JP6906125B2 - Packing containers for multiple items and their packing methods - Google Patents

Description

The present invention relates to a packaging container for a plurality of items and a packaging method thereof. In particular, when multiple items such as relatively small bottled gift items, wedding gifts, and decorations are packed in one container and the container is opened and exposed to the public, multiple items are delivered. With multiple product packaging containers that do not move inside the packaging container and remain in their original placement, while giving the person who opened the package an aesthetic sense of the product itself and how the product is placed. Regarding the packing method.

Further, the packing container of the present invention includes a container that is simply packed for the purpose of displaying a plurality of relatively small items without being used for transportation.

As the material of the packing container, various materials such as paper corrugated cardboard for the container body of the packing container and a part or all of the corrugated cardboard replaced with wood or resin can be considered. On the other hand, a transparent resin film can be considered as a film that is adhered to the container body and wraps a plurality of items.

In addition, various items can be considered as the items to be packed, such as bottled items such as food and liquor, gifts, electronic devices, pottery such as vases, and all relatively small ornaments, which are the objects of the present invention. The packing container does not matter what the packaged item itself is. Furthermore, there are also conceivable items that are desired to be set, such as liquor and cups and multiple types of food bottles.

As a conventional packaging container for a plurality of items, for example, another plain inner cardboard member is placed in an outer cardboard box on which information about a product or a selling company is printed, such as a gift set of a department store. There is something that exists. The inner corrugated cardboard member is provided with cuts and holes suitable for the sizes and shapes of a plurality of products, and each product is placed in the cuts and holes. As a result, the arrangement of the products does not move in the cardboard box at the time of delivery or display, and there is a product that does not spoil the aesthetic appearance of the arrangement. As such a conventional technique, it is often found in paper boxes for gifts at department stores.

Further, as another conventional packaging container, there is a container in which a flexible film is used to hold the item with the flexible film to fix it. For example, for a product having complicated irregularities in shape or a product for which damage should be avoided such as an electronic device, another corrugated cardboard member matching the shape of the product is provided at a predetermined position in the outer packaging container. By sandwiching the product between the other corrugated cardboard member and the flexible film, the product is devised so as not to move. As such a conventional technique, there is utility model registration No. 3197405.

Furthermore, there is another prior art using a flexible film. A product pressing piece having a shape matching the shape of the product is placed in the packaging container, and the product is sandwiched in a predetermined position between two transparent flexible films. As a result, the products can be arranged so that they do not easily move inside the packaging container, and the products are devised so that they can be seen from the outside of the packaging container. As such a prior art, there is Japanese Patent Application Laid-Open No. 2011-184107.
The flexible films used in the above two known examples have no mention of their properties. In particular, even if it has flexibility, it is unclear whether it has "restorative elasticity" that tries to return to its original state when the force is removed.

However, these conventional packaging containers have some problems.
Among the containers for packing conventional products, the packing container described in Patent Document 1 (the above-mentioned Practical New Design Registration No. 3197405) is such that the product is placed on the bottom plate inside the packing container, and the product is placed on the bottom plate. By pressing the product against the plate body with the flexible film, the product is sandwiched between the plate body and the flexible film.
However, it should be said that this known technique is premised on packing only one product. If a plurality of products are sandwiched between a plate and a flexible film, the product is sandwiched between the plate and the plate, so that the product is sandwiched between the products or between the products and the flexible film. A relatively large gap is likely to be formed between the films, and the area where the product and the flexible film come into contact is small. Therefore, there are problems such as the products moving during delivery or long-term exhibition, the products colliding with each other and breaking, and the aesthetic appearance of the arrangement being spoiled.

