空间RRRP机械臂奇异位形研究

L. Xia, Wang San-min, S. Ning
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引用次数: 0

摘要

当串联机构运动到奇异位形时,末端执行器将失去一个或几个独立分量的运动,从而导致自由度的减小。这不仅影响了期望运动的完成度,而且给机械手的控制带来了困难。针对开放式串联机器人关节螺钉的表达问题,建立了通用求解器。然后应用该求解器求出RRRP机构的奇异位形。得到了奇异位形的条件。并用格拉斯曼线几何方法分析了轴螺杆的线性相关性。研究结果为空间机械臂设计和控制时如何利用和避免奇异构型提供了重要参考。
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Singular configuration research of RRRP manipulators in space
End-effector will lose one or some independent component motion when serial mechanism moves to singular configuration, which leads to decreasing of degree of Freedom. That not only affects the finish of expectant motion, but also makes the control of manipulator difficult. A general solver is set up to deal with the problem of the expressing of the joint screws of open series robot. Then the solver is applied to find the singular configuration to the RRRP mechanism. The condition of singular configuration is attained. And the linear correlation of axis screws is analyzed by using Grassmann line geometry method. The results provide an important reference to the Utilizing and avoiding of singular configuration when designing and controlling the manipulators in space.
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