Self-checking counterfeit deterrence logistic method

Abstract

The invention relates to an automatic checking false material label, which is made of concave-convex structure materials. There is false material information of regular pattern, color random component quantity in two or more random square area, which is compiled a digital and bar code on the label corresponding to the pattern, color and quantity to store digital code in computer datum recognition system. The consumer can compare the available color and quantity with the present and check the label by phone, tax or Internet to verify the genuine-fake product.

Description

technical field [0001] The invention relates to a self-nucleating anti-counterfeiting logistics label, especially a double-layer anti-counterfeiting label in which consumers can check the number of anti-counterfeiting features in two or more randomly formed grids or inquire about anti-counterfeiting digital information. A self-nucleating anti-counterfeiting logistics label for logistics management. Background technique [0002] Anti-counterfeiting is to solve a problem, that is, it is not easy to forge, easy to identify, and it can facilitate the logistics management of manufacturers. At present, there are several anti-counterfeiting methods commonly used: one is to use special printing technology to make anti-counterfeiting marks, such as laser anti-counterfeiting, hidden ink anti-counterfeiting, super energy anti-counterfeiting, mesh anti-counterfeiting, etc. Product packaging has the same anti-counterfeiting features, but the anti-counterfeiting features are manufactured...

AI Technical Summary

Problems solved by technology

(4) Malicious destruction of the enumeration method program

(5) The cover layer of the marker cannot be scratched off because of the long time, and the manufacturer cannot use it for logistics management

One is texture anti-counterfeiting: mainly to change the electronic code into the inherent structural texture of the non-man-made identification material, that is, to scan the graphics on the paper with fibers (such as the new version of RMB) that people intentionally make, and store them in the queryable database. Then the anti-counterfeiting mark is divided into 12 small squares, and consumers can check whether there are fibers in the two small squares or check their graphics to identify true and false by telephone. However, it is found through practice that (1) the query procedure is very complicated, and consumers Inadvertently inquire, will not inquire

(2) Since the answer is yes or no, the answer is too simple and rough, with only 12 squares, just use simple "yes and no" or check its graphics to judge

(3) Due to the problems mentioned in (1) and (2), the query rate is extremely low, about 2 / 1000. A large number of markers have not been queried, which means that there is no anti-counterfeiting

(5) Due to the extremely low query rate, the manufacturer does not think it is necessary to use anti-counterfeiting, and the manufacturer is unable to manage its logistics, resulting in serious cross-selling of products

Therefore, the anti-counterfeiting labels currently used in the market generally have single functions and poor extension performance.

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