Further, in the case of the packaging container described in Patent Document 2 (Japanese Patent Laid-Open No. 2011-184107), a large number of product holding members installed in the product packaging container are fitted to the outer shape of the product. A cut portion is provided, and two flexible films are installed between the cut portion and the product. As a result, the goods are sandwiched between the two flexible films, making it difficult for the goods to move in the container even during delivery.
However, also in Patent Document 2, since it is only sandwiched between two flexible films, it is necessary to pack only one product in order to prevent the product from moving. .. Similar to Patent Document 1, if a plurality of products are sandwiched between two flexible films, there is the same problem that the products are easily moved during transportation or long-term exhibition.

Utility Model Registration No. 3197405 Japanese Unexamined Patent Publication No. 2011-184107

In the conventional packaging container for a plurality of products, when the inner corrugated cardboard member provided with a predetermined cut or hole is used, it can be used only for a specific specified product. In other words, you can only put the specified products in the specified packaging container. Further, as in Patent Document 1 and Patent Document 2 described above, when one or two films are used and packed in one packing container, there is an advantage that it can be used for various products. Basically, only one item can be packed, and if two or more items are packed, the items may break due to the movement of the items from the position where they are sandwiched between the films during delivery or exhibition. There was a problem that the aesthetic appearance was spoiled by the arrangement of products.

The present invention is intended to solve the above-mentioned problems, and a plurality of items can be packed in one packing container, and a plurality of items move in the packing container during delivery, exhibition, and the like. It is an object of the present invention to provide a packing container for a plurality of goods and a packing method thereof so as not to break the goods or spoil the aesthetic appearance of the arrangement of the goods.

According to the present invention, it is basically composed of three base materials made of a predetermined material such as paper cardboard, wood, and resin, and a transparent resin film covers each opening of each base material. Each of the base materials is adhered to each other, and the three transparent resin films are arranged so that the three transparent resin films are arranged so as to be close to each other and overlap each other when packing a plurality of items. Two spaces are formed between the two spaces, and the three base materials are assembled and bonded in a state of being sandwiched between the two spaces formed between the transparent resin films in which the plurality of items face each other next to each other. The present invention provides a plurality of packing containers for goods, which can be characterized by being a packing container for packing the goods.
Another new base material having a transparent resin film adhered to the opening can be added to the above three base materials, and the product can be sandwiched between the four transparent resin films. The same applies to the case of 5 or more sheets, and basically, if 3 base materials are provided, it is within the scope of the present invention.

Further, according to the present invention, the first and third two pieces to which a transparent resin film is adhered so as to close an opening formed in an outer peripheral frame having a predetermined thickness such as paper cardboard, wood, resin or the like. It consists of a base material and a second base material to which a transparent resin film is adhered so as to close an opening formed in a plate-shaped outer frame, and basically three pieces made of a predetermined material. A base material is prepared, and the three base materials are arranged so that the three transparent resin films face each other in close proximity to each other with the second base material in the middle, and the first, second, and third base materials are arranged. One or more items are sandwiched between the transparent resin films of the first and second two base materials adjacent to each other among the three base materials of the above, and another third base material is further sandwiched between the transparent resin films. By sandwiching another one or more items between the transparent resin film of the base material and the transparent resin film of the second base material, the three groups of the first, second and third groups. Provided is a method for packing a plurality of items, which comprises sandwiching a plurality of items between three transparent resin films adhered to a material and assembling and adhering the first, second and third base materials. do.
Even if four or more transparent resin films are used with four or more base materials, it is basically within the scope of the present invention in which three transparent resin films are used with three base materials.

According to the present invention, it is basically composed of three base materials made of a predetermined material such as paper cardboard, wood, and resin, and a transparent resin film is adhered to each opening of each base material. When packing a plurality of items, the three transparent resin films are arranged close to each other so as to face each other, and the plurality of items are sandwiched between two spaces formed between the three transparent resin films. Provided is a packaging container for a plurality of products in which the three base materials are assembled and adhered in a state of being assembled.
Even if four or more transparent resin films are used with four or more base materials, it is basically within the scope of the present invention in which three transparent resin films are used with three base materials.

