Flapping wing mechanism design based on mechanical creative design theory

机译：基于机械创意设计理论的扑翼机构设计

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This research focuses on the flapping wing mechanism design for the micro air vehicle model. The paper starts with analysis the topological structure characteristics of Single-Crank Double-Rocker mechanism. Following the design procedure, all of the possible combinations of flapping mechanism which contains not more than 6 components were generated. The design procedure is based on Hong-Sen Yan's creative design theory for mechanical devices. This research designed 31 different types of mechanisms, which provide more directions for the design and fabrication of the micro air vehicle model.

机译：这项研究集中在微型飞行器模型的襟翼机翼机构设计上。本文从分析单曲柄双罗克机构的拓扑结构特征入手。按照设计程序，生成了包含不超过6个组件的拍打机构的所有可能组合。设计过程基于颜洪森的机械设备创新设计理论。这项研究设计了31种不同类型的机制，这些机制为微型飞行器模型的设计和制造提供了更多指导。

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《2011 International Conference on Mechatronic Science, Electric Engineering and Computer》|2011年|p.2237-2240|共4页
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Zhang Tao; Zhou Chaoying; Wang Chao; Zhang Xingwei;
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原文格式 PDF
正文语种
中图分类机电一体化;
关键词
Hong-Sen Yan's Theory; flapping wing mechanism; micro air vehicle;

机译：严洪森理论;襟翼机构;微型飞行器;

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1. Design and experiment of a bionic flapping wing mechanism with flapping–twist–swing motion based on a single rotation [J] . Bing Ji, Qiaolin Zhu, Shijun Guo, AIP Advances . 2020,第6期

机译：基于单旋转的扑振扭转运动的仿生型翼机制的设计与实验
2. Design of a Flapping Wing Mechanism to Coordinate Both Wing Swing and Wing Pitch [J] . Wang Peter L., McCarthy J. Michael Journal of Mechanisms and Robotics: Transactions of the ASME . 2018,第2期

机译：设计扑翼机制，以协调翼摆动和机翼间距
3. Materials challenges in the design of an insect-like flapping wing mechanism based on a four-bar linkage [J] . Cezary Galiriski, Rafat Zbikowski Materials & design . 2007,第3期

机译：基于四杆连杆机构的昆虫状扑翼机构设计中的材料挑战
4. Flapping wing mechanism design based on mechanical creative design theory [C] . Zhang Tao, Zhou Chaoying, Wang Chao, International Conference on Mechatronic Science, Electric Engineering and Computer . 2011

机译：基于机械创造性设计理论的拍翼机制设计
5. Design and analysis of a mechanism creating biaxial wing rotation for applications in flapping-wing air vehicles. [D] . McIntosh, Sean Harold. 2006

机译：设计和分析一种双翼机翼旋转机构，用于襟翼飞机。
6. Batch fabrication process of biomimetic wing with high flexibility of stiffness design for flapping-wing micro aerial vehicles [O] . Takashi Ozaki, Kanae Hamaguchi 2020

机译：跨翼微型空中航空车辆刚度设计的批量生料坯纺厂制造工艺
7. Optimization design and dynamic analysis on the drive mechanisms of flapping-wing air vehicles based on flapping trajectories [O] . Lingwang Xie, Xingwei Zhang, Pan Luo, 2017

机译：基于拍打轨迹的扑翼空气车辆驱动机构的优化设计与动力分析

Flapping wing mechanism design based on mechanical creative design theory

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