Folded pearl cotton package and manufacturing method thereof

Abstract

The invention discloses a folded pearl cotton package and a manufacturing method of a folded pearl cotton package. The method comprises the following steps of: by a way of die cutting, cutting component parts of a package on one whole pearl cotton plate at one time, wherein three kinds of die cutting cuts are formed, the first one is a not-through linear folding cut, the second one is a through middle cut, and the third one is a through profile cut; cutting the profiles of the component parts, forming a self-locking plug connector on partial parts, wherein the connector plug is matched with a self-locking interface; taking out the component parts on the pear cotton plate along the profile cut, removing the part in the middle cut, then, folding along the folding cut so that the self-locking plug connector is inserted into the self-locking interface to form the package without using glue to bond. The method has the advantages that the step of coating the glue is saved, the labor intensity and the production cost are reduced; the package after die cutting can be instantly transported and used, so the production cycle of the product is shortened; and the large-scale mass production is convenient, and the production space, storage space and logistics space can be saved.

Description

technical field [0001] The invention relates to a packaging material accessory, in particular to a method for making a pearl cotton package and the package. Background technique [0002] Pearl cotton is a commonly used packaging material. Since pearl cotton cannot be molded, it cannot be made into the desired shape at one time. Therefore, most of the existing packages are formed by cutting into relatively regular blocks and bonding them with glue. . Such as figure 1 For the package shown, the current practice is to cut out the independent connecting piece 1', the second part 2' and the supporting part 3' respectively, and then bond the second part 2' on the second part of the connecting piece 1'. part, bonding the support 3' on the inside of the second part 2' to form a figure 1 , figure 2 For the package shown, the disadvantages of this approach are as follows: [0003] 1. Since the bonding process needs to be done manually, the labor intensity is high and the efficie...

AI Technical Summary

Problems solved by technology

[0003] 1. Since the bonding process needs to be done manually, the labor intensity is high and the efficiency is low

[0004] 2. Bonding requires a large amount of glue, which will inevitably lead to an increase in production costs

[0005] 3. After bonding, it takes a certain amount of time (usually more than 24 hours) to wait for the glue to dry before using it, and the product production cycle is longer

[0006] 4. Due to the irregular shape and structure of finished parts, the utilization rate of stacking space is low, and the cost of warehousing and logistics is high

[0007] 5. The length of the connector cannot be changed, and it can only be used for one specification of products, which is not universal

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