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首页> 外文期刊>Journal of Field Robotics >Bridge-Transported Bilateral Master-Slave Servo Manipulator System for Remote Manipulation in Spent Nuclear Fuel Processing Plant
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Bridge-Transported Bilateral Master-Slave Servo Manipulator System for Remote Manipulation in Spent Nuclear Fuel Processing Plant

机译:用于乏核燃料加工厂远程操纵的桥式运输双边主从伺服系统。

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摘要

A bridge-transported bilateral master-slave servo manipulator system called the Bridge-Transported Dual-Arm Servo-Manipulator (BDSM) was developed for remote manipulation at the Pyroprocess Integrated Inactive Demonstration (PRIDE) facility. Its many innovative design concepts include a motion-decoupled, cable-drive mechanism, fully counterbalanced linkage structure, and interface system for easy attachment/detachment of the arms during remote maintenance. In addition, the manipulator is mounted at the end of a novel redundant-drive extensible telescopic boom with a synchronized compact cabling management system. The BDSM is currently installed in the Remote Handling Evaluation Mock-up (RHEM), where it has successfully completed operating tests with a remote control system incorporating a bilateral force-reflection controller. Good tracking performance was confirmed regardless of the payload, allowing highly transparent control. The system is thus expected to achieve its design goals in dexterous remote handling tasks in PRIDE.
机译:开发了一种称为桥式运输双臂伺服操纵器(BDSM)的桥式运输双侧主从伺服操纵器系统,以在火工过程综合非活动演示(PRIDE)设施中进行远程操纵。它的许多创新设计概念包括:运动分离,电缆驱动机构,完全平衡的连杆结构和接口系统,可在远程维护期间轻松连接/拆卸臂。此外,该机械手安装在带有冗余紧凑型同步电缆管理系统的新型冗余驱动可伸缩伸缩臂的末端。 BDSM当前安装在远程处理评估模型(RHEM)中,该系统已使用带有双向力反射控制器的远程控制系统成功完成了操作测试。无论有效载荷如何,都可以确认良好的跟踪性能,从而实现高度透明的控制。因此,该系统有望在PRIDE中实现灵巧的远程处理任务中的设计目标。

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  • 来源
    《Journal of Field Robotics》 |2012年第1期|p.138-160|共23页
  • 作者单位

    Fuel Cycle System Engineering Technology Development Division, Korea Atomic Energy Research Institute, Daejeon 305-353, Republic of Korea;

    Fuel Cycle System Engineering Technology Development Division, Korea Atomic Energy Research Institute, Daejeon 305-353, Republic of Korea;

    Fuel Cycle System Engineering Technology Development Division, Korea Atomic Energy Research Institute, Daejeon 305-353, Republic of Korea;

    Fuel Cycle System Engineering Technology Development Division, Korea Atomic Energy Research Institute, Daejeon 305-353, Republic of Korea;

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