Novel structural non-stacking package box

Abstract

The invention relates to a novel structural non-stacking package box which comprises two bearing primary beams and a plurality of construction secondary beams. The section of each primary beam is larger and used for bearing loads of products to be packaged, the section of each construction secondary beam is smaller than that of each bearing primary beam, and the construction secondary beams form a similar truss structure to form an outer side shell of the package box. Compared with the prior art, a structural form of a sleeper filling a sliding wood of a base of a traditional package box is abandoned, and the novel structural non-stacking package box is provided with a base form of the similar truss structure comprising the two bearing primary beams with larger sections and a plurality of construction secondary beams with smaller sections, so that the space requirements of the sizes of the packaged products are met.

Description

technical field [0001] The invention relates to a packaging box, in particular to a non-stacking packaging box with a new structure. Background technique [0002] The structural design of the packaging box must first meet the product size and space requirements, and also meet the overall rigidity and strength requirements of the packaging box during hoisting and transportation. However, due to the lack of packing box design theory, backward design methods, and lack of dynamic response analysis of the box body during the packaging structure design of the existing packaging structure, the structure of the packing box is improperly designed, and it is easy to cause over-packaging (too high safety factor) or under-packaging. Packaging (too low safety factor), resulting in material waste or economic loss. [0003] The so-called improper structural design means that the packaging structure is single, and the design of the base of the packaging box cannot be adjusted according to ...

AI Technical Summary

Problems solved by technology

However, due to the lack of packing box design theory, backward design methods, and lack of dynamic response analysis of the box body in the packaging structure design of the existing packaging structure, the structural design of the packing box is improper, and it is easy to cause over-packaging (too high safety factor) or under-packaging. Packaging (too low safety factor), resulting in material waste or economic loss

[0003] The so-called improper structural design means that the packaging structure is single, and the design of the base of the packaging box cannot be adjusted according to the product size and center of gravity, which will easily cause uneven force on each component of the packaging box, resulting in weak parts, and accidents during hoisting and transportation.

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