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The innovation design of the magnetic adsorption climbing-wall flaw detection robot

机译:磁吸附爬壁式探伤机器人的创新设计

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In order to reduce the surface flaw detection cost and time consuming of large area steel iron surface (such as the surface of large storage tank or ship, etc), solve the existing wheeled magnetic adsorption technology problems of wall climbing robot, a kind of wheeled magnetic wall climbing robot is designed. Unique adsorption unit and innovation design of magnetic circuit make the wheeled wall climbing robot has a large carrying capacity. The robot uses LPC1768 chip as the control center. Divided into walking control, camera control, the other action control. Robot users through wireless handle to control the robot walking and action in the surface of steel vertical and accept the robot feedback information through a ground station. This paper mainly introduces the design of each module, gives the concrete design scheme of mechanical structure, hardware circuit and software.
机译:为了减少大面积钢铁表面(如大型储罐,轮船等的表面)的表面缺陷检测成本和耗时,解决了现有的轮式爬壁机器人的轮式磁吸附技术问题。设计了磁性爬墙机器人。独特的吸附单元和创新的磁路设计使轮式爬墙机器人具有较大的承载能力。机器人使用LPC1768芯片作为控制中心。分为行走控制,摄像头控制,其他动作控制。机器人用户可以通过无线手柄控制机器人在钢垂直表面上的行走和动作,并通过地面站接收机器人的反馈信息。本文主要介绍了各个模块的设计,给出了机械结构,硬件电路和软件的具体设计方案。

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