Automobile traceability label distribution and management method and application

Abstract

The invention provides an automobile traceability label distribution and management method and application, and the method comprises the steps: building a label coding rule through employing the blockchain technology, giving a unique identification to each entity, achieving the uniqueness of a label and the entity, enabling the entity accessory information to be networked through the combination of the IOT technology and the TSCODE, and achieving the management of an automobile traceability label. By adopting the radio frequency identification technology, the anti-counterfeiting traceability capability of the label is realized through the characteristics of global uniqueness, tear resistance, metal resistance and the like of the RFID label, and the label is attached with a two-dimensional code or a bar code, is convenient to identify, and can be applied to anti-counterfeiting traceability of automobile parts, reconnaissance of financial insurance companies, automobile parts and intelligent warehouse-in and warehouse-out, traceability and financial insurance major disaster vehicle processing. According to the system and the method, full-process node visualization of various labeled entities in the processes of production, storage, transportation, inspection and the like can be effectively achieved, illegal operation behaviors such as entity counterfeiting and data tampering are eradicated, hidden dangers are reduced, the cost of each party is reduced, and the satisfaction degree of consumers is improved.

Description

technical field [0001] The invention relates to the technical field of automobile traceability, in particular to a method and application of automobile traceability label distribution and management. Background technique [0002] In today's automotive aftermarket, there are many service organizations and roles, such as auto insurance claims companies, suppliers, repair shops, and car owners. In the above roles, there are also many management and application requirements for auto parts. The conventional process in the automotive aftermarket includes the following main links: After the vehicle is out of danger, the accessories will be purchased and installed, so it will still involve the subsequent repair shop purchase, supplier delivery, and repair shop Installation and final pickup of the car by the owner. In these links, the demand for the authenticity of accessories, whether the channels and quality of accessories are compliant, whether they are delivered normally during...

AI Technical Summary

Problems solved by technology

In the above-mentioned auto insurance claims scenario, due to the untraceable delivery of suppliers, substandard repair shops, and falsified goods, etc., as the actual owner and related party of the vehicle, the car owner naturally has questions about whether the vehicle is repaired in time, and Practical demands of accessory fidelity

However, due to the fact that all parties generally use manual inventory and manual entry, and the damage assessor manually checks and re-inspects on site, it is difficult for all parties to know the status of the parts in a timely, transparent and efficient manner.

At the same time, the results will be distorted due to reasons such as untimely communication, incorrect data entry, or profit-driven reasons. However, the auto insurance claims company and the car owner lack effective means to verify, which will lead to potential risks of disputes and property losses.

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