JP6326870B2 - Mount with shrink film - Google Patents

Description

  The present invention relates to a mount with a shrink film, and more particularly to a technique suitable for use with a mount with a shrink film that can be self-supported even if the package has a shape that cannot be self-supported.

  For packaging in which the products to be packaged are stored so that they can be seen together with the mount on which the display and design are printed, the packaged items are stored in thermoformed plastic sheets and sealed with the mount. There is a skin pack in which an article to be packaged is placed on top and directly wrapped with a heated film from above.

  Also, the object to be packaged is brought into contact with a mount made of paper, synthetic resin, or metal plate, and these are covered with a heat-shrinkable film of synthetic resin, and the film is overheated and heat-shrinked so that the whole is tightly integrated. There is an attached card wrap. As an example, a heat-shrinkable tube (cylindrical shrink film) is bonded with an adhesive applied to the backing sheet to form a backing film with a shrink film. A package in which a package is attached to a mount is known (Patent Document 1).

  Further, some forms capable of both a hanging display and a self-supporting display on a commodity shelf have been proposed as a mount with a shrink film instead of a blister pack (Patent Documents 2 and 3).

JP 49-3796 JP 2012-020762 A JP 2012-025483 A

  However, when making the mount with shrink film self-supporting, the techniques of Patent Documents 2 and 3 can stand only in an upright state, but in order to improve the visibility when displaying the product, the product etc. are tilted. There was a request to be independent. In addition, in the techniques of Patent Documents 2 and 3, in order to give the backing sheet strength in order to be self-supporting, the thickness of the backing sheet has to be more than a certain value, but this is made as small and stable as possible. There was a request to make them independent.

  The present invention has been made in view of the above circumstances, and intends to achieve the object of developing a good display property of a packaged article and enabling the packaged article to be stably independent.

The mount with a shrink film of the present invention is a mount with a shrink film in which an object to be packaged is held by a cylindrical shrink film provided on the front surface of the mount of the sheet,
The cylindrical shrink film is provided at the position of the center line of the mount parallel to the axis thereof,
In the mount, two fold lines provided at predetermined positions on both sides of the center line, and in the center line direction from the center line side toward the outside in the width direction orthogonal to the center line. A support leg having a contour shape inclined so that the length dimension of the mount is reduced, and
A lateral fold line in the width direction is provided at the end of the fold line on the support leg side so as to connect the fold line ends, and from the intersection of the fold line and the horizontal fold line, A mid-inclined fold line that is directed toward the support leg in the center line direction and is inclined toward the center line in the width direction, and toward the support leg in the center line direction and in the width direction. And an outer inclined fold line that is inclined toward the outside,
The lower end part which becomes the width direction outside of the two outside inclined fold lines is a rear leg part,
By folding both outer sides of the mount from the fold line to the back side of the mount, the portion surrounded by the horizontal fold line and the middle inclined fold line is more than the portion between the two fold lines in the mount. In addition, it is an inclined surface having a large inclination, and