JP6950145B2 - Mount with shrink film, manufacturing method - Google Patents

Description

The present invention relates to a mount with a shrink film and a manufacturing method, and particularly to a technique suitable for use in a mount with a shrink film having a box portion capable of storing an object to be packaged, novelty, etc., improving display performance, and improving independence.

For packaging in which the packaged object to be a product is stored so that it can be seen together with the mount on which the display and design are printed, the packaged object is stored in a thermoformed plastic sheet and closed with the mount. There is a skin pack in which the object to be packaged is placed on top and directly wrapped with a film heated from above.

In addition, the object to be packaged is brought into contact with a mount made of paper, synthetic resin, or a metal plate, coated with a heat-shrinkable film of synthetic resin, and the film is heated to heat-shrink and the whole is tightly integrated. There is a card wrapping that is attached. As an example, a heat-shrinkable tube (cylindrical shrink film) is adhered to a mount with an adhesive applied to the mount to form a mount with a shrink film, and the shrink film is heat-shrinked while the packaged object is stored to cover the cover. A package in which a package is attached to a mount is known (Patent Document 1).

Further, as a mount with a shrink film instead of a blister pack, some forms capable of both hanging display and self-supporting display on a product shelf or the like have been proposed (Patent Documents 2 and 3). Also, instead of the blister pack, a cylindrical shrink film was made into a cylinder, and as a mount with a shrink film that was folded so as to crush this cylinder and attached to the mount, it was hung and made independent on product shelves, etc. A form capable of both display and display has also been proposed (Patent Document 4).

Japanese Unexamined Patent Publication No. 49-3796 Japanese Unexamined Patent Publication No. 2012-02762 Japanese Unexamined Patent Publication No. 2012-025483 Japanese Unexamined Patent Publication No. 2012-121590

However, in the box-type packaging, the packaged object taken out after opening can be stored in the package again, but in the case of the mount with shrink film, once opened, it is packaged in the mount with shrink film, which is the packaging part. Since it is not possible to re-store the item, it is preferable to store the display information displayed on the mount by printing, etc. together with the packaged item for a long period of time and reconfirm the packaged item, especially the product description, usage, and caution. For packaging of chemicals and chemicals that need to be reconfirmed as well as displaying such items, there was a request to make it possible to re-store the packaged object on the mount after opening.

Further, when the mount with a shrink film is made to stand on its own, the techniques of Patent Documents 2 and 3 can stand on its own only in an upright state, but in order to improve the visibility when displaying the product, the product or the like is tilted. There was a request to be independent. Further, in the techniques of Patent Documents 2 and 3, in order to give the strength of the mount in order to be self-supporting, the thickness of the mount must be made more than a certain level, but this should be made as small as possible and stable. There was a request to be independent.

In addition, there is a request that the surface of the packaged object to be shown be placed on the front surface and attached to the mount. For example, in a cylindrical container in which the characteristics of a product are described on the upper surface of the cap, it is desired to arrange and package the container so that the upper surface of the cap faces the front surface. In addition, for example, an adhesive tape for taping the body has a cylindrical shape in which an adhesive tape having elasticity and cushioning property is wound around a winding core. In such an adhesive tape, a sheet on which a product name or the like is written may be provided on the surface of the adhesive tape in the thickness direction, and in order to improve visibility, it is desired to arrange this sheet on the front surface for packaging.

In the packaging disclosed in Patent Document 1 and Patent Document 4, the shrink film is heat-shrinked by arranging the object to be packaged in the tubular space of the shrink film in a state where the shrink film is attached to the mount in a tubular shape. Therefore, in order to arrange the sheet of the adhesive tape on the front surface, it is necessary to arrange the sheet of the adhesive tape in the direction orthogonal to the tubular axis of the shrink film. At this time, if the packaged object is soft, such as an adhesive tape having elasticity or cushioning property, the outer shape of the packaged object may be distorted by the shrink film, which may spoil the aesthetic appearance.

Furthermore, in the box-shaped packaging, it is possible to display the product description, usage, warning, etc. using the display area of 6 sides, whereas in the mount with shrink film, the sheet-fed mount Therefore, since only the front and back sides can be used as the display area, there is a problem that the content that can be displayed is reduced.

Further, in these mounts with a shrink film, if the packaged object to be accommodated is heavy, the strength of the mount may be insufficient when the mount is hung and displayed at the store, and the appearance may be impaired such as the mount becoming bent. Furthermore, when hanging and displaying at stores, there has been a problem that the mount may be bent due to climate change (humidity or dryness), or if the mount is significantly deformed, the mount may curl and spoil the appearance. ..

Further, in these mounts with a shrink film, a substantially cylindrical object to be packaged can be wrapped with a shrink film, but an outer shape having irregularities or a complicated outer shape may be used. Those that have and are easily damaged when shrinking cannot be packaged at the same time, and there was a demand to make this possible.

The present invention has been made in view of the above circumstances, and an object of the present invention is to achieve the following objects.
1. 1. To increase the display area on the mount with shrink film.
2. To prevent deformation of the mount.
3. 3. To develop good displayability of the packaged object.
4. To enable stable independence of the packaged item.
5. Even if the packaged object is heavy or has a large aspect ratio, it should be possible to wrap it stably while ensuring visibility.
6. The packaged item should be re-stored on the mount after opening.
7. Make it possible to re-store the packaged item along with display information such as product description, usage, and alerts.
8. Only the items to be packaged should be re-storeable, and the possibility of confusion with other containers should be eliminated so that they can be re-stored.
9. To be able to simultaneously wrap a product having a complicated outer shape or a product that is easily damaged when shrinking and a cylindrical object to be packaged.

The mount with a shrink film of the present invention is divided into a plurality of sheets by a ruled line, and a mount capable of forming a self-supporting box portion at least partially by being bent along the ruled line and an object to be packaged can be inserted. The box portion is provided with a shrink film attached to the main surface of a sticking sheet, which is one of the plurality of sheets, in a state where the tubular portion is folded. The shrink film can be formed so as to be able to stand up in the direction intersecting the horizontal plane so as to project in the thickness direction from the position of the main surface in the thickness direction of the sticking sheet. , The above problem was solved by being arranged on the main surface located outside the box portion and being attached to the main surface.
Of the plurality of sheets of the mount with a shrink film of the present invention, the sheet forming the box portion may be provided with a region to be the bottom portion of the box portion.
Of the plurality of sheets of the mount with a shrink film of the present invention, the sheet forming the box portion may be provided with a region to be the lid portion of the box portion.
Among the plurality of sheets of shrink film with mount of the present invention, the sheet forming part of a sheet or the box section adjacent to the box portion, extended portion that will be extended to the outside position of the box portion A region can be provided.
The ruled line which divides the sheet to form the box portion of the plurality of sheets of shrink film with mount of the present invention, includes a substantially parallel border each other, to the main surface of the sticking sheet Can be provided with a sticking portion for sticking the shrink film substantially parallel to the ruled lines substantially parallel to each other.
The shrink film of the mount with a shrink film of the present invention has a sealing portion in which side edges are overlapped and adhered to each other and extends along the axis of the tubular portion, and the shrink film is an outer surface of the sealing portion. so it overlaps the sticking section can Rukoto been stuck to the sticking portion.
The ruled lines substantially parallel to each other of the mount with the shrink film of the present invention and the axes of the shrink film can be provided at substantially parallel positions.
The mount of the mount with a shrink film of the present invention may be provided with a display area for displaying information.
The method of producing the shrink films with mount of the present invention is a method for producing a shrink film with mount according to any one of the above, in the two-folded said mount from one of the borders, the in the sticking sheet the bonding part formed on the rear surface of the main surface, after Awa attaching the sheet overlapping the sticking sheet of the plurality of sheet and the sticking sheet, step of attaching the shrink film on the main surface It is possible to have.
The method for producing a mount with a shrink film according to the present invention is the method for producing a mount with a shrink film according to any one of the above, and the side edges of the shrink film are adhered to each other to form a seal portion to form a tubular shape. After that, there is a step of attaching the shrink film to the mount on the outside of the seal portion.

The mount with a shrink film of the present invention is divided into a plurality of sheets by a ruled line, and a mount capable of forming a self-supporting box portion at least partially by being bent along the ruled line and an object to be packaged can be inserted. The box portion is provided with a shrink film attached to the main surface of a sticking sheet, which is one of the plurality of sheets, in a state where the tubular portion is folded. The shrink film can be formed so as to be able to stand up in the direction intersecting the horizontal plane so that the sticking sheet can be formed so as to project in the thickness direction from the position of the main surface in the thickness direction of the sticking sheet. , The box portion is arranged on the main surface located outside the box portion and is attached to the main surface, so that the box portion is erected from the main surface of the mount in the thickness direction of the mount by bending the mount. It is good to form a storage space inside so that the packaged item can be re-stored or other items can be stored in the box, or to provide a display area for displaying display information on the surface of the box. It is possible to show a good display property, to enable stable product display by using the box part as an independence auxiliary part of the packaged object, or to increase the strength of the mount by the box part to prevent deformation of the mount. It will be possible.

The sheet of the mount with a shrink film of the present invention is provided with a region to be the bottom of the box, so that a space for storage is formed inside the box by the box and the bottom, and the box is covered. Whether the package can be re-stored or other items can be stored, a display area for displaying display information is provided on the surface of the box and the bottom, good displayability is exhibited, or the box is provided by the bottom. It is possible to improve the strength of the box and use the box as an independence assisting part for the packaged object to enable more stable product display, or to increase the strength of the mount by the box and bottom to prevent deformation of the mount. ..

The sheet of the mount with the shrink film of the present invention is provided with a region to be a lid portion of the box portion, so that a space for storage is formed inside the box portion by the box portion and the lid portion, and the box portion. Whether the packaged item can be re-stored or other items can be stored, a display area for displaying display information is provided on the surface of the box and the lid, good displayability is exhibited, or the lid. The strength of the box part is improved by the part to enable more stable product display by using the box part as an independence auxiliary part of the packaged object, or the strength of the mount part is strengthened by the box part and the lid part to prevent deformation of the mount part. Can be planned.

The sheet of the mount with a shrink film of the present invention is provided with a region to be an extension portion extended to an outer position of the box portion, so that the extension portion provides a display area other than the box portion for display. The area can be expanded, the displayability can be improved, the stability during standing can be improved, and the strength of the box portion can be improved.

