Package unit and loading method and loading structure therefor

Abstract

In a loading method for a package unit (20), a packaged product wherein a thin display device (1) is packed in a thin packing box (3), is formed into a thin substantially rectangular shape corresponding to the thin display device, and is loaded on a individual packaging pallet (8) which is provided with a fork insertion opening in the long side surface of the pallet. The packaged product and the individual packaging pallet are fastened together with a band (5) to form a package body (21). A rectangular loading pallet (26) on which two package bodies are aligned in parallel is provided with fork insertion openings (29, 30) on the long side and short side of the loading pallet, respectively. With respect to the package unit (20) wherein two package bodies and the loading pallet are fastened together with a band (33), a fork of a forklift is inserted into the fork insertion opening (30) on the short side to carry the package unit, and loading is performed while arranging the package units close to each other so that the short side of the package body (21) is opposed against the interior back surface of the container. Thereby, the efficiency in loading the package units can be increased, and a number of units which can be loaded in the container space can be increased.

Description

technical field [0001] The present invention relates to a packaging unit for storing or loading in a space such as a container, a loading method, and a loading structure when various thin display devices such as liquid crystal, plasma, and organic EL are used as a packaging unit for transportation or storage. . Background technique [0002] Usually, when transporting and storing the above-mentioned various thin display devices, they are packed with cushioning materials in order to absorb impact and protect the products inside. The packaging method of such a thin display device is, for example, Figure 8 As shown, cushioning materials 2 ( 2 a , 2 b , 2 c , 2 d ) are fitted at the four corners of the thin display device 1 . The upper box 4 a and the lower box 4 b that divide the packing box 3 into two are fitted and attached to the outside of the cushioning material 2 , and the thin display device 1 and the cushioning material 2 are packaged together. [0003] The upper box ...

AI Technical Summary

Problems solved by technology

When the packing box 3 of the thin display device 1 is loaded in the container, the packing box 3 is loaded and unloaded using a forklift, so due to the limitation of the loading and unloading direction as described above, in the container 10 having a substantially rectangular parallelepiped, as shown in FIG. Figure 12 As shown, the side surfaces 12 on the short sides of the container bottom surface 11, which is approximately rectangular in shape, are aligned with the side surfaces 12 on the long side sides having the fork insertion openings 9 of the pallet 8 for individual packaging on which the packing box 3 is loaded. Use a loading method other than sequential loading

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