Anti-counterfeiting traceability method and system based on mobile intelligent terminal

Abstract

The present invention relates to the technical field of product security, and in particular, relates to an anti-counterfeit method and system. The method comprises: S1: a mobile intelligent terminal reads an anti-counterfeit code and sends to an anti-counterfeit verification server the anti-counterfeit code and an identification number corresponding to the mobile intelligent terminal; S2: the anti-counterfeit verification server determines whether a received anti-counterfeit code is valid, if so, then executes Step S3, if not, then returns information indicating that the anti-counterfeit code is invalid; S3: the anti-counterfeit verification server determines through a received terminal identification number, if the terminal is a current owner of the anti-counterfeit code or a trial user having a checkable count of the anti-counterfeit code, if so, then returns information indicating that a product is authentic, if not, then returns information of the terminal being without an anti-counterfeit authority. Since embodiments of the present invention are based on a highly popular mobile phone terminal, a user can easily operate an anti-counterfeit system, and completes an anti-counterfeit query process, resulting in a low cost and simple verification.

Description

technical field [0001] The present invention relates to the technical field of product security, and more specifically, to an anti-counterfeit traceability method and system based on a mobile intelligent terminal. Background technique [0002] Counterfeit and shoddy goods flood the market, seriously damage the interests of consumers, bring huge economic losses to commodity production enterprises, and have great social harm. With the development of anti-counterfeiting technology today, there are countless known anti-counterfeiting methods, technologies and products. The main anti-counterfeiting products include three categories: visual judgment, consultation judgment, and equipment judgment: [0003] 1) Visual judgment, that is, the way to identify the authenticity with the naked eye. Such as laser holography, texture, laser, ultraviolet fluorescence, solar discoloration, heat-sensitive discoloration, pressure-sensitive discoloration, humidity-sensitive discoloration, precis...

AI Technical Summary

Problems solved by technology

Although this type of technology increases the difficulty of imitation to varying degrees, because it needs special equipment to determine the authenticity, the cost is high and the versatility is not strong. More importantly, the verification method is single, and the false verification of the imitation identification equipment is difficult. There are no other means of supporting verification. Although some anti-counterfeiting methods propose two-way verification of labels and identification devices, if the imitation identification device only performs false reading of label information and false connection inspection of the server, then the simulation presents the "verification passed, genuine" Information prompts, it is easy to crack anti-counterfeiting methods such as two-way verification, so as to achieve the purpose of deceiving consumers. The anti-counterfeiting ability is powerful on the surface, but it is very fragile

[0006] To sum up, the existing anti-counterfeiting methods and technologies still focus on prevention, which increase the cost of counterfeiting and imitation from a technical point of view, increase the complexity of counterfeiting and imitation, thereby reducing the possibility of counterfeiting and imitation, and continuously update anti-counterfeiting means However, it is impossible to predict / warn the anti-counterfeiting cycle of the current anti-counterfeiting means (from input to imitation), resulting in the coexistence of multiple anti-counterfeiting means in the market for the same product, and ordinary users are even more confused

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