffle (8), a

middle baffle (9), and a lower baffle (10). The

oscillating rod (5) comprises a head portion (11) and

a rod portion (12). The rod portion is fixedly

connected to the lower baffle after penetrating

through the middle baffle. The spring I is arranged

between the upper baffle and the middle baffle, and

the spring II is arranged between the middle baffle

and the lower baffle. The middle baffle is hingedly


Page | 219

connected to a lower portion of the stop lever by

means of a hinging point II (14), and the head

portion is hingedly connected to the counterweight

by means of a hinging point III (15). According to the

device, based on the principle that rotatable rod

parts under tension and compression only are

hingedly connected at two ends, the problem of

bending damage to a loop bar due to transverse

force is solved by the rotation of the rod parts, and

meanwhile the problems of buffering and

compression are solved by the oscillating rod and

the rotatable hollow middle baffle; the device has the

advantages that the structure is compact and

reliable, and the stress is simple and reasonable.

21: 2017/06098 22: 2017/09/07 43: 2018/07/26 51: A61K 71: Grünenthal GmbH 72: SCHILLER, Marc, VAN HEMELRIJCK, Carlos, STRAUB, Stefanie, WULSTEN, Eva Cornelia, BERTRAM, Ulrike, REINHOLD, Ulrich 33: EP(DE) 31: 15161487.2 32: 2015/03/27 54: STABLE FORMULATION FOR PARENTERAL ADMINISTRATION OF TAPENTADOL 00: - The invention relates to an aqueous pharmaceutical

composition for parenteral administration comprising

Tapentadol or a physiologically acceptable salt

thereof, wherein the concentration of Tapentadol is

within the range of from 0.10 to 8.00mg/mL, based

on the weight of Tapentadol free base and based on

the total volume of the composition; and wherein the

pH value of the composition is buffered and within

the range of from 4.0 to 6.0. The invention also

relates to a container comprising the pharmaceutical

composition and a process for the preparation

thereof. The invention also relates to a kit comprising

the contained according to the invention in a

packaging. The pharmaceutical composition

according to the invention is particularly useful for

treating pain, especially acute pain, preferably in

pediatric patients.

21: 2017/06137 22: 2017/09/08 43: 2018/07/27 51: B01D; B01J 71: W. L. GORE & ASSOCIATES, INC., W. L. GORE & ASSOCIATES GMBH 72: KOLDE, JEFFREY, PETZOLDT, OLE 54: FLUE GAS DESULFURIZATION AND MERCURY REMOVAL DEVICE AND METHOD 00: - A system for removing sulfur oxides from a gas

stream may include a first compartment for

humidifying and cooling a gas stream and may have

a first inlet for receiving an acidic water solution for

cooling and humidifying the gas stream and a

second inlet for receiving the gas stream. The first

compartment may have and outlet for providing a

humidified and cooled gas stream. A second

compartment may include a sorbent material

sorbent-polymer-composite (SPC) material for

converting sulfur oxide to sulfuric acid, a first inlet for

receiving the humidified and cooled gas stream, and

a second inlet for receiving the dilute sulfuric acid.

The second compartment may include a first outlet

providing a gas stream having no sulfur oxides, a

second outlet providing an acidic water solution, the

second outlet may be in fluid communication with a

passageway that is also in fluid communication with

the first inlet of the first compartment and the second

inlet of the second compartment.


Page | 220

21: 2017/06148 22: 2017/09/11 43: 2018/07/19 51: B60C 71: The Goodyear Tire & Rubber Company 72: WILSON, John David, SCHESSLER, Gregory Alan, SPENCER, Todd James, HUBBELL, David Ray 33: US 31: 62/399,449 32: 2016/09/25 54: HEAVY DUTY TIRE 00: - A heavy-duty tire is described herein. The heavy

duty tire includes a carcass, a tread located radially

outward of the carcass, and a tread having a

plurality of lugs. The lugs extend radially outward

from an inner tread and are located between the first

and second lateral tread edges. The tread further

includes a first row of lugs extending from the tread

lateral edge axially inwards toward the centerplane,

and a second row of lugs extending from the

opposite tread lateral edge and axially inwards

toward the centerplane. The lugs of the first and

second rows are separated by a plurality of shoulder

grooves, wherein the first row of lugs are aligned

with the second row of lugs, a center row of lugs

located between a first and second offset lug,

wherein all of the lugs in each row are aligned

circumferentially. wherein said tire has a molded

base width in the range of 44-50 mm. The heavy-

duty tire wherein the shoulder drop ranges from

64mm to 120. Wherein the gauge of the shoulder

wedge ranges from 70-89 mm, and more preferably

in the range of 75-85 mm.

21: 2017/06149 22: 2017/09/11 43: 2018/07/19 51: B60C 71: The Goodyear Tire & Rubber Company 72: WILSON, John David, SCHESSLER, Gregory Alan, SPENCER, Todd James, HUBBELL, David Ray 33: US 31: 62/399,458 32: 2016/09/25 54: HEAVY DUTY TIRE AND TREAD 00: - A heavy-duty tire is described herein. The heavy

duty tire includes a carcass, a tread located radially

outward of the carcass, and a tread having a

plurality of lugs. The lugs extend radially outward

from an inner tread and are located between the first

and second lateral tread edges. The tread further

includes a first row of lugs extending from the tread

lateral edge axially inwards toward the centerplane,

and a second row of lugs extending from the

opposite tread lateral edge and axially inwards

toward the centerplane. The lugs of the first and

second rows are separated by a plurality of shoulder

grooves, wherein the first row of lugs are aligned

with the second row of lugs, a center row of lugs


Page | 221

located between a first and second offset lug,

wherein all of the lugs in each row are aligned

circumferentially.

21: 2017/06151 22: 2017/09/11 43: 2018/07/25 51: C10G 71: CIRIS ENERGY, INC. 72: BARTEK, Robert, REJAI, Bahman 33: US 31: 62/132,248 32: 2015/03/12 33: US 31: 62/139,349 32: 2015/03/27 54: DISCRIMINATE MASS TRANSFER IN A WET OXIDATION SYSTEM 00: - A method for treatment of a carbonaceous feedstock

such as coal or biomass. The method comprises

adsorbing an oxidizing agent selected from an

oxygen-containing gas, hydrogen peroxide, ozone

and oxidizing acids from a liquid phase of an

aqueous mixture comprising water and the

carbonaceous feedstock onto the carbonaceous

feedstock to produce an aqueous mixture with the

liquid phase having a reduced content of the

oxidizing agent and the carbonaceous feedstock

having oxidizing agent adsorbed on a surface

thereof, and heating this aqueous mixture to a

temperature and for a sufficient time to partially

oxidize and solubilize at least a portion of the

carbonaceous feedstock. The reaction products may

be chemically or physically separated, recycled to

the heating step and/or subjected to microbial

digestion in order to generate one or more desirable

products from the carbonaceous feedstock. The

solid portion of the reaction products may be further

processed to be used in the paper industry.

21: 2017/06152 22: 2017/09/11 43: 2018/09/07 51: C07C 71: HOVIONE SCIENTIA LIMITED 72: FERNANDEZ CASARES, Ana, TEN FIGAS, Gloria, CACELA, Constanca, MENDES, Zita 33: PT 31: 108223 32: 2015/02/13 54: NEW POLYMORPHIC FORMS OF MINOCYCLINE BASE AND PROCESSES FOR THEIR PREPARATION 00: - The present invention concerns new forms of

crystalline minocycline base. In particular, two new

crystalline poly-morphic forms, designated Form IV

and Form V of minocycline base are provided.

These are characterized by XRD, FTIR and TGA.

Processes for preparing the new polymorphic forms

and their use in pharmaceutical compositions are

also provided. Form IV and form V are prepared by

dissolving and/or suspending minocycline base in an

organic solvent followed by crystallization.


Page | 222

21: 2017/06157 22: 2017/09/11 43: 2018/07/30 51: A23L; A23P 71: Fries4all B.V. 72: VOS, Paulus Bartholomeus Jacobus, DOKTER, Jannes 33: NL 31: 2014504 32: 2015/03/23 54: COATING FOR A POTATO PRODUCT FOR FINISH-FRYING, A POTATO PRODUCT PROVIDED THEREWITH AND METHOD THEREFOR 00: - The present invention relates to a coating

composition, a potato product for optional finish-

frying provided therewith and a method therefor. The

composition comprises by weight, relative to the

weight of the composition: - 30-60% modified starch

comprising high-amylose starch; - 20-30% flour; - 5-

20% dextrin; - 2-10% unmodified starch; and - 0.01-

2% carbonate.

21: 2017/06159 22: 2017/09/11 43: 2018/07/26 51: A23L; A23P 71: Fries4all B.V. 72: DE WINTER, Leon, EIJSMAN, Leon, VAN DOORN, Johannes Elisabert 33: NL 31: 2014505 32: 2015/03/23 54: METHOD FOR PREPARING A POTATO PRODUCT FOR FINISH-FRYING, PROCESSING LINE THEREFOR AND SUCH A POTATO PRODUCT FOR FINISH-FRYING 00: - The present invention relates to a method for

preparing a potato product for finish-frying, a

processing line therefor and a potato product for

finish-frying. The method according to the invention

comprises the steps of: - supplying a quantity of

potatoes of a potato variety with an underwater

weight equal to or lower than 300 g/5 kg; - washing,

peeling and cutting the supplied potatoes to form a

basic potato product; - blanching the basic potato

product to form a blanched potato product; - drying

the blanched potato product; - applying a coating to

the blanched and dried potato product to form a

coated potato product; and - pre-frying the coated

potato product to form a pre-fried potato product,

wherein the steps provide a potato product, the

energetic value of which is lower than 190 kCal/100

g after finish-frying.


Page | 223

21: 2017/06181 22: 2017/09/12 43: 2018/07/30 51: F16L 71: Xinxing Ductile Iron Pipes Co., Ltd 72: LI, Chengzhang, LI, Jun, SHEN, Yong, XU, Jun, ZHANG, Tao, ZUO, Chao, LIU, Jing, SHI, Wenbo 33: CN 31: 201510702330.X 32: 2015/10/26 54: SOCKET-SPIGOT PIPELINE INTERFACE HAVING FASTENING STRUCTURE 00: - Disclosed is a socket-spigot pipeline interface having

a fastening structure, relating to a socket-spigot

interface having a fastening structure for connecting

a spherical graphite cast iron pipe. The socket-spigot

interface comprises a socket (67), a spigot (66), and

a sealing member (65) between the socket (67) and

spigot (66) for sealing and fastening the pipeline

interface. The socket (67) comprises an annular

recess (5) defined by the sequential connection

between a first annular vertical wall (1), a conical

wall (2), a cylindrical inner wall (3) and a second

annular vertical wall (4). The sealing member (65)

comprises an elastic material ring (69) and a plurality

of fastening members (68) embedded therein. The

fastening members (68) comprise head portions (51)

and a plurality of meshing teeth (54). The fastening

members (68) have centers of rotation (55). A

portion at which the head portion (51) and the

annular recess (5) mutually contact is an arc-shaped

support surface (50). A region at which the arc-

shaped support surface (50) and the annular recess

(5) contact is disposed at a location at which the first

annular vertical wall (1) and the conical wall (2)

connect. The socket-spigot interface can improve

fastening reliability, extend structure service life,

decrease pipeline maintenance costs, and enable

easy optimization simulation of an interface

structure, increasing pipeline transport capability.

21: 2017/06190 22: 2017/09/12 43: 2018/07/30 51: G01N 71: CSIR 72: RUST, Frederik Christoffel, DE BEER, Morris 33: ZA 31: 2016/01321 32: 2016/02/26 54: ACCELERATED PAVEMENT TESTING 00: - A method of testing pavement includes repeatedly

simulating wheel loading on the pavement by

repeatedly applying a plurality of discreet forces with

a downwards component, in series and one after the

other, to an upper surface of a test strip of the

pavement thereby to simulate a load exerted by a

travelling wheel and hence subjecting the pavement

to accelerated testing. Also provided is an

accelerated pavement testing device (10) which

includes a carrier (12) and an array of actuators (16)

carried by the carrier (12) and configured each

rapidly and repeatedly to apply a discrete force with


Page | 224

a downwards component to an upper surface of a

test strip of pavement. Each actuator (16) is

associated with at least one force transfer element

or sole (22) configured in use to transfer said

discreet force from the actuator (16) to pavement

being tested thereby to simulate a load exerted by a

travelling wheel to the test strip of pavement and

hence to subject the pavement to accelerated

testing.

21: 2017/06208 22: 2017/09/13 43: 2018/07/27 51: B01D; C01B; H01M 71: CHUNG-HSIN ELECTRIC & MACHINERY MFG. CORP. 72: HILL, Charles, R., POPHAM, Vernon, Wade 54: MEMBRANE MODULES FOR HYDROGEN SEPARATION AND FUEL PROCESSORS AND FUEL CELL SYSTEMS INCLUDING THE SAME 00: - Membrane modules for hydrogen separation and

fuel processors and fuel cell systems including the

same are disclosed herein. The membrane modules

include a plurality of membrane packs. Each

membrane pack includes a first hydrogen-selective

membrane, a second hydrogen-selective membrane,

and a fluid-permeable support structure positioned

between the first hydrogen-selective membrane and

the second hydrogen-selective membrane. In some

embodiments, the membrane modules also include

a permeate-side frame member and a mixed gas-

side frame member, and a thickness of the

permeate-side frame member may be less than a

thickness of the mixed gas-side frame member. In

some embodiments, the support structure includes a

screen structure that includes two fine mesh

screens. The two fine mesh screens may include a

plain weave fine mesh screen and/or a Dutch weave

fine mesh screen. The fine mesh screens may be

selected to provide at most 100 micrometers of

undulation in the hydrogen-selective membranes.

21: 2017/06217 22: 2017/09/13 43: 2018/07/30 51: A01G 71: Naturedyne Inc. 72: NAKAJIMA, Keiichi 33: PCT/JP 31: 2015/002466 32: 2015/05/15 54: PLANT CULTIVATION DEVICE 00: - The present invention is a plant cultivation device

(99) that is provided with a cultivation tank (19) that

is for growing a plant, with a water tank (30), and

with a heat-collecting part (56). The water tank (30)

supplies cultivation water to the cultivation tank (19)

via an irrigation conduit (38). The water tank (30)

also suctions cultivation water from the cultivation

tank (19) via a water-sucking pipe (36). The heat-

collecting part (56) has an air-storage part (57) that

communicates with an upper section of the water

tank (30). The heat-collecting part (56) receives

sunlight (93), and the pressure of air that is heated

inside the air-storage part (57) presses the surface

of the water inside the water tank (30). The water

tank (30) supplies cultivation water that has been

pressed by said air to a culture medium material

(90), which is arranged inside the cultivation tank

(19), from above via the irrigation conduit (38). The

heat-collecting part (56) raises the surface of the

water inside the water tank (30) as a result of the

heated air being cooled by a decrease in the sunlight

(93). The water tank (30) suctions cultivation water

from a bottom section (20) of the cultivation tank (19)

via the water-sucking pipe (36) in accordance with

the cultivation water being raised.


Page | 225

21: 2017/06220 22: 2017/09/13 43: 2018/07/30 51: G01N 71: ThyssenKrupp Industrial Solutions AG, thyssenkrupp AG 72: TEUTENBERG, Reinhard, SCHNEBERGER, Jürgen, BORNEFELD, Marc, MAIER, Oliver 33: DE 31: 10 2015 103 191.4 32: 2015/03/05 54: METHOD FOR PRODUCING A TABLET WHICH COMPRISES A SAMPLE MATERIAL 00: - The invention relates to a method for producing a

tablet which comprises a sample material, the

sample material being mixed at least to some extent

with a melting agent, the mixture of sample material

and melting agent at least partially being molten and

the melt being caused to solidify, the solidified melt

having tablet form or being converted to tablet form.

Said method is characterized by melting the mixture

of sample material and melting agent by means of

laser radiation, plasma radiation and/or electron

radiation.

21: 2017/06224 22: 2017/09/13 43: 2018/07/30 51: A47C 71: CODOS, Richard 72: CODOS, Richard 33: US 31: 62/134,406 32: 2015/03/17 33: US 31: 14/695,063 32: 2015/04/24 33: US 31: 14/801,790 32: 2015/07/16 54: MATTRESS 00: - The present invention is a mattress comprising a

layer of cushion pockets secured to a layer of coil

pockets. The first layer of cushion pockets comprises

first and second cushion pockets. Each of the first

and second cushion pockets comprise a pocket and

a cushion member disposed in the pocket. The layer

of cushion pockets further comprises an attachment

member comprising an upper surface and a lower

surface. The first and second cushion pockets are

engaged with the upper surface of the attachment

member. The layer of coil pockets comprise first and

second coil pockets. Each of the first and said coil

pockets comprise a pocket and a coil spring

disposed in the pocket. The lower surface of the

attachment member is engaged with the layer of coil

pockets such that the first and second cushion

pockets act directly upon the first and second coil

pockets, respectively.


Page | 226

21: 2017/06246 22: 2017/09/14 43: 2018/07/30 51: B01J; C10G 71: IFP ENERGIES NOUVELLES 72: CARRETTE, Pierre-Louis 33: FR 31: 15-53914 32: 2015/04/30 54: CATALYST CONTAINING G-VALEROLACTONE AND/OR THE HYDROLYSIS PRODUCTS THEREOF, AND USE THEREOF IN A HYDROPROCESSING AND/OR HYDROCRACKING METHOD 00: - The invention relates to a catalyst comprising an

alumina or silica or silica-alumina support, at least

one group VIII element, at least one group VIB

element and at least one additive selected from ?-

valerolactone, 4-hydroxyvaleric acid, 2-pentenoic

acid, 3-pentenoic acid or 4-pentenoic acid. The

invention also relates to the method for preparing

said catalyst and the use thereof in a

hydroprocessing and/or hydrocracking method.

21: 2017/06250 22: 2017/09/14 43: 2018/07/30 51: A47J 71: La Marzocco S.r.l. 72: GATTI, Riccardo, BALDACCIONI, Massimiliano 33: IT 31: 102015000006957 32: 2015/02/25 54: GROUP FOR SUPPLYING HOT WATER FOR A MACHINE FOR MAKING ESPRESSO COFFEE OR THE LIKE AND ASSOCIATED MACHINE 00: -

A group (6) for supplying hot water in a machine for

preparing and dispensing a beverage, for example

espresso coffee, comprising: a water accumulation

chamber (14) with an inlet (11) for receiving water

and an outlet (12); and a heating path (9, 13). The

heating path comprises an inlet for receiving water

from the outlet (12) of the accumulation chamber

(14) and an outlet (15) for dispensing heated water

into a brewing chamber (16) for preparing a

beverage. The heating path comprises a path

bounded by a heatable outer surface (13) and an

inner core (9). The inner core (9) comprises a

temperature probe (8) located in proximity of the

outlet (15) for dispensing heated water.

21: 2017/06270 22: 2017/09/15 43: 2018/07/30 51: G06F; G06T; G06Q 71: VRPROS (PTY) LTD 72: EASTMAN, David, EAGLE, Brett 54: SYSTEM AND METHOD FOR INTERACTIVELY COORDINATING A NUMBER OF GEOGRAPHICALLY DISTRIBUTED PHYSICAL SITES 00: - A system and method for interactively coordinating a

plurality of geographically distributed physical sites

are provided. In a method conducted at a server

computer, scan data is received. The scan data

includes image data configured for virtual

reconstruction of a physical site. Access to the scan

data is provided to a controlling entity portal,

associated with an entity controlling the sites, via

which the scan data can be interacted with.

Metadata associated with an object visible in the


Page | 227

virtual reconstruction is received from the controlling

entity portal and is associated with the scan data.

Access to the scan data and metadata is provided to

a site portal. The metadata is usable by a user of the

site portal to reconfigure aspects of the object in the

physical site.

21: 2017/06271 22: 2017/09/15 43: 2018/07/27 51: G01S 71: IDS GEORADAR S.R.L. 72: BICCI, Alberto, COPPI, Francesco, MICHELINI, Alberto 33: IT 31: 102016000094991 32: 2016/09/21 54: GROUND-BASED, MULTI-BISTATIC INTERFEROMETRIC RADAR SYSTEM FOR MEASURING 2D AND 3D DEFORMATIONS 00: - The invention relates to a method and to an

apparatus for determining a displacement vector

field (90) of a scenario (9), by a ground-based

interferometric radar system operated in multi-

bistatic mode and comprising a main radar

transceiver device (10) and at least one passive

radar receiver device (20) arranged at a

predetermined distance from each other, in which

the oscillators (11,21) of the at least two radar are

synchronized, in time and in frequency, in particular

according to a signal coming from a global

positioning system (100). The method provides a

step of interferometrically determining (5) at least

one first displacement map (77) and one second

displacement map (78) of the scenario (9) between a

previous time (t’) and a subsequent time (t”),

expressed in a global reference system and having

each a plurality of pixels each associated to a

respective domain (8) of the scenario (9). A step is

then provided of combining (80) the two

displacement maps (77,78), creating a displacement

vector field (90) of displacements occurred between

the previous time (t’) and the subsequent time (t”).

21: 2017/06279 22: 2017/09/15 43: 2018/07/27 51: C02F 71: Infinite Water Technologies Pty Ltd 72: DUTA, Gheorghe Emil 33: AU 31: 2015900927 32: 2015/03/16 54: PROCESS AND APPARATUS FOR TREATING WATER 00: - A process for treating water containing contaminants

comprising the steps of: (a) contacting water to be

treated with an inorganic oxidising salt containing

manganese or iron for a time effective for oxidising a

portion of said contaminants; (b) contacting water

treated in oxidation step (a) with at least a chlorine

containing agent for disinfection and to generate, in


Page | 228

situ and through reaction with chemical compounds

produced in pre-oxidation step (a), a coagulant for

coagulating oxidised contaminants present in the

water; (c) separating coagulated contaminants from

the water; and (d) subjecting water to a catalytic

oxidation for oxidising residual oxidisable

contaminants, said catalytic oxidation being

catalysed, in part, by manganese or iron species,

depending on the residual selected oxidising salt left

in solution in water after oxidation step (a).

Permanganates are particularly advantageous

inorganic oxidising salts and chlorine dioxide is a

particularly preferred chlorine containing disinfecting

agent for use in step (b). Apparatus for conducting

the process is also disclosed.

21: 2017/06291 22: 2017/09/18 43: 2018/07/26 51: E06B 71: DURSEN, Dharamchand, DURSEN, Bimala 72: DURSEN, Dharamchand 54: ANTI-LIFT APPARATUS FOR SLIDING GATES 00: - The invention provides an anti-lift apparatus for a

sliding gate installation. The apparatus comprises a

first component fixable to a gatepost and a second

component fixable to the gate. A first engageable

formation is provided on either the first or second

components, and a second, complementary

engageable formation is provided on the other

component. At least one of said first and second

components comprises a web portion and a flange

portion. The first engageable formation preferably

comprises at least one stud formation or pin

projecting from the web portion, and the second

engageable formation comprises an apertured

region with which the stud formation is engageable

when the gate is closed. The engageable

formations are preferably mounted such that they lie

outside the upright plane of the sliding gate.

21: 2017/06293 22: 2017/09/18 43: 2018/07/27 51: F16B 71: BRIAN INVESTMENTS PTY LTD 72: DAVIES, Brian 33: AU 31: 2015900669 32: 2015/02/25 33: AU 31: 2015902927 32: 2015/07/23 54: RELEASABLE FASTENER 00: - The present invention provides a releasable fastener

(11) for securing an object (19) to a structure (13).

The structure comprising a first surface (15), and a

second surface (17) against which the object is

secured. A portion of the fastener is adapted to pass

through a hole (25) in the object and pass into a

slotted aperture (18) to engage a portion of the

structure. The fastener comprises a head (31), a

shank (33) integral with and extending from the

head, and a locking element (35) rotatably

positioned on the shank. When the releasable

fastener is received in the opening and aperture, the

locking element is adapted to operatively engage

relative to the slotted aperture. During fastening of

the fastener rotation of the head causes the locking

element to rotate from a first position to a second

position. With further rotation of the head the locking

element remains in the second position and the

head moves relatively towards the locking element

to clamp/fasten the object and structure between the

head and the locking element to secure the object to

the structure.


Page | 229

21: 2017/06298 22: 2017/09/18 43: 2018/07/27 51: A01N; A01P 71: Syngenta Participations AG 72: MORRIS, James Alan, BOEHMER, Jutta Elisabeth, HENNESSY, Alan Joseph, DESSON, Timothy Robert, RUSSELL, Sally Elizabeth, RUSSELL, Claire Janet, PICKETT, Brian, KALOUMENOS, Nikolaos, BALOGH, Ákos 33: GB 31: 1505852.2 32: 2015/04/07 54: HERBICIDAL MIXTURES 00: -

21: 2017/06400 22: 2017/09/21 43: 2018/08/21 51: C01B; F04B; F17C 71: University of the Western Cape 72: Vladimir M. LINKOV, Bernard J. BLADERGROEN, Yevgeniy KLOCHKO, Moegamat Wafeeq DAVIDS, DANA SWANEPOEL, Mykhaylo V. LOTOTSKYY 33: ZA 31: 2015/01837 32: 2015/03/18 54: MULTISTAGE METAL HYDRIDE HYDROGEN COMPRESSOR 00: - The invention discloses a multistage metal hydride

hydrogen compressor, which includes: at least two

compression modules where every module

comprises at least two compression stages, each of

which is formed by one or more metal hydride

containers equipped with at least one hydrogen input

– output pipeline and heating – cooling means; gas-

distributing system comprising: gas manifolds of the

compression stages; a hydrogen input manifold

connected to the gas manifolds; intermediate gas

manifolds equipped with buffers; a hydrogen output

manifold; heating – cooling system which provides

alternative heating and cooling of the heating –

cooling means of the metal hydride containers; and

a control system providing the operation of the

heating – cooling system during pre-set periods of

time.


Page | 230

21: 2017/06406 22: 2017/09/22 43: 2018/08/23 51: A61B; G01N 71: 3DBiopsy, Inc. 72: Dean M. KINGSTON, Samuel V. VERPLANCK, J. Louis KOVACH, David A. SCHECHTER, Mike A. BROWN, Nelson N. STONE 33: US 31: 15/292,161 32: 2016/10/13 54: BIOPSY SPECIMEN CARRIER 00: - Disclosed is a biopsy specimen carrier adapted for

tissue biopsy samples where the specimen need not

be removed or handled once housed within and

including a backer board, a media removable

secured to the backer board, a media carrier

removable secured to the media and receptive to

hold a tissue biopsy sample, a first strip of adhesive

material on the media adjacent to the media carrier,

and a release strip covering the first strip of adhesive

material. The media is foldable to cover the media

carrier carrying a tissue biopsy sample and is

secured to the first strip of adhesive material with the

release strip removed.

21: 2017/06408 22: 2017/09/22 43: 2018/08/21 51: B30B 71: THE SEAFARERS TRUST, IT 3712/2006, THE NEXT GENERATION TRUST IT 000287/2014 72: VLOK, Jan Abraham, HENDERSON, Roy Walter 33: ZA 31: 2017/01407 32: 2017/02/24 54: APPARATUS FOR PROCESSING ORGANIC PRODUCTS AND OTHER MATERIALS 00: - Apparatus for processing organic material is

disclosed which breaks down the inedible

components of fruit and vegetables (core, skin, pips,

pithy material) into an edible substance with a

cream-like consistency. The apparatus includes a

piston in a barrel for pressurising the material and

forcing it through a passage having a number of

end-to-end sections which are at right angles to one

another. There is an impact surface at the end of

each section on which the flowing material impacts.

The sections can be between a sleeve having

sections of different diameters and a bobbin the

outer surface of which is stepped to match the inner

surface of the sleeve.


Page | 231

21: 2017/06416 22: 2017/09/22 43: 2018/08/23 51: F41H 71: THALES 72: SEMET, Yann, SAVEANT, Pierre, POUYLLAU, Hélia, LABREUCHE, Christophe, HOUTSMA, Maurice, HAMMING, Jan-Egbert 33: EP 31: 15290081.7 32: 2015/03/23 54: METHOD FOR EVALUATING THE LEVEL OF THREAT 00: - The present invention concerns a method for

evaluating the level of threat of at least one entity

(SE) among a plurality of entities in a battlefield

environment, the level of threat being evaluated with

respect to a reference entity (RE) to be protected,

the method comprising the steps of: - segmenting

the battlefield environment into a plurality of layers

(L1, L2, L3, L4, L5), - obtaining data representative

of a position of said entity (SE) with respect to the

layers (L1, L2, L3, L4, L5) of the battlefield

environment, and - determining the level of threat of

said entity (SE) using the obtained data.

21: 2017/06421 22: 2017/09/22 43: 2018/08/22 51: G06Q 71: FEXCO MERCHANT SERVICES UNLIMITED COMPANY 72: KENNEDY, Adrian, Gerald 33: US 31: 62/157,291 32: 2015/05/05 33: US 31: 15/147,527 32: 2016/05/05 54: CURRENCY CONVERSION SYSTEM AND METHOD 00: - A system and method for converting the amount of a

transaction at a POS terminal from a local currency

used by a merchant to an alternative currency (e.g.,

the home currency of the card). Card currency data

obtained from a financial card is provided to a

remote currency conversion system. The POS

terminal determines whether a chip card is being

used for the transaction, and if it is, card currency

data on the card is accessed. The cardholder is

provided a choice of completing the transaction

using either the local currency or the home currency.

On the other hand, if a card with a magnetic stripe is

being used for the transaction, card number

information on the magnetic stripe is used to

determine possible home currencies and receive a

selection from the cardholder of one of the possible

home currencies or the local currency.


Page | 232

21: 2017/06422 22: 2017/09/22 43: 2018/08/24 51: G06 Q 71: THALES 72: SEMET, Yann, SAVEANT, Pierre, POUYLLAU, Hélia, LABREUCHE, Christophe Camille, HOUTSMA, Maurice, HAMMING, Jan-Egbert 33: EP 31: 15290082.5 32: 2015/03/23 54: METHOD FOR DETERMINING TACTICAL ACTIONS 00: - The present invention concerns a method for

determining tactical actions for protecting a

reference entity (RE) with respect to a plurality of

entities in a battlefield environment, the method

comprising: - segmenting the battlefield environment

into a plurality of layers (L1, L2, L3, L4, L5), -

associating actable deterrent systems with each

layer (L1, L2, L3, L4, L5), - obtaining data

representative of the probability, for each deterrent

system, that the considered deterrent system deters

an entity in the associated layer (L1, L2, L3, L4, L5),

- providing, for each entity, the level of threat of said

entity, and - computing a cost function for

determining the deterrent systems to be engaged by

the reference entity (RE) for rendering extremal the

cost function, the cost function being a function

depending from the provided level of threat and the

obtained data.

21: 2017/06458 22: 2017/09/26 43: 2018/08/23 51: A22C; B01F 71: WENGER MANUFACTURING, INC. 72: JØRGENSEN, Thomas, WENGER, LaVon 33: US 31: 14/801,946 32: 2015/07/17 54: APPARATUS AND METHOD FOR PROCESSING OF HIGH MEAT CONTENT FOOD OR FEED PRODUCTS 00: - Food or feed processing systems (10, 96) include an

extruder (14) and a downstream processor (16,

16a), and are operable to process high meat food or

feed formulations. The processors (16, 16a) include

an elongated processor barrel (38) presenting an

inner surface (44) with a central body or tube (60)

within the barrel (38) and presenting an outer

surface (62). The surfaces (38, 62) thereby define an

elongated annular processing region (70). The barrel

(38) and tube (60) are steam heated by means of

apparatus (52, 66). A rotatable processing element

(72) is also located within the region (70). The

element (72) has a plurality of helical vanes (88,

104), which scrape the surfaces (44, 62) to prevent

buildup of material on these surfaces.


Page | 233

21: 2017/06482 22: 2017/09/26 43: 2018/08/22 51: E01C 71: ZHOU, Taize 72: ZHOU, Taize 33: CN 31: 201510116269.0 32: 2015/03/12 54: HARD PAVEMENT CONSTRUCTION METHOD FOR NATURAL GROUNDWATER RECHARGE 00: - The present invention discloses a hard pavement

construction method for natural groundwater

recharge. The method comprises the following

steps: drilling to an underground shallow sand zone

water storage layer (12) on a flattened earth floor

(1), filling holes (2) with sand, inserting rod-shaped

tools (4) into the holes (2) filled with the sand,

pouring concrete to form a concrete foundation layer

(5) with a flat surface, removing the rod-shaped

tools, continuously filling the holes with the sand to

be flush with a plane of the concrete foundation layer

(5), sanding and compacting on the concrete

foundation layer (5), then directly arranging

pavement bricks (7) on a sand surface in an

unbonded manner to form a hard pavement, and

enabling rain and snow water on the hard pavement

to pass through cracks of the pavement bricks (6),

rapidly and naturally recharge to the underground

shallow sand zone water storage layer (12) via the

holes (2) and slowly permeate to an underground

deep sand zone water storage layer (14).

21: 2017/06484 22: 2017/09/26 43: 2018/08/22 51: G06N; G06Q 71: THALES 72: GOUJON, Bénédicte, LABREUCHE, Christophe, POUYLLAU, Hélia 33: FR 31: 15/00602 32: 2015/03/-26 54: METHOD OF EXPLAINING A SCORE 00: - There is proposed a method of explaining a score

comprising at least steps of : a1) providing a first

score associated with a first vector containing first

values of the parameters, b) generating a first set of

lists, each list comprising a second number of

indicators, c) generating, on the basis of a list, at

least one third vector in which each parameter

exhibits a third value, the third value being equal to

the corresponding first value when the list does not

comprise an indicator of the corresponding

parameter, and different from the corresponding first

value in the converse case, d) calculating the score

of at least one third vector, e) evaluating, on the

basis of the scores of the third vectors, an indicator

of importance of each parameter, f) devising an

explanation of the first score.


Page | 234

21: 2017/06485 22: 2017/09/26 43: 2018/08/21 51: E04H 71: ARCELORMITTAL 72: Michaël GREMLING 54: WIND TURBINE TOWER SECTION, WIND TURBINE TOWER AND ASSEMBLY METHOD 00: - The present invention relates to a tower section (1)

for a wind turbine comprising at least two tower

elements (14) stacked and arranged edge-to-edge

on a joining plane (P), each tower element (14)

comprising at least two wall segments (16),

connected together by first connectors (26), the

tower section (1) also comprising second connectors

(30) each extending astride the two adjacent tower

elements (14) in the longitudinal direction. Each

second connector (30) forms a longitudinal

extension of a first connector (26) and has a width

which increases, starting at said first connector (26),

from a first width substantially equal to the width of

the first connector (26), to a second width strictly

greater than the first width, the second width being

reached before the joining plane (P), starting at the

first connector (26).

21: 2017/06486 22: 2017/09/26 43: 2018/08/21 51: B60T 71: NEW YORK AIR BRAKE, LLC 72: CONNEL, Jason, WRIGHT, Eric C 54: TRAIN BRAKE SAFETY MONITORING AND FAULT ACTION SYSTEM 00: - An on-board train brake safety monitoring and fault

action system that compares actual train brake

power with expected train brake power to provide

real time reporting to the train driver of the margin

between the actual brake power and a safe

threshold. The system may be configured to

automatically make a full service brake penalty if the

actual brake system power is less than a safe brake

power threshold, such as those required by

government regulations, or to adjust the braking

system to improve actual brake efficiency. The on-

board train brake monitoring system may optionally

receive data from wayside hot and cold wheel

detector systems to augment the actual brake power

measurements.

21: 2017/06518 22: 2017/09/27 43: 2018/08/21 51: C08L 71: BOREALIS AG 72: Thomas LUMMERSTORFER, Michael JERABEK, Hermann BRAUN, Lukas SOBCZAK, Andreas HAIDER 33: EP 31: 15165182.5 32: 2015/04/27 54: POLYPROPYLENE COMPOSITE 00: - Polyvinyl alcohol fiber reinforced polypropylene

composition with excellent impact/stiffness balance

as well as to its preparation and use.


Page | 235

21: 2017/06533 22: 2017/09/28 43: 2018/08/21 51: B02C 71: PMS HANDELSKONTOR GMBH 72: SCHARFE, Felix, SCHARFE, Oscar 33: DE 31: 102015104078.6 32: 2015/03/18 54: COMMINUTING DEVICE 00: - The invention relates to a comminuting device

comprising a cylinder casing which surrounds a

comminuting chamber, in which several rotors (30,

32, 34) can be operated independently from each

other with individual drives, said rotors being driven

by concentric shafts (14, 16, 18) which are arranged

concentrically to the central axis (z) of the

comminuting chamber, said concentric shafts having

a central shaft (14) and at least one outer hollow

shaft (16, 18) surrounding said central shaft. At least

one lubricant line for connecting to a lubricant supply

(66) is arranged in the central shaft (14) and/or in a

shaft casing, said lubricant line being connected by

means of at least one radial lubricant through guide

(68) to at least one bearing (22, 26, 28) of the rotors.

