摘要
手部康复机器人主要用于手部运动功能障碍患者的康复治疗和日常生活辅助,通过康复辅助训练的手段提高患者手部运动功能,其结构以及控制方式是影响患者康复效果的主要因素。因此对手部康复机器人的结构及控制方式进行总结能为以后的研究方向提供重要参考。本文首先对人体手部特性进行分析,然后对国内外近四年手部康复机器人的结构、手部数据采集方式以及控制模式进行了分类和综述,最后分析了现有手部康复机器人的不足之处,并提出便携的柔性手部康复机器人将会成为研究热点。
Hand rehabilitation robot is mainly used for rehabilitation and daily life assistive of patientswith motor dysfunction. Rehabilitation and assistive training can improve hand motor function. The structureand control mode are the main factors that affect the rehabilitation effects. Therefore, the summary for thestructure and control mode of the hand rehabilitation robot can provide important reference for future research.Firstly, this paper analyzes the characteristics of human hands,then mainly reviews the structure and controlmode of the hand rehabilitation robot and hand data acquisition in recent years. Finally,the shortcomings ofhand rehabilitation robot are pointed out,and the review proposes that portable and flexible hand rehabilitationrobot will become a research focus.
作者
昌赢
孟青云
喻洪流
CHANG Ying;MENG Qingyun;YU Hongliu(Institute of Rehabilitation Engineering and Technology,University of Shanghai for Scienceand Technology,Shanghai 200093;Shanghai University of Medicine and Health Sciences,Shanghai 201318;Shanghai Engineering Research Center of Assistive Devices,Shanghai 200093;Key Laboratory of Neural?functional Information and Rehabilitation Engineering of theMinistry of Civil Affairs,Shanghai 200093)
出处
《北京生物医学工程》
2018年第6期650-656,共7页
Beijing Biomedical Engineering
关键词
手外骨骼
柔性
自由度
控制模式
传感器
hand exoskeleton
flexibility
degree of freedom
control mode
sensor