A splicing and forming device for multi-station packaging boxes

Abstract

The invention relates to a splicing and forming device for a multi-station packaging box, which includes a bottom plate, a rotating platform, a sheave mechanism, a rotating motor, a supporting mechanism, an upper connecting plate, an alignment push rod and a supporting sleeve. The rotating platform is located on the bottom plate Directly above, the right end of the sheave mechanism is installed between the middle part of the base plate and the middle part of the rotating platform, the left end of the sheave mechanism is installed on the top of the base plate through a rotating motor, and a supporting mechanism is symmetrically installed on the top of the rotating platform. Located above the right end of the rotating platform, the top of the support sleeve is connected to the lower end of the alignment push rod, and the upper end of the alignment push rod is installed on the bottom of the upper connecting plate. The present invention can solve the problem existing in the production of the existing packaging box: when the packaging box is spliced ​​manually, there will be a certain deviation in the alignment, so that the splicing of the box wall and the bottom of the box needs to be manually corrected. The depth of the bottom of the box cannot be limited.

Description

technical field [0001] The invention relates to the technical field of packaging supplies processing, in particular to a splicing and forming device for multi-station packaging boxes. Background technique [0002] As the name suggests, the packaging box is the box used to package the product. According to the material, the packaging box can be divided into paper box, iron box, wooden box, corrugated packaging box, etc. The packaging box can not only ensure the safety of the product during transportation, but also has a promotional product , Beautify the function of the product. [0003] The existing packaging boxes with a large amount are paper packaging boxes, among which the tapered cylindrical packaging boxes are used the most. This type of packaging box is composed of a box bottom and a box wall. After that, glue the junction of the box wall and the bottom of the box. Some packaging box processing companies use manual methods to process and produce the box. The box wall...

AI Technical Summary

Problems solved by technology

[0004] 1. When manually splicing the packaging box, there will be a certain deviation in alignment, so the splicing of the box wall and the box bottom requires manual correction of the box wall;

[0005] 2. The insertion depth between the box wall and the bottom of the box cannot be limited, and the follow-up operations cannot be carried out continuously after the splicing of the box is completed, which makes the production efficiency of the box lower

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