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SERVO CONTROLLER, SERVO CONTROLLING METHOD, ROBOT CONTROLLER USING THESE AND ROBOT CONTROLLING METHOD

机译:伺服控制器,伺服控制方法,使用其的机器人控制器和机器人控制方法

摘要

PURPOSE: To speed up a control and to stabilize the control by controlling a control object in which plural driving axes move, affecting dynamic interference actions as if the object were the system in which each driving axis does not dynamically interfere. ;CONSTITUTION: In a servo contoller 24, the command signal transmitted by a command part 25 is inputted in an acceleration/deceleration pattern generation part 26, and the output of the acceleration/deceleration pattern generation part 26 is transmitted to a servo system 27 and is transmitted to the servo system via a non-interfering calculation part 28. The acceleration/deceleration pattern generation part, 26 generates the acceleration/deceleration pattern in which the continuity of acceleration is guaranteed, and the acceleration pattern and the deceleration pattern having the symmetry (a linear symmetry, a point symmetry and a rotation symmetry, etc.,) on a time base and transmits the pattern to the servo system 27. The non-interfering calculation part 28 calculates the corrected value for canceling the dynamic inteference action that a driving axis receives from an other driving axis based on the acceleration/deceleration pattern and transmits this value to the servo system 27.;COPYRIGHT: (C)1996,JPO
机译:目的:通过控制多个驱动轴在其中移动的控制对象来加速控制并稳定控制,从而影响动态干扰动作,就好像该对象是每个驱动轴都没有动态干扰的系统一样。 ;构成:在伺服控制器24中,指令部分25发送的指令信号输入到加减速模式生成部分26中,加减速模式生成部分26的输出发送到伺服系统27中,经由无干扰计算部28将其传送至伺服系统。加减速模式生成部26生成能够确保加速度的连续性的加减速模式,并且具有对称的加速度模式和减速度模式。 (线性对称性,点对称性和旋转对称性等)并将其传送给伺服系统27。无干扰计算部分28计算校正值以消除动态干扰作用,即驱动轴根据加减速模式从另一个驱动轴接收信号,并将该值传输到伺服系统27。版权:(C)1996,日本特许厅

著录项

  • 公开/公告号JPH08328627A

    专利类型

  • 公开/公告日1996-12-13

    原文格式PDF

  • 申请/专利权人 SONY CORP;

    申请/专利号JP19950158646

  • 发明设计人 ITOU IETOSHI;

    申请日1995-06-01

  • 分类号G05B19/18;B25J9/16;B25J13/00;B25J19/06;G05B19/416;G05D3/12;

  • 国家 JP

  • 入库时间 2022-08-22 03:35:02

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