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DESIGN AND IMPLEMENTATION OF A CONTROL SYSTEM FOR A FLEXIBLE PLANAR MANIPULATOR

机译:柔性平面操纵器控制系统的设计与实现

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摘要

The need for light and flexible robots is greatly increasing in the industrial engineering environment. This paper presents the design and the implementation of a PID controller for a flexible planar manipulator. The controller synthesis and tuning is based on a very accurate dynamic model of the system and is applied to a significant test case, namely a five-bar closed-chain mechanism, driven by two electric motors. The chosen PID controller is described, and the experimental results are presented and discussed. The approach followed proves the practical usefulness of the dynamic model proposed even when applied to a complex test case.
机译:在工业工程环境中,对轻便灵活的机器人的需求大大增加。本文介绍了柔性平面机械手的PID控制器的设计和实现。控制器的综合和调整基于系统的非常精确的动态模型,并应用于重要的测试案例,即由两个电动机驱动的五连杆闭链机构。描述了所选的PID控制器,并介绍和讨论了实验结果。所采用的方法证明了所提出的动态模型的实际实用性,即使将其应用于复杂的测试案例也是如此。

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