Title
An Ergonomic Solution for Hand Rehabilitation Product Design for Stroke Patients

Abstract
Rehabilitation training is a crucial part that helps stroke patients to train their muscles and rebuild the connection between muscle, nervous system and brain. This study conducts an ergonomic redesign of hand rehabilitation products based on the interview investigation to the user behavior and psychology during the training rehabilitation. The driving part of the device was relocated from the palm to the back of the hand to enhance the experience of stroke subjects to grab objects. Moreover, the device can drive the user to have a positive attitude towards their rehabilitation by visualizing the training improvement. Body scan and 3D printing technologies were utilized to ensure the accuracy of the position of the electric stimulation pads on the hands. The design also enhanced the voluntary motor functions at the palm and the fingers. The research results will contribute in formulating the design criteria of hand rehabilitation training products for stroke subjects.

Authors
Jing Luo, Yan Luximon, Wen Zhan, Xiaoyang Chen

Publisher
Springer International Publishing

Book Chapter
‍Digital Human Modeling and Applications in Health, Safety, Ergonomics and Risk Management. Posture, Motion and Health (pp.325-334)
Full text available by request via ResearchGate
Full text available to purchase on Springer

Year
2020

Conference
23rd International Conference on Human-Computer Interaction, Copenhagen