JP2018065593A - Mount and package with shrink film - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a package in which a part of the article can directly be visualized and the article is protected by casing.SOLUTION: The package includes mount 2A and an object with film 9A via thermally shrinking film 3A onto article 8. The mount 2A consists of mount body and case, and the case consists of back wall 52A which is an extension of mount body, side wall 51A which rises from the end of back wall, and strip walls 41A, 43A which are extensions from upper part and lower part of the side wall. The upper part of the object with film is covered by strip wall 41A above, and part of side wall and part of back wall, and the lower part of the object with film is covered by strip wall 43A to the bottom, and part of side wall and part of back wall, in the middle of the vertical direction of the object with film it is open on the front and opposite sides, and inside the side wall there is a pair of perforations 71A, 72A, and on the shrink film there are perforations 31A.SELECTED DRAWING: Figure 10

Description

  The present invention relates to a mount with a shrink film and a package, in which the shrink film is attached to the mount.

Conventionally, a mount with a shrink film in which a tubular shrink film is attached to the mount is known.
For example, Patent Document 1 discloses a mount, a cylindrical shrink film affixed to the surface of the mount, and a substantially quadrangular prism shape that extends downward in the width direction of the mount and wraps around the shrink film. A shrink mount with POP having a display piece to be folded is disclosed. When the shrink mount with POP is used, after the article is attached to the shrink film, the display piece is bent into a substantially quadrangular prism shape, and the shrink film and the mount are not bonded to the tip of the display piece. Insert between the mount and shrink film in the part. In this way, a packaging body is obtained in which the lower part of the article attached to the shrink film is surrounded by the case part made up of a substantially quadrangular prism-shaped display piece.

However, in the mount with a shrink film of Patent Document 1, the case portion must be formed by folding a flat display piece into a substantially quadrangular prism shape, and the bending work is complicated. In addition, after the display piece is bent, the tip of the display piece must be inserted between the mount and the shrink film.
Moreover, since the lower part of the articles | goods attached to the shrink film is surrounded by the substantially square prism-shaped display piece, the package which uses the mount with a shrink film of patent document 1 WHEREIN: All the articles | goods are in a case part. The article can be directly visually recognized. However, since the upper part of the article is exposed in the package of Patent Document 1, foreign matter hits the upper part of the article, the article becomes dirty, or the shrink film for attaching the article to the mount is peeled off from the mount. There is a fear.

Utility Model Registration No. 3059378

A first object of the present invention is to provide a mount with a shrink film that can easily form a case portion surrounding an article.
A second object of the present invention is to provide a package in which an article is protected by a case part while allowing a part of the article to be directly visually recognized.

  The mount with shrink film of the present invention includes a mount having a mount body and a case forming portion capable of forming a case portion covering a part of the article, and a tubular shrink film attached to the case forming portion. It is a mount with a film, and the case forming part of the mount has an overlapped front sheet piece and a back sheet piece. A crease line extending in a direction is formed, and the back sheet piece is partitioned into a back first surface portion and a back second surface portion on the basis of the crease line, and the back first surface portion is a left side of the mount body or The front sheet piece extends to the right side and is foldable with respect to the back second surface portion at the crease line, and the front sheet piece is divided into at least two surface portions in the vertical direction, Of the two surface portions of the front sheet piece, the front first surface portion extends across the crease line of the back sheet piece, and one end in the left-right direction of the front first surface portion is the back first surface portion. And the opposite end in the left-right direction are connected to the end of the back second surface portion, and the back first surface portion and the back second surface portion other than the left and right end portions of the front first surface portion. The back surface of the front second surface portion of the two surface portions of the front sheet piece is bonded to the surface of the back sheet piece, and the shrink film is formed on the front surface of the front second surface portion. The shrink film is attached with the axial direction of the vertical direction as the vertical direction.

In the preferable mount with shrink film of the present invention, the front sheet piece is divided into the front first surface portion, the front second surface portion, and the front third surface portion in order in the vertical direction, and the front third surface portion is It extends across the crease line of the back sheet piece, one end in the left-right direction of the front third surface portion is connected to the end of the back first surface portion, and the opposite end in the left-right direction is the back second. While being connected to the end portion of the surface portion, the portions other than the left and right end portions of the front third surface portion are not adhered to the back first surface portion and the back second surface portion.
The mount board with a preferable shrink film of the present invention is attached to the surface of the front second surface portion so that the shrink film does not overlap the front first surface portion and the front third surface portion.
As for the mount with a preferable shrink film of this invention, the cover sheet piece is extended by the up-down direction edge part of the said back 1st surface part, or the up-down direction edge part of the said front 1st surface part.
In a preferable mount with shrink film of the present invention, a pair of perforation lines extending in the left-right direction are formed in the plane of the first back surface portion apart in the vertical direction.
The mount with a preferable shrink film of the present invention, the cylindrical shrink film is folded in a flat shape, the shrink film folded in the flat shape is disposed so as to straddle the portion corresponding to the crease line, It is attached to the surface of the front second surface portion.

