Buffer plate convenient for sucker to pick in a suction manner and glass transfer package

Abstract

A buffer sheet and glass transfer package facilitating a sucker to suck and take, the buffer sheet (2) on one hand comprising a substrate (21) and surface lines (22) protruding out of the substrate, and on the other hand comprising a suction area (23) and a non-suction area (24); the surface lines of the suction area (23) are of a closed-pore structure; and the whole or a part of the surface lines of the non-suction area (24) are of an open-pore structure for avoiding negative pressure. The liquid crystal glass transfer package adopts the buffer sheet (2) with the innovative structure. The buffer sheet and the glass transfer packet allow air to enter between the buffer sheet and the glass plate without affecting the suction capability of the sucker, thus solving the vacuum suction problem, better preventing the phenomenon of sheet adhesion and damage, and greatly saving sheet taking time.

Description

technical field [0001] The invention belongs to the field of packaging, and more specifically relates to a buffer sheet and a glass transfer bag that are convenient for suction cups to absorb and take. Background technique [0002] Some large and thin glass plates are used in the current mass-produced liquid crystal display devices. In order to prevent the glass plates from breaking during transportation, the general situation is to stack multiple glass plates in the packaging container to form a glass transfer package, such as figure 1 and figure 2 As shown, a buffer sheet 2 is provided between adjacent glass plates 1 to prevent the glass from sticking to each other and play a buffering role. The buffer sheet 2 is provided with closed diamond-shaped lattice-like surface lines. After the material 2 is stacked and packaged alternately, after the packaging container has been left to stand for a period of time, the buffer sheet 2 and the glass plate 1 will be vacuum-adsorbed,...

AI Technical Summary

Problems solved by technology

[0002] Some large and thin glass plates are used in the current mass-produced liquid crystal display devices. In order to prevent the glass plates from breaking during transportation, the general situation is to stack multiple glass plates in the packaging container to form a glass transfer package, such as figure 1 and figure 2 As shown, a buffer sheet 2 is provided between adjacent glass plates 1 to prevent the glass from sticking to each other and play a buffering role. The buffer sheet 2 is provided with closed diamond-shaped lattice-like surface lines. After the material 2 is stacked and packaged alternately, after the packaging container has been left standing for a period of time, the cushioning sheet 2 and the glass plate 1 are vacuum-adsorbed, making it difficult to separate, making it difficult to remove and separate the glass plate and the cushioning sheet, and even glass fragments.

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