Simulation and Analysis of Support Assistance Body Weighing Systems
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The main purpose of this study is concerned with the design of a control system for Partial Body Weight Support System using LabVIEW for gait rehabilitation. The system is composed of a counterbalance lead screw mechanism to take over the main unloading force which consists of an active closed-loop controlled electric motor used in conjunction with a linear actuator, and a strain gauge based load cell hooked to the top of the counterbalance system to measure the unloading force.
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References
-
Frey, M.G.C.V., Martino; Bucher, Rainer; Jörg, Matthias; and Reiner,Robert; “A Novel Mechatronic Body Weight Support System,” IEEE Transactions on Neural Systems and Rehabilitation Engineering, vol. 14. 2006.
Google Scholar
1
-
Koceska, N.K., Saso;, Review: Robot Devices for Gait Rehabilitation. International Journal of Computer Applications, 2013. Volume 62.
Google Scholar
2
-
Lee, J.-H.A., Paul E; Wolovick, Adam C; Jiang, Wei; Riley, Patric 0; Kerrigan, D. Casey “Control System for Partial Body Weight Support Device for Human Gait Training,” IEEE International Conference on Control Applications, 2004.
Google Scholar
3
-
Rojas, E.D.R.G., J.L. Vazquez; Palomares, Ruben Alejos; Uribe, Apolo Z. Escudero; Vázquez, J. Rafael Mendoza “Mathematical Model of a Linear Electric Actuator with Prosthesis Applications,” 18th International Conference on Electronics, Communications and Computers.
Google Scholar
4
-
Anderson, G.B.R., Robert C.; Study of Calibration Procedures for Load Cells and proving Rings as Weighing Devices. 1969.
Google Scholar
5