Packing case

Abstract

The invention discloses a packing case, which comprises a case body and a corner baffle member. The case body comprises a bottom and a side wall structure. The side wall structure is arranged in a way to surround the bottom so as to form an accommodating space. The accommodating space comprises a corner. The corner baffle member is arranged on the corner and comprises an insertion part and a buffer part connected with the insertion part. The insertion part is inserted into the bottom. The buffer part is exposed on the accommodating space and adjacent to one wall face of the side wall structure. In this way, when an object accommodated inside the accommodating space has impacts on the corner baffle member, the impacts are directly transmitted to the bottom through the corner baffle member. The problem that a conventional packing case body cannot effectively bear the impacts through the side wall is thus solved.

Description

technical field [0001] The invention relates to a packing box, in particular to a packing box with a corner structure inside. Background technique [0002] Fragile objects, such as glass (panel), are usually packaged in boxes to avoid damage or breakage due to collisions during transportation. And in order to make the box body capable of absorbing impact energy to avoid brittle objects from being damaged or broken due to absorbing too much impact energy, the box body is mostly made of foam material. However, if the foam material is too soft, its local structural strength is insufficient, and the deformation amount is too large when the local impact energy is absorbed, which will easily make the brittle objects loose in the box, which will cause slight shaking during subsequent transportation. The object is damaged or shattered by a collision. Therefore, at present, the inner side of the box body, especially the corner, is provided with a stopper with a soft surface, so as ...

AI Technical Summary

Problems solved by technology

However, the embedding range of this hard structural part is still limited to the structural part above the bottom of the storage space in the box, and the hard structural part is inserted downward from the top of the box, so the side wall must correspond to the structure with holes for The insertion of hard structural parts causes the impact force that the side wall can withstand here is still limited, and the side wall here is still easily damaged when encountering a large impact

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