JP2013159401A - Article package - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem that a conventional small article package includes a paper box, a transparent resin box, or the like which increases the cost of a packaging material and requires a mold for shaping a box or a transparent resin box, resulting in increase in initial cost and hence burden due to it.SOLUTION: Paper is folded and an article is wrapped in it, and the wrapped article is put in a transparent synthetic resin bag. Owing to such a configuration, an inexpensive article package reduced in initial cost is obtained even in fewer lots.

Description

The present invention relates to an article packaging body, and more particularly to an article packaging body in which articles can be simply packaged and displayed or displayed as they are.

Conventionally, with regard to packaging of small articles, paper boxes, synthetic resin boxes, synthetic resin bags, and the like have been used so that articles can be simply packaged and displayed or displayed as they are. A packaging body (Patent Document 1) that is suitable for the shape in which an article can be seen from such a background (Patent Document 1), a packaging body that combines a transparent synthetic resin plate and a mounting sheet (Patent Document 2), and a packaging body that is simplified only on the mounting (Patent Document Various packages such as literature 3) have been proposed and put into practical use.

JP-A-7-215333 JP 2002-114269 A JP-A-10-116035

However, these packages have drawbacks depending on the article. For example, in the case of an inexpensive article printed with a paper box, the package is relatively expensive. The same applies to the synthetic resin box or the combination package of synthetic resin and mount, and only the mount cannot be used unless it is a hooked article, and it is not suitable as a product that is touched by hand because it is bare. In some cases. In addition, sheet-like articles such as curtains are packaged in an inexpensive synthetic resin bag, so that even if dropped, there is no fear of breaking them, but they are not suitable for articles that are damaged by dropping.

Therefore, the present invention can provide a package that can be displayed and displayed as it is by simply packaging small articles inexpensively and simply by folding the printed paper in the synthetic resin bag body and protecting the articles. It is a thing.

Since the article packaging body according to the present invention is composed of an inexpensive synthetic resin bag body and printed paper, the packaging member cost is low. In the case of a paper box or a synthetic resin box, a die-cutting die or a die for vacuum forming is necessary for manufacturing, but the die cost is also unnecessary.

Furthermore, the volume occupied in the packaging can be reduced as compared with a paper box and the like, and not only can the transportation cost be reduced, but also packaging with only a synthetic resin bag and paper makes it easy to separate at the time of recycling. In addition, since the printed paper can also include instructions for use, when the article is taken out and put in a bag, the paper and bag are only thin, so the thickness is reduced, and the instruction manual can be stored as it is.

It is a disassembled explanatory perspective view showing an embodiment of an article packaging body according to the present invention. FIG. 3 is a perspective view for explaining a folding procedure 1 of a printed paper product of the article package shown in FIG. 1. FIG. 6 is a perspective view for explaining a folding procedure 2 of the printed paper product of the article package shown in FIG. 1. FIG. 6 is a perspective view for explaining a folding procedure 3 of the printed paper product of the article packaging body shown in FIG. 1. FIG. 6 is a perspective view for explaining a folding procedure 4 of the printed paper product of the article packaging body shown in FIG. 1. It is the explanatory perspective view which looked at the paper printed matter of the article packaging body shown in FIG. 5 from the bottom. It is a description perspective view of the packaging completion state of the article packaging body shown in FIG. It is the explanatory perspective view which looked at the article packaging body shown in FIG. 1 from the front side.

Embodiments of an article packaging body according to the present invention will be described with reference to the accompanying drawings.

In FIG. 1, reference numeral 10 denotes an article to be packaged. The packaged article 10 of this example is an example of commercializing a door stopper of Japanese Patent No. 419416 as a plastic molded product. Reference numeral 20 denotes a sheet for packaging the article to be packaged 10. Reference numeral 30 denotes a transparent synthetic resin bag body having a hole 34 for hanging on a display hook (not shown). The packaged article 10 is folded and stored in the paper 20 and inserted into the synthetic resin bag body 30 from the opening 31 provided on one side of the synthetic resin bag body 30, and the folded piece 32 coated with the adhesive material is folded from the folding section 33 to the synthetic resin bag body 30. Adhere. The completed state is shown in FIG.