21: 2017/06540 22: 2017/09/28 43: 2018/08/21 51: A22C; B65G 71: NORDISCHER MASCHINENBAU RUD. BAADER GMBH + CO. KG 72: KOWALSKI, Wolfhard 54: THROUGH CONVEYOR, DESIGNED AND CONFIGURED FOR TRANSPORTING FISH TRANSVERSELY TO THE LONGITUDINAL EXTENT THEREOF IN THE TRANSPORT DIRECTION TM AND ARRANGEMENT AND METHOD FOR TRANSFERRING FISH FROM SUCH A TROUGH CONVEYOR TO A TRANSPORT MEANS DOWNSTREAM OF THE TROUGH CONVEYOR 00: - The invention relates to a trough-type conveyor (10),

which is designed and configured for transporting

fish transversely to the longitudinal extent thereof in

the transport direction TM, comprising a transport

chain (12) which can be driven in circulation, is

formed from chain links (11) and has a transport

strand (13), which defines the transport plane Ei,

and a return strand (14), wherein the endless

transport chain (12) is guided about at least two

deflection elements (15), which can be rotated about

an axis of rotation DU, for driving and guiding the

transport chain (12), and the transport chain (12) has


Page | 236

arranged thereon troughs (16) each intended to

receive a fish, which trough-type conveyor is

distinguished in that each trough (16) is arranged on

the transport chain (12) so as to be pivotable about

an axis of rotation DM extending transversely to the

transport direction TM and comprises at least one

guide body (17), and in that at least one guide rail

(18) for receiving the guide body (17) and for guiding

same is arranged at least in the transition region Ü

from the transport strand (13) to the return strand

(14), wherein the profile of the or of each guide rail

(18) in the transition region Ü around the deflection

element (15) at least partially differs from the profile

of the transport chain (12) around the deflection

element (15). The invention further relates to an

arrangement and a method for transferring the fish

from such a trough-type conveyor to a downstream

transport means.

21: 2017/06608 22: 2017/10/02 43: 2018/08/24 51: B23P; G01K 71: AREVA NP 72: SCALVINI, Alain, PARIZE, Christophe, CAHOUET, Laurent 33: FR 31: 1553016 32: 2015/04/08 54: ASSEMBLY FOR INSERTING A THERMOCOUPLE INTO A TUBULAR PIPE AND CORRESPONDING METHOD 00: - The invention relates to an assembly for inserting a

thermocouple into a tubular pipe and to a

corresponding method. The insertion assembly (1)

includes: a frame (11), having a longitudinal passage

(13) for the thermocouple (3); a device (15) for

locking the position of the pipe (5) relative to the

frame (11); a device (17) for guiding the

thermocouple along the passage (13); and a device

(19) for driving the thermocouple (3). The drive

device (19) includes at least one first drive belt (21)

having a first longitudinal section (25) urged against

the thermocouple (3), and a motor member driving

said first section (25) of the first belt (21)

longitudinally relative to the frame (11).

21: 2017/06696 22: 2017/10/05 43: 2018/08/02 51: G06F; G09F; G06Q 71: KHOLOKOENG MEDIA GROUP (PTY) LTD 72: MOLOI, Nomsa Karabo 33: ZA 31: 2016/06853 32: 2016/10/06


Page | 237

54: A SYSTEM AND A METHOD FOR ADVERTISING 00: - The invention relates to an advertising system 200.

The system 200 includes a gantry or a billboard 108.

The gantry 108 is communicatively coupled to a

connection unit 204. A transceiver module 206

receives a connection request message. A

determination module 208 determines whether or

not the distance of the communication device 102 is

within a predefined distance. The transceiver module

206 transmit the advertisement material to the

communication device 102. A social media module

210 receives an access request message to access

the social media page, and also receive the social

media content from the communication device 102.

The social media module 210 post the social media

message associated with the social media page

account of the company. The social media message

is then displayed on the gantry 108. The system 200

allows the company to interact with a user, in real

time.

21: 2017/06706 22: 2017/10/05 43: 2018/08/22 51: B23Q 71: Nikolaus LANGERT, Martin HÜTTMANN

72: Nikolaus LANGERT, Martin HÜTTMANN 33: DE 31: 10 2015 005 557.7 32: 2015/05/04 54: MACHINE TOOL 00: - The invention relates to a machine tool for the

computer-controlled machining of workpieces,

comprising a machine stand (1) and at least two

clamping devices (2, 3) which are maintained next to

each other in an adjusting and mobile manner, at

least one tool receiving element being formed with

one of the clamping devices (2, 3) and at least one

tool receiving element being formed with the other

clamping device (2 or 3). Said clamping devices (2,

3) are maintained in an adjusting and mobile manner

in the machine stand (1) by means of a rotating

mechanism (4, 5) comprising at least two rotational

axes (6 - 9) which are connected in series and which

intersect each other. At least one linear guide (10) is

embodied between at least one of the clamping

devices (2, 3) and the machine stand (1).

21: 2017/06728 22: 2017/10/06 43: 2018/08/22 51: H04L; G06Q 71: MzaMobile (Pty) Ltd 72: NAMBA, Phikolomzi Sabelo 33: ZA 31: 2016/05322 32: 2016/08/02 54: MOBILE TRANSACTING 00: - The invention relates to a method of conducting

transactions from a mobile telephone. The method

includes receiving a payment into a first user’s

subscription account. The method also includes

initiating a transaction to transfer a payment from the

first user’s subscription account to a second user’s


Page | 238

subscription account. The method is characterized

in that the second user’s subscription account is

associated with a commercial transaction between

the first and second user.

21: 2017/06743 22: 2017/10/06 43: 2018/08/01 51: A61K; C07D 71: MUTABILIS 72: OLIVEIRA, Chrystelle, LE FRALLIEC, Géraldine, FAIVRE, Fabien, BRIET, Sophia, BRIAS, Julie, VOMSCHEID, Sophie, SIMON, Christophe, RICHARD, Sébastien, LE STRAT, Frédéric, LEDOUSSAL, Benoit, LECOINTE, Nicolas, CHEVREUIL, Francis, CHASSET, Sophie, CARAVANO, Audrey, BARBION, Julien 33: EP 31: 15305701.3 32: 2015/05/07 33: EP 31: 16305144.4 32: 2016/02/08 54: HETEROCYCLIC COMPOUNDS AND THEIR USE IN PREVENTING OR TREATING BACTERIAL INFECTIONS 00: - The present invention relates to heterocyclic

compounds, their process of preparation,

pharmaceutical compositions comprising these

compounds and use thereof, optionally in

combination with other antibacterial agents and/or

beta-lactam compounds, for the prevention or

treatment of bacterial infections. The present

invention also relates to the use of these compounds

as ß-lactamase inhibitors and/or as antibacterial

agents.

21: 2017/06775 22: 2017/10/09 43: 2018/08/07

51: G01R; H01B 71: SEDIVER SA 72: COULLOUDON, Francois, MESPLES, Fabrice 33: FR 31: 16 60093 32: 2016/10/18 54: AN OVERHEAD POWER LINE INSULATOR WITH A PROTECTIVE LEAKAGE CURRENT DETECTOR 00: - An overhead power line insulator comprises a

dielectric element (4) having an outside surface

forming a skirt (5) with a head extended by a metal

attachment fitting (7) for attaching the insulator, and

a device for detecting surface leakage current

flowing on the dielectric (4), the device comprising a

conductive ring (8) that surrounds the fitting (7) and

that is in contact with the outside surface of the

dielectric (4). An electrically insulating protective

element (10) is provided in the form of a collared

bushing that surrounds the fitting (7), being

interposed between the ring (8) and the fitting (7)

and extending radially so as to overlie the ring (8) in

order to protect it from environmental pollution.

21: 2017/06776 22: 2017/10/09 43: 2018/08/22 51: E04C; E04B 71: OOSTHUIZEN, Dirk Marais 72: OOSTHUIZEN, Dirk Marais 33: ZA 31: 2016/03915 32: 2016/07/09 54: STRUCTURAL COMPONENT FOR USE IN BUILDING 00: - A stud (10) for use in building is disclosed. The stud

is of a length dependant on its intended use. It

comprises a web (12) with a flange (14) on each


Page | 239

side of the web (12). The flanges diverge and

define, with the web (12), a frustoconical space.

This configuration permits studs to nest. Lips (16)

along each edge of each web have bends (18) in

them. The lips have inner sections (16.1) and outer

turned-up sections (16.2) and inhibit twisting of the

stud under load.

21: 2017/06828 22: 2017/10/10 43: 2018/05/03 51: H01T; H05F 71: DINNTECO INTERNATIONAL, S.L. 72: MALDONADO PARDO, Antonio Javier 33: CA 31: 1,834,376 32: 2017/04/25 33: ES 31: P201530389 32: 2015/03/24 54: DEVICE FOR BALANCING VARIABLE ELECTRIC FIELDS 00: - The invention relates to a device for balancing

variable electric fields, consisting of a hollow

assembly that can have various geometrical forms

on the outer part thereof, and comprises an upper

passive collecting element (2) as a collecting

electrode, a lower passive collecting element (3) as

a receiving electrode, and an insulating element (4)

which keeps the electrodes separate from each

other at a distance (d) depending on the conductivity

coefficient of the materials, and which also covers

the outside of the lower element (3) in the form of a

skirt extending down to the lower base of same,

preventing the impact of a beam on said lower

element (3) from inducing the generation of an

ascending tracer. There is also an expansion and

compression valve (5) which communicates the

outside with the inside of the hollow assembly and

expands in the phases of passage of current and/or

absorption of the external induced overvoltages, and

compresses when the compensation of the field is

completed.

21: 2017/06838 22: 2017/10/10 43: 2018/08/22 51: E21C 71: JOY MM DELAWARE, INC. 72: FREDERICK, John, R. 33: US 31: 62/145,603 32: 2015/04/10 33: US 31: 62/202,573 32: 2015/08/07 54: BIT ASSEMBLY FOR CUTTER HEAD 00: - A bit assembly for a cutting drum includes a sleeve

and a bit. The sleeve includes shank portion, a

flange positioned, and a bore extending through the

flange and the shank portion. The flange includes a

first end surface, a second end surface, and a

sleeve outer surface extending between the first end

surface and the second end surface. A portion of the

sleeve outer surface positioned adjacent the first end

surface defines a sleeve profile. The bit includes a

cutting end, a shank, and a shoulder positioned

between the cutting end and the shank. The shank is

positioned within the bore, and the shoulder is

positioned adjacent the first end surface of the

sleeve. A bit outer surface extending between the

cutting end and the shoulder. A portion of the bit

outer surface positioned adjacent the shoulder

defines a bit profile that corresponds to the sleeve

profile.


Page | 240

21: 2017/06841 22: 2017/10/10 43: 2018/08/08 51: C08L 71: BOREALIS AG 72: Simon GASTL, Michael JERABEK, Wolfgang STOCKREITER, Luca BORAGNO 33: EP 31: 15168961.9 32: 2015/05/22 54: POLYPROPYLENE - CARBON FIBER COMPOSITE 00: - The present invention refers to a fiber reinforced

polymer composition comprising a polypropylene,

carbon fibers and a polar modified polypropylene as

coupling agent as well as to an article comprising the

fiber reinforced polymer composition.

21: 2017/06848 22: 2017/10/10 43: 2018/08/03 51: C08L 71: BOREALIS AG 72: Simon GASTL, Wolfgang STOCKREITER, Michael JERABEK, Luca BORAGNO 33: EP 31: 15168964.3 32: 2015/05/22 54: FIBER REINFORCED POLYMER COMPOSITION 00: - The present invention refers to a fiber reinforced

polymer composition comprising a polypropylene,

carbon fibers, fibers other than carbon fibers and a

polar modified polypropylene as coupling agent as

well as to an article comprising the fiber reinforced

polymer composition.

21: 2017/06897 22: 2017/10/11 43: 2018/08/03 51: E03B; E03C 71: LOUIS AYLWARD 72: LOUIS AYLWARD 33: ZA 31: 2016/06464 32: 2016/10/11 33: ZA 31: 2016/07115 32: 2016/10/13

54: WATER MANAGEMENT SYSTEM AND METHOD 00: - This invention relates to a water management

system and method more particularly, but not

exclusively, to a water management system and

method for managing the use of grey water. This

invention provides a water management method

comprising the steps of: - pumping grey water used

in a dwelling to a grey water storage tank, - allowing

the grey water in the grey water storage tank to feed

a toilet cistern; and - using the water from the

storage tank to flush a toilet.

21: 2017/06899 22: 2017/10/12 43: 2018/08/22 51: A01K; B25B; B25J 71: VISSER, Hendrik Schalk 72: VISSER, Hendrik Schalk 33: GB 31: 1617393.2 32: 2016/10/13 54: HAND OPERATED EXTENSION GRIPPER 00: - A hand operated extension gripper has an elongate

rigid handle with a hand grip at a proximal end and

an operating lever movable towards and away from

the hand grip to cause movement of a pair of

pivotally mounted cooperating jaws at or towards the

distal end of the elongate rigid handle. Movement of

a primary end region of the operating lever towards

the hand grip translates into longitudinal movement

of an operating member towards a distal end of the

elongate rigid handle. A pair of diametrically

opposite arms are movable in unison with the

operating member with each arm terminates in a

radially offset connector for transmitting longitudinal

movement of the arm to an inwardly directed transfer


Page | 241

lever that is fixed to rotate in unison a jaw. Resilient

biasing urges the gripper to a condition in which the

jaws are fully apart.

21: 2017/06900 22: 2017/10/12 43: 2018/08/23 51: A61B; A63B 71: UNIVERSITY OF CAPE TOWN 72: DURANDT, Justin John, LAMBERT, Michael Ian 33: ZA 31: 2016/07162 32: 2016/10/18 54: STEP BASED FITNESS TEST AND EQUIPMENT 00: - A method of conducting a physical fitness step test

is provided and uses a step having a height that is

incrementally adjustable to provide a multitude of

different heights between a minimum height and a

maximum height. The height of the step that is to be

used for a particular participant is selected according

to the height of that participant, and the duration of

the step test at a selected rate of repetitive mounting

and dismounting of the step is determined on the

basis of the participant’s weight together with the

selected step height such that the participant, when

completing the step test, will have done a

predetermined amount of mechanical work that can

be compared to recorded data for other participants

who have conducted the step test expending

approximately the same amount of mechanical work.

An adjustable height step is also provided.

21: 2017/06914 22: 2017/10/12 43: 2018/08/24 51: B60K; F17C 71: CENERGY SOLUTIONS INC. 72: MAXEY, Michael, A., DECELLE, Walter, L., KOGA, Buddy, T., COX, Gary, FEAVER, Aaron, M., FANGER, Gary, W. 33: US 31: 62/132,508 32: 2015/03/13 54: INCREASED STORAGE CAPACITY OF GAS IN PRESSURE VESSELS 00: - A gas system includes a container, a fitting, a gas

tube, adsorbent, and a filter. The container stores

gas under pressure. The fitting covers an opening of

the container and maintains a seal with the opening

of the container. The gas tube is inserted through a

bore in the fitting such that a length of a portion of

the gas tube inside of the container is at least one

half of a length of the container. The portion of the

gas tube in the container includes holes. The

adsorbent is in a particulate form and adsorbs gas in

the container. The filter covers the holes in the

portion of the gas tube in the container. The filter

permits passage of gas into and out of the gas tube

and prevents passage of the adsorbent into the gas

tube.


Page | 242

21: 2017/06937 22: 2017/10/13 43: 2018/08/24 51: C10L 71: UNITED INITIATORS GMBH 72: William, A. BATSON, Edgar VOLPERT 33: EP 31: 15165433.2 32: 2015/04/28 54: USE OF A FUEL ADDITIVE IN DIESEL FUEL FOR REDUCING FUEL CONSUMPTION IN A DIESEL ENGINE 00: - The present invention relates to the use of a diesel

fuel additive comprising peroxide for reducing the

fuel consumption in a diesel engine.

21: 2017/06940 22: 2017/10/13 43: 2018/08/13 51: A61K 71: TAIRX, INC. 72: Yi-Wen CHU, Du-Shieng CHIEN 33: US 31: 62/170,425 32: 2015/06/03 54: NOVEL USE OF ARYL-QUINOLIN DERIVATIVES AS INHIBITORS OF VASCULOGENIC MIMICRY 00: - Aryl-quinolin derivatives for use in inhibiting

vasculogenic mimicry, treating diseases

characterized by abnormal vascular morphology or

function and/or by the presence of vasculogenic

mimicry in a subject in need thereof are disclosed. In

one embodiment of the invention, the compounds

are for use in treating metastatic tumor,

hyperproliferative, or angiogenic diseases. In

another embodiment of the invention, the compound

for use may combine an additional therapeutic agent

such as anti-cancer agents, anti-inflammatory

agents, anti-proliferative agents, anti-hormonal

agents, or any combination thereof for use.


Page | 243

21: 2017/06941 22: 2017/10/13 43: 2018/08/31 51: B64F 71: AAI CORPORATION 72: Peter J. HELMAN, Zachary J. SMITH, Stephen W. MILLER 33: US 31: 14/707,424 32: 2015/05/08 54: UTILIZING AN UNMANNED AERIAL VEHICLE PLATFORM WHICH IS EQUIPPED WITH A TURNTABLE ASSEMBLY 00: - An unmanned aerial vehicle (UAV) platform includes

a stationary base constructed and arranged to reside

over a fixed location on a surface (e.g., a ground

location, a ship's deck, a trailer or other vehicle,

etc.). The UAV platform further includes a set of UAV

interfaces constructed and arranged to interface

directly with a UAV (e.g., a launcher, a net

apparatus, etc.). The UAV platform further includes a

turntable assembly which couples to the stationary

base. The turntable assembly is constructed and

arranged to couple to each UAV interface and

control angular direction of that UAV interface over

the fixed location. A method of operating a UAV

platform includes deploying the UAV platform over a

fixed location, preparing a UAV interface on a

turntable assembly of the UAV platform, and rotating

the turntable to control angular direction of the UAV

interface over the fixed location.

21: 2017/06942 22: 2017/10/13 43: 2018/08/13 51: B22F; C22C; F01D; F04D 71: MAN DIESEL & TURBO SE 72: Ralf THON 33: DE 31: 10 2015 006 463.0 32: 2015/05/20 54: METHOD FOR PRODUCING A ROTOR OF A FLOW ENGINE 00: - The invention relates to a method for producing a

rotor of a flow engine, namely an integrally bladed

rotor with an integral outer shroud, comprising at

least the following steps: a rotor blank comprising

the integral rotor blades and the integral outer

shroud is first produced by means of a generative

production method; the rotor blank is then subjected

to a separating surface treatment at flow-guiding

sections and is subjected, separately therefrom, to a

machining surface treatment at non-flow-guiding

sections.


Page | 244

21: 2017/06960 22: 2017/10/13 43: 2018/07/12 51: G01N 71: Cannabics Pharmaceuticals Inc. 72: BALLAN, Eyal 33: US 31: 62/166,716 32: 2015/05/27 54: SYSTEM AND METHOD FOR HIGH THROUGHPUT SCREENING OF CANCER CELLS 00: -

21: 2017/06965 22: 2017/10/13 43: 2018/08/27 51: G06F 71: PEACCEL 72: CADET, Frédéric, FONTAINE, Nicolas 33: EP 31: 15305552.0 32: 2015/04/14 54: METHOD AND ELECTRONIC SYSTEM FOR PREDICTING AT LEAST ONE FITNESS VALUE OF A PROTEIN, RELATED COMPUTER PROGRAM PRODUCT 00: - This method for predicting at least one fitness value

of a protein is implemented on a computer and

includes the following steps: encoding (100) the

amino acid sequence of the protein into a numerical

sequence according to a protein database, the

numerical sequence comprising a value for each

amino acid of the sequence; calculating (110) a

protein spectrum according to the numerical

sequence; and for each fitness: comparing (130) the

calculated protein spectrum with protein spectrum

values of a predetermined database, said database

containing protein spectrum values for different

values of said fitness, predicting (130) a value of

said fitness according to the comparison step.

21: 2017/06966 22: 2017/10/13 43: 2018/08/30 51: B63B; E02F; E21C 71: Combi Lift GmbH, BAUER Maschinen GmbH 72: Heiko FELDERHOFF, Bernd VERHOEVEN, Stefan Michael FINKENZELLER, Leonhard WEIXLER 33: EP 31: 16 201 894.9 32: 2016/12/02 54: UNDERWATER MINING DEVICE AND A METHOD FOR MINING 00: - The invention relates to an underwater mining

device and a method for mining ground material with


Page | 245

a submersible working platform which can be placed

onto a bed of a body of water, a cutting means for

cutting ground material from the bed of the body of

water, an adjustment means for adjusting and

introducing the cutting means into the bed of the

body of water and a conveying line for conveying cut

ground material away from the cutting means.

According to the invention provision is made in that

on the working platform a receiving part for a

conveying container is designed, in that the

conveying container is supported and retained in a

releasable manner in the receiving part, and in that

the conveying line leads into the conveying

container, wherein cut ground material can be

received in the conveying container.

21: 2017/06980 22: 2017/10/16 43: 2018/08/22 51: C12N; C12P; C12R 71: LESAFFRE ET COMPAGNIE 72: TECHEL, Jennifer, PIGNEDE, Georges, DESFOUGERES, Thomas, BAVOUZET, Jean-Michel 33: FR 31: 1553760 32: 2015/04/27 54: YEAST STRAIN HAVING IMPROVED CAPABILITY FOR FERMENTING XYLOSE IN THE PRESENCE OF ACETIC ACID 00: - The invention relates to a method for selecting a

yeast strain having improved capability for

fermenting a pentose, advantageously xylose, in the

presence of organic acid, advantageously acetic

acid, in non-dissociated form, in which at least one

yeast strain that is capable of fermenting said

pentose is consecutively cultured in the following two

media: a first growth medium comprising said

pentose as the only carbon source and said organic

acid in non-dissociated form; a second growth

medium comprising another carbon source as the

only carbon source, advantageously glucose, free of

said organic acid in non-dissociated form, the

consecutive culture in at least said two growth media

being repeated at least twice, in the presence of

rising concentrations of organic acid in non-

dissociated form.

21: 2017/07017 22: 2017/10/17 43: 2018/08/22 51: B31B 71: MAYR-MELNHOF KARTON AG 72: Jürgen KOLLMANN, Uwe THEIS 33: EP 31: 15163514.1 32: 2015/04/14 54: DEVICE AND METHOD FOR PRODUCING FOLDING BOXES 00: - The invention relates to a device (10) for producing

folding boxes. The device (10) has a processing

module (12) for producing at least one blank (16)

from a web-shaped packaging material (18), wherein

the processing module (12) has a packaging-

materialweb holding apparatus (20) for supporting

the web-shaped packaging material, a packaging-

material-web transporting apparatus (22) for

transporting the web-shaped packaging material

(18), and at least one working apparatus (24), by

means of which the at least one blank (16) can be

produced from the web-shaped packaging material

(18), wherein the working apparatus (24) comprises

at least one laser apparatus (26) for ablating

packaging material substance. Furthermore, the

device (10) has a folding module (14) for folding the

at least one blank (16) into a folding box. The

invention further relates to a method for producing a

folding box.


Page | 246

21: 2017/07035 22: 2017/10/18 43: 2018/08/27 51: G05B; G07C; H04W 71: SKIDATA AG 72: Dr. Martin HAIDACHER, Dr. Thomas SCHLECHTER 33: EP 31: 16207352.2 32: 2016/12/29 54: METHOD FOR USING THE CAPACITY OF FACILITIES IN A SKI AREA, A TRADE FAIR, AN AMUSEMENT PARK, OR A STADIUM 00: - A method is proposed for using the capacity of

facilities in a ski area, a trade fair, an amusement

park, or a stadium, within the scope of which the

current position and the motion profile of all persons

present in the region of the ski area, the trade fair,

the amusement park, or the stadium is detected,

wherein a people map is provided on a server which

corresponds to the spatial distribution of the

persons, wherein by means of the spatial distribution

of persons as a function of time, a motion profile of

the persons is provided, wherein depending on the

current position of the present persons, the motion

profile of the present persons, and the current use of

the facilities, all or individual persons obtain

information generated by the server that can effect a

redirection of said persons, by means of which the

use of the capacity of the installations can be

optimized.

21: 2017/07049 22: 2017/10/18 43: 2018/08/22 51: A01H; A01N; C12N; C12Q; A01P 71: BEIJING DABEINONG BIOTECHNOLOGY CO., LTD., BEIJING DABEINONG TECHNOLOGY GROUP CO., LTD. 72: ZHANG, Shiping, LU, Yuping, BAO, Xiaoming, LI, Feng, ZHOU, Yi, FU, Xueqian, WANG, Lei, GUO, Hanzi, HUANG, Jincun, JIA, Zhiwei, WANG, Lijun, PANG, Jie, LIU, Haili, ZHANG, Yunzhu, KANG, Yuejing, DING, Derong 33: CN 31: 201510220034.6 32: 2015/04/30 54: MAIZE PLANT DBN9936 AND METHOD FOR USE IN DETECTING NUCLEIC ACID SEQUENCE THEREOF 00: - The present invention provides a transgenic corn

event DBN9936. The corn plants containing the

event have good Lepidoptera insect resistance as

well as good glyphosate herbicide tolerance. The

present invention also provides the nucleic acid

sequences and the methods for accurately and

quickly detecting the presence of the corn event

DBN9936 in a biological sample.

21: 2017/07050 22: 2017/10/18 43: 2018/08/24 51: A61K; C07K 71: MOREDUN RESEARCH INSTITUTE 72: John Frederick HUNTLEY, Stewart Thomas George BURGESS, Alasdair Justice NISBET 33: GB 31: 1504579.2 32: 2015/03/18 54: OVINE VACCINE 00: -


Page | 247

The present disclosure is based upon the

identification of a number of antigens derived from

species of the genus Psoroptes, which can be used

to raise immune responses in animals – particularly

those animals susceptible or predisposed to

infection/infestation by (or with) one or more

Psoroptes species. The antigens provided may be

exploited to provide compositions for raising

protective immune responses in animals and as

vaccines.

21: 2017/07092 22: 2017/10/19 43: 2018/08/30 51: B32B; C21D; C22C 71: ARCELORMITTAL 72: Pascal DRILLET, Sujay SARKAR, Maria POIRIER 33: WO 31: PCT/IB2015/001156 32: 2015/07/09 54: STEEL FOR PRESS HARDENING AND PRESS HARDENED PART MANUFACTURED FROM SUCH STEEL 00: - A press hardened steel part wherein the chemical

composition of the steel comprises, in weight:

0.062% = C = 0.095%, 1.4% = Mn = 1.9%, 0.2% = Si

= 0.5%, 0.020% = Al = 0.070%, 0.02% = Cr =0.1 %,

wherein : 1.5% = (C+Mn+Si+Cr) = 2.7%, 0.040% =

Nb = 0.060%, 3.4 x N = Ti = 8 x N wherein: 0.044%

= (Nb + Ti) = 0,090%, 0.0005 = B = 0.004%, 0.001%

= N = 0.009%, 0.0005% = S = 0.003%, 0.001% = P

= 0.020%, optionally: 0.0001 % = Ca =0.003%, the

remainder being Fe and unavoidable impurities, and

wherein the microstructure comprises, in the majority

of the part, in surface fractions: less than 40% of

bainite, less than 5% of austenite, less than 5% of

ferrite, the remainder being martensite, said

martensite consisting of fresh martensite and of self-

tempered martensite.

21: 2017/07099 22: 2017/10/19 43: 2018/07/06 51: A61K; A61P; C07D 71: F. Hoffmann-La Roche AG 72: BIEMANS, Barbara, GUBA, Wolfgang, JAESCHKE, Georg, LINDEMANN, Lothar, O`HARA, Fionn, RICCI, Antonio, RUEHER, Daniel, VIEIRA, Eric 33: EP(CH) 31: 15176854.6 32: 2015/07/15 54: ETHYNYL DERIVATIVES AS METABOTROPIC GLUTAMATE RECEPTOR MODULATORS 00: -


Page | 248

21: 2017/07105 22: 2017/10/19 43: 2018/08/22 51: C01G; G21F; G21G 71: PAREKH, Suneel Navnitdas 72: PAREKH, Navnitdas Radhakishan (deceased), PAREKH, Suneel Navnitdas 33: IN 31: 1874/MUM/2015 32: 2015/05/12 33: IN 31: 2612/MUM/2015 32: 2015/07/09 54: METHOD OF MAKING A MERCURY BASED COMPOUND, MERCURY BASED COMPOUND, METHODS OF USING THE MERCURY BASED

COMPOUND AND USES OF THE MERCURY BASED COMPOUND 00: - The present invention relates to a method of making

a mercury based compound, to a mercury based

compound and to methods of using the mercury

based compound and to uses of the mercury based

compound.

21: 2017/07135 22: 2017/10/20 43: 2018/08/22 51: B61L; E01B 71: BOMBARDIER TRANSPORTATION (ZWUS) POLSKA SP. Z O. O. 72: Aleksandra SAWODNI, Andrzej STEPIEN, Mateusz MAZUR, Dariusz ZIELINSKI, Adam SZCZEPONIK, Wojciech RADWANSKI, Marek GÓRNIOCZEK 33: PL 31: P.412382 32: 2015/05/18 54: DEVICE FOR FASTENING TRACKSIDE MODULES TO RAILS 00: - The invention relates to a device for fastening

trackside modules, such as, e.g. wheel detector

heads and/or current transformers, to a rail having a

base and a head, wherein the device comprises two

clamps that are to be clamped on the base of the rail

with the use of a mechanism that extends under the

base of the rail, wherein at least one of the clamps is

movable, wherein a bracket is fastened to at least

one of the clamps and a trackside module is to be

fastened next to the head of the rail, the device

characterized by the fact that it has two movable

clamps (1, 2), wherein a pair of brackets (3, 4 and 5,

6) is fastened with the use of first fasteners to

surfaces of each of the clamps, wherein the brackets

(3, 4 and 5, 6) extend transversely to the longitudinal

axis of the rail and at least one upwardly extending

section (7, 8) is fastened using second fasteners to

one of or to each of the outer side surfaces of the

brackets (3, 4 and 5, 6), wherein at least one

trackside module (9, 10) is to be fastened to an

upper end region of the upwardly extending section

or to upper end regions of a plurality of the upwardly

extending sections (7, 8).


Page | 249

21: 2017/07188 22: 2017/10/23 43: 2018/08/27 51: C08L 71: BOREALIS AG 72: Wolfram STADLBAUER, Klaus BERNREITNER, Hermann BRAUN, Tiina SUIKKANEN, Sanna MARTIN, Luca BORAGNO 33: EP 31: 15169897.4 32: 2015/05/29 54: PROPYLENE COPOLYMER COMPOSITION 00: - A propylene copolymer composition which

comprises - a random copolymer of propylene (A), -

a random copolymer of propylene (B), and - optional

additive(s), suitable for pressure pipe applications.

21: 2017/07207 22: 2017/10/24 43: 2018/08/28 51: G01N 71: AREVA NP 72: BADER, Bruno, LEFEVRE, Fabien, BLEUZE, Alexandre 33: FR 31: 15 53821 32: 2015/04/28 54: ASSEMBLY FOR CONTROLLING WELDS BY ULTRASOUND 00: - The invention concerns an assembly for controlling

welds by ultrasound, comprising at least one annular

multi-element probe (12) having longitudinal waves

inclined at between 0 and 5°, comprising several

concentric annular elements, and a linear multi-

element probe (14) having transverse waves inclined

at between 35 and 70°, comprising several straight

elements parallel to each other. The annular probe

(12) comprises a member for emitting waves at a

frequency of between 5 and 15MHz and a means for

focusing the acoustic energy emitted from the

annular elements by electronically managing delay

laws. The linear probe (14) comprises a member for

emitting waves at a frequency of between 6 and

10MHz and a means for focusing the acoustic

energy emitted from the straight elements by

electronically managing delay laws.

21: 2017/07269 22: 2017/10/25 43: 2018/08/29 51: A61K; C07K; C12N 71: PSIOXUS THERAPEUTICS LIMITED 72: BROMLEY (né BROWN), Alice Claire Noel, CHAMPION, Brian Robert 33: GB 31: 1507419.8 32: 2015/04/30 54: ONCOLYTIC ADENOVIRUS ENCODING A B7 PROTEIN 00: -


Page | 250

The present disclosure provides a replication

competent oncolytic adenovirus with selectivity for

cancer cells, wherein the adenovirus comprises a

transgene under the control of a promoter

endogenous to the virus, wherein the transgene

comprises a DNA sequence encoding a B7 protein

or an active fragment thereof, compositions

comprising same, methods of generating the

viruses, and use of the viruses and compositions in

treatment, particularly in the treatment of cancer.

21: 2017/07270 22: 2017/10/25 43: 2018/08/29 51: C12N 71: PIONEER HI-BRED INTERNATIONAL, INC. 72: YOUNG, Joshua K., SIKSNYS, Virginijus, KARVELIS, Tautvydas, GASIUNAS, Giedrius, CIGAN, Andrew Mark 33: AU 31: 1861283 32: 2017/07/25 33: US 31: 62/162,353 32: 2015/05/15 33: US 31: 62/162,377 32: 2015/05/15 33: US 31: 62/196,535 32: 2015/07/24 54: RAPID CHARACTERIZATION OF CAS ENDONUCLEASE SYSTEMS, PAM SEQUENCES AND GUIDE RNA ELEMENTS 00: - Compositions and methods are provided for rapid

characterization of Cas endonuclease systems and

the elements comprising such a systems, including,

but not limiting to, rapid characterization of PAM

sequences, guide RNA elements and Cas

endonucleases. Type II Cas9 endonuclease systems

originating from Brevibacillus laterosporus,

Lactobacillus reuteri Mlc3, Lactobacillus rossiae

DSM 15814, Pediococcus pentosaceus SL4,

Lactobacillus nodensis JCM 14932, Sulfurospirillum

sp. SCADC, Bifidobacterium thermophilum DSM

20210, Loktanella vestfoldensis, Sphingomonas

sanxanigenens NX02, Epilithonimonas tenax DSM

16811, Sporocytophaga myxococcoides are

described herein. The present disclosure also

describes methods for genome modification of a

target sequence in the genome of a cell, for gene

editing, and for inserting a polynucleotide of interest

into the genome of a cell.

21: 2017/07281 22: 2017/10/26 43: 2018/08/29 51: B05B 71: HANSGROHE SE 72: KLASSEN, Arthur 33: DE 31: 102016221650.3 32: 2016/11/04 54: FLUID DISTRIBUTOR BODY AND SANITARY SHOWER DEVICE 00: - A fluid distributor body and a sanitary shower device

configured to be equipped with such a body which

has a shower inlet and a distributor structure

downstream of the inlet, a waterway connecting the

shower inlet to a shower outlet, wherein the

distributor structure includes a perforated distributor

plate held on a boundary, forming the inlet, and

having a plurality of conically tapering passage

openings.


Page | 251

21: 2017/07286 22: 2017/10/26 43: 2018/08/21 51: C23C 71: FONTAINE ENGINEERING UND MASCHINEN GMBH 72: Dominique FONTAINE, Pascal FONTAINE 33: DE 31: 10 2015 216 721.6 32: 2015/09/01 54: DEVICE FOR TREATING A METAL STRIP 00: - The invention relates to a device for processing a

metal strip (200) after said metal strip has exited a

coating tank (300) having liquid coating material

(310). Above the coating tank, the device has a

blow-off apparatus (110) having an air outlet slot

(112) for blowing liquid parts of the coating off of the

metal strip. Arranged above the blow-off apparatus

(110) is an electromagnetic stabilization apparatus

(140) for stabilizing the metal strip by means of

electromagnetic forces after the exiting of the

coating tank and the blow-off apparatus. According

to the invention, in order to design known devices for

treating a metal strip to be more favorable in respect

of energy and in order to increase the accessibility of

said devices for an operating person, the

stabilization apparatus (140) is arranged above the

blow-off apparatus (110) in such a way that the

distance d between the line of action of the

maximum force of the stabilization apparatus on the

metal strip and on the air outlet gap (112) of the

blow-off apparatus (110) is limited to a range of 100

- 1200 mm.

21: 2017/07288 22: 2017/10/26 43: 2018/08/29 51: A23L; A23P 71: DODE, S.A. 72: Carlos GALCERAN MARTORELL 33: ES 31: P201530621 32: 2015/05/07 54: METHOD FOR THE TREATMENT OF CORN KERNELS INTENDED FOR THE PRODUCTION OF POPCORN USING MICROWAVE APPLIANCES, AND RESULTING PRODUCT 00: - In the method of the main patent, corn kernels

coated with sunflower lecithin and additives are

obtained. According to the improvements, the

additives and sunflower lecithin can be added in

liquid state, solid state or both, and can be mixed

and subsequently filtered before reaching a final

mixer (2) to which are added not only the additives

and sunflower lecithin, in any state, but also the corn

kernels (1), in order to coat the corn kernels inside

the mixer. The improvements also provide for the

substitution of sunflower lecithin by other

compounds with which similar results can be

obtained, such as fructose syrup, liquid glucose,

corn syrup, molasses, inverted sugar syrup or

cornstarch, the kernels obtained being able to be

coated with more than one coating of a different

nature.


Page | 252

21: 2017/07317 22: 2017/10/27 43: 2018/08/30 51: H04B 71: SHENZHEN TEANA TECHNOLOGY CO., LTD. 72: YOU, Guangguo 33: CN 31: 201610083818.3 32: 2016/02/06 54: MICROPHONE-AND-SOUND-BOX INTEGRATED EQUIPMENT 00: - Disclosed is microphone-and-sound-box integrated

equipment, comprising a control unit, a main sound

cavity and a microphone subassembly connected to

the main sound cavity, wherein at least two

symmetrically arranged loudspeakers are mounted

in the main sound cavity, the microphone

subassembly comprises a microphone and a

microphone support, the microphone and the

loudspeaker are electrically connected to the control

unit respectively, and the microphone support is

made of a soft material. The beneficial effect of the

present invention is that since two or more

symmetrically arranged loudspeakers are mounted

in a sound cavity, sound oscillation emitted from the

two or more loudspeakers can be offset, thereby

achieving the effect of oscillation damping and

preventing the oscillation from being transferred to a

microphone.

