Telecontrol of Prosthetic Robot Hand Using Myo Armband

Muhammad Yunus bin Yakob, M. Z. Baharuddin, A. R. M. Khairudin, M. H. A. Karim
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引用次数: 4

Abstract

Bionic prosthetic hands are widely utilised to support people who have upper limb amputations and incapability by making it movable and controllable. However, the price of bionic prosthetic arms in the current market is quite expensive, hence limiting people from owning it. Nevertheless, Myo Armband appears to provide fine hand movement and sensitive to input, making it a suitable alternative to gesture-based wireless control. Hence, in this project, it will be used to read and control signals for the 3d printed robotic prosthetic arm. The control of prosthetic robot arm is achieved by sensing the gestures of amputees’ upper limb. Bluetooth is used for the wireless communication between Myo armband and the computer, while communication between computer and the prosthetic robot arm used serial communication. It is observed that fist gestures from Myo armband controlling the prosthetic robot hand have been successfully achieved. The proposed configuration can be used in human-robot interaction and telecontrol studies.
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基于Myo臂环的假肢机械手遥控
仿生假肢手具有可移动和可控制的特点,被广泛应用于上肢截肢和残疾人群。然而,目前市场上仿生假肢的价格相当昂贵,因此限制了人们拥有它。尽管如此,Myo Armband似乎提供了精细的手部运动和敏感的输入,使其成为基于手势的无线控制的合适选择。因此,在这个项目中,它将被用来读取和控制3d打印机器人假肢手臂的信号。假肢机械臂的控制是通过感知截肢者上肢的动作来实现的。Myo臂带与计算机之间的无线通信采用蓝牙技术,而计算机与假肢机械臂之间的通信采用串行通信。可以观察到,Myo臂带控制假肢机器人手的拳头动作已经成功实现。该结构可用于人机交互和遥控研究。
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