Cellphone-APP-based remote control system of vehicular conditioners and control method thereof

Abstract

The invention discloses a cellphone-APP-based remote control system of vehicular conditioners and a control method thereof and relates to the field of vehicular service systems. The cellphone-APP-based remote control system of vehicular conditioners comprises a KSS keyless start system in real-time connection with a vehicular T-BOX through a CAN (controller area network) bus, a remote automatic parking system, an interior environment monitoring device, a remote door / window locking system, a TSP (telematics service provider) cloud service platform, and the vehicular T-BOX; the vehicular T-Box is in real-time connection with a user mobile APP through a 3G communication network. The cellphone APP is connected with the vehicular T-BOX, the vehicular T-BOX receives, in real time, the interior temperature and humidity data information received, and transmitting a control command to a conditioner ECU (electronic control unit), the conditioner ECU controls a conditioner system to run accordingto temperature and humidity information set on the user cellphone APP, the functions of automatically shutting down the conditioner system when set conditions are met, automatically parking a vehicleafter engine start and automatically locking doors and windows are provided, control safety, convenience and stability are improved for the remote control system, the remote control system has high intelligence level, good health of use, low energy consumption and good environmental friendliness.

Description

technical field [0001] The invention belongs to the technical field of automobile service systems, and in particular relates to a remote vehicle air-conditioning control system and control method based on a mobile phone APP. Background technique [0002] The on-board T-Box is a very important component in today's connected car in-vehicle system, and its main function is to realize the interconnection between the car and the TSP. T-Box is directly connected to CAN network, you can try to collect vehicle CAN data, T-Box is connected to TSP through 3G network, you can upload the collected CAN data to TSP for processing and analysis. [0003] The traditional car air-conditioning system can only control the air-conditioning system when the driver is in the car, so when the car is not in use, the air quality in the car is relatively poor, and the CO 2 The relatively high concentration, as well as the high content of volatile organic compounds (VOC), formaldehyde, benzene, etc., m...

AI Technical Summary

Problems solved by technology

[0003] The traditional car air-conditioning system can only control the air-conditioning system when the driver is in the car, so when the car is not in use, the air quality in the car is relatively poor, and the CO 2 The relatively high concentration, as well as the high content of volatile organic compounds (VOC), formaldehyde, benzene, etc., make the driver turn on the car before driving, turn on the air conditioning system to wake up, and cannot use the car immediately, or CO 2 , The high concentration of VOC is harmful to health; the traditional air-conditioning system directly manually controls the inner and outer air circulation of the air-conditioning system in the car to purify the air in the car. It can only be judged by the sensory system and cannot monitor the inside of the car. CO 2 , VOC content, and intelligently control the air conditioning system to purify the air in the car; remotely control the air conditioning system in the car and set the temperature and humidity. After a period of time, entering the car will bring very comfortable enjoyment to the driver and passengers

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