According to another aspect of the present invention, a package is provided.
The package of the present invention has a mount and an article with a film in which a shrink film is heat-shrink mounted on the article, and the back of the article with the film is attached to the mount with the axial direction of the shrink film as the vertical direction. And the mount includes a mount body and a case portion covering a part of the article with film, and the case portion faces the back of the article with film. A back wall extending from the mount body, a side wall standing up from an end of the back wall so as to face one side of the article with film, and a front side and an opposite side of the article with film A belt wall extending independently from the upper part and the lower part of the side wall so as to face each other, and the periphery of the upper part of the article with film is one of the upper belt wall and the side wall. And the periphery of the lower part of the article with film is covered with the lower belt wall, part of the side wall and part of the back wall, and The front surface and the opposite side surface of the middle portion in the vertical direction are open, and the perforation line extending from the edge portion not having the belt wall to the end portion of the back wall is vertically formed in the side wall surface. The shrink film is formed with a pair of perforations extending in the axial direction of the film at a position facing the side wall.

  In a preferred package of the present invention, a knob is provided at the axial end of the shrink film of the article with film, and the perforation extends in the axial direction starting from the base of the knob. The article with a film is attached so that the knob is located between a pair of upper and lower perforations formed on the side wall.

The mount with a shrink film of the present invention is such that the front first surface portion stands up and the case portion surrounding the article is easily formed by folding the back first surface portion to the front side with respect to the back second surface portion by a crease line. it can. By mounting the article on the shrink film of the mount with the shrink film by heat shrinkage, a package body in which the article is held on the mount by the shrink film is obtained.
Moreover, since the packaging body of this invention has open | released the front surface of the up-down direction intermediate part of an article | item with a film, and the side surface on the opposite side, the article | item with a film can be visually recognized directly there. Furthermore, since the article with a film is covered with the case part having the upper and lower belt walls, the back wall, and the side wall, a package in which the article is appropriately protected can be provided.

The front view of the mount with shrink film of the present invention (plan view seen from the surface side of the mount with shrink film). The back view (plan view seen from the back side). Sectional drawing cut | disconnected by the III-III line | wire of FIG. Sectional drawing cut | disconnected by the IV-IV line of FIG. The top view which shows the sheet | seat material which expand | deployed mount. The perspective view which shows the middle of raising the case formation site | part of a mount with a shrink film in three dimensions. The perspective view which looked at the mount with a shrink film after forming a case part from upper right. The perspective view which looked at the mount with a shrink film after forming a case part from the lower left. The perspective view which looked in the middle of inserting an article in the shrink film of the mount with the shrink film from the lower left. The perspective view which looked at the package of the present invention from the upper right. The perspective view which looked at the package from the lower left. The right view of the package. Sectional drawing cut | disconnected by the XIII-XIII line | wire of FIG. Sectional drawing cut | disconnected by the XIV-XIV line | wire of FIG. Sectional drawing cut | disconnected by the XV-XV line | wire of FIG. The right view of the package at the time of opening. The perspective view which looked at the package at the time of opening from the upper right.

A preferred embodiment of the present invention will be specifically described with reference to the drawings. Note that “first”, “second”, and the like may be added to the beginning of terms, but these are added to distinguish terms and do not mean the order or superiority or inferiority thereof. The “front surface” of the mount refers to the surface on the side closer to the viewer when the mount is viewed from the front shown in FIG. 1 (the direction in which the surface of the mount is directly viewed), and the “back” is the opposite surface Point to. The plan view shape is a shape when viewed from the vertical direction with respect to the front surface or the back surface of the mount. The terms “direction”, “top”, “bottom”, “left”, and “right” are used. These are assumed to be a state where a package is set up with an arbitrary side of the mount placed on a horizontal plane, and is relative to the surface of the mount. The direction when viewed from the vertical direction. In addition, the description “PPP to QQQ” means “PPP or more and QQQ or less”. Furthermore, in the present invention, the term mount does not have a limiting meaning that it is made of paper.
It should be noted that the specific dimensions and scale ratios of each figure are different from the actual ones.

<Mount with shrink film>
As shown in FIGS. 1 to 4, a mount 1 with a shrink film includes a mount 2 having a case forming part capable of forming a case part covering a part of an article, and a cylindrical shrink film attached to the case forming part. 3. The mount 1 with the shrink film is usually folded into a flat shape for the convenience of storage or transportation. The tubular shrink film 3 attached to the flat mount 2 is normally folded. This shrink film 3 is before heat shrinking.
In each figure, the alternate long and short dash line indicates a crease line (shows a crease line that is not folded by the crease line), and when folded by the crease line, the crease line is indicated by a solid line (see FIG. 5 is the same).

The sheet material for forming the mount 2 is not particularly limited, and a conventionally known material can be used. Examples of the sheet material include cardboard (including a thin synthetic resin film and / or cardboard laminated with a metal vapor deposition layer), a synthetic resin sheet, a synthetic resin sheet having a metal vapor deposition layer, a foamed resin sheet, and the like. The laminated sheet etc. are mentioned. The cardboard is preferably used because it is relatively inexpensive. Examples of the synthetic resin sheet include polyolefin-based, polyester-based, and polystyrene-based sheets, and polypropylene sheets are preferable because they have appropriate rigidity.
The thickness of the sheet material is not particularly limited, but is preferably about 0.2 mm to 1.5 mm. In the case of thick paper, it is about 0.5 mm to 1.5 mm, and in the case of a synthetic resin sheet, it is about 0.2 mm to 0.6 mm. In addition, a desired design may be displayed on the front surface or / and the back surface of the mount 2 by printing or the like, if necessary.