By providing the sheet of the mount with the shrink film of the present invention with a ruled line and a sticking portion, it is possible to easily deform the mount folded in half to assemble the box portion. Further, when the shrink film is attached to the folded mount, the box portion can be formed without being crushed, and the space can be saved during transportation.

By providing the ruled line and the pasting portion of the mount with the shrink film of the present invention at substantially parallel positions, the cross-sectional shape of the shrink film is a polygon such as a rectangle, a triangle, a circle, or an arc when viewed in the axial direction of the shrink film. It is possible to easily form a box portion having an arbitrary shape, which is a combination of the above. This makes it possible to easily form a box portion having a shape corresponding to the packaged object or other stored articles after the packaged object is stored.

By providing a plurality of the ruled lines of the mount with the shrink film of the present invention at substantially parallel positions, the mount is bent along the ruled lines and attached to the sack, so that the cross-sectional shape is rectangular or triangular when viewed in the axial direction of the shrink film. It is possible to easily form a three-dimensional box portion having an arbitrary cross-sectional shape such as a polygon such as a polygon, a circle, or a combination of arcs.

By providing the ruled line of the mount with the shrink film of the present invention and the axis of the shrink film at substantially parallel positions, the cross-sectional shape of the mount with the shrink film is rectangular, triangular or other polygonal, circular, or circular when viewed in the axial direction of the shrink film. It is possible to easily form a three-dimensional box portion having an arbitrary cross-sectional shape, such as a combination of arcs, to store or wrap the object to be packaged and the object to be stored.

Since the mount of the mount with the shrink film of the present invention is provided with a display area for displaying information, it is possible to provide a display area for displaying display information in an arbitrary area on the surface of the mount including the box portion, which is good. It is possible to reveal a good display property.

The method for producing a mount with a shrink film according to the present invention is the method for producing a mount with a shrink film according to any one of the above.
By having a step of attaching the shrink film to the mount that is folded in half from the ruled line and bonded by the bonding portion, the box portion is crushed or deformed in order to attach the shrink film to the mount that has been folded in half. It is possible to manufacture a mount capable of forming a box portion to which a shrink film is attached without having to do so.

According to the present invention, a box portion as a storage space is formed so that the packaged object can be re-stored or other articles can be stored in the box portion, or display information is displayed on the surface of the box portion. Whether to provide a display area to display, to show good displayability, to enable stable product display by using the box as an independence assisting part for the packaged object, or to increase the strength of the mount by the box. It is possible to achieve the effect of preventing deformation of the mount.

It is a perspective view which shows the assembled state in 1st Embodiment of the mount with shrink film which concerns on this invention. It is a developed plan view which shows the surface of the mount in 1st Embodiment of the mount with a shrink film which concerns on this invention. It is a perspective view which shows the cylindrical formation state of the shrink film in 1st Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the mount which attached the shrink film in 1st Embodiment of the mount with shrink film which concerns on this invention. It is a schematic diagram which shows the manufacturing apparatus which manufactures 1st Embodiment of the mount with shrink film which concerns on this invention. It is a flowchart which shows the manufacturing process in 1st Embodiment of the mount with shrink film which concerns on this invention. It is a perspective view which shows the assembled state in 2nd Embodiment of the mount with shrink film which concerns on this invention. It is a developed plan view which shows the surface of the mount in 2nd Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the mount which attached the shrink film in 2nd Embodiment of the mount with shrink film which concerns on this invention. It is a perspective view which shows the assembled state in 3rd Embodiment of the mount with shrink film which concerns on this invention. It is a developed plan view which shows the surface of the mount in 3rd Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the mount which attached the shrink film in 3rd Embodiment of the mount with shrink film which concerns on this invention. It is a perspective view which shows the assembled state in 4th Embodiment of the mount with shrink film which concerns on this invention. It is a developed plan view which shows the surface of the mount in 4th Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the mount which attached the shrink film in 4th Embodiment of the mount with shrink film which concerns on this invention. It is a developed plan view which shows the surface of the mount in 5th Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the mount which attached the shrink film in 5th Embodiment of the mount with shrink film which concerns on this invention.

Hereinafter, the first embodiment of the mount with a shrink film according to the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view showing an assembled state of a mount with a shrink film according to the present embodiment, FIG. 2 is a developed plan view showing the surface of the mount according to the present embodiment, and FIG. 3 is a developed plan view showing the surface of the mount according to the present embodiment. It is a perspective view which shows the tubular formation state of a film, FIG. 4 is a plan view which shows the mount which attached the shrink film in this embodiment, and FIG. 5 is the manufacturing apparatus of the mount with a shrink film in this embodiment. FIG. 6 is a flowchart showing a manufacturing process of a mount with a shrink film according to the present embodiment, and in the figure, reference numeral 10 is a mount with a shrink film.

As shown in FIG. 1, the mount 10 with a shrink film according to the present embodiment has a shrink film (heat-shrinkable film) 11 for wrapping an object to be packaged and one side (heat-shrinkable film) 11 on which the shrink film 11 is surfaced by an adhesive portion 13. It is composed of a mount 12 attached to the main surface).
In the present embodiment, the adhesive portion 13 for attaching the shrink film 11 to the mount 12 is provided on the sheet 12A, and the sheet 12A is the front side (front side) which is the product display surface of the mount 12.

The shrink film 11 has a cylindrical shape, and as shown in FIG. 3, a flat shrink film is formed so that both side edges 11a and 11b overlap each other, and the side edges 11a and 11b that are rolled into a cylindrical shape and overlapped are adhered to each other and attached to an envelope. The seal portion 11c is formed by forming a tubular shrink film 11 as shown in FIG. The tubular shrink film 11 is folded so as to crush the cylinder, and the seal portion 11c is positioned near the lower side of the hanging hole 12a as the width direction position on the mount 12 side.

As the material of the shrink film 11, polystyrene, polyvinyl chloride, polypropylene, polyethylene, or a polyester-based resin is preferably used. As the polyester-based resin, polylactic acid, which is a sustainable material derived from agricultural products, can also be used, and can be preferably used as environmentally friendly packaging.
The shrink film 11 may be a film that shrinks due to heat, and a film whose circumferential shrinkage as a cylinder is larger than the axial shrinkage causes the object to be packaged 100 to shrink film when shrink-wrapping. Since it does not deviate from 11, it is suitable for this application.

As shown in FIG. 3, the tubular shrink film 11 is folded so as to crush the cylinder to form a rectangular shape, and the sealing portion 11c is relative to the center line of the shrink film 11 that coincides with the center line of the mount 12. A seal portion 11c is provided at the center position in the width direction of the shrink film 11 so that the centers in the width direction of the shrink film 11 coincide with each other. Regarding the shrink film 11, the sticking position can be set to another state.

The width direction dimension of the seal portion 11c is set smaller than the width direction dimension of the adhesive portion 13, and the seal portion 11c and the adhesive portion 13 overlap each other in the X direction in the circumferential direction of the shrink film 11, that is, in the X direction. .. The seal portion 11c and the adhesive portion 13 may overlap each other in the X direction, and the center in the width direction of the seal portion 11c and the center in the width direction of the adhesive portion 13 need not coincide with each other.

As shown in FIGS. 1, 2, and 4, the mount 12 is made of a sheet-fed material folded in half, and the axis of the cylindrical shrink film 11 is located below the hanging hole 12a of the mount 12. It is attached to the front surface of the mount 12 by the provided rectangular adhesive portion 13. At this time, the shrink film 11 is attached so that the tubular sealing portion (bonded portion) 11c coincides with the adhesive portion 13.
The position where the shrink film 11 is attached and the position of the hanging hole 12a are the shape of the object to be packaged 100 and the box portion 14, factors such as the weight to be stored, the shape of the product, the design, the position of the hanging hole 12a, and the shrink. Depending on the relative position between the film 11 and the box portion 14, the film 11 and the box portion 14 can be attached to either the left or right side. Further, although the shrink film 11 is provided so that the lower end thereof substantially coincides with the lower end of the contour of the mount 12, it can also be attached at an arbitrary position in the Z direction.

As the mount 12 used for the mount 10 with the shrink film of the present embodiment, a plate-like material such as paper, a plastic sheet, or a metal plate can be used. The paper is not particularly limited as long as it is thick and chewy. Also, aluminum-deposited paper having an aluminum-deposited layer on the surface can be used.

As shown in FIGS. 1, 2, and 4, the mount 12 is mainly composed of a plurality of (two) sheets 12A and 12B folded in half from a ruled line (folding line) 12b extending in the Z direction. The sheets 12A and 12B are formed by superimposing the surfaces on each other, and the sheets 12A and 12B are bonded to each other at a position where the sheets 12A and 12B are overlapped with each other so as to face each other. In addition to extending to the ruled line (folding line) 12b side in the direction, the back surfaces of the sheets 12A and 12B are folded in half so that they can be contacted with each other as a non-bonded portion. Folding portions 14A to 14D for forming the side surface of the box portion 14 are provided.

In the mount 12, as shown in FIG. 2, the sheet 12A and the sheet 12B have substantially the same contour shape in which the main surface portion is a vertically long substantially rectangular shape, and the back surfaces facing each other are bonded portions 12c. ing.
In the mount 12, as shown in FIG. 2, the sheets 12A and 12B and the folding portions 14A to 14D are foldably connected via ruled lines (folding lines) 12b, 12d, 14g, 14h and 14j. The ruled lines (folding lines) 12b, 12d, 14g, 14h, and 14j all extend in the Z direction and are in a straight line state parallel to each other, and the sheets 12A and 12B and the folded portions 14A to 14D are arranged in the X direction. There is. The ruled lines (folding lines) 12b and 12d are perforated or half-cut so that they can be easily folded as compared with the ruled lines (folding lines) 14g, 14h and 14j.

Specifically, as shown in FIG. 2, the sheet 12A and the folding portion 14A are connected via a ruled line (folding line) 12d, and the folding portion 14A and the folding portion 14B are connected via the ruled line (folding line) 14j. The folding portion 14B and the folding portion 14C are connected via a ruled line (folding line) 12b, the folding portion 14C and the folding portion 14D are connected via the ruled line (folding line) 14h, and the folding portion 14D and the sheet are connected. 12B is connected via a ruled line (folding line) 14g.

