Exoskeleton for forearm pronation and supination rehabilitation.
Loss of function after SCI, ABI or stroke has a marked affect on ones quality of life. Return of function has been a long-standing goal of physical and occupational therapy. Repeated motor practice has been identified as crucial for motor recovery. The development of a robotic device for neuromotor rehabilitation and upper extremity neuromuscular system recovery is described. The actuator mechanism allows free motion when possible, and provides programmable therapeutic levels of resistance. The sensor system allows characterization of the applied forces, and accurate measurement of the range of motion of the joint. The control system provides real time feedback of actuator commands based on sensor data, calibration routines, and operational modes.
Andreasen
D S
DS
Georgia Tech. Res. Inst., Georgia Inst. of Technol., Atlanta, GA, USA.
Aviles
A A
AA
Allen
S K
SK
Guthrie
K B
KB
Jennings
B R
BR
Sprigle
S H
SH