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首页> 外文期刊>Journal of nuclear science and technology >Development of Telerobotic Systems for Reactor Decommissioning, (III)Demonstration System
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Development of Telerobotic Systems for Reactor Decommissioning, (III)Demonstration System

机译:用于反应堆退役的远程机器人系统的开发,(III)演示系统

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This paper describes the telerobotic system for reactor decommissioning in the scope of engineering demonstration of dismantling radioactive reactor internals of an experimental boiling water power reactor JPDR. The total system consists of a telerobotic manipulator system equipped with a multi-functional amphibious slave manipulator with a load capacity of 25 daN, a chain-driven transport system, and a computer-assisted monitoring and control system. Preceding to the application of the telerobotic system to actual dismantling operation, a mockup test was performed of dismantling the simulated reactor internals of actual-size by the method of underwater plasma arc cutting in order to study the performance of the telerobotic system in a realistic environment. The system was then successfully applied to dismantling the actual reactor internals according to the JPDR decommissioning program.
机译:本文在拆除实验沸水动力反应堆JPDR的放射性反应堆内部的工程演示范围内,描述了用于反应堆退役的远程机器人系统。整个系统包括一个机器人机器人系统,该机器人系统配备了负载能力为25 daN的多功能两栖从属机器人,一个链传动系统和一个计算机辅助监视与控制系统。在将远程机器人系统应用于实际拆卸操作之前,通过水下等离子弧切割方法对实际大小的模拟反应堆内部进行了样机测试,以研究实际环境中的远程机器人系统的性能。 。然后,根据JPDR退役计划,该系统已成功应用于拆除实际的反应堆内部。

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