The mount 2 includes a case forming portion for forming a case portion that covers a part of the article, and a mount main body that is a portion other than the case forming portion. In order to make the case forming portion and the mount body easy to understand, innumerable dots are added to the mount body portion for convenience in FIGS.
The mount 2 has a flat shape as a whole, but when the mount 1 with the shrink film is used, the case forming portion is raised up three-dimensionally.
The case forming part is composed of two sheet pieces 4 and 5 stacked on the front and back sides. The two sheet pieces 4 and 5 constituting the case forming portion are referred to as a front sheet piece and a back sheet piece. The mount body may be composed of one sheet piece or may be composed of two sheet pieces.
The front sheet piece 4 and the back sheet piece 5 are extended to the side of the mount body. In the illustrated example, the front sheet piece 4 and the back sheet piece 5 are extended to the right side of the mount body in a front view. However, the front sheet piece 4 and the back sheet piece 5 may be extended to the left side of the mount body in a front view.

Although the planar view shape of the front sheet piece 4 and the back sheet piece 5 is not specifically limited, For example, it is a substantially rectangular shape. The front sheet piece 4 and the back sheet piece 5 are overlapped. In the surface of the back sheet piece 5, a crease line 61 extending in the vertical direction from the upper edge to the lower edge of the back sheet piece 5 is formed. The crease line 61 extends in the vertical direction at a substantially central portion in the left-right direction of the back sheet piece 5. That is, the back sheet piece 5 is divided into two substantially equally on the left and right by the crease line 61. The left-right direction is a direction orthogonal to the up-down direction in the plane of the sheet piece.
In the present specification, the crease line is a line formed on the sheet piece so that the sheet piece constituting the mount 2 can be easily folded. This crease line is not particularly limited, for example, a perforation line in which small holes penetrating in the thickness direction of the sheet piece are formed, a concave push line in which the sheet piece is pushed in the thickness direction, and a thickness direction of the sheet piece A V-notch line or the like cut in
By forming the crease line 61 at the substantially central portion in the left-right direction of the back sheet piece 5, the left-right length of the back first surface portion and the left-right length of the back second surface portion, which will be described later, become the same, and the substantially square shape in the bottom view The case portion is formed. However, the crease line 61 is not limited to the case where the crease line 61 is formed at a substantially central portion in the left-right direction of the back sheet piece 5, and may be formed near one side of the back sheet piece 5 in the left-right direction. In this case, a back first surface portion 51 and a back second surface portion 52 having different lengths in the left-right direction are generated, and a case portion having a substantially rectangular shape in bottom view is formed.
Hereinafter, the crease line 61 formed in the surface of the back sheet piece 5 is referred to as a “first crease line”.

The back sheet piece 5 is divided into two regions in the left-right direction with reference to the first crease line 61. The area on the left side of FIG. 2 with respect to the first crease line 61 is referred to as a back first surface part 51, and the area on the right side is referred to as a back second surface part 52.
The back first surface portion 51 can be bent at the first crease line 61 with respect to the back second surface portion 52.
Further, perforations 71 and 72 extending in the left-right direction are formed in the surface of the back first surface portion 51. A pair of the perforation lines 71 and 72 are provided apart from each other with an interval in the vertical direction. As the pair of perforation lines 71 and 72, a straight small cut is formed intermittently, a circular or elliptical hole is formed intermittently, or a cut in a letter shape substantially in plan view. Are formed intermittently. In the illustrated example, as the perforation lines 71 and 72, a case where intermittent cuts in a letter shape substantially in plan view are formed is illustrated.
The upper and lower perforation lines 71 and 72 may be formed to extend substantially parallel to the left-right direction, respectively, or may be formed to extend in the left-right direction while being inclined.
In the illustrated example, the upper perforation line 71 is formed to extend in the left-right direction while being inclined upward toward the first crease line 61, and the lower perforation line 72 is formed to extend substantially parallel to the left-right direction. Yes.

On the other hand, the front sheet piece 4 is divided into at least two surface portions in the vertical direction.
Of the two surface portions of the front sheet piece 4, the front first surface portion 41 extends across the first crease line 61 of the back sheet piece 5. One end portion in the left-right direction of the front first surface portion 41 is connected to an end portion of the first back surface portion 51, and the opposite end portion in the left-right direction of the first front surface portion 41 is an end portion of the second back surface portion 52. Are connected to the back first surface portion 51 and the back second surface portion 52 (the back sheet piece 5) except for the left and right end portions of the front first surface portion 41.
On the other hand, of the two surface portions of the front sheet piece 4, the back surface of the front second surface portion 42 is bonded to the surface of the back sheet piece 5.
In this specification, “non-adhesion” means that two objects are not adhered, and the two things can be separated or brought close to each other. A thing is physically connected directly or through an adhesive material such as an adhesive.