Due to the packaging container having the above configuration, one or more items are sandwiched between two adjacent first and second transparent resin films, and another one or more items are among the two. It is sandwiched between one transparent resin film and another adjacent third transparent resin film, and all the items are sandwiched between three transparent resin films adjacent to each other. The transparent resin film in the middle of the three sheets is pressed in opposite directions from the items arranged on both sides of the transparent resin film. The transparent resin film in the middle bends in a wavy shape and wraps around all the items. Then, the intermediate transparent resin film and the two transparent resin films on both sides bring all the items into contact with the film over a wide area, and the items are less likely to be displaced from the film. Therefore, the position of the item does not move even if the packing container is transported and receives vibration, so that the plurality of items do not come into contact with each other and break. Furthermore, when a person who receives a container in which a plurality of items are beautifully arranged and packed opens the container, the aesthetic appearance of the packed items is not spoiled. In addition, even if the container in which the item is packed is displayed for a long period of time, the item is difficult to move, so that the viewer does not spoil the aesthetic appearance. Moreover, since these packing operations are only required to sequentially sandwich the items between the three transparent resin films, the desired items can be easily performed in an extremely short time.
Even if an article is sandwiched between the films by using more than three base materials to which the transparent resin film is adhered, basically the same effect as in the case of three base materials can be obtained.

In the present invention, it is basically desirable that two of the three base materials maintain the strength as a packaging container and have a predetermined thickness corresponding to the size of the item to be sandwiched. As a result, the strength of the packaging container as a whole can be maintained, and the packaging container can be erected in a state where the products are packed, so that it is possible to provide a packaging container for a plurality of products having excellent strength and aesthetics. This predetermined thickness is mainly determined in consideration of the size of the packaged item.

Further, according to the present invention, it is basically composed of three base materials made of a predetermined material such as paper cardboard, wood, resin, etc., and a transparent resin film is adhered to each opening of each base material. , One or more items are sandwiched between two transparent resin films bonded to two adjacent base materials, respectively, and another transparent resin film is bonded to the said base material. By sandwiching another one or more items between the transparent resin film and the other transparent resin film of the two transparent resin films, the film was basically adhered to three substrates. Provided is a method for packing a plurality of items, in which a plurality of items are basically sandwiched between three transparent resin films.

Therefore, a plurality of items can be basically adhered to each of the three substrates and placed between two transparent resin films in close proximity to each other, and all the items are transparent resin films in the middle. The transparent resin film in the middle of the film is pressed by the items on both sides of the film in opposite directions, so that the transparent resin film in the middle is sandwiched around the item. Is hard to move. Therefore, there is an effect that the items do not come into contact with each other and break, or the aesthetic appearance is not spoiled.

1 (a) is an overall view showing a state in which a plurality of items are sandwiched between transparent resin films in the packaging container of the present invention, and FIG. 1 (b) is a sectional view taken along the line AA of FIG. 1 (a) and FIG. 1 (c). ) Indicates an assembly drawing of the packaging container of the present invention. FIG. 2 shows an assembly drawing in which the packaging container of the present invention is covered and the packaging container is placed in an external container. FIG. 3 (a) shows a developed view of a strength-retaining base material of the packaging container of the present invention, FIG. 3 (b) shows a developed view of an outer container, and FIGS. 3 (c) and 3 (d) show strength-retaining. A development view of the frame of the base material is shown, and FIG. 3 (e) shows a development view of the cover of the strength-retaining base material. FIG. 4A shows an assembly drawing in which a transparent resin film is adhered to a strength-retaining base material, and FIG. 4B shows an assembly drawing of a strength-retaining base material in which a transparent resin film is adhered. FIG. 5 shows an assembly drawing of the intermediate base material.

