摘要
针对目前在公共场所经常出现手机等电子产品断电的情况,提出了一种新型脚踏发电装置的设计与优化;通过对传动机构的运动进行理论分析,并借助MATLAB对样机的重要尺寸进行优化;通过SolidWorks建立三维模型,结合Adams对装置的曲柄滑块传动部分和齿轮传动部分进行仿真分析,验证了设计可行性。
Cases of power failure of mobile phones and other electronic products in public places is quite common, so this paper proposes a new type of pedal power generation device. Movement of the drive mechanism is theoretically analyzed, and the size of the prototype is optimized via MATLAB. Three-dimensional model is established through SolidWorks. Simulation analysis of slider-crank transmission parts and gear part of the power generation device is carried through Adams to verify the feasibility of the design of the device.
出处
《电气自动化》
2013年第4期87-89,105,共4页
Electrical Automation
关键词
脚踏发电
曲柄滑块
设计
优化
仿真
pedal power electric generation device
slider-crank design
optimization
simulation
