The electric wheelchair control using electromyography sensor of arm muscle

Rudi Hardiansyah, Arista Ainurrohmah, Yunafi'atul Aniroh, F. H. Tyas
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引用次数: 13

Abstract

Conventional wheelchair is not effective for people with disabilities, because it requires a great power in pedaling wheelchair. To solve the problem, there is electric wheelchair with a joystick control. However it is also not effective, when users have limitations such as defects of the fingers. Given these circumstances, this research proposes an electric wheelchair with controlled by electromyography (EMG) which is placed on the arm muscles. The arm muscle signal which has an electric potential difference will be read by EMG sensors. Then the data will converted from analog to digital by Arduino. This Electric wheelchair use 4-channel electrodes for sampling muscle signal. Where, the wheelchair will move forward when the biceps muscle is active, moving backward when the teres major muscle active. The wheelchair will turn to the right when the muscles wirst flexor active and turn left when the muscles wirst extensor active. Then the wheelchair will stop when the four muscles are used active simultaneously.
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利用手臂肌肉肌电传感器控制电动轮椅
传统的轮椅对残疾人来说效果不佳,因为蹬轮椅需要很大的力量。为了解决这个问题,有了带操纵杆控制的电动轮椅。然而,当使用者有手指缺陷等局限性时,它也不起作用。鉴于这些情况,本研究提出了一种由肌电图(EMG)控制的电动轮椅,该轮椅放置在手臂肌肉上。具有电位差的手臂肌肉信号将被肌电传感器读取。然后通过Arduino将模拟数据转换为数字数据。这个电动轮椅使用4通道电极来采集肌肉信号。其中,轮椅在肱二头肌活动时向前移动,在大圆肌活动时向后移动。当屈肌活动时轮椅向右转,当伸肌活动时轮椅向左转。然后,当四个肌肉同时活动时,轮椅就会停止。
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