Vehicle control system and operating method thereof

Abstract

The invention discloses a vehicle control system. A vehicle comprises a memory unit, a touch unit and an air conditioning system. The memory unit saves a corresponding relation table of preset gestures and action commands; the touch unit is used for responding to a touch gesture which is input by a user and generating an input signal. The vehicle control system comprises a gesture identification module, a gesture analysis module and a control module, wherein the gesture identification module is used for responding to the input signal, and detecting the touch gesture of the user according to the input signal; the gesture analysis module is used for comparing the touch gesture which is identified by the gesture identification module with the preset gestures which are saved in the corresponding relation table, and acquiring an action command corresponding to the preset gesture which is consistent with the touch gesture; when the touch gesture is the touch gesture that the touch unit slides in a first direction, the action command is to control the air conditioning system to raise the temperature in the vehicle; when the touch gesture is the touch gesture that the touch unit slides in a second direction, the action command is to control the air conditioning system to decrease the temperature in the vehicle; the control module is used for controlling the air conditioning system to increase or decrease the temperature in the vehicle.

Description

technical field [0001] The invention relates to a vehicle control system, in particular to a vehicle control system and an operation method for controlling auxiliary systems such as air conditioning to raise and lower the temperature inside the vehicle. Background technique [0002] The traditional automotive air conditioning system controls the temperature rise and fall in the car, mostly through the installation of mechanical keys in the vehicle. When the user adjusts the temperature in the car, he needs to turn or slide the mechanical key. However, the existing mechanical keys for controlling the temperature rise and fall in the car are prone to failures such as dampness and looseness after long-term use, and these mechanical keys can only control the action of the air conditioner to raise and lower the temperature in the car alone, with a single function, and the windows in the car Auxiliary systems such as , audio playback, and navigation all need separate mechanical b...

AI Technical Summary

Problems solved by technology

However, the existing mechanical keys for controlling the temperature rise and fall in the car are prone to failures such as dampness and looseness after long-term use, and these mechanical keys can only control the action of the air conditioner to raise and lower the temperature in the car alone, with a single function, and the windows in the car Auxiliary systems such as audio playback and navigation all need separate mechanical buttons to control, too many buttons take up space

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