用于核辐射的遥控机器人

Mingcheng Li
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引用次数: 0

摘要

如何在高辐射环境下工作仍然是机器人面临的一个重要挑战。设计的机器人具有引线板和可拆卸的立方体结构,称为块,以保护内部的微机电系统(MEMS)并携带中继器。具有这种结构的机器人不仅可以灵活地组装,而且可以在高放射性环境中的特定位置卸载中继器块,以扩大其通信范围。通过对传感器、车载电源、压电致动器等机器人关键MEMS部件的比较,提出了两种不同功能的机器人模型:一种可以进行短距离采样,另一种可以在辐射条件下进行远距离传感。与微型MEMS机器人相比,该机器人的大内部空间扩展了其承载更大MEMS元件的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Telecontrolled Robots Used Blocks for Nuclear Radiation
How to work in high radiation environments remains an important challenge in robots. Designed robots have the lead plate and the detachable cube structure called the block to protect Micro-electromechanical Systems (MEMS) inside and bring repeaters. Robots with this structure are not only flexible to assemble but also be able to unload repeater blocks at specific locations in highly radioactive environments to expand their communication range. After comparing the key MEMS components of robots, such as sensors, on-board power supplies as well as piezoelectric actuators, this paper proposes two type of robot models with different functionalities: one can conduct short-distance sampling, another can proceed long-distance sensing under radiation conditions. Compared with miniature MEMS robots, the big internal space of proposed robots extends its capability of carrying larger MEMS components.
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