Intelligent vehicle-mounted control system based on 3D TOUCH

Abstract

The invention relates to an intelligent vehicle-mounted control system based on a 3D TOUCH. The system comprises a control module, a touch acquisition feedback module, a Haptic vibration feedback module, and an LED display module, and the control module is used for the control and communication of the system, and the collection and analysis of vehicle body CAN data. The touch acquisition feedbackmodule is used for acquiring gesture information, has a 3D Touch function and supports a single-finger continuous sliding gesture function; the Haptic vibration control module can set vibration modeswith different effects, the different modes correspondingly make vibration feedback effects under different key and gesture modes, and related vibration effects can be defined according to user habits; and the LED display module is used for displaying an operation interface and system data information. The system has a 3D touch effect and is provided with a vibration feedback system; related applications can be randomly called out through gestures, and the operation is simple; related application gestures can be defined according to hobbies of vehicle owners, and use is convenient.

Description

technical field [0001] The invention relates to the field of vehicle control systems, in particular to an intelligent vehicle control system based on 3D TOUCH. Background technique [0002] Car 3D TOUCH refers to the steering wheel switch installed on the car, replacing traditional mechanical buttons and toggle switches. Car 3D TOUCH communicates with car CAN and CDC host to realize the transmission of instructions and information. Car CAN can display left and right steering, warning, Cruise control and other information; CDC CAN displays the switching of control information on the steering wheel, such as song switching, gestures, calls and cruise control. At present, only mechanical switches, touch switch control and vibration feedback technology are used in the vehicle field, which is the first application in the vehicle field. [0003] The traditional mechanical button steering wheel system such as figure 1 As shown, the host collects button data through BODY CAN, and t...

AI Technical Summary

Problems solved by technology

At present, this kind of mechanical button is used in all automotive fields. The disadvantages are: (1) The button feels poor; (2) From the perspective of consumers, the appearance is stiff; (3) The appearance life is short, and the paint will be damaged by sweat or mechanical stress. Destruction; (4) The operation process of making a phone call or playing music is cumbersome; (5) The relevant application is limited to one time, and it is impossible to flexibly add operation functions on the steering wheel

With the continuous improvement of modern customers' demand for intelligent applications, the traditional mechanical button steering wheel system can no longer meet customer needs

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