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CONTROL SYSTEM FOR CONTINUUM ROBOT AND CONTROL METHOD THEREFOR, AND CONTINUUM ROBOT
CONTROL SYSTEM FOR CONTINUUM ROBOT AND CONTROL METHOD THEREFOR, AND CONTINUUM ROBOT
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机译:连续式机器人控制系统及其控制方法和连续式机器人
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摘要
Provided is a mechanism that can realize high performance of positioning a bendable part at a target position without a complicated operation by an operator. A control system 10 for a continuum robot provided with at least one bendable part that is driven by a wire and is configured to be bendable and a driving unit that drives the wire, is provided with: a position control unit KSV that performs control for making compensation for an error between a target displacement refz of push/pull driving of the wire by the driving unit and a displacement zt2 of a wire holding mechanism holding the wire, the displacement being obtained from a continuum robot 100; a force control unit KF that performs control for making compensation for an error between a target generation force refF corresponding to a target tensile force of the wire and outputted from the position control unit KSV and a generation force F corresponding to the tensile force of the wire and obtained from the continuum robot 100. The control system 10 is configured from a first loop control system that includes the force control unit KF and a second loop control system that includes the force control unit KF and the position control unit KSV.
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机译:提供了一种机构,可以在没有经营者的情况下实现在目标位置处的弯曲部分定位的高性能。用于连续机器人的控制系统10设置有由线驱动的至少一个可弯曲部分并且被配置为可弯曲的弯曲部分和驱动线的驱动单元,具有:位置控制单元K SV < / sub>执行控制,用于通过驱动单元和位移z t2 z t2 sub>的目标位移ref z sub>之间的误差进行补偿持有线的导线保持机构,从连续内的机器人100获得位移;力控制单元K f sub>执行控制,用于对对应于电线的目标拉力的目标产生力Ref f sub>的误差进行补偿并从位置输出控制单元K <亚> SV sub>以及与导线的拉力相对应的产生力F并从连续箱机器人100获得。控制系统10由包括力控制单元的第一环路控制系统配置k f sub>和第二回路控制系统,包括力控制单元k f sub>和位置控制单元k sv sub>。
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