Specifically, the front sheet piece 4 is, for example, the same shape and size as the back sheet piece 5. Cut lines 78 and 79 extending in the left-right direction are formed in the surface of the front sheet piece 4. The cut lines 78 and 79 are lines that divide the front sheet piece 4. A pair of cut lines 78 and 79 extending in the left-right direction are formed with a space in the vertical direction. The upper and lower cut lines 78 and 79 may be formed to extend substantially parallel to the left-right direction, or may be formed to extend in the left-right direction while being inclined.
As shown in FIG. 1, the upper cut line 78 is formed extending in the left-right direction while being inclined upward toward the end of the back first surface portion 51, and the lower cut line 79 is formed on the back first surface portion 51. It is formed to extend in the left-right direction while inclining downward as it goes to the end portion.
The front sheet piece 4 is divided into three surface portions arranged in the vertical direction by the pair of upper and lower cut lines 78 and 79. The three surface portions are a front first surface portion 41, a front second surface portion 42, and a front third surface portion 43 in order from above. The front first surface portion 41 and the front second surface portion 42 are vertically adjacent via an upper cut line 78, and the front second surface portion 42 and the front third surface portion 43 are vertically moved via a lower cut line 79. Adjacent to.

The front first surface portion 41 and the front third surface portion 43 extend in the left-right direction, and one end in the left-right direction of the front first surface portion 41 and the front third surface portion 43 is at the end of the back first surface portion 51, respectively. The end portions of the front first surface portion 41 and the front third surface portion 43 that are opposite to each other in the left-right direction are connected to the end portions of the back second surface portion 52.
Further, the front first surface portion 41 and the front third surface portion 43 are not adhered to the back first surface portion 51 and the back second surface portion 52 (the back sheet piece 5) except for both end portions thereof.
The front second surface portion 42 is bonded to the back sheet piece 5. The entire front second surface portion 42 may be bonded to the back sheet piece 5, or a part thereof may be bonded to the back sheet piece 5. When a part of the front second surface part 42 is bonded to the back sheet piece 5, it is preferable that a part of the front second surface part 42 is bonded to both the back first surface part 51 and the back second surface part 52. In addition, the front 2nd surface part 42 and the back sheet piece 5 are normally adhere | attached through adhesive materials, such as an adhesive agent (or adhesive) and a double-sided adhesive tape. 3 and 4, the adhesive material such as the adhesive interposed between the front second surface portion 42 and the back sheet piece 5 is not illustrated.

If necessary, crease lines 62, 63, and 64 are provided at positions corresponding to the first crease lines 61 in the surfaces of the front first surface portion 41, the front second surface portion 42, and the front third surface portion 43, respectively. It is formed. Hereinafter, the crease line 62 formed in the surface of the front first surface portion 41 is referred to as “second crease line”, and the crease line 63 formed in the surface of the front second surface portion 42 is referred to as “third crease line”. The folding ruled line 64 formed in the surface of the front third surface portion 43 is referred to as a “fourth folding ruled line”. Similar to the first crease line 61, the second crease line 62, the third crease line 63, and the fourth crease line 64 are extended in the vertical direction.
Further, fold ruled lines 65 and 66 extending in the vertical direction are respectively formed on the opposite ends of the front first surface portion 41 and the front third surface portion 43 in the left-right direction as necessary. Hereinafter, the crease line 65 formed at the opposite end of the front first surface portion 41 is referred to as “fifth crease line”, and the crease line 66 formed at the opposite end of the front third surface portion 43 is referred to as “sixth crease line”. "

Further, a lid sheet piece 28 extends from the upper end portion of the back first surface portion 51. A crease line is formed at the boundary between the lid sheet piece 28 and the back first surface portion 51 as necessary.
On the other hand, an auxiliary flap piece 29 that forms a lid in cooperation with the lid sheet piece 28 extends from the upper end portion of the front first surface portion 41. A crease line is formed at the boundary between the auxiliary flap piece 29 and the front first surface portion 41 as necessary.
Further, an insertion port 27 for inserting the insertion portion 28a formed in the lid sheet piece 28 is in the plane of the front first surface portion 41 and between the second crease line 62 and the fifth crease line 65. Is formed. The insertion slot 27 is formed of a cut line having a substantially arc shape formed in the surface of the front first surface portion 41, for example.
However, the lid sheet piece 28 is not limited to the case where it is provided at the upper end portion of the back first surface portion 51, and the lid sheet piece 28 may be provided at the upper end portion of the front first surface portion 41 (not shown). ). The lid sheet piece 28 is not limited to being provided at the upper end portion, and the lid sheet piece 28 may be provided at the lower end portion of the back first surface portion 51 or the lower end portion of the front third surface portion 43 ( Not shown).