21: 2017/07318 22: 2017/10/27 43: 2018/08/30 51: A61K 71: LUPIN ATLANTIS HOLDINGS SA 72: ZENG, Xian-Ming, KOPPENHAGEN, Franciscus, DE, Samiran, CHIOU, Herbert, Clark, GUPTA, Abhishek 33: IN 31: 380/KOL/2015 32: 2015/04/01 54: PROCESS FOR MANUFACTURING DRY POWDER BLENDS 00: - The invention relates to processes for dry powder

blending of pharmaceutical and non-pharmaceutical

solid particulates. In particular, the present invention

relates to a process of preparing a dry

microparticulate powder blend comprising one or

more micronized active pharmaceutical ingredient(s)

(API) and optionally, one or more micronized or non-

micronized pharmaceutically acceptable carrier(s)

and/or excipient(s), wherein the process comprises

the steps of 'pulsating blending' of the micronized

active pharmaceutical ingredient(s) and the

pharmaceutically acceptable carrier(s) and/or

excipient(s).


Page | 253

21: 2017/07352 22: 2017/10/30 43: 2018/07/12 51: A61K; A61P 71: CIPLA LIMITED 72: PUPPALA, Ravikumar , CHENNURU, Ramanaiah , JAGANNADHAM, Yellanki, PATHI, Srinivas Laxminarayan, MALHOTRA, Geena , RAO, Dharmaraj Ramachandra 33: IN 31: 201621037184 32: 2016/10/29 33: IN 31: 201721007409 32: 2017/03/02 54: POLYMORPHS OF DASATINIB 00: - The present invention provides novel polymorphic

forms of dasatinib compound of the formula 1 as well

as the process for the preparation thereof.

21: 2017/07367 22: 2017/10/30 43: 2018/08/29 51: A61K 71: VAKZINE PROJEKT MANAGEMENT GMBH 72: Leander GRODE 33: EP 31: 15166206.1 32: 2015/05/04 33: US 31: 62/387,407 32: 2015/12/23 54: RECOMBINANT MYCOBACTERIUM AS AN IMMUNOTHERAPEUTIC AGENT FOR THE TREATMENT OF CANCER 00: - The invention relates to a recombinant

Mycobacterium cell for use as an immunotherapeutic

agent in the treatment of cancer, particularly in the

treatment of solid tumors. More particularly, the

invention relates to the immunotherapy of bladder

carcinoma.

21: 2017/07376 22: 2017/10/30 43: 2018/08/29 51: H02J 71: GUANGDONG OPPO MOBILE TELECOMMUNICATIONS CORP., LTD. 72: LI, Jiada, CHEN, Shebiao; , TIAN, Chen, ZHANG, Jun, WAN, Shiming, ZHANG, Jialiang 33: CN 31: PCT / CN2016 / 073679 32: 2016/02/05 33: CN 31: 201610600612.3 32: 2016/07/26 54: METHOD AND SYSTEM FOR CHARGING TERMINAL, POWER ADAPTER 00: - A system for charging a terminal, a method for

charging a terminal and a power adapter are

provided. The system for charging a terminal

includes a power adapter and a terminal. The power

adapter includes a first rectification unit, a switch

unit, a transformer, a second rectification unit, a first

charging interface, a sampling unit, and a control

unit. The control unit is configured to output a control

signal to the switch unit, and adjust a duty ratio of

the control signal based on a voltage sampling value

and/or current sampling value sampled by the

sampling unit, whereby a voltage of a third pulsating

waveform output by the second rectification unit

meets the charging requirements. The terminal

includes a second charging interface and a battery.

The second charging interface is coupled with the

battery. When the second charging interface is

coupled to the first charging interface, the second

charging interface applies the voltage of the third

pulsating waveform to the battery, whereby the

pulsating waveform output from the power adapter is

directly applied to the battery, which can achieve

miniaturization and reduce the cost of the power

adapter and improve the battery life.


Page | 254

21: 2017/07381 22: 2017/10/31 43: 2018/08/29 51: G01D; G07F; G06Q 71: KANI SMART WORKS (PTY) LTD 72: STONE, Richard Justin 33: ZA 31: 2016/07981 32: 2016/11/18 54: METHOD AND SYSTEM FOR APPLYING A COMPLEX TARIFF TO CONSUMPTION OF A UTILITY METERED BY A PREPAYMENT METER 00: - A method and system of applying a complex tariff to

consumption of a utility metered by prepayment

utility meter is disclosed. The method includes

applying a prepayment tariff at a time of purchase of

a prepaid utility token. Utility consumption readings

are received that are associated with the utility

meter, each utility consumption reading enabling an

amount of the utility consumed to be derived and

being associated with its time of consumption. A

differential tariff is applied to the utility consumption

readings with the combination of the prepayment

tariff and the differential tariff forming the complex

tariff.

21: 2017/07388 22: 2017/10/31 43: 2018/08/27 51: G01B; G01P 71: JOY MM DELAWARE, INC. 72: THEUNISSEN, Wilhelmus, Hendrickus 33: US 31: 62/156,495 32: 2015/05/04 54: SYSTEMS AND METHODS FOR EVALUATING UNDERGROUND ROAD CONDITIONS USING ACCELEROMETERS 00: - Methods and systems for evaluating underground

road conditions using accelerometers. One system

includes an electronic processor that receives

sensor data from an accelerometer and location data

of a mining machine operating within a mining

environment. The electronic processor determines,

based on the sensor data, a first data point when

acceleration in a first direction exceeds a

predetermined first threshold based on the sensor

data, and determines a second data point when

acceleration in a second direction opposite the first

direction exceeds a predetermined second

threshold. The electronic processor also determines

a location of a road condition associated with the

first data point and the second data point based on


Page | 255

the location data and takes at least one automatic

action to correct the road condition.

21: 2017/07443 22: 2017/11/02 43: 2018/09/06 51: A61H 71: PELVIPRO LIMITED 72: ALDRED, Chris David 33: GB 31: 1506061.9 32: 2015/04/09 54: REALIGNMENT OF THE PELVIS 00: - A device for assisting the realignment of the pelvis

comprises a pair of arms (3,5) connected together at

one end of each arm by a connection member (7)

allowing relative rotation of the two arms in a plane

passing through the longitudinal axes of both arms

and also about an axis passing through the

connected ends of the arms. A method of using such

a device is disclosed.

21: 2017/07451 22: 2017/11/03 43: 2018/07/17 51: B01J 71: EVONIK DEGUSSA GMBH

72: DYBALLA, Katrin, Marie, FRANKE, Robert, FRIDAG, Dirk, HESS, Dieter 33: EP 31: 16197715.2 32: 2016/11/08 54: BISPHOSPHITES HAVING 2,4-TERT-BUTYLPHENYL UNITS AND USE THEREOF AS LIGANDS IN HYDROFORMYLATION 00: - The invention relates to bisphosphites having 2,4-

tert-butylphenyl units and a method for the

preparation thereof. Furthermore, the invention

relates to the use of the compounds as ligands in a

ligand-metal complex. The compound, and also the

complex, may be used as a catalytically active

composition in hydroformylation reactions.

21: 2017/07485 22: 2017/11/06 43: 2018/07/12 51: C07B, C07C 71: EVONIK DEGUSSA GMBH 72: KLASOVSKY, Florian, FRANKE, Robert, GEILEN, Frank, JESS, Andreas, KORTH, Wolfgang, QUANDT, Thomas, REINSDORF, Arne 33: EP 31: 16197935 32: 2016/11/09 54: CHROMIUM- AND NICKEL- FREE HYDROGENATION OF HYDROFORMYLATION MIXTURES 00: - The invention is concerned with catalysts for

heterogeneous hydrogenation of oxo process

aldehydes. The invention provides a catalyst

containing neither chromium nor nickel. In addition, it

enables the economically viable hydrogenation of

aldehyde mixtures originating from industrial oxo

processes on the industrial scale. For this purpose,

the catalyst should not be reliant on costly precious

metals such as Ru, Pd or Pt. Chromium and nickel

were omitted in the preparation of a conventional

Cu/Ni/Cr system, such that a catalyst wherein only

copper occurs as hydrogenation-active component

on the support material thereof, and not chromium or

nickel, is obtained.


Page | 256

21: 2017/07486 22: 2017/11/06 43: 2018/07/11 51: B01J 71: EVONIK DEGUSSA GMBH 72: FRANKE, Robert 33: EP 31: 16197717.8 32: 2016/11/08 54: PHOSPHOROUS ACID P,P'-[5,5',6,6'-TETRAMETHYL-3,3'-BIS(1-METHYLETHYL)[1,1'-BIPHENYL]-2,2'-DIYL]P,P,P',P'-TETRAKIS(2,4-DIMETHYLPHENYL) ESTER IN HYDROFORMYLATION 00: - A compound of the formula (1) and its complexes

with metal cations are used for catalysis in

hydroformylation processes.

21: 2017/07490 22: 2017/11/06 43: 2018/08/06

51: E06B 71: KEMPEN, Antonius Maria 72: KEMPEN, Antonius Maria 33: ZA 31: 2017/05688 32: 2017/08/22 54: ATTACHING DAMP PROOF COURSE TO CONSTRUCTION ELEMENTS SUCH AS DOORS AND WINDOW FRAMES 00: - Accessories (20,40) and methods are provided for

attaching DPC sheets (14) to building elements such

as frames (10,46). An accessory (20) can include a

pair of sealing flanges (24) in a V-formation that are

flexed towards each other and inserted into a groove

(12) where they resiliently expand and seal against

the inside of the groove, while the accessory (20) is

attached to the fame (12) with fasteners (30).

Instead, an accessory (40) can include a web (42)

along an edge of the DPC (14) that is flexed and

inserted into a groove (44) where it expands and is

held captive behind ridges (54).

21: 2017/07506 22: 2017/11/06 43: 2018/09/06 51: A41D 71: PUMA SE 72: MILES, Baljinder Kaur, CLARKE, Hugh Anthony, BENEYTO-FERRE, Jordi 54: SPORTS GARMENT 00: - The invention relates to a sports garment (1) having

a section (2) covering the upper part of the body of a

wearer during intended use of the garment, wherein

a climate zone (3) is arranged in the region covering

each axillary area (4) of the wearer during intended

use. To improve the cooling of the axillary area

efficiently the invention proposes that the climate

zone (3) comprises a plurality of fins (5) which are

arranged parallel to another and which are

contacting the skin of the wearer during intended


Page | 257

use of the garment, wherein the fins (5) are

extending along a defined height (hF) over a base

material (6) of the garment (1), wherein the fins (5)

are arranged in such a manner that the envelope (7)

of all fins (5) has a kite-shape or rhomb-shape seen

in the direction perpendicular onto the base material

(6) of the garment (1).

21: 2017/07554 22: 2017/11/08 43: 2018/09/06 51: F42D 71: DETNET SOUTH AFRICA (PTY) LTD 72: WHYTE, Aldaine, KRUGER, Michiel Jacobus, LIEBENBERG, Abraham Johannes 33: ZA 31: 2015/03270 32: 2015/05/12 54: DETONATOR CONTROL SYSTEM 00: - A method of locating a borehole and a detonator in a

blasting system which includes a number of

boreholes and detonators, wherein an operator uses

a mobile device which presents to the operator

identity and location information of a borehole but

only if the borehole is within a predetermined

distance of the operator.

21: 2017/07592 22: 2017/11/09 43: 2018/09/06 51: B01D; F28D 71: HANGANU, Dan Alexandru, WGA WATER GLOBAL ACCESS, S.L., NOMEN CALVET, Juan Eusebio 72: NOMEN CALVET, Juan Eusebio, HANGANU, Dan Alexandru 54: CONDENSER-EVAPORATOR TUBE 00: - The invention relates to a tube which is a condenser

on its internal face and an evaporator on its external

face, inside which flows a vapour to be condensed

and over which flows a liquid to be evaporated,

wherein the internal face and the external face of the

tube are covered by a capillary structure configured

for the formation of liquid meniscii having a contact

angle of less than 90º in which the liquid/vapour

interface curves, permitting capillary condensation

inside the tube and permitting evaporation on the

external afce of the tube to occur from the upper end

(25) of the liquid meniscii in which the thinnest layer

of liquid is produced and the most efficient

evaporation.

21: 2017/07597 22: 2017/11/09 43: 2018/07/16 51: A61K


Page | 258

71: Gufic Biosciences Limited 72: PATEL, Mitesh Natavarlal, DAVE, Mafatlal Tribhovandas, CHOKSI, Pranavkumar Jayesh 33: IN 31: 1770/MUM/2015 32: 2015/05/04 54: A FREEZE DRIED PHARMACEUTICAL FORMULATION OF RIFABUTIN AND PROCESS FOR PREPARATION THEREOF 00: - The present invention discloses a freeze dried

pharmaceutical formulation of Rifabutin along with a

suitable solubilizing agent and Bulking agent for

parenteral administration which provides sufficient

solubilization and stabilization of Rifabutin thus

improving the shelf life and reduces the likelihood of

precipitation during storage. The invention further

discloses a process of preparation of said

pharmaceutical formulation.

21: 2017/07615 22: 2017/11/10 43: 2018/09/10 51: F24F 71: RICKARD AIR DIFFUSION (PTY) LTD 72: BRUNETTE, Emma Margaret, COX, Kirsty Catherine, VAN NIEUWENHUIZEN, Dawid Matthys, RICKARD, Mark Garreth 33: ZA 31: 2016/07785 32: 2016/11/11 54: AIR DIFFUSION 00: - A flow of air through a diffuser (10) is controlled by

controlling the volumetric flow rate of the flow of air

in a control passage, directing the air through a

diffusion flow passage, and then either diffusing the

air in a first, normal direction, or occasionally

diffusing it in a second direction, to dump the air into

a room. The air is dumped by operating a dump

mechanism (26) to displace a dump element (28,46)

from a first diffusion position in which the flow of air

is directed in the first diffusion direction, along a

ceiling, to a second diffusion position in which the

dump element (28,46) redirects the flow of air to

dump it.

21: 2017/07633 22: 2017/11/10 43: 2018/07/16 51: C11D 71: Diversey, Inc. 72: GERARD, Nathalie Catherine, WATKINSON, Walter John, BASAR, Petr, SELLE, Christian 33: US 31: 62/158,032 32: 2015/05/07 54: CONTAINER WASHING AND DETERGENT FOR USE THEREOF 00: - The presently disclosed subject matter is directed a

method of cleaning a container said method

comprising: a. providing a container; b. cleaning the

container with an acidic detergent composition at 30-

60°C for 1-15 minutes, wherein the detergent

composition having, based on the total weight of the

composition about 1-60 weight percent of an acid,

about 1-60 weight percent of a solvent, and and

about 1-10 weight percent of a nonionic surfactant;

c. rinsing the container with water; d. cleaning the

container with caustic solution at 30-60°C for 0.5-15

minutes; and e. rinsing the container with potable

water. The method is used to clean and/or disinfect

a wide variety of products (such as bottles) in the

food, dairy, beverage, brewery, and soft drink

industries.

21: 2017/07635 22: 2017/11/10 43: 2018/09/07 51: G01N 71: ARCELORMITTAL 72: Sergio RODRIGUEZ VAAMONDE, Artzai PICON RUIZ, Asier VICENTE ROJO 54: METHOD OF DETERMINING A CHEMICAL COMPOSITION OF A SLAG PORTION 00: - Method of determining a chemical composition of a

slag portion (5), the method comprising the steps of:

- providing the slag portion, the slag portion having a

surface (S), - collecting light (L) reflected from the

surface using an optical system (10), - obtaining a

data set from the collected light, the data set at least

defining a matrix containing values representative of

an intensity of a part (L M,l ) of the collected light,

each part being respectively collected from one of a

plurality of points (M) at one of a plurality of

wavelengths, the matrix being indexed at least by: -

a plurality of space coordinates of the plurality of

points, and - a plurality of spectral parameters

representative of the plurality of wavelengths, -

conditioning the matrix in order to obtain a reduced

set of values, and - performing a mathematical


Page | 259

algorithm using the reduced set of values in order to

obtain the chemical composition. Corresponding

installation.

21: 2017/07660 22: 2017/11/13 43: 2018/09/07 51: C07C, C10G 71: HYCHAR HOLDINGS LIMITED 72: XIA, Yashen 33: CN 31: 201710534643.8 32: 2017/07/03 33: US 31: 62605621 32: 2017/08/21 33: CN 31: 201710801710.8 32: 2017/09/07 33: CN 31: 201710801807.9 32: 2017/09/07 33: CN 31: 201710801808.3 32: 2017/09/07 33: CN 31: 201710802457.8 32: 2017/09/07 33: CN 31: 201710802459.7 32: 2017/09/07 33: CN 31: 201710978477.0 32: 2017/10/18 54: METHOD AND APPARATUS OF PRODUCING FUEL BY PLASMA DUAL-ELECTRIC FIELD AIDED COKE OVEN GAS HYDROCARBONIZATION REFORMING 00: - The present invention provides a method of plasma

dual-electric field aided hydrocarbonization

reforming of coke oven gas, comprising the following

steps: the coke oven gas is introduced into a reactor,

containing a high frequency and high voltage dual-

electric field, one of the dual-electric field is an AC or

a positive corona field or other electric field sources

which can provide sufficient energy to oxidize and

decompose the various gas molecules in the coke

oven gas into atoms, ions, and free radicals, etc.,

and a negative corona discharge field subsequently.

After plasma aided hydrocarbonization reforming of

the present invention, a gas phase product mainly

composed of methane and a liquid phase product

mainly composed of ethanol can be used as a fuel,

respectively. In addition, during plasma aided

hydrocarbonization reforming, toxic and noxious and

odoriferous components such as carbon monoxide,

ammonia, hydrogen sulfide, benzene and the like in

coke oven gas are converted into harmless or

beneficial substances, achieving the purification

effect in the process of plasma aided

hydrocarbonization reforming.

21: 2017/07675 22: 2017/11/13 43: 2018/09/07 51: H02S 71: ARCELORMITTAL 72: Laurent GERON, Renaud VIGNAL 54: ELECTRICAL CONNECTION DEVICE FOR A PHOTOVOLTAIC SYSTEM 00: - The invention relates to an external facing panel for

a building, comprising: an upper transverse edge

including an upper overlap zone intended to be

covered by an adjacent panel, a lower transverse

edge including a lower overlap zone intended to

cover an adjacent panel, a central part covered by at

least one photovoltaic module, and an opening

located in the upper overlap zone and in which an

electrical junction box is inserted.


Page | 260

21: 2017/07683 22: 2017/11/13 43: 2018/09/07 51: E04D; F24J 71: ARCELORMITTAL 72: Paul WOUTERS, Laurent GERON, Renaud VIGNAL 54: PANEL, ASSEMBLY OF PANELS, AND ASSOCIATED ROOF 00: - The invention relates principally to a panel

comprising: an upper transverse edge including an

upper overlap zone intended to be covered by an

adjacent panel; a lower transverse edge including a

lower overlap zone intended to cover an adjacent

panel; a first longitudinal edge including a first

longitudinal rib; a central part, in the extension of the

first longitudinal rib, comprising: a recess located in

the upper overlap zone, comprising an opening in

which an electrical connection box is fitted; a hole

located in the lower overlap zone for the passage of

an electrical connector; a second longitudinal edge,

in the extension of the central part, comprising a

second longitudinal rib, said first and second

longitudinal ribs having shapes that allow them to

overlap.

21: 2017/07684 22: 2017/11/13 43: 2018/09/07

51: H02S 71: ARCELORMITTAL 72: Lionel FOURDRINIER, Laurent GERON, Renaud VIGNAL 54: ELECTRICAL CONNECTION DEVICE FOR A PHOTOVOLTAIC SYSTEM 00: - including an upper overlap zone intended to be

covered by an adjacent panel, a lower transverse

edge including a lower overlap zone intended to

cover an adjacent panel, a central part connecting

the transverse edges and covered by at least one

photovoltaic module, and an opening located in the

upper overlap zone and in which an electrical

junction box is inserted.

21: 2017/07728 22: 2017/11/15 43: 2018/09/03 51: F21Y 71: LIN, Ruei-Hsing 72: LIN, Ruei-Hsing 54: LED LAMP 00: - The light emitting diode (LED) lamp includes an

aluminum platform, a LED module, a heat sinking

piece, two insulating strips, two conductive wires,

and two positioning elements. The LED module and

the heat sinking piece are mounted to the platform.

Each conductive wire is embedded in the insulating

strip and both are configured on the platform so that

the LED module is electrically connected to the

conductive wires. Each positioning element includes

a connector portion for connecting an end of the

LED module and the heat sinking element, two

elastic arms extended downward from the

positioning element’s two ends, and an upwardly

curved band whose two ends are connected to the

two ends of the connector portion. Each elastic arm

has a wedge at a bottom end for plugging into a


Page | 261

groove of the platform. The LED lamp therefore

provides quick and easy assembly and disassembly.

21: 2017/07804 22: 2017/11/17 43: 2018/09/04 51: E21C; E21D 71: HARNISCHFEGER TECHNOLOGIES, INC. 72: POPP, James R., NICOSON, Richard 33: US 31: 62/424,161 32: 2016/11/18 54: MODULAR GROUND ENGAGEMENT TOOLING SYSTEM 00: - A tooling system includes a dipper having a lip with a

plurality of apertures, the apertures extending at

least partially through the lip. The tooling system

also includes a modular adapter configured to be

inserted partially into one of the apertures along an

axis of insertion. The adapter is configured to be

releasably coupled to the lip. The adapter includes a

first portion configured to extend into the aperture,

and a second portion configured to extend out of the

aperture. The tooling system also includes a locking

system including a fastener configured to extend at

least partially into the aperture and couple to the

adapter to the lip.

21: 2017/07814 22: 2017/11/17 43: 2018/07/04 51: H04W 71: Huawei Technologies Co., Ltd. 72: YU, Yinghui, LIU, Lei, YU, Feng, TIE, Xiaolei 33: CN 31: 201510257300.2 32: 2015/05/19 54: DOWNLINK SCHEDULING DATA MONITORING METHOD, DOWNLINK SCHEDULING DATA SENDING METHOD, AND APPARATUS 00: - A method and device for monitoring and transmitting

downlink scheduling data. The method comprises:

activating a timer; and upon determining timeout of

the timer, monitoring, by employing a first

discontinuous reception (DRX) monitoring cycle,

downlink scheduling data transmitted by a base

station, wherein a time duration of the first DRX

monitoring cycle is in units of minutes or hours, and

after the timeout of the timer is determined, the

downlink scheduling data is monitored by the first

DRX monitoring cycle having the time duration in

units of minutes or hours, thus reducing power

consumption, and enabling monitoring of the

downlink scheduling data.

21: 2017/07840 22: 2017/11/20 43: 2018/09/04 51: E03B; E04D; F17D 71: Khongozela Water Solutions (Pty) Ltd 72: MAKHANYA, Baldwin Phelelani 33: ZA 31: 2017/06243 32: 2017/09/14 54: RAINWATER HARVESTING INSTALLATION 00: -


Page | 262

This invention provides a communal rainwater

harvesting installation 10 that includes a multiplicity

of rainwater collection tanks 12 and a tank support

structure 14 including an external framework 16 and

a dedicated rainwater collection surface 20. Gutters

22 collect and channel rainwater collected on the

collection surface 20 into the collection tanks 12 by

way of gutter outlet pipes or downpipes 24. Unlike

conventional rainwater harvesting installations, in

which rainwater is typically collected from the roof of

a dwelling or other structure and rainwater collection

is a secondary function of the roof, the primary

function of the rainwater collection surface 20 is

rainwater harvesting.

21: 2017/07843 22: 2017/11/20 43: 2018/06/29 51: A61F 71: MEDTRADE PRODUCTS LIMITED 72: HOGGARTH, Andrew, BUGEDO, Ander, HARDY, Craig 33: GB 31: 1507134.3 32: 2015/04/27 54: WOUND DRESSING 00: - The present invention relates to a wound dressing

composition for use as or in a wound dressing and to

methods of making the wound dressing composition.

The wound dressing composition comprises wicking

material, and superabsorbent material that is

punched into the wicking material. The action of

punching the superabsorbent material into the

wicking material acts to significantly increase the

rate of absorption of the combination materials.

21: 2017/07846 22: 2017/11/20 43: 2018/08/31 51: G10L 71: FRAUNHOFER-GESELLSCHAFT ZUR FÖRDERUNG DER ANGEWANDTEN FORSCHUNG E.V. 72: JÄGERS, Wolfgang, BAYER, Stefan, FOTOPOULOU, Eleni, MARKOVIC, Goran, DIETZ, Martin, DÖHLA, Stefan, SCHNELL, Markus, MULTRUS, Markus, RAVELLI, Emmanuel, FUCHS, Guillaume 33: EP 31: 16152450.9 32: 2016/01/22 33: EP 31: 16152453.3 32: 2016/01/22 54: APPARATUSES AND METHODS FOR ENCODING OR DECODING AN AUDIO MULTI-CHANNEL SIGNAL USING SPECTRAL-DOMAIN RESAMPLING 00: - An apparatus converting sequences of blocks of

sample values of at least two channels into

sequences of blocks of spectral values, wherein a

block of sampling values has an input sampling rate,

a multi-channel processor (1010) for applying a joint

multi-channel processing to the sequences of blocks

or to resampled sequences of blocks to obtain at

least one result sequence of blocks of spectral

values; a spectral domain resampler (1020) for

resampling the blocks of the result sequences or for

resampling the sequences of blocks of spectral

values to obtain a resampled sequence of blocks of

spectral values, wherein a block of the resampled

sequence of blocks has spectral values up to a

maximum output frequency (1231, 1221) being

different from the maximum input frequency (1211);

a spectral-time converter for converting the

resampled sequence of blocks or the result

sequence of blocks into a time domain; and a core


Page | 263

encoder (1040) for encoding the output sequence of

blocks.

21: 2017/07861 22: 2017/11/20 43: 2018/06/29 51: H04N 71: Huawei Technologies Co., Ltd. 72: ZHAO, Zhijie, LIU, Yiqun, OSTERMANN, Joern 54: APPARATUS AND METHOD FOR VIDEO MOTION COMPENSATION 00: - The present invention provides a frame buffer (306)

adapted to store at least one reference frame of a

video stream, said reference frame being different

from a current frame of the video stream, a motion

estimation unit (307) adapted to generate a motion

vector by estimating motion between a reference

block of the reference frame and a current block of

the current frame, a blurring filter selection unit (313)

adapted to select one of a plurality of blurring filters

depending on the orientation of the motion vector, a

filtering unit (314) adapted to generate a filtered

reference block by applying the selected blurring

filter to the reference block, a motion compensation

unit (308) adapted to generate a filtered prediction

block of the current block on the basis of the current

block, the motion vector and the filtered reference

block.

21: 2017/07976 22: 2017/11/23 43: 2018/06/29 51: H02K; H02P 71: Aditya Auto Products & Engg. (I) Pvt. Ltd. 72: KUDLIGI, Srinivas 33: IN 31: 2596/CHE/2015 32: 2015/05/25 54: SWITCHED RELUCTANCE MACHINE (SRM) WITH PARALLEL FLUX PATH 00: - A Switched Reluctance Machine (SRM) assembly is

provided. The assembly comprises a stator with a

plurality of stator poles with a coil wounded on each

stator pole. Each of the plurality of stator poles

comprises a plurality of sub-poles integrally formed

therewith, and the plurality of sub-poles provide the

closest interface between the stator and the rotor.

Further, two coils of an opposing pair of stator poles

are energized during an excitation phase which is

configured to create a flux path between each of the

plurality of opposing sub-poles of the energized

stator poles. The rotor of the assembly comprises a

plurality of poles extending from a surface to provide

the closest interface between the rotor and stator.

Further, the plurality of stator sub-poles and the

plurality of rotor poles are arranged to provide a

commutation angle for the SRM assembly less than

15 degrees.


Page | 264

21: 2017/08040 22: 2017/11/27 43: 2018/09/04 51: B01D; C10L; C12M; F26B 71: BIOCARBON INDUSTRIES S.A.R.L. 72: VIESLET, Jean-Paul 33: LU 31: 92738 32: 2015/06/11 54: METHOD AND FACILITY FOR PREPARING BIOMASS 00: - The present invention relates to a method and

facility for preparing lignocellulosic biomass, in

particular by means of water extraction and

optionally particle-size refinement, for subsequent

use particularly in a process of torrefaction,

carbonization, pellet production, such as fuel pellets

or soil enhancement pellets, or the manufacturing of

building materials, or even the preparation of agri-

food products, comprising centrifugation (100) of the

biomass followed by attrition milling and drying

(200).

21: 2017/08068 22: 2017/11/28 43: 2018/06/28 51: B01D; C04B 71: Corning Incorporated

72: DANNOUX, Thierry Luc Alain 33: US 31: 62/168,215 32: 2015/05/29 54: HONEYCOMB FILTER PLUGGING AND APPARATUS FOR HONEYCOMB FILTER PLUGGING 00: - A method for forming a plugged honeycomb article

includes feeding a ceramic precursor material

through an extrusion die, the extrusion die having a

plurality of pins, a plurality of cavities bounded by

adjacent pins, and alternating end-faces of the

plurality of pins include extensions extending from

an outlet of the extrusion die in an extrusion

direction. The method further includes extruding the

ceramic precursor material through the extrusion die

to form a web structure comprising a plurality of cell

walls and channels bounded by adjacent cell walls,

supporting the web structure that has been extruded

through the extrusion die, and providing movement

between the extrusion die and the web structure in

at least one direction substantially orthogonal to the

extrusion direction while the extensions are

positioned in at least a portion of the channels.

21: 2017/08070 22: 2017/11/28 43: 2018/06/29 51: C07D 71: Arysta Lifescience Corporation 72: PRASAD, Vic, GIBB, Cameron, LARSON, Christopher Lynn, SRIKANTH, A. Sai, PAWAR,


Page | 265

Jivan Dhanraj, BALAKRISHNAN, Sankar, RAVIKUMAR, K. N., MANE, Avinash Shesharo, SATEESH, Sagi, RAO, Sampadarao Ananda 33: US 31: 62/168,196 32: 2015/05/29 54: PROCESS FOR PREPARING (E)-(5,6-DIHYDRO-1,4,2-DIOXAZINE-3-YL) (2-HYDROXYPHENYL) METHANONE O-METHYL OXIME 00: - A process for preparing (E)-(5,6-dihydro-l,4,2-

dioxazin-3-yl)(2- hydroxyphenyl)methanone O-

methyl oxime is described which includes: (i)

reacting benzofuran-3(2H)-one O-methyl oxime (1)

with at least one nitrite selected from n-butyl nitrite

and tert-butyl nitrite, in the presence of a metal

alkoxide to form (2Z,32)-2,3-benzofuran-dione O3-

methyl dioxime (2) as the predominant isomer; (ii)

reacting the (2Z,3Z)-2,3-benzofuran-dione O -methyl

dioxime (2) with 2- haloethanol to form (2Z,3Z)-

benzofuran-2,3-dione 02-(2-hydroxyethyl) O3 -

methyl dioxime (3); and (iii) reacting the (2Z,3Z)-

benzofuran-2,3-dione 02-(2-hydroxyethyl) & -methyl

dioxime (3) with an acid to form (E)-(5,6-dihydro-

l,4,2-dioxazin-3-yl)(2- hydroxyphenyl)methanone (9-

methyl oxime (4);

21: 2017/08072 22: 2017/11/28 43: 2018/07/24 51: C04B 71: Kerneos

72: BRIGANDAT, Pierre, MAHIAOUI, Jamel, ESTIVAL, Jacques 33: FR 31: 1555036 32: 2015/06/03 54: COMPOSITION COMPRISING AN AMORPHOUS CALCIUM ALUMINATE AND ASSOCIATED PRODUCTION METHOD 00: - The present invention relates to a composition

comprising an amorphous calcium aluminate having

a final molar ratio (RF) of lime to alumina within a

predetermined range that extends between a lower

limit (Ri) and an upper limit (Rs), said lower limit

being different to the upper limit, in which said

amorphous calcium aluminate is a mixture of at

least: - a first amorphous calcium aluminate having a

first molar ratio of lime to alumina (R1) strictly less

than the lower limit of said predetermined range, and

- a second amorphous calcium aluminate having a

second molar ratio of lime to alumina (R2) strictly

greater than the upper limit of said predetermined

range, and in which said mixture comprises a first

quantity of the first amorphous calcium aluminate

and a second quantity of the second amorphous

calcium aluminate, said first and second quantities

being determined such that the final molar ratio of

lime to alumina of the amorphous calcium aluminate,

corresponding to the average of the first and second

molar ratios of lime to alumina weighted by said first

and second quantities, belongs to said

predetermined range. The present invention also

concerns a method for producing such a

composition.

21: 2017/08075 22: 2017/11/28 43: 2018/06/29 51: A61K; C12N 71: University of Maryland, Baltimore, The USA as Represented by the Department of Veterans Affairs, Biogen Chesapeake, LLC 72: SIMARD, J. Marc, JACOBSON, Sven 33: US 31: 62/168,589 32: 2015/05/29


Page | 266

54: METHODS OF REDUCING OR PREVENTING INTIMAL DAMAGE CAUSED BY MECHANICAL STIMULATION OF ENDOTHELIAL CELLS 00: - Embodiments of the disclosure encompass methods

and/or compositions for ameliorating or preventing

intimal damage caused by mechanical stimulation of

endothelial cells. The damage may be caused by

use of a device within an artery, vein, or capillary of

an individual, such as to remove a thrombus, an

embolus or an atherosclerotic plaque in the vessel.

Treatment and prevention embodiments concern

therapeutically effective amounts of one or more

antagonists of the SUR1- TRPM4 channel that is

upregulated upon the mechanical stimulation.

21: 2017/08078 22: 2017/11/28 43: 2018/09/05 51: B60L; E02F 71: JOY GLOBAL LONGVIEW OPERATIONS LLC 72: NEILSON, Bradley Maxwell, LYTEN, Michael John, OWINGS, Don F., BARR, Marcus N., DILLINGER, James B., DORSETT, William A. 33: US 31: 62/167,808 32: 2015/05/28 33: US 31: 62/167.814 32: 2015/05/28 54: MINING MACHINE AND ENERGY STORAGE SYSTEM FOR SAME 00: - A mobile mining machine includes a plurality of

traction elements, a plurality of motors, a power

source in electrical communication with the plurality

of motors, and an energy storage system in

electrical communication with the plurality of motors

and the power source. Each of the motors is coupled

to an associated one of the plurality of traction

elements. Each of the motors is driven by the

associated traction element in a first mode, and

drives the associated traction element in a second

mode. The energy storage system includes a shaft,

a rotor secured to the shaft, a stator extending

around the rotor, and a flywheel coupled to the shaft

for rotation therewith. In the first mode, rotation of

the motors causes rotation of the flywheel to store

kinetic energy. In the second mode, rotation of the

rotor and the flywheel discharges kinetic energy to

drive the motors.

21: 2017/08089 22: 2017/11/28 43: 2018/09/06 51: A63G 71: PONDORFER, Walter 72: PONDORFER, Walter 33: GB 31: 1507618.5 32: 2015/05/04 54: AMUSEMENT RIDES 00: - A gondola 40 is mounted to move freely along an

endless, sinuous track 20. With the track 20 rotating

about a horizontal axis, the gondola 40 is raised and,

as the track 20 presents a downhill section, the

gondola 40 rolls down it under the influence of

gravity. The steeper the downhill section, the greater

the speed until the gondola 40 reaches its lowermost

position (Figure 1B). Its momentum cause the

gondola 40 to carry on travelling along a

momentarily uphill section of the track 20. Travel

from then on depends on a number of variables,

including the rotational speed, direction and

acceleration of the track 20, the weight of the

gondola 40 and its passengers, the natural damping

effect of friction in the mounting of the gondola 40 on

the track 20, and any additional braking and/ or

driving effect that may be applied to the gondola 40.

As compared to a conventional rollercoaster, the ride

1 may occupy a very much smaller footprint, incur a

much lower capital cost and be readily adaptable to

mobile use. By varying the operating parameters,

many differing ride experiences may be achieved.


Page | 267

21: 2017/08090 22: 2017/11/28 43: 2018/09/04 51: A01N; C01B; C01G 71: MYCO SCIENCES LIMITED 72: GURR, Sarah, HALL, Tony, John 33: US 31: 62/172,501 32: 2015/06/08 54: ANTIMICROBIAL AND AGROCHEMICAL COMPOSITIONS 00: - In accordance with, the present invention, there is

provided an antimicrobial composition comprising an

aqueous solution containing copper and/or zinc ions,

optionally a hydroxide salt, and phosphorous acid.

The composition, is additionally sporicidal and

scleroticidal when combined with a salt of nitrous

acid such as sodium nitrite. The present invention

may also include chemicals containing the phosphite

or phosphonaie group (PO/l which can inhibit the

formation of scierotia at concentrations that are

readily achievable for agricultural applications.

Compositions of the present invention, inhibit,

scierotia formation by fungi and may therefore be

used in the field to prevent the continuation and

advancement of pathogenie fungi.

21: 2017/08112 22: 2017/11/29 43: 2018/06/29 51: H04W 71: Huawei Technologies Co., Ltd. 72: LUO, Jun, ZHANG, Jiayin, PANG, Jiyong 33: PCT/CN 31: 2015/077912 32: 2015/04/30 54: WLAN SYSTEM RESOURCE INDICATION METHOD AND APPARATUS 00: - The present invention provides a resource indication

method and apparatus for a WLAN system. The

method comprises: an access point (AP) generates

a frame carrying resource indication information, and

sends the frame carrying the resource indication

information to a plurality of stations, wherein the

resource indication information comprises a plurality

of pieces of sub resource indication information, and

accordingly, each piece of sub resource indication

information corresponds to a station in the plurality

of stations uniquely. It is achieved that a station side

does not need to read the whole resource indication

information, the resource overhead is reduced, and

the efficiency can be improved.