A method for storing the packaged article 10 by folding the paper 20 will be described in detail with reference to FIGS. 2, 3, 4, and 5.
Reference numeral 20B denotes the inner side of the sheet that becomes the inner side when the sheet 20 is folded. If there is not enough space on the paper inner side 20B to provide a usage explanation, it can be posted on this side. The folded piece A25 of the paper 20 is folded from the folding part A21, and the folded piece A26 is folded from the folding part B22 as shown in FIGS. Depending on the type of article to be packaged, folding the folding piece A25 corresponding to the hole 34 side to be hung on the display hook (not shown) of the synthetic resin bag 30 may be omitted. Further, as shown in FIG. 4, the folded piece C27 is folded from the folded portion C23, and the folded piece D28 is folded from the folded portion D24. The article to be packaged 10 is wrapped inside the series of folded portions. This work completion state is shown in FIG. In this way, the packaged article 10 is surrounded by the bent portions of the paper 20 and can be protected from a drop impact. Moreover, the bending strength as a package is improved by bending the paper 20.

Reference numeral 29 denotes a print front portion on the surface of the paper outer side 20A which is not folded. This print table portion 29 is a portion that becomes a face when the article package is displayed. FIG. 6 shows a perspective view with the printing surface portion 29 on the surface. The folded piece C27 and the folded piece D28 overlap when folded, but precautions and specifications can be written in the non-overlapped portion.

Since the weight of the article to be packaged 10 in this case is made of resin of about 5 grams, the thickness of the paper 20 is appropriately about 0.1 mm or about 0.15 mm, which is a little thicker than general paper. If the thickness is determined based on shock absorption from falling of the packaged article 10 and the ease of folding of the paper 20 and is lighter, there is no problem even if the thickness of the paper 20 is further reduced to about 0.06 mm. If the weight increases, the thickness of the paper 20 needs to be increased. In that case, the bent portion does not bend neatly as it is caused by the undulation of the bent portion, so that the thickness of the sheet 20 can be wrapped up to about 1.0 mm by embossing the bent portion.

5 is inserted into an opening 31 provided on one side of a transparent synthetic resin bag body 30 and a folded piece 32 coated with an adhesive is folded from a folding portion 33 to a synthetic resin bag body. Adhere to 30. The state after the above work is shown in FIG. Since the synthetic resin bag 30 is transparent, the printed table 29 can be viewed from the outside of the article package. Since the synthetic resin bag body 30 is standardized by various manufacturers, it can be selected and used.

Many goods packagings are sold on mass hangers and displayed on hangers. In this form, because it is necessary to show a photograph and features showing the product content on the front, it was put in a box or using vacuum molding of transparent resin, so initial costs such as box punching mold and vacuum molding mold It has occurred. Although these are discarded after purchase, they are unexpectedly expensive. Although the present invention is compatible with the sales form of mass merchandisers, it is possible to provide an article package at a low cost using only printing paper and transparent bags. The versatility is very high, and it is useful and useful in terms of commercial use, effective use of resources, and cost reduction of manufacturers.

10 Packaged article 20 Paper 20A Paper outer side 20B Paper back side 21 Folding part A
22 Folding part B
23 Folding part C
24 Folding part D
25 Folding piece A
26 Folding piece B
27 Folding piece C
28 Folding piece D
29 Print surface part 30 Synthetic resin bag 31 Opening part 32 Folding piece 33 Folding part 34 Hole

Claims (1)

In the form of wrapping the article, one or two parallel sides of one printed sheet are folded back in the direction opposite to the printing front side, and further, the two sides are folded back in the direction perpendicular to the printing front side for each folding. Two folded pieces folded in a right angle are overlapped, and on the opposite side, the product photo, logo, features, etc. are printed on the printed front side, and the article to be wrapped inside the folded paper is wrapped in a transparent synthetic resin bag. An article packaging body characterized by storing.

Images