基于52单片机的车内温度调节系统
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摘要
根据单片机的控制技术,与温度传感器、空调组件,电池组相结合,设计车内温度过高降温,防止温度过高发生意外,提高舒适性。工作原理:在车辆熄火后,车门关闭,驾驶员控制装置启动,温度传感器检测车内温度,当温度高于车主设定的温度时,单片机会控制空调启动将温度控制在车主设定温度以内,从而达到舒适性的要求。
according to the SCM control technology, combined with the temperature sensor, air conditioning components, batteries, the design of the car temperature too high to cool down, to prevent high temperature accidents, improve the comfort.How it works: after the car is turned off, the door is closed, the driver's control device is started, and the temperature sensor detects the temperature in the car. When the temperature is higher than the temperature set by the owner, the single-chip microcomputer will control the start of the air conditioner to control the temperature within the temperature set by the owner, so as to meet the requirements of comfort.
according to the SCM control technology, combined with the temperature sensor, air conditioning components, batteries, the design of the car temperature too high to cool down, to prevent high temperature accidents, improve the comfort.How it works: after the car is turned off, the door is closed, the driver's control device is started, and the temperature sensor detects the temperature in the car. When the temperature is higher than the temperature set by the owner, the single-chip microcomputer will control the start of the air conditioner to control the temperature within the temperature set by the owner, so as to meet the requirements of comfort.
引文
[1]付华,徐耀松,肖艳军,等.单片机原理及应用[M].北京:电子工业出版社,2017.
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[3]郑震璇.基于PIC单片机的汽车空调控制器设计[J].机电技术,2009(2):37-40.
[4]廖应生.基于汽车CAN总线的空调控制器Bootloader的设计[J].机电技术,2015(2):104-106.
[5]王若平.汽车空调[M].北京:机械工业出版社,2011.
[6]朱元成,熊伟国,吴群.电动空调在汽车领域的应用解析[J].科技创新与应用,2017(3):166.
[2]宗素兰,张翠侠.AT89C51系统中的A/D转换仿真研究[J].宿州学院学报,2018(7):119G121.
[3]郑震璇.基于PIC单片机的汽车空调控制器设计[J].机电技术,2009(2):37-40.
[4]廖应生.基于汽车CAN总线的空调控制器Bootloader的设计[J].机电技术,2015(2):104-106.
[5]王若平.汽车空调[M].北京:机械工业出版社,2011.
[6]朱元成,熊伟国,吴群.电动空调在汽车领域的应用解析[J].科技创新与应用,2017(3):166.