Vehicle safety prewarning method and vehicle safety prewarning equipment

Abstract

The invention relates to a vehicle safety prewarning method. The vehicle safety prewarning method includes the steps of acquiring parameter information of a vehicle actuator; sending the parameter information of the vehicle actuator to a scoring system consisting of a user terminal side and a background server; using the scoring system for assessing current vehicle states according to the received parameter information of the actuator to obtain corresponding assessment results; using the user terminal side for computing current vehicle scores according to the assessment results and displaying the scores. Compared with the prior art, the vehicle safety prewarning method has the advantages that a user can use carried terminal equipment for scoring vehicle conditions before or after parking, and prewarning about the current vehicle states is performed through the scores displayed on the terminal equipment, so that the user can know the current vehicle conditions timely, and further, fault probability of a vehicle during driving is decreased greatly; moreover, the user can decide whether to park the vehicle or not according to the scores displayed on the terminal equipment, so that risks that the vehicle is stolen are lowered.

Description

technical field [0001] The invention relates to an early warning method, in particular to a vehicle safety early warning method and equipment. Background technique [0002] As a daily means of transportation, the importance of vehicles is self-evident, especially electric vehicles. Because traditional electric vehicles are limited by external factors such as cost, size, and space, vehicles can only provide users with limited information through specific identifiers, codes or simple text, and users cannot fully understand the status of the entire vehicle or certain aspects of the vehicle. The state of the subsystem. Therefore, once the vehicle breaks down during driving, there will be certain safety hazards. If the user needs to understand the condition of his vehicle, he needs to drive the vehicle to a professional repair shop, and use professional tools to conduct a comprehensive inspection of the vehicle, but the process is very complicated and the inspection cost is rel...

AI Technical Summary

Problems solved by technology

Because traditional electric vehicles are limited by external factors such as cost, size and space, vehicles can only provide users with limited information through specific identifiers, codes or simple text, and users cannot fully understand the status of the entire vehicle or certain aspects of the vehicle. state of the subsystem

Therefore, once the vehicle breaks down during driving, there will be certain safety hazards.

If the user needs to understand the condition of his vehicle, he needs to drive the vehicle to a professional repair shop and conduct a comprehensive inspection of the vehicle with professional tools, but the process is very complicated and the inspection cost is relatively high

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