In the mount 12, display areas 12e are provided on the surfaces of the sheets 12A and 12B and the surfaces of the folded portions 14A to 14D, and a predetermined design such as an explanation about the product to be packaged 100 is formed by printing or the like. The display area 12e can be provided on the surface of the mount 12 even at a position where it overlaps with the shrink film 11.
Further, a hanging hole 12a is provided in the central portion in the X direction (width direction) near the upper end portion in the Z direction of the mount 12. The hanging hole 12a can be hung and displayed at the store through a hook or the like provided on the product display stand at the store or the like. The position of the hanging hole 12a in the X direction is biased to the left or right depending on factors such as the shape of the object to be packaged 100 and the box portion 14, the weight to be stored, the shape of the product, the design, or the position where the shrink film 11 is attached. It can also be provided.

As shown in FIG. 2, the folded portions 14A to 14D have a substantially rectangular contour shape that is vertically long so as to form the box portion 14, and the folded portions 14A and the folded portions 14C have substantially the same shape, respectively. , And the folded portion 14B and the folded portion 14D have substantially the same shape facing each other. If the box portion 14 is not formed as a rectangular parallelepiped, the shapes of the folded portions 14A to 14D and the ruled lines (folded lines) 12b, 12d, 14g, 14h, and 14j are set so as to have corresponding side surface shapes. Can be done.

As shown in FIG. 2, the folded portions 14A to 14D are provided with a bottom portion 14E and a lid portion 14F so as to close the box portion 14 in the Z direction (vertical direction). The bottom portion 14E and the lid portion 14F have substantially the same contour shape as the cross-sectional shape of the box portion 14 in the X direction.
Specifically, as shown in FIG. 2, the bottom portion 14E extends from the lower position of the folding portion 14D via the ruled line (folding line) 14k, and the ruled line (folding line) extends to the upper position of the folding portion 14B. The lid portion 14F extends through 14q. The X-direction dimensions of the folding portion 14D, the ruled line (folding line) 14k, and the bottom portion 14E are set to be equal, and the X-direction dimensions of the folding portion 14B, the ruled line (folding line) 14q, and the lid portion 14F are set. It is set to be equal.

Further, folding portions 14a to 14f are provided so that the bottom portion 14E and the lid portion 14F can be closed and opened at predetermined positions.
Specifically, as shown in FIG. 2, a fold portion 14a extends at a lower position of the bottom portion 14E via a ruled line (fold line) 14 m, and a ruled line (fold line) is extended at an upper position of the lid portion 14F. The folded portion 14b is extended via 14r, the folded portion 14c is extended via the ruled line (folded line) 14n at the upper position of the folded portion 14C, and the ruled line (folded line) is extended at the lower position of the folded portion 14C. ) The folding portion 14d is extended via 14p, the folding portion 14e is extended via the ruled line (folding line) 14s at the upper position of the folding portion 14A, and the ruled line (folding) is extended at the lower position of the folding portion 14A. The folded portion 14f extends through the line) 14t.

Further, the dimensions in the X direction at the connection portion between the bottom portion 14E, the ruled line (folding line) 14m, and the folding portion 14a are set to be equal, and the connecting portion between the lid portion 14F, the ruled line (folding line) 14r, and the folding portion 14b. The X-direction dimensions in the above are set to be equal, and the X-direction dimensions at the connection portion between the folding portion 14C, the ruled line (folding line) 14n, and the folding portion 14c are set to be equal, and the folding portion 14C and the ruled line (folding line) 14p are set. , The X-direction dimension at the connection portion with the folding portion 14d is set equally, and the X-direction dimension at the connecting portion with the folding portion 14A, the ruled line (folding line) 14s, and the folding portion 14e is set equally, and the folding portion 14A and , The X-direction dimension at the connection portion between the ruled line (folding line) 14t and the folding portion 14f is set to be equal.
Further, all of the folded portions 14a to 14f are formed so that the width dimension on the tip end side is smaller than that on the proximal end side, which is the connection side.
The ruled lines (folding lines) 14m and 14r are provided with cuts at both ends so that they can be easily folded as compared with the ruled lines (folding lines) 14k, 14q, 14n, 14p, 14s and 14t. ..

In the mount 12, as shown in FIG. 2, the sheets 12A and 12B and the folded portions 14A to 14D are formed so as to have a symmetrical shape with respect to the ruled line 12b. In the present embodiment, the folded portions 14A to 14D are set to have the same dimensions in the Z direction, and the folded portions 14A to 14D are set to have smaller dimensions in the Z direction than the sheets 12A and 12B. Although the shape is set, it is possible to adopt various designs such as forming it in an arbitrary state to improve visibility or improving space saving during transportation.

Further, the shape of the box portion 14 formed by the folded portions 14A to 14D may be a size and a shape corresponding to the packaged object 100 when the packaged object 100 is intended to be stored again. Preferably, when storing other novelty articles and the like, the dimensions and shape of the box portion 14 are determined corresponding to their shapes.
Sheets 12A, 12 with respect to the box portion 14 formed by the folding portions 14A to 14D.
B is configured to be an extension portion.

As shown in FIGS. 2 and 4, the Z-direction dimension of the ruled line 12b is preferably provided over the entire length of the folded portions 14A to 14D in the Z-direction from the viewpoint of strength, but the sheet 12A having a contour shape that is not rectangular in design. , 12B or a box portion 14 having a shape other than a rectangular parallelepiped, the ruled line 12b may be provided intermittently, or the ruled line 12 may be partially provided with respect to the total length of the folded portions 14A to 14D in the Z direction.
Further, as shown in FIGS. 2 and 4, the ruled line 12b is a mount depending on the arrangement state of the sheets 12A and 12B and the folded portions 14A to 14D and the position of the box portion 14 on the mount 12. The arrangement can be set for 12.

As shown in FIGS. 2 and 4, the bonding portion 12c is formed on the entire surface of the sheets 12A and 12B, but may be provided so as to extend in the Z direction at both ends of the sheets 12A and 12B in the X direction. .. In this case, it can be provided so as to be substantially parallel to the ruled line 12d and located near the end on the opposite side of the ruled line 12d in the X direction. The bonding portion 12c is provided along the extending side of the ruled line 12d in the contours of the sheets 12A and 12B and the side facing the side. In this case, in the X direction, the portion of the sheets 12A and 12B sandwiched between the bonded portions 12c and the bonded portions 12c at both ends in the X direction is regarded as a non-bonded portion. The folded portions 14A to 14D, the bottom portion 14E, the lid portion 14F, and the folded portions 14a to 14f are non-bonded portions.

The Z-direction dimensions of the folding portions 14A to 14D to be the box portion 14 are preferably provided over the entire length of the mount 12 in the Z-direction from the viewpoint of strength, but in the present embodiment, as shown in FIGS. 1, 2, and 4. In addition, the folding portions 14A to 14D can be partially provided with respect to the total length of the mount 12 in the Z direction.
Further, it is possible that the box portion 14 is divided in the Z direction and a plurality of the box portions 14 are arranged apart from each other in the Z direction.

As shown in FIGS. 2 and 4, the adhesive portion 13 has a substantially rectangular shape elongated in the Z direction and a length dimension in the Z direction which is shorter than the tubular shrink film 11 by a predetermined length, and covers the entire length thereof. It is set to a uniform predetermined width direction (X direction) dimension.
The adhesive portion 13 is provided at a position where the center line in the Z direction coincides with the center of the shrink film 11 in the X direction, but it can be set as another position.

As the adhesive used for the adhesive portion 13, an adhesive may be used as in Patent Document 1. Moreover, you may use a hot melt adhesive. A reactive hot melt adhesive can be preferably used in consideration of being exposed to a high temperature, particularly in a sunny store. Conventional hot-melt adhesives contain a thermoplastic resin as a component, and a solid hot-melt adhesive is heated, melted, applied, and cooled to solidify and bond, and there is a limit in terms of heat resistance. ..

The reaction type hot melt adhesive is initially solid, and using it by heating and melting it is the same as the conventional hot melt adhesive of plastic resin, but after application and cooling, the reaction proceeds and it hardens. As a result, high adhesiveness with high physical properties such as heat resistance can be obtained. Reactive hot-melt adhesives containing urethane resin as the main component solidify urethane prepolymers produced by heating and melting with the terminal isocyanate groups remaining when cooled, and even after cooling, they can be used in the air or in the air. Moisture contained in the adherend reacts with the terminal isocyanate group to promote polymerization, and more heat-resistant adhesiveness can be obtained. A reactive hot melt adhesive containing a urethane resin as a main component can be preferably used because it does not require a treatment for further curing after coating.

A method of manufacturing the mount 10 with a shrink film of the present embodiment will be described.

FIG. 5 is a schematic view showing a manufacturing apparatus for manufacturing a mount with a shrink film according to the present embodiment, and FIG. 6 is a flowchart showing a manufacturing process of the mount with a shrink film according to the present embodiment.
In order to manufacture the mount with the shrink film in the present embodiment, as shown in FIG. 6, the preparatory step S1 for preparing the tubular shrink film 11 and the mount 12 and the mount 12 are folded in half from the ruled line 12b and folded in half. The two-fold step S2 in which the sheet 12A and the sheet 12B are bonded by the bonding portion 12c, the adhesive application step S3 in which the adhesive is applied to the folded mount 12 to form the bonding portion 13, and the bonding portion 13 It is assumed that the attachment step S4 for attaching the shrink film 11 to the mount 12 on which the is formed is provided.

As an example of a line for manufacturing a mount with a shrink film of the present embodiment, as shown in FIG. 5, a die-cutting device f2 for separating the mount 12 from a predetermined mount sheet and a mount 12 supplied from the die-cutting device f2 are used. The mount transport device f3 to be conveyed, the two-fold device f4 in which the mount 12 separated one by one is folded in half from the ruled line 12b and bonded by the bonding portion 12c, and the mount 12 supplied from the two-fold device f4 are mounted. The mount transport device f5 to be conveyed to the supply device f6, the mount supply device f6 for supplying the mount 12 pasted in half in a state where a plurality of sheets are stacked, and the mount 12 supplied from the mount supply device f6 are conveyed. It is supplied from the mount transfer device f7, the hot melt applicator device f8 that melts and applies the reactive hot melt adhesive to be the adhesive portion 13 to the mount 12 conveyed by the mount transfer device f7, and the hot melt applicator device f8. The inter-process transfer device f9 that conveys the mount 12 coated with the reactive hot-melt adhesive and the inter-process transfer device f9 that has been conveyed by the inter-process transfer device 12 have a tubular shape. The shrink film mounting device f10 for adhering the shrink film 11 and the shrink film 11 bonded to the mount 12 supplied from the shrink film mounting device f10 with a reactive hot melt adhesive are pressed and cooled. As described above, the discharge device f12 for discharging the manufactured mount with the shrink film is included.

