Blow molding plate structure

Abstract

The invention discloses a blow molding plate structure which comprises a first surface layer and a second surface layer, wherein a hollow structure is molded between the first surface layer and the second surface layer. The blow molding plate structure is characterized in that the first surface layer and the second surface layer are of an overall molding structure; a honeycomb-shaped structure ismolded in a whole area of the first surface layer. The blow molding plate structure has the advantages that the honeycomb-shaped structure is molded in the whole area of the first surface layer of theblow molding plate structure, and the structure is novel; in addition, due to adoption of internal concave collision points distributed in a honeycomb shape, the structural strength of a blow moldingplate can be improved, and the blow molding plate is particularly suitable for being used as a table plate, a stool plate and a partition plate; due to the honeycomb distribution, and convex blocks arranged on the first surface layer in a convex manner, self-adaptive bending of a plate surface can be achieved, the plate is particularly suitable for being laid on the ground, the plate surface is applicable to convex and concave grounds because of the self-adaptive bending deformation, the stress is not centralized in one area, the pressure intensity to the ground can be reduced, and the consequence that the blow molding plate is deformed and damaged because of partial stress caused by too large overall plate rigidity can be avoided.

Description

technical field [0001] The invention relates to a board, in particular to a blow molding board structure. Background technique [0002] At present, in many furniture products, blow-molded panels have been widely used. Blow-molded boards generally include an upper board and a lower board, and a hollow structure is formed between the upper board and the lower board. Since the board body adopts a hollow structure, the biggest advantage of blow-molded boards is that the materials used are less Province, can reduce product cost, moreover, the structural strength of blow molded board can also be effectively guaranteed. The upper and lower plates of most blow-molded panels in the existing market are flat structures, not only the structure is relatively common, but also the structural strength needs to be improved, and the compressive capacity is poor. If the external force is applied, the stress will be concentrated on the force area, which is easy to cause the plate to crack at ...

AI Technical Summary

Problems solved by technology

The upper and lower plates of most blow-molded panels in the existing market are flat structures, not only the structure is relatively common, but also the structural strength needs to be improved, and the compressive capacity is poor. If the external force is applied, the stress will be concentrated on the force area, which can easily cause the plate to crack at the place of stress

In addition, the blow-molded board with this structure is not conducive to self-adaptive bending, which leads to certain restrictions on the use occasions

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