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Modelling and control for simultaneous laser beam alignment of a dual-PSD industrial robot calibration system

机译:双PSD工业机器人校准系统的同时激光对准的建模和控制

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Calibration plays a critically important role for improving the accuracy of industrial robots. Recently, position sensitive device (PSD) based calibration methods provide a more efficient way to perform joint offset calibration than the conventionally used methods. We have proposed a dual-PSD based method to accurately calibrate the joint offsets of industrial robots. However, the required alignment of laser beam to shoot at the two PSD centers was performed separately, which required to pre-know some parameters for the alignment task. This paper proposes a simultaneous laser beam alignment method without knowing these parameters to perform the laser beam alignment task. The modeling and control for the alignment system are derived and simulation results illustrate the effectiveness of the proposed methods.
机译:校准对于提高工业机器人的精度起着至关重要的作用。最近,基于位置敏感设备(PSD)的校准方法提供了一种比常规使用的方法更有效的方式来执行关节偏移校准。我们提出了一种基于双PSD的方法来精确校准工业机器人的关节偏移。但是,分别在两个PSD中心发射所需的激光束对准是​​必需的,这需要预先知道一些对准任务的参数。本文提出了一种在不知道这些参数的情况下同时进行激光束对准的方法来执行激光束对准任务。推导了对准系统的建模和控制,仿真结果说明了所提出方法的有效性。

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