In the preparation step S1 shown in FIG. 6, the shrink film 11 is printed on a wide and long shrink film as needed, slitted, and both ends in the width direction are overlapped as shown in FIG. An envelope is attached to provide a seal portion 11c, the cylinder is made into a tubular shape so as to have a predetermined folding diameter, the cylinder is folded so as to be crushed, and the long length is wound around a paper tube.

As shown in FIG. 2, the mount 12 also has hanging holes 12a and ruled lines 12b by cutting, scoring, and punching from the multi-sided mount paper that has been printed as necessary in the die-cutting device f2. , 12d, folding portions 14A to 14D, and sheets 12A and 12B, and the mounts 12 are separated one by one. At this time, the printing step of the display area 12e can be performed at the same time as the step of removing the hanging hole 12a. The mount 12 in this state is sent to the folding device f4 by the inter-process transfer device f3.

After that, in the bi-folding device f4, as the bi-folding step S2 shown in FIG. 6, an adhesive or the like is applied as the bonding portion 12c, and then, as shown in FIG. 4, the sheet 12A and the sheet are folded in half from the ruled line 12b. 12B and sack are pasted (pasted). It is also possible to perform the step of applying the adhesive or the like as the bonding portion 12c at the same time as the printing step of the display area 12e. Further, the adhesive or the like as the bonding portion 12c is applied to the entire surface of one of the sheets 12A or 12B, the entire surface of both the sheet 12A and the sheet 12B, or the sheet 12A or the sheet 12A having a predetermined area. It can be one region of the sheet 12B, or both regions of the sheet 12A and the sheet 12B. In this state, the bi-fold mount 12 is sent to the mount supply device f6 by the inter-process transfer device f5, and a plurality of sheets are stacked and loaded on the stocker of the mount supply device f6.

The mount supply device f6 loads a plurality of mounts 12 separated and stacked one by one, and the mount supply device f6 lifts the mount 12 one by one from the top by a suction means such as a suction cup to react. The mold hot melt adhesive is supplied to the mount transfer device f7 with the surface to which the adhesive is applied facing upward.
The mount 12 is sent by the mount transport device f7 to the hot melt applicator device f8 for applying the reactive hot melt adhesive.

In the adhesive application step S3 shown in FIG. 6, in the hot melt applicator device f8, the reactive hot melt adhesive is melted, discharged from the discharge nozzle, and applied to a predetermined position on the mount 12 to be the adhesive portion 13. The coating is carried out while being conveyed, and the reactive hot melt adhesive is discharged only to the necessary portion to form the adhesive portion 13.

At this time, the temperature of the discharge nozzle for discharging the reactive hot melt adhesive of the hot melt applicator device f8 is set in the range of 100 to 120 ° C. for discharge. As a result, mount 1
The temperature of the reactive hot melt adhesive when it adheres to 2 is in the range of about 60 to 80 ° C. The mount 12 coated with the reactive hot melt adhesive is sent to the shrink film mounting device f10 by the inter-process transfer device f9.

In the sticking step S4 shown in FIG. 6, the shrink film mounting device f10 unwinds the long tubular shrink film 11 wound around the paper tube, and the length corresponding to the packaged object 100 is used by the cutting device. Cut it. The cut shrink film 11 is lifted and moved by a suction cup, and attached to a predetermined position corresponding to the adhesive portion 13 on the surface of the mount 12.

The mount 12 to which the shrink film 11 is adhered with the reactive hot melt adhesive is then sent to the pressing cooling device f11 and pressed by a cooling roll to be pressed by the shrink film 11 and the adhesive portion 13 to be reactive hot. At the same time as improving the adhesion of the melt adhesive, the reactive hot melt adhesive in the shrink film 11 and the adhesive portion 13 is cooled.

In the present embodiment, a cooling roll is used for the pressing cooling device f11, but the cooling plate is moved in a box to convey the mount 12 to which the shrink film 11 is adhered with the reactive hot melt adhesive, and the box of the cooling plate. The motion may be synchronized and the cooling plate may be pressed to perform pressing and cooling. Cooling the shrink film 11 prevents the shrink film 11 from shrinking due to the heat of the reactive hot melt adhesive. Also, by cooling the reactive hot melt adhesive, the viscosity is reduced and the initial adhesive strength is increased.

As described above, the mount 10 with the shrink film according to the present embodiment is manufactured and discharged by the discharging device f12. In the mount 10 with a shrink film, the shrink film 11 can be melt-welded to the mount 12 in a folded state, so that the box portion 14 is not crushed. In addition, it becomes possible to easily perform the steps of cooling and compressing the reactive hot melt adhesive.
By storing the mount 10 with a shrink film in a normal indoor atmosphere or in a high humidity atmosphere until the object to be packaged 100 is wrapped, the reactive hot melt adhesive is cured by the moisture and becomes heat resistant. It becomes a high adhesive film.
The mount 10 with a shrink film of the present embodiment can be manufactured in-line as described above, but is not limited to this method.

In order to wrap the object to be packaged 100 using the mount 10 with the shrink film, as a packaging process, the object to be packaged is contained in the tubular shape of the shrink film 11 with the mount 12 folded in half from the ruled line 12b. 100 is inserted through the upper and lower openings and positioned.

The mount 10 with a shrink film in which the object to be packaged 100 is inserted into the tubular shape of the shrink film 11 is heated at around 180 ° C. or about 55 to 60 ° C. in a shrink tunnel or the like to shrink the shrink film 11. By shrink wrapping, the shrink film 11 is brought into close contact with the object to be packaged 100, and the object to be packaged 100 is wrapped with the mount 10 with the shrink film. At this time, since the reactive hot melt adhesive is cured, the adhesive strength of the adhesive portion 13 does not decrease due to heat. Therefore, even if the shrink film 11 is pulled to insert the object to be packaged, the shrink film 11 does not peel off from the mount 12 or the attachment position of the shrink film 11 to the mount 12 does not shift.

Further, when the stored items are stored in the box portion 14, or when the box portion 14 is used as an independence support portion or a mount strength reinforcing portion, a ruled line (folding line) is required to assemble the box portion 14 three-dimensionally. The sheet 12A and the folding portion 14A are folded in a valley from 12d, and the folding portions 14A to 14D are expanded from the ruled lines 12b, 14h, 14j so as to be separated from each other to form a mountain fold, and the box portion 14 is formed from the sheets 12A, 12B to Y. It is formed three-dimensionally as a state of protruding forward in the direction. At this time, the folded portion 14D and the sheets 12A and 12B are flush with each other.

Further, the folding portion 14C and the folding portion 14d are mountain-folded from the ruled line (folding line) 14p, the folding portion 14A and the folding portion 14f are mountain-folded from the ruled line (folding line) 14t, and then the ruled line (folding line) 14k. The bottom portion 14E and the folding portion 14D are folded in a mountain fold, and the bottom portion 14E and the folding portion 14a are folded in a mountain fold from the ruled line (folding line) 14m, and the folding portion 14a is inserted to close the lower side of the box portion 14.

In this state, if necessary, the contained object is stored inside the box portion 14.

After that, the folding portion 14C and the folding portion 14c are mountain-folded from the ruled line (folding line) 14n, the folding portion 14A and the folding portion 14e are mountain-folded from the ruled line (folding line) 14s, and then the ruled line (folding line) 14q The lid portion 14F and the folding portion 14B are folded in a mountain fold, and the lid portion 14F and the folding portion 14b are folded in a mountain fold from the ruled line (folding line) 14r, and the folding portion 14b is inserted to close the upper side of the box portion 14. ..

When opening the mount 10 with a shrink film of the present embodiment, the object to be packaged 100 wrapped in the shrink film 11 is pulled in the Y direction orthogonal to the 12 surfaces of the mount. As a result, the upper end of the shrink film 11 is pulled in the circumferential direction, and the shrink film 11 is broken, so that the shrink film 11 is opened.

Further, when the mount 10 with the shrink film of the present embodiment is opened, the lid portion 14F can be opened and the contained object can be taken out by pulling out the folded portion 14a inserted into the box portion 14.

As described above, in the present embodiment, the object to be packaged 100 can be wrapped with the shrink film on the mount 10 with the shrink film in which the box portion 14 is three-dimensionally assembled. Therefore, the object to be packaged after opening. The 100 can be re-stored in the box portion 14 and the display information displayed by printing or the like as the display area 12e on the mount 12 can be stored together with the packaged object 100 for a long period of time for reconfirmation. Further, when the mount 10 with the shrink film is made to stand on its own, the box portion 14 makes the mount 12 stand on its own to improve its visibility when displaying products, and the shrink film 11 prevents the outer shape of the packaged object 100 from being distorted. It can prevent spoiling the aesthetics. The strength of the mount 12 is not insufficient when the mount is hung and displayed at the store, and the appearance of the mount 12 is not spoiled by bending. At the same time, the strength of the mount 12 can be improved by the box portion 14. The side to be shown of the packaged object 100 can be arranged on the front surface and attached to the mount 12. Further, the packaged object 100, which is shrink-wrapped by storing the object to be stored, which is not suitable for shrink film packaging, in the box portion 14 can be enclosed. Further, even when such a box portion 14 is provided, the shrink film 11 can be firmly attached to the mount 12. Further, the display area can be increased by providing the display area 12e not only on the front and back surfaces of the sheets 12A and 12B but also on the front surface of the box portion 14.

Hereinafter, a second embodiment of the mount with a shrink film according to the present invention will be described with reference to the drawings.
FIG. 7 is a perspective view showing an assembled state of the mount with a shrink film according to the present embodiment, FIG. 8 is a developed plan view showing the surface of the mount according to the present embodiment, and FIG. 9 is a developed plan view showing the surface of the mount according to the present embodiment. It is a top view which shows the mount which attached the film.
The present embodiment differs from the first embodiment described above in that the box portion 14 has a protruding direction, and the other corresponding components are designated by the same reference numerals and the description thereof will be omitted.