The shrink film 3 is attached to the surface of the front second surface portion 42 with the axial direction of the shrink film 3 as the vertical direction.
The shrink film 3 has a heat-shrinkable film formed in a cylindrical shape, and is folded into a flat shape.
The heat-shrinkable film constituting the cylindrical shrink film 3 has flexibility and further heat-shrinks at least in the first direction (the first direction is the direction around the axis when formed in a cylindrical shape). If it is a film which has property, it will not specifically limit, A conventionally well-known film can be used. The heat shrinkability refers to a property of shrinking when heated to a predetermined temperature (for example, 70 ° C. to 100 ° C.). As the heat-shrinkable film, a film that slightly heat-shrinks or stretches in the second direction (the second direction is a direction orthogonal to the first direction in the plane of the heat-shrinkable film) may be used. A heat-shrinkable film can be obtained by forming into a film by a well-known manufacturing method and extending | stretching.
The heat-shrinkable film may be an opaque film, but it is preferable to use a colorless transparent or colored transparent film because the design of the article to be packaged can be seen through. The heat-shrinkable film may be a single layer or a laminated film in which a plurality of layers are laminated and integrated. The material for forming the heat-shrinkable film is not particularly limited. For example, a polyester resin such as polyethylene terephthalate or polylactic acid, an olefin resin such as polypropylene, a polystyrene resin such as polystyrene, a cyclic olefin resin, or a vinyl chloride type. Examples thereof include a resin composition containing, as a main component, one type selected from thermoplastic resins such as resins, or a mixture of two or more types. Although the thickness of a heat-shrinkable film is not specifically limited, For example, they are 20 micrometers-100 micrometers.

On the heat-shrinkable film, a desired design may be displayed by printing or the like as necessary. The print layer (not shown) of the design may be provided on either the inner surface or the outer surface of the heat-shrinkable film, but is preferably provided on the inner surface of the heat-shrinkable film from the viewpoint of preventing scratches.
The shrink film 3 is rolled up so that the first direction of the heat-shrinkable film is the direction around the axis, and one end of the film is overlapped with the other end, as in the prior art. Are bonded to each other with a solvent or an adhesive to form a cylinder.
In order to insert an article, the inner peripheral length of the cylindrical shrink film 3 is slightly larger than the outer peripheral length of the article. The length of the cylindrical shrink film 3 in the vertical direction may be the same as, smaller than, or larger than the vertical length of the article.
Preferably, the vertical length of the shrink film 3 is the minimum value of the vertical length between the front first surface portion 41 and the front third surface portion 43 (in other words, the vertical length of the front second surface portion 42). Smaller than (minimum value).

A knob 32 is extended on the upper edge of the shrink film 3. Further, a perforation line 31 extending in the axial direction is formed in the surface of the shrink film 3. The number of perforation lines 31 may be one, or two or more may be provided at intervals in the circumferential direction of the shrink film 3. In the illustrated example, two perforations 31 and 31 are formed at a desired interval (for example, 3 mm to 15 mm, preferably 5 mm to 10 mm) in the circumferential direction of the shrink film 3.
The arrangement of the perforation line 31 is not particularly limited, but in the present embodiment in which the knob portion 32 is formed, the perforation line 31 is preferably extended in the vertical direction from the base portion of the knob portion 32. When the two perforation lines 31 and 31 are formed, it is preferable that the two perforation lines 31 and 31 extend in the vertical direction from both bases of the knob portion 32.
In the illustrated example, the perforation line 31 is formed from the upper edge to the lower edge of the shrink film 3, but is not limited to the case where it is formed to the lower edge. You may form to the direction middle part.

The tubular shrink film 3 is folded into two flat folds facing each other.
For example, the shrink film 3 is folded in a flat shape so that the knob 32 is folded in the circumferential direction.
The shrink film 3 folded in a flat shape is attached to the front second surface portion 42 with the axial direction being the vertical direction. In the illustrated example, the shrink film 3 is attached to a part of the left side area (this left side area is closer to the mount body) with respect to the third crease line 63 in the front second surface portion 42.
Preferably, the shrink film 3 folded in a flat shape is disposed so as to straddle a portion corresponding to the first crease line 61 and attached to the surface of the front second surface portion 42. In the front 2nd surface part 42 in which the 3rd crease line 63 is formed corresponding to the 1st crease line 61, the shrink film 3 straddles the 3rd crease line 63 of the front 2nd surface part 42. It is attached to the front second surface part 42. That is, when the front second surface portion 42 is divided into a right portion and a left portion on the basis of the third crease line 63, the shrink film 3 is attached so as to overlap both the right portion and the left portion. Yes. Preferably, the shrink film 3 is attached to the surface of the front second surface portion 42 so that the periphery where the perforation line 31 is formed overlaps the right side portion of the front second surface portion 42.
The flat shrink film 3 is attached to the surface of the front second surface portion 42 so as not to overlap the front first surface portion 41 and the front third surface portion 43. For example, a part of the shrink film 3 is bonded to the surface of the front second surface portion 42.
The method for adhering the shrink film 3 to the front second surface portion 42 is not particularly limited. For example, the shrink film 3 may be directly adhered to the front second surface portion 42 or an adhesive (or adhesive). Further, it may be bonded via an adhesive material such as a double-sided adhesive tape. Usually, as shown in FIGS. 3 and 4, an adhesive portion 26 made of an adhesive material is provided between the shrink film 3 and the front second surface portion 42, and a part of the shrink film 3 is adhered to the front second surface portion 42. .

The mount body is provided continuously in a part of the case forming portion. In the illustrated example, the mount body is continuously provided above and to the side of the case forming portion. In other words, the case forming portion including the first back surface portion 51 is continuously provided so as to extend from the side of the mount body, and in the illustrated example, extends to the right side of the mount body in a front view. .
Further, the mount body may be composed of one sheet piece, or may be composed of two or more sheet pieces. In the illustrated example, the mount body is composed of a sheet piece continuous to the back sheet piece 5 and a sheet piece continuous to the front sheet piece 4, and the two sheet pieces are bonded. Specifically, the mount body is continuous with the sheet piece continuous above and to the side of the back second surface portion 52 and the side of the front first surface portion to the front third surface portions 41, 42, and 43 and the front first surface portion 41. And a sheet piece extending to the upper side. A part or all of these two sheet pieces are bonded and integrated with an adhesive (or adhesive). 3 and 4, the adhesive material such as the adhesive interposed between the two sheet pieces constituting the mount body is not shown.

