Glove boxing system

Abstract

The invention relates to a glove boxing system. The glove boxing system comprises a feeding unit, a plurality of first pre-folding units, a plurality of first packaging units, a plurality of second packaging units, a plurality of glove throwing units, a plurality of third packaging units, a plurality of feeding units and a picking and transporting unit, which are sequentially arranged in one direction, wherein the first pre-folding units are used for pre-folding first packaging bodies on the two opposite side faces of packaging boxes; the first packaging units are used for packaging second packaging bodies on the first side faces of the packaging boxes; the second packaging units are used for packaging first packaging bodies on the first side faces of the packaging boxes, and the third packaging units are used for packaging the first packaging bodies and the second packaging bodies on the second side faces, opposite to the first side faces, of the packaging boxes; the feeding units are arranged corresponding to the first packaging units and used for delivering glove certificates from the first side faces to the packaging boxes located at the first packaging units; and the picking and transporting unit is positioned above the units and used for picking and transporting a plurality of packaging boxes at the same time.

Description

technical field [0001] The invention relates to the technical field of material packaging equipment, in particular to a glove box system. Background technique [0002] With the development of automation technology, the automation level of production enterprises has been continuously improved, liberated a lot of labor, greatly improved production efficiency, and promoted the development of productivity; the combination of information control technology progress and traditional machinery industry has further improved the degree of social automation intelligence . At present, automation technology is widely used in large-scale packaging in the market, but for small-scale packaging, especially packaging involving flexible solid materials, often due to difficulties in precision control and process implementation, it has just started. [0003] The existing technology also realizes automatic cartoning of products, but the carton opening is finally sealed by hot-melt spray glue, an...

AI Technical Summary

Problems solved by technology

At present, automation technology is widely used in large-scale packaging in the market, but for small-scale packaging, especially packaging involving flexible solid materials, often due to difficulties in precision control and process realization, it has just started

[0003] The existing technology also realizes automatic cartoning of products, but the carton opening is finally sealed by hot-melt spray glue, and the carton is only for one-time use in the end, and consumers cannot reuse it; and the adhesive seal The sanitation of the products in the box will also have the impact of secondary pollution; in addition, the existing technology is difficult to adapt to large-scale fully automated production, and it is difficult to get rid of the need for labor. Although some existing technologies can realize the simple molding of the packaging box , but the most delicate packaging still needs to be done manually, and it is difficult to achieve full automation

[0004] In addition, the existing systems for packing gloves and other materials usually can only fill and seal one packing box. Even if packing and packing multiple packing boxes, it is necessary to set up multiple complete sets of modules. It is still relatively independent, which leads to extremely low production efficiency, extremely high labor costs and equipment costs

[0005] Not only that, the existing packaging systems for materials such as gloves usually use the above-mentioned gluing method when packaging the packaging body of the packaging box. If the gluing method is not used, it will usually be damaged due to design problems of the structure (such as the use of profile extrusion structure) The packaging body of the packaging box leads to low yield and extremely slow packaging speed

[0006] In addition, the existing boxing system for materials such as gloves cannot load material certificates of conformity. After packing gloves and other materials into boxes through equipment, the certificates of conformity are manually inserted into the packaging box, which leads to extremely low boxing efficiency and investment The cost is extremely high, and it is impossible to realize fully automatic charging

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