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Balance control of multi-arm free-floating space robots during capture operation

机译:捕获操作中多臂自由浮动空间机器人的平衡控制

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This paper investigates the problem of the dynamic balance control of two-arm free-floating space robot capturing an active object in close proximity. The position and orientation of space base would be affected during the operation of space manipulator because of the dynamics coupling between the manipulator and space base. Such a disturbance would produce the serious impact between the manipulator hand and the object. We propose to develop a space robot system consisting of two arms, with one arm (mission arm) for accomplishing the capture mission, and the other one (balance arm) compensating for the disturbance of the base. We present the coordinated control concept for balance of the attitude of the base using the balance arm. The mission arm can motion along the planned trajectory to approach and capture the target and that not need to consider the disturbance for free-floating space robot. We establish a relationship between the motion of two arm that can realize the zeros reaction to the base. The simulation studies verified the proposed balance control method
机译:本文研究了捕获捕获有源物体的双臂自由浮动空间机器人动态平衡控制问题。由于操纵器和空间基础之间的动态耦合,在空间操纵器的操作期间,空间基座的位置和方向将受到影响。这种干扰会产生操纵器手和物体之间的严重影响。我们建议开发一个由两个臂组成的空间机器人系统,其中一个臂(使命臂)用于完成捕获任务,另一个(平衡臂)补偿基座的干扰。我们使用平衡臂展示了基地态度的平衡的协调控制理念。任务臂可以沿着计划的轨迹运动以接近并捕获目标,并且不需要考虑对自由浮动空间机器人的干扰。我们建立了两臂运动之间的关系,可以实现对碱的零反应的零。仿真研究验证了建议的平衡控制方法

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