JP6880728B2 - Packaging with mount - Google Patents

Description

The present invention relates to a package with a mount in which a product packaged by a film or the like and a mount are integrated.

The product may be displayed with the product fixed to the mount and the product and the mount integrated. On the surface of the mount, the product name of the product fixed to the mount, the characteristics of the product, etc. are printed, and further, colorful coloring is applied.

Patent Document 1 describes a package in which a product packaged with a tubular shrink film is adhered and fixed to the surface of a mount. A tubular shrink film is attached to the surface of the mount by the adhesive applied to the surface of the mount. The product is fixed to the surface of the mount via the tubular shrink film.

The surface of the mount is generally coated with a paint to improve the color development of the print. Therefore, it is difficult to secure high adhesive strength on the front surface of the mount as compared with the back surface of the mount.

Patent Document 2 describes a package having a front sheet and a back sheet and having a window portion formed on the front sheet. The blister pack is fixed between the front sheet and the back sheet, and the blister pack storage protrusion protrudes out of the window. Since the blister pack can be fixed to the inside (back surface) of the front sheet or the back sheet that does not require a paint coat, relatively high adhesive strength can be ensured.

However, when the product (convex portion of the blister pack) is projected from the window portion formed on the front sheet, a product range hidden by the front sheet (window frame) is generated, and it becomes difficult to check the outer shape of the product.

Japanese Unexamined Patent Publication No. 8-244832 Japanese Unexamined Patent Publication No. 2012-229045

An object of the present invention is to provide a package with a mount capable of causing a packaged product to protrude greatly from a mount (product window).

The packaging body with a mount according to the present invention includes a front surface portion and a rear surface portion provided so as to face each other in the front-rear direction, and a product packaging body provided and fixed between the front surface portion and the rear surface portion for packaging a product. The front part of the product has a shape corresponding to the product package in which the product is packaged, and a product window having a size that exposes at least a part of the product package to the outside is opened. The window frame of the product window is characterized in that a protruding portion that partially protrudes inward from the contour of the product packaging toward the inside of the product window is continuously provided.

The product packaging is for covering the surface of the product and protecting the product, and includes a film that adheres to the surface of the product and a blister pack having a convex portion for storing the product. The package with mount includes a front surface portion and a rear surface portion provided so as to face each other in the front-rear direction, and the product package body is provided and fixed between the front surface portion and the rear surface portion. Since the product package can be fixed between the front surface portion and the rear surface portion, that is, the back surface (inner surface) of the front surface portion or the back surface (inner surface) of the rear surface portion, the front surface portion or the rear surface portion coated with the paint can be fixed. Compared with the case of fixing to the surface (outer surface) of the product package, the product package can be firmly fixed between the front surface portion and the rear surface portion.

In one embodiment, the front surface portion and the rear surface portion are continuously provided via a folding line. The front surface portion and the rear surface portion may be connected to each other at these side edges, or the rear surface portion may be connected to the lower edge portion of the front surface portion. The mount is folded at the continuous edge (folding line) so that the back surface of the front surface and the back surface of the rear surface face each other. The product covered by the product packaging and fixed between the front and rear surfaces via the product packaging is exposed to the outside of the product window through the product window opened in the front when the mount is folded.

According to the present invention, a product window having a shape corresponding to a product package in which a product is packaged and having a size that exposes at least a part of the product package to the outside is opened in the front portion. In addition, the window frame of the product window is continuously provided with a protruding portion that partially protrudes inward from the contour of the product package toward the inside of the product window. Since the protruding part protrudes inward from the outline of the product packaging, it causes a temporary catch when the product packaging is passed through the product window opened in the front part, but the protruding part is on the window frame of the above product window. Since it is partially connected, the rear surface can be pushed toward the window, and the pushed-out portion can be positioned on the back side of the product package. Since the protruding part is connected to the window frame (front part), the front part can be positioned on the back side of the product packaging body, and therefore the product packaging body protrudes greatly from the product window opened in the front part. It can be made to maintain that state.

If the product to be packaged in the package with mount is a soft container, the protruding portion can be reached to the back side of the product package by using the dent temporarily generated in the container.

In one embodiment, the lower edge of the product window is located at the lower edge of the front surface. The package can be made to stand on its own by using the bottom surface of the product protruding outward from the product window.