21: 2017/08155 22: 2017/11/30 43: 2018/06/29 51: A61K 71: Tarveda Therapeutics, Inc. 72: WHITE, Brian H., BILODEAU, Mark T., MOREAU, Benoît, SHINDE, Rajesh R., LIM SOO, Patrick, SWERYDA-KRAWIEC, Beata, BAZINET, Patrick Rosaire, ALARGOVA, Rossitza G., DUNBAR, Craig A.


Page | 268

33: US 31: 62/186,657 32: 2015/06/30 54: TARGETED CONJUGATES AND PARTICLES AND FORMULATIONS THEREOF 00: - Nanoparticles and microparticles, and

pharmaceutical formulations thereof, containing

conjugates of an active agent such as maytansinoid

attached to a targeting moiety, such as a

somatostatin receptor binding moiety, via a linker

have been designed. Such nanoparticles and

microparticles can provide improved temporospatial

delivery of the active agent and/or improved

biodistribution. Methods of making the conjugates,

the particles, and the formulations thereof are

provided. Methods of administering the formulations

to a subject in need thereof are provided.

21: 2017/08242 22: 2017/12/05 43: 2018/06/29 51: H03M; H04N 71: Velos Media International Limited 72: CHIEN, Wei-Jung, SOLE ROJALS, Joel, KARCZEWICZ, Marta 33: US 31: 61/557,325 32: 2011/11/08 54: NUMBER OF CONTEXT REDUCTION FOR CONTEXT ADAPTIVE BINARY ARITHMETIC CODING 00: - A reduction in the number of binarizations and/or

contexts used in context adaptive binary arithmetic

coding (CABAC) for video coding is proposed. In

particular, this disclosure proposes techniques that

may lower the number of contexts used in CABAC

by up to 56. A method of coding video data

comprising: coding a Cb chroma coded block flag for

a block of video data using context adaptive binary

arithmetic coding (CABAC), wherein coding the Cb

chroma coded block flag comprises using a context

set including one or more contexts as part of the

CABAC; and coding a Cr chroma coded block flag

using CABAC, wherein coding the Cr chroma coded

block flag comprises using the same context set as

the Cb chroma coded block flag as part of the

CABAC. It selects a context from the one or more

contexts based on a transform depth of a transform

unit associated with the block of video data.

21: 2017/08249 22: 2017/12/05 43: 2018/07/04 51: A47J 71: La Marzocco S.r.l. 72: DIONISIO, Andrea, GATTI, Riccardo, BERETTA, Maurizio 33: IT 31: UB2015A002061 32: 2015/07/10 54: MACHINE OF THE PISTON TYPE FOR DISPENSING COFFEE OR OTHER BREWED BEVERAGES 00: - A machine (100) for espresso coffee (barley or other

beverages) of the piston type is described. The


Page | 269

machine comprises a cylinder (1), a piston (2) which

is configured to perform a translation movement in

said cylinder (1), a rod (4) having an end

cooperating with said piston (2), an operating lever

(5), a member (6) configured to cooperate with said

rod (4) and to move said piston (2) from a first

position to a second position by compressing a

spring (3), and a mechanism (8, 10, 11, 12) which

realizes the connection between said operating lever

(5) and said member (6), wherein said mechanism is

of the "hold-to-operate" type.

21: 2017/08253 22: 2017/12/05 43: 2018/08/16 51: A61K 71: SUN PHARMACEUTICAL INDUSTRIES LIMITED 72: DESHMUKH, Subodh, KOCHHAR, Ravi, MADAN, Sumit, AMRUTKAR, Pankaj Prabhakar 54: ORAL PHARMACEUTICAL COMPOSITION OF ISOTRETINOIN 00: - The present invention provides an oral

pharmaceutical composition of isotretinoin having

enhanced bioavailability, wherein said composition is

in the form of a solid dispersion comprising

isotretinoin and a pharmaceutically acceptable

matrix. The present invention further relates to a

process for preparing the oral pharmaceutical

composition of the present invention.

21: 2017/08281 22: 2017/12/06 43: 2018/08/16 51: A01M; B05B 71: PELLENC (SOCIÉTÉ ANONYME) 72: GIALIS, Jean-Marc, PELLENC, Roger 33: FR 31: 1555895 32: 2015/06/25 54: COMPACT SPRAYING MODULE, SYSTEM FOR SPRAYING AND CONTROLLING A PLURALITY OF SUCH MODULES, AND METHOD FOR CONTROLLING MODULES OF SUCH A SYSTEM 00: - The present invention relates to a compact spraying

module for spraying a liquid in the form of droplets

(18) for treating a target. Said module includes a

spraying unit (3) including a nozzle containing at

least one spraying member and a fan that is capable

of generating a carrying air flow in the nozzle and of

carrying the droplets originating from said member to

the target. Said module includes its own liquid

supply system (7, 11) that and includes an electric

pump (11), an electronic control and monitoring unit,

a holder that keeps said pump near the spraying

unit, an individual communication interface (20), and

a power supply interface (20'). The invention also

relates to a system for spraying and controlling a

plurality of such modules and to a method for

controlling modules of such a system.


Page | 270

21: 2017/08309 22: 2017/12/07 43: 2018/06/29 51: A61K; A61P; C07D 71: Merck Sharp & Dohme Corp. 72: BENNETT, Frank, JIANG, Jinlong, PASTERNAK, Alexander, DONG, Shuzhi, GU, Xin, SCOTT, Jack D., TANG, Haiqun, ZHAO, Zhiqiang, HUANG, Yuhua, YANG, Dexi, YOUNG, Katherine, XIAO, Li, ZHANG, Zhibo, FU, Jianmin 33: PCT/CN 31: 2015/082514 32: 2015/06/26 54: 3-TETRAZOLYL-BENZENE-1,2-DISULFONAMIDE DERIVATIVES AS METALLO-BETA-LACTAMASE INHIBITORS 00: -

21: 2017/08316 22: 2017/12/07 43: 2018/06/28 51: A47J 71: La Marzocco S.r.l. 72: DIONISIO, Andrea, GATTI, Riccardo, BERETTA, Maurizio 33: IT 31: UB2015A002073 32: 2015/07/10 54: MACHINE OF THE PISTON TYPE FOR DISPENSING COFFEE OR OTHER BREWED BEVERAGES 00: - A machine (100) for espresso coffee of the piston

type is described. The machine comprises a cylinder

(1), a piston (2) which is configured to perform a

translation movement in said cylinder, a rod (4)

having an end cooperating with said piston (2), an

operating lever (5), a spring (3), a member (6)

configured to cooperate with said rod (4) and to

move said piston (2) from a first position to a second

position in which said spring (3) is at least partially

compressed, and an opening (71) for introducing

water into said cylinder (1) configured so as to

introduce water above the piston (2).


Page | 271

21: 2017/08374 22: 2017/12/11 43: 2018/09/03 51: B29C 71: Spec Tool AND Die and General Engineering CC 72: MURGATROYD, David John 33: ZA 31: 2016/06361 32: 2016/09/15 54: WIDE-NECKED INJECTION MOULDED PRODUCTS 00: - This invention relates to wide-necked injection

moulded products conventionally produced by way

of plastics injection blow moulding. In the cosmetics

jar 10, the wall thickness of the jar 10 in the areas of

the shoulder 18 is increased relative to the wall

thickness throughout the remainder of the product.

In addition, the internal wall of the jar 10 in the area

18.1 which extends about the interior of the jar

internally of the shoulder 18, and the internal wall in

the areas 16.1 internally of the lid clips 16 are

relatively smooth in both instances, with minimal

internal undercuts. This enables the use of a non-

collapsible mould core without damage to the

product.

21: 2017/08381 22: 2017/12/11 43: 2018/06/29 51: F04C 71: NETZSCH Pumpen & Systeme GmbH 72: TEKNEYAN, Mikael, NUEBL, Philipp, WEIGL, Stefan, WEBER, Helmuth, ROSAM, Markus 33: DE 31: 10 2015 007 567.5 32: 2015/06/12 54: COUPLING ELEMENT FOR AN ECCENTRIC SCREW ROTOR 00: - The invention relates to a coupling element (10, 100)

for the connection of a helix-shaped eccentric screw

pump rotor (50) to a drive shaft, comprising a drive

shaft receiving portion (11) and an oppositely

arranged rotor connecting portion (10a), which is

designed in the form of a hollow cylinder (12, 112)

for receiving a rotor end (50a), the hollow cylinder

(12, 112) comprising at least two inner

circumferential surfaces (B) which are

complementary to the rotor (50) and have a radius

(R2) which is determined in relation to the cross-

sectional center of the hollow cylinder (12, 112).


Page | 272

21: 2017/08383 22: 2017/12/11 43: 2018/06/29 51: F04C 71: NETZSCH Pumpen & Systeme GmbH 72: TEKNEYAN, Mikael, NUEBL, Philipp, BRUENING, Magdalena 33: DE 31: 10 2015 007 521.7 32: 2015/06/12 54: PUMP HOUSING FOR AN ECCENTRIC SCREW PUMP, AND ECCENTRIC SCREW PUMP EQUIPPED THEREWITH 00: - The invention relates to a pump housing (10) for an

eccentric screw pump (100), comprising a

longitudinal axis (L) and an axially extending cavity

(H) between an opening (A) at the drive end and an

opening (P) at the pump end; the opening (P) at the

pump end is enclosed by a main housing member

(12) and a lid (14) that is removably secured to the

main housing member (12); the main housing

member (12) has a ring segment-shaped axial

guiding surface (F) across from the lid (14).

21: 2017/08546 22: 2017/12/15 43: 2018/07/19 51: G05D; F15D; F15C 71: HEGRU TRADING CC 72: GRUNDLINGH, HENDRIK EDUARD 54: WATER CONTROL SYSTEM AND INSTALLATION 00: - The invention relates to a water control system 100

and method. The system 100 includes a pipe

network 11 which is connected to a heated/hot water

supply source 1, a temperature sensing

arrangement 19, 20, 44 which is configured to

measure a temperature which is indicative of the

temperature of water inside the system 100, and a

control arrangement 102. The pipe network 11 is

configured to supply/distribute heated water from the

supply source 1 to a primary heated water demand

outlet 5, and a secondary water utilisation/storage

arrangement 15. The control arrangement 102 is

configured, when the measured temperature is

below a certain temperature level, to (a)

prevent/restrict water flow via the pipe network 11 to

the primary demand outlet 5, and (b) divert/direct

water flow to the secondary water utilisation/storage

arrangement 15.


Page | 273

21: 2017/08591 22: 2017/12/18 43: 2018/06/29 51: F24J G01B 71: SOLARRESERVE TECHNOLOGY, LLC 72: HINES, Braden E. 33: US 31: 62/182,196 32: 2015/06/19 54: HELIOSTAT CHARACTERIZATION USING STARLIGHT 00: - The present invention offers an improvement to

existing canting, slope error, and/or pointing

measurement approaches, by using one or more

cameras to observe the reflections of points of light

in the firmament, such as the reflections of stars

and/or planets as visible within the night sky in the

heliostat facets. An illustrative heliostat

measurement system comprises a plurality of

heliostats, and at least one camera that observes at

least one heliostat. The heliostats reflect an image of

the firmament that can be observed by the at least

one camera. The system further comprises (i) at

least one captured image of the firmament reflected

from at least one of the heliostats; and (ii) a

computer comprising programming that determines a

heliostat imperfection from the captured image,

wherein the heliostat imperfection is selected from at

least one of a slope error, a canting error, and a

pointing error.

21: 2017/08596 22: 2017/12/18 43: 2018/08/07 51: G01N 71: NATARAJAN, Adarsh 72: NAIR, Siddharth, NATARAJAN, Adarsh 33: IN 31: 2599/CHE/2015 32: 2015/05/25 54: AUTOMATED STAINER AND A METHOD THEREOF 00: - Embodiments of the present disclosure relates to a

sample stainer for automatically staining samples

with one or more reagents. The stainer comprises a

trough base with predetermined pattern to hold one

or more trough. Each trough comprises a plurality of

compartments that is capable of being filled with one

or more reagents required for staining samples. The

stainer also comprises a slide holder for holding

slides having sample collected from the users. The

slide holder comprises a plurality of compartments,

each compartment comprising one or more slots to

hold the slides. The stainer further comprises a

motion control unit that is configured to control the

rotary motion of the trough base and linear motion of

the slide holder during the staining process. The

stainer also comprises a user interface configured to

receive inputs including slide information and

staining process related information from user to

perform the staining of the sample.


Page | 274

21: 2017/08620 22: 2017/12/18 43: 2018/06/28 51: C12P; C12Q; G01N 71: Gestvision, Inc. 72: DAVIS, Wendy L., LEVENSON, Daniel 33: US 31: 62/192,962 32: 2015/07/15 54: DEVICE FOR DETECTING MISFOLDED PROTEINS AND METHODS OF USE THEROF 00: - The present invention relates to diagnostic devices

as well as methods of using these devices for

detecting proteins of interest associated with

diseases or disorders in mammals. In particular, the

proteins of interest may be misfolded proteins

associated with certain misfolded- protein disorders

in mammals including those mammals suspected of

or at risk of having such disorders.

21: 2017/08628 22: 2017/12/18 43: 2018/07/05 51: E21D 71: Anhui University of Science and Technology 72: LI, Jiazhuo, XIE, Guangxiang, WANG, Lei, YIN, Zhiqiang, LI, Chuanming 33: CN 31: 2016109868983 32: 2016/11/09

54: TOTALLY-ENCLOSED SHIELD SUPPORT DEVICE OF SOIL-LIKE COAL WORKING FACE 00: - The present invention provides a totally-enclosed

shield support device of a soil-like coal working face,

including a plurality of shield support systems

arranged in parallel, each shield support system

includes a hydraulic support and a carbon fiber net,

the hydraulic support includes a top beam, a

retaining plate, a telescopic beam, a shield beam,

four upright posts, a front connecting rod, a rear

connecting rod, a base and a pushing device,

wherein the bottom ends of the four upright posts

are hinged on the base, and the back of the top

beam is hinged with the shield beam; the shield

beam, the front connecting rod, the rear connecting

rod and the base are hinged with one another to

form a four-connecting-rod mechanism, the top

beam is of an integral structure, the telescopic beam

is hinged in a front end of the top beam through two

telescopic beam jacks, the maximum expansion and

contraction quantity of the telescopic beam is

800mm, and the travel of each telescopic beam jack

is greater than the coal cutting step length; and the

retaining plate is hinged to the front end of the

telescopic beam, the carbon fiber net is paved above

the hydraulic support, and the back of the shield

beam is also covered by the carbon fiber net. The

present invention solves the problems that the soil-

like coal working face is subjected to serious roof fall

and spalling, and that the safety of workers cannot

be guaranteed.

21: 2018/00196 22: 2018/01/10 43: 2018/07/10 51: H04W 71: Sony Corporation 72: ITAGAKI, Takeshi, YAMAURA, Tomoya, MORIOKA, Yuichi 33: JP 31: 2015-169116 32: 2015/08/28 54: INFORMATION PROCESSING DEVICE AND INFORMATION PROCESSING METHOD


Page | 275

00: - In order to efficiently use a wireless resource, the

provided information processing device is provided

with a control unit. The control unit provided in the

information processing device performs a control

which terminates reception of a packet, upon

detecting that the packet is determined to have been

transmitted from a second network that differs from a

first network to which the information processing

device itself belongs. The control unit provided in the

information processing device also performs a

control which treats the carrier sense as idle, on the

basis of the reception strength of the packet

determined to have been transmitted from the

second network.

21: 2018/00282 22: 2018/01/16 43: 2018/07/10 51: H04W 71: Sony Corporation 72: FURUICHI, Sho 33: JP 31: 2015-179402 32: 2015/09/11 54: COMMUNICATION CONTROL DEVICE, STORAGE DEVICE, COMMUNICATION CONTROL DETERMINATION DEVICE, AND SERVER DEVICE 00: -

[Problem] To provide a communication control

device that can be configured to enable coexistence

between communication nodes in any type of

mounting. [Solution] A communication control device

provided with: a transmission unit for transmitting a

request for acquisition of connection information to a

storage device that holds the connection information

for establishing a connection with a communication

control determination device for controlling

coexistence among a plurality of wireless systems;

an acquisition unit for acquiring a response that

includes the connection information from the storage

device; and a control unit for selecting a

communication control determination device using at

least one standard on the basis of the connection

information received from the storage device, the

standard pertaining to information required for

communication control for the coexistence.

21: 2018/02068 22: 2018/03/28 43: 2018/07/19 51: A01H; C12N; C12Q 71: SHANGHAI JIAO TONG UNIVERSITY 72: LI, Na, WU, Xiangyu, ZHANG, Jiajin, ZHOU, Linbi, CUI, Yunyun, LIU, Feng, BO, Luhua, XIAO, Peiying, CAO, Yueping 33: CN 31: 201510646846.7 32: 2015/10/09 54: SOYBEAN TRANSGENIC EVENT SHZD32-01 AND METHODS OF USE THEREOF 00: - The present invention provides soybean plant and

seed comprising the soybean transgenic event


Page | 276

SHZD32-01 and DNA molecules unique to the

event. The present invention also provides use of

the plant parts, seeds; the soybean transgenic event

SHZD32-01 comprises at least one of the nucleic

acid molecules given in SEQ ID NO: 1, SEQ ID NO:

2, SEQ ID NO: 3, SEQ ID NO: 4 , SEQ ID NO: 9,

and their complete complementary sequences. The

methods of use include the method for producing

soybean with tolerance to herbicide glyphosate, the

method for producing a soybean-based commercial

product, and the method for controlling weeds in a

field comprising soybean plants. Soybean strains of

the present invention comprises the soybean

transgenic event SHZD32-01, exhibits strong

tolerance to glyphosate, and is helpful for weeds

control. DNA detection of the soybean transgenic

event SHZD32-01 is useful for identifying the

soybean transgenic event SHZD32-01 in a sample

and may be applied to methods for breeding

soybean plants comprising the DNA.

21: 2018/02286 22: 2018/04/06 43: 2018/08/23 51: A61K 71: UNIVERSITY OF WASHINGTON 72: SUN, XIZHANG, ELKON, KEITH, HAYDEN-LEDBETTER, MARTHA, LEDBETTER, JEFFREY, A 33: US 31: 61/480,961 32: 2011/04/29 33: US 31: 61/617,241 32: 2012/03/29 54: THERAPEUTIC NUCLEASE COMPOSITIONS AND METHODS 00: - Hybrid nuclease molecules and methods for treating

an immune-related disease or disorder in a mammal,

and a pharmaceutical composition for treating an

immune-related disease in a mammal.

21: 2018/02478 22: 2018/04/16 43: 2018/07/31 51: A61K; A61P; C12N 71: CELULARITY, INC. 72: LAW, Eric, HOFGARTNER, Wolfgang, HARIRI, Robert, J., ZHANG, Xiaokui, DJURETIC, Ivana,

KANG, Lin, VOSKINARIAN-BERSE, Vanessa, STOUT, Bhavani, EDINGER, James, JANKOVIC, Vladimir 33: US 31: 62/403,571 32: 2016/10/03 33: US 31: 62/242,246 32: 2015/10/15 33: US 31: 62/272,984 32: 2015/12/30 54: NATURAL KILLER CELLS AND ILC3 CELLS AND USES THEREOF 00: - Provided herein are methods of producing natural

killer (NK) cells and/or ILC3 cells using a three-stage

expansion and differentiation method with media

comprising stem cell mobilizing factors. Also

provided herein are methods of suppressing tumor

cell proliferation using the NK cells and/or ILC3 cells

and the NK cell and/or ILC3 cell populations

produced by the three-stage methods described

herein, as well as methods of treating individuals

having cancer or a viral infection, comprising

administering the NK cells and/or ILC3 cells and the

NK cell and/or ILC3 cell populations produced by the

three-stage methods described herein to an

individual having the cancer or viral infection.

21: 2018/02725 22: 2018/04/24 43: 2018/07/26 51: F41A 71: CMI Defence S.A. 72: COLOMINE, Anthony, GRITSKEVITCH, Innokenty, FARINELLA, Domenico 33: US 31: 62/253,236 32: 2015/11/10 54: DEVICE FOR FEEDING MEDIUM-CALIBRE AMMUNITION WITH A ROTATING PLATE 00: - A device (1) for feeding medium-calibre ammunition,

intended for a turret mounted on an armoured

vehicle, characterised in that the structural elements

for guided and pulled delivery successively comprise

a first conveyor (31), a first ratchet casing (41), a

second conveyor (32) and a second ratchet casing


Page | 277

(42), said rotating circular plate and said structural

elements for guided and pulled delivery all being

covered with a protection made from metal sheet on

the side faces of same and/or on a top portion or

roof, said protection made from metal sheet having

movable flaps mounted in a rotating or pivoting

manner (23, 24, 28, 33, 34, 35), allowing partial or

total ergonomic (re)loading and/or unloading of

medium-calibre ammunition (2) into/from the rotating

circular plate (21, 22), either when the vehicle is

stationary or when it is moving, from the inside

and/or the outside of the turret and access to the

medium-calibre ammunition (2) or (re)loading and/or

unloading of same into/from the conveyors (31, 32).

21: 2018/03560 22: 2018/05/29 43: 2018/07/27 51: B01D; C01C; F01N 71: Total Marketing Services 72: COLLIN, Annabelle 33: FR 31: 1561762 32: 2015/12/02 54: COMPOSITION MADE FROM UREA FOR TREATING EXHAUST GASES 00: - An aqueous composition comprising an NOx

reducing agent or a precursor of such an agent, in

particular urea, and at least one paraffin dispersed in

the aqueous phase. Such a composition can be

used for reducing the formation of deposits in an

SCR exhaust system while preventing foaming

during the handling of same.

21: 2018/04476 22: 2018/07/04 43: 2018/08/28 51: H04W 71: CHANNEL TECHNOLOGIES LIMITED 72: HAIDAR, Bassim Said 54: PROVISION AND RECOVERY OF NETWORK USAGE ADVANCES 00: - A system and method for provision and recovery of

network usage advances are described. In a

method, a network usage advance request, including

a subscriber identifier and a first amount associated

with the advance, is received. A balance control flag

associated with the subscriber identifier is switched

from a first state to a second state. Transactions

relating to a deduction from a main account leaving

a balance of the main account as negative are

prohibited when the balance control flag is in the first

state and permitted when the balance control flag is

in the second state. While the balance control flag is

in the second state, a second amount associated

with the first amount is deducted from the main

account associated with the subscriber identifier.

The first amount is provisioned to a dedicated

account associated with the subscriber identifier,

with further transactions being recorded against the

dedicated account.


Page | 278


Page | 279

HYPOTHECATIONS


JUDGMENTS


OFFICE PRACTISE NOTICES


Page | 280


Page | 281

3. DESIGNS


Page | 282

DESIGNS

APPLICATIONS FOR REGISTRATION OF DESIGNS IN TERMS OF ACT No. 195 OF

1993 The particulars appear in the following sequence: Copies of the application and representations cannot be

supplied until application is registered and advertised. In all correspondence reference should be made to the

number of the application. Application number, full name of applicant, class, articles to which design is to be

applied and priority date (if any)

- APPLIED ON 2018/08/27 -

F2018/01332 - STRATO, INC. Class 12. COUPLER FOLLOWER FOR SELECTIVE CUSHIONING UNIT

A2018/01339 - The Gillette Company LLC Class 28. RAZORS

A2018/01338 - The Gillette Company LLC Class 28. RAZOR HANDLES

A2018/01337 - The Gillette Company LLC Class 28. RAZORS

F2018/01335 - JOUBERT, Jan Dawid Adriaan Class 25. A PAVING BRICK

F2018/01333 - STRATO, INC. Class 12. SELECTIVE CUSHIONING APPARATUS FOR A RAILWAY CAR


F2018/01334 - STRATO, INC. Class 12. F-TYPE YOKE FOR A RAILWAY CAR CUSHIONING UNIT

. - APPLIED ON 2018/08/28 -

A2018/01355 - JUUL LABS, INC Class 27. CASE













Page | 283




F2018/01360 - METZERPLAS COOPERATIVE AGRICULTURAL ORGANIZATION LTD. Class 23. DOUBLE

SIDED DRIPPER

A2018/01359 - JUUL LABS, INC. Class 27. CASE




. - APPLIED ON 2018/08/29 -

A2018/01365 - ROCBOLT TECHNOLOGIES (PTY) LTD. Class 8. DOUBLE HOOKS



A2018/01368 - M2W Products (Pty) Ltd Class 14. STANDS FOR ELECTRONIC DEVICES





F2018/01361 - POLISA MAGQIBELO Class 07. TABLE BAG CARRIER

F2018/01369 - M2W Products (Pty) Ltd Class 14. STANDS FOR ELECTRONIC DEVICES


. - APPLIED ON 2018/08/30 -

F2018/01373 - Dale Holdings (Pty) Ltd Class 12. CONVEYOR BELT LINKS

A2018/01372 - DART INDUSTRIES INC. Class 07. GARLIC PRESS

F2018/01374 - Dale Holdings (Pty) Ltd Class 12. CONVEYOR SPROCKETS

. - APPLIED ON 2018/08/31 -

A2018/01377 - MPACT LIMITED Class 09. TRAY

F2018/01376 - MPACT LIMITED Class 09. TRAY


Page | 284

F2018/01375 - MAO-CHEIA, Jose Teixeira Class 25. HANDRAIL CONNECTORS

. - APPLIED ON 2018/09/03 -

A2018/01380 - HAINAUT, Laurent Class 09. BOTTLE INSERT

F2018/01378 - Garry Batkin Class 08. HAND-OPERATED LIQUID APPLICATOR

A2018/01379 - HAINAUT, Laurent Class 09. BOTTLE







. - APPLIED ON 2018/09/06 -

A2018/01394 - Darsim Tool AND Die CC Class 9. CONTAINERS

F2018/01391 - WILLEM JOHANNES LODEWYK MEYER Class 14. ADJUSTABLE TABLE

A2018/01393 - PATCH INDUSTRIAL SUPPLIES AND CONSULTING PROPRIETARY LIMITED Class 12.

DISPLAY DEVICES FOR CYCLES

A2018/01389 - DART INDUSTRIES INC. Class 07. TUMBLER

A2018/01392 - PATCH INDUSTRIAL SUPPLIES AND CONSULTING PROPRIETARY LIMITED Class 12.

DISPLAY DEVICES FOR CYCLES

A2018/01388 - DART INDUSTRIES INC. Class 07. COVER FOR A TUMBLER

A2018/01390 - DART INDUSTRIES INC. Class 07. TUMBLER

A2018/01395 - Darsim Tool AND Die CC Class 7. CONTAINERS

F2018/01387 - SMART NATION CONCEPTS (PTY) LTD Class 03. SMART SOLAR BAG

. - APPLIED ON 2018/09/07 -

A2018/01396 - CHANGING TIDES 1350 CC Class 07. BOWL

A2018/01403 - Société des Produits Nestlé S.A. Class 7. BEVERAGE DISPENSERS

F2018/01398 - Lewis van der Linde Class 20. A RECTANGULAR STRUCTURE, FITTED WITH A CAMERA

INCORPORATING FACIAL RECOGNITION SOFTWARE, WHERE ALL FOUR SIDES OF THE STRUCTURE

MAY BE UTILISED AS STATIC ADVERTISING SURFACES

F2018/01399 - Paramount Group Limited Class 12. ARMOURED VEHICLE


Page | 285


A2018/01404 - MUDPIE, S.A. DE C.V. Class 14. DISPLAY SCREEN OR PORTION THEREOF WITH

GRAPHICAL USER INTERFACE

F2018/01397 - Lewis van der Linde Class 16. RECTANGULAR STRUCTURE, FITTED WITH A CAMERA

INCORPORATING FACIAL RECOGNITION SOFTWARE



. - APPLIED ON 2018/09/10 -

A2018/01406 - SIYAMBUKA SITOLE Class 30. SIYAMBUKA ELEPHANT &AMP; ADVENTURE TOURS

A2018/01407 - Anton Botes Class 99. RAINBOWFIRE COLORED FIRELIGHTERS

A2018/01405 - GOVENDER, Shanbagavallie Class 2. SOLES FOR FOOTWEAR

. - APPLIED ON 2018/09/11 -

F2018/01413 - KUSINI WATER (PTY) LTD Class 23. WATER FILTER


F2018/01411 - Hennwill Engineering (Pty) Ltd, Strutfast (Pty) Limited Class 8. POWER SKIRTING

F2018/01410 - Strutfast (Pty) Limited Class 8. CROSS RUNG FOR A CABLE LADDER

A2018/01412 - KUSINI WATER (PTY) LTD Class 23. WATER FILTER


. - APPLIED ON 2018/09/12 -

A2018/01419 - AWS Holdings LLC Class 23. WATER GENERATOR UNITS

A2018/01414 - KHAN'S CHEMICAL INDUSTRY CC Class 9. CONTAINERS

A2018/01415 - THOMAS BLIGNAUT NAUDE Class 24. AN ORTHOPEDIC TOOL

F2018/01420 - Cornelius Johannes De Kock I.D. No 5112155042086 Class 15. HYDROPONIC MICRO GREEN

CULTIVATOR

A2018/01417 - Cornelius Johannes De Kock I.D. No 5112155042086 Class 15. HYDROPONIC MICRO GREEN

CULTIVATOR

A2018/01418 - AWS Holdings LLC Class 23. WATER GENERATOR UNITS

F2018/01416 - THOMAS BLIGNAUT NAUDE Class 24. AN ORTHOPEDIC TOOL

. - APPLIED ON 2018/09/13 -


Page | 286

A2018/01421 - NISSAN JIDOSHA KABUSHIKI KAISHA (ALSO TRADING AS NISSAN MOTOR CO.,LTD.) Class

12. RADIATOR GRILLE FOR AN AUTOMOBILE

A2018/01422 - NISSAN JIDOSHA KABUSHIKI KAISHA (ALSO TRADING AS NISSAN MOTOR CO.,LTD.) Class

12. AUTOMOBILE

A2018/00010 - STEPHEN JOHN MAYCOCK Class 25. BOX STOCK HOUSING

F2018/01424 - Y BELL GROUP PTY LTD Class 21. EXERCISE DEVICE

F2018/01425 - APL CARTONS (PTY) LTD Class 09. CONTAINER

A2018/01423 - Y BELL GROUP PTY LTD Class 21. EXERCISE DEVICE

. - APPLIED ON 2018/09/14 -

A2018/00012 - LESEDI M& T COLLECTIONS Class 06. ON THE DUVET COVERS SHEETS MATCHING

STANDARD AND CONTINENTAL PILLOW CASES

A2018/01431 - SAVERGLASS Class 09. BOTTLE

A2018/01432 - SAVERGLASS Class 09. BOTTLE

F2018/01426 - Sagacity Investments (Pty) Ltd Class 13. ELECTRICAL PLUG ADAPTOR

A2018/01433 - Johannie Class 1. DESIGN TEST

F2018/01428 - HOMECHOICE PROPRIETARY LIMITED Class 06. BED COVERS

A2018/01429 - CTB, Inc. Class 30. FEEDERS

F2018/01430 - CTB, Inc. Class 30. FEEDERS

A2018/01427 - Sagacity Investments (Pty) Ltd Class 13. ELECTRICAL PLUG ADAPTOR

. - APPLIED ON 2018/09/17 -

A2018/01439 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. REAR BUMPER FOR AN AUTOMOBILE

A2018/01435 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. AUTOMOBILE

F2018/00011 - GIDEON JOHANNES HITCHCOCK Class 99. BARBEQUE APPARATUS

A2018/01438 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 26. REAR COMBINATION LAMP FOR AN

AUTOMOBILE

A2018/01436 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. FRONT BUMPER FOR AUTOMOBILE

A2018/01437 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 26. FRONT COMBINATION LAMP FOR AN

AUTOMOBILE

A2018/01434 - TOYOTA JIDOSHA KABUSHIKI KAISHA Class 12. AUTOMOBILE

. - APPLIED ON 2018/09/18 -


Page | 287

A2018/01440 - CAI, Yunjing Class 32. FOOTWEAR (ORNAMENTATION FOR-)

A2018/01441 - HYUNDAI MOTOR COMPANY, KIA MOTORS CORPORATION Class 12. AUTOMOBILE

F2018/01444 - NIEUWENHUYS, Kathleen Class 8. NAIL HOLDING TOOLS

A2018/01443 - NIEUWENHUYS, Kathleen Class 8. NAIL HOLDING TOOLS

A2018/01442 - Traeger Pellet Grills, LLC Class 7. GRILL PANELS

. - APPLIED ON 2018/09/19 -

F2018/01445 - BAU-AFRIKA (PTY) LTD Class 25. A BARRIER

F2018/01447 - MEIRING, Peter Alexander Class 09. A CAPSULE

A2018/01446 - MEIRING, Peter Alexander Class 09. A CAPSULE

F2018/01449 - MEIRING, Peter Alexander Class 09. A RECEPTACLE

A2018/01448 - MEIRING, Peter Alexander Class 09. A RECEPTACLE

. - APPLIED ON 2018/09/20 -

A2018/01451 - WAVE PAPER (PTY) LIMITED Class 15. A MOULD FOR A GULLY

F2018/01455 - KOK, Johann Class 13. ELECTRICAL CIRCUIT COMPONENT

F2018/01456 - INTEGRATED PLASTICS PTY LTD Class 09. TAPERED INTEGRAL HANDLE PREFORM

F2018/01454 - KOK, Johann Class 13. SUPPORT FOR ELECTRICAL CIRCUIT COMPONENTS

F2018/01450 - WAVE PAPER (PTY) LIMITED Class 09. A BLANK FOR A BOX

F2018/01452 - WAVE PAPER (PTY) LIMITED Class 15. A MOULD FOR A GULLY

A2018/01453 - Caterpillar Inc. Class 15. CUTTING EDGES FOR GROUND ENGAGING MACHINE

IMPLEMENTS

A2018/01457 - SATAKE CORPORATION Class 10. MEASURING DEVICE

. - APPLIED ON 2018/09/21 -

A2018/01458 - DRINKFINGER LTD Class 09. DRINKS CARRIER

A2018/01459 - DRINKFINGER LTD Class 09. DRINKS CARRIER

F2018/01460 - MEYER, Paul Louis Class 07. A PEG


Page | 288

ASSIGNMENTS IN TERMS OF SECTIONS 30, 29-REGULATIONS 37, 38 AND 40


CHANGE OF NAME IN TERMS OF REGULATION 41


CHANGE OF ADDRESS FOR SERVICE REGISTERED


CHANGE OF ADDRESS FOR PROPRIETOR REGISTERED


APPLICATION FOR THE RESTORATION OF A LAPSED DESIGN UNDER SECTION 23 OF THE ACT

THE DESIGNS ACT, No. 195 OF 1993

APPLICATION FOR THE RESTORATION OF A LAPSED DESIGN UNDER SECTION 23 OF THE ACT

Notice is hereby given that: PAUL STUART TURNER of 88A UPPER RECREATION RD FISH HOEK CAPE TOWN

Has made application for the restoration of the design registered to the said PAUL STUART TURNER for the design entitled HIGH VISIBILITY DOUBLE TAG, numbered A2012/02047, dated 01/10/2013 which became void on 22/11/2015, due to the non-payment of the prescribed renewal fee.

Any person may give notice on Design Form No. 11 of opposition to the restoration of the design within two months of the advertisement hereof

APPLICATION TO CORRECT AND/OR AMEND DESIGNS APPLICATION OR REGISTRATION

REPUBLIC OF SOUTH AFRICA

DESIGNS ACT, No. 195 OF 1993

APPLICATIONS TO CORRECT AND/OR AMEND DESIGNS APPLICATION OR REGISTRATION (SECTIONS

26, 27-REGULATION 41)

THE DESIGN APPLICATION TO BE CORRECTED OR AMENDED IS NOT YET OPEN FOR PUBLIC INSPECTION.THE PARTICULARS TO BE PUBLISHED SHALL BE THOSE SET OUT IN PART I. AN APPLICATION FOR CORRECTION OR AMENDMENT SO PUBLISHED MAY NOT BE INSPECTED AND MAY NOT BE OPPOSED

PART I


Page | 289

THE DESIGN APPLICATION TO BE CORRECTED OR AMENDED IS OPEN FOR PUBLIC INSPECTION.THE

PARTICULARS TO BE PUBLISHED SHALL BE THOSE SET OUT IN PART II. AN APPLICATION FOR

CORRECTION OR AMENDMENT SO PUBLISHED MAY BE INSPECTED AND MAY BE OPPOSED

PART II

Design No : A2016/01109 Applicant : Nissan Jidosha Kabushiki Kaisha (also trading as Nissan Motor Co., Ltd) Class : 26 Article to which the Design is to be applied. FRONT COMBINATION LAMP FOR AN AUTOMOBILE Date of lodgment: 05/08/2016

Design No : F2014/01514 Applicant : Idan Meir Manufacturing CC ta Oaktree SA Class : 09 Article to which the Design is to be applied. BLANK FOR A CONTAINER Date of lodgment: 08/10/2014

21: A2013/01014 22: 2013-04-30 23: 43: 2018-08-29 52: Class 08 24: Part A 71: DANIEL VAN DEN BERG 54: WIRE SUPPORT DEVICE 57: The design relates to a wire support device. The features of the design for which protection is claimed include the pattern and/or shape and/or configuration of the wire support device substantially as illustrated in the accompanying representations. The size and / or shape of the ribs (A) are not claimed.

21: A2015/01632 22: 2015-10-23 23:

43: 2016-06-23 52: Class 13 24: Part A 71: UNIVERSITY OF JOHANNESBURG 54: AN APPARATUS 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the apparatus substantially as illustrated in the accompanying representations. The article of the design consists substantially of an apparatus for monitoring and controlling electricity usage. The apparatus has a front and a back. The front includes a translucent cover. A display comprising a number of light emitting diodes (LEDs), marked A, arranged in a grid formation is located behind the front cover and may be used to display messages on the front of the apparatus. The number, shape and configuration of the LEDs marked “B” are not claimed.


