After beginning cell therapy for central nerve system disorders, transplanted cells must work and reconstruct with a remaining neural network.
And to do that, rehabilitation is the most important treatment to accelerate recovery of neural function.
We are developing a normal gait programmed walking support robot with Dr. Yuge, Hiroshima University, and Dr. Tanaka, Waseda University.
Walking support robot “RE-Gait®” support your ankle dorsiflexion to stretch gastrocnemius, which induces reflex muscle contraction of knee and hip joint to step forward with your leg smoothly.
Walking support robot“RE-Gait®” support your ankle plantarflexion and dorsiflexion to remember and get how to normal walking.
When you push off with your toes to start walking, RE-Gait® support your ankle plantarflexion smoothly. ➡ When your heel contacts to the ground, RE-Gait® support your ankle dorsiflexion to prevent stumbling.
＜SPEC／size: 300mm(W)×140mm(D)×365mm(H)／material robot: aluminum base alloy etc.／weight robot: 1,000, control box: 900g／power: charging type ＞
Related Patents etc.
- RE-GAIT., Trademark Registration No. 5783265, July 31/2015
- WALKING TRAINING SUPPORT APPARATUS, WALKING TRAINING SUPPORT SYSTEM, WALKING TRAINING SUPPORT METHODS AND PROGRAM., Patent Application No. 2013-137464, June 28/2013, Patent Publication No. 2015-8960, January 19/2015, PCT/JP2014/67461, June 30/2014
- WALKING SUPPORRT APPARATUS., Patent Application No. 2013-105342, May 17/2013, Patent Publication No. 2014-1226151, December 8/2014
- WALKING MOVEMENT SUPPORT ROBOT., Parent Application No. 2016-11378, June 02/2016
Planning & Supervision
Graduate School of Information,Production and Systems,Production system field,Mechanical system design laboratory,Waseda University
Graduate School of Biomedical & Health Sciences,Division of Bio-Environmental Adaptation Sciences,Hiroshima University
If you would like to have more information about Walking Support Robot “RE-Gait®”,
Please contact us by E-mail.