FIG. 5 shows a state in which the sheet material for forming the mount 2 is developed.
Reference numerals corresponding to the portions of the mount 1 with the shrink film are attached to the spread sheet material of FIG. Furthermore, innumerable dots are added for convenience to the portion of the unfolded sheet material of FIG.
The spread sheet material is formed by connecting the end of the back first surface portion 51 of the back sheet piece 5 and one end of the front sheet piece 4, and the end of the back first surface portion 51 and the front sheet piece. A seventh fold ruled line 67 extending in the up-down direction is formed at a boundary portion of one end portion of 4.
Using the seventh crease line 67 as a reference, the right side portion of the unfolded sheet material is folded to the back side of the left side portion at 180 degrees by the seventh crease line, and the right side portion and the left side portion are superimposed. By bonding the second surface portion 42 to the back sheet piece 5 and adhering the sheet pieces constituting the mount body, the flat mount 2 as described above is obtained.
By mounting the flat shrink film 3 on the surface of the front second surface portion 42 of the mount 2, a mount 1 with a shrink film as shown in FIGS. 1 to 4 is obtained.

<Use of mount with shrink film>
The mount 1 with the shrink film is used as follows, for example.
As shown in FIG. 6, the back first surface portion 51 is bent to the front surface side with respect to the back second surface portion 52 for the flat mount 1 with the shrink film. Since the first crease line 61 is formed at the boundary between the back first surface portion 51 and the back second surface portion 52, the back first surface portion 51 can be easily bent. When the back first surface portion 51 is bent, the front first surface portion 41 connected to the end portion of the back first surface portion 51 and not bonded to the back sheet piece 5 (the back first surface portion 51 and the back second surface portion 52) and The front 3rd surface part 43 leaves | separates from the back sheet piece 5, and comes to stand up in three dimensions. In particular, the second crease line 62 and the fourth crease line 64 are formed in the surface of the front first surface portion 41 and the front third surface portion 43, and the end portions of the front first surface portion 41 and the front third surface portion 43 (front first surface portion). Since the fifth fold ruled line 65 and the sixth fold ruled line 66 are formed on the surface part 41 and the front third surface part 43 and the mount body), the front first surface part 41 and the front third surface part 43 are surely It comes to stand up three-dimensionally.
Since the front second surface portion 42 is bonded to the back sheet piece 5, the right portion facing the back first surface portion 51 of the front second surface portion 42 is bent together with the back first surface portion 51. In particular, since the third crease line 63 is formed in the surface of the front second surface part 42 corresponding to the first crease line 61, the back first surface part 51 can be very easily formed by the first crease line 61. Can be folded.
Further, since the shrink film 3 is disposed so as to straddle the portion corresponding to the first crease line 61 and is attached to the front second surface portion 42, when the back first surface portion 51 is bent, the right side of the shrink film 3 is One side is pushed by the back first surface portion 51, and the upper and lower openings of the flat shrink film 3 are slightly opened (see FIG. 6).

Then, as shown in FIGS. 7 and 8, the front first surface portion 41 and the front third surface portion 43 are made to be second by raising the back first surface portion 51 substantially perpendicular to the back second surface portion 52, respectively. The crease line 62 and the fourth crease line 64 bend at a substantially right angle, and the fifth crease line 65 and the sixth crease line 66 stand at a substantially right angle with respect to the back second surface portion 52.
In this way, the case portion can be formed on a part of the mount 2 by raising the case forming portion of the mount 2 in a three-dimensional manner.
The said case part is comprised from the front 1st surface part 41, the front 3rd surface part 43, the back 1st surface part 51, and the back 2nd surface part 52 which stood | started up three-dimensionally, and the shrink film 3 is comprised in the case part. .
If necessary, the auxiliary flap piece 29 is bent, and the lid sheet piece 28 is bent thereon, and then the insertion portion 28a of the lid sheet piece 28 is inserted into the insertion opening 27, whereby the lid portion of the case portion is attached. Form.

After forming the case portion, as shown in FIG. 9, the shrink film 3 is opened in a cylindrical shape, and the article 8 is inserted into the shrink film 3 from the lower opening and heated to a predetermined temperature, for example. The film 3 is heat-shrinked in the circumferential direction and adheres to the article 8. In the mount 1 with the shrink film, since the shrink film 3 is attached without overlapping the front first surface portion 41 and the front third surface portion 43, the upper edge or the lower edge of the shrink film 3 can be easily picked. 3 can be easily opened into a cylindrical shape.
In this way, as shown in FIGS. 10 to 15, it is possible to obtain a package in which the article 8 is held on the shrink film 3 </ b> A of the mount 1 with the shrink film.
In the description of the package, among the respective parts or members of the package, those corresponding to the backing film with shrink film that is the origin thereof are given “A” at the end of the same numeral.