The packaging container according to the embodiment of the present invention will be described in detail below. The packaging container of the present invention is basically composed of three base materials in which a transparent resin film is adhered to each opening. Each substrate has a quadrangular frame with some strength. A transparent resin film is adhered so as to close the quadrangular opening surrounded by the quadrangular frame. It is formed by assembling three of these three base materials. Finally, in the packed state of the goods, the transparent resin films adhered to the openings of the base materials are formed so as to be assembled so as to be in close proximity to each other and overlap each other.

Of the three base materials, the two base materials on both sides are strength-retaining base materials having a substantially regular quadrangular outer shape, which have a predetermined thickness for holding the item and for having strength. The transparent resin film is adhered to one opening of a quadrangle formed by a frame having a thickness. Arranged between the two strength-retaining substrates is a thin, square, thin intermediate substrate of the same size as the outer shape of these strength-retaining substrates. A transparent resin film is adhered to the opening of the intermediate base material. Then, the three transparent resin films adhered to these three base materials are arranged so as to be close to each other.

Then, each item to be packed is in two spaces between two transparent resin films of two strength-retaining base materials and one transparent resin film of one intermediate base material in between. It is sandwiched by each film.
Needless to say, in the present invention, the number of base materials may be increased to three or more, the number of transparent resin films adhered to each base material may be increased to more than three, and an article may be sandwiched between them. For example, the product can be sandwiched in three spaces formed by four adjacent transparent resin films with two intermediate base materials. The same applies to the case of five or more base materials.

This transparent resin film is appropriately stretched depending on the shape and size of one or more items when an item such as a glass bottle, small pottery, or an electronic device is sandwiched between two films. Then, the film is deformed along the outer shape of the item so as to be wrapped around the item.

The intermediate base material is arranged in the middle, and the three transparent resin films are arranged close to each other. First, one or more items are sandwiched between the transparent resin film of the outer strength-retaining base material and the transparent resin film of the intermediate base material. Then, another one or more items are sandwiched between the transparent resin film of the other strength-retaining base material and the transparent resin film of the intermediate base material. Then, the transparent resin film of the intermediate base material is pressed from the items on both sides of the film and adheres to the items on both sides of the film so as to be further wound. In this way, since the intermediate film is in contact with the item over a large area so as to be wrapped around the item on both sides, the item is difficult to move from that position. For that purpose, the transparent resin film has the property of "stretching" without having directionality along the outer shape of the product, and moreover, the film itself must not "stretch too much", and the weight of the product. It is also necessary to have "strength" that can withstand the above, and it is desirable that there is also "recovery elasticity" that returns to its original state even when stretched. When selecting a transparent resin film, it is desirable to appropriately select the transparent resin film in consideration of the size, weight, number of items, and the like.

In the present embodiment, "polyurethane film Tough Grace Film" ("Tough Grace Film" is a registered trademark of Takeda Sangyo Co., Ltd.) is used as the transparent resin film. The thickness of this film is 25, 40, 70, 100 μm, and is selected in consideration of necessary “elongation”, “strength”, “recovery elasticity” and the like.

The material of the base material to which the transparent resin film is adhered may be determined in consideration of workability, assembling property, weight, hardness, cost and the like. The size of the base material depends on the size, weight, and number of items, but also on the purpose of the packaging container. That is, it differs depending on whether it is for transportation, exhibition, gifts, or the like. Considering these, the size is 20 to 50 centimeters on a side. Of course, if it is larger or smaller than that, it is within the range to which the present invention can be applied. In the present embodiment, the size of one side of the base material after assembly is 28.5 cm in length and width. With this size, even if five pieces of bottled salad dressing, jam, etc. are placed between three transparent resin films, each item is held without moving at all. There is also an embodiment in which the size of the base material is 36 cm, and in the case of the packing container, a plurality of wine bottles and glasses can be packed.

In this embodiment, paper corrugated cardboard was used as the material of the base material. In the present embodiment, the material of the base material emphasizes a material that is easy to process, can be processed into a structure having strength, and can be assembled by hand. In addition, cost is also important. Even when paper corrugated cardboard is used, wood or resin may be used as part of the packaging container.
Considering mass productivity and strength, it is possible to use resin.

