Robotics in Healthcare Biomechatronics & Bio-robotics Physical Therapy & Human Movement Science Fac. of Mechanical Engineering Feinberg School of Medicine Delft University of Technology Northwestern University The Netherlands Chicago, USA Prof.dr. Frans C.T. van der Helm
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Robotics in Healthcare - Frans van der Helm @ Zorg2025
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Robotics in Healthcare
Biomechatronics & Bio-robotics Physical Therapy & Human Movement Science
Fac. of Mechanical Engineering Feinberg School of Medicine
Delft University of Technology Northwestern University
The Netherlands Chicago, USA
Prof.dr. Frans C.T. van der Helm
Contents
• Robots
• First generation automated systems
• Trajectory control
• Second generation intelligent (bio)robots
• applications
• Applications in healthcare
• Rehabilitation robots
• Diagnostic robots
• Exoskeletons
• Gyrobackpack
• Smart Rollator
• Charlie
Toyota Camry factory
I-robot
Will robots steal our jobs?
Don’t we need more robots?
Electrical engineering & computer science
Architecture
Aerospace engineering
Mechanical engineering
Industrial design
Technology, policy and management
cooperation between 6 faculties
• Humans & robots working side by side
• Large potential for food, agriculture, building industry, logistics, etc.
Human robot collaboration
Service robots, exoskeletons, teleoperation & haptics
Interactive service and healthcare robots
Integration of robots in human society
• Robot: Computer with hands • Actuation on environment
• Important issues • Safety • Level of autonomy • human-robot interaction
• Physical and cognitive levels • collaboration and shift of authority between humans and robots
• Acquired intelligence • Machine learning • Global learning: all robots learn together
• More added value per employee in production in order to keep up our wealthy standard of living and to compete with low wage countries
• Many new applications and services will evolve, similarly as has happened after the introduction of computers.
• Competition between westernized countries (Germany, USA, Japan, China) in modern manufacturing in important areas as agriculture, high-precision devices, high-variety products, etc.
11
16.12.2015
Less people to take care...
...from 11,75 working people per
senior in 1950...
...to 3,90 in 2050...
Robotics in Healthcare
• Physical assistance of healthcare workers
• Rehabilitation
• Patient lifting
• Assistive devices
• Exoskeleton for walking
• Gyrobackpack for balance
• Care robot
• Robot companions
• Charlie
• LEA: Lean Elderly Assistant
Rehabilitation Therapy
LOPES University of Twente
Diagnostic robots
• Neurological disorders
• Impose force perturbations and measure responses
• Estimate reflex strength
• Modulation is poor in stroke patients and Parkinson’s disease
Human / Robot Physical
Interface
1. Assistive device for lifting patients
2. Collaboration between caregiver and robot
Science
• Interaction Paradigm
• Influence the design and control methodology
17-6-2016 17
Robot
Robot
H-R-L R-H-L
Anthropocentric Robocentric
Challenge the future
Delft University of Technology
Assistive devices
Exoskeleton for paraplegics
Building an exoskeleton for people with a spinal cord
injury
Paraplegia
Mechanisch Control & HMI Elektrisch Management PR & Financiën
Project MARCH
What is an exoskeleton
Bron:Ekso bionics
ReWalk Indego Mindwalker
Symbitron-MINDWALKER
“Through the organisation of the Cybathlon we want to remove barriers between people with
disabilities, the public and technology developers.”