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Cooperative control of two industrial robots with force control devices

机译:具有力控制装置的两个工业机器人的协同控制

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This paper proposes a new strategy for manipulation of a rigid object by cooperation of multiple position-controlled manipulators using force control devices. The force control device consists of springs and a position-controlled micro-manipulator. Force control is achieved by controlling deflections of each spring by the micro-manipulator. A cooperative control algorithm considering the flexibility of macro/micro manipulators is proposed. After the differential equation of the error vector system is derived, a method of designing feedback gain matrices is shown for linearizing the system. To verify the efficiency of the algorithm, experiments are done on carrying an object by two industrial robots.
机译:本文提出了一种新的策略,可以通过使用力控制设备的多个位置控制机械手的协作来操纵刚性物体。力控制装置由弹簧和位置控制的微型操纵器组成。力控制是通过微操纵器控制每个弹簧的挠度来实现的。提出了一种考虑宏/微机械手灵活性的协同控制算法。推导误差向量系统的微分方程后,显示了一种设计反馈增益矩阵的方法,用于线性化系统。为了验证算法的效率,通过两个工业机器人对物体进行了实验。

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