FIG. 1 shows a perspective view of a packaging container in which an item is packed in the packaging container according to the present invention. FIG. 1B shows a cross-sectional view taken along the line AA of FIG. 1A. FIG. 1 (c) shows an assembly drawing for explaining the method of assembling the packaging container of the present invention.

FIG. 1A shows a state in which a plurality of items 2 are packed in a packing container 1 and finally assembled. In the packing container 1, one intermediate base material 4 is sandwiched and adhered between two strength-retaining base materials 3a and 3b. Then, three transparent resin films 7 are adhered to the packing container 1, and a plurality of items 2 are sandwiched between the transparent resin films 7.

FIG. 1B is a cross-sectional view taken along the line AA of the packaging container 1 of FIG. 1A. As can be seen from this figure, the three transparent resin films of the transparent resin films 7a and 7b adhered to the strength-retaining base materials 3a and 3b and the transparent resin film 10 adhered to the intermediate base material 4 are used. A plurality of items 11 and 12 are sandwiched. In particular, the transparent resin film 10 in the middle is in contact with each item in as wide an area as possible along the shape so as to be wrapped around each item. Since the films 7a, 7b and 10 have elongation performance, recovery elasticity and strength, once the products 11 and 12 are sandwiched, the products 11 and 12 are held without moving.

FIG. 1C is an assembly diagram illustrating a method of assembling the two strength-retaining base materials 3a and 3b of the packing container 1 and the intermediate base material 4, and a method of packing a plurality of items 11 and 12 by the packing container 1. Shown.
In FIG. 1C, the strength-retaining base materials 3a and 3b are formed from the transparent resin films 7a and 7b adhered to the corrugated cardboard frames 5a and 5b and the openings 6a and 6b of the frames 5a and 5b, as will be described later. Become. The intermediate base material 4 is composed of a corrugated cardboard frame 8 and a transparent resin film 10 adhered to an opening 9 thereof. The two transparent resin films 7a and 7b of the strength-retaining base materials 3a and 3b and the transparent resin films 10 of the intermediate base material 4 are arranged so as to be close to each other and overlap each other. At this time, the two strength-retaining base materials 3a and 3b are brought close to each other back to back so that the transparent resin films 7a and 7b are close to each other, and the intermediate base material 4 is arranged between them. These base materials 3a, 3b, and 4 have a regular quadrangle in outer shape and are substantially the same in size. Therefore, when the base materials 3a, 3b, and 4 are brought close to each other, they become one packaging container.
The product 11 is arranged so as to be sandwiched between the transparent resin film 7a of the strength-retaining base material 3a and the transparent resin film 10 of the intermediate base material 4. On the other hand, the product 12 is arranged so as to be sandwiched between the transparent resin film 7b of the other strength-retaining base material 3b and the transparent resin film 10 of the intermediate base material 4. In this way, the two strength-retaining base materials 3a and 3b and the intermediate-retaining base material 4 are packed so as to sandwich the article between the transparent resin films 7a, 7b and 10 facing each other and brought into contact with each other. In this state, the frame 5a, the frame 5b, and the frame 8 are bonded to each other on the side surface. As a result, the packing container 1 in which the item 2 is packed is completed as shown in FIG. 1 (a). In addition, tape, glue, or other methods may be used for bonding on the side surfaces of the frames 5a, 5b, and 8.

The two strength-retaining base materials 3a and 3b are formed of paper corrugated cardboard, and the corrugated cardboard is usually formed by waving in a certain direction inside, and there is a directionality in bendability. .. The strength of the entire packaging container 1 is balanced in the vertical direction and the horizontal direction, and as a result, in order to increase the strength of the entire packaging container 1, the strength-retaining base materials 3a and 3b are aligned in the wave direction. It is desirable to sandwich the intermediate base material 4 and bond it. In this case, as described above, since the strength-retaining base materials 3a and 3b and the intermediate base material 4 are regular quadrangles, the directionality of the strength of the corrugated cardboard can be taken into consideration.