<Packaging body>
As shown in FIGS. 10 to 15, the packaging body 10 </ b> A of the present invention includes a mount 2 </ b> A and an article 9 </ b> A with a film in which the shrink film 3 </ b> A is heat-shrink mounted on the article 8. The back surface of the article with film 9A is attached to the mount 2A with the direction as the vertical direction. 10, 11, and 14, the portion of the article surrounded by the shrink film should be represented by a hidden line (broken line), but for the sake of convenience, the portion is represented by a two-dot chain line in order to be easily distinguished from the perforation line. (FIG. 16 and FIG. 17 are also the same).
The article with film 9A is composed of the article 8 and the heat-shrinked shrink film 3A, and the article 8 and the shrink film 3A are integrated with each other, with the shrink film 3A heat-shrinked around the article 8. Is.

The mount 2A of the package 10A has a mount body and a case portion that covers a part of the film-equipped article 9A, and the case body faces the back surface of the film-attached article 9A. A side wall 51A standing up from an end of the back wall 52A so as to face one side surface of the article with film 9A, and the front and opposite sides of the article with film 9A Strip walls 41A and 43A extending independently from the upper and lower portions of the side wall 51A so as to face the side surfaces of the side wall 51A.
The case part of the mount 2A of the packaging body 10A is composed of a part in which the case forming portion of the mount 1 with the shrink film is raised three-dimensionally.
The back wall 52A of the case portion corresponds to the back second surface portion 52 of the mount 1 with the shrink film, and the side wall 51A of the case portion corresponds to the raised back first surface portion 51, and the band above the case portion. The wall 41 </ b> A corresponds to the standing first surface portion 41, and the belt wall 43 </ b> A below the case portion corresponds to the front third surface portion 43.
The case portion includes an upper rectangular tube portion 21A constituted by an upper belt wall 41A, a back wall 52A and a side wall 51A, a lower rectangular tube portion 23A constituted by a lower belt wall 43A, a back wall 52A and a side wall 51A, Have

In the package 10A, the periphery of the upper part of the article with film 9A is covered with the upper belt wall 41A, a part of the side wall 51A, and a part of the back wall 52A (upper square cylinder part 21A), and the article with film 9A. The lower part is covered with the lower belt wall 43A, a part of the side wall 51A, and a part of the back wall 52A (lower square cylinder part 23A). Further, the front surface and the opposite side surface of the intermediate portion in the vertical direction of the article with film 9A are open windows 24A.
A pair of perforation lines 71A and 72A extending from the end edge portion not having the band walls 41A and 43A to the end portion of the back wall 52A in the plane of the side wall 51A of the case portion are vertically separated. Has been. The perforation lines 71A and 72A correspond to a pair of perforation lines 71 and 72 formed on the back first surface portion 51 of the mount 1 with the shrink film.
On the shrink film 3A of the article with film 9A, perforations 31A, 31A extending in the axial direction of the film are formed at positions facing the side wall 51A. Further, a knob 32A is provided at the axial end of the shrink film 3 of the article with film 9A, and the perforation lines 31A and 31A extend in the axial direction starting from the base of the knob 32A. Is formed. The film-attached article 9A is attached to the back wall 52A of the case portion so that the knob portion 32A is positioned between a pair of upper and lower perforation lines 71A and 72A formed on the side wall 51A.
The upper rectangular tube portion 21A of the case portion is provided with a lid portion 28A, and the opening of the upper square tube portion 21A is closed by the lid portion 28A. By providing the lid portion 28A, the three-dimensional shape of the upper rectangular tube portion 21A can be maintained, and dust and the like can be prevented from accumulating on the upper surface of the article with film 9A. This cover part 28A is comprised from the cover sheet piece 28 of the mount 1 with the shrink film.

In the package 10A, the back wall 52A and the side wall 51A are opposed to the back surface and one side surface of the article 9A with film, and upper and lower belt walls 41A and 43A are provided on the front surface of the article 9A with film. In such a package 10A, the upper part of the article with film 9A is surrounded by the upper square cylinder part 21A, and the lower part of the article with film 9A is surrounded by the lower square cylinder part 23A. Since the article 9A is protected by the upper square cylinder part 21A and the lower square cylinder part 23A, foreign matter is unlikely to contact the article with film 9A, and the impact applied to the article with film 9A when dropped is reduced. In particular, since the lower belt wall 43A is provided, the self-supporting stability of the package 10A is also excellent. Among them, as shown in the drawing, the package 10A in which the article with film 9A is arranged so that the lower end of the lower belt wall 43A and the lower end of the container 8 coincide with each other is preferable because it is more excellent in self-supporting stability.
Further, since the window portion 24A is provided between the upper and lower belt walls 41A and 43A, the intermediate portion in the vertical direction of the article with film 9A is not covered by the case portion, and the article 8 can be directly recognized and displayed. The package 10A excellent in effect can be provided.

