Electric vehicle control device and electric vehicle equipment

Abstract

The invention relates to an electric vehicle control device and electric vehicle equipment, the electric vehicle control device comprises an instrument and a controller, the instrument is connected with front-end equipment of an electric vehicle, the controller is connected with rear-end equipment of the electric vehicle, the instrument is in communication connection with the controller, and the instrument is used for judging a controlled object corresponding to a driving signal according to the received driving signal; when the controlled object is the front-end equipment, the instrument sends a front-end control instruction to the front-end equipment according to the driving signal; and when the controlled object is the rear-end equipment, the instrument sends a rear-end control instruction to the controller according to the driving signal, and the controller controls the rear-end equipment according to the rear-end control instruction. According to the electric vehicle control device and the electric vehicle equipment, the front-end equipment and the rear-end equipment are respectively connected with the instrument and the controller and are respectively controlled by the instrument and the controller according to the principle of'wire harness proximity ', so that the wire harness is greatly simplified, materials are saved, the wiring form is clear, and the production and installation of the vehicle and the maintenance and repair work of lines are facilitated.

Description

technical field [0001] The present application relates to the technical field of electric vehicles, in particular to an electric vehicle control device and electric vehicle equipment. Background technique [0002] With the development of the economy and the improvement of production and living standards, people's demand for express delivery has steadily increased. In order to solve the "last mile" delivery problem, electric vehicles are characterized by their strong applicability, flexible mobility, simple maintenance, convenient maintenance, and low prices. And other advantages are deeply loved by consumers. Electric vehicles can flexibly travel through narrow roads, narrow alleys and alleys, and are very convenient for driving and parking, and have very large application scenarios. [0003] Electric vehicles in traditional technology usually have instruments, lights, wipers, etc. installed at the front of the car, and batteries, tail lights, and controllers are set at the...

AI Technical Summary

Problems solved by technology

[0003] Electric vehicles in traditional technology usually have instruments, lights, wipers, etc. installed at the front of the car, and batteries, tail lights, and controllers are set at the rear of the car. The meters, lights, wipers, tail lights, and controllers are connected to the battery through different wires. The wires need to go down from the top of the handlebar, along the steering shaft, pass through the bottom pedal, and connect to the battery in the rear car, and there are too many wires, which are easy to be messy, which is not conducive to the maintenance and repair of the circuit in the later stage

Images