As described above, the plurality of items 11 and 12 sandwiched between the two adjacent transparent resin films 7a, 7b and 10 so as to be wrapped have the "elongation performance" of the transparent resin films 7a, 7b and 10. Due to the "recovery elasticity", the transparent resin films 7a, 7b, and 10 extend along the outer shape of the items 11 and 12 and are securely wrapped. Then, the items 11 and 12 are in a substantially fixed state without moving the arranged positions. Of course, if the size and weight of the items 11 and 12 exceed the performance of the films 7a, 7b and 10, the films 7a, 7b and 10 may be torn or the positions of the items 11 and 12 may be displaced. However, when using it as the packing container 1, it is natural to select the packing container 1 having a size suitable for the items 11 and 12, and appropriately select the material and thickness of the films 7a, 7b and 10. That is, it is within the scope of the invention.

In this way, the packing container 1 is transporting the items 11 and 12 sandwiched between the transparent resin films 7a, 7b and 10 of the two strength-retaining base materials 3a and 3b and the one intermediate base material 4. Even if it is present, or even if it is being exhibited in a standing state at the product exhibition hall, the position of the item hardly moves, and it can be seen by the viewer through the transparent resin films 7a, 7b, and 10. It can give aesthetics.

FIG. 2 is an explanatory view showing that the packing container 1 shown in FIG. 1 has a cover 16 attached to a frame to reinforce its strength and is inserted into a rectangular parallelepiped outer container 13 that matches the dimensions of the packing container 1. Is. It is also possible to include the cover 16 and the outer container 13 to form the packaging container 1. Thereby, the strength of the packing container 1 can be further increased during transportation.

3 to 5 show the base materials (strength-retaining base materials 3a and 3b and the intermediate base material 4) of the packing container 1, the outer container 13, the frames 8a and 8b of the intermediate base material 4, and the cover 16 of the packing container 1. It is a development drawing and explanatory drawing which show a concrete structure and an assembly method.

FIG. 3A is a developed view of a frame 5a having a square outer shape of the strength-retaining base material 3a. FIG. 3B is a developed view of the outer container 13 of the packing container 1. 3 (c) and 3 (d) are development views of frames 8a and 8b of the packaging container 1, respectively. FIG. 3 (e) is a developed view of the cover 16 of the packing container 1.
In FIG. 3, each base material and member are assembled by folding a corrugated cardboard at a polygonal line shown in the figure.
The strength-retaining base material 3a has a quadrangular frame 5a and an opening 6a in the center. The broken lines shown in the frame 5a are polygonal lines 14a, 14b, 14c, and 14d, and when bent along the polygonal lines 14a, 14b, 14c, and 14d, the strength-retaining base material 3a having a three-dimensional structure having a predetermined thickness is obtained. This three-dimensional structure has the strength required for a container, and one side of the portion corresponding to the thickness of the packing container 1 makes it possible to stand the entire container 1 in the vertical direction, making it easy to see the products packed in the container. It also contributes to doing.

FIG. 4 is an explanatory diagram illustrating a method of assembling the strength-retaining base material 3a.
Specifically, FIG. 4A is an explanatory diagram illustrating that the transparent resin film 7a is adhered to the strength-retaining base material 3a before assembly. The transparent resin film 7a is adhered to the frame forming the opening of the strength-retaining base material 3a in the direction of the arrow.

FIG. 4B is an explanatory view showing that the strength-retaining base material 3a to which the transparent resin film 7a is adhered is sequentially assembled along the polygonal line. By bending the four sides of the frame 5a, the frame material 15a is formed, and the strength of the strength-retaining base material 3a is increased. As a result, the assembled strength-retaining base material 3a is finally formed.

