Baling device for bread

Abstract

There is provided an apparatus for packing panels for carrying and storing glass substrates with high conveyance efficiency while protecting them from external shocks or the like. The glass substrates 15 are stacked alternately with foamed sheets 16 and stored in a recess 25 of a body 10 so that principal planes of the substrates 15 are approximately parallel to the bottom surface of the body 10. In doing so, the glass substrates 15 are stored so that their peripheral edges are supported by protrusions 27 formed on the inner surface of peripheral walls of the body 10. An upper opening 11 of the body 10 is pressed by a lid 12. Bands 20 passing through insertion holes 34 of the body 10 are extended over the lid 12, and Velcro(R) fasteners 21 and 22 at both ends of the bands 20 are engaged with each other to fasten the lid 12.

Description

technical field [0001] The present invention relates to a panel packaging device, in particular to a panel packaging device in which a storage space is formed inside and a plurality of panels are stacked and stored substantially parallel to the bottom. Background technique [0002] In order to assemble a liquid crystal display device, a glass substrate is used, and various processes need to be performed on the glass substrate. According to needs, unprocessed substrates or glass substrates in process must be transported. In order to meet the demand for transporting such glass substrates, a panel transport box as disclosed in JP-A-2004-323107 has been proposed. [0003] This panel transfer box is composed of a main body, a bottom plate and a cover body, and the main body is composed of two long-side side panels and two short-side side panels, and is composed of three upper and lower straps extending laterally ( band) to combine these side panels with the bottom panel. Theref...

AI Technical Summary

Problems solved by technology

Therefore, the transportation efficiency will be reduced and the storage space will increase.

[0005] Furthermore, since the glass substrates are stored side by side in the panel transport box in a state where the main surfaces of the glass substrates are perpendicular to each other at a distance between the grooves, it is complicated and difficult to adjust the operation when inserting the glass substrates into the storage box and when taking the glass substrates out. The problem

When the pitch of the holding grooves is reduced to improve the storage efficiency of the glass substrates, the gap between the adjacent glass substrates becomes narrow, thereby narrowing the space for inserting and inserting the tools for inserting and removing the glass substrates. This makes handling the glass substrate more difficult

[0006] Furthermore, since the storage efficiency of the glass substrates in the internal space is low, the size of the glass transfer box for storing a predetermined number of glasses increases, thereby increasing the size of the molding machine and increasing the manufacturing cost.

Furthermore, since the volume of the panel transport box becomes larger, the amount of resin raw material used increases

In addition, it is difficult to maintain the dimensional accuracy in the forming process, so there are problems such as deterioration of the forming yield.

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