首页> 外国专利> MOTION CONTROL APPARATUS FOR TEACHING ROBOT POSITION, ROBOT-POSITION TEACHING APPARATUS, MOTION CONTROL METHOD FOR TEACHING ROBOT POSITION, ROBOT-POSITION TEACHING METHOD, AND MOTION CONTROL PROGRAM FOR TEACHING ROBOT-POSITION

MOTION CONTROL APPARATUS FOR TEACHING ROBOT POSITION, ROBOT-POSITION TEACHING APPARATUS, MOTION CONTROL METHOD FOR TEACHING ROBOT POSITION, ROBOT-POSITION TEACHING METHOD, AND MOTION CONTROL PROGRAM FOR TEACHING ROBOT-POSITION

机译:用于学习机器人位置的运动控制装置,用于机器人位置的教学装置,用于学习机器人位置的运动控制方法,用于机器人位置的教学方法以及用于学习机器人位置的运动控制程序

摘要

The present invention enables an intuitive operation based on the shooting screen teachings, teachings's burden and to provide a technique capable of promoting the efficiency of the teaching operation to the task. ; to input an operation command for the robot (1) based on a camera coordinate system, based on the recording screen displayed on the monitor operation means (12), a robot (1) from an operating command based on the camera coordinate system input from the operating means 12 generates a motion vector on the camera coordinate system for moving to the next shift position, and the camera coordinate system conversion means for converting a motion vector based on a motion vector on the robot coordinate system (16a) and a motor installed in the joint of the robot 1 from a motion vector based on the robot coordinate system obtained by the converting means (16a) (M ) motor control for controlling the motor (M) provided on the joints of the robot 1 in accordance with the motor instructing value generated by the operation command generating means for generating a command value to the motor (16b) and, an operation command generation means (16b) will be provided with a means (14).
机译:本发明使得能够基于拍摄画面的教导,教导的负担进行直观的操作,并且提供一种能够提高针对任务的教导操作的效率的技术。 ;基于监视器坐标装置(12)上显示的记录画面,基于摄像机坐标系输入机器人(1)的操作命令,基于来自摄像机坐标系的输入的操作命令从机器人(1)输入机器人操作装置12在摄像机坐标系上生成运动矢量以移动至下一档位,并且摄像机坐标系转换装置基于机器人坐标系(16a)上的运动矢量和所安装的电动机来转换运动矢量。通过基于由转换装置(16a)获得的机器人坐标系的运动矢量,在运动机器人1的关节中进行运动控制(M)。由操作指令产生装置产生的指令值,用于向电动机(16b)产生指令值,并且,操作指令产生装置(16b)将具有装置(14)。

著录项

  • 公开/公告号KR100762380B1

    专利类型

  • 公开/公告日2007-10-02

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20060031250

  • 发明设计人 세츠다 노부유키;

    申请日2006-04-06

  • 分类号B25J9/16;B25J9/10;B25J13;

  • 国家 KR

  • 入库时间 2022-08-21 20:31:17

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