In another embodiment, the bottom surface portion is continuously provided on the lower edge of the front surface portion and the lower edge of the rear surface portion. The bottom surface can be used to make the package stable and self-supporting.

In a preferred embodiment, a holding mechanism for holding the front surface portion and the rear surface portion facing each other is provided. The holding mechanism is achieved by using an adhesive, tape, etc., or by engaging with a plug.

A development view of the mount and a tubular shrink film constituting the package with the mount of the first embodiment are shown. The manufacturing process of the packaging body with a mount is shown. It is a perspective view of the packaging body with a mount. It is a front view of the packaging body with a mount. It is a right side view of the packaging body with a mount. A development view of the mount and a tubular shrink film constituting the package with the mount of the second embodiment are shown. It is a perspective view of the packaging body with a mount of 2nd Example. It is a back view of the package with mount of 2nd Example. A development view of the mount and a tubular shrink film constituting the package with the mount of the third embodiment are shown. It is a perspective view of the packaging body with a mount of 3rd Example. A development view of the mount and a tubular shrink film constituting the package with the mount of the fourth embodiment are shown. It is a perspective view of the packaging body with a mount of 4th Example. It is a front view of the packaging body with a mount of 4th Example. It is a back view of the package with mount of 4th Example.

(1) First Example (FIGS. 1 to 5)
The package with a mount of the first embodiment will be described with reference to FIGS. 1 to 5. The package with a mount of the first embodiment includes the mount 1A and the tubular shrink film 41. FIG. 1 shows a pattern (blank view, developed view) of the mount 1A together with a tubular shrink film 41 adhered to the mount 1A. FIG. 2 shows a manufacturing process of a package with a mount. 3 to 5 show a perspective view, a front view, and a right side view of the completed package with mount as seen from the front (front).

With reference to FIG. 1, FIG. 1 shows the pattern of the mount 1A from the back surface (inner surface).

The mount 1A is composed of one cardboard. Cardboard, paperboard, milk carton paper, drawing paper, Kent paper, corrugated cardboard, etc. may be used instead of thick paper, and so-called synthetic paper (laminated paper) and composite paper, in which various plastics are laminated (for example, laminated on the surface), may be used. You may use it.

The mount 1A includes a rectangular front surface portion 10A, a bottom surface portion 30A, and a rear surface portion 20A which are connected in the vertical direction via the folding lines L1 and L2. The front surface portion 10A and the rear surface portion 20A are long in the vertical direction, and the bottom surface portion 30A is long in the horizontal direction. The fold lines L1 and L2 are formed to make the mount easy to fold, and creases or fold lines, half cuts, perforations, etc. are appropriately formed along the fold lines L1 and L2.

A vertically long product window 11A is opened in the front portion 10A. The lower edge (lower side) of the product window 11A is formed along the fold line L1. As will be described later, the product packaged by the shrink film projects (exposed) to the front outside of the front portion 10A through the product window 11A opened in the front portion 10A.

The product window 11A has a shape that preferably matches the shape of the front surface of the packaged product, and the size of the product window 11A also depends on the size of the packaged product. In addition, a part smaller (narrower) than the size (contour) of the packaged product is created. In the first embodiment, a pair of protruding pieces 12A protruding toward the inside of the product window 11A are formed on the window frames on both upper sides of the product window 11A, and the pair of protruding pieces 12A forms a part of the product window 11A. The width is narrowed. The protruding piece 12A has a shape of a roughly triangular shape that tapers toward the inside of the product window 11A, and the side opposite to the tip of the taper (the base of the triangle) is connected to the front portion 10A via the fold line L4. ..

Further, in the developed view shown in FIG. 1, the upper portion of the product window 11A is closed by a substantially trapezoidal roof portion 13 connected to the front portion 10A via the folding line L3. As will be described later, when the package is assembled, the roof portion 13 is pushed forward by the product passed through the product window 11A and is used so as to cover the head (top) of the product.

A transparent or translucent tubular shrink film 41 is adhered to the back surface of the rear surface portion 20A with an adhesive N. For the tubular shrink film 41, polyvinyl chloride, polypropylene, polyethylene, polystyrene, polyolefin, polyethylene terephthalate and other materials that cause heat shrinkage are used. When the product is placed in the tubular shrink film 41 and then heat is applied to the tubular shrink film 41, heat shrinkage occurs, and the tubular shrink film 41 adheres to the surface of the product. Since the tubular shrink film 41 is adhered to the back surface of the rear surface portion 20A by the adhesive N, the product is fixed to the mount 1A (the back surface of the rear surface portion 20A of the mount 1A) via the tubular shrink film 41. Become.

