Vehicle communication control system and vehicle communication control method

Abstract

The invention relates to a vehicle communication control system and a vehicle communication control method. The vehicle communication control system comprises an operating plate, a signal transmitter, a signal receiver and a control unit, wherein a plurality of control members are arranged on the operating plate; the operating plate is used for sending corresponding control instructions controlling a plurality of pieces of controlled equipment according to the selected control members; the signal transmitter is electrically connected with the operating plate, and used for receiving the control instructions, converting the control instructions into corresponding radio signals and sending out the radio signals; the signal receiver receives the radio signals, and converts the radio signals into the control instructions controlling the corresponding controlled equipment; and the control unit is electrically connected with the signal receiver and the controlled equipment, and controls the corresponding controlled equipment to execute corresponding action according to the control instructions converted by the signal receiver. The system and the method can optimize a vehicle harness, reduce the assembling difficulty of the vehicle harness, increase a universalization rate of the vehicle harness, and lower the development cost of parts of the vehicle harness.

Description

technical field [0001] The invention relates to the technical field of vehicle communication, in particular to a vehicle communication control system and a control method. Background technique [0002] As consumers gradually increase their requirements for vehicles, such as car humanization and convenience, almost all car manufacturers have added a large number of different functions to the car interface, such as the comfort function provided by the air conditioner, the entertainment function provided by the DVD, etc. Let consumers enjoy the driving pleasure brought by the multi-functionality of the car during the use of the car. [0003] Car functions are realized by designing various controls on the car interface, such as buttons. These buttons allow consumers to easily complete more operations at the fingertips, increasing the safety of the driving process. However, in the current signal transmission mode of these multi-function buttons, the voltage signal generated by p...

AI Technical Summary

Problems solved by technology

[0004] Automotive voltage-type signal transmission requires a large number of wiring harnesses in the car, which brings the following disadvantages: 1. The automotive wiring harness is complex, and it is necessary to develop components for wiring harness signal transmission (such as clock springs for transmitting steering wheel multi-function signals, wiring harnesses, etc.) Connectors, etc.), which increases the development and manufacturing costs of parts; 2. The increase in functions leads to an increase in the layout space occupied by the wiring harness, which increases the difficulty of the wiring harness direction and layout of the vehicle; 3. The same model depends on the model configuration and the position of the function button. , it is necessary to develop a variety of wiring harnesses to meet the needs of different configurations, which increases the development cost of automotive wiring harnesses; 4. The wiring harness needs to be fixed and lapped on other components, which increases the complexity of other components and affects the performance of the component ;5. The overlapping of the car wiring harness is disordered, which reduces the aesthetics of the car and causes great inconvenience to the assembly and maintenance of the car

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