Intelligent automobile indoor environment monitoring and heat dissipation control method

Abstract

The invention discloses an intelligent automobile indoor environment monitoring and heat dissipation control method. The intelligent automobile indoor environment monitoring and heat dissipation control method breaks the limitation that an existing automobile indoor environment detection technology is not provided with an automatic real-time monitoring function for automobile indoor parameters andis not provided with an intelligent communication function between human and machine, solves the problem that heat in the automobile indoor environment cannot be automatically dissipated under the condition that an automobile is exposed to the sun when parked and flameout, and monitors the multiple parameters of temperature, formaldehyde, CO concentration, smoke concentration and PM2.5 concentration in the automobile indoor environment in real time, displays by using a mobile phone, gives an alarm when the CO concentration and the smoke concentration exceed standards, and automatically dissipates heat in the indoor environment under the condition that the automobile is exposed to the sun when parked and flameout. A mode of combining a mobile phone APP and a control system adopting a DSP as a core is used for realizing the automatic and intelligent control function of a system, and the automatic heat dissipation function under the condition that the automobile is exposed to the sun when parked and flameout is realized by controlling a micro air conditioner installed at the foot placement position of a co-driver cab.

Description

technical field [0001] The invention relates to the technical field of power electronics, in particular to an intelligent automobile indoor environment monitoring and heat dissipation control method. Background technique [0002] At present, with the improvement of people's quality of life and the improvement of living standards, private cars have entered the public life, and materials such as plastics, rubber, fabrics, paint coatings, thermal insulation materials and adhesives are widely used in car interiors. (1) The organic solvents, additives, additives and other components contained in some of the materials will produce a large amount of formaldehyde and gradually release into the environment inside the car during the use of the car. Excessive formaldehyde can induce bronchial asthma and cause severe edema of the respiratory tract. The inhalation of harmful substances can make people suffer from nasopharyngeal tumors, so it is necessary to adopt effective methods to det...

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Problems solved by technology

[0004] In view of the above-mentioned defects of the prior art, the technical problem to be solved by the present invention is to provide an intelligent automobile indoor environment monitoring and heat dissipation control method, breaking the existing automobile indoor environment detection technology that does not have the real-time monitoring function of the automobile indoor parameter automation And it does not have the limitations of the intelligent communication function between man and machine, and solves the problem that the indoor environment of the car cannot automatically dissipate heat when the car is parked and turned off and exposed to the sun. The invention can control the temperature, formaldehyde, CO concentration, smoke Multi-parameter real-time monitoring of concentration and PM2.5 concentration, display by mobile phone, excessive alarm of CO concentration and smog concentration, and automatic cooling of indoor environment when the car is parked, turned off and exposed to the sun

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