Hinge type logistics packing box assembled by hinge structure modules

Abstract

The invention aims at providing a logistics packing box which is convenient to use, firm, durable and capable of being recycled and repeatedly used so as to solve the problems that a traditional logistics packing box cannot resist impact and is prone to cracking and hole breaking, after being used one time, the box becomes waste, and cannot be recycled, due to rapid development of electrical business logistics needs, social environment pollution is caused, and giant resource consumption is caused. Under the initial state, the packaging box is a hexahedron and is flat and unfolded, when the boxis used every time, the hexahedron can be conveniently and rapidly assembled into the logistics packing box, after being used, the box can be rapidly and conveniently recovered into the initial state, the box can be conveniently recycled, bundled, packaged and transported, modules of the same size of the packaging box can be interchanged, in order to achieve the aim, the packaging box is designedinto three single modules including a bottom plate module, a side surrounding plate module and a cover plate module, the bottom plate module serves as the center and can be connected with other modules, connected edges are provided with hinge type complementing structures, the modules are assembled and combined through hinges, pin rods are inserted, and the box is formed through connection.

Description

technical field [0001] The invention relates to an article packing box, in particular to an article packing box assembled with hinged hinge structure modules, which is suitable for logistics express and related industries. Background technique [0002] At present, a large number of paper packaging cartons are generally used in the factory to cut the large cardboard into a large piece of plastic according to the plane design of the hexahedron of the packaging box, and then use shaping, binding or bonding to connect the sides of the walls. , so that the plane cardboard can form a three-dimensional enveloping shape; then arrange and flatten it to form a complete cardboard box for use; when in use, open the square side panels perpendicular to each other to form a 90-degree side wall; seal the bottom four sides The functional cardboard edge is bent perpendicular to the side edge, that is, the two inner edges are aligned and pressed down first, and then the two outer edges are f...

AI Technical Summary

Problems solved by technology

[0003] The integrated structure of the paper packaging box is easy to use and low in cost, but the defect of the integrated structure is also very obvious: every time it is used, each edge of the carton must be bent and wrinkled once to form a three-dimensional use space; and The number of cardboard folds is inversely proportional to the life of the carton, and each bending fold will directly reduce the life

Cardboard is not wear-resistant, low strength and not impact-resistant, and the paper box is easy to powder and slag in a humid environment

In daily life, we often encounter the problem of cracks on the edges of paper packaging boxes and folds and holes on the side of the box. These factors determine that the traditional paper packaging boxes have a short service life and do not have the conditions for multiple uses. So there is no way to recycle and reuse

In addition, although a large number of plastic commodity transfer boxes can be used repeatedly, because of the fixed empty or fully loaded volume space, it is impossible to recycle a huge number of empty boxes because the cost of long-distance transportation is too high; merchants Plastic commodity transfer boxes can only be used for local internal circulation, and cannot be circulated nationwide

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