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UNDERWATER WALL CLIMBING ROBOT FOR NUCLEAR PRESSURE VESSEL INSPECTION

机译:水下壁攀爬机器人用于核压容器检查

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The paper describes the development of an underwater teleoperated wall climbing robot that can carry another pipe crawler robot to nozzle openings inside a nuclear pressure vessel (PV). The wall climbing robot is positioned over each nozzle in the pressure vessel via teleoperation using visual feedback. The pipe crawler robot then transfers into the nozzle where it non-destructively tests circumferential welds located at a distance of 700mm from the inside walls of a pressure vessel. The results of trials with the robot in water tanks and a mock-up of the PV are presented. The paper describes the performance of the two underwater wall climbing robot prototypes, with emphasis on the design of a highly manoeuvrable robot and the performance of a special design of suction cups that have a low coefficient of friction and permit motion in cylindrical pressure vessels.
机译:本文介绍了水下洞穴壁攀岩机器人的发展,可以将另一个管道履带机器人携带到核压力容器内的喷嘴开口(PV)。壁攀爬机器人通过使用视觉反馈通过漫步通气的遥气装置定位在压力容器中的每个喷嘴上。然后将管道履带机器人转移到喷嘴中,在那里它无损地测试位于距压力容器的内壁700mm的距离处的周向焊缝。提出了水箱中机器人试验的结果和PV的模拟。本文介绍了两种水下攀岩机器人原型的性能,重点是一种高度可处理机器人的设计以及具有低摩擦系数的吸盘特殊设计的性能,并允许在圆柱形压力容器中运动。

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