Manufacturing method of multi-anti-counterfeiting traceable package identifier

Abstract

The invention provides a manufacturing method of a multi-anti-counterfeiting traceable package identifier, which comprises the following steps that two or more identifiers are selected for a package main body, and the selectable identifiers comprise a variable two-dimensional code, an anti-counterfeiting inner code, a product information dot matrix code and an AR image code; a selected identifieris printed; and the selected identifier is printed, and the selected identifier is printed on the surface of the packaging body in a variable printing mode. The method has excellent anti-counterfeiting and anti-copying functions; even if one of the identifiers is damaged, the product can still be traced through other identifiers; the unique identification of each independent product is printed onthe packaging main body in a variable printing mode, so that the identification has the property of one object and one code, the occurrence of counterfeit commodities is effectively reduced, in addition, the identification is attached to the packaging main body needing to be printed in a printing mode, and the production cost is hardly increased.

Description

technical field [0001] The invention relates to packaging labels, and specifically discloses a method for making multiple anti-counterfeiting and traceable packaging labels. Background technique [0002] The information transmission function of traditional packaging stays on the plane, and the amount of information carried is limited and fixed. Brand owners, government regulatory agencies, and consumers cannot effectively prevent counterfeiting, traceability, tracking, and intelligent positioning of products throughout the life cycle through packaging. Enterprises, government regulatory agencies, and social organizations in packaging and the entire industrial chain cannot collect data on the entire life cycle of products through packaging. [0003] With the continuous advancement of science and technology, the use of two-dimensional codes is becoming more and more extensive. In the existing technology, two-dimensional codes have been applied in the Internet of Things, produc...

AI Technical Summary

Problems solved by technology

As the core data entry of digital and intelligent packaging, QR codes have disadvantages such as easy copying, single anti-counterfeiting means, and lack of innovation. Malicious merchants copy ordinary QR codes, and the information obtained by scanning the imitation QR codes and The original two-dimensional code is exactly the same, which seriously hinders its application in smart packaging