Anti-counterfeit and recognition method for transmutation glaze

Abstract

The invention discloses an anti-counterfeit and recognition method for a transmutation glaze and relates to anti-counterfeit and recognition technology for Internet of things. The method comprises the following steps of: acquiring a transmutation glaze picture on each processed product package and a unique product code on the transmutation glaze picture; storing the transmutation glaze picture and the unique product code in a computer recognition system database for a demander to inquiry authenticity; and allowing a user to log on a website specified by a merchant through the Internet according to a purchased product, call or download a unique transmutation glaze picture on a corresponding product which is pre-stored in a picture database according to the code and easily determine the authenticity of the product by comparing crystallization textures and colors. The method has the advantages of allowing the user to authenticate the product simply, conveniently and rapidly, achieving a correct and reliable authentication result and fully preventing intruders from counterfeiting the product, and is particularly suitable for counterfeiting of high-grade products such as wine bottles, cosmetics and the like.

Description

Technical field: [0001] The invention relates to a product anti-counterfeiting and Internet of Things identification technology, in particular to a method for product anti-counterfeiting using kiln-changing glaze. Background technique: [0002] Anti-counterfeiting technology is a preventive measure taken against imitation or duplication activities for the purpose of deception without the permission of the owner. A method of equity. There are many kinds of modern anti-counterfeiting technologies, and there are different forms for different products. For example, the common barcode anti-counterfeiting technology is widely used in various products and is enforced by manufacturers. By comparing the product barcodes, it can be quickly Determining the authenticity and reliability of products is simple and convenient, but the comparison process requires professional testing equipment to complete, which cannot be quickly realized by ordinary consumers, which has become a drawback i...

AI Technical Summary

Problems solved by technology

There are many kinds of modern anti-counterfeiting technologies, and there are different forms for different products. For example, the common barcode anti-counterfeiting technology is widely used in various products and is enforced by manufacturers. By comparing the product barcodes, it can be quickly It is simple and convenient to determine the authenticity and reliability of the product, but it cannot be quickly realized by ordinary consumers due to the need for professional testing equipment in the comparison process, which has become a drawback in its practical application

Another example is laser holographic anti-counterfeiting technology, invisible image anti-counterfeiting technology, refraction latent image anti-counterfeiting technology, etc. This kind of anti-counterfeiting technology is to carry out anti-counterfeiting treatment on special labels, and paste the processed anti-counterfeiting labels on products, so as to prove the products. To ensure the authenticity and reliability of the product, the anti-counterfeit label is convenient to process and easy to identify, but the pasting process is limited by the material of the product, the scope of application is narrow, and the anti-counterfeit label is easy to imitate, which gives counterfeiters an opportunity, especially For valuable products, the counterfeiting rate of anti-counterfeiting labels is already very high, and can no longer be used alone as an effective anti-counterfeiting measure

Another example is chemical ink anti-counterfeiting technology, biological anti-counterfeiting technology, nuclear track anti-counterfeiting technology, etc., due to the limitation of technical conditions and technical costs, they are not universally applicable and are rarely used in daily life.