In-pipe wireless micro robot

T. Sasaya, N. Kawahara, K. Tsuruta
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引用次数: 18

Abstract

We have been developing an In-pipe Wireless Micro Robot for inspection of the inner surface of pipes, in collaboration with DENSO, Toshiba and SANYO under the Japanese national R&D project 'Micromachine Technology' of METI. The micro robot consists of many devices, a CCD camera for visual inspection, an actuator for locomotion, control circuits for system control, a microwave antenna and a photovoltaic device for energy supply and communication. The robot moves in a 10 mm diameter pipe without wire and observes the inner surface of the pipe. Through the project, the technologies of the component devices and the system have been developed. Several important results have been obtained on both technologies. For the device technologies, high-performance micro component devices have been developed. For the systematization technologies, the functions, simulation, packaging and assembling of the system have been studied. Through the development of the micro robot, we have successfully confirmed the wireless in-pipe locomotion and wireless image data communication of 2 frames per second.
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管道内无线微型机器人
我们一直在与日本电装、东芝和三洋合作,在日本经济产业省的国家研发项目“微机械技术”下,开发一种用于检测管道内表面的管道内无线微型机器人。微型机器人由许多装置组成,用于视觉检测的CCD摄像机,用于运动的执行器,用于系统控制的控制电路,微波天线和用于供电和通信的光伏装置。机器人在直径10mm的无导线管道中移动,观察管道的内表面。通过本课题的研究,对该系统的组成器件和系统技术进行了研究。在这两种技术上都取得了一些重要的成果。在器件技术方面,高性能微元件器件得到了发展。在系统化技术方面,对系统的功能、仿真、封装和装配进行了研究。通过对微型机器人的开发,我们成功地确定了无线管道内运动和每秒2帧的无线图像数据通信。
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