Vehicle collision part positioning and loss assessment system based on vehicle 360-degree panoramic model

Abstract

The invention provides a vehicle collision part positioning and loss assessment system based on a vehicle 360-degree panoramic model, and the system comprises a mobile terminal carrier, a vehicle model database, an accessory database and an auditing and loss assessment terminal which are connected through an Internet of Things server, wherein an input module, an authentication module, a panoramicdisplay module, a collision part positioning module, a collision part loss assessment module and a positioning module are installed on the mobile terminal carrier, the input module is used for inputting loss assessment related information, and the authentication module authenticates and judges the authenticity of personnel and vehicle information through the information input by the input module;the panoramic display module is used for displaying a collision vehicle on a mobile terminal carrier in the form of a 3D model, and the collision part positioning module is used for accurately positioning a collision part and accessories of the vehicle. In conclusion, the method has the advantages of complete system, convenience in use, high loss assessment efficiency and the like.

Description

technical field [0001] The invention belongs to the technical field of vehicle damage assessment, and in particular relates to a vehicle collision site damage assessment system based on a 360-degree panoramic model of the vehicle. Background technique [0002] In the field of auto maintenance and insurance, when a car is damaged (caused by traffic accidents, natural disasters, etc.), it is necessary to determine the loss of the vehicle, and then determine the specific maintenance plan and maintenance amount. [0003] In determining the loss, the auto repair shop uses the repair shop management system, and the insurance company uses the loss assessment system. Both systems need to be based on a huge database of auto parts and maintenance man-hours to realize vehicle damage confirmation and damage assessment maintenance plans. [0004] The disadvantages of traditional techniques are: [0005] High threshold for use: unfamiliar with the vehicle structure, and do not understan...

AI Technical Summary

Problems solved by technology

Sometimes a retrieval may take 5 seconds or even longer, which has a certain impact on work efficiency

[0007] Low accuracy: If you only need to query the front bumper skin, except that the input condition method can be accurately matched, other retrieval methods will bring out a lot of irrelevant data.

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