Development of a Laboratory-Scale Pipeline Crack Inspection Robot

Wee Ying Heng, Muhammad Attique Khan, M. Ramasamy, C. Ang, Lim Wei Hong, K. Aramugam, C. Deisy, S. Sridevi, M. Suresh
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Abstract

Development of society inevitably leads to increase in unforeseen problems. An example of this is the presence of piping system and its disadvantages. There are numerous usages of the piping system for instance the sewage at housing area of restaurant as well as offshore deep sea mining of oil. Some of the problems with these systems include blockage, cracking, etc. However, these can be solved with advancement of technology or more specifically, robot. By definition, a robot is a machine with the ability to carry out complex series of actions automatically. This is especially true for a programmable machine. By creating a laboratory-scale pipeline crack inspection robot, these problems can be tackled.
实验室规模管道裂纹检测机器人的研制
社会的发展不可避免地导致不可预见问题的增加。这方面的一个例子是管道系统的存在及其缺点。管道系统有许多用途,例如,餐馆住宅区域的污水处理以及近海深海石油开采。这些系统的一些问题包括堵塞、开裂等。然而,这些都可以通过技术的进步或更具体地说,机器人来解决。根据定义,机器人是一种能够自动执行一系列复杂动作的机器。对于可编程机器来说尤其如此。通过创建实验室规模的管道裂纹检测机器人,可以解决这些问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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