In the present embodiment, the adhesive portion 13 for attaching the shrink film 11 to the mount 12 is provided on the sheet 12B, and the sheet 12B is the front side (front side) which is the product display surface of the mount 12.
The sheets 12A and 12B are configured to be extending portions with respect to the box portion 14 formed by the folded portions 14A to 14D.
As a result, the box portion 14 projects to the side opposite to the sticking surface of the shrink film 11 on the mount 12, so that the packaged object 100 can be wrapped in the center of the sheet 12B in the X direction (width direction).

Hereinafter, a third embodiment of the mount with a shrink film according to the present invention will be described with reference to the drawings.
FIG. 10 is a perspective view showing an assembled state of the mount with a shrink film in the present embodiment, FIG. 11 is a developed plan view showing the surface of the mount in the present embodiment, and FIG. 12 is a developed plan view showing the surface of the mount in the present embodiment. It is a top view which shows the mount which attached the film.
The difference between the first and second embodiments described above in the present embodiment is that the sheets 12A and 12B are integrated with one surface of the box portion 14 and project upward, and the other corresponding components are the same. The same reference numerals are given and the description thereof will be omitted.

In the present embodiment, the sheet 12C which is the main surface of the mount 12 forms the side surface of the box portion 14 which is a substantially rectangular parallelepiped, the sheet 12C and the box portion 14 are integrated, and the sheet 12C is the box portion. It is in a state of extending upward in the Z direction and laterally in the X direction from 14.

As shown in FIGS. 10, 11, and 12, the mount 12 is made of a sheet-fed material folded in half from a ruled line (folding line) 12b extending in the Z direction, and the shrink film 11 is formed by an adhesive portion 13. It is attached to the front sheet 12C which is the main surface of the mount 12.

As shown in FIGS. 10, 11, and 12, the mount 12 is a box as a non-bonded portion in which the sheet 12C and the back surface of the sheet 12C extending in the X direction are folded so as to be in contact with each other. Folding portions 14A to 14D for forming the side surface of the portion 14 are provided.

In the mount 12, as shown in FIG. 11, the sheet 12C has a contour shape in which the main surface portion is a vertically long substantially rectangular shape, and the bonding portion 12c is attached to the back surface thereof. An adhesive portion 13 for attaching the shrink film 11 to the mount 12 is provided on the front surface of the sheet 12C, and the surface of the sheet 12C is the front side (front side) which is the product display surface of the mount 12.

In the mount 12, as shown in FIG. 11, the sheet 12C and the folding portions 14A to 14D are foldably connected via ruled lines (folding lines) 12b, 12d, 14g, and 14h. The ruled lines (folding lines) 12b, 12d, 14g, and 14h all extend in the Z direction and are in a straight line state parallel to each other, and the sheet 12C and the folded portions 14A to 14D are aligned in the X direction. The ruled lines (folding lines) 12b and 12d are perforated or half-cut so that they can be easily folded as compared with the ruled lines (folding lines) 14g and 14h.

Specifically, as shown in FIG. 11, the sheet 12C and the folding portion 14A are connected via a ruled line (folding line) 14g, and the folding portion 14A and the folding portion 14B are connected via the ruled line (folding line) 12b. The folding portion 14B and the folding portion 14C are connected via a ruled line (folding line) 14h, and the folding portion 14C and the folding portion 14D are connected via a ruled line (folding line) 12d.

In the mount 12, display areas 12e are provided on the surface of the sheet 12C and the surfaces of the folded portions 14A to 14C, and a predetermined design such as an explanation about the product to be packaged 100 can be formed by printing or the like. The display area 12e can be provided on the surface of the mount 12 even at a position where it overlaps with the shrink film 11.
Further, a hanging hole 12a is provided in the central portion in the X direction (width direction) near the upper end portion in the Z direction of the mount 12. The hanging hole 12a can be hung and displayed at the store through a hook or the like provided on the product display stand at the store or the like. The position of the hanging hole 12a in the X direction is biased to the left or right depending on factors such as the shape of the object to be packaged 100 and the box portion 14, the weight to be stored, the shape of the product, the design, or the position where the shrink film 11 is attached. It can also be provided.

As shown in FIG. 11, the folded portions 14A to 14C have a substantially rectangular contour shape that is vertically long so as to form the box portion 14, and the folded portions 14A and the folded portions 14C have substantially the same shape, respectively. The folded portion 14B has a width dimension equal to the width dimension of the box portion 14. Further, the folding portion 14D is a bonding portion 12c for attaching to the back surface of the sheet 12C to form the box portion 14.
In this embodiment, the X-direction (width direction) dimension of the sheet 12C is set to be larger than the X-direction (width direction) dimension of the folded portion 14B. The shapes of the folding portions 14A to 14D and the ruled lines (folding lines) 12b, 12d, 14g, and 14h can be arbitrarily set according to the shape of the box portion 14.

As shown in FIG. 11, the folded portions 14A to 14D are provided with a bottom portion 14E and a lid portion 14F so as to close the box portion 14 in the Z direction (vertical direction). The bottom portion 14E and the lid portion 14F have substantially the same contour shape as the cross-sectional shape of the box portion 14 in the X direction.
Specifically, the bottom portion 14E is extended via the ruled line (folding line) 14p at the lower position of the folding portion 14B, and the lid portion 14F is extended at the upper position of the folding portion 14B via the ruled line (folding line) 14q. Has been extended. The X-direction dimensions of the folding portion 14D, the ruled line (folding line) 14p, and the bottom portion 14E are set to be equal, and the X-direction dimensions of the folding portion 14B, the ruled line (folding line) 14q, and the lid portion 14F are set. It is set to be equal.

Further, folding portions 14a to 14f are provided so that the bottom portion 14E and the lid portion 14F can be closed and opened at predetermined positions.
Specifically, as shown in FIG. 11, a fold portion 14a extends at a lower position of the bottom portion 14E via a ruled line (folding line) 14m, and a ruled line (folding line) is extended at an upper position of the lid portion 14F. The folded portion 14b is extended via 14r, the folded portion 14c is extended via the ruled line (folded line) 14n at the upper position of the folded portion 14C, and the ruled line (folded line) is extended at the lower position of the folded portion 14C. ) The folded portion 14d is extended via 14k, the folded portion 14e is extended via the ruled line (folded line) 14s at the upper position of the folded portion 14A, and the ruled line (folded) is extended at the lower position of the folded portion 14A. The folded portion 14f extends through the line) 14t.

Further, the dimensions in the X direction at the connection portion between the bottom portion 14E, the ruled line (folding line) 14m, and the folding portion 14a are set to be equal, and the connecting portion between the lid portion 14F, the ruled line (folding line) 14r, and the folding portion 14b. The X-direction dimensions in the above are set to be equal, and the X-direction dimensions at the connection portion between the folding portion 14C, the ruled line (folding line) 14n, and the folding portion 14c are set to be equal, and the folding portion 14C and the ruled line (folding line) 14k are set. , The X-direction dimension at the connection portion with the folding portion 14d is set equally, and the X-direction dimension at the connecting portion with the folding portion 14A, the ruled line (folding line) 14s, and the folding portion 14e is set equally, and the folding portion 14A and , The X-direction dimension at the connection portion between the ruled line (folding line) 14t and the folding portion 14f is set to be equal.
Further, all of the folded portions 14a to 14f are formed so that the width dimension on the tip end side is smaller than that on the proximal end side, which is the connection side.
The ruled lines (folding lines) 14m and 14r are provided with cuts at both ends so that they can be easily folded as compared with the ruled lines (folding lines) 14k, 14q, 14n, 14p, 14s and 14t. ..

In the mount 12, as shown in FIG. 11, the sheet 12C and the folded portions 14A to 14D are formed so as to have an asymmetrical shape with respect to the ruled line 12b. In the present embodiment, the folded portions 14A to 14D are shaped so as to have smaller dimensions in the Z direction than the sheet 12C, and the folded portions 14A to 14D are all set to have the same dimensions in the Z direction. .. Further, the folded portions 14A and 14C are set to have smaller dimensions in the X direction than the folded portions 14B, and the box portion 14 is set so that the thickness dimension in the Y direction is smaller than the width dimension in the X direction and is flat. It has a shape suitable for storing various articles. The X-direction dimension of the folded portion 14D is set smaller than that of the folded portion 14B, and is set to a sufficient dimension to fulfill the function as the bonded portion 12c.

As shown in FIG. 11, the Z-direction dimension of the ruled line 12b is preferably set to be equal to the Z-direction dimension of the folded portions 14A to 14D.

As shown in FIG. 11, the bonding portion 12c is set on the entire surface of the folding portion 14D so that the entire length of the folding portion 14C in the Z direction can be fixed to the sheet 12C, but is located near the region along the ruled line 14g. Can be provided. In the bonding portion 12c, the folding portion 14C and the folding portion 14D may be mountain-folded from the ruled line (folding line) 14g, and the folding portion 14D may be attached to the back surface of the sheet 12C, or the folding portion 14g from the ruled line (folding line) 14g. The folding portion 14D may be attached to the back surface of the sheet 12C with the 14C and the folding portion 14D as valley folds. In that case, it is preferable that the folded portion 14D has an X-direction dimension that does not protrude from the X-direction end portion of the sheet 12C.

The Z-direction dimension of the folding portions 14A to 14D serving as the box portion 14 is about 70% to 90% of the total length of the Z-direction dimension of the sheet 12C, and the bonding portion 12c is attached in the Z direction of the sheet 12C. It is preferable to reduce the size of the portion that is not provided from the viewpoint of strength, and it is preferable to make the area required for the hanging display as small as possible together with the hanging hole 12a.

As shown in FIG. 11, the adhesive portion 13 has a substantially rectangular shape elongated in the Z direction and a length dimension in the Z direction shorter than the tubular shrink film 11 by a predetermined length, and is uniform over the entire length thereof. It is set to a predetermined width direction (X direction) dimension.
The adhesive portion 13 is provided at a position where the center line in the Z direction coincides with the center of the hanging hole 12a in the X direction, but it can be set as another position.

As shown in FIG. 12, the mount 10 with a shrink film in the present embodiment has the shrink film 11 attached to the mount 12 in a state where the ruled line 12b is folded in half and the bonding portion 12c is attached.
The box portion 14 formed by the folded portions 14A to 14D and the sheet 12C is configured such that the protruding portion of the sheet 12C becomes an extending portion.

