摘要
基于机动车数量的日益增多及日益严峻的交通安全形势,文章设计了一种自发电机动车车轮状态监测系统。论文分析了机动车车轮状态监测的相关参数及其作用,提出了自发电机动车车轮状态监测系统方案,并分析了系统的工作原理,设计了一种车轮自发电装置用于给旋转状态下的车轮监测模块供电。论文简单分析了车轮状态监测相关参数的计算及获取方法,并根据自发电车轮状态监测系统方案搭建了系统硬件模型,实现了车轮状态监测数据的采集和远程传送及接收。
Based on the increasing number of vehicles and serious traffic safety situation,this paper designed a vehicle wheel attitude monitoring system by self-generating.The paper analyzes the related parameters of vehicle wheel attitude monitoring and their effects,proposed a scheme of vehicle wheel attitude monitoring system by self-generating and analyzed the working principle of the system.Designed a self-generating device to supply power for the wheel monitoring module in a rotating state.The paper briefly analyzed the calculation and acquisition methods of wheel attitude monitoring related parameters and built the hardware model according to the scheme of self-generating wheel attitude monitoring system,realized the data collection and remote transmission and reception of wheel attitude monitoring.
作者
王锋
潘梦鹞
郇锐铁
林艺展
Wang Feng;Pan Mengyao;Huan Ruitie;Lin Yizhan(Guangdong Polytechnic of Industry Commerce,Guangdong Guangzhou 510510;Guangdong Red Bay Power Generation Co.,Ltd.,Guangdong Shanwei 516623)
出处
《汽车实用技术》
2020年第9期127-130,共4页
Automobile Applied Technology
关键词
自发电装置
车轮状态监测
远程传送
Self-generating device
Wheel attitude monitoring
Remote transmission
