Transforming Biological Patterns into Robot Concepts

T. Zielińska
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Abstract

Biology not only provides inspiration in the design of walking machines, but also suggests detailed design solutions. Concise information on legged locomotion in the animal world is presented, and the relationships between engineering solutions and the biological world are shown. The construction of animal legs is briefly described and the most commonly used leg structures for walking machines are discussed, including references to biological patterns. Examples of bio-inspired walking machines developed by our team are given and several concepts of bio-inspired robots are discussed. The general aim of the article is to show how knowledge of the animal world inspires innovative design solutions for robots intended for practical applications.
将生物模式转化为机器人概念
生物学不仅为步行机的设计提供了灵感,还提供了详细的设计解决方案。简要介绍了动物世界中腿部运动的信息,并展示了工程解决方案与生物世界之间的关系。简要描述了动物腿的构造,并讨论了最常用的行走机器的腿结构,包括参考生物模式。给出了我们团队开发的仿生步行机的实例,并讨论了仿生机器人的几个概念。本文的总体目的是展示动物世界的知识如何激发用于实际应用的机器人的创新设计解决方案。
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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