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    • 7. 发明公开
    • Grinder robot
    • Schleifroboter。
    • EP0421323A1
    • 1991-04-10
    • EP90118810.2
    • 1990-10-01
    • KABUSHIKI KAISHA TOSHIBA
    • Yoshimi, TakashiJinno, Makoto
    • G05B19/39G05B19/18
    • G05B19/18G05B19/39G05B2219/42123G05B2219/45058
    • A grinder robot having a grinder can be operated by both of a force control and a position control to grind a work surface quickly and accurately. When a grinding point by said grinder has not reached yet to a target position to finish grindings, force loop drive control means (C5) are selected to drive the grinder in order to grind a work by a force control. After a grinding point by said grinder has reached to said target position, then, position drive control means (C4) are selected to drive the grinder by a position control in order to execute precise grindings. A grinding amount in every grinding in a force control area is relatively large and a grinding speed in every grinding in a position control area is relatively fast. As a result, a work can be grinded quickly and accurately by the grinder robot.
    • 具有研磨机的研磨机器人可以通过力控制和位置控制来操作,以快速且准确地研磨工作表面。 当研磨机的研磨点尚未到达目标位置以完成磨削时,选择力回路驱动控制装置(C5)来驱动研磨机,以通过力控制来研磨工件。 在通过研磨机研磨点达到目标位置之后,通过位置控制来选择位置驱动控制装置(C4)来驱动研磨机,以执行精确的研磨。 在力控制区域中的每次研磨中的磨削量相对较大,并且位置控制区域中的每次研磨中的磨削速度相对较快。 因此,研磨机器人可以快速准确地研磨作业。