The bottom surface portion 30A is located between the front surface portion 10A and the rear surface portion 20A. At the boundary between the front surface portion 10A and the bottom surface portion 30A, small projecting pieces 31 for legs are formed at intervals by cuts. A small projecting piece 32 for the leg is also formed by a notch at the boundary between the rear surface portion 20A and the bottom surface portion 30A.

A circular hook hole 14 is formed in the frame portion above the product window 11A of the front portion 10A. The hook hole 14 is used for displaying a package with a mount in a store or the like using a hook.

With reference to FIG. 2, as described above, the adhesive N is applied to the back surface of the rear surface portion 20A of the mount 1A, and the tubular shrink film 41 is adhered to the back surface of the rear surface portion 20A by the adhesive N. The adhesive N is applied at a position corresponding to the product window 11A formed on the front surface portion 10A when the front surface portion 10A and the rear surface portion 20A face each other. The product 50 is inserted into the tubular shrink film 41 adhered to the back surface of the rear surface portion 20A of the mount 1A by the adhesive N. When the tubular shrink film 41 is heat-shrinked, the heat-shrinked tubular shrink film 41 adheres to the surface of the product 50, and almost the entire product 50 is covered by the tubular shrink film 41. The product 50 is fixed to the back surface of the rear surface portion 20A via the tubular shrink film 41.

With reference to FIGS. 3 to 5, the mount 1A is folded along the fold lines L1 and L2, and the back surface of the front surface portion 10A and the back surface of the rear surface portion 20A face each other. The rear surface portion 20A is bent at a substantially right angle, and the front surface portion 10A is bent at an angle exceeding the right angle. A form is formed in which the rear surface portion 20A stands up substantially vertically from the rear end of the bottom surface portion 30A, and the front surface portion 10A stands up slightly diagonally rearward from the front end of the bottom surface portion 30A. A small projecting piece 31 for a leg protrudes slightly downward from the lower end of the front surface portion 10A, and a small projecting piece 32 for a leg protrudes slightly downward from the lower end of the rear surface portion 20A. Since the space between the front surface portion 10A and the rear surface portion 20A increases toward the lower part of the mount 1A, the package can be stably made to stand on its own.

The product 50, which is covered with the tubular shrink film 41 and fixed to the back surface of the rear surface portion 20A while facing the front portion 10A and the rear surface portion 20A, goes through the product window 11A opened in the front portion 10A and the front portion. It protrudes out of 10A. When the roof portion 13 at the upper end of the product window 11A is pushed by the product 50, it is folded at the folding line L3 and protrudes forward, and rests on the head of the product 50.

As described above, a pair of protruding pieces 12A protruding toward the inside of the product window 11A are formed on both upper sides of the product window 11A, and the width of the product window 11A in the portion where the protruding piece 12A is formed is the product. It is narrower than the contour (maximum width) of 50. Therefore, when the product 50 is submerged in the product window 11A, the protruding piece 12A is pushed forward by the product 50. When the pair of protruding pieces 12A pushed forward is pushed in the direction of the rear surface portion 20A, the protruding pieces 12A slip into the back side of the product 50. The assembly of the package with the mount in which the product 50 shrink-wrapped on the mount 1A is fixed is completed.

Since the protruding piece 12A is continuous with the front portion 10A, by sneaking the protruding piece 12A into the back side of the product 50, at the place where the protruding piece 12A is formed (the upper part of the product 50 in the first embodiment), The front portion 10A can be located on the back side of the product 50, and almost the entire product 50 is located in front of the front portion 10A, so that the product 50 is greatly projected forward from the product window 11A and maintained in that state. be able to. The overall shape of the product 50 becomes easier to see, and the display effect is enhanced. Further, since the product 50 is supported from the back surface by the protruding piece 12A, the product 50 is prevented from returning to the inside of the package. Furthermore, since the protruding piece 12A is connected to the front portion 10A, the protruding piece 12A is slipped into the back side of the product 50 so that the front portion 10A and the rear surface portion 20A face each other without being adhered by an adhesive or the like. The state can be maintained.

