Development of Pipe Robot by Using Mecanum Wheels

D. Kim, Soonwook Park, Hojoong Lee, Jongpil Kim, W. Chung, D. Kwak
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Abstract

Most pipe-inspection robots have fixed sizes and use a wired cable system. Pipelines are generally composed of various structures, including bent pipes, vertical pipes, branch pipes, and holes, and it is difficult to explore the insides of such modular piping structures. In an offshore plant pipeline, a robot that can pass through the pipe hole in the downward direction or avoid obstacles, such as a measuring instruments, has not been introduced yet. In this study, an inspection robot that can travel through most pipelines in offshore plants is proposed. This robot uses mecanum wheels; upward, downward, and rotary motion; and a novel rotatable mechanism. Moreover, the robot is designed to be compact and lightweight to include additional devices in the middle.
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基于机械轮的管道机器人的研制
大多数管道检测机器人都有固定的尺寸,并使用有线电缆系统。管道一般由各种结构组成,包括弯管、竖管、支管、孔等,这种模块化管道结构的内部很难探索。在海上工厂管道中,目前还没有能够向下穿过管孔或避开测量仪器等障碍物的机器人。在本研究中,提出了一种可以穿越海上工厂大多数管道的检测机器人。这个机器人使用机械轮;向上、向下、旋转运动;还有一种新颖的可旋转机构。此外,该机器人的设计紧凑,重量轻,可以在中间包含额外的设备。
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