Logistics package buffering structure based on plate type elastic component

Abstract

The invention discloses a logistics package buffering structure. The logistics package buffering structure comprises a package box 1, a content 2 and buffering gaskets 3. The logistics package buffering structure is characterized in that elastic buffering of the buffering gaskets originates from S-shaped elastic deformation formed through dislocation extrusion of supporting beams 32 on two surfaces to elastic buffering plates 31; and combination of S-shaped elastic beams with various rigidity and various distribution of the buffering gaskets can meet requirements for transportation and protection of various goods. Due to the fact that rectangular plate bending elastic deformation analysis belongs to basic contents of mechanics of materials and is provided with mature mathematical modelingmethods, according to the application of a plate type elastic component in the logistics package buffering structure, implementation of the individual and accurate design of package buffering is facilitated, and a comparatively accurate optimized objective function is established for a package buffering optimizing design; jointly with test projects such as corresponding materials, the package design is more scientific, and the logistics package design is pushed to be upgraded from traditional experience to scientific numeralization; and the reasonability of a logistics package is improved, excessive packaging is reduced, the resources are saved, the cost is reduced, and the environment is improved.

Description

Technical field [0001] The invention relates to the technical field of cargo packaging, and relates to a logistics packaging cushioning structure based on plate elastic elements. Background technique [0002] In order to avoid some goods (such as instruments, electrical appliances, etc.) figure 1 ) often add a cushion 3 under the contents 2 of the packing box 1 (or in all directions that may be impacted) to absorb shocks. The most commonly used shock-absorbing cushions are foamed by various polymer materials (commonly known as: foam plastic), but also in the form of inflatable bladders, pulp molding, etc. Since the existing types of cushioning pads mainly use the soft compression elasticity of the material itself, they are easily affected by many environmental parameters, and too many random factors cannot meet the relatively accurate quantitative design requirements for packaging cushioning protection, so traditional methods based on experience can only be used. The quali...

AI Technical Summary

Problems solved by technology

Since the existing types of cushioning pads mainly use the soft compression elasticity of the material itself, they are easily affected by many environmental parameters, and too many random factors cannot meet the relatively accurate quantitative design requirements for packaging cushioning protection, so traditional methods based on experience can only be used. The qualitative design method cannot avoid the emergence of a large number of unreasonable packaging, which not only increases the packaging and transportation costs of the actual product, but also consumes excessive resources, and the increase in waste also brings increasingly serious negative effects on the environment

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