(2) Second Example (FIGS. 6 to 8)
6 to 8 show the second embodiment, and FIG. 6 shows the back surface of the mount 1B constituting the package with the mount of the second embodiment together with the tubular shrink film 41 adhered to the mount 1B. There is. FIG. 7 shows a perspective view of the package with mount of the second embodiment as viewed from the front. FIG. 8 is a rear view of the package with mount of the second embodiment.

With reference to FIG. 6, the mount 1B is different from the mount 1A of the first embodiment in that the bottom surface portion is not provided. The front surface portion 10B and the rear surface portion 20B are connected in the vertical direction via the folding line L1. A product window 11B is formed on the front surface portion 10B, and a tubular shrink film 41 is adhered to the back surface of the rear surface portion 20B by an adhesive N.

Further, in the mount 1B of the second embodiment, a protruding piece 12B toward the inside of the product window 11B is formed on the upper end window frame of the product window 11B opened in the front portion 10B, and the protruding piece 12B forms the protruding piece 12B of the product window 11B. The height is lower than the height of product 51.

Similar to the first embodiment, the product 51 is inserted into the tubular shrink film 41 bonded to the back surface of the rear surface portion 20B by the adhesive N, and heat is applied to the tubular shrink film 41 to apply heat to the tubular shrink film 41. Shrink. The heat-shrinked tubular shrink film 41 adheres to the surface of the product 51, and almost the entire product 51 is covered with the tubular shrink film 41. The product 51 is fixed to the back surface of the rear surface portion 20B via the tubular shrink film 41.

With reference to FIGS. 7 and 8, the mount 1B is folded along the fold line L1 so that the back surface of the front surface portion 10B and the back surface of the rear surface portion 20B face each other. On the way of facing each other, the product 51, which is covered with the tubular shrink film 41 and fixed to the back surface of the rear surface portion 20B, goes under the product window 11B opened in the front surface portion 10B and protrudes to the outside of the front surface portion 10B. Since the height of the product window 11B is made lower than the height of the product 51 by the protruding piece 12B, when the product 51 is submerged in the product window 11B, the protruding piece 12B is pushed forward by the product 51. The protruding piece 12B pushed forward is pushed in the direction of the rear surface portion 20B so as to reach the back side of the rear surface portion 20B. The protruding piece 12B is hung on the edge of the rear surface portion 20B, whereby the front surface portion 10B and the rear surface portion 20B are kept facing each other. The assembly of the package with the mount in which the product 51 shrink-wrapped on the mount 1B is fixed is completed. The protruding piece 12B may be located on the back side of the product 51 (between the product 51 and the rear surface portion 20B) instead of the back side of the rear surface portion 20B.

In the second embodiment, since almost the entire product 51 is located in front of the front surface portion 10B, the shape of the entire product 51 can be confirmed, and the display effect is high. Further, also in the second embodiment, the state in which the front surface portion 10B and the rear surface portion 20B face each other can be maintained without adhering with an adhesive or the like.

(3) Third Example (FIGS. 9 and 10)
9 and 10 show a third embodiment, and FIG. 9 shows the back surface of the mount 1C constituting the package with the mount of the third embodiment together with the tubular shrink film 41 adhered to the mount. .. FIG. 10 is a perspective view of the package with mount of the fourth embodiment.

The mount 1C includes a front surface portion 10C located at the center, and first and second rear surface portions 20C1 and 20C2 connected to the left and right side edges thereof via folding lines L1 and L2, respectively. A product window 11C is opened in the front portion 10C. On both left and right edges of the upper part of the product window 11C, protruding pieces 12C that narrow the width of a part of the product window 11C toward the inside of the product window 11C are continuously formed on the window frame (front portion 10C). The upper part of the product window 11C is slightly larger than the contour of the product 52 (front projection shape), but the lower part is slightly smaller than the contour of the product 52.

The tubular shrink film 41 is adhered to the back surface of the first rear surface portion 20C1 connected to the right edge of the front surface portion 10C by the adhesive N. The product 52 is placed inside the tubular shrink film 41, and then heat is applied to the tubular shrink film 41. The product 52 is fixed to the back surface of the first rear surface portion 20C1 via the tubular shrink film 41.

A circular hook hole 14 is formed in the frame portion above the product window 11C of the front portion 10C. Circular hook holes 26a and 26b are also formed on the upper portions of the first and second rear surface portions 20C1 and 20C2, respectively, and when the mount 1C is folded at the positions of the folding lines L1 and L2, these three hook holes 14 , 26a, 26b overlap.

