Friable plate material package structure

Abstract

The invention provides a package structure for brittle sheet, comprising an upper cover, a plurality of middle layers and a base. The upper cover is a plate-shaped structure and arranged on the most top end of the middle layer; the middle layers are provided with a plurality of receiving troughs; each receiving trough can be internally provided with a plurality of brittle sheets; the base is arranged at the most bottom part of the middle layer and also provided with a receiving trough; the base also has the stack plate function, so as to be conveyed. A plurality of middle layers of the invention can be internally provided with receiving troughs, different areas of which respectively have the same external dimensions; therefore, the same middle layer pile can receive and convey the brittle sheets with different specifications at the same time, so as to comply with the practical requirement of the brittle sheet packaging and conveying, and the package and disassembly time can be greatly saved. The package structure is applicable to automation flow.

Description

technical field [0001] The invention relates to a storage and packaging structure for fragile boards, in particular to a packaging container that can accommodate a large number of fragile boards of different specifications, can effectively save disassembly and assembly time, and is suitable for automatic equipment. Background technique [0002] As far as brittle panels such as LCD panels are concerned, in the past, manufacturers used to pack brittle panels by stacking one piece of brittle panel and one piece of cushioning material in a PP case. The box bundles are arranged on a pallet, and multiple boxes are bundled with the pallet again to complete the packaging process. When the box and the pallet are transported to the assembly plant, the assembly plant must first dismantle the pallet and the box, move the box containing the brittle plate to the vicinity of the production line, remove the bales on the box, and finally The brittle sheet is placed into the production line ...

AI Technical Summary

Problems solved by technology

The above-mentioned traditional assembly and disassembly technology for brittle plates has lengthy steps, is not easy to be automated and is time-consuming, and the traditional box is large in size, takes up space, and has high handling, recycling and transportation costs, which require manufacturers to pay high time and cost. Cause troubles and troubles in the operation process

[0003] Since brittle plates have many different sizes and specifications, there is still a major deficiency in the conventional packaging method. When brittle plates of different sizes are to be transported at the same time, the box specifications are often different, causing great troubles in transportation. Especially the inability to make good use of the space

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