Reconfigurable robot system based on electromagnetic design

W. Hong, Shaoping Wang, Daoyan Shui
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引用次数: 9

Abstract

This paper presents a multirobot system composed of several X-CELLs, in which an individual robot not only can operate separately but also can be assembled with magnetic pull according to different mission and environment. With the infrared navigation sensor, X-CELLs can obtain their relative positions and determine where to go and how to combine with other ones. Due to the flexible reconfiguration, X-CELLs can easily accomplish self-assembly and self-reconfiguration with the mission requirement through magnetic pull and separate. Application indicates that the reconfigurable robot system can change the shape and connection stiffness flexibly so as to adapt to the complex environment.
基于电磁设计的可重构机器人系统
本文提出了一个由多个x - cell组成的多机器人系统,其中单个机器人不仅可以独立工作,还可以根据不同的任务和环境进行磁力牵引组合。通过红外导航传感器,X-CELLs可以获得它们的相对位置,并确定要去哪里以及如何与其他细胞结合。由于具有灵活的可重构性,X-CELLs可以很容易地通过磁牵引和分离实现任务要求的自组装和自重构。应用表明,该可重构机器人系统可以灵活地改变形状和连接刚度,以适应复杂的环境。
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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