The first rear surface portion 20C1 is folded back along the fold line L1, and then the second rear surface portion 20C2 is folded back along the fold line L2. The product 53 adhered to the back surface of the first rear surface portion 20C1 by the tubular shrink film 41 is submerged in the product window 11C of the front surface portion 10C.

The insertion piece 71 is connected to the side edge of the second rear surface portion 20C2 connected to the left edge of the front surface portion 10C so as to project laterally, and the first rear surface portion 20C1 connected to the right edge of the front surface portion 10C is described above. A notch K1 for inserting the insertion piece 71 is formed. Engagement protrusions 71a and 71b extending in opposite directions are formed at both ends of the insertion piece 71, and when the engagement protrusions 71a and 71b are caught in the notch K1, they are folded back along the fold line L1. It is possible to maintain a state in which the rear surface portion 20C1 and the upper surface of the second rear surface portion 20C2 that is folded back along the folding line L2 are overlapped and face the front surface portion 10C.

When the product 52 is submerged in the product window 11C, the protruding piece 12C is pushed forward by the product 52. The protruding piece 12C pushed forward is pushed in the direction of the first and second rear surface portions 20C1 and 20C2, and is slipped into the back side of the product 52. At the place where the protruding piece 12C is formed, most of the product 52 is located in front of the front portion 10C, and the product 52 can be greatly projected from the product window 11C.

Further, as described above, since the lower part of the product window 11C is opened slightly smaller than the contour of the product 52, the amount of protrusion of the product 52 from the product window 11C becomes smaller toward the lower part of the mount 1C. The closer to the lower part of the mount 1C, the larger the distance between the front surface portion 10C and the first and second rear surface portions 20C1 and 20C2. Since the lower edge of the front surface portion 10C and the lower edge of the first and second rear surface portions 20C1 and 20C2 are separated from each other in the front-rear direction toward the lower part, the package with mount can be stably made to stand on its own.

(4) Fourth Example (FIGS. 11 to 14)
11 to 14 show a fourth embodiment, and FIG. 11 shows that the back surface of the developed view of the mount 1D constituting the package with the mount of the fourth embodiment is adhered to the back surface of the mount 1D by the adhesive N. It is shown together with the film 42. 12, FIG. 13, and FIG. 14 show a perspective view, a front view, and a rear view of the package with mount of the fourth embodiment as viewed from the front.

The mount 1D has a vertically long rectangular front portion 10D with a product window 11D opened, a first rear surface portion 20D1 connected to the upper edge of the front portion 10D via a folding line L1, and a lower edge of the front portion 10D. The second rear surface portion 20D2 connected via the fold line L2 and the fold pieces 15L extending in opposite directions connected to the left and right side edges of the front portion 10D via the fold lines L3 and L4, respectively. It is equipped with 15R.

Both side edges of the product window 11D opened in the front portion 10D are slightly curved and protrude toward the inside of the product window 11D, narrowing the width of the product window 11D. The portion that narrows the width of the product window 11D is called the protruding portion 12D. Further, in the developed view shown in FIG. 11, the lower portion of the product window 11D is closed by a pair of leg pieces 33 connected to the front portion 10D via the folding line L7. As will be described later, when the package is assembled, the pair of leg pieces 33 are pushed forward by the product. The lower edge (lower side) of the product window 11D is along the folding line L2 (lower edge of the front portion 10D).

A circular hook hole 26 is formed in the first rear surface portion 20D1 serially provided on the upper edge of the front surface portion 10D via the folding line L1. The hook hole 26 is formed at a position overlapping the hook hole 14 formed in the front surface portion 10D when the first rear surface portion 20C1 is folded back at the folding line L1.

Insert pieces 27 are continuously provided at the upper end of the first rear surface portion 20D1 via an arcuate perforation K1. The insertion piece 27 is inserted inside the second rear surface portion 20D2, which will be described later, and is used to hold the folded state of the first rear surface portion 20D1. Engagement projecting pieces 27a extending in opposite directions are formed at both ends of the insertion piece 27 for engagement when the second rear surface portion 20D2 is inserted.

