Manufacture and processing method for packaging paper box

Abstract

The invention relates to a manufacture and processing method for a packaging paper box. The method adopts manufacturing and processing equipment of the packaging paper box. The manufacturing and processing equipment of the packaging paper box comprises a base, an auxiliary unit and a slotting unit, wherein the auxiliary unit is disposed on the upper surface of the base, and the slotting unit is formed in the middle of the auxiliary unit. The method disclosed by the invention can solve problems existing at present when two opposite sides of the paper box are slotted: when the slotted paper boxis placed, a placement position cannot be effectively adjusted, thus clamping groove positions opened in side faces of the paper box are not aligned and the paper box is damaged due to uneven force bearing on two sides during carrying of the paper box; and a flat-opening blade is used as a slotting blade for two sides of the paper box, the paper box is extruded at first when the paper box is cut by the blade and then the clamping grooves is formed by cutting, thus press marks occur on edges of slots of the paper boxes, deformation and wrinkles appear easily at the slots during carrying of thepaper box, and use values of the paper box are thus reduced.

Description

technical field [0001] The invention relates to the field of carton processing, in particular to a method for manufacturing and processing packaging cartons. Background technique [0002] Packaging cartons are made of paper products and are used for packaging various items. Divided into single-pit, double-pit, three-pit and four-pit cartons, cartons are subdivided into cartons, color boxes, color boxes and oversized odd-shaped beer boxes and other packaging; cartons are low in cost, easy to seal, suitable for adding fillers, clean, etc. It is suitable for product factory packaging, article transportation, material arrangement, etc.; in order to make it convenient for people to carry after the carton is filled, there will be card slots on the opposite sides of the carton, and metal rings or plastic buckles are installed on the sides of the card slots. This is not only convenient for people to carry the cartons, but also prevents people's fingers from being caught. [0003] ...

AI Technical Summary

Problems solved by technology

[0003] At present, when slotting the opposite sides of the carton, there are the following problems: a. When placing the slotted carton, the placement position cannot be adjusted well, so that the positions of the card slots on the side of the carton are not aligned, and appear Offset, resulting in uneven force on both sides of the carton during handling, and carton damage will occur; b. The blade used for slotting on both sides of the carton uses a flat-blade blade, so that when the blade cuts the carton, it will first Squeeze the carton, and then cut out the card slot, resulting in indentation on the edge of the carton slot. Also, when the carton is transported, the slot is prone to deformation and wrinkles, which reduces the use value of the carton.

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