In the package 10A of the present invention, a pair of upper and lower perforation lines 71A and 72A extending to the end of the back wall 52A are formed on the side wall 51A, and a part of the edge of the side wall 51A does not have a belt wall. Since the window portion 24A is formed, the side wall 51A can be easily divided at the perforation lines 71A and 72A by putting a finger on the edge of the side wall 51A having no belt wall and pulling the side wall 51A outward. (See FIGS. 16 and 17). When the side wall 51A is divided, the side of the article with film 9A appears, and the perforation lines 31A, 31A of the shrink film 3A are exposed. Therefore, the shrink film 3A is divided in the axial direction using the perforation lines 31A, 31A. Thus, the article 8 can be easily taken out from the article with film 9A. In particular, since a knob 32A is provided at the upper end in the axial direction of the shrink film 3A, as shown in FIG. 17, the knob 32A is shrunk using the perforated lines 31A and 31A by picking the knob 32A with a finger. The film 3A can be easily divided and the article can be taken out very easily.
The package 10A of the present invention is not limited to one manufactured by inserting an article into the shrink film 3 of the mount 1 with the shrink film and heating the shrink film 3 to heat shrink. For example, a package may be manufactured by attaching a shrink film to an article and then attaching the shrink film to a mount.

DESCRIPTION OF SYMBOLS 1 Mount with shrink film 2 Mount 28 Cover sheet piece 3 Shrink film 31 Perforation line of shrink film 32 Shrink film knob 4 Table sheet piece 41 Table 1st surface part 42 Table 2nd surface part 43 Table 3rd surface part 5 Back sheet piece 51 Back 1st surface part 52 Back 2nd surface part 61 Folding ruled line (first folding ruled line) of back sheet piece
71, 72 Perforated line on the back first surface part 8 Item 10A Package

Claims (8)

A mount with a shrink film, comprising a mount having a base body and a case forming portion capable of forming a case portion covering a part of the article, and a cylindrical shrink film attached to the case forming portion,
The case forming part of the mount has an overlapped front sheet piece and back sheet piece,
A crease line extending in the vertical direction from the upper edge to the lower edge of the back sheet piece is formed in the surface of the back sheet piece, and the back sheet piece is formed on the back first surface portion and the back surface with reference to the crease line. It is divided into two surface portions, and the back first surface portion extends to the left or right side of the mount body, and can be bent with respect to the back second surface portion at the crease line,
The front sheet piece is divided into at least two surface portions in the vertical direction;
Of the two surface portions of the front sheet piece, the front first surface portion extends across the crease line of the back sheet piece, and one end in the left-right direction of the front first surface portion is the back first. An end portion connected to the end portion of the surface portion and the opposite end portion in the left-right direction are connected to an end portion of the second back surface portion, and the back first surface portion and the second back end portion other than the left and right end portions of the front first surface portion It is non-adhesive to the surface part,
Of the two surface portions of the front sheet piece, the back surface of the front second surface portion is bonded to the surface of the back sheet piece,
The mount with a shrink film, wherein the shrink film is attached to the surface of the front second surface portion with the axial direction of the shrink film as the vertical direction. The front sheet piece is divided into the front first surface portion, the front second surface portion and the front third surface portion in order in the vertical direction,
The front third surface portion extends across the crease line of the back sheet piece, and one end portion in the left-right direction of the front third surface portion is connected to the end portion of the back first surface portion, and left and right The direction opposite end is connected to the end of the back second surface portion, and the ends other than the left and right ends of the front third surface portion are not bonded to the back first surface portion and the back second surface portion. The mount with a shrink film according to claim 1.   The mount with a shrink film according to claim 2, wherein the shrink film is attached to a surface of the front second surface portion so as not to overlap the front first surface portion and the front third surface portion.   The mount with a shrink film according to any one of claims 1 to 3, wherein a lid sheet piece is extended at an up-down end of the back first surface portion or an up-down end of the front first surface portion. .   The mount with shrink film according to any one of claims 1 to 4, wherein a pair of perforated lines extending in the left-right direction are formed apart in the vertical direction within the surface of the first back surface portion. The cylindrical shrink film is folded flat,
The shrink film folded in the flat shape is disposed so as to straddle a portion corresponding to the crease line, and is attached to the surface of the front second surface portion. Mount with shrink film. A packaging body having a backing sheet and an article with a film in which the shrink film is heat-shrink mounted on the article, and the back side of the article with the film is attached to the backing sheet with the axial direction of the shrink film as the vertical direction. ,
The mount has a mount body and a case portion that covers a part of the article with film,
From the back wall extending from the mount body so that the case portion faces the back surface of the article with film, and from the end of the back wall so as to face one side surface of the article with film. A standing side wall, and a belt wall extending independently from the upper part and the lower part of the side wall so as to face the front side and the opposite side surface of the article with film,
The upper part of the article with film is covered by the upper band wall, a part of the side wall and a part of the back wall, and the lower part of the article with the film is covered by the lower band wall and side wall. And the front and opposite side surfaces of the middle part in the vertical direction of the article with film are open.
In the surface of the side wall, a pair of perforation lines extending in the up and down direction is formed extending from the end edge not having the belt wall to the end of the back wall,
A package body in which a perforation line extending in an axial direction of the film is formed in the shrink film at a position facing the side wall. At the axial end of the shrink film of the article with film, a knob is provided,
The perforation line is formed extending in the axial direction starting from the base of the knob,
The package according to claim 7, wherein the article with a film is attached so that the knob is positioned between a pair of upper and lower perforations formed on the side wall.

Images