首页|基于凸轮机构的温差电动车结构创新设计

基于凸轮机构的温差电动车结构创新设计

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针对绿色低碳发展的现实需求,采用乙醇燃烧产生的能量作为原动力,引入温差发电技术,开展温差电动车设计.该设计利用温度差异产生的热电效应产生电力,再把电能转化为机械能来驱动车辆运动.车辆采用齿轮传动和带传动的复合形式,以保证传动过程动力传递效率和传递稳定性.车辆转向系统采用带有方向微调装置的凸轮机构,具有节省空间、控制简单、安装容易的特点.温差电动车利用清洁能源作为汽车的动力,符合国家绿色发展的需求,在交通领域具有广阔的应用前景.
Innovative Structural Design of Thermoelectric Powered Vehicle Based on Cam Mechanism
In response to the practical needs of green and low-carbon development,the energy generated by ethanol combustion is used as the driving force,and thermoelectric power generation technology is introduced to carry out the design of thermoelectric powered vehicles.In this design,thermoelectric powered vehicles generate electricity by utilizing the thermoelectric effect generated by temperature differences,and then convert electrical energy into mechanical energy to drive the vehicle's movement.The vehicle adopts a composite form of gear transmission and belt transmission,to ensure the efficiency and stability of power transmission during the transmission process.The vehicle steering system adopts a cam mechanism with a directional fine adjustment device,which has the characteristics of space saving,simple control,and easy installation.Thermoelectric powered vehicles utilize clean energy to achieve vehicles,which meets the needs of national green development and has broad application prospects in the transportation field.

clean energythermoelectric power generationthermoelectric effectcam mechanismfine adjustment

李佳康、戚威、田一铄、王方杰、靳江艳

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河北科技大学,河北 石家庄 050018

清洁能源 温差发电 热电效应 凸轮机构 微调

2024

科技创新与生产力
太原科技战略研究院

科技创新与生产力

影响因子:0.271
ISSN:1674-9146
年,卷(期):2024.45(7)
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