气动人工肌肉驱动球面并联机器人的力控制研究
Study on the Force Control of a Spherical Parallel Robot Actuated by Pneumatic Muscle Actuators
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摘要: 分析了具有柔索冗余驱动特点的静力关系,研究了力控制的智能控制算法及策略,在建立的实验样机上达到了良好的力伺服性能.将气动人工肌肉的被动柔顺性与位置控制到力控制过渡的主动柔顺控制策略结合,有效避免了机器人在与环境接触时的碰撞与冲击.Abstract: Force control of a spherical parallel mechanism actuated by pneumatic muscle actuators is studied, including the analysis of static force relationship, force control strategy and algorithm. Good force servo results are achieved. Furthermore, smooth contact is realized by the integration of passive compliance of pneumatic muscle actuators and active compliance of position transition to force control.