Page | 290

21: A2015/01703 22: 2015-11-04 23: 43: 2016-07-25 52: Class 09 24: Part A 71: UNIVERSITY OF JOHANNESBURG 54: ATTACHMENT MEMBERS 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the attachment member substantially as illustrated in the accompanying representations. The article of the design consists substantially of an attachment member. The attachment member includes an aperture, which may be positioned between a bottle and a bottle cap to attach the attachment member to the bottle, and an attachment end, which may be used to attach the bottle to an object by wrapping the attachment end around the object and engaging the attachment end with the member.

21: A2015/01705 22: 2015-11-04 23: 43: 2016-07-25 52: Class 09 24: Part A 71: UNIVERSITY OF JOHANNESBURG 54: BOTTLE CAP 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the bottle cap substantially as illustrated in the accompanying representations. The article of the design consists substantially of a bottle cap. The bottle cap includes a nozzle at one end and a filter holder at the other end. The cap includes a threaded portion for attaching the cap to a bottle with the filter holder in the bottle. A filter may be inserted within the filter holder such that, when water is expelled through the nozzle, it flows from the bottle through the filter prior to being expelled through the nozzle.


Page | 291

21: A2015/01707 22: 2015-11-04 23: 43: 52: Class 09 24: Part A 71: UNIVERSITY OF JOHANNESBURG 54: BOTTLE CONNECTOR 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the bottle connector substantially as illustrated in the accompanying representations. The article of the design consists substantially of a bottle connector. The bottle connector includes threaded portions for attaching bottles to either end thereof and a portion between the threaded portions for inserting a filter, such that, when the bottles are positioned above and below each other, water may flow from the upper bottle to the lower bottle through the filter.

21: A2015/01709 22: 2015-11-03 23: 43: 2016-07-25 52: Class 09 24: Part A 71: UNIVERSITY OF JOHANNESBURG 54: BOTTLE CONNECTOR 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the bottle connector substantially as illustrated in the accompanying representations. The article of the design consists substantially of a bottle connector. The bottle connector includes threaded portions for attaching bottles to either end thereof and a portion between the threaded portions for inserting a filter, such that, when the bottles are positioned above and below each other, water may flow from the upper bottle to the lower bottle through the filter.


Page | 292

21: A2016/01736 22: 2016-11-17 23: 43: 2017-07-13 52: Class 23 24: Part A 71: HANSGROHE SE 54: SANITARY FITTING 57: The novelty of the design resides in the shape or configuration of a sanitary fitting substantially as shown in the accompanying representation.

21: A2017/00502 22: 2017-03-31 23: 43: 2017-11-01 52: Class 26 24: Part A 71: DEDON GmbH 54: LANTERN 57: The features of the design for which protection is claimed include the shape and/or configuration and/or pattern of an article substantially as shown in the accompanying representation(s).

21: A2017/01484 22: 2017-09-14 23: 43: 2018-07-12 52: Class 21 24: Part A 71: KEDS AUSTRALIA PTY LTD 54: SPORTS BATS 57: The design is for a sports bat, substantially as shown in the representations.


Page | 293

21: A2017/01649 22: 2017-10-17 23: 43: 2018-07-26 52: Class 9. 24: Part A 71: K AND K PAINT MANUFACTURERS CC 54: Lid 57: The design relates to a lid. The features of the design are those of shape and/or configuration and/or pattern.

21: A2017/01650 22: 2017-10-17 23: 43: 2018-07-26 52: Class 9. 24: Part A 71: K AND K PAINT MANUFACTURERS CC 54: Container 57: The design relates to a container. The features of the design are those of shape and/or configuration.

21: A2017/01651 22: 2017-10-17 23: 43: 2017-04-18 52: Class 28 24: Part A 71: The Gillette Company LLC 33: US 31: 29/601,000 32: 2017-04-18 54: SHAVING RAZOR SYSTEMS 57: The design is for a shaving razor system. The system comprises an elongate body in the form of a cylindrical dispensing tube. The tube has a cap at a first end. A head is mounted on a front surface of a second end of the tube and has a generally triangular profile in front view with a concave face. The head has a circular aperture formed in the concave face. The aperture is framed by an annular formation defining the concave face.


Page | 294

21: A2017/01676 22: 2017-10-20 23: 43: 2017-04-21 52: Class 12 24: Part A 71: Bridgestone Europe NV/SA 33: HSIRID (TR) 31: DM/095 909 32: 2017-04-21 54: TYRE TREADS 57: The design is for a tyre tread. The tread includes five transversely spaced primary rows of tread elements, each row separated from an adjacent row by a narrow circumferentially continuous groove. Two primary shoulder rows of tread elements are defined by a circumferential array of spaced apart block elements, each separated within the array by a straight sipe. The block elements in one shoulder row are circumferentially in register with the block elements in the other shoulder row. The tread elements of a central row and two intermediate rows each have a circumferential array of octagonal shaped elements. Each octagonal element has a T-shaped sipe arrangement, and is separated from an adjacent element within the row by a sipe. The elements of the intermediate rows are circumferentially in register. The elements in the central row are circumferentially staggered relative to the elements in the intermediate rows.

21: A2017/01677 22: 2017-10-20 23: 43: 2017-04-21 52: Class 12 24: Part A 71: Bridgestone Europe NV/SA 33: HSIRID (TR) 31: DM/095 909 32: 2017-04-21 54: TYRE TREADS 57: The design is for a tyre tread. The tread includes four primary rows of tread elements, each row separated from an adjacent row by a narrow circumferentially continuous groove. Two primary shoulder rows of tread elements are defined by a circumferential array of spaced apart obliquely extending block elements, each separated within the array by an obliquely extending sipe. The tread elements of one shoulder row are circumferentially staggered relative to the tread elements in the other shoulder row. The tread elements of two intermediate rows each have a circumferential array of hexagonal shaped elements. Each hexagonal element includes a T-shaped sipe, and is separated from an adjacent element within the row by an inclined groove. The tread elements of the intermediate rows are circumferentially in register.


Page | 295

21: A2017/01678 22: 2017-10-20 23: 43: 2017-04-21 52: Class 24 24: Part A 71: Johnson & Johnson Consumer Inc. 33: US 31: 29/601,392 32: 2017-04-21 54: MASKS 57: The design relates to a mask. The mask has a thin, curved shape and defines a smooth, convex front surface and a patterned, concave rear surface. The rear surface is provided with a pattern of substantially circular apertures, spaced apart in sets of three.

21: A2017/01854 22: 2017-11-24 23: 43: 2018-09-04 52: Class 12 24: Part A 71: NEXTER SYSTEMS 33: FR 31: 2017-2459 32: 2017-05-24 54: ARMOURED VEHICLE 57: The features of the design for which protection is claimed include the shape and/or configuration and/or pattern of an article substantially as shown in the accompanying representation(s).

21: A2017/01861 22: 2017-11-27 23: 43: 2018-07-04 52: Class 2. 24: Part A 71: ATG CEYLON (PVT) LIMITED 33: EU 31: 004247195 32: 2017-09-08 54: Glove 57: The design relates to a glove. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.


Page | 296

21: A2017/01862 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024024-0001 32: 2017-05-30 54: HAIR STYLING APPARATUS 57: The design is for a hair care apparatus which comprises an oval cylindrical handle. A front end of the handle has a grille and a first part of an attachment mechanism, while a rear end of the handle is convexly frusto-conical. A circumferential line is defined towards the front end of the handle. Adjacent the rear end of the handle an array of apertures is provided which extend around and partially along the handle. Operating buttons are provided on the handle in a triangular configuration.

21: A2017/01863 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024024-0002 32: 2017-05-30 54: HAIR STYLING APPARATUS 57: The design is for a hair care apparatus which comprises an oval cylindrical handle. A front end of the handle has a grille and a first part of an attachment mechanism, while a rear end of the handle is convexly frusto-conical. A circumferential line is defined towards the front end of the handle. Adjacent the rear end of the handle an array of apertures is provided which extend around and partially along the handle.


Page | 297

21: A2017/01864 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024438-0001 32: 2017-05-30 54: ACCESSORIES FOR HAIR STYLING APPARATUS 57: The design is for an accessory for a hair care apparatus. A first end comprises a collar having a number of attachment protrusions which are circumferentially spaced around the collar and a lip which extends orthogonally with respect to the collar. A second end comprises a cool tip is provided which is cylindrical with a rounded end. The accessory has an array of plates extending around the circumference which twist as they extend along to the distal end, the gap between a pair of adjacent plates defining part of a fluid outlet.

21: A2017/01865 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024644-0001 32: 2017-05-30 54: ACCESSORIES FOR HAIR STYLING APPARATUS 57: The design is for an accessory for a hair care apparatus. A first end comprises a circular collar having a number of attachment protrusions which are circumferentially spaced around the collar. A bottom half of the circle tapers towards a D-shaped body forming a semi-conical shape whilst the sides extend out further than the collar. The top face has an array of bristles protruding from the rounded side of the D-shape.


Page | 298

21: A2017/01866 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited EM (GB) 31: 004024024-0004 32: 2017-05-30 54: HAIR STYLING APPARATUS 57: The design is for a hair care apparatus which comprises an oval cylindrical handle. A front end of the handle has a grille and a first part of an attachment mechanism, while a rear end of the handle is flat. A circumferential line is defined towards the front end of the handle. Adjacent the rear end of the handle an array of apertures is provided which extend around and partially along the handle.

21: A2017/01867 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024057-0001 32: 2017-05-30 54: HAIR STYLING APPARATUS 57: The design is for a hair care apparatus with an accessory, which apparatus comprises an oval cylindrical handle. A rear end of the handle is convexly frusto-conical and adjacent the rear end of the handle an array of apertures is provided which extend around and partially along the handle. A circumferential line is defined towards the front end of the handle. Operating buttons are provided on the handle in a triangular configuration. The accessory is recessed in the front end of the handle and initially tapers before extending to a distal end as a circular cylindrical configuration. At the distal end a cool tip is provided which is cylindrical with a rounded end. The accessory has an array of plates extending around the circumference which twist as they extend along to the distal end, the gap between an adjacent pair of plates defining part of a fluid outlet.


Page | 299

21: A2017/01868 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024107-0001 32: 2017-05-30 54: HAIR STYLING APPARATUS 57: The design is for a hair care apparatus with an accessory, which apparatus comprises an oval cylindrical handle. A rear end of the handle is convexly frusto-conical and adjacent the rear end of the handle an array of apertures is provided which extend around and partially along the handle. A circumferential line is defined towards the front end of the handle. Operating buttons are provided on the handle in a triangular configuration. The accessory is recessed in the front end of the handle and extends to a distal end as a circular cylindrical configuration. At the distal end a cool tip is provided which is cylindrical with a rounded end. The accessory has an array of plates extending around the circumference which twist as they extend along to the distal end, the gap between a pair of adjacent plates defining part of a fluid outlet

21: A2017/01869 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004023885-0001 32: 2017-05-30 54: HAIR STYLING APPARATUS 57: The design is for a hair care apparatus with an accessory, which apparatus comprises an oval cylindrical handle. A rear end of the handle is convexly frusto-conical and adjacent the rear end of the handle an array of apertures is provided which extend around and partially along the handle. A circumferential line is defined towards the front end of the handle. Operating buttons are provided on the handle in a triangular configuration. The accessory is recessed in the front end of the handle and extends to a distal end as a circular cylindrical configuration. At the distal end a cool tip is provided which is cylindrical with a rounded end. The attachment has an array of plates extending around the circumference which twist as they extend along to the distal end, the gap between a pair of adjacent plates defining part of a fluid outlet.


Page | 300

21: A2017/01870 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004023927-0001 32: 2017-05-30 54: HAIR STYLING APPARATUS 57: The design is for a hair care apparatus with an accessory which apparatus comprises an oval cylindrical handle. A rear end of the handle is convexly frusto-conical and adjacent the rear end of the handle an array of apertures is provided which extend around and partially along the handle. A circumferential line is defined towards the front end of the handle. Operating buttons are provided on the handle in a triangular configuration. The accessory extends from the front end of the handle and is initially circular. A bottom half of the circle tapers towards a D-shaped body forming a semi-conical shape whilst the sides extend out further than the collar. The top face has an array of bristles protruding from the rounded side of the D-shape.

21: A2017/01871 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024511-0001 32: 2017-05-30 54: ACCESSORIES FOR HAIR STYLING APPARATUS 57: The design is for an accessory for a hair care apparatus comprises a circular cylindrical body. A first end comprises a collar having a number of attachment protrusions which are circumferentially spaced around the collar and a lip which extends orthogonally with respect to the collar. A second end comprises a cool tip which is cylindrical with a rounded end and extends from an end surface of the body. The diameter of the body decreases from the collar to provide a tapered portion before continuing to the second end at a uniform diameter. Between the first and second ends, an array of plates is provided which extend around the circumference and twist as they extend along to the second end, the gap between an adjacent pair of plates defining part of a fluid outlet.


Page | 301

21: A2017/01872 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024370-0001 32: 2017-05-30 54: ACCESSORIES FOR HAIR STYLING APPARATUS 57: The design is for an accessory for a hair care apparatus and comprises a circular cylindrical body. A first end comprises a collar having a number of attachment protrusions which are circumferentially spaced around the collar and a lip which extends orthogonally with respect to the collar. A second end comprises a cool tip which is cylindrical with a rounded end and extends from an end surface of the body. The diameter of the body decreases from the collar to provide a tapered portion before continuing to the second end at a uniform diameter. Between the first and second ends, an array of plates is provided which extend around the circumference and twist as they extend along to the second end, the gap between an adjacent pair of plates defining part of a fluid outlet.

21: A2017/01873 22: 2017-11-27 23: 43: 2017-05-30 52: Class 28 24: Part A 71: Dyson Technology Limited 33: EM (GB) 31: 004024404-0001 32: 2017-05-30 54: ACCESSORIES FOR HAIR STYLING APPARATUS 57: The design is for an accessory for a hair care apparatus. A first end comprises a collar having a number of attachment protrusions which are circumferentially spaced around the collar and a lip which extends orthogonally with respect to the collar. A second end comprises a cool tip is provided which is cylindrical with a rounded end. The accessory has an array of plates extending around the circumference which twist as they extend along to the distal end, the gap between a pair of adjacent plates defining part of a fluid outlet.


Page | 302

21: A2017/01877 22: 2017-11-28 23: 43: 2017-07-14 52: Class 12 24: Part A 71: Continental Reifen Deutschland GmbH 33: HSIRID (CH) 31: 4102701 32: 2017-07-14 54: TYRES 57: The design is for a tyre which has a tread pattern with two circumferential shoulder ribs and three narrower circumferential intermediate ribs therebetween. Adjacent ribs are separated by circumferential grooves. Each shoulder rib includes circumferentially spaced apart major sipes extending inwardly from the shoulder for part of the width of the rib and one or two minor sipes extending outwardly for part of the width of the rib between adjacent major sipes. Each intermediate rib has circumferentially spaced apart angled sipes extending inwardly from the outer edges of the rib for part of the width of the rib. The sipes of the outermost intermediate ribs each have inner end portions which extend in the same direction. The sipes of a central intermediate rib have inner portions which extend in opposite directions.

21: A2017/01886 22: 2017-11-29 23: 43: 2017-05-30 52: Class 24 24: Part A 71: Janssen Pharmaceuticals, Inc. 33: EM (GB) 31: 004024677-0005 32: 2017-05-30 54: ACCESSORIES FOR INJECTION DEVICES 57: An accessory for an injection device has an elongate hollow body with open first and second ends defined by respective first and second end portions between which a mid-portion extends. The mid-portion is generally cylindrical with a rounded square cross sectional outline. The first end portion flares outwardly from the mid-portion and also has a rounded square outline. The second end portion is also cylindrical, and in cross sectional outline is wider than the mid-portion in one dimension, being rounded rectangular. The second end also has a rounded rectangular outline. An elongate slot is defined by the mid-portion, and is flanked by mirrored recesses which are partly defined by the second end portion.


Page | 303

21: A2017/01887 22: 2017-11-29 23: 43: 2017-05-30 52: Class 24 24: Part A 71: Janssen Pharmaceuticals, Inc. 33: EM (GB) 31: 004024677-0006 32: 2017-05-30 54: ACCESSORIES FOR INJECTION DEVICES 57: An accessory for an injection device has an elongate hollow body with open first and second ends defined by respective first and second end portions between which a mid-portion extends. The mid-portion is generally cylindrical with a rounded square cross sectional outline. The first end portion flares outwardly from the mid-portion and also has a rounded square outline. The second end portion is also cylindrical, and in cross sectional outline is wider than the mid-portion in one dimension, being rounded rectangular. The second end also has a rounded rectangular outline, and one pair of opposite edges have shallow cut-outs therein. An elongate slot is defined by the mid-portion, and is flanked by mirrored recesses which are partly defined by the second end portion.

21: A2017/01888 22: 2017-11-29 23: 43: 2017-05-30 52: Class 24 24: Part A 71: Janssen Pharmaceuticals, Inc. 33: EM (GB) 31: 004024677-0007 32: 2017-05-30 54: ACCESSORIES FOR INJECTION DEVICES 57: An accessory for an injection device has an elongate hollow body with open first and second ends defined by respective first and second portions. The first portion is narrower than the second portion, is cylindrical, and has a generally rounded rectangular cross sectional outline. The second portion tapers to the second end from an interface with the first portion, which interface is concavely rounded. A cross sectional outline of the second end portion is generally oval with flattened ends. An elongate slot is defined by first portion, and is flanked at the interface by mirrored fastening element apertures.


Page | 304

21: A2017/01889 22: 2017-11-29 23: 43: 2017-05-30 52: Class 24 24: Part A 71: Janssen Pharmaceuticals, Inc. 33: EM (GB) 31: 004024677-0008 32: 2017-05-30 54: ACCESSORIES FOR INJECTION DEVICES 57: An accessory for an injection device has an elongate hollow body with open first and second ends defined by respective first and second portions. The first portion is narrower than the second portion, is cylindrical, and has a generally rounded rectangular cross sectional outline. The first end flares outwardly from the first portion. The second portion tapers to the second end from an interface with the first portion, which interface is concavely rounded. A cross sectional outline of the second portion is generally oval, and one pair of opposite edges of the second end have deep cut-outs therein. An elongate slot is defined by first portion.

21: A2017/01899 22: 2017-11-29 23: 43: 2018-07-04 52: Class 9. 24: Part A 71: UNILEVER PLC 33: EU 31: 004060747-0001 32: 2017-06-21 54: Cap 57: The design relates to a cap. The features of the design are those of shape and configuration.


Page | 305

21: A2017/01900 22: 2017-11-29 23: 43: 2018-07-04 52: Class 9. 24: Part A 71: UNILEVER PLC 33: EU 31: 004060739-0001 32: 2017-06-21 54: Dosing Device 57: The design relates to a dosing device. The features of the design are those of shape and configuration.

21: A2017/01901 22: 2017-11-29 23: 43: 2018-07-04 52: Class 9. 24: Part A 71: UNILEVER PLC 33: EU 31: 004060416-0002 32: 2017-06-21 54: Bottle 57: The design relates to a bottle. The features of the design are those of shape and configuration.

21: A2017/01906 22: 2017-11-30 23: 43: 2018-07-04 52: Class 8. 24: Part A 71: WILVIC PLASTICS CC 54: Bracket for a Rock Drill Support 57: The design relates to a bracket for a rock drill support. The features of the design are those of shape and/or configuration.

21: A2017/01913 22: 2017-12-05 23: 43: 2018-08-02 52: Class 27 24: Part A 71: PHILIP MORRIS PRODUCTS S.A. 33: EU 31: 004043222-0001 32: 2017-06-12


Page | 306

54: SMOKERS' ACCESSORY 57: The design is to be applied to a smokers' accessory. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.

21: A2017/01914 22: 2017-12-05 23: 43: 2018-07-31 52: Class 3 24: Part A 71: ARNOTT, Adele 54: WALLET 57: The design is to be applied to a wallet. The features of the design for which protection is claimed include the shape and/or configuration and/or pattern and/or ornamentation of a wallet, substantially as illustrated in the accompanying drawings.

21: A2017/01918 22: 2017-12-06 23: 43: 2018-07-31 52: Class 26. 24: Part A 71: NISSAN JIDOSHA KABUSHIKI KAISHA (ALSO TRADING AS NISSAN MOTOR CO., LTD.) 33: JP 31: 2017-012419 32: 2017-06-09 54: Headlight for an Automobile 57: The design relates to a headlight for an automobile. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2017/01919 22: 2017-12-06 23:


Page | 307

43: 2018-07-31 52: Class 12. 24: Part A 71: NISSAN JIDOSHA KABUSHIKI KAISHA (ALSO TRADING AS NISSAN MOTOR CO., LTD.) 33: JP 31: 2017-012414 32: 2017-06-09 54: Front Bumber for an Automobile 57: The design relates to a front bumper for an automobile. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2017/01920 22: 2017-12-06 23: 43: 2018-07-31 52: Class 12. 24: Part A 71: NISSAN JIDOSHA KABUSHIKI KAISHA (ALSO TRADING AS NISSAN MOTOR CO., LTD.) 33: JP 31: 2017-012411 32: 2017-06-09 54: Radiator Grille for an Automobile 57: The design relates to a radiator grille for an automobile. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2017/01921 22: 2017-12-06 23: 43: 2018-07-31 52: Class 26 24: Part A 71: SCHEWITZ, Larry 54: LIGHT FITTING OR LUMINAIRE 57: The design relates to a light fitting or luminaire. The features of the design for which protection is claimed reside in the shape and/or configuration and/or pattern and/or ornamentation of a light fitting or luminaire as illustrated in the accompanying representations.


Page | 308

21: A2017/01922 22: 2017-12-06 23: 43: 2018-07-31 52: Class 26 24: Part A 71: SCHEWITZ, Larry 54: LIGHT FITTING OR LUMINAIRE 57: The design relates to a light fitting or luminaire. The features of the design for which protection is claimed reside in the shape and/or configuration and/or pattern and/or ornamentation of a light fitting or luminaire as illustrated in the accompanying representations.

21: A2017/01933 22: 2017-12-07 23: 43: 2018-07-31 52: Class 27. 24: Part A 71: HUIZHOU KIMREE TECHNOLOGY CO., LTD. 54: Electronic Cigarette 57: The design relates to an electronic cigarette. The features of the design are those of shape and/or configuration and/or pattern and/or ornamentation.


Page | 309

21: A2017/01934 22: 2017-12-07 23: 43: 2018-07-31 52: Class 27. 24: Part A 71: HUIZHOU KIMREE TECHNOLOGY CO., LTD. 54: Electronic Cigarette 57: The design relates to an electronic cigarette. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2017/01935 22: 2017-12-07 23: 43: 2018-07-31 52: Class 27. 24: Part A 71: HUIZHOU KIMREE TECHNOLOGY CO., LTD. 54: Electronic Cigarette

57: The design relates to an electronic cigarette. The features of the design are those of shape and/or configuration and/or ornamentation.

21: A2017/01985 22: 2017-12-14 23: 43: 2018-08-02 52: Class 21 24: Part A 71: CHROME CHERRY DESIGN STUDIO (PTY) LTD 54: CUTTABLE TOY BUILDING BLOCK BASE 57: The design relates to a cuttable toy building block base. The features of the design for which protection is claimed reside in the surface pattern and/or ornamentation and/or shape and/or configuration of a cuttable toy building block base as shown in the accompanying representations. The specific length and width of the illustrated set of articles are not limiting on the scope of protection and are disclaimed.


Page | 310

21: A2017/01996 22: 2017-12-15 23: 43: 2018-08-02 52: Class 12 24: Part A 71: PROCEPTWORKS (PTY) LTD 54: UNMANNED AERIAL VEHICLE 57: The features of the design for which protection is claimed reside in the shape and/or configuration of the unmanned aerial vehicle substantially shown in the accompanying representations. The unmanned aerial vehicle is shaped and configured such that it is capable of transporting a payload. Payload deployment means is shaped and configured to remotely deploy a payload while in flight. The fuselage of the unmanned aerial vehicle is shaped and configured to provide increased flight speed. The fuselage and wings are also shaped and configured to provide for vertical take-off and landing.

21: A2017/01998 22: 2017-12-15 23: 43: 2018-08-02 52: Class 12 24: Part A 71: PROCEPTWORKS (PTY) LTD 54: UNMANNED AERIAL VEHICLE

57: The features of the design for which protection is claimed reside in the shape and/or configuration of the unmanned aerial vehicle substantially shown in the accompanying representations. The unmanned aerial vehicle is shaped and configured such that it is capable of transporting a payload. Payload deployment means is shaped and configured to remotely deploy a payload while in flight. The fuselage of the unmanned aerial vehicle is shaped and configured to provide increased flight speed. The fuselage and wings are also shaped and configured to provide for vertical take-off and landing.

21: A2017/02000 22: 2017-12-15 23: 43: 2018-08-02 52: Class 12 24: Part A 71: PROCEPTWORKS (PTY) LTD 54: UNMANNED AERIAL VEHICLE 57: The features of the design for which protection is claimed reside in the shape and/or configuration of the unmanned aerial vehicle substantially shown in the accompanying representations. The unmanned aerial vehicle is shaped and configured such that it is capable of transporting a payload. Payload deployment means is shaped and configured to remotely deploy a payload while in flight. The fuselage of the unmanned aerial vehicle is shaped and configured to provide increased flight speed. The fuselage and wings are also shaped and configured to provide for vertical take-off and landing.

21: A2017/02002 22: 2017-12-15 23: 43: 2018-08-02 52: Class 12 24: Part A 71: PROCEPTWORKS (PTY) LTD 54: UNMANNED AERIAL VEHICLE


Page | 311

57: The features of the design for which protection is claimed reside in the shape and/or configuration of the unmanned aerial vehicle substantially shown in the accompanying representations. The unmanned aerial vehicle is shaped and configured such that it is capable of transporting a payload. Payload deployment means is shaped and configured to remotely deploy a payload while in flight. The fuselage of the unmanned aerial vehicle is shaped and configured to provide increased flight speed. The fuselage and wings are also shaped and configured to provide for vertical take-off and landing.

21: A2017/02021 22: 2017-12-20 23: 43: 2018-08-02 52: Class 09 24: Part A 71: Mpact Limited 54: TRAY 57: Protection is claimed for the features of shape and/or configuration of a TRAY substantially as illustrated in the drawings.



21: A2017/02032 22: 2017-12-20 23: 43: 2018-08-08 52: Class 09 24: Part A 71: Mpact Limited 54: CONTAINER 57: Protection is claimed for the features of shape and/or configuration of a CONTAINER substantially as illustrated in the drawings.


Page | 312

21: A2017/02039 22: 2017-12-20 23: 43: 2018-08-08 52: Class 32 24: Part A 71: Cornu Logistics (Pty) Ltd 54: COIN 57: The features of the design for which protection is claimed reside in the pattern, ornamentation and/or configuration of a coin substantially as illustrated in the accompanying representations, irrespective of the colour of the coin

21: A2017/02041 22: 2017-12-21 23: 43: 2018-08-08 52: Class 12 24: Part A 71: IRIZAR, S. COOP. 33: EP 31: 004391597-0001 32: 2017-10-09 54: BUS 57: The design is to be applied to a bus. The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations. The broken lines are for illustrative purposes only and form no part of the claimed design.

21: F2015/01702 22: 2015-11-04 23: 43: 2016-07-25 52: Class 09 24: Part F 71: UNIVERSITY OF JOHANNESBURG 54: ATTACHMENT MEMBERS 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the attachment member substantially as illustrated in the accompanying representations. The article of the design consists substantially of an attachment member. The attachment member includes an aperture, which may be positioned between a bottle and a bottle cap to attach the attachment member to the bottle, and an attachment end, which may be used to attach the bottle to an object by wrapping the attachment end around the object and engaging the attachment end with the member.


Page | 313

21: F2015/01704 22: 2015-11-04 23: 43: 2016-07-25 52: Class 09 24: Part F 71: UNIVERSITY OF JOHANNESBURG 54: BOTTLE CAP 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the bottle cap substantially as illustrated in the accompanying representations. The article of the design consists substantially of a bottle cap. The bottle cap includes a nozzle at one end and a filter holder at the other end. The cap includes a threaded portion for attaching the cap to a bottle with the filter holder in the bottle. A filter may be inserted within the filter holder such that, when water is expelled through the nozzle, it flows from the bottle through the filter prior to being expelled through the nozzle.

21: F2015/01706 22: 2015-11-04 23: 43: 2016-07-25 52: Class 09 24: Part F 71: UNIVERSITY OF JOHANNESBURG 54: BOTTLE CONNECTOR 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the bottle connector substantially as illustrated in the accompanying representations. The article of the design consists substantially of a bottle connector. The bottle connector includes threaded portions for attaching bottles to either end thereof and a portion between the threaded portions for inserting a filter, such that, when the bottles are positioned above and below each other, water may flow from the upper bottle to the lower bottle through the filter.


Page | 314

21: F2015/01708 22: 2015-11-03 23: 43: 2016-07-25 52: Class 09 24: Part F 71: UNIVERSITY OF JOHANNESBURG 54: BOTTLE CONNECTOR 57: The features of the design for which protection is claimed comprise the shape and/or configuration of the bottle connector substantially as illustrated in the accompanying representations. The article of the design consists substantially of a bottle connector. The bottle connector includes threaded portions for attaching bottles to either end thereof and a portion between the threaded portions for inserting a filter, such that, when the bottles are positioned above and below each other, water may flow from the upper bottle to the lower bottle through the filter.

21: F2017/01281 22: 2017-08-16 23: 43: 2018-07-25 52: Class 08 24: Part F 71: HOLFELD, Barry Graeme 54: PRESTRESSER 57: The novelty of the design resides in the shape or configuration of a continuous weld line “X” on a plate of a prestresser. The dimensions “L” and “W” are variable.

21: F2017/01347 22: 2017-08-24 23: 43: 2018-08-03 52: Class 07 24: Part F 71: WOODFIRE FOODIE (PTY) LTD 54: PIZZA OVEN 57: The novelty of the design resides in the shape or configuration of a pizza oven substantially as shown in the accompanying representation.


Page | 315

21: F2017/01553 22: 2017-09-28 23: 43: 2018-05-09 52: Class 12 24: Part F 71: MOVEFIT (PTY) LTD 54: TRAILER 57: The novelty of the design resides in the shape and/or configuration of the trailer substantially as shown in the accompanying drawing. The gym equipment is for illustrative purposes only and does not form part of the design.

21: F2017/01726 22: 2017-10-31 23: 43: 2018-06-07 52: Class 03 24: Part F 71: Calidris Surf and Beach (Pty) Ltd

54: HEADSHADE WITH COOLDRINK HOLDER 57: The features of the design for which protection is claimed are the shape, pattern and configuration of a headshade with cool drink holder as illustrated by the accompanying photos.

21: F2017/01898 22: 2017-11-29 23: 43: 2018-07-04 52: Class 26. 24: Part F 71: B & G ELECTRICAL (PTY) LTD 54: Downlighter Ceiling & Slab Box 57: The design relates to a downlighter cover for a downlighter ceiling & slab box. The features of the design are those of shape and/or configuration and/or pattern.


Page | 316

21: F2017/01907 22: 2017-11-30 23: 43: 2018-07-04 52: Class 8. 24: Part F 71: WILVIC PLASTICS CC 54: Base for a Rock Drill Support 57: The design relates to a base for a rock drill support. The features of the design are those of shape and/or configuration.

21: F2017/01926 22: 2017-12-06 23: 43: 2018-07-31 52: Class 23 24: Part F 71: Eden Green Hydroponics International (Pty) Ltd 54: HYDROPONIC ASSEMBLIES

57: The design is for a hydroponic assembly. Specifically, it is for a hydroponic vine assembly. The vine assembly is defined by a pair of connectable parts which form a longitudinal body having alternating plant receptacles on opposed sides along the length of a central conduit. The vine assembly is connectable to a top unit at a top end and a bottom unit at a bottom end with a channel extending along the length of one outer side of the body.

21: F2017/01927 22: 2017-12-06 23: 43: 2018-07-31 52: Class 23 24: Part F 71: Eden Green Hydroponics International (Pty) Ltd 54: HYDROPONIC ASSEMBLIES 57: The design is for a hydroponic assembly bottom unit. Specifically, it is for a bottom unit which forms part of a vine assembly. The bottom unit is defined by a half-oval shaped body connectable to a base of the vine assembly. The body has a raised outer rim and a raised inner partition which is shaped to complement the base of the vine assembly. The bottom unit includes a cylindrical-shaped outlet which protrudes downwards from the bottom unit.


Page | 317

21: F2017/01928 22: 2017-12-06 23: 43: 2018-07-31 52: Class 23 24: Part F 71: Eden Green Hydroponics International (Pty) Ltd 54: HYDROPONIC ASSEMBLIES 57: The design is for a hydroponic assembly seed tray. Specifically, it is for a seed tray for a vine assembly. The seed tray is defined by a half-oval shaped body which slopes downward from a rim to a base. The seed tray has a plurality of slits extending radially from a gap around the base towards the rim. The rim includes a protruding clip arrangement for connecting the seed tray to the vine assembly.

21: F2017/01929 22: 2017-12-06 23: 43: 2018-07-31 52: Class 23 24: Part F 71: Wirquin Plastiques 54: TRAPS FOR SANITARY APPARATUS

57: The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.

21: F2017/01930 22: 2017-12-06 23: 43: 2018-07-31 52: Class 23 24: Part F 71: Wirquin Plastiques 54: TRAPS FOR SANITARY APPARATUS 57: The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.


Page | 318

21: F2017/01931 22: 2017-12-06 23: 43: 2018-07-31 52: Class 23 24: Part F 71: Eden Green Hydroponics International (Pty) Ltd 54: HYDROPONIC ASSEMBLIES 57: The design is for a hydroponic assembly top unit. Specifically, it is for a top unit which forms part of a vine assembly. The top unit is defined by a top end and a bottom end which is capable of being received by the vine assembly. The bottom end has an extending irregularly shaped outer rim which includes a protruding clip arrangement to complement the upper end of the vine assembly. The top end of the top unit includes two rectangular passages seated in a semi-circular depression on an upper face of the top end, the two rectangular passages extending through the entire top unit.

21: F2017/01932 22: 2017-12-06 23: 43: 2018-07-31 52: Class 23 24: Part F 71: Eden Green Hydroponics International (Pty) Ltd 54: HYDROPONIC ASSEMBLIES 57: The design is for a hydroponic assembly. Specifically, it is for a hydroponic vine assembly. The vine assembly is defined by a pair connectable parts which form a longitudinal body having alternating plant receptacles along the length of the body. The vine assembly is connectable to a top unit at a top end and a bottom unit at a bottom end.


Page | 319

21: F2017/01939 22: 2017-12-07 23: 43: 2018-08-02 52: Class 23 24: Part F 71: WATTAPAC (PTY) LTD 54: WATER STORAGE DEVICE 57: The design is for a water storage device comprising a flexible bag that is connectable with releasable connectors, valves and hoses, to a pump, to fill or empty the bag.

21: F2017/01940 22: 2017-12-07 23: 43: 2018-08-02 52: Class 09 24: Part F

71: APL CARTONS (PTY) LTD 54: CONTAINER 57: The design is for a container that resembles a generally square tray with a low peripheral wall and an open top.

21: F2017/01941 22: 2017-12-07 23: 43: 2018-08-02 52: Class 09 24: Part F 71: APL CARTONS (PTY) LTD 54: CONTAINER 57: The design is for a container that is generally rectangular with a partly open top that is covered in part by two lateral flaps, with stacking lugs passing through the flaps.

21: F2017/01963 22: 2017-12-08 23: 43: 2018-08-02 52: Class 09 24: Part F 71: COLOURTONE ARIES (PTY) LTD 54: BLANK FOR PACKAGING 57: The design is applied to a blank for packaging. The features of the design for which protection is claimed are those of the shape and/or configuration of the blank substantially as shown in the accompanying representation.


Page | 320




Page | 321

21: F2017/01968 22: 2017-12-08 23: 43: 2018-08-02 52: Class 09 24: Part F 71: COLOURTONE ARIES (PTY) LTD 54: BLANK FOR CARRY PACK 57: The design is applied to a blank for a carry pack. The features of the design for which protection is claimed are those of the shape and/or configuration of the blank substantially as shown in the accompanying representation.

21: F2017/01969 22: 2017-12-08 23: 43: 2018-08-02 52: Class 09 24: Part F 71: COLOURTONE AIRES (PTY) LTD 54: BLANK FOR PACKAGING 57: The design is applied to a blank for packaging. The features of the design for which protection is claimed are those of the shape and/or configuration of the blank substantially as shown in the accompanying representation.


Page | 322

21: F2017/01997 22: 2017-12-15 23: 43: 2018-08-02 52: Class 12 24: Part F 71: PROCEPTWORKS (PTY) LTD 54: UNMANNED AERIAL VEHICLE 57: The features of the design for which protection is claimed reside in the shape and/or configuration of the unmanned aerial vehicle substantially shown in the accompanying representations. The unmanned aerial vehicle is shaped and configured such that it is capable of transporting a payload. Payload deployment means is shaped and configured to remotely deploy a payload while in flight. The fuselage of the unmanned aerial vehicle is shaped and configured to provide increased flight speed. The fuselage and wings are also shaped and configured to provide for vertical take-off and landing.




Page | 323


21: F2017/02033 22: 2017-12-20 23: 43: 2018-08-08 52: Class 09 24: Part F 71: Mpact Limited 54: CONTAINER 57: Protection is claimed for the features of shape and/or configuration of a CONTAINER substantially as illustrated in the drawings.