In order to wrap the object to be packaged 100 using the mount 10 with the shrink film, as a packaging process, the object to be packaged 100 is inserted into the shrink film 11 with the mount 12 folded in half from the ruled line 12b. Shrink film 11 is shrunk to shrink wrap.

Further, when the stored items are stored in the box portion 14, or when the box portion 14 is used as an independence support portion or a mount strength reinforcing portion, a ruled line (folding line) is required to assemble the box portion 14 three-dimensionally. From 14g, the sheet 12C and the folding portion 14A are folded in a valley, and the ruled lines 12b, 12d, 14h are folded in a mountain, and the folding portion 14B is expanded so as to be separated from the sheet 12C, and the box portion 14 is rearranged from the sheet 12C in the Y direction. It is formed three-dimensionally as a state of protruding to the side.

Further, the folding portion 14C and the folding portion 14d are mountain-folded from the ruled line (folding line) 14k, the folding portion 14A and the folding portion 14f are mountain-folded from the ruled line (folding line) 14t, and then the ruled line (folding line) 14p. The bottom portion 14E and the folding portion 14B are folded in a mountain fold, and the bottom portion 14E and the folding portion 14a are folded in a mountain fold from the ruled line (folding line) 14m, and the folding portion 14a is inserted to close the lower side of the box portion 14.

In this state, if necessary, the contained object is stored inside the box portion 14.

After that, the folding portion 14C and the folding portion 14c are mountain-folded from the ruled line (folding line) 14n, the folding portion 14A and the folding portion 14e are mountain-folded from the ruled line (folding line) 14s, and then the ruled line (folding line) 14q The lid portion 14F and the folding portion 14B are folded in a mountain fold, and the lid portion 14F and the folding portion 14b are folded in a mountain fold from the ruled line (folding line) 14r, and the folding portion 14b is inserted to close the upper side of the box portion 14. ..

Further, when the mount 10 with the shrink film of the present embodiment is opened, the lid portion 14F can be opened and the contained object can be taken out by pulling out the folded portion 14a inserted into the box portion 14.

Further, the mount 10 with a shrink film of the present embodiment can exhibit the same effects as those of the first and second embodiments described above.

Hereinafter, a fourth embodiment of the mount with a shrink film according to the present invention will be described with reference to the drawings.
FIG. 13 is a perspective view showing an assembled state of the mount with a shrink film in the present embodiment, FIG. 14 is a developed plan view showing the surface of the mount in the present embodiment, and FIG. 15 is a developed plan view showing the surface of the mount in the present embodiment. It is a top view which shows the mount which attached the film.
In this embodiment, the difference from the first to third embodiments described above is that the mount 12 is the box portion 14 itself, and the other corresponding components are designated by the same reference numerals. The explanation is omitted.

In the present embodiment, the main surface of the mount 12 is the front surface of the box portion 14 which is a substantially rectangular parallelepiped, and the shrink film 11 is attached to the box portion 14.

As shown in FIGS. 13, 14, and 15, the mount 12 is made of a sheet-fed material folded in half from a ruled line (folding line) 12b extending in the Z direction, and the shrink film 11 is formed by an adhesive portion 13. It is attached to the front folding portion 14B, which is the main surface of the mount 12.

As shown in FIGS. 13, 14, and 15, the mount 12 forms a side surface of the box portion 14 as a non-bonded portion in which the back surfaces extending in the X direction side are folded so as to be in contact with each other. Folding portions 14A to 14D for the purpose and a folding portion 14G formed as a bonding portion 12c are provided.

In the mount 12, as shown in FIG. 14, the folded portion 14B has a contour shape in which the main surface portion is a substantially rectangular shape that is vertically long, and the folded portion 14G that is the bonded portion 12c is attached to the back surface thereof. ing. An adhesive portion 13 for attaching the shrink film 11 to the mount 12 is provided on the front surface of the folded portion 14B, and the surface of the folded portion 14B is the front side (front side) which is the product display surface of the mount 12.

In the mount 12, as shown in FIG. 14, the folding portions 14A to 14D and 14G are foldably connected via ruled lines (folding lines) 12b, 12d, 14g and 14h. The ruled lines (folded lines) 12b, 12d, 14g, and 14h all extend in the Z direction and are in a straight line state parallel to each other, and the folded portions 14A to 14D, 14G are arranged in the X direction. The ruled lines (folding lines) 12b and 12d are perforated or half-cut so that they can be easily folded as compared with the ruled lines (folding lines) 14g and 14h.

Specifically, as shown in FIG. 14, the folding portion 14A and the folding portion 14B are connected via a ruled line (folding line) 12d, and the folding portion 14B and the folding portion 14C are connected via the ruled line (folding line) 14h. The folding portion 14C and the folding portion 14DZ layer are connected via a ruled line (folding line) 12b, and the folding portion 14D and the folding portion 14G are connected via a ruled line (folding line) 14g.

In the mount 12, a display area 12e is provided on the surface of the folded portions 14A to 14C, and a predetermined design such as an explanation about the product to be packaged 100 can be formed by printing or the like. The display area 12e can be provided on the surface of the mount 12 even at a position where it overlaps with the shrink film 11.

As shown in FIG. 14, the folded portions 14A to 14D have a substantially rectangular contour shape that is vertically long so as to form the box portion 14, and the folded portions 14A and the folded portions 14C have substantially the same shape, respectively. The folded portion 14B and the folded portion 14D have substantially the same shape facing each other, and the folded portion 14B has a width dimension equal to the width dimension of the box portion 14. Further, the folding portion 14G is a bonding portion 12c for sticking to the back surface of the folding portion 14A to form the box portion 14.
In the present embodiment, the X-direction (width direction) dimension of the folded portion 14B corresponds to the shape of the box portion 14, and the shapes of the folded portions 14A to 14D and the ruled lines (folded lines) 12b, 12d, 14g, 14h. Can be set arbitrarily.

As shown in FIG. 14, the folded portions 14A to 14D are provided with bottom portions 14E1 to 14E4 and a lid portion 14F so as to close the box portion 14 in the Z direction (vertical direction). The bottom portions 14E1 to 14E4 and the lid portion 14F have substantially the same contour shape as the cross-sectional shape of the box portion 14 in the X direction.
Specifically, the bottom portion 14E1 is extended at the lower position of the folding portion 14D via the ruled line (folding line) 14h, and the bottom portion 14E2 is extended at the lower position of the folding portion 14B via the ruled line (folding line) 14p. Is extended, and the bottom portion 14E3 is extended to the lower position of the folding portion 14C via the ruled line (folding line) 14k, and the bottom portion 14E4 is extended to the lower position of the folding portion 14A via the ruled line (folding line) 14t. Is extended, and the lid portion 14F is extended via the ruled line (folding line) 14q at the upper position of the folded portion 14B.

The X-direction dimensions of the folding portion 14D, the ruled line (folding line) 14h, and the bottom portion 14E1 are set to be equal, and the X-direction dimensions of the folding portion 14B, the ruled line (folding line) 14p, and the bottom portion 14E2 are equal. The dimensions of the folding portion 14B, the ruled line (folding line) 14q, and the lid portion 14F are set to be equal to each other. Further, the X-direction dimensions of the folding portion 14C, the ruled line (folding line) 14k, and the bottom portion 14E3 are set to be equal, and the X-direction dimensions of the folding portion 14A, the ruled line (folding line) 14t, and the bottom portion 14E4. Are set to be equal.

At the bottom 14E1, the ruled line 14j is arranged so as to be inclined downward from the vicinity of the intersection of the ruled line 14h and the ruled line 12b toward the ruled line 14g, and at the bottom 14E2, the ruled line 14m is the intersection of the ruled line 14p and the ruled line 12d. It is arranged so as to be inclined toward the ruled line 14h side from the vicinity toward the lower side. The center position of the bottom portion 14E1 and the bottom portion 14E2 in the X direction is cut out upward to form a recess 14u.
The bottom portion 14E1 is provided with a bonding portion 14a at a position outside (lower side) of the ruled line 14j, and the bottom portion 14E2 is provided with a bonding portion 14d at a position outside (lower side) of the ruled line 14m.

In the bottom portion 14E1, the bottom portion 14E1 and the bonded portion 14a are valley-folded from the ruled line 14j, and the bonded portion 14a and the bottom portion 14E3 are bonded to each other.
In the bottom portion 14E2, the bottom portion 14E2 and the bonded portion 14d are valley-folded from the ruled line 14 m, and the bonded portion 14d and the bottom portion 14E4 are bonded to each other.
In this state, the recess 14u of the bottom 14E1 and the recess 14u of the bottom 14E2 are combined with each other so as to close the lower side of the box 14.

Folded portions 14b, 14c, 14e are provided so that the lid portion 14F can be closed and opened at a predetermined position.
Specifically, as shown in FIG. 14, a folding portion 14b is extended via a ruled line (folding line) 14r at the upper position of the lid portion 14F, and a ruled line (folding line) is extended at the upper position of the folding portion 14C. The folded portion 14c is extended via the 14n, and the folded portion 14e is extended via the ruled line (folding line) 14s at the upper position of the folded portion 14A.

Further, the folded portions 14b, 14c, and 14e are all formed so that the width dimension on the tip end side is smaller than that on the proximal end side, which is the connection side.
The ruled line (folding line) 14r is provided with cuts at both ends so that the ruled line (folding line) 14r can be easily folded as compared with other ruled lines (folding lines) 14k, 14q, 14n, 14p, 14s, 14t. ..

In the mount 12, as shown in FIG. 14, the folded portions 14G and the folded portions 14A to 14D are formed so as to have an asymmetrical shape with respect to the ruled line 12b. In the present embodiment, the shapes of the folded portions 14A to 14D and the folded portions 14G are set so as to have the same dimensions in the Z direction. Further, the folded portions 14A and 14C are set to have smaller dimensions in the X direction than the folded portions 14B and 14D, and the box portion 14 is set so that the thickness dimension in the Y direction is smaller than the width dimension in the X direction. There is. The X-direction dimension of the folded portion 14G is set smaller than that of the folded portion 14B, and is set to a sufficient dimension to fulfill the function as the bonded portion 12c.

