面向工业机器人直接教学的教学数据提取

Taeyong Choi, Hyunmin Do, Dongil Park, Kwangcho Chung
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引用次数: 0

摘要

在工业机器人中直接教学是一种易于使用的机械手教学新技术。在传统的工作中,教学轨迹是通过按钮等物理指示器来识别的。在这项工作中,利用附着在末端执行器上的F/T传感器来检测接触力。末端执行器的F/T传感器是用来测量接触力的,用于阻抗控制,使操作者在直接教学时感觉不到阻力,而不是用于教学轨迹提取。在这里,精确的教学轨迹提取不需要额外的物理设备到机械手。
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Teaching data extraction for the direct teaching in industrial robot
Direct teaching in the industrial robot are the novel technique to teach manipulator with easy usage. In conventional works, teaching trajectory is identified by physical indicator like button. In this work, F/T sensor attached to the end-effector to detect the contact force is utilized. F/T sensor at the end-effector is attached to measure contact force for impedance control to make operator feel no resistance while direct teaching, not for teaching trajectory extraction. Here, exact teaching trajectory is extracted without additional physical device to manipulator.
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