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Design of a New Beetle's Electric-Control Trunk Device

机译:新甲虫的电动控制中继装置的设计

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摘要

This present paper deals with transform and design of electric-control trunk device for new Beetle. The path generation method is used to synthesis a new linkage mechanism. And the dimensions of this mechanism are optimized by genetic algorithm. Subsequently PWM modulation method is implemented in the microcontroller for inverter and electric control, which responses to the trunk opening, closing and reacting to interference.
机译:本文涉及新甲虫电控制床的变换和设计。路径生成方法用于合成新的连杆机制。该机制的尺寸通过遗传算法进行了优化。随后的PWM调制方法在微控制器中实现用于逆变器和电控,这响应于干扰,关闭和对干扰反应。

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