The Z-direction dimensions of the ruled lines 12b, 12d, 14g, and 14h are equal to each other, and as shown in FIG. 14, it is preferable to set them equal to the Z-direction dimensions of the folded portions 14A to 14D.

As shown in FIG. 14, the bonding portion 12c is set on the entire surface of the folding portion 14G so that the total length of the folding portion 14D in the Z direction can be fixed to the folding portion 14A, but is located near the region along the ruled line 14g. Can be provided. In the bonding portion 12c, the folding portion 14D and the folding portion 14G are mountain-folded from the ruled line (folding line) 14g, and the folding portion 14D is bonded to the back surface of the folding portion 14A.

As shown in FIG. 14, the adhesive portion 13 has a substantially rectangular shape elongated in the Z direction and a length dimension in the Z direction shorter than the tubular shrink film 11 by a predetermined length, and is uniform over the entire length thereof. It is set to a predetermined width direction (X direction) dimension.
The adhesive portion 13 is provided at a position where the center line in the Z direction coincides with the center of the folded portion 14B in the X direction, but it can be set as another position.

As shown in FIG. 15, the mount 10 with a shrink film in the present embodiment has the shrink film 11 attached to the mount 12 in a state where the ruled line 12b is folded in half and the bonding portion 12c is attached.

At this time, the folding portion 14D and the bottom portion 14E1 are mountain-folded from the ruled line (folding line) 14h, the folding portion 14C and the bottom portion 14E3 are mountain-folded from the ruled line (folding line) 14k, and the folding portion is folded from the ruled line (folding line) 14p. The bottom portions 14E1 to 14E4 are folded inside the box portion 14 in a state where the 14B and the bottom portion 14E2 are mountain-folded and the folded portion 14A and the bottom portion 14E4 are mountain-folded from the ruled line (folding line) 14t.

At the same time, the bottom 14E1 and the bottom 14E3 are valley-folded from the ruled line 14j to the bottom 14E1 and the bottom 14E3 attached to the bonding portion 14a, and the bottom 14E2 and the bottom 14E4 are formed from the ruled line 14m to the bottom 14E2 and the bonding portion 14d. The bottom 14E4 attached to is folded in a valley.

In order to wrap the object to be packaged 100 using the mount 10 with the shrink film, as a packaging process, the object to be packaged 100 is inserted into the shrink film 11 with the mount 12 folded in half from the ruled line 12b. Shrink film 11 is shrunk to shrink wrap.

Further, when the stored items are stored in the box portion 14, or when the box portion 14 is used as an independence support portion or a mount strength reinforcing portion, a ruled line (folding line) is required to assemble the box portion 14 in three dimensions. From 14g, the folding portion 14G and the folding portion 14D are mountain-folded, the folding portion 14D and the folding portion 14C are mountain-folded from the ruled line 12b, and the folding portion 14C and the folding portion 14B are mountain-folded from the ruled line 14h. From 12d, the folded portion 14B and the folded portion 14A are mountain-folded, the folded portion 14B is expanded so as to be separated from the folded portion 14D, and the box portion 14 is formed three-dimensionally so as to protrude in the Y direction.

At the same time, in the folded bottom 14E1 and bottom 14E3, the bottom 14E1 valley-folded from the ruled line 14j and the bottom 14E3 attached to the bonding portion 14a are extended, and in the folded bottom 14E2 and bottom 14E4, the bottom 14E2 and the bottom 14E4 are folded. The bottom 14E2 that has been valley-folded from the ruled line 14m and the bottom 14E4 that is attached to the bonding portion 14d are extended, and the recess 14u of the bottom 14E1 and the recess 14u of the bottom 14E2 are combined so that their ends abut against each other. In this state, the lower side of the box portion 14 is closed by these.

In this state, if necessary, the contained object is stored inside the box portion 14.

After that, the folding portion 14C and the folding portion 14c are mountain-folded from the ruled line (folding line) 14n, the folding portion 14A and the folding portion 14e are mountain-folded from the ruled line (folding line) 14s, and then the ruled line (folding line) 14q The lid portion 14F and the folding portion 14B are folded in a mountain fold, and the lid portion 14F and the folding portion 14b are folded in a mountain fold from the ruled line (folding line) 14r, and the folding portion 14b is inserted to close the upper side of the box portion 14. ..

Further, when the mount 10 with the shrink film of the present embodiment is opened, the lid portion 14F can be opened and the contained object can be taken out by pulling out the folded portion 14a inserted into the box portion 14.

Further, in the mount 10 with a shrink film of the present embodiment, it is possible to obtain the same effect as that of the first to third embodiments described above.

Hereinafter, a fifth embodiment of the mount with a shrink film according to the present invention will be described with reference to the drawings.
FIG. 16 is a developed plan view showing the surface of the mount in the present embodiment, and FIG. 17 is a plan view showing the mount to which the shrink film in the present embodiment is attached.
The present embodiment differs from the above-described fourth embodiment in that the shape of the box portion 14 is related, and the other corresponding components are designated by the same reference numerals and the description thereof will be omitted.

In the present embodiment, the shrink film 11 is attached to the front surface of the box portion 14 in which the main surface portion of the mount 12 is a substantially rectangular parallelepiped. Further, the box portion is supposed to re-store the packaged object 100.

As shown in FIGS. 16 and 17, the mount 12 is made of a sheet-fed material folded in half from a ruled line (folding line) 12b extending in the Z direction, and the shrink film 11 is attached to the mount 12 by the adhesive portion 13. It is attached to the front folding portion 14B, which is the main surface.

As shown in FIGS. 16 and 17, the mount 12 is a non-bonded portion in which the back surfaces extending in the X direction are folded so as to be in contact with each other, and the mount 12 is folded to form the side surface of the box portion 14. The portions 14A to 14D and the folding portion 14G which is the bonding portion 12c are provided.

In the mount 12, as shown in FIG. 16, the folded portion 14C has a contour shape in which the main surface portion is a substantially rectangular shape that is vertically long, and the folded portion 14G that is the bonded portion 12c is attached to the back surface thereof. The folded portion 14A is located. An adhesive portion 13 for attaching the shrink film 11 to the mount 12 is provided on the front surface of the folded portion 14C, and the surface of the folded portion 14C is the front side (front side) which is the product display surface of the mount 12.

In the mount 12, as shown in FIG. 16, the folding portions 14A to 14D and 14G are foldably connected via ruled lines (folding lines) 12b, 12d, 14g and 14h. The ruled lines (folded lines) 12b, 12d, 14g, and 14h all extend in the Z direction and are in a straight line state parallel to each other, and the folded portions 14A to 14D, 14G are arranged in the X direction. The ruled lines (folding lines) 12b and 12d are perforated or half-cut so that they can be easily folded as compared with the ruled lines (folding lines) 14g and 14h.

Specifically, as shown in FIG. 16, the folding portion 14A and the folding portion 14B are connected via a ruled line (folding line) 14h, and the folding portion 14B and the folding portion 14C are connected via a ruled line (folding line) 12d. The folding portion 14C and the folding portion 14DZ layer are connected via a ruled line (folding line) 14g, and the folding portion 14D and the folding portion 14G are connected via a ruled line (folding line) 12b.

In the mount 12, a display area 12e is provided on the surface of the folded portions 14A to 14C, and a predetermined design such as an explanation about the product to be packaged 100 can be formed by printing or the like. The display area 12e can be provided on the surface of the mount 12 even at a position where it overlaps with the shrink film 11.

As shown in FIG. 16, the folded portions 14A to 14D have a substantially rectangular contour shape that is vertically long so as to form the box portion 14, and the folded portions 14B and the folded portions 14D have substantially the same shape, respectively. The folded portion 14A and the folded portion 14C have substantially the same width dimension facing each other, and the folded portion 14C has a width dimension equal to the width dimension of the box portion 14. The folded portions 14B to 14C are all assumed to have the same Z-direction dimension, and the Z-direction dimension of the folded portion 14A is set to be smaller than the Z-direction dimension of these folded portions 14B to 14C. The folded portion 14G is a bonded portion 12c for sticking to the back surface of the folded portion 14A to form the box portion 14.

As shown in FIG. 16, the folded portions 14A to 14D are provided with bottom portions 14E1, 14E2 and a lid portion 14F so as to close the box portion 14 in the Z direction (vertical direction). The bottom portions 14E1, 14E2 and the lid portion 14F have substantially the same contour shape as the cross-sectional shape of the box portion 14 in the X direction.
Specifically, the bottom portion 14E1 is extended at the lower position of the folding portion 14C via the ruled line (folding line) 14k, and the bottom portion 14E2 is extended at the lower position of the folding portion 14A via the ruled line (folding line) 14t. Is extended, and the lid portion 14F is extended at the upper position of the folded portion 14A via a ruled line (folding line) 14q.

Folded portions 14b, 14c, 14d, 14e are provided so that the bottom portions 14E1, 14E2 and the lid portion 14F can be closed and opened at predetermined positions.
Specifically, as shown in FIG. 16, a folded portion 14b is extended at an upper position of the lid portion 14F via a ruled line (folding line) 14s, and a ruled line (folding line) is extended at an upper position of the folded portion 14b. The folded portion 14c extends through the 14r. Further, the folding portion 14e extends at the lower position of the folding portion 14B via the ruled line (folding line) 14t, and the folding portion 14d extends at the lower position of the folding portion 14D via the ruled line (folding line) 14p. It has been extended.

The X-direction dimensions of the folding portion 14C, the ruled line (folding line) 14k, and the bottom portion 14E1 are set to be equal, and the X-direction dimensions of the folding portion 14A, the ruled line (folding line) 14m, and the bottom portion 14E2 are equal. The folding portion 14A, the ruled line (folding line) 14q, the lid portion 14F, the ruled line (folding line) 14s, the folding portion 14c, the ruled line (folding line) 14r, and the X of the folding portion 14c. The directional dimensions are set to be equal. Further, the dimensions of the folding portion 14B, the ruled line (folding line) 14t, and the folding portion 14e in the X direction are set to be the same, and the X of the folding portion 14D, the ruled line (folding line) 14p, and the folding portion 14d is set. The directional dimensions are set to be equal.

