基于辐条轮的爬墙机器人

Joseph A. Custodio, Yunfeng Wang
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引用次数: 1

摘要

仿生学和仿生技术是现代科学研究的一个蓬勃发展的领域。爬墙机器人的发展具有广泛的潜在现实应用前景。由于这项技术仍在发展中,一个简单而基本健全的机器人已经被创造出来作为测试平台和概念验证机器人。开发机器人的灵感来自mini - wheegstm机器人的概念。它具有更坚固的兼容粘合剂脚,预压尾和模块化设计与廉价的教育部件。实验证明了该机器人的能力,如穿越水平、倾斜和垂直的光滑表面,“倒立行走”以及在正交表面之间进行转换。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Spoke-Wheel Based Wall-climbing Robot
Biomimetics and biorobotics form a thriving field of modern scientific research endeavors. The development of wall-climbing robots boasts a wide array of potential real-world applications. With this technology still in progression, a simple and fundamentally sound robot has been created to serve as a test bed and proof-of-concept robot. The developed robot is inspired by the concept of Mini-WhegsTM robot. It features more robust compliant adhesive feet, a preloading tail and modular design with inexpensive educational parts. Experiments have demonstrated the capabilities of this robot such as traversing horizontal, oblique, and vertical smooth surfaces, "walking" upside down and making the transition between orthogonal surfaces.
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