Operating method for electromobile backing anti-collision system

Abstract

The invention discloses an operating method for an electrombile backing anti-collision system. When a driver is in the backing process, ultrasonic wave is emitted by a radar detector and reflected to the radar detector after encountering a barrier, the radar detector receives the reflected ultrasonic wave and transmits the ultrasonic wave to a processor, the processor calculates the actual distance between a rear bumper and the barrier, the calculated actual distance is transmitted to a controller in real time through the processor, the controller compares the actual distance with the alarming distance A, when the actual distance is less than the alarming distance A, the controller transmits an alarming signal to a loudspeaker through the processor, so that the loudspeaker makes a long bray for alarming, when the actual distance reaches the critical distance B, the controller transmits a stopping signal to a motor, so that the motor is reversed instantaneously, the electromobile is forced to stop backing, backing collision can be effectively prevented, backing can be completely and automatically controlled by a control system, backing of the driver is convenient, the comfortableness and safety of a vehicle are improved, and convenient is provided for travelling of people.

Description

technical field [0001] The invention relates to the technical field of new energy vehicles, in particular to an operation method of an electric vehicle reversing collision avoidance system. Background technique [0002] With the energy crisis and the pressure of environmental protection, new energy vehicles, especially electric vehicles are becoming more and more popular. With the increase of vehicles on the road, drivers need to fully consider all aspects of operation, and the operation becomes more difficult, especially when reversing. Due to the limited vision of the driver, the rear obstacles cannot be found in time, and collision accidents are likely to occur. Especially for the consumers of electric vehicles, most of whom are middle-aged and elderly people, it is more difficult to control the safe distance of reversing, and even mistakenly use acceleration as braking, which is prone to accidents. Once a similar emergency occurs, the existing electric vehicles lack cor...

AI Technical Summary

Problems solved by technology

With the increase of vehicles on the road, the driver needs to fully consider all aspects of the operation, and the operation becomes more difficult, especially when reversing, because the driver's vision is limited, the rear obstacles cannot be found in time, and collision accidents are likely to occur

Especially for the consumers of electric vehicles, most of them are middle-aged and elderly people. It is more difficult to control the safe distance when reversing, and even mistakenly use acceleration as braking, which is prone to accidents

Once a similar emergency occurs, the existing electric vehicles lack corresponding emergency measures, and accidents cannot be avoided

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