21: F2017/02042 22: 2017-12-21 23: 43: 2018-08-08 52: Class 24 24: Part F 71: MIS IMPLANTS TECHNOLOGIES LTD. 54: DENTAL CONNECTOR 57: The design is applied to a dental connector. The features of the design for which protection is claimed are those of the shape and/or configuration of a dental connector substantially as shown in the accompanying representations. Separations depicted by break lines indicate an indeterminate length. Any portion between the break lines forms no part of the claimed design. Surface shading lines are provided to indicate the surface character and contours but do not form part of the design and are disclaimed.

SEPTEMBER 2018 CIPC PATENT JOURNAL

324

HYPOTHECATIONS


JUDGMENTS





325

4. COPYRIGHT


326

COPYRIGHT IN CINEMATOGRAPH FILMS

NOTICES OF ACCEPTANCE

(Applications filed in terms of Act No. 62 of 1977)

Any person, who has grounds for objection to the registration of the copyright in any of the following

cinematographs films, may within the prescribed time, lodge Notice of Opposition on Form RF 5 contained in the

Second Schedule to the Registration of Copyright in Cinematograph Films Regulations, 1980. The prescribed

time is one month after the date of advertisement .This period may on application be extended by the Registrar.

The numerical denote the following: (21) Official application number. (22) Date of application. (43) Date of

acceptance. (24) Date(s) and place(s) at which cinematograph films was made. (25) Date and place of first

publication. (71) Name (s) of all applicant (s). (75) Name of author. (76) Name of producer (77) Name of director

(54) Title of cinematograph film. (78) Name(s) of principal players or narrator. (26) Places at which cinematograph

film may be viewed and conditions. (55) Specimen lodged/Not lodged. (56) Preview requested/Not requested.

(57) Abstract (Storyline). (58) Category.

21: 2018/00056. 22: 2018/08/22 43: 2018/08/27 24: 2015/01/01 to 2015/02/15; Johannesburg 25: 2015/07/01; 2015/07/01; 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Dominique Masson Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Dominique Masson; 77: Andries van der Merwe; 54: MASEKO TIES SEASON 1 78: Grace - Samela Tyelbooi, John - Amos Ketlele, Christin - Monney Kunupi, Molly - Sibu Jili, Carol- Mpho Mogapi, Sidney - Tsepo Desando, Rose - Mary Makgato; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Maseko Ties is a drama series full of glamour, opulence and intrigue. Its tagline; bound by blood, frayed by desire; encapsulates the essence of the show. Centred on the Masekos, a complex and fascinating, very well-to-do family, this series explores the ties that bind. Ties of love, loyalty, pride and legacy that unite and strengthen a family; and the hidden ties of jealousy, secrets, dangerous ambition, manipulation and defiance that threaten to unravel them. 58: DR

21: 2018/00057. 22: 2018/08/22 43: 2018/08/27

24: 2016/04/01 to 2016/09/30; Johannesburg 25: 2017/02/01; 01/02/2017 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Dominique Masson Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Dominique Masson; 77: Nonny Malete 54: MASEKO TIES SEASON 2 78: Grace - Samela Tyelbooi, John - Amos Ketlele, Christin - Monney Kunupi, Molly - Sibu Jili, Carol- Mpho Mogapi, Sidney - Tsepo Desando, Rose - Mary Makgato; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Season two of Maseko Ties sees the ties that bind unravelling for the Masekos as Grace elopes with Mike, the man her family does not approve of. Her father, the great Dr. Maseko of the J Maseko Hospital temporarily disowns her. All this while the family deals with Carol’s cancer, fights over her treatment plan, and Molly moves out with her husband and is getting ready to have a baby, after it was revealed that he had a vendetta against John Maseko. All this is too much for Christina, the matriarch of the Maseko family, and she starts to fall apart…

58: DR


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21: 2018/00058. 22: 2018/08/22 43: 2018/08/27 24: 2016/08/01 to 2017/01/02; Johannesburg 25: 2017/03/01; 2017/03/01 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Tsepo Desando Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Jafta Mekgoe; 77: Nonny Malete 54: GRIT SEASON 1 78: CHARLOTTE : Tsholo Maseko, SHIRLEY : Mamarumo Morokane ,STANLEY: Mutodi Neshehe, SUSAN: Tango Ncetezo, PAUL: Luzuko Nteleko, ESTER: Keneilwe Matidze, JUDGE SIBIYA: Henny Dineka; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Grit is the inspiring and touching story of Charlotte & Shirley living with their father Stanley and mother Maria. Life becomes hard for the family when Stanley loses his landed property due to deceit of certain greedy and unscrupulous ones. Stanley is noble-hearted and has a deep-seeded faith in ethics. He believes in always choosing the right path. He has always taught his daughters that they are no less than boys and can achieve any goal. Drawing inspiration from Stanley, both sisters concentrate on their studies, aiming to join professions where they can help the needy. Through the story of how these young women rose to become a successful lawyer and doctor, we explore the family history that has shaped their destiny and moulded the cast of characters that are on the journey with them. 58: DR

21: 2018/00059. 22: 2018/08/22 43: 2018/07/27 24: 2017/05/15 to 2017/11/30; Johannesburg 25: 2018/01/31; 2018/01/31 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: NOSIBUSISO DAMBUZA Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Jafta Mekgoe; 77: Pieter Grobblelaar 54: MASEKO TIES SEASON 3

78: Grace: Samela Tyelbooi, Dr. John: Amos Ketlele, Christina : Monnye Kunupi, Sydney :Tsepo Desando, Dr. Freddy: Daniel Janks, Nicky: Taryn Bok, Charlene: Nina Marais; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Season three of Maseko Ties sees the family trying to stitch their lives back together again after it is revealed that Christina, matriarch of the Maseko family, is an alcoholic and things have come to a head. Grace and her father make tentative peace, while Molly has her baby and Carol goes into remission. But all is not as it seems – there is unrest at the hospital, Grace has moved in with Mike’s family and his mother is intent on making life a living hell for her, Sydney – Molly’s husband – hasn’t quite let go of his agenda to take over, and a virus threatens the life of Grace’s unborn baby…

58: DR

21: 2018/00060. 22: 2018/08/22 43: 2018/07/27 24: 2017/11/01 to 2017/12/16; Johannesburg 25: 2018/01/30; 30/01/2018 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: NOSIBUSISO DAMBUZA Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Jafta Mekgoe; 77: Pieter Grobblelaar 54: MASEKO TIES SEASON 4 78: Grace: Samela Tyelbooi, Dr. John: Amos Ketlele, Christina : Monnye Kunupi, Sydney :Tsepo Desando, Dr. Freddy: Daniel Janks, Nicky: Taryn Bok, Charlene: Nina Marais; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Maseko Ties Season 4 is a family soap led by the protagonist Grace Maseko: a pregnant woman having to negotiate a tricky marriage, her demanding father and fierce competition from an ambitious brother-in-law. The season explores the intricacies of the Maseko family and hospital politics, how the quest for love, control and fulfillment tests every characters resolve. The on and off drinking problems of the Maseko Matriarch finally affect her liver, John keeps her condition to himself, he greases and cuts every hand in his way to keep it a secret. With a spiteful mother-in-law and naïve


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husband, Grace is determined to make her marriage work; she contemplates choosing her troubled marriage over her father’s offer to take over the hospital. Sydney and Molly continue their devious plan of taking over the hospital but unknown to Molly, Sydney harbors ulterior motives. Carol changes her mind about having a baby, Goodwill gets a lucrative job in America, and their marriage is tested while they make a decision. Freddy is in on Christina’s illness, John swears him to secrecy, which strains Freddy’s marriage. A new character; Victor, an old flame of Charlene enters the fray. Freddy’s torn, realizing his wife might be slipping away. Maseko Ties Season 4 centers on each characters journey, how their lives, trials and tribulations affect them and each other, it explores the motives behind the ties of love, betrayal and priorities. And how each character negotiates them.

58: DR

21: 2018/00061. 22: 2018/08/24 43: 2018/08/27 24: 2013/01/01 to 2015/11/24; Emeryville, California, United States of America 25: 2015/11/25; United States of America 71: DISNEY ENTERPRISES, INC., a Delaware corporation 500 South Buena Vista Street, Burbank, California, 91521, United States of America PIXAR, a California corporation 1200 Park Avenue, Emeryville, California, 94608, United States of America 75: PIXAR, a California corporation1200 Park Avenue, Emeryville, California, US, 94608, Phone: 0124326309, Email: [email protected]; 76: Denise Ream; 77: Peter Sohn; 54: THE GOOD DINOSAUR 78: Raymond Ochoa as Arlo, a young Apatosaurus, Jack McGraw as young Arlo, Jack Bright as Spot, a 6-7-year old human cave boy who befriends Arlo, Sam Elliott as Butch, a Tyrannosaurus who runs a “longhorns”, Anna Paquin as Ramsey, Butch’s daughter, AJ Buckley as Nash, Butch’s son, Jeffery Wright as Poppa Henry, the father of the Apatosaurus family, until his death, Frances McDormand as Momma Ida, the mother of the Apatosaurus family, Marcus Scribner as Buck, Arlo’s brother, Ryan Teeple as Young Buck, Maleah Padilla as Libby, Arlo’s sister, Steve Zahn as Thunderclap, the leader of a gang of pterodactys, Mandy Freud as Downpour, a pterodactyl who is a member of Thunderclap’s flock, Steven Clay Hunter as Coldfront, a pterodactyl who is a member of Thunderclap’s flock, Peter Sohn as Forrest

Woodbush, Styracosaurus who has various animals perched on his horns, Dave Boat as Bubbha, the leader of a gang of Velociraptor rustlers, Carrie Paff as Lurleane, a Velociraptor who is a member of Bubbha’s pack, John Ratzenberger as Earl, a Velociraptor who is a member is a member of Bubbha’s pack and Calum Mackenzie Grant as Pervis, a Velociraptor who is a who a member of Bubbha’s pack. 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Luckily for young Arlo, his parents (Jeffrey Wright, Frances McDormand) and his two siblings, the mighty dinosaurs were not wiped out 65 million years ago. When a rainstorm washes poor Arlo (Raymond Ochoa) downriver, he ends up bruised, battered and miles away from home. Good fortune shines on the frightened dino when he meets Spot (Jack Bright), a Neanderthal boy who offers his help and friendship. Together, the unlikely duo embark on an epic adventure to reunite Arlo with his beloved family.

58: CO

21: 2018/00062. 22: 2018/08/24 43: 2018/08/27 24: 2014/01/01 to 2016/06/15; Emeryville, California, United States of America 25: 2016/06/16; Australia

71: DISNEY ENTERPRISES, INC., a Delaware corporation 500 South Buena Vista Street, Burbank, California, 91521, United States of America PIXAR, a California corporation 1200 Park Avenue, Emeryville, California, 94608, United States of America 75: PIXAR, a California corporation1200 Park Avenue, Emeryville, California, US, 94608, Phone: 0124326309, Email: [email protected]; 76: Lindsey Collins 77: Andrew Stanton 54: FINDING DORY 78: Ellen DeGeneres as Dory, a regal blue tang; Sloane Murray as Baby Dory; Albert Brooks as Marlin, an overprotective clowfish, Nemo’s father and Dory’s friend; Hayden Rolence as Nemo, a young juvenile clownfish and Marlin’s son, Ed O’Neill as Hank, a cranky East Pacific red octopus who previously lost a tentacle (this is reportedly the hardest character that Pixar has ever animated); Diane Keaton as Jenny, Dory’s mothers; Eugene Levy as Charlie, Dory’s father; Kaitlin Olson as Destiny, a near-sighted whale shark and Dory’s childhood friend; Ty Burrell as Bailey, a beluga whale who temporarily lost echolocation due to a


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concussion, Idris Elba as Fluke a sea lion; Dominic West as Rudder, a sea lion and Fluke’s friend; Bob Peterson as Mr. Ray, a spotted eagle ray and Nemo’s schoolteacher; Andrew Stanton as Crush, a sea turtle that lives on the East Australian Current and the seagulls near the end of the film; Bennett Dammann as Squirt, Crush’s son (he was voiced by Nicholas Bird in the previous film); Bill Hader as Stan, a kelp bass, Kate McKinnon as Stan’S fish wife; Angus MacLane as Charlie Back-and-Forth, a sunfish; Katherine Ringgold as a chickenfish; Sigourney Weaver as herself, the voice intercom announcer for the Institute PA system; Alexander Gould as Passenger Carl, a delivery truck driver that works for the Institute, and Passenger Tommy, Carl’s co-worker (Gould voiced Nemo in the previous film); John Ratzenberger as Bill, a crab; Tortin Xan Bullock as Gerald, an outcast California sea lion who is frequently treated hostilely by Fluke & Rudder, and Becky, a friendly and helpful but dim-witted common loon; Willem Dafoe as Gill, a Moorish idol, who is the leader of the “Tank Gang”; and Brad Garrett as Bloat a porcupinefish. 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Dory is a wide-eyed, blue tang fish who suffers from memory loss every 10 seconds or so. The one thing she can remember is that she somehow became separated from her parents as a child. With help from her friends Nemo and Marlin, Dory embarks on an epic adventure to find them. Her journey brings her to the Marine Life Institute, a conservatory that houses diverse ocean species.

58: CO

21: 2018/00063. 22: 2018/08/24 43: 2018/08/27 24: 2016/02/22 to 2016/05/18; Alberta, Canada 25: 2018/08/15; Trinidad & Tobago 71: Studio 8, LLC 10202 W. Washington Blvd., Poitier 1000, Culver City, CA 90232-3195, United States of America 75: Studio 8, LLC10202 W. Washington Blvd., Poitier 1000, Culver City, ZA, CA 90232-3195; 76: Andrew Rona and Albert Hughes; 77: Albert Hughes; 54: ALPHA aka The Solutrean 78: Kodi Smit-McPhee, Johannes Haukur Johannesson, Marcin Kowalczyk, Jens Hulten, Natassia Mathe, Spencer Bogaert, Mercedes de la Zerda and Chuck; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested

57: Set in the last Ice Age, a young man is injured while on his first hunt with his tribe’s most elite group, and must learn to survive alone in the wilderness. Reluctantly taming a lone wolf abandoned by its pack, the pair learn to rely on each other and become unlikely allies, in order to find their way home before winter arrives.

58: AC

21: 2018/00064. 22: 2018/08/24 43: 2018/08/27 24: 2015/01/01 to 2017/06/14; Emeryville, California, United States of America 25: 2018/06/15; South Africa 71: DISNEY ENTERPRISES, INC., a Delaware corporation 500 South Buena Vista Street, Burbank, California, 91521, United States of America PIXAR, a California corporation 1200 Park Avenue, Emeryville, California, 94608, United States of America 75: PIXAR, a California corporation1200 Park Avenue, Emeryville, California, US, 94608, Phone :0124326309, Email :[email protected]; 76: Kevin Reher; 77: Brian Fee; 54: CARS 3 78: Owen Wilson – Lightning McQueen (voice); Cristela Alonzo – Cruz Ramirez (voice); Chris Cooper – Smokey (voice); Nathan Fillion – Sterling (voice); Larry the Cable Guy – Mater (voice); Armie Hammer – Jackson Storm (Voice); Ray Magliozzi – Dusty (voice); Tony Shalhoub – Luigi (voice); Bonnie Hunt – Sally (voice); Lea DeLaria – Miss Fritter (voice); Margo Martindale – Louise Nash (voice); Darrell Waltrip - Darrell Cartrip (voice) and Isiah Whitlock Jr. – River Scott (voice). 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Blindsided by a new generation of blazing-fast racers, the legendary Lightning McQueen (voice of Owen Wilson) is suddenly pushed out of the sport he loves. To get back in the game, he will need the help of an eager young race technician, Cruz Ramirez (voice of Cristela Alonzo), with her own plan to win, plus inspiration from the late Fabulous Hudson Hornet and a few unexpected turns. Proving that #95 isn’t through yet will test the heart of a champion on Piston Cup Racing’s biggest stage!

58: CO


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21: 2018/00065. 22: 2018/08/24 43: 2018/08/27 24: 2017/01/23 to 2017/07/14; Atlanta, Georgia, United States of America 25: 2018/04/25; Australia 71: MVL FILM FINANCE LLC, a Delaware corporation 500 South Buena Vista Street, Burbank, California, 91521, United States of America 75: MVL FILM FINANCE LLC, a Delaware corporation500 South Buena Vista Street, Burbank, California, US, 91521, Phone: 0124326309, Email :[email protected]; 76: Kevin Reher; 77: Anthony and Joe Russo; 54: AVENGERS: INFINITY WAR 78: Robert Downey Jr. – Tony Stark / Iron Man; Chris Hemsworth – Thor; Chris Evans – Steve Rogers / Captain America; Mark Ruffalo – Bruce Banner / Hulk; Scarlett Johansson – Natasha Romanoff / Black Widow; Jeremy Renner – Clint Barton / Hawkeye, Elizabeth Olsen – Wanda Maximoff / Scarlet Witch; Paul Bettany – Vision; Anthony Mackie – Sam Wilson / Falcon, Tom Holland – Peter Park / Spider – Man; Benedict Cumberbatch – Doctor Stephen Strange; Chris Pratt – Peter Quill / Star-Lord; Zoe Saldana – Zoe Saldana – Gamora; Dave Bautista – Drax and Josh Brolin – Thanos 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Two years after the Leipzig fight and immediately following the destruction of Asgard, the Avengers and the Guardians of the Galaxy learn that the Mad Titan Thanos is seeking to collect the Infinity Stones, which are said to be the most powerful artifacts in the universe. Facing an enemy too powerful to stop alone, the Avengers and the Guardians, alongside Doctor Strange, Black Panther and Spider-Man must come together and stop Thanos from inflicting his power and destroying the universe.

58: DR

21: 2018/00066. 22: 2018/08/28 43: 2018/08/30 24: 2018/04/20 to 2018/08/24; Johannesburg 25: 2018/08/27; 27/08/2018 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Dominique Masson Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Shashikant Shekhar

77: Pushpinder Singh; 54: THE BELLOS 78: VIVIEN: PAMELA EVIDENCE, MARY: JOELLE JORDINE JACOBS, ROBERT: YANDISA SANELE DAMOYI, HENRY: THEMBA NOFEMELE, JULIYA: UNATHI NGEMA, UMAKHULU: FELICITY SHANGE; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: When a man from a strong African traditional background marries a Bishop’s daughter there’re bound to be clashes over different values in their suburban household, but add the generation gap from two teenagers and a conniving eight-year-old to create a melting-pot of misunderstandings and disagreements mixed with love. SERIES SYNOPSIS: A show centered around a family who cares for each other and loves to have fun with each other. They are light-hearted and quick-witted with an unmistakable African flair. They may fight and disagree, but love is always overflowing in their household. VIVIEN and HENRY BELLOS are parents who are frequently at loggerheads in the process of raising their three children ROBERT, JULIA and MARY in a household that combines traditional African cultural practices and strict Christian adherence. Throw in the generation gap between parents and kids, and the manipulative wiles of six-year-old Mary, then there’s always something interesting and amusing happening in their suburban home. On top of that, each individual has their own interests, or formative issues, that impacts on other family members creating hilarity, warmth and love – and sometimes tension.

58: CO

21: 2018/00068. 22: 2018/08/29 43: 2018/08/30 24: 2018/01/02 to 2018/08/20; Johannesburg 25: 2018/08/27; 27/08/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh;


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54: FROM SEA TO PLATE 78: Neetu Kulvinder Kaur 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: From Sea To Plate’ is a short format cooking show all about fish, as we cook up some quick and delicious dishes. It shows the viewers just fast, easy and fun fish recipes are to make. With a focus on beautiful, quick mouth-watering food ‘From Sea To Plate’ covers recipes for any occasion, using a wide assortment of fish ingredients. Each episode features one fish (such as salmon or tuna) or shellfish (such as lobster, scallops or oyster) dish and makes meals that taste and look gourmet but that are quick, easy, and fun to make! ‘From Sea To Plate’, you won’t have to travel to the coast to get good seafood, you’ll be able to make it at home and enjoy every delicious bite.

58: MI

21: 2018/00069. 22: 2018/08/29 43: 2018/08/30 24: 2018/05/23 to 2018/05/23; Johannesburg 25: 2018/07/23; 23/07/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: FACE FORWARD 78: MELVINA AMAKACHINWE EHELI 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Every woman is interested in how to look charming, attractive and radiant. Great looks boost the confidence. In order to look fresh at all times, certain make-up tips can work wonders. Face Forward create amazing make-up looks and look pretty at all times and all occasions. The experienced and celebrated make-up artist combines her own experience with highly coveted secrets she’s learned from the experts to help viewers achieve luminous skin, flawless makeup, and more.

58: DA

21: 2018/00070. 22: 2018/08/29 43: 2018/08/30 24: 2018/02/19 to 2018/02/20; Johannesburg 25: 2018/03/01; 01/03/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: MAGICIAN’S CODE 78: RYAN SHARP, CAITLIN LOUISE SHAVGHNESSY; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: “Magician’s Code” is a program for kids, who are looking to learn to do magic tricks. Whether you are an adult or a kid, it’s fun to learn these illusions using cards, coins, or some other simple objects. While magicians don’t often reveal their secrets, you’ll find some here! Kids can use these tricks to amaze their friends.

58: EI

21: 2018/00071. 22: 2018/08/29 43: 2018/08/30 24: 2018/02/01 to 2018/05/31; Johannesburg 25: 2018/07/30; 30/07/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: LANDMARKS 78: Pushpinder Singh; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: LANDMARKS showcases many amazing sites of Africa’s unrivalled natural beauty, ecological & cultural diversity and mind-blowing man-made wonders. Each episode in the series aims at impressing the world with an untold story. Each of these Landmarks is a symbol with various


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meanings – it may represent an epoch, an area, a belief, a culture, a country or a city.

58: TR

21: 2018/00072. 22: 2018/08/29 43: 2018/08/30 24: 2018/08/02 to 2018/08/03; Johannesburg 25: 2018/08/27; 27/08/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: FINANCIAL FREEDOM FOR LIFE 78: Face Model 1: TERENCE KATLEGO LEKGOTHWANE Face Model 2: KGOMOTSO NONHLANHLA HLOPHE Face Model 3: SIBUSISIWE MIGERI Face Model 4: CELCIA FISHER; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: A series for millennial who are determined to - achieve success, be rich and independent, have financial security and freedom. Provides tricks, tips and methods for today’s high achievers - to be savvy with money, Live a balanced, Organised and fulfilling life.

58: EI

21: 2018/00073. 22: 2018/08/29 43: 2018/08/30 24: 2017/09/01 to 2017/11/10; Johannesburg 25: 2017/12/01; 01/12/2017 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: TSA AFRIKA 78: Neetu Kulvinder Kaur 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested

57: Africa is a continent that is rich and diverse in terms of culture and traditions. African cuisine is as diverse as the hundreds of different cultures and groups that inhabit the continent. This diversity is reflected in the many local culinary traditions in terms of choice of ingredients, style of preparation and cooking techniques. From old traditional recipes to those thought up only days ago, Tsa Afrika showcases quick and easy recipes to cook up the continent's most mouth-watering dishes.

58: MI

21: 2018/00074. 22: 2018/08/30 43: 2018/08/30 24: 2018/01/02 to 2018/06/30; Johannesburg 25: 2018/07/15; 15/07/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: OUR UNIVERSE 78: Pushpinder Singh; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: How many planets are in the Solar System? How did it form in the Milky Way galaxy? Learn facts about the solar system’s genesis, it’s planets, moons, and asteroids. Here is an introduction to the Solar System and the planets that are in it. From the sun to why Pluto is no longer considered a planet and all the cool facts about our Universe

58: EI

21: 2018/00075. 22: 2018/08/30 43: 2018/08/30 24: 2018/05/05 to 2018/02/03; Johannesburg 25: 2018/04/20; 20/04/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Dominique Masson Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh;


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54: MAN ON THE MOVE 78: TSEPO DESANDO, CANIELE DE CANIO 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: This show will inspire men to be the best they can be in any role they play in life. The message to audiences is that any man can be a man on the move – someone who is dynamic, who takes charge of his life and is a positive role model to others. Season 2 is about the man on the move being a community leader and making a positive impact in his family and community across issues ranging from acting against abuse, to uplifting the community, to engaging youth in positive experiences

58: MI

21: 2018/00076. 22: 2018/08/30 43: 2018/08/30 24: 2017/09/09 to 2017/12/18; Johannesburg 25: 2018/04/20; 20/04/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: HOME MATTERS 78: KEABETSWE MASHUGANE; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Ever been stuck on how to remove a stains, clean kitchen counters or open a clogged drain? Home Matters shows you how can do all of these and more with things you already have in the house. These quick household tips will help you to minimize your time and effort and maximize your results in every room of your house! 58: DA

21: 2018/00077. 22: 2018/08/30 43: 2018/08/30 24: 2015/06/12 to 2017/08/03; Johannesburg 25: 2017/09/15; 15/09/2017 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa

75: Dominique Masson Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: BODY BLISS 78: MAMOTSE MALOKE, JANAKI; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Body Bliss” is a physical wellness and lifestyle show that aims to tackle everyday issues that people deal with regarding their physical bodies as well as the positive impact of mental and spiritual wellbeing in varying situations. Body Bliss tells the viewer how the road to improved fitness, and in turn a better life, begins with a simple thought and that these thought processes affect your everyday routine. In Season 02, Body Bliss: Pregnancy Yoga, will deal with 26 topics around pregnancy from getting ready to conceive, to common issues that arise in each of the trimesters, and then to preparing for the best labour possible. Each topic will have one or two yoga exercises that will help that phase of pregnancy. The show is presented by Janaki from Yoga Mama, who is an expert in pregnancy yoga. 58: EI

21: 2018/00078. 22: 2018/08/30 43: 2018/08/30 24: 2015/06/12 to 2017/08/03; Johannesburg 25: 2017/09/15; 15/09/2017 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Dominique Masson Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: ZEST FOR LIFE 78: LORRAINE KONDOMBOLO, SASA, MPHO MOGAPI; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Zest for Life season one is all about the A-Z of wellbeing for the modern woman and her family. We talk about topics ranging from allergies, to cancer, to mental wellbeing, relaxation, nutrition and all exercise. The show is presented by warm and dynamic woman who embodies having Zest for Life, and is a mixture of presenter to camera and


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cutaways of graphics, animation and footage that relate to the episodic topics. Zest for Life season one is all about women as leaders and we cover topics that will help woman to empower those around them who may be dealing with abuse, addiction, learning, disabilities, and psychological programs. We consulted with professional psychologist to guide each episode equipping our audience to recognize family and community issues and then equipped them to be able to deal with them.Zest for Life is also about the woman as community leaders. This season empowers women to empower their communities by tackling topics such as helping the homeless, caring for the elderly, motivating the youth and uplifting the community in general. As always, the show is presented by a woman who epitomizes Zest for Life, and features cutaways to relevant graphics, animation, footage and images. 58: DA

21: 2018/00079. 22: 2018/08/30 43: 2018/08/30 24: 2016/06/12 to 2017/01/09; Johannesburg 25: 2017/03/20; 20/03/2017 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Dominique Masson Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: LEARN TO SAVE 78: Taryn Bok, Tsepho 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: LEARN TO SAVE S1 deals with all aspects of personal finance, from saving to budgeting, to getting out of debt to what to do to grow your money. The show is presented by a male who epitomizes financial savvy, and is written with easy-to-understand concepts, animation and footage. Season 2 deals with living frugally in the home. This season, presented by a warm and motherly woman, deals with topics such as how to save electricity and water to save money, how to shop smart and save money, how to buy and cook in bulk to save money, and how to stretch meals. The show even covers topics such as how to entertain the family cheaply, and how to make additional money from the home. 58: EI

21: 2018/00080. 22: 2018/08/31 43: 2018/08/31 24: 2018/05/02 to 2018/08/20; Johannesburg 25: 2018/08/31; 31/08/2018 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: HEALTHY PLANET HEALTHY PEOPLE 78: Pushpinder Singh; 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Aims at spreading awareness about the declining health of our environment. Provides thorough understanding of environmental challenges. Fosters a sense of connections to the natural world. Promotes ideology that evokes necessity and responsibility of humans to respect, perfect and preserve the natural world. 58: EI

21: 2018/00081. 22: 2018/08/31 43: 2018/08/31 24: 2014/05/02 to 2014/08/20; Johannesburg 25: 2014/09/15; 15/09/2014 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: Neetu Kulvinder Kaur Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: COOKING WITH CHARLOTTE 78: Betty Badibanga 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Cooking with Charlotte” is an inspiring culinary exploration into the wonderful world of chicken dishes. This series is founded upon three basic fundamentals of life: fresh, flavourful and fun, which are the common threads intertwining each episode. These chicken recipes are prepared and presented using tried and tested techniques. Along with essential tips and tricks stemming from timeless traditions this cooking show is for all audiences to


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personally discover how many delicious dishes they can make with chicken. 58: DA

21: 2018/00082. 22: 2018/08/31 43: 2018/08/31 24: 2014/05/02 to 2014/08/20; Johannesburg 25: 2014/09/15; 15/09/2014 Johannesburg 71: KOHINOOR PROMOTIONS CC Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, 2196, South Africa 75: LARA DAVE Unit 17, Sandton View Office Park, Conduit Street, Lyme Park, Randburg 2196, Johannesburg, ZA, 2196, Phone: 0836017832, Email: [email protected]; 76: Pushpinder Singh; 77: Pushpinder Singh; 54: HEALTH MATTERS NUTRITION & MALARIA 78: Betty Badibanga 26: 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: HEALTH MATTERS MALARIA - Recent report in the media indicate that deaths due to Malaria have doubled in 2011 to 2.4 million. It remains the leading cause of death and disease worldwide, especially in Africa. 75% of these deaths occur in children under five. This series aims at reducing the impact of the disease by educating people that malaria can be prevented, diagnosed and treated. HEALTH MATTERS NUTRITION – Health Matters Nutrition is a lifestyle show centering around a particular food and what it’s nutritional benefits are to the body and how it impacts health and wellbeing. It’s a mix of live-action, 2D and 3D animation and motion graphics. 58: EI

21: 2018/00083. 22: 2018/09/05 43: 2018/09/07 24: 2017/04/03 to 2017/06/09; Atlanta, Georgia, United States America 25: 2018/08/01; Cairo, Egypt 71: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation 10201 West Pico Boulevard, Los Angeles, California, 90035, United States of America TSG ENTERTAINMENT FINANCE LLC, a Delaware limited liability company 5851 West Charleston Boulevard, Las Vegas, Nevada, 89146, United States of America 75: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation10201 West Pico Boulevard, Los Angeles, California, US,

90035, Phone: 0124326309, Email: [email protected]; 76: Schawn Levy, Dan Levine and Dan Cohen; 77: Jennifer Yuh Nelson; 54: THE DARKEST MINDS 78: Amandla Stenberg, Harris Dickinson, Miya Cech, Mandy Moore, Bradley Whitford, Patrick Gibson, Gwendoline Christie, Sammi Rotibi, Golden Brooks, Wade Williams and Wallace Langham; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: When teens mysteriously develop powerful new abilities, they are declared a threat by the government and detained. Sixteen-year-old Ruby, one of the most powerful young people anyone has encountered, escapes her camp and joins a group of runaway teens seeking safe haven. Soon this newfound family realizes that, in a world in which the adults in power have betrayed them, running is not enough and they must wage a resistance, using their collective power to take back control of their future. 58: DR

21: 2018/00084. 22: 2018/09/05 43: 2018/09/07 24: 2016/11/21 to 2017/02/12; United Kingdom and Malta 25: 2017/11/09; New York, New York, United States of America 71: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation 10201 West Pico Boulevard, Los Angeles, California, 90035, United States of America TSG ENTERTAINMENT FINANCE LLC, a Delaware limited liability company 5851 West Charleston Boulevard, Las Vegas, Nevada, 89146, United States of America 75: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation10201 West Pico Boulevard, Los Angeles, California, US, 90035, Phone: 0124326309, Email: [email protected]; 76: Aditya Sood, Matthew Jennings, Mathew Prichard, Hilary Strong, Ridley Scott, Mark Gordon, Simon Kinberg, Kenneth Branagh, Judy Hofflund and Michael Schaefer; 77: Kenneth Branagh; 54: MURDER ON THE ORIENT EXPRESS 78: Tom Bateman, Kenneth Branagh, Penelope Cruz, Willem Defoe, Judi Dench, Johnny Depp, Josh Gad, Derek Jacobi, Leslie Odom, Jr., Michelle Pfeiffer and Daisy Ridley; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested


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57: While his train is stopped by deep snow, famous Belgian detective Hercule Poirot is enlisted to solve the murder of a man who was killed in his car the night before. 58: DR

21: 2018/00085. 22: 2018/09/05 43: 2018/09/07 24: 2016/12/05 to 2017/03/05; Vancouver and New Zealand 25: 2017/10/05; New York, New York, United States of America 71: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation 10201 West Pico Boulevard, Los Angeles, California, 90035, United States of America TSG ENTERTAINMENT FINANCE LLC, a Delaware limited liability company 5851 West Charleston Boulevard, Las Vegas, Nevada, 89146, United States of America 75: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation10201 West Pico Boulevard, Los Angeles, California, US, 90035, Phone: 0124326309, Email: [email protected]; 76: Peter Chernin, Jenno Topping and David Ready; 77: Hany Abu-Assad; 54: THE MOUNTAIN BETWEEN US 78: Idris Elba, Kate Winslet, Dermot Mulroney and Marci T. House; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: When their flight is delayed due to weather conditions, a woman engaged to be married and a busy surgeon share a charter flight to get them home. When their plane crashes in a snowy wilderness, the two must work together to survive. 58: DR

21: 2018/00086. 22: 2018/09/05 43: 2018/09/07 24: 2015/05/18 to 2015/07/10; Belfast, Northern Ireland 25: 2016/09/01; New York, New York, United States of America 71: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation 10201 West Pico Boulevard, Los Angeles, California, 90035, United States of America TSG ENTERTAINMENT FINANCE LLC, a Delaware limited liability company 5851 West Charleston Boulevard, Las Vegas, Nevada, 89146, United States of America 75: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation10201

West Pico Boulevard, Los Angeles, California, US, 90035, Phone: 0124326309, Email: [email protected]; 76: Ridley Scott, Michael Schaefer, Elishia Holmes and George Heller; 77: Luke Scott; 54: MORGAN 78: Kate Mara, Anya Taylor-Joy, Boyd Holbrook, Paul Giamatti and Toby Jones; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: A corporate risk management consultant is summoned to a remote research lab to determine whether or not to terminate an at-risk artificial being. 58: DR

21: 2018/00087. 22: 2018/09/05 43: 2018/09/07 24: 2015/06/01 to 2015/08/01; Honolulu, Hawaii 25: 2016/07/07; New York, New York, United States of America 71: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation 10201 West Pico Boulevard, Los Angeles, California, 90035, United States of America TSG ENTERTAINMENT FINANCE LLC, a Delaware limited liability company 5851 West Charleston Boulevard, Las Vegas, Nevada, 89146, United States of America 75: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation10201 West Pico Boulevard, Los Angeles, California, US, 90035, Phone: 0124326309, Email: [email protected]; 76: Peter Chernin, Jenno Topping, David Ready and Jonathan Levine; 77: Jake Szymanski; 54: MIKE AND DAVE NEED WEDDING DATES 78: Zac Efron, Adam DeVine, Anna Kendrick, Aubrey Plaza and Stephen Root; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Two hard-partying brothers try to get dates for a wedding by placing an ad on Craigslist. 58: CO

21: 2018/00088. 22: 2018/09/05 43: 24: 2017/03/16 to 2017/06/02; South Africa 25: 2018/01/25; New York, New York, United States of America 71: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation


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10201 West Pico Boulevard, Los Angeles, California, 90035, United States of America TSG ENTERTAINMENT FINANCE LLC, a Delaware limited liability company 5851 West Charleston Boulevard, Las Vegas, Nevada, 89146, United States of America 75: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation10201 West Pico Boulevard, Los Angeles, California, US, 90035, Phone: 0124326309, Email: [email protected]; 76: Wyck Godfrey, Marty Bowen, Ellen Goldsmith-Vein, Lee Stollman, Hoe Hartwick Jr., Wes Ball, T.S. Nowin, Lindsday Williams and Eddie Gamarra 77: Wes Ball; 54: THE DEATH CURE (AKA "MAZE RUNNER: THE DEATH CURE") 78: Dylan O'Brien, Kaya Scodelario, Ki Hong Lee, Thomas Brodie-Sangster, Dexter Darden, Rosa Salazar, Giancarlo Esposito, Jacob Lofland, Nathalie Emmanuel, Patricia Clarkson, Aidan Gillen and Barry Pepper; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: Thomas and other escaped Gladers must infiltrate Last City in order to save their friends. Anyone who survives the deadliest maze of all will find the answers they've been seeking. 58: CO

21: 2018/00089. 22: 2018/09/05 43: 24: 2016/05/02 to 2016/08/13; New Orleans and New Mexico 25: 2017/03/02; New York, New York, United States of America 71: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation 10201 West Pico Boulevard, Los Angeles, California, 90035, United States of America TSG ENTERTAINMENT FINANCE LLC, a Delaware limited liability company 5851 West Charleston Boulevard, Las Vegas, Nevada, 89146, United States of America 75: TWENTIETH CENTURY FOX FILM CORPORATION, a Delaware corporation10201 West Pico Boulevard, Los Angeles, California, US, 90035, Phone: 0124326309, Email: [email protected]; 76: Stan Lee, James Mangold, Joe Caracciolo, Jr., Josh McLaglen, Simon Kinberg, Hutch Parker and Lauren Shuler Donner; 77: James Mangold; 54: LOGAN

78: Hugh Jackman, Patrick Stewart, Richard E. Grant, Boyd Holbrook, Stephen Merchant and Dafne Keen; 26: On appointment with Adams & Adams 55: Specimen lodged/Not lodged. 56: Preview Requested/Not requested 57: In the near future, a weary Logan cares for an ailing Professor X, but Logan's attempts to hide from the world are up-ended when a young mutant arrives, being pursued by dark forces. 58: CO


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HYPOTHECATIONS


JUDGMENTS





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5. CORRECTION NOTICES


340

TRADE MARK CORRECTION NOTICES


PATENT CORRECTION NOTICES

The Patent under application number 2017/01605 was advertised in the May 2018 patent journal with an incorrect special character on applicant’s name which read as INFARM ¿ INDOOR URBAN FARMING GMBH and the name should have appeared as INFARM – INDOOR URBAN FARMING GMBH but the publication date will remain the 30/05/2018.

