首页> 外国专利> A method for setting a test probe, - or measuring position of a sensor operating without contact

A method for setting a test probe, - or measuring position of a sensor operating without contact

机译:一种用于设置测试探针的方法,或测量无接触运行的传感器的位置的方法

摘要

A method for setting a test probe, - or measuring position of an optical sensor (26) by means of a testing device (16) by means of at least a defined test - and the measurement task, for the control of at least one optical and / or geometrical feature (12) of an object (14), wherein the test - or measuring position by a measurement point (mp) and a measurement vector (mv) based on a surface of the object (14) is defined, wherein said object (14) by sighting of object points are (op1.. op5) by means of a laser beam, - distance sensor (24) and to a common reference - coordinate system calibrated laser beam (28) and a the measuring point (mp) is straight or having a the measuring point (mp) having a surface section to the alignment of the laser beam (28) is determined, characterized in that the laser beam (28) of the laser - distance sensor (24), as well as an optical axis of action (30) of the optical sensor (28), based on a robot hand - coordinate system (rm - ks) than the common reference - coordinate system of the robot (16) as a testing device is calibrated with respect to the direction and orientation, that the calibrated laser beam (28) on the measuring point (mp) and directed on the basis of the defined test - and measuring tasks by means of the testing device (16) based on the straight line or the surface section for the definition of the messvektos (mv) in a defined distance from and a defined angle is aligned, and in that the on the common reference coordinate system - calibrated optical axis of action (30) by rotating or pivoting of the optical sensor (26) by means of the robot hand in the by means of the laser beam (28) at a distance and angle defined measurement vector (mv) for adjusting the test - or measurement position, the method is.
机译:一种用于设置测试探针或通过测试装置(16)通过至少定义的测试来测量光学传感器(26)的位置以及测量任务的方法,以控制至少一个光学传感器和/或物体(14)的几何特征(12),其中定义了基于物体(14)的表面通过测量点(mp)和测量矢量(mv)进行的测试或测量位置,其中所述物体(14)是通过激光束观察物体点(op1..op5),-距离传感器(24),并到达共同的参考坐标系-校准的激光束(28)和测量点( mp)是笔直的或具有测量点(mp),该测量点的表面截面与激光束(28)的对准方向确定,其特征在于,激光-距离传感器(24)的激光束(28)以及光学传感器(28)的光作用轴(30),基于机械手坐标系(rm-ks),而非常用参考nce-相对于方向和方向对作为测试设备的机器人(16)的坐标系进行了校准,校准后的激光束(28)在测量点(mp)上并根据定义的测试进行了定向-借助于测试装置(16),基于直线或表面部分的测量任务,用于在距定义的角度和角度的范围内定义信箱(mv),并且在共同的参考坐标上系统-通过机械手在光学传感器(26)的作用下通过激光束(28)以一定距离和角度定义的测量矢量(mv)旋转或枢转来校准光轴(30)调整测试-或测量位置,方法是。

著录项

  • 公开/公告号DE102015109557B4

    专利类型

  • 公开/公告日2017-09-14

    原文格式PDF

  • 申请/专利权人 GÜNTHER BATTENBERG;

    申请/专利号DE201510109557

  • 发明设计人 GLEICH PATENTINHABER;

    申请日2015-06-15

  • 分类号G05D3/00;G01B11/03;G01B11/14;G01B11/00;G01M11/00;

  • 国家 DE

  • 入库时间 2022-08-21 13:22:55

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