Integrated cut and imprinted sliding double-layer packing box and anti-counterfeit packing method

Abstract

The invention provides an integrated cut and imprinted sliding double-layer packing box. The integrated cut and imprinted sliding double-layer packing box comprises a box body and a box cover. The boxbody is internally provided with an inner box. The inner box rotates on the plane determined through an inner box bottom plate with the side edge of a rear plate as an axis. A box frame is placed inthe inner box. The box frame is of a cuboid structure. The upper surface of the box frame is provided with a set of box groove imprints. Meanwhile, the invention provides an anti-counterfeit packing method, and the anti-counterfeit packing method comprises the steps that the box body, the box cover and the box frame are manufactured; the upper surface of the box frame is subjected to cutting and imprinting by using a mold to form the box groove imprints; anti-counterfeit ink is printed on the box groove imprints, an object box is placed on the box frame when the anti-counterfeit ink is not dried and is pressed downwards after the anti-counterfeit ink is dried completely, so that cut marks of the box groove imprints crack, and folding is conducted along impressions to form a box groove, andfinally, the object box sinks into the box groove; and the sliding double-layer packing box is sealed and packed. The integrated cut and imprinted sliding double-layer packing box is novel in structure and simple in process, and anti-counterfeit packing can be achieved.

Description

technical field [0001] The invention relates to an integrated cutting and embossing sliding double-layer packaging box and an anti-counterfeiting packaging method, belonging to the technical field of packaging and anti-counterfeiting. Background technique [0002] At present, when many products are retailed, in addition to loading products in a single item box, one packaging box is also used to package multiple item boxes, which are used to place item boxes. The packaging boxes are becoming more and more exquisite. Many creative improvements have been made on the Internet, but many packaging boxes use recesses that match the item boxes that are individually buckled and embedded in each item box. Each recess requires multiple processes such as cutting and cutting, which undoubtedly increases the difficulty of processing. and production costs. [0003] On the other hand, with the advancement of science and technology, people have increased more and more investment in packagin...

AI Technical Summary

Problems solved by technology

However, holographic patterns, color-changing inks, and concealed marking technologies require product users to have high identification capabilities, which increases the burden on product users; the cost of passive RFID technology is relatively high, which increases production costs for enterprises; Destruction avoids repeated use, which can largely avoid the situation that genuine packaging boxes are recycled and put into counterfeit products and put back on the market. However, this type of packaging box is often complicated in structure and requires product users to open it with great effort.

And sometimes the product packaging box is of good quality and exquisite appearance, and product users often want to use it by themselves, but the damaged packaging box seriously affects the aesthetics, loses the value of non-commercial reuse, and is not conducive to environmental protection

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