Air bag type adhesive tape sleeving and pulling structure

Abstract

The invention discloses an air bag type adhesive tape sleeving and pulling structure. The structure is formed by an air bag seat and a guiding pipe seat connected with each other. A pushing ring is arranged on the connecting portion, close to the air bag seat, of the guiding pipe seat, pressing air cylinders are arranged on the periphery of the upper edge of the pushing ring, multiple sets of turning and guiding sheets are respectively arranged on the periphery of the upper edge of the pushing ring, electromagnets close to pressing air cylinder base positions are respectively arranged on two sides of the lower edge of the pushing ring. One or more sets of air bags are arranged in the air bag seat. Adhesive tape is opened and clamped by utilizing the expansion of the air bags and the expansion of the turning and guiding sheets, traction is carried out through the combination of the air bag seat and the guiding pipe seat, and sleeving of the adhesive tape on pipes is achieved. The problem that pipe sleeving cannot be mechanically achieved in a pipe sleeving type pipe packaging process is effectively solved, and the mouth supporting problem of adhesive tape sleeving is solved by designing the turning and guiding sheets. Locating and clamping is carried out by combining with the expansion of the air bags, the pipes is guaranteed not to be deformed in a packaging process, packaging materials are not damaged, packaging quality is high, and a protection effect is authentically performed on the pipes.

Description

technical field [0001] The invention relates to the technical field of pipe packaging, in particular to an airbag-type adhesive tape sleeve and pull structure. Background technique [0002] At present, tube packaging is mostly carried out manually or with the cooperation of personnel and simple machinery. Manual packaging requires manual steps such as sealing, casing, and cutting. It requires the cooperation of multiple people, and the steps are too many and tedious, resulting in waste of resources. Gross and not very efficient. On this basis, various auxiliary devices for tube packaging appeared in large numbers and were quickly promoted. Many simple packaging devices or kits partially realize one or several steps in the tube packaging process, or do not use sleeve packaging design, use sheet packaging materials for roll-on or wrapping, and cannot be completely thrown away. Therefore, the most efficient operation purpose cannot be reached. [0003] Therefore, a mechanica...

AI Technical Summary

Problems solved by technology

Many simple packaging devices or kits partially realize one or several steps in the tube packaging process, or do not use sleeve packaging design, use sheet packaging materials for roll-on or wrapping, and cannot be completely thrown away. The working mode of human-assisted operation, therefore, cannot achieve the most efficient operation purpose

[0003] Therefore, a mechanical device that realizes all steps of tube packaging is needed to realize the integrated packaging of tube packaging, maximize the simplification of the packaging process, and truly achieve the automatic production of tube packaging, thereby realizing an efficient production mode and reducing human resources. Waste, solve the problems of raw material consumption and error-prone

In addition, considering the characteristics of packaging tape rolls, it is difficult for soft folding to be mechanized to realize the automatic casing process

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