The patent under application number 2017/02647 was advertised in the August 2018 Patent Journal with incorrect characters on the abstract and it should have appeared as the one below but the publication date will remain as 29/08/2018 Application No : 2017/02647 Date of application : 28 Oct 2015 Acceptance Date : 14 Jun 2018 Applicant : Dolby International AB Class : G10L Inventors : Villemoes, Lars Purnhagen, Heiko Lehtonen, Heidi-Maria Title : Parametric Mixing of Audio Signals Priority : US 62/073,462 filed 31 Oct 2014 US 62/167,711 filed 28 May 2015 Abstract : In an encoding section (100), a downmix section (110) forms first and second channels (L1, L2) of a downmix signal as linear combinations of first and second groups (401, 402) of channels, respectively, of an M-channel audio signal; and an analysis section (120) determines upmix parameters (αLU) for parametric reconstruction of the audio signal, and mixing parameters (αLM). In a decoding section (1200), a decorrelating section (1210) outputs a decorrelated signal (D) based on the downmix signal; and a mixing section (1220) determines mixing coefficients based on the mixing parameters or the upmix parameters, and forms a K-channel output signal (L͂1,...,L͂K) as a linear combination of the downmix signal and the decorrelated signal in accordance with the mixing coefficients. The channels of the output signal approximate linear combinations of K groups (501-502, 1301-1303) of channels, respectively, of the audio signal. The K groups constitute a different partition of the audio signal than the first and second groups, and 2 ≤ K < M. __________________________________________________________________________________________ The patent under application number 2017/00918 was advertised in the July 2018 Patent Journal with incorrect characters on the abstract and it should have appeared as the one below but the publication date will remain as 25/07/2018


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The patent under application number 2017/00917 was advertised in the July 2018 Patent Journal with incorrect characters on the abstract and it should have appeared as the one below but the publication date will remain as 25/07/2018 Application No : 2017/00917 Date of application : 3 Aug 2015 Acceptance Date : 25 May 2018 Applicant : Umicore Class : C22B Inventors : Heulens, Jeroen Van Horebeek, David Quix, Maarten Brouwer, Sybolt Title : Process for Smelting Lithium-Ion Batteries Priority : EP 14181054.9 filed 14 Aug 2014 Abstract : The invention concerns a process for the separation of cobalt from lithium present in a charge comprising lithium-ion batteries or related products, comprising the steps of: smelting the charge using a bath furnace equipped with a submerged air-fed plasma torch for injecting plasma gas into the melt; defining and maintaining a bath redox potential where cobalt is reduced to the metallic state and reporting to an alloy phase, and whereby lithium is oxidized as Li2O and reporting to the slag phase; decanting and separating the phases. It is characterized in that the reduction and oxidizing steps are performed simultaneously. A suitably low cobalt concentration is obtained in the slag.

Application No : 2017/00918

Date of application : 5 Aug 2015

Acceptance Date : 31 May 2018

Applicant : Astellas Pharma Inc.

Class : C12N; A61K; A61P; C07K; C12P

Inventors : Yamajuku, Daisuke Seki, Mutsumi Honda, Takashi Kubo, Satoshi Soga, Shinji Morinaka, Akifumi

Title : Novel Anti-Human Igß Antibody

Priority : JP 2014-160141 filed 6 Aug 2014

Abstract : [Problem] Provided is an anti-human Igβ antibody which crosslinks BCR and

FcRIIb and has an immunosuppressive function more enhanced than that of an antibody in the prior art. [Means for Solution] An anti-human Igβ antibody comprising a heavy chain variable region comprising CDR1 consisting of the amino acid sequence of amino acid numbers 31 to 35 of SEQ ID NO: 2, CDR2 consisting of the amino acid sequence of amino acid numbers 50 to 65 of SEQ ID NO: 2, and CDR3 consisting of the amino acid sequence of amino acid numbers 98 to 108 of SEQ ID NO: 2, a light chain variable region comprising CDR1 consisting of the amino acid sequence of amino acid numbers 24 to 38 of SEQ ID NO: 4, CDR2 consisting of the amino acid sequence of amino acid numbers 54 to 60 of SEQ ID NO: 4, and CDR3 consisting of the amino acid sequence of amino acid numbers 93 to 101 of SEQ ID NO: 4, and a heavy chain constant region which

is a human Ig1 constant region having amino acid mutations of S239D, H268D, and L328W.


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DESIGNS CORRECTION NOTICES

The Design under application number A2017/01452 was advertised in the July 2018 patent journal with an incorrect priority claim which read as EM (IT) 31: 003790062-000 32: 2017-03-08 and it should have appeared as EM (IT) 31: 003790062-0001 32: 2017-03-08 but the publication date will remain the 25/07/2018. The Design under application number F2017/01758 was advertised in the August 2018 patent journal without a priority claim and the advertisement should have been appreared as the one below but the publication date will remain 29/08/2018. 21: F2017/01758 22: 2017-11-03 23: 43: 2018-06-15 52: Class 29 24: Part F 71: JSP Limited 33: EM 31: 003936079 32: 2017-05-05 54: RESPIRATORY MASKS 57: The features for which protection is claimed are those of shape and/or configuration, substantially as shown in the representations.

COPYRIGHT CORRECTION NOTICES



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PATENTS

Advertisement List for September 2018

Number of Advertised Patents: 512

Application Number Patent Title Filing Date

2012/03224 COMPOSITION, METHOD, AND KIT FOR ALPHA-1 PROTEINASE INHIBITOR

2012/05/04

2013/05820 AMINOINDANE COMPOUNDS AND USE THEREOF IN TREATING PAIN

2013/08/01

2013/07397 QUANTIZED PULSE CODE MODULATION IN VIDEO CODING

2013/10/03

2013/07592 POLYPEPTIDES AND POLYNUCLEOTIDES, AND USES THEREOF FOR TREATMENT OF IMMUNE RELATED DISORDERS AND CANCER

2012/04/16

2013/07928 PROCESS FOR THE PRODUCTION OF BALLAST

2013/10/23

2014/00227 METHOD FOR COATING A CATALYSED PARTICULATE FILTER AND A PARTICULATE FILTER

2012/06/14

2014/00437 RAZOR CARTRIDGE WITH SKIN CONTACT ELEMENT

2014/01/20

2014/00483 METHODS AND COMPOSITIONS FOR TREATING ASTHMA USING ANTI-IL-13 ANTIBODIES

2014/01/21

2014/00489 SMOKING ARTICLE AND METHOD OF MANUFACTURING A SMOKING ARTICLE

2014/01/21

2014/00736 SYSTEMS AND METHODS FOR LOW-OVERHEAD WIRELESS BEACONS HAVING COMPRESSED NETWORK IDENTIFIERS

2014/01/30

2014/01068 IMPROVED FLOOR COVERING 2014/02/11

2014/01091 INTEGRATED METHOD FOR HIGH-THROUGHPUT IDENTIFICATION OF NOVEL PESTICIDAL COMPOSITIONS AND USES THEREFOR

2012/08/17

2014/01153 TAMPER-RESISTANT ORAL PHARMACEUTICAL DOSAGE FORM COMPRISING OPIOID AGONIST AND OPIOID ANTAGONIST

2014/02/14

2014/01368 ABUSE-RESISTANT MUCOADHESIVE DEVICES FOR DELIVERY OF BUPRENORPHINE

2012/08/20

2014/01484 POLYACRYLATE-BASED ACTIVE COMPOUND-COMPRISING PARTICLES

2014/02/26

2014/01816 DEVICES, SYSTEMS, AND METHODS FOR PROCESSING HETEROGENEOUS MATERIALS

2014/03/12

2014/01955 SMOKING ARTICLES AND METHODS OF MANUFACTURING SMOKING ARTICLES

2014/03/17

2014/01978 SOLID FORMS OF 1,L-DIOXO-4-THIOMORPHOLINYL)-[6-[[3(4-FLUOROPHENYL)-5-METHYL-4-ISOXAZOLYL]METHOXY]-3-PYRIDINYL]-

2014/03/18


344


METHANONE

2014/02073 AUTOMATIC INJECTION DEVICE 2014/03/20

2014/02395 NOVEL DOSAGE FORM 2014/03/31

2014/02442 INK COATINGS FOR SECURITY DOCUMENTS TO PREVENT FORGERY BY MEANS OF HEAT SENSITIVE ERASABLE INK

2014/04/02

2014/02591 PROCESS FOR THE PREPARATION OF HIGHER ALCOHOLS

2012/11/07

2014/02610 LIVESTOCK TREATMENT METHOD AND APPARATUS

2014/04/10

2014/02678 INHALER 2014/04/11

2014/02715 ENZYME COCKTAILS PREPARED FROM MIXED CULTURES

2012/12/04

2014/02814 POSITIVE DISPLACEMENT PUMP AND OPERATING METHOD THEREOF

2012/09/28

2014/02841 PHOSPHORUS MODIFIED ZEOLITE CATALYSTS

2014/04/16

2014/02845 METHOD FOR PRODUCING NUCLEAR FUEL PRODUCTS WITH A HIGH LOADING OF LOW ENRICHED URANIUM AND CORRESPONDING NUCLEAR KERNBRENNSTOFF

2014/04/16

2014/02904 TAMPER-RESISTANT ORAL PHARMACEUTICAL DOSAGE FORM COMPRISING A PHARMACOLOGICALLY ACTIVE INGREDIENT, AN OPIOID ANTAGONIST AND/OR AVERSIVE AGENT, POLYALKYLENE OXIDE AND ANIONIC POLYMER

2014/04/22

2014/02984 SYSTEMS AND METHODS FOR MULTI-ANALYSIS

2012/09/25

2014/03163 AMINO ACID DERIVATIVES FUNCTIONALIZED ON THE N-TERMINAL CAPABLE OF FORMING DRUG INCAPSULATING MICROSPHERES

2012/10/26

2014/03278 GDF-5 MUTANT FOR INDUCING CARTILAGE FORMATION

2014/05/08

2014/03515 ADMINISTRATION OF NEDD8-ACTIVATING ENZYME INHIBITOR AND HYPOMETHYLATING AGENT

2012/11/02

2014/03899 SYSTEM AND METHOD FOR MANUFACTURING A HONEYCOMB BODY

2014/05/28

2014/03951 STERILIZATION PROCESS 2012/11/09

2014/04703 COMBINATIONS OF AZILSARTAN AND CHLORTHALIDONE FOR TREATING HYPERTENSION BLACK PATIENTS

2014/06/25

2014/04931 IMMEDIATE PURCHASE OF GOODS AND SERVICES WHICH APPEAR ON A PUBLIC BROADCAST

2014/07/04

2014/05164 THERAPEUTICALLY ACTIVE COMPOUNDS AND THEIR METHODS OF USE

2013/01/21

2014/06711 HIGH-PRESSURE HIGH-TEMPERATURE CELL 2014/09/12

2014/06957 LOCKING EXTENSION DEVICE 2014/09/23

2014/07421 A PROGRAMMABLE ELECTRICAL CONTROL 2014/10/14


345


DEVICE

2014/07515 PACKAGING CONSTRUCTION AND METHOD FOR MANUFACTURING SAID PACKAGING CONSTRUCTION

2014/10/16

2014/09428 BIOMARKERS FOR DETERMINING EFFECTIVE RESPONSE OF TREATMENTS OF HEPATOCELLULAR CARCINOMA (HCC) PATIENTS

2014/12/19

2015/00095 DIFFERENTIATION OF HUMAN EMBRYONIC STEM CELLS INTO PANCREATIC ENDOCRINE CELLS

2015/01/07

2015/00232 OPTIMIZATION OF ANTIBODIES THAT BIND LYMPHOCYTE ACTIVATION GENE-3 (LAG-3), AND USES THEREOF

2015/01/13

2015/00378 3,4-DISUBSTITUTED OXAZOLIDINONE DERIVATIVES AND THEIR USE AS INHIBITORS OF THE CALCIUM ACTIVATED POTASSIUM CHANNEL

2015/01/19

2015/00440 ATX MODULATING AGENTS 2015/01/21

2015/00465 OPIOID FORMULATIONS 2013/07/26

2015/00487 GYRATORY CRUSHER AND SLIDE BEARING LINING

2015/01/22

2015/00543 N-[4-(Quinolin-4-yloxy)cyclohexyl(methyl)](hetero)arylcarboxamides as androgen receptor antagonists, production and use thereof as medicinal products

2015/01/23

2015/00680 CONTAINER AND SET OF PREFORMS FOR FORMING A CONTAINER

2015/01/29

2015/00730 AZAINDOLINES 2015/01/30

2015/00731 SOLID ANIMAL SUPPLEMENTS AND METHODS FOR MAKING THEM

2015/01/30

2015/01125 METHOD AND SYSTEM FOR REAL-TIME KEYWORD SPOTTING FOR SPEECH ANALYTICS

2015/02/18

2015/01328 INTERLEUKIN -13 BINDING PROTEINS 2015/02/26

2015/01370 FUSED BICYCLIC SULFAMOYL DERIVATIVES AND THE USE THEREOF AS MEDICAMENTS FOR THE TREATMENT OF HEPATITIS B

2015/02/27

2015/01424 GROUND ENGAGING TOOL MECHANICAL ATTACHMENT

2015/03/02

2015/01444 BIOCERAMIC COMPOSITIONS 2015/03/03

2015/01492 MITOCHONDRIAL TOXICITY TEST 2015/03/04

2015/01526 METHODS OF TREATING HAIR RELATED CONDITIONS

2015/03/05

2015/01602 APIXABAN LIQUID FORMULATIONS 2015/03/09

2015/01618 STRESS INDUCIBLE DERIVATIVE PROMOTER 2013/09/09

2015/01727 PALLET CONTAINER 2015/03/13

2015/01760 SINGLE CRYSTAL DIAMOND OR CBN FEATURING MICRO-FRACTURING DURING GRINDING

2015/03/13

2015/01797 THERAPEUTIC NANOPARTICLES COMPRISING A THERAPEUTIC AGENT AND

2015/03/16


346


METHODS OF MAKING AND USING SAME

2015/01915 TETRACYCLINE COMPOUNDS 2015/03/19

2015/01998 A SMOKING ARTICLE 2015/03/23

2015/02107 IRREVERSIBLY MAGNETICALLY INDUCED IMAGES OR PATTERNS

2015/03/26

2015/02152 GALL WASP CONTROL AGENTS 2015/03/27

2015/02191 LEARNING AID 2015/03/30

2015/02303 HYPOTHETICAL REFERENCE DECODER PARAMETERS IN VIDEO CODING

2015/04/07

2015/02308 IMPROVED SIGNALING OF LAYER IDENTIFIERS FOR OPERATION POINTS OF A VIDEO CODER

2015/04/07

2015/02379 SOMATOSTATIN-DOPAMINE CHIMERIC ANALOGS

2015/04/09

2015/02436 SYSTEM AND METHOD FOR MACHINE-TO-MACHINE PRIVACY AND SECURITY BROKERED TRANSACTIONS

2015/04/10

2015/02540 A CURRENT COLLECTOR FOR A FUEL CELL 2013/10/11

2015/02565 ELECTRONIC INHALATION DEVICE 2015/04/16

2015/02854 BENEFICIATION PROCESS FOR LOW GRADE URANIUM ORES

2015/04/24

2015/02926 SOLAR AIR HEATING / COOLING SYSTEM 2015/04/29

2015/03050 PDE9I WITH IMIDAZO PYRAZINONE BACKBONE

2012/10/09

2015/03285 ELECTROCHEMICAL SEPARATION DEVICE 2013/03/15

2015/03398 PROCESS FOR PREPARING NUCLEOSIDE PRODRUGS

2013/11/15

2015/03643 PHARMACEUTICAL COMPOSITIONS FOR THE TREATMENT OF CFTR MEDIATED DISEASES

2013/11/01

2015/03705 CXCR7 ANTAGONISTS 2013/11/26

2015/03870 A FERMENTATION PROCESS 2012/12/05

2015/03873 EQUIPMENT DESIGNS FOR APPLYING AGRICULTURAL MANAGEMENT MATERIALS

2013/12/18

2015/04332 PROCESS AND APPARATUS FOR THE PRODUCTION OF HIGHER ALCOHOLS

2013/12/18

2015/04476 MANNOSE DERIVATIVES FOR TREATING BACTERIAL INFECTIONS

2013/12/18

2015/04832 ANTI-IL-17A ANTIBODIES AND THEIR USE IN TREATING AUTOIMMUNE AND INFLAMMATORY DISORDERS

2015/07/03

2015/04921 SYSTEM AND METHOD FOR DETERMINING WHEN A SMARTPHONE IS IN A VEHICLE

2015/07/08

2015/05138 AUTHENTICATION DEVICE & RELATED METHODS

2015/07/16

2015/05743 SYSTEMS FOR UNWINDING A ROLL OF THERMOPLASTIC MATERIAL INTERLEAVED WITH A POROUS MATERIAL, AND RELATED METHODS

2015/08/11

2015/05806 PROTECTIVE PACKAGING IN WHICH WINE IN BOTTLES CAN BE TRANSPORTED

2015/08/13

2015/05823 HYDROGEN GAS DIFFUSION ANODE ARRANGEMENT PRODUCING HCL

2015/08/13


347


2015/05935 SIM CARD HOLDER 2015/08/18

2015/05942 SYSTEMS AND METHODS FOR MITIGATING POTENTIAL FRAME INSTABILITY

2015/08/18

2015/07273 METHOD OF RECOVERING NICKEL OR COBALT WHILE MITIGATING CORROSION

2015/10/01

2015/07322 PEPTIDE COMPOUND 2014/05/27

2015/07452 SYSTEM FOR DYNAMICALLY MONITORING ROADWAY ROOF SEPARATION BASED ON FIBRE GRATING AND PRE-WARNING METHOD

2015/10/07

2015/07575 COMPLEMENT COMPONENT C5 IRNA COMPOSITIONS AND METHODS OF USE THEREOF

2014/03/13

2015/07585 MOBILE DEVICE FRAUD DETECTION WITHOUT RESORT TO A NETWORK

2015/10/12

2015/07847 SEAL RING FOR FOIL-SEALING A CONTAINER 2014/05/02

2015/08224 SELF-PROVISIONING ACCESS CONTROL 2015/11/06

2015/08594 REFINERY PROCESS FOR HEAVY OIL AND BITUMEN

2014/02/05

2015/08648 PLATING OF ARTICLES 2014/05/09

2015/08963 DENTAL ANESTHETIC COMPRISING TETRACAINE AND A VASOCONSTRICTOR FOR INTRANASAL ADMINISTRATION

2010/04/02

2015/09178 PNEUMATIC TOURNIQUET 2015/12/17

2015/09187 CRYOTHERAPY DEVICE AND METHOD FOR THE TREATMENT OF CERVICAL PRECANCEROUS LESIONS

2014/05/21

2015/09194 STAIN TREATMENT DEVICE AND PROCESS 2014/06/06

2015/09228 PYRROLO[3,2-D]PYRIMIDINE DERIVATIVES FOR THE TREATMENT OF VIRAL INFECTIONS AND OTHER DISEASES

2015/12/18

2015/09246 A SYSTEM AND METHOD FOR MANAGING UTILIZATION OF UN-LICENSED FREQUENCY SPECTRUM RESOURCES FOR SECONDARY SYSTEMS, AND A NON-TRANSITORY COMPUTER-READABLE MEDIUM

2015/12/18

2016/00010 INHIBITORS OF VIRAL REPLICATION, THEIR PROCESS OF PREPARATION AND THEIR THERAPEUTICAL USES

2016/01/04

2016/00996 METHOD FOR THE QUANTIFICATION OF 227AC IN 223RA COMPOSITIONS

2016/02/12

2016/01089 ENERGY TRANSMISSION EFFICIENT DRILL STRING COUPLING

2016/02/17

2016/01625 FOUR-COLUMN FLOAT-SWING HYDRAULIC SUPPORT

2016/03/09

2016/01663 BURN RATE MODIFIER 2014/09/11

2016/01781 METHODS OF ADMINISTERING ROULETTE BONUS WAGERS AND RELATED APPARATUSES AND SYSTEMS

2014/09/19

2016/02113 ESTIMATION OF MIXING FACTORS TO GENERATE HIGH-BAND EXCITATION SIGNAL

2016/03/30

2016/02159 A METHOD, SYSTEM AND ASSEMBLY FOR DETERMINING A REDUCTION OF REMAINING

2015/10/05


348


SERVICE LIFETIME OF AN ELECTRICAL DEVICE DURING A SPECIFIC TIME PERIOD OF OPERATION OF THE ELECTRICAL DEVICE

2016/02255 ROTARY UNION FOR AUTOMATIC TIRE INFLATION SYSTEM

2016/04/05

2016/02394 TRANSACTION SYSTEMS AND ASSOCIATED METHODS FOR ENCHANCED ACCOUNT BALANCE AND STATUS MANAGEMENT

2014/09/26

2016/02776 METHODS OF WEED CONTROL IN CHICORY 2014/09/25

2016/03107 STAPHYLOCOCCUS AUREUS LEUKOCIDINS, THERAPEUTIC COMPOSITIONS, AND USES THEREOF

2011/05/05

2016/03439 METHOD FOR RECIPROCATING PUNCHING/RAKING/LOADING BY POWER BOX ON EXCAVATOR, AND EXCAVATOR HAVING POWER BOX CAPABLE OF RECIPROCATING PUNCHING/RAKING/LOADING

2016/05/19

2016/03578 SUBSTITUTED BENZAMIDES AND METHODS OF USE THEREOF

2014/11/26

2016/03844 STORAGE CASE 2016/06/06

2016/03941 ELECTRICAL GENERATOR 2014/11/21

2016/03970 HAIR CONDITIONING COMPOSITION COMPRISING A ZWITTERION OR PROTEINCAEOUS MATERIAL

2015/01/22

2016/03971 CLEANSING COMPOSITION CONTAINING OLIGODYNAMIC METAL AND EFFICACY ENHANCING AGENT

2015/01/06

2016/04070 INORGANIC CELLULAR MONOBLOC CATION-EXCHANGE MATERIALS, THE PREPARATION METHOD THEREOF, AND SEPARATION METHOD USING SAME

2016/06/15

2016/04090 CARTRIDGES USEFUL IN CLEANING DIALYSIS SOLUTIONS

2016/06/15

2016/04324 YIELDING STOPE SUPPORT WITH WEDGE-BALL YIELDING MECHANISM

2016/06/27

2016/04489 CONTROLLED SYSTEM AND METHODS FOR STORAGE FIRE PROTECTION

2014/12/23

2016/04710 PROCESSING BY A SEPARATION TECHNIQUE OF A GAS MIXTURE FORMED FROM A PRODUCT STREAM OF A DIMETHYL REACTOR

2016/07/08

2016/05169 CABLE ANCHOR SLEEVE 2016/07/25

2016/05181 STEEL SHEET FOR CROWN CAP, METHOD FOR MANUFACTURING SAME, AND CROWN CAP

2015/02/13

2016/05234 ENERGY GENERATION AND STORAGE SYSTEM

2016/07/28

2016/05421 ORNAMENTAL WALL MOULDINGS 2016/08/01

2016/05744 HYDRAULICALLY ACTUATED WRENCH 2016/08/18

2016/06019 PROCESS FOR PRODUCING DIMETHYL CARBONATE

2016/08/30

2016/06475 COMPOSITIONS AND METHODS FOR 2016/09/20


349


MODULATING COMPLEMENT FACTOR B EXPRESSION

2016/06705 AN ACQUISITION DEVICE, A METHOD OF FABRICATING IT, AND A METHOD OF MEASURING FORCE

2015/03/27

2016/06842 CONTROL SYSTEM AND METHOD FOR TAPERED STRUCTURE CONSTRUCTION

2016/10/05

2016/07048 HEALTH RISK INDICATOR DETERMINATION 2016/10/13

2016/07171 MEDICAL DEVICE PLACEMENT SYSTEM AND A METHOD FOR ITS USE

2016/10/18

2016/07421 A TAMPER DETECTION DEVICE AND A METHOD FOR INSTALLING THE DEVICE

2016/10/27

2016/07730 SYSTEM AND METHODS FOR USING CIPHER OBJECTS TO PROTECT DATA

2016/11/09

2016/07994 DOSAGE OF DASOTRALINE AND METHOD FOR TREATMENT OF ADHD

2016/11/18

2016/08201 POTENTIATION OF FIXED COPPERS AND OTHER PESTICIDES CONTAINING COPPER AND SUPPLEMENTING PLANT NUTRITION

2016/11/28

2016/08591 BOREHOLE DRILLING GUIDE 2016/12/13

2017/00136 A METHOD FOR DETERMINING AN EXECUTION FREQUENCY OF A FOREIGN OBJECT DETECTION METHOD

2017/01/06

2017/00252 METHOD OF PACKAGING A FLEXIBLE ELONGATE ELEMENT

2017/01/11

2017/00655 SLACK ADJUSTER ENVIRONMENTAL IMPROVEMENTS

2017/01/26

2017/00656 BRAKE CYLINDER LIMITING VALVE 2017/01/26

2017/00932 SYSTEM AND METHOD FOR CURING TOBACCO

2017/02/07

2017/00934 PESTICIDAL COMPOSITIONS 2017/02/07

2017/00954 COMPOSITIONS AND METHODS FOR PREVENTING OR TREATING DISEASES, CONDITIONS, OR PROCESSES CHARACTERIZED BY ABERRANT FIBROBLAST PROLIFERATION AND EXTRACELLULAR MATRIX DEPOSITION

2017/02/07

2017/01073 GRINDING ELEMENT, METHOD FOR PRODUCING THE GRINDING ELEMENT, AND INJECTION-MOLDING TOOL FOR CARRYING OUT THE METHOD

2017/02/13

2017/01259 GUIDED SURFACE WAVE POWERED SENSING DEVICES

2015/09/10

2017/01261 SIMULTANEOUS TRANSMISSION AND RECEPTION OF GUIDED SURFACE WAVES

2015/09/10

2017/01262 REMOTE SURFACE SENSING USING GUIDED SURFACE WAVE MODES ON LOSSY MEDIA

2015/09/10

2017/01263 SUBSURFACE SENSING USING GUIDED SURFACE WAVE MODES ON LOSSY MEDIA

2015/09/10

2017/01267 SUPERPOSITION OF GUIDED SURFACE WAVES ON LOSSY MEDIA

2015/09/10

2017/01268 VARIABLE FREQUENCY RECEIVERS FOR 2015/09/09


350


GUIDED SURFACE WAVE TRANSMISSIONS

2017/01660 LIQUID INHALATION FORMULATION COMPRISING RPL554

2017/03/08

2017/02154 FIN PLUG FOR WATER CRAFT 2017/03/22

2017/02200 NOVEL CARBOXYLIC ACID COMPOUNDS USEFUL FOR INHIBITING MICROSOMAL PROSTAGLANDIN E2 SYNTHASE-1

2017/03/29

2017/02227 THE PRODUCTION OF HIGH-GRADE SYNTHETIC RUTILE FROM LOW-GRADE TITANIUM-BEARING ORES

2017/03/30

2017/02345 RAILWAY VEHICLE AND FUNICULAR INSTALLATION

2015/09/04

2017/02379 DEVICE AND METHOD FOR DETECTING CLEANING WORK WHICH HAS BEEN PERFORMED

2015/09/05

2017/02381 HYDROISOMERIZATION CATALYST MANUFACTURED USING A HIGH NANOPORE VOLUME ALUMINA SUPPORTS

2015/09/23

2017/02387 ELECTROCOAGULATION REACTOR 2015/09/30

2017/02419 DISPLAY STRUCTURE 2017/04/06

2017/02466 SMART MOTOR-DRIVEN BLENDER 2017/04/07

2017/02468 SMART DRIVER FOR COTTON CANDY MAKER 2017/04/07

2017/02469 DISPLAY DRIVING SYSTEM AND ELECTRONIC DEVICE USING SAME

2017/04/07

2017/02479 WRITE REQUEST PROCESSING METHOD, PROCESSOR, AND COMPUTER

2017/04/07

2017/02608 SPIRO-INDOLINES FOR THE TREATMENT AND PROPHYLAXIS OF RESPIRATORY SYNCYTIAL VIRUS INFECTION (RSV)

2017/04/12

2017/02645 ANODE FOR ELECTROLYTIC EVOLUTION OF CHLORINE

2015/11/23

2017/02678 AIRCRAFT POT TEMPERATURE CONTROL SYSTEM

2017/04/18

2017/02735 RAILCAR ENERGY ABSORPTION/COUPLING SYSTEM

2015/11/12

2017/02768 CONDITION RESPONSIVE INDICATION ASSEMBLY AND METHOD

2015/03/16

2017/02770 METHOD AND SYSTEM FOR DIRECT CARRIER BILLING

2015/10/13

2017/02792 HEAT PUMP HOT WATER MACHINE CONTROL METHOD AND SYSTEM

2015/08/04

2017/02851 END COUPLING FOR A ROCK BOLT 2017/04/24

2017/02860 APPARATUS FOR TREATING AND COOLING FOUNDRY MOULDING SAND

2015/11/20

2017/02886 TOFACITINIB ORALLY DISINTEGRATING TABLETS

2017/04/25

2017/02895 SUPERHARD CONSTRUCTIONS & METHODS OF MAKING SAME

2015/10/15

2017/02896 STABILIZATION OF BODIES OF PARTICULATE MATERIAL

2016/10/27

2017/02929 BUILDING SYSTEM FOR A MULTI-STORY BUILDING AND METHOD

2017/04/26


351


2017/02946 POUCHED, WATER DISPERSIBLE DETERGENT FORMULATIONS WITH HIGH WATER CONTENT

2015/10/09

2017/02967 BORON-CONTAINING SMALL MOLECULES 2017/04/28

2017/02968 AMINOINDANE COMPOUNDS AND USE THEREOF IN TREATING PAIN

2017/04/28

2017/03084 THERMAL SPARK-CONDUCTING TUBE USING NANOSCALE PARTICLES

2017/05/04

2017/03085 PROCESS FOR PRESSING DELAY ELEMENTS FOR NON-ELECTRIC INITIATORS

2017/05/04

2017/03168 APPARATUS AND METHOD FOR VEHICLE ECONOMY IMPROVEMENT

2015/11/26

2017/03198 ANTIPERSPIRANT COMPOSITION 2015/11/02

2017/03345 PRINTING PRESS COMPRISING A MAGNETIC ORIENTATION UNIT AND A MOVABLE DRYING/CURING UNIT

2015/10/29

2017/03348 PROCESS FOR OBTAINING A SILICONE PATCH HAVING AT LEAST ONE SURFACE COATED WITH CARBON APPLIED BY ARC DEPOSITION FOR THE REPLACEMENT OF A PORTION OF BLADDER WALL

2015/11/02

2017/03378 A SUBMERSIBLE VESSEL FOR DRY DOCKING A VESSEL

2017/05/16

2017/03379 INTERMEDIATE FILM FOR LAMINATED GLASS, AND LAMINATED GLASS

2016/03/24

2017/03383 FABRIC TREATMENT COMPOSITION 2015/11/06

2017/03399 APPARATUS FOR MONITORING AIRCRAFT POSITION

2017/05/17

2017/03415 LOCALISING PORTABLE APPARATUS 2015/07/17

2017/03475 HERBICIDAL COMPOSITION 2015/10/14

2017/03476 METHOD FOR FINISHING A WOOD BOARD 2015/10/09

2017/03477 METHOD FOR PREPARING METHYL FORMATE AND COPRODUCING DIMETHYL ETHER

2014/11/17

2017/03478 HEAD PROTECTION HOOD 2015/11/26

2017/03504 CANCER AND SKIN LESION TREATMENT 2015/10/23

2017/03575 COMPOSITION FOR TREATING A PIT LATRINE 2017/05/24

2017/03609 INJECTABLE BUPRENORPHINE FORMULATION

2015/10/27

2017/03610 GRANULAR FOOD COMPOSITION COMPRISING GAS

2015/12/21

2017/03612 POST-FLUSH DISPENSER FOR A HYGIENE COMPOSITION

2015/11/27

2017/03614 POLYPEPTIDES COMPRISING A MODIFIED BACTERIOPHAGE G3P AMINO ACID SEQUENCE LACKING A GYLCOSYLATION SIGNAL

2015/12/02

2017/03619 EXPLOSIVE COMPOSITION AND METHOD OF DELIVERY

2017/05/25

2017/03645 MAGNETIC CAPTURING OF RARE CELLS 2015/11/06

2017/03646 RAZOR BLADE 2014/12/22

2017/03682 SEALING MATERIAL FOR THREADED CONNECTIONS

2015/10/27


352


2017/03731 MAXIMIZING CHANNEL CAPACITY FOR COMMON DOWNLINK CHANNELS

2015/07/28

2017/03732 CO-INJECTION NOZZLE FOR AN INJECTION MOULDING DEVICE FOR PRODUCING MULTI-LAYERED INJECTION-MOULDED PRODUCTS

2015/09/22

2017/03737 A SKIN LIGHTENING COMPOSITION COMPRISING 4-HEXYLRESORCINOL AND ILOMASTAT

2015/11/24

2017/03740 AMINOACID-BASED COMPOSITION FOR FIBROELASTIN RECOVERY IN DERMAL CONNECTIVE TISSUES

2015/12/03

2017/03818 PIVOT IRRIGATION SYSTEM AND COMPONENTS

2015/11/03

2017/03827 SECURITY FENCE 2017/06/05

2017/03841 SIMULTANEOUS RECTO-VERSO PRINTING PRESS

2015/11/06

2017/03910 THICKENING AGENT FOR AQUEOUS SYSTEMS, FORMULATIONS CONTAINING SAME AND USES THEREOF

2015/12/18

2017/03911 METHOD AND SYSTEM FOR DETERMINING THE POSITION OF A LIFT CAR

2015/12/02

2017/03912 SECTION OF CONCRETE 2015/11/30

2017/03913 AUTHENTICATION OF A USER FOR ACCESS TO A PHYSICAL SPACE

2015/12/15

2017/03923 NOVEL COMPOSITIONS, USES AND METHODS FOR MAKING THEM

2015/05/09

2017/03940 METHODS FOR CONFERRING OR ENHANCING HERBICIDE RESISTANCE ON PLANTS AND/OR ALGA WITH PROTOPORPHYRINOGEN OXIDASE VARIANTS

2015/12/16

2017/03944 CREAM TO POWDER COSMETIC COMPOSITIONS

2015/11/30

2017/03946 2-AMINO-5,5-DIFLUORO-6-(FLUOROMETHYL)-6-PHENYL-3,4,5,6-TETRAHYDROPYRIDINES AS BACE1 INHIBITORS

2015/11/09

2017/03953 GROWTH DEVICE FOR CROP, USE OF SUCH A DEVICE, AND A SERIES OF GROWTH DEVICES

2013/11/13

2017/03967 DRIVE ASSEMBLY 2017/06/09

2017/03986 METHOD FOR PREPARING METHYL FORMATE 2014/11/17

2017/04020 AIR/WATER SEPARATOR FOR DRILL BITS, DRILL BIT AND DRILLING ASSEMBLY COMPRISING SUCH A SEPARATOR AND METHOD FOR DRILLING COMPRISING A DRILL STRING AND SUCH A DRILL BIT

2015/11/23

2017/04024 DENTAL IMPLANT 2015/12/14

2017/04030 LUBRICATOR 2017/06/12

2017/04060 WALL SUPPORT STRAP 2017/06/13

2017/04084 PROCESS FOR THE PRODUCTION OF A COATED SUBSTRATE COMPRISING CELLULOSIC FIBRES

2017/06/14

2017/04085 MEDICAL DEVICE FOR TREATMENT OF DEFECTIVE BLOOD VESSELS, BODY

2015/11/17


353


CAVITIES, AND BODY DUCTS

2017/04086 GLASSWARE MOLD PYROMETRY 2015/12/17

2017/04089 METHODS OF PRECIPITATING POLYMER AND DEACTIVATED ORGANOMETALLIC CATALYST IN AN OLEFIN OLIGOMERIZATION REACTION

2014/12/23

2017/04090 METHODS OF PREPARING OLIGOMERS OF AN OLEFIN

2014/12/23

2017/04092 PLANT AND PROCESS FOR OBTAINING CLEAR MUST FROM GRAPES AND FOR VINIFICATION

2014/12/22

2017/04126 ITEM OF CLOTHING HAVING AN INTEGRATED POCKET

2015/11/19

2017/04130 IMPROVED CHANNEL CAPACITY ON COLLISION BASED CHANNELS

2015/08/18

2017/04131 QUICK DISSOLVING FILM FOR WASHING KERATIN MATERIALS

2015/12/18

2017/04132 FORMULATIONS OF 2-(TERT-BUTYLAMINO)-4-((1R,3R,4R)-3-HYDROXY-4-METHYCYCLOHEXYLAMINO)-PYRIMIDINE-5-CARBOXAMIDE

2015/12/15

2017/04133 REPLACEABLE UNIT FOR AN ELECTROPHOTOGRAPHIC IMAGE FORMING DEVICE HAVING AN ENGAGEMENT MEMBER FOR POSITIONING A MAGNETIC SENSOR