Reinforcing pieces 25L extending in opposite directions via the fold lines L5 and L6 on both side edges of the second rear surface portion 20D2 connected to the lower edge of the front portion 10D via the fold line L2 at a position close to the fold line L2. , 25R are provided. Further, two perforations K2 are formed vertically on the second rear surface portion 20D2 at intervals, so that the second rear surface portion 20D2 is easily curved.

Unlike the first, second, and third embodiments described above, in the fourth embodiment, a flat film 42 is attached to the back surface of the mount 1D by the adhesive N instead of the cylindrical shrink film 41. The entire product window 11D opened in the front portion 10D is covered with the flat film 42. The upper part of the flat film 42 is adhered to the upper frame portion of the product window 11D of the front portion 10D, the left and right side portions are adhered to the left and right folded pieces 15L and 15R, and the lower portion is the second rear surface portion 20D2. It is adhered to the reinforcing pieces 25L and 25R on both sides of it. By extending the flat film 42 to the left and right folded pieces 15L and 15R, the second rear surface portion 20C2 and the reinforcing pieces 25L and 25R on both sides thereof so as to straddle the folding lines L2, L3 and L4. , When the left and right folded pieces 15L, 15R, and the second rear surface portion 20D2 are folded back, the flat film 42 can have a margin for covering the product protruding outward from the product window 11D.

The product 53 is placed at the position of the product window 11D on the back surface of the front portion 10D. The left and right fold pieces 15L and 15R are folded back along the fold lines L3 and L4, and the left and right reinforcing pieces 25L and 25R are folded back along the fold lines L5 and L6. Fold back 20D2. The left and right folded pieces 15L and 15R, the reinforcing pieces 25L and 25R, and the second rear surface portion 20D2 overlap each other, and the overlapping parts are appropriately bonded by an adhesive (not shown). Of course, the envelope pasting with the upper opening may be formed first, and the product 53 may be inserted through the upper opening.

When the left and right folded pieces 15, 15R, and the second rear surface portion 20D2 are folded back, or when the product 53 is put in the envelope, the product 53 goes under the product window 11D and protrudes out of the front portion 10D. .. The flat film 42 attached so as to cover the product window 11D is perfectly attached to the front surface of the product 53, and the portion protruding outward from the product window 11D is covered by the flat film 42. Further, when pushed by the product 53, the pair of leg pieces 33 that closed the lower part of the product window 11D are pushed forward. The leg piece 33 allows the package to stand on its own.

When the product 53 is submerged in the product window 11D, the protruding portions 12D on both sides of the product window 11D are pushed forward by the product 53. By pushing the protruding portion 12D pushed forward to the rear, the protruding portion 12D is submerged behind the product 53. Finally, the first rear surface portion 20D1 serially provided on the upper edge of the front surface portion 10D is folded back, and the insertion piece 27 is inserted into the back side of the second rear surface portion 20D2 (see FIG. 14). The assembly of the package with the mount, in which the product 53 film-wrapped on the mount 1D is fixed, is completed. By submerging the protruding portion 12D behind the product 53, the product 53 can be projected significantly in front of the front portion 10D, making it easy to check the entire product 53.

1A, 1B, 1C, 1D mount
10A, 10B, 10C, 10D front part
11A, 11B, 11C, 11D Product window
12A, 12B, 12C, 12D Overhang piece (protruding part)
20A, 20B, 20C, 20C1, 20C2, 20D1, 20D2 Rear surface
30A bottom part
33 Leg piece
50, 51, 52, 53 Product N Adhesive

Claims (5)

Front and rear surfaces that face each other in the front-rear direction,
It is provided with a product packaging body for packaging products, which is provided and fixed between the front surface portion and the rear surface portion.
A product window having a shape corresponding to the product packaging in which the product is packaged and having a size that exposes at least a part of the product packaging to the outside is opened in the front portion.
The window frame of the above product window, towards the product window to appear partially parsley to the inside than the contour of the product package, protruding portions are sink into the back side of the product package is continuously provided,
Packaging with mount. The front surface portion and the rear surface portion are continuously provided via a fold line.
The packaging body with a mount according to claim 1. The lower edge of the product window is located on the lower edge of the front surface.
The packaging body with a mount according to claim 1 or 2. The bottom edge is connected to the lower edge of the front surface and the lower edge of the rear surface via a fold line.
The package with a mount according to any one of claims 1 to 3. A holding mechanism for holding the front surface portion and the rear surface portion facing each other is provided.
The package with a mount according to any one of claims 1 to 4.

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