Design and Implementation of An Interactive Hand Rehabilitation Training System Based on LabVIEW

摘要

With the development of science and technology in multidisciplinary fields of automation control, rehabilitation medicine and robotics and the improvement of people’s living standards, medical rehabilitation robots are playing an increasingly important role in life. The traditional hand rehabilitation robots are exoskeleton rigid robots with complex structure and small fault tolerance. It is dangerous for the rehabilitation of human finger joints, while soft wearable hand rehabilitation robots have better safety and flexibility. For the rehabilitation needs of stroke fingers, a virtual online game of human-computer interaction is developed using LabVIEW and a soft wearable hand rehabilitation robot, in order to improve the initiative of patients in the process of active rehabilitation training and to increase the interest of patients in active rehabilitation training, which also improves the initiative of patients to participate in active rehabilitation training.