Design and Manufacture of the Wing Folding Mechanism for a Bioinspired Ornithopter

Lorena Calvente, J. Acosta, A. Ollero
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引用次数: 2

Abstract

This paper presents a folding mechanism for ornithopter's wings. The mechanism has been implemented using rods and joints to replicate wing performance of animal flight. In this sense, bio-inspiration has been the baseline of the design but hard requirements as lightweight and integration with the current platform have also been considered. The final specifications of volume ratio folded/unfolded of 1/3 and additional mass < 100 g/wing with respect to the current structure, make this concept quite promising. Moreover, unlike most of the existent creations, it is intended to allow control of the folding while perching. Bench experiments demonstrate its performance and compatibility with the prototype platform.
仿生扑翼机机翼折叠机构的设计与制造
提出了一种扑翼机机翼的折叠机理。利用杆和关节来模拟动物飞行的翅膀性能。从这个意义上说,生物灵感一直是设计的底线,但轻量化和与当前平台集成的硬性要求也被考虑在内。折叠/展开体积比的最终规格为1/3,相对于当前结构的额外质量< 100g /翼,使这个概念非常有前景。此外,与大多数现有的创作不同,它的目的是允许在栖息时控制折叠。台架实验证明了该系统的性能和与原型平台的兼容性。
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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