Accident reduction control method and accident reduction control system based on Internet of vehicles

Abstract

The present invention discloses an accident recovery control method and system based on Internet of Vehicles, the method includes: at least one terminal sends collected first information to a monitoring center, and the first information includes: the location information of the terminal itself , time information and multimedia information corresponding to the location information; the monitoring center receives the first information, analyzes the first information to obtain the location information of the terminal itself, and the time corresponding to the location information information and multimedia information, and generate a storage record; when the monitoring center receives the accident scene restoration request sent by the first terminal, it searches for information related to the first terminal according to the designated time information and designated location information carried in the accident scene restoration request. At least one piece of multimedia information collected by at least one other terminal within the same designated range within a designated time period is used to synthesize accident scene restoration information for use in accident scene restoration control.

Description

Technical field [0001] The invention relates to control technology, in particular to an accident restoration control method and system based on the Internet of Vehicles. Background technique [0002] In the process of implementing the technical solutions of the embodiments of the present application, the inventor of the present application found at least the following technical problems in related technologies: [0003] As a common consumer product, automobiles have become a must-have product for people’s lives. While the cars that shuttle through the streets and lanes bring convenience to people’s travel and transportation, the frequent various traffic accidents also bring people’s lives and property safety. Many losses of different scales. [0004] At present, when a more serious traffic accident occurs, the parties generally call the police, wait for the traffic police to arrive at the scene for on-site surveys, and determine responsibility for the accident based on the traces of...

AI Technical Summary

Problems solved by technology

[0006] Some traffic accident forensics systems have further improved the efficiency of obtaining on-site evidence, adding the function of retrieving road video surveillance records and cutting and saving them when the driver of the traffic accident reports or manually judges the occurrence of the accident, but these existing technologies cannot solve the following problems :

[0007] Due to the complex environment of the accident scene, or the failure of trace evidence due to poor protection of the accident scene, there may be a possibility of misjudgment when the traffic police investigate the scene of a traffic accident. Deliberately providing false descriptions, reducing one's own responsibility, and bringing a lot of trouble to the case handling

[0008] Some criminals take the initiative to approach a slow-moving car, creating the illusion of being hit or scratched by the car and falling down, falsely claiming to be injured and extorting property from the driver, which is commonly known as "touching porcelain". Criminals will succeed because there is no evidence at the scene

[0009] Due to the incomplete coverage of video surveillance on both sides of urban roads, most traffic accidents do not have video surveillance coverage, and limited by the resolution and distance of video surveillance equipment, the angle of video recording is single and details are missing.

[0010] Installing a driving recorder can provide very effective evidence in some traffic accidents, but because the driving recorder is installed in the car, there are blind spots in the visible range, so it is necessary to prevent certain technical "touching porcelain" methods that specifically select the blind spot. still powerless

Moreover, when the accident is more serious and the car is damaged, the driving recorder is also easily damaged, resulting in the inability to extract the stored data and loss of evidence

[0011] The above-mentioned problems are all caused by ineffective accident recovery. The current monitoring and control methods cannot achieve the best accident recovery control. There is an urgent need for new solutions for accident recovery control.

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