骑行轮椅“Profhand”对FES骑行中不同肌肉的控制试验

Takashi Watanabe, Yuta Karasawa, Y. Handa
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引用次数: 8

摘要

我们日本课程组研制的自行车轮椅“Profhand”对下肢运动功能的康复有一定的帮助。自行车轮椅还可以应用于截瘫患者的康复,通过FES控制下肢。由于我们之前的研究中FES循环速度较低且不稳定,并且在臀大肌上设置刺激电极比较困难,因此本文采用Profhand对健康受试者进行了不刺激臀大肌和刺激胫骨前肌的FES对照FES循环测试。刺激股四头肌、臀大肌和胫骨前肌的循环速度最高。不刺激臀大肌的FES控制也可以推动Profhand。由于个体有效肌群不同,宜根据患者情况选择肌群。虽然刺激胫骨前肌可能是有用的,但有必要研究每块肌肉的适当刺激时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A test of controlling different muscles in FES cycling with cycling wheelchair "Profhand"
The cycling wheelchair "Profhand" developed by our research group in Japan has been found to be useful in rehabilitation of motor function of lower limbs. The cycling wheelchair can also be applied to rehabilitation of paraplegic subjects by controlling lower limbs with FES. In this paper, FES control without stimulation to the gluteus maximus and that with stimulation to the tibialis anterior were tested for FES cycling with Profhand with healthy subjects, because cycling speed was low and not stable in our previous study and there was a difficulty in setting stimulation electrodes to the gluteus maximus. Stimulation to the quadriceps femoris, the gluteus maximus and the tibialis anterior showed the highest cycling speed. FES control without stimulation to the gluteus maximus was also possible to propel Profhand. Since effective muscle was different between individuals, it is preferable to select muscle group based on the patient's condition. Although stimulation to the tibialis anterior could be useful, it is necessary to study appropriate stimulation timing of each muscle.
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