介绍一种用于肌电控制假手的新型自适应切换增力机构。
In this paper, a new type of self-adaptive change mechanism of prosthetic hand controlled by EMG without overrunning clutch is presented.
本文阐述肌电控制前臂假手机构分析和人手运动轨迹模拟实验研究的结果。
The results of an analytic study on the mechanism of forearm prosthesis with myoelectric control and simulated experiments on the loci of human hand movements were reported.
本文针对假肢等人-机仿生系统肌电控制装置的特点，研制了一种小型表面EMG测试与分析系统。
To meet the requirement of developing myoelectric controller for a man-machine systems, a surface electromyography (EMG) detection and analysis system is discussed in this paper.
本文针对假肢等人-机仿生系统肌电控制装置的特点，研制了一种小型表面EMG测试与分析系统。
To meet the requirement of developing myoelectric controller for a man-machine systems, a surface electromyography (EMG) detection and analysis system is discussed in this paper.
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