Packaging method by plant fingerprint anti-forgery technology

Abstract

The invention discloses a packaging method by plant fingerprint anti-forgery technology, belonging to the anti-forgery packaging method. An inner cover (12) is installed in the opening of a packaging body (1), a stamping blank overlap edge (13) is put on the inner cover, an outer cover (14) is arranged outside the opening through threads with 3 valid circles, a leaf (6) is put on the outer cover (14), a leaf (9) is put on the leaf (6), and a locking cover plate (11) is installed on the leaf (9); a locking ring hinge (5) is installed at the left end of the packaging body and on the outer cover; a hole (16) arranged for the leaf (9) to pass though is arranged above the locking ring hinge, and the leaves (6 and 9) which are arranged below the locking ring hinge (5) are bonded by glue (7). The packaging method has simple structure, convenient use, good anti-forgery effect, energy saving and no environmental pollution, and authenticates a product by using an Internet scanning system and a microscope to check the fingerprints of the leaves (6 and 9) on the opening of the packaging body and also check whether the phase matching between the stamping blank overlap edge (13) and the locking ring hinge (5) is damaged or not, thereby achieving the anti-forgery purpose. The packaging method is applicable to the packaging of foods and other products.

Description

Technical field: [0001] The invention relates to an anti-counterfeiting technical packaging method, in particular to a plant fingerprint anti-counterfeiting technical packaging method. Background technique: [0002] Common shortcomings in the packaging industry in the market: As far as commodity packaging is concerned, whether it is simple or complex structure packaging, whether it is single-layer packaging or multi-layer packaging, their manufacturing process ranges from simple paper packaging to heavy packaging. Wooden box packaging or from simple plastic film packaging to large sets of plastic bottle packaging, even to large sets of metal can packaging and metal box packaging, etc. The manufacturing process has experienced resource consumption, energy consumption and harmful substance emissions. , and most of their packaging functions only play the role of utensils. The so-called anti-counterfeiting can only track the outer packaging and quality after adverse consequences...

AI Technical Summary

Problems solved by technology

[0002] Common shortcomings in the packaging industry in the market: As far as commodity packaging is concerned, whether it is simple or complex structure packaging, whether it is single-layer packaging or multi-layer packaging, their manufacturing process ranges from simple paper packaging to heavy packaging. Wooden box packaging or from simple plastic film packaging to large sets of plastic bottle packaging, even to large sets of metal can packaging and metal box packaging, etc. The manufacturing process has experienced resource consumption, energy consumption and harmful substance emissions. , and most of their packaging functions only play the role of utensils. The so-called anti-counterfeiting can only track the outer packaging and quality of goods after adverse consequences occur after consumption.

If you want to solve the problem satisfactorily, it will take a lot of manpower, material resources and financial resources to find out the real products and then burn them and re-contaminate them. Generally, it will not play the role of anti-counterfeiting

It not only wastes resources and energy, but also increases the emission of harmful substances, and does not play the role of anti-counterfeiting

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