FIG. 5 is an explanatory diagram illustrating a method of assembling the intermediate base material 4 of the packing container 1. The frames 8a and 8b of the intermediate base material 4 are bent to form two frames 8a and 8b, respectively. The four sides of the quadrangular transparent resin film are sandwiched between the bent portions of the frames 8a and 8b. As a result, the intermediate base material 4 as shown in FIG. 5 is formed.

1 Packing container 2 Goods 3 Strength-retaining base material 4 Intermediate base material 5 Frame of strength-retaining base material 6 Opening of strength-retaining base material 7 Transparent resin film of strength-retaining member 8 Frame of intermediate base material 9 Opening of intermediate base material 10 Transparent resin film of intermediate base material 11 Product 12 Product 13 External container 14 Folded line 15 Frame material of strength-retaining base material 16 Cover of strength-retaining base material

Claims (7)

It is basically composed of three base materials made of a predetermined material, and a transparent resin film is adhered to each opening of each base material so as to cover the opening. Upon packing pieces of goods, to form two spaces, said plurality of articles between them three of the transparent resin film is disposed so as to overlap in close proximity to each other the three transparent resin film by Rukoto The three base materials were assembled and adhered in a state of being sandwiched in the two spaces formed between the transparent resin films facing each other to form a packing container for packing the goods. A packaging container for multiple items, characterized by the fact that it is a packaging container for multiple items. The packaging container for a plurality of items according to claim 1, wherein the predetermined material of the three base materials is corrugated cardboard. The packaging container for a plurality of items according to claim 1, wherein the predetermined material of the three base materials is a resin. A first peripheral frame rectangle of a predetermined material, is bonded the a first opening surrounded by the first outer peripheral frame, the first peripheral frame so as to close the first opening It has a first transparent resin film, and the first outer peripheral frame has a first base material having a predetermined thickness and
So as to close the second peripheral frame having substantially the same peripheral shape made from the first substrate and the same material, a second opening surrounded by the second peripheral frame, the second opening and a second transparent resin film adhered to said second peripheral frame, said second outer circumferential frame and the second base member is a plate-like,
The third outer peripheral frame made of the same material as the first base material and having substantially the same structure, the third opening surrounded by the third outer peripheral frame, and the third opening so as to close the third opening. have a third transparent resin film adhered to the third outer peripheral frame of the third peripheral frame of a third base material having a predetermined thickness,
The first, second, and third base materials are assembled and adhered by arranging the first, second, and third transparent resin films in this order so as to be in close proximity to each other and overlapping each other.
Between the first transparent resin film of the first base material and the second transparent resin film of the second base material, and between the second transparent resin film of the second base material and the said. A plurality of items, each of which is sandwiched between the third base material and the third transparent resin film, to form a packaging container for packing the items. Packing container. The packaging container for a plurality of items according to claim 4, wherein the predetermined material of the first, second and third base materials is corrugated cardboard. The packaging container for a plurality of items according to claim 4, wherein the predetermined material of the first, second and third base materials is a resin. The first and third base materials to which a transparent resin film is adhered so as to close the opening formed in the outer peripheral frame having a predetermined thickness, and the opening formed in the plate-shaped outer peripheral frame. It consists of a second base material to which a transparent resin film is adhered so as to close it, and basically three base materials made of a predetermined material are prepared.
The three base materials are arranged so that the three transparent resin films face each other in close proximity to each other with the second base material in the middle.
One or a plurality of items between the first, each of the transparent resin film of the second and third three previous adjacent one of the substrate's rating first and second two substrates By sandwiching and further sandwiching another one or more items between the transparent resin film of the third base material and the transparent resin film of the second base material , the first, A plurality of items are sandwiched between the three transparent resin films adhered to the second and third three substrates.
A method for packing a plurality of articles, which comprises assembling and adhering the first, second and third base materials.

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