Detumbling and Capturing Strategies with Eddy Current Brake System on Orbital Space Robot Satoko Abiko Dept. of Electrical Engineering, Shibaura Institute of Technology, Japan since April 2015 The Next Generation of Space Robotic Servicing Technologies IEEE International Conference on Robotics and Automation May 26, 2015
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Detumbling and Capturing Strategies with Eddy Current Brake System on Orbital Space Robot
Satoko AbikoDept. of Electrical Engineering,Shibaura Institute of Technology, Japansince April 2015
The Next Generation of Space Robotic Servicing TechnologiesIEEE International Conference on Robotics and Automation
May 26, 2015
Outline of the Talk
1. Background of the Research2. Detumbling Strategies with Eddy Current
Brake3. Performance Evaluation of Eddy Current
Brake System4. Detumbling Experiments with Dual-arm
System5. Conclusions
Introduction
Active Debris Removal (ADR)
Recovery mission of WESTAR‐VI(STS‐41‐B) (NASA).
Recovery mission of INTELSAT6 (NASA).
1. To avoid collisional cascading (Kessler Syndrome)2. To sustainably use space in future
Robotic technology is required to achieve it.
Past Activities for Grasping a Target
ETS‐VII Mission in Japan, Rendezvous‐Docking1997
Active Discussion in Japan for Debris Removal
2007
2009 International workshop for Active Debris Removal
Orbital Express in USA, Rendezvous‐Docking
ETS‐VII (JAXA)
Orbital Express (Boeing)
Many researches have been executed for ADR
DEOS (DLR) Space Infrastructure Servicing (MDA)
Various concepts have been proposed for grasping non‐cooperative target. But…
Scope of This Study
Contactless Detumlbing System
Eddy Current Brakeon the EE
Free Rotational Motion of Space Debris
[1] A. Nakajima, et. al “Space debris observation by ground‐based optical telescopes,” 2000.[2] D. Mehrholz, et. al “Detecting, tracking and imaging space debris,” 2002.