In the bottom portion 14E1, a notch portion 14v notched toward the base end side is formed at the center position in the X direction on the tip end side, and in the bottom portion 14E2, a notch portion 14v is formed so as to project toward the tip end side at the center position in the X direction on the tip end side. The convex portion 14w is formed.
In the assembled state where the folded portion 14A and the folded portion 14C face each other, the bottom portion 14E1 and the bottom portion 14E2 are folded back in a mountain fold from the ruled line 14k and the ruled line 14m, respectively, and the bottom portion 14E1 and the bottom portion 14E2 face each other. When the 14w is inserted into the notch 14v, the lower end of the box 14 can be closed. As long as the Z-direction dimensions of the bottom 14E1 and the bottom 14E2 into which the convex portion 14w is inserted into the notch 14v and the shapes of the convex 14w and the notch 14v can also close the lower end of the box 14. , The details are not limited.

Further, the folded portions 14b, 14c, 14d, and 14e are all formed so that the width dimensions from the base end side to the tip end side, which are the connection sides, are substantially equal.
The ruled lines (folding lines) 12b and 12d are provided with cuts at both ends so that the ruled lines (folding lines) 12b and 12d can be easily folded as compared with other ruled lines (folding lines) 14p, 14k, 14t, 14m, 14q, 14s and 14r. Has been made.

In order to close the upper side of the box portion 14 in the lid portion 14F, the lid portion 14F and the folding portion 14A are folded in a mountain from the ruled line (folding line) 14q. At this time, the folded portion 14b and the lid portion 14F are folded in a mountain from the ruled line (folded line) 14s, and the folded portion 14c and the folded portion 14b are folded in a valley from the ruled line (folded line) 14r to form the folded portion 14b. The folded portions 14c and the folded portions 14b that are in contact with each other are placed inside the side surfaces of the box portion 14 formed so as to be surrounded by the folded portions 14B to 14D in a state of protruding upward in the Z direction from the lid portion 14F. insert. As a result, the lid portion 14F can be stopped at a position where the lid portion 14F intersects the folded portion 14C due to the surface contact of the folded portion 14c with respect to the folded portion 14C. As a result, the upper end side of the box portion 14 can be closed.

In the mount 12, as shown in FIG. 16, the folded portions 14G and the folded portions 14A to 14D are formed so as to have an asymmetrical shape with respect to the ruled line 12b. In the present embodiment, the shapes of the folded portions 14B to 14D are set so as to have the same dimensions in the Z direction. Further, the folded portions 14A and 14G are shaped so as to have substantially the same dimensions in the Z direction, and the dimensions are smaller in the X direction than the folded portions 14B to 14D, and the folded portions 14B to 14D are box portions. It is set so as to project upward in the Z direction from the storage portion of 14. The X-direction dimension of the folded portion 14G is set smaller than that of the folded portions 14B and 14D, and is set to be a sufficient dimension to fulfill the function as the bonded portion 12c.

The Z-direction dimensions of the ruled line 14g and the ruled line 12d are equal to each other, and are set to be equal to the Z-direction dimensions of the folded portions 14B to 14D as shown in FIG. Further, it is preferable that the Z-direction dimensions of the ruled line 14h and the ruled line 12b are equal to each other and are abbreviated as the Z-direction dimensions of the folded portions 14A and 14G.

As shown in FIG. 16, the bonding portion 12c can be set on the entire surface along the ruled line 14g of the folding portion 14G so that the folding portion 14D can be fixed to the folding portion 14A. In the bonding portion 12c, the folding portion 14D and the folding portion 14G are mountain-folded from the ruled line (folding line) 14g, and the folding portion 14G is bonded to the back surface of the folding portion 14A.

As shown in FIG. 16, the adhesive portion 13 has a substantially rectangular shape elongated in the Z direction and a length dimension in the Z direction shorter than the tubular shrink film 11 by a predetermined length, and is uniform over the entire length. It is set to a predetermined width direction (X direction) dimension.
The adhesive portion 13 is provided at a position where the center line in the Z direction coincides with the center of the folded portion 14C in the X direction, but it can be set as another position.

As shown in FIG. 17, the mount 10 with a shrink film in the present embodiment has the shrink film 11 attached to the mount 12 in a state where the ruled line 12b is folded in half and the bonding portion 12c is attached.
With respect to the box portion 14 formed by the folded portions 14A to 14D, the portion where the folded portions 14B to 14D protrude upward is configured to be an extended portion.

In order to wrap the object to be packaged 100 using the mount 10 with the shrink film, as a packaging process, the object to be packaged 100 is inserted into the shrink film 11 with the mount 12 folded in half from the ruled line 12b. Shrink film 11 is shrunk to shrink wrap.

Further, when the contained object or the packaged object 100 is stored in the box portion 14, or when the box portion 14 is used as an independence support portion or a mount strength reinforcing portion, the box portion 14 can be assembled three-dimensionally. , The folding portion 14D and the folding portion 14C are mountain-folded from the ruled line (folding line) 14g, and the folding portion 14D and the folding portion 14A are separated from the ruled line 12b in a mountain-folded state, and the folding portion 14B is separated from the ruled line 12d. And the folding portion 14C are separated from each other in a mountain-folded state, the folding portion 14A and the folding portion 14B are mountain-folded from the ruled line 14h, the folding portion 14B is expanded so as to be separated from the folding portion 14D, and the box portion 14 is expanded in the Y direction. It is formed three-dimensionally as a state of protruding.

Further, the folding portion 14D and the folding portion 14d are mountain-folded from the ruled line (folding line) 14p, the folding portion 14B and the folding portion 14e are mountain-folded from the ruled line (folding line) 14t, and then the ruled line (folding line) 14k. The bottom portion 14E1 and the folding portion 14B are mountain-folded, and the folding portion 14A and the bottom portion 14E2 are mountain-folded from the ruled line (folding line) 14m. It is inserted into the portion 14v to close the lower side of the box portion 14.

In this state, if necessary, the contained object is stored inside the box portion 14, or the packaged object 100 is re-stored.

After that, the folded portion 14b and the lid portion 14F are folded in a mountain from the ruled line (folded line) 14s, the folded portion 14c and the folded portion 14b are folded in a valley from the ruled line (folded line) 14r, and the folded portion 14c is folded. It is assumed that the portion 14b is in contact with the lid portion 14F and the folded portion 14c is orthogonal to each other.
In this state, the lid portion 14F and the folding portion 14A are mountain-folded from the ruled line (folding line) 14q, and the folding portions 14B to 14D are formed so as to surround the three sides of the box portion 14 with each other. The contacted folded portion 14c and the folded portion 14b are inserted. As a result, the position where the lid portion 14F intersects the folded portion 14C in a state where the folded portion 14c protrudes upward in the Z direction from the upper ends of the folded portions 14B to 14D due to the surface contact of the folded portion 14c with respect to the folded portion 14C. Can be stopped at. As a result, the upper end side of the box portion 14 can be closed.

Further, when the mount 10 with the shrink film of the present embodiment is opened, the lid portion 14F is opened by pulling out the folded portion 14c inserted into the box portion 14, and the contained object or the packaged object 100 is opened. Can be taken out.

Further, in the mount 10 with a shrink film of the present embodiment, it is possible to obtain the same effect as that of the first to fourth embodiments described above.

10 ... Mount with shrink film 11 ... Shrink film 11c ... Seals 11m, 11n ... Perforation line of sight 12 ... Mount 12A, 12B ... Sheet (main surface)
12C, 12D ... Sheet 12a ... Hanging holes 12b, 12d ... Ruled lines (folding lines)
12c ... Bonding portion 12e ... Display area 13 ... Adhesive portion 14 ... Box portion 14A to 14D, 14G ... Folding portion 14E, 14E1, 14E2 ... Bottom 14F ... Lid portion 14a to 14f ... Folding portion 14g to 14t ... Ruled line (folding line) )
14u ... concave part 14v ... notch part 14w ... convex part

Claims (10)

A mount that is divided into a plurality of sheets by a ruled line and can form a box portion that can stand on its own at least in a part by being bent along the ruled line.
It has a tubular portion into which an object to be packaged can be inserted, and in a state where the tubular portion is folded, a shrink film attached to the main surface of a sticking sheet, which is one of the plurality of sheets, and a shrink film.
With
The box portion can be formed so as to be able to stand up in the direction in which the sticking sheet intersects the horizontal plane, so as to project in the thickness direction from the position of the main surface in the thickness direction of the sticking sheet .
A mount with a shrink film, wherein the shrink film is arranged on the main surface located outside the box portion and is attached to the main surface. The mount with a shrink film according to claim 1, wherein the sheet forming the box portion among the plurality of sheets is provided with a region to be a bottom portion of the box portion. The mount with a shrink film according to claim 1 or 2, wherein the sheet forming the box portion among the plurality of sheets is provided with a region to be a lid portion of the box portion. Wherein a plurality of seat, the seat forming part of a sheet or the box section adjacent to the box portion, that extending portion and a region where the external position Ru extending of the box portion is provided The mount with a shrink film according to any one of claims 1 to 3, which is characteristic. The said borders defining the sheet to form the box portion of the plurality of sheets, includes a substantially parallel border each other,
The method according to any one of claims 1 to 4, wherein a sticking portion for sticking the shrink film is provided on the main surface of the sticking sheet substantially parallel to the ruled lines substantially parallel to each other. Mount with shrink film. The shrink film has a sealing portion in which the side edges are overlapped and adhered to each other and extends along the axis of the tubular portion.
The shrink film, as the outer surface of the seal portion is overlapped with the sticking section, shrink film with mount according to claim 5, characterized in that that have been stuck on the sticking section. The mount with a shrink film according to claim 5, wherein the ruled lines substantially parallel to each other and the axis of the shrink film are provided at substantially parallel positions. The mount with a shrink film according to any one of claims 1 to 7 , wherein the mount is provided with a display area for displaying information. The method for manufacturing a mount with a shrink film according to any one of claims 1 to 8.
In the two-folded said mount from one of the borders, the bonded portion formed on the rear surface of the main surface in the sticking sheet, the sticking sheet of the plurality of sheet and the sticking sheet after Awa attaching the sheet overlapping, a manufacturing method of the backing sheet with shrink film characterized by having a step of attaching the shrink film in the main surface. The method for manufacturing a mount with a shrink film according to any one of claims 1 to 8.
After the tubular by forming a sealing portion by bonding side edges to each other in the shrink film, with shrink film characterized by having a step of attaching the shrink film to the mount on the outside of the seal portion How to manufacture the mount.

Images