2016/02/09

2017/04162 FOOD PRODUCT 2015/11/24

2017/04164 LOCALISING PORTABLE APPARATUS 2015/12/04

2017/04204 METHOD FOR MANUFACTURING A SANDWICH PANEL

2015/12/17

2017/04214 SINGLE-THREAD SCREW THREAD VARIATOR DEVICE

2017/06/20

2017/04229 POLYMER PRODUCT IN PARTICLE FORM AND ITS USE

2016/01/26

2017/04231 CHIMERIC PROTEIN 2016/02/23

2017/04233 HEAP LEACHING METHOD 2017/06/21

2017/04264 LAUNDRY TREATMENT COMPOSITION COMPRISING A DYE

2015/12/15

2017/04298 QUINAZOLINE DERIVATIVES USED TO TREAT HIV

2017/06/23

2017/04305 ROTARY SHAFT FOR PROCESSING FOODSTUFFS, INDUSTRIAL DEVICE COMPRISING SUCH A ROTARY SHAFT, A METHOD OF MANUFACTURING SUCH A ROTARY SHAFT AND A METHOD FOR PROCESSING FOODSTUFFS

2015/11/18

2017/04306 SYNERGISTIC BACTERIAL CONSORTIA FOR MOBILIZING SOIL PHOSPHORUS

2015/11/06

2017/04362 METHOD FOR WASTE GAS DEDUSTING AND DEDUSTING AGENT

2016/01/15

2017/04381 INSECTICIDAL PROTEINS AND METHODS FOR THEIR USE

2017/06/28

2017/04391 THICKENED AQUEOUS DETERGENT LIQUID 2016/01/07

2017/04392 WIRELESS COMMUNICATIONS INVOLVING A 2015/06/11


354


FAST INITIAL LINK SETUP, FILS, DISCOVERY FRAME FOR NETWORK SIGNALING

2017/04395 DO12149032A SKIN LIGHTENING COMPOSITION COMPRISING NIACINAMIDE AND ILOMASTAT

2015/12/08

2017/04397 CLEANING COMPOSITION 2015/12/22

2017/04423 METHOD AND GRAPHIC PROCESSOR FOR MANAGING COLORS OF A USER INTERFACE

2015/12/11

2017/04500 FUMAGILLOL DERIVATIVES 2015/12/18

2017/04606 QUANTUM CAPACITANCE SENSING 2016/01/26

2017/04669 KETONE OR OXIME COMPOUND, AND HERBICIDE

2015/12/18

2017/04706 SYSTEMS AND METHODS FOR MONITORING METAL RECOVERY SYSTEMS

2015/09/14

2017/04954 COMPOSITION FOR USE IN INCREASING ENGRAFTMENT EFFICACY OF HAEMATOPOETIC STEM CELLS AFTER TRANSPLANTATION

2016/01/27

2017/05031 OIL SUPPLY STRUCTURE, OIL SUPPLY METHOD, AND GYRATORY CRUSHER

2015/12/22

2017/05047 AUTOMATIC CALIBRATION OF FLOW MEASUREMENTS IN LOCOMOTIVE AIR BRAKE SYSTEMS

2017/07/25

2017/05054 METHOD FOR CALCULATING A CONFIDENCE ECHO SIGNAL THAT IS EXEMPT FROM MULTIPATH PROPAGATION EFFECTS AND FOR DETERMINING A DISTANCE AND/OR A DIRECTION TO AN ECHO SOURCE AND DEVICE AND VEHICLE

2017/07/25

2017/05058 OLIGONUCLEOTIDE SEQUENCES TARGETING TRANSCRIPTION FACTOR TSC22D4 FOR THE TREATMENT OF INSULIN RESISTANCE

2017/07/25

2017/05151 A COMMODITY SUPPLY ARRANGEMENT, SYSTEM AND METHOD

2017/07/28

2017/05246 THERAPEUTIC NUCLEASE COMPOSITIONS AND METHODS

2017/08/03

2017/05405 PRINTHEAD EMPLOYING DATA PACKETS INCLUDING ADDRESS DATA

2017/08/10

2017/05413 COOLING PROCESS OF TORREFIED BIOMASS 2017/08/10

2017/05414 CROWN REINFORCEMENT FOR A TIRE FOR A HEAVY-DUTY CIVIL ENGINEERING VEHICLE

2017/08/10

2017/05421 SACHET OF AEROSOL-FORMING SUBSTRATE, METHOD OF MANUFACTURING SAME, AND AEROSOL-GENERATING DEVICE FOR USE WITH SACHET

2017/08/10

2017/05447 HERBICIDAL COMPOSITIONS COMPRISING ISOXAFLUTOLE AND DIFLUFENICAN

2017/08/11

2017/05480 PREDICTING THERAPEUTIC TARGETS FOR PATIENTS UNRESPONSIVE TO A TARGETED THERAPEUTIC

2017/08/14

2017/05488 AN AUDIO SIGNAL PROCESSING APPARATUS AND METHOD FOR FILTERING AN AUDIO

2017/08/14


355


SIGNAL

2017/05493 FPGA CLOCK SIGNAL SELF-DETECTION METHOD

2017/08/14

2017/05521 DRIVE SYSTEM AND DRIVE SUB-ASSEMBLY FOR DRIVING A SHAFT

2017/08/15

2017/05525 COMBINATION MEDICATION 2017/08/15

2017/05531 PROCESS CONTROL USING A PHASED ARRAY ULTRASOUND PROBE

2017/08/15

2017/05533 A VALVE PLATE 2017/08/15

2017/05556 UNIVERSAL KILLER T-CELL 2017/08/16

2017/05557 COBALT-BASED FISCHER-TROPSCH SYNTHESIS CATALYST AND PREPARATION METHOD AND USE THEREOF

2017/08/16

2017/05558 PARTICULATE INORGANIC MATERIAL FOR HYDROLYSIS OF BIOMASS MATERIALS AND METHODS

2017/08/16

2017/05559 BACE1 INHIBITORS 2017/08/16

2017/05580 INTERCHANGEABLE COVER DEVICE FOR GREENHOUSES

2017/08/17

2017/05582 MATERIALS AND METHODS FOR TREATMENT OF HUMAN GENETIC DISEASES INCLUDING HEMOGLOBINOPATHIES

2017/08/17

2017/05583 MATERIALS AND METHODS FOR TREATMENT OF HEMOGLOBINOPATHIES

2017/08/17

2017/05585 DISPLAY DEVICE AND CONNECTOR FOR A DISPLAY DEVICE

2017/08/17

2017/05603 REVERSE OSMOSIS FLUID TREATMENT INSTALLATION

2017/08/17

2017/05605 UPGRADING PROCESS STREAMS 2014/03/07

2017/05614 TREATMENT TYPE 2 DIABETES MELLITUS PATIENTS

2017/08/18

2017/05618 METHODS OF PURIFYING CANNABINOIDS, COMPOSITIONS AND KITS THEREOF

2017/08/18

2017/05619 FITTING WITH A COATING, PIPELINE SYSTEM AND USE OF THE FITTING OR OF THE PIPELINE SYSTEM

2017/08/18

2017/05621 PROCESS FOR THE PURIFICATION OF MONOCHLOROACETIC ACID

2017/08/18

2017/05622 POLYMERIZED OILS & METHODS OF MANUFACTURING THE SAME

2017/08/18

2017/05624 WATERING SYSTEM WITH ADAPTIVE COMPONENTS

2017/08/18

2017/05625 CYLINDRICAL FOAM BODY, USE THEREOF AND METHOD FOR PRODUCING THIS

2017/08/18

2017/05626 METHOD FOR PROVIDING SEMI-FINISHED TUBULAR MANUFACTURED ARTICLES TO BE CLOSED BY STITCHING AT AN AXIAL END THEREOF FOR THE PRODUCTION OF SOCKS, AND SEMI-FINISHED TUBULAR MANUFACTURED ARTICLE OBTAINED WITH THE METHOD

2017/08/18

2017/05638 SHAFT ENLARGEMENT ARRANGEMENT FOR 2017/08/18


356


A BORING SYSTEM

2017/05646 PRODUCTION OF PROPYLENE IN A FLUID CATALYTIC CRACKING UNIT

2017/08/18

2017/05664 ANTI-TRANSTHYRETIN ANTIBODIES 2017/08/21

2017/05665 EMITTER AND DRIP IRRIGATION TUBE 2017/08/21

2017/05666 POLYPEPTIDES 2017/08/21

2017/05677 RILUZOLE PRODRUGS AND THEIR USE 2017/08/21

2017/05686 METHOD OF WRAPPING AN ARTICLE 2017/08/21

2017/05704 FILM LAMINATE HAVING A SEALING LAYER 2017/08/22

2017/05723 A PACKAGING CARTON 2017/08/22

2017/05729 A SEPARATOR APPARATUS 2017/08/23

2017/05730 RAILWAY FREIGHT CAR DRAFT GEAR ASSEMBLY

2017/08/23

2017/05734 IONIC LIQUIDS AND PREPARATION THEREOF 2017/08/23

2017/05737 FIRE PREVENTION 2017/08/23

2017/05741 METHOD FOR INCREASING OF TITANIUM OXIDE CONTENT IN SLAG PRODUCED IN CONNECTION WITH ELECTRIC FURNACE SMELTING OF TITANOMAGNETITE

2017/08/23

2017/05742 NO ? TRAP CATALYST SUPPORT MATERIAL WITH IMPROVED STABILITY AGAINST BaAI2O4 FORMATION

2017/08/23

2017/05755 BOTTOM DISCHARGE CONTAINER WITH INTEGRATED ACTUATION ARRANGEMENT

2017/08/23

2017/05766 USE OF EXPANSION MACHINES IN GAS SCRUBBERS

2017/08/24

2017/05768 A ROTISSERIE 2017/08/24

2017/05771 SOLAR STORM WARNING SYSTEM 2017/08/24

2017/05772 PLASTIC CONTAINER WITH FLOW-GUIDING COMPONENT

2017/08/24

2017/05775 METHODS TO INCREASE CORN GROWTH 2017/08/24

2017/05794 A METHOD, SYSTEM AND APPARATUS FOR DETECTING A FAULT CONDITION IN EQUIPMENT

2017/08/25

2017/05808 WATER BASED WAX DISPERSION COMPRISING A HYDROCARBON WAX AND A DIALKYLETHER FOR THE COATING PAPER PRODUCTS

2017/08/25

2017/05833 HAMMER MILL ASSEMBLY 2017/08/28

2017/05836 OLIGONUCLEOTIDES MATCHING COL7A1 EXON 73 FOR EPIDERMOLYSIS BULLOSA THERAPY

2017/08/28

2017/05845 A VALVE 2017/08/28

2017/05853 A GOLF SCORING CARD AND SYSTEMS AND METHODS FOR USING THE SAME

2017/08/28

2017/05862 PROCESS AND APPARATUS FOR EFFECTIVE STRIPPING OF PARTLY LADEN SCRUBBING MEDIUM IN PHYSICAL GAS SCRUBBING OPERATIONS

2017/08/29

2017/05863 GOLF GRIP WITH REMINDER RIB 2017/08/29

2017/05864 A CHEMICAL PRODUCT AND METHOD FOR ITS PRODUCTION

2017/08/29


357


2017/05895 VECTOR CO-EXPRESSING VACCINE AND COSTIMULATORY MOLECULES

2017/08/30

2017/05896 PROCESSES AND SYSTEMS FOR THE PULPING OF LIGNOCELLULOSIC MATERIALS

2017/08/30

2017/05898 PROCESS 2017/08/30

2017/05900 BICYCLIC KETONE SULFONAMIDE COMPOUNDS

2017/08/30

2017/05917 METHOD FOR DETERMINING A CAUSE OF A FAULT IN AN ELECTRICAL ENERGY SUPPLY NETWORK AND PROTECTIVE DEVICE FOR PERFORMING SUCH A METHOD

2017/08/31

2017/05926 DEVICE FOR RESTRAINING AT LEAST ONE LIVING BIRD FOR RECORDING CHARACTERISTIC VIBRATIONAL SPECTRA AND FOR DETERMINING THE SEX

2017/08/31

2017/05928 MICROBIOCIDAL HETEROBICYCLIC DERIVATIVES

2017/08/31

2017/05929 PYOLYSIN METHODS AND COMPOSITIONS 2017/08/31

2017/05947 A SYSTEM AND METHOD FOR DETECTING SEPARATION OR DERAILMENT OF VEHICLES OF A TRAIN

2017/09/01

2017/05951 SYSTEMS AND METHODS FOR HIGH-RESOLUTION IMAGING

2017/09/01

2017/05956 TREATMENT OF TYPE 2 DIABETES MELLITUS PATIENTS

2017/09/01

2017/05957 LIGHTWEIGHT AMMUNITION BOX 2017/09/01

2017/05963 CHARACTER SEGMENTATION AND RECOGNITION METHOD

2017/09/01

2017/05964 BILL SOFTNESS RECOGNITION METHOD AND DEVICE

2017/09/01

2017/05967 IMPROVEMENTS IN OR RELATING TO ORGANIC COMPOUNDS

2017/09/01

2017/05968 METHOD FOR AUTOMATICALLY EXTRACTING TECTONIC FRAMEWORK OF POTENTIAL FIELD

2017/09/01

2017/05970 SYSTEMS AND METHODS FOR WAGERING BETS

2017/09/01

2017/05980 IMPROVED DRILL BIT FOR USE WITH A FRICTION BOLT

2017/09/01

2017/05981 POLYMER COMPOSITION FOR CONTAINER CLOSURES

2017/09/01

2017/05993 A WHEELBARROW 2017/09/04

2017/05998 ACRYLIC FIBER FOR ARTIFICIAL HAIR, METHOD FOR PRODUCING SAME, AND HEAD DECORATION PRODUCT COMPRISING SAME

2017/09/04

2017/06001 PRESS SLEEVE, PRESS FITTING AND USE OF THE PRESS FITTING OR THE PRESS SLEEVE

2017/09/04

2017/06025 INFORMATION HANDLING SYSTEM 2017/09/05

2017/06026 MINING VEHICLE MONITORING AND CONTROL SYSTEM

2017/09/05

2017/06029 HETEROATOM CONTAINING MODIFIED DIENE POLYMERS

2017/09/05


358


2017/06031 BANKNOTE ROLLING-OUT CONTROL METHOD AND APPARATUS, AND BANKNOTE STORAGE DEVICE

2017/09/05

2017/06052 SWIMMING POOL WATER SAVER 2017/09/06

2017/06053 CONNECTION ASSEMBLY 2017/09/06

2017/06055 COMPOSITION AND METHOD FOR SCAVENGING SULFIDES AND MERCAPTANS

2017/09/06

2017/06060 CATALYST INCLUDING A BORON-DOPED ACTIVE PHASE

2017/09/06

2017/06066 DRIVE SYSTEM WITH FULL SURFACE DRIVE CONTACT

2017/09/06

2017/06067 ELECTROSTATIC ADHESION OF DRY POWDERS TO MACRO FERTILIZERS

2017/09/06

2017/06068 NOVEL 3-INDOL SUBSTITUTED DERIVATIVES, PHARMACEUTICAL COMPOSITIONS AND METHODS FOR USE

2017/09/06

2017/06078 NEEDLE PUNCTURE DEVICE 2017/09/06

2017/06093 TOPICAL COMPOSITIONS COMPRISING A CORTICOSTEROID

2017/09/07

2017/06096 OSCILLATING TYPE BUFFERING DEVICE FOR CAR PRESSING MECHANISM OF CAR DUMPER

2017/09/07

2017/06098 STABLE FORMULATION FOR PARENTERAL ADMINISTRATION OF TAPENTADOL

2017/09/07

2017/06137 FLUE GAS DESULFURIZATION AND MERCURY REMOVAL DEVICE AND METHOD

2017/09/08

2017/06148 HEAVY DUTY TIRE 2017/09/11

2017/06149 HEAVY DUTY TIRE AND TREAD 2017/09/11

2017/06151 DISCRIMINATE MASS TRANSFER IN A WET OXIDATION SYSTEM

2017/09/11

2017/06152 NEW POLYMORPHIC FORMS OF MINOCYCLINE BASE AND PROCESSES FOR THEIR PREPARATION

2017/09/11

2017/06157 COATING FOR A POTATO PRODUCT FOR FINISH-FRYING, A POTATO PRODUCT PROVIDED THEREWITH AND METHOD THEREFOR

2017/09/11

2017/06159 METHOD FOR PREPARING A POTATO PRODUCT FOR FINISH-FRYING, PROCESSING LINE THEREFOR AND SUCH A POTATO PRODUCT FOR FINISH-FRYING

2017/09/11

2017/06181 SOCKET-SPIGOT PIPELINE INTERFACE HAVING FASTENING STRUCTURE

2017/09/12

2017/06190 ACCELERATED PAVEMENT TESTING 2017/09/12

2017/06208 MEMBRANE MODULES FOR HYDROGEN SEPARATION AND FUEL PROCESSORS AND FUEL CELL SYSTEMS INCLUDING THE SAME

2017/09/13

2017/06217 PLANT CULTIVATION DEVICE 2017/09/13

2017/06220 METHOD FOR PRODUCING A TABLET WHICH COMPRISES A SAMPLE MATERIAL

2017/09/13

2017/06224 MATTRESS 2017/09/13

2017/06246 CATALYST CONTAINING G-VALEROLACTONE 2017/09/14


359


AND/OR THE HYDROLYSIS PRODUCTS THEREOF, AND USE THEREOF IN A HYDROPROCESSING AND/OR HYDROCRACKING METHOD

2017/06250 GROUP FOR SUPPLYING HOT WATER FOR A MACHINE FOR MAKING ESPRESSO COFFEE OR THE LIKE AND ASSOCIATED MACHINE

2017/09/14

2017/06270 SYSTEM AND METHOD FOR INTERACTIVELY COORDINATING A NUMBER OF GEOGRAPHICALLY DISTRIBUTED PHYSICAL SITES

2017/09/15

2017/06271 GROUND-BASED, MULTI-BISTATIC INTERFEROMETRIC RADAR SYSTEM FOR MEASURING 2D AND 3D DEFORMATIONS

2017/09/15

2017/06279 PROCESS AND APPARATUS FOR TREATING WATER

2017/09/15

2017/06291 ANTI-LIFT APPARATUS FOR SLIDING GATES 2017/09/18

2017/06293 RELEASABLE FASTENER 2017/09/18

2017/06298 HERBICIDAL MIXTURES 2017/09/18

2017/06400 MULTISTAGE METAL HYDRIDE HYDROGEN COMPRESSOR

2017/09/21

2017/06406 BIOPSY SPECIMEN CARRIER 2017/09/22

2017/06408 APPARATUS FOR PROCESSING ORGANIC PRODUCTS AND OTHER MATERIALS

2017/09/22

2017/06416 METHOD FOR EVALUATING THE LEVEL OF THREAT

2017/09/22

2017/06421 CURRENCY CONVERSION SYSTEM AND METHOD

2017/09/22

2017/06422 METHOD FOR DETERMINING TACTICAL ACTIONS

2017/09/22

2017/06458 APPARATUS AND METHOD FOR PROCESSING OF HIGH MEAT CONTENT FOOD OR FEED PRODUCTS

2017/09/26

2017/06482 HARD PAVEMENT CONSTRUCTION METHOD FOR NATURAL GROUNDWATER RECHARGE

2017/09/26

2017/06484 METHOD OF EXPLAINING A SCORE 2017/09/26

2017/06485 WIND TURBINE TOWER SECTION, WIND TURBINE TOWER AND ASSEMBLY METHOD

2017/09/26

2017/06486 TRAIN BRAKE SAFETY MONITORING AND FAULT ACTION SYSTEM

2017/09/26

2017/06518 POLYPROPYLENE COMPOSITE 2017/09/27

2017/06533 COMMINUTING DEVICE 2017/09/28

2017/06540 THROUGH CONVEYOR, DESIGNED AND CONFIGURED FOR TRANSPORTING FISH TRANSVERSELY TO THE LONGITUDINAL EXTENT THEREOF IN THE TRANSPORT DIRECTION TM AND ARRANGEMENT AND METHOD FOR TRANSFERRING FISH FROM SUCH A TROUGH CONVEYOR TO A TRANSPORT MEANS DOWNSTREAM OF THE TROUGH CONVEYOR

2017/09/28

2017/06608 ASSEMBLY FOR INSERTING A 2017/10/02


360


THERMOCOUPLE INTO A TUBULAR PIPE AND CORRESPONDING METHOD

2017/06696 A SYSTEM AND A METHOD FOR ADVERTISING 2017/10/05

2017/06706 MACHINE TOOL 2017/10/05

2017/06728 MOBILE TRANSACTING 2017/10/06

2017/06743 HETEROCYCLIC COMPOUNDS AND THEIR USE IN PREVENTING OR TREATING BACTERIAL INFECTIONS

2017/10/06

2017/06775 AN OVERHEAD POWER LINE INSULATOR WITH A PROTECTIVE LEAKAGE CURRENT DETECTOR

2017/10/09

2017/06776 STRUCTURAL COMPONENT FOR USE IN BUILDING

2017/10/09

2017/06828 DEVICE FOR BALANCING VARIABLE ELECTRIC FIELDS

2017/10/10

2017/06838 BIT ASSEMBLY FOR CUTTER HEAD 2017/10/10

2017/06841 POLYPROPYLENE - CARBON FIBER COMPOSITE

2017/10/10

2017/06848 FIBER REINFORCED POLYMER COMPOSITION 2017/10/10

2017/06897 WATER MANAGEMENT SYSTEM AND METHOD 2017/10/11

2017/06899 HAND OPERATED EXTENSION GRIPPER 2017/10/12

2017/06900 STEP BASED FITNESS TEST AND EQUIPMENT 2017/10/12

2017/06914 INCREASED STORAGE CAPACITY OF GAS IN PRESSURE VESSELS

2017/10/12

2017/06937 USE OF A FUEL ADDITIVE IN DIESEL FUEL FOR REDUCING FUEL CONSUMPTION IN A DIESEL ENGINE

2017/10/13

2017/06940 NOVEL USE OF ARYL-QUINOLIN DERIVATIVES AS INHIBITORS OF VASCULOGENIC MIMICRY

2017/10/13

2017/06941 UTILIZING AN UNMANNED AERIAL VEHICLE PLATFORM WHICH IS EQUIPPED WITH A TURNTABLE ASSEMBLY

2017/10/13

2017/06942 METHOD FOR PRODUCING A ROTOR OF A FLOW ENGINE

2017/10/13

2017/06960 SYSTEM AND METHOD FOR HIGH THROUGHPUT SCREENING OF CANCER CELLS

2017/10/13

2017/06965 METHOD AND ELECTRONIC SYSTEM FOR PREDICTING AT LEAST ONE FITNESS VALUE OF A PROTEIN, RELATED COMPUTER PROGRAM PRODUCT

2017/10/13

2017/06966 UNDERWATER MINING DEVICE AND A METHOD FOR MINING

2017/10/13

2017/06980 YEAST STRAIN HAVING IMPROVED CAPABILITY FOR FERMENTING XYLOSE IN THE PRESENCE OF ACETIC ACID

2017/10/16

2017/07017 DEVICE AND METHOD FOR PRODUCING FOLDING BOXES

2017/10/17

2017/07035 METHOD FOR USING THE CAPACITY OF FACILITIES IN A SKI AREA, A TRADE FAIR, AN AMUSEMENT PARK, OR A STADIUM

2017/10/18

2017/07049 MAIZE PLANT DBN9936 AND METHOD FOR 2017/10/18


361


USE IN DETECTING NUCLEIC ACID SEQUENCE THEREOF

2017/07050 OVINE VACCINE 2017/10/18

2017/07092 STEEL FOR PRESS HARDENING AND PRESS HARDENED PART MANUFACTURED FROM SUCH STEEL

2017/10/19

2017/07099 ETHYNYL DERIVATIVES AS METABOTROPIC GLUTAMATE RECEPTOR MODULATORS

2017/10/19

2017/07105 METHOD OF MAKING A MERCURY BASED COMPOUND, MERCURY BASED COMPOUND, METHODS OF USING THE MERCURY BASED COMPOUND AND USES OF THE MERCURY BASED COMPOUND

2017/10/19

2017/07135 DEVICE FOR FASTENING TRACKSIDE MODULES TO RAILS

2017/10/20

2017/07188 PROPYLENE COPOLYMER COMPOSITION 2017/10/23

2017/07207 ASSEMBLY FOR CONTROLLING WELDS BY ULTRASOUND

2017/10/24

2017/07269 ONCOLYTIC ADENOVIRUS ENCODING A B7 PROTEIN

2017/10/25

2017/07270 RAPID CHARACTERIZATION OF CAS ENDONUCLEASE SYSTEMS, PAM SEQUENCES AND GUIDE RNA ELEMENTS

2017/10/25

2017/07281 FLUID DISTRIBUTOR BODY AND SANITARY SHOWER DEVICE

2017/10/26

2017/07286 DEVICE FOR TREATING A METAL STRIP 2017/10/26

2017/07288 METHOD FOR THE TREATMENT OF CORN KERNELS INTENDED FOR THE PRODUCTION OF POPCORN USING MICROWAVE APPLIANCES, AND RESULTING PRODUCT

2017/10/26

2017/07317 MICROPHONE-AND-SOUND-BOX INTEGRATED EQUIPMENT

2017/10/27

2017/07318 PROCESS FOR MANUFACTURING DRY POWDER BLENDS

2017/10/27

2017/07352 POLYMORPHS OF DASATINIB 2017/10/30

2017/07367 RECOMBINANT MYCOBACTERIUM AS AN IMMUNOTHERAPEUTIC AGENT FOR THE TREATMENT OF CANCER

2017/10/30

2017/07376 METHOD AND SYSTEM FOR CHARGING TERMINAL, POWER ADAPTER

2017/10/30

2017/07381 METHOD AND SYSTEM FOR APPLYING A COMPLEX TARIFF TO CONSUMPTION OF A UTILITY METERED BY A PREPAYMENT METER

2017/10/31

2017/07388 SYSTEMS AND METHODS FOR EVALUATING UNDERGROUND ROAD CONDITIONS USING ACCELEROMETERS

2017/10/31

2017/07443 REALIGNMENT OF THE PELVIS 2017/11/02

2017/07451 BISPHOSPHITES HAVING 2,4-TERT-BUTYLPHENYL UNITS AND USE THEREOF AS LIGANDS IN HYDROFORMYLATION

2017/11/03

2017/07485 CHROMIUM- AND NICKEL- FREE HYDROGENATION OF HYDROFORMYLATION

2017/11/06


362


MIXTURES

2017/07486 PHOSPHOROUS ACID P,P'-[5,5',6,6'-TETRAMETHYL-3,3'-BIS(1-METHYLETHYL)[1,1'-BIPHENYL]-2,2'-DIYL]P,P,P',P'-TETRAKIS(2,4-DIMETHYLPHENYL) ESTER IN HYDROFORMYLATION

2017/11/06

2017/07490 ATTACHING DAMP PROOF COURSE TO CONSTRUCTION ELEMENTS SUCH AS DOORS AND WINDOW FRAMES

2017/11/06

2017/07506 SPORTS GARMENT 2017/11/06

2017/07554 DETONATOR CONTROL SYSTEM 2017/11/08

2017/07592 CONDENSER-EVAPORATOR TUBE 2017/11/09

2017/07597 A FREEZE DRIED PHARMACEUTICAL FORMULATION OF RIFABUTIN AND PROCESS FOR PREPARATION THEREOF

2017/11/09

2017/07615 AIR DIFFUSION 2017/11/10

2017/07633 CONTAINER WASHING AND DETERGENT FOR USE THEREOF

2017/11/10

2017/07635 METHOD OF DETERMINING A CHEMICAL COMPOSITION OF A SLAG PORTION

2017/11/10

2017/07660 METHOD AND APPARATUS OF PRODUCING FUEL BY PLASMA DUAL-ELECTRIC FIELD AIDED COKE OVEN GAS HYDROCARBONIZATION REFORMING

2017/11/13

2017/07675 ELECTRICAL CONNECTION DEVICE FOR A PHOTOVOLTAIC SYSTEM

2017/11/13

2017/07683 PANEL, ASSEMBLY OF PANELS, AND ASSOCIATED ROOF

2017/11/13

2017/07684 ELECTRICAL CONNECTION DEVICE FOR A PHOTOVOLTAIC SYSTEM

2017/11/13

2017/07728 LED LAMP 2017/11/15

2017/07804 MODULAR GROUND ENGAGEMENT TOOLING SYSTEM

2017/11/17

2017/07814 DOWNLINK SCHEDULING DATA MONITORING METHOD, DOWNLINK SCHEDULING DATA SENDING METHOD, AND APPARATUS

2017/11/17

2017/07840 RAINWATER HARVESTING INSTALLATION 2017/11/20

2017/07843 WOUND DRESSING 2017/11/20

2017/07846 APPARATUSES AND METHODS FOR ENCODING OR DECODING AN AUDIO MULTI-CHANNEL SIGNAL USING SPECTRAL-DOMAIN RESAMPLING

2017/11/20

2017/07861 APPARATUS AND METHOD FOR VIDEO MOTION COMPENSATION

2017/11/20

2017/07976 SWITCHED RELUCTANCE MACHINE (SRM) WITH PARALLEL FLUX PATH

2017/11/23

2017/08040 METHOD AND FACILITY FOR PREPARING BIOMASS

2017/11/27

2017/08068 HONEYCOMB FILTER PLUGGING AND APPARATUS FOR HONEYCOMB FILTER PLUGGING

2017/11/28


363


2017/08070 PROCESS FOR PREPARING (E)-(5,6-DIHYDRO-1,4,2-DIOXAZINE-3-YL) (2-HYDROXYPHENYL) METHANONE O-METHYL OXIME

2017/11/28

2017/08072 COMPOSITION COMPRISING AN AMORPHOUS CALCIUM ALUMINATE AND ASSOCIATED PRODUCTION METHOD

2017/11/28

2017/08075 METHODS OF REDUCING OR PREVENTING INTIMAL DAMAGE CAUSED BY MECHANICAL STIMULATION OF ENDOTHELIAL CELLS

2017/11/28

2017/08078 MINING MACHINE AND ENERGY STORAGE SYSTEM FOR SAME

2017/11/28

2017/08089 AMUSEMENT RIDES 2017/11/28

2017/08090 ANTIMICROBIAL AND AGROCHEMICAL COMPOSITIONS

2017/11/28

2017/08112 WLAN SYSTEM RESOURCE INDICATION METHOD AND APPARATUS

2017/11/29

2017/08155 TARGETED CONJUGATES AND PARTICLES AND FORMULATIONS THEREOF

2017/11/30

2017/08242 NUMBER OF CONTEXT REDUCTION FOR CONTEXT ADAPTIVE BINARY ARITHMETIC CODING

2017/12/05

2017/08249 MACHINE OF THE PISTON TYPE FOR DISPENSING COFFEE OR OTHER BREWED BEVERAGES

2017/12/05

2017/08253 ORAL PHARMACEUTICAL COMPOSITION OF ISOTRETINOIN

2017/12/05

2017/08281 COMPACT SPRAYING MODULE, SYSTEM FOR SPRAYING AND CONTROLLING A PLURALITY OF SUCH MODULES, AND METHOD FOR CONTROLLING MODULES OF SUCH A SYSTEM

2017/12/06

2017/08309 3-TETRAZOLYL-BENZENE-1,2-DISULFONAMIDE DERIVATIVES AS METALLO-BETA-LACTAMASE INHIBITORS

2017/12/07

2017/08316 MACHINE OF THE PISTON TYPE FOR DISPENSING COFFEE OR OTHER BREWED BEVERAGES

2017/12/07

2017/08374 WIDE-NECKED INJECTION MOULDED PRODUCTS

2017/12/11

2017/08381 COUPLING ELEMENT FOR AN ECCENTRIC SCREW ROTOR

2017/12/11

2017/08383 PUMP HOUSING FOR AN ECCENTRIC SCREW PUMP, AND ECCENTRIC SCREW PUMP EQUIPPED THEREWITH

2017/12/11

2017/08546 WATER CONTROL SYSTEM AND INSTALLATION

2017/12/15

2017/08591 HELIOSTAT CHARACTERIZATION USING STARLIGHT

2017/12/18

2017/08596 AUTOMATED STAINER AND A METHOD THEREOF

2017/12/18

2017/08620 DEVICE FOR DETECTING MISFOLDED PROTEINS AND METHODS OF USE THEROF

2017/12/18


364


2017/08628 TOTALLY-ENCLOSED SHIELD SUPPORT DEVICE OF SOIL-LIKE COAL WORKING FACE

2017/12/18

2018/00196 INFORMATION PROCESSING DEVICE AND INFORMATION PROCESSING METHOD

2018/01/10

2018/00282 COMMUNICATION CONTROL DEVICE, STORAGE DEVICE, COMMUNICATION CONTROL DETERMINATION DEVICE, AND SERVER DEVICE

2018/01/16

2018/02068 SOYBEAN TRANSGENIC EVENT SHZD32-01 AND METHODS OF USE THEREOF

2018/03/28

2018/02286 THERAPEUTIC NUCLEASE COMPOSITIONS AND METHODS

2018/04/06

2018/02478 NATURAL KILLER CELLS AND ILC3 CELLS AND USES THEREOF

2018/04/16

2018/02725 DEVICE FOR FEEDING MEDIUM-CALIBRE AMMUNITION WITH A ROTATING PLATE

2018/04/24

2018/03560 COMPOSITION MADE FROM UREA FOR TREATING EXHAUST GASES

2018/05/29

2018/04476 PROVISION AND RECOVERY OF NETWORK USAGE ADVANCES

2018/07/04

DESIGNS

Advertisement List for September 2018

Number of Advertised Designs: 90

Application Number Design Articles Filing Date

A2013/01014 WIRE SUPPORT DEVICE 2013/04/30

A2015/01632 AN APPARATUS 2015/10/23

A2015/01703 ATTACHMENT MEMBERS 2015/11/04

A2015/01705 BOTTLE CAP 2015/11/04

A2015/01707 BOTTLE CONNECTOR 2015/11/04

A2015/01709 BOTTLE CONNECTOR 2015/11/03

A2016/01736 SANITARY FITTING 2016/11/17

A2017/00502 LANTERN 2017/03/31

A2017/01484 SPORTS BATS 2017/09/14

A2017/01649 Lid 2017/10/17

A2017/01650 Container 2017/10/17

A2017/01651 SHAVING RAZOR SYSTEMS 2017/10/17

A2017/01676 TYRE TREADS 2017/10/20

A2017/01677 TYRE TREADS 2017/10/20

A2017/01678 MASKS 2017/10/20

A2017/01854 ARMOURED VEHICLE 2017/11/24

A2017/01861 Glove 2017/11/27

A2017/01862 HAIR STYLING APPARATUS 2017/11/27


365



A2017/01864 ACCESSORIES FOR HAIR STYLING APPARATUS

2017/11/27


2017/11/27







2017/11/27


2017/11/27


2017/11/27

A2017/01877 TYRES 2017/11/28

A2017/01886 ACCESSORIES FOR INJECTION DEVICES

2017/11/29


2017/11/29


2017/11/29


2017/11/29

A2017/01899 Cap 2017/11/29

A2017/01900 Dosing Device 2017/11/29

A2017/01901 Bottle 2017/11/29

A2017/01906 Bracket for a Rock Drill Support 2017/11/30

A2017/01913 SMOKERS' ACCESSORY 2017/12/05

A2017/01914 WALLET 2017/12/05

A2017/01918 Headlight for an Automobile 2017/12/06

A2017/01919 Front Bumber for an Automobile 2017/12/06

A2017/01920 Radiator Grille for an Automobile 2017/12/06

A2017/01921 LIGHT FITTING OR LUMINAIRE 2017/12/06

A2017/01922 LIGHT FITTING OR LUMINAIRE 2017/12/06

A2017/01933 Electronic Cigarette 2017/12/07



A2017/01985 CUTTABLE TOY BUILDING BLOCK BASE

2017/12/14

A2017/01996 UNMANNED AERIAL VEHICLE 2017/12/15




A2017/02021 TRAY 2017/12/20

A2017/02022 TRAY 2017/12/20

A2017/02023 TRAY 2017/12/20

A2017/02032 CONTAINER 2017/12/20

A2017/02039 COIN 2017/12/20

A2017/02041 BUS 2017/12/21


366


F2015/01702 ATTACHMENT MEMBERS 2015/11/04

F2015/01704 BOTTLE CAP 2015/11/04

F2015/01706 BOTTLE CONNECTOR 2015/11/04

F2015/01708 BOTTLE CONNECTOR 2015/11/03

F2017/01281 PRESTRESSER 2017/08/16

F2017/01347 PIZZA OVEN 2017/08/24

F2017/01553 TRAILER 2017/09/28

F2017/01726 HEADSHADE WITH COOLDRINK HOLDER

2017/10/31

F2017/01898 Downlighter Ceiling & Slab Box 2017/11/29

F2017/01907 Base for a Rock Drill Support 2017/11/30

F2017/01926 HYDROPONIC ASSEMBLIES 2017/12/06



F2017/01929 TRAPS FOR SANITARY APPARATUS 2017/12/06

F2017/01930 TRAPS FOR SANITARY APPARATUS 2017/12/06



F2017/01939 WATER STORAGE DEVICE 2017/12/07

F2017/01940 CONTAINER 2017/12/07

F2017/01941 CONTAINER 2017/12/07

F2017/01963 BLANK FOR PACKAGING 2017/12/08



F2017/01968 BLANK FOR CARRY PACK 2017/12/08


F2017/01997 UNMANNED AERIAL VEHICLE 2017/12/15




F2017/02033 CONTAINER 2017/12/20

F2017/02042 DENTAL CONNECTOR 2017/12/21

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