机译:电动踝关节外骨骼对老年人plant屈扭矩辅助的作用
RD Division Chonbuk National University Automobile-parts Mold Technology Innovation Center">(1);
Division of Biomedical Engineering College of Engineering Chonbuk National University">(2);
Center for RD Strategy Chonbuk National University">(3);
Center for Healthcare Technology Development Chonbuk National University">(4);
Department of Junior Secondary School Education Kangnam University">(5);
Division of Biomedical Engineering College of Engineering Chonbuk National University">(2);
Bioengineering Research Center for the Aged Chonbuk National University">(6);
Powered ankle exoskeleton; Plantarflexion torque; MSF feed-forward control;
机译:电动踝关节外骨骼对老年人足底屈曲辅助的影响
机译:不受束缚的电缆驱动踝外骨骼,带plant屈-背屈双向运动辅助
机译:对老年人的外骨骼Plantarflexion辅助
机译:老年人佩戴动力踝外骨骼的足底屈曲辅助特征分析
机译:通过利用涉及人类运动的机制来开发踝关节外骨骼辅助策略。
机译:踝关节角度变化对男性慢性卒中幸存者主要Plant屈的Plant屈扭矩与肌电图幅度关系的影响
机译:踝关节角度变化对男性慢性冲程幸存者主要跖骨屈曲与EMG幅度关系的影响
机译:基于人体生物力学的外骨骼力量和力矩要求