EMG-signal regeneration and motor function rebuilding of paralyzed/anergic limbs based on communication principles and with RF-wireless technology

Zhigong Wang, Xiaoying Lu, Haipeng Wang, Z. Bi, Yang Zhou, Yuxuan Zhou, Jian Xu, Xintai Zhao
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Abstract

This work presents motor function rebuilding of paralyzed limbs of hemiplegic patients after stroke and anergic limbs of senile people. The biomedical methods and the traditional physical methods for rehabilitation of the paralyses are reviewed. The core part is to discuss EMG-signal regeneration and the limb function rebuilding based on communication principles and functional electrical stimulation-a novel concept developed by the speakers. For the EMG-signal transmission, different radio-frequency (RF) transmission systems are utilized. The construction of the whole bio-electronic system and the preliminary experiments on healthy patients are demonstrated.
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基于通信原理和射频无线技术的瘫痪/无能肢体肌电信号再生和运动功能重建
本文介绍了偏瘫患者脑卒中后瘫痪肢体的运动功能重建和老年人失能肢体。综述了生物医学方法和传统物理方法对瘫痪患者康复的影响。核心部分是讨论基于通信原理和功能性电刺激的肌电信号再生和肢体功能重建。肌电信号的传输采用了不同的射频传输系统。介绍了整个生物电子系统的构建和在健康患者身上的初步实验。
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