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Coordinate system alignment method and alignment system for robot, and alignment device

机译:坐标系对齐方法和机器人对准系统,以及对准装置

摘要

Problem to be solved: to provide a technology capable of easily aligning the robot coordinate system.In a system for aligning a coordinate system of a robot and a coordinate systemFirst reference point a located at the origin of the motion space coordinate systemThe second reference point B on the orthogonal two straight lines passing through the first reference pointAn operation space coordinate system setting unit 31 which determines the relationship between the motion space coordinate system and the robot coordinate system by teaching the position of the third reference point C andA projection line acquiring section 432 for irradiating a slit beam from a three-dimensional measuring instrument 4 by a slit beam onto a reference object 52 fixed to a plate member 51 arranged in parallel with a plane on which two axes of an orthogonal triaxial axis defining a motion space coordinate system are parallel to the orthogonal triaxial axes, and a projection line acquiring section 432 for obtaining a projection lineBased on the profile of the projection line, the instrument attitude calculating part 433 for determining the posture of the three-dimensional measuring instrument 30 with respect to the reference object 52 andA measuring instrument moving section 3 for moving the three-dimensional measuring instrument 4 is provided.Diagram
机译:要解决的问题:提供一种能够容易对准机器人坐标系的技术。在用于对准机器人的坐标系和位于运动空间坐标系的原点的坐标系的系统中,在通过第一参考点操作空间坐标系设置单元的正交两条直线上的第二参考点B处于运动空间坐标系的原点A.图31确定了通过教导第三参考点C和A投影线获取部分432的位置来确定运动空间坐标系和机器人坐标系之间的关系,用于通过狭缝光束将狭缝光束从三维测量仪器4辐射到固定到平行布置的板构件51的参考物体52与限定运动空间坐标系的正交三轴轴的两个轴平行于正交三轴轴线的平面,以及用于获得投影的投影线获取部分432划线在投影线的轮廓上,仪器姿态计算G部分433用于确定关于参考对象52和用于移动三维测量仪器4的测量仪器移动部分3的三维测量仪器30的姿势.Diagram

著录项

  • 公开/公告号JP2021088003A

    专利类型

  • 公开/公告日2021-06-10

    原文格式PDF

  • 申请/专利权人 ジック株式会社;

    申请/专利号JP20190217775

  • 发明设计人 坪井 勇政;

    申请日2019-12-02

  • 分类号B25J9/10;B25J13/08;G01B11/26;

  • 国家 JP

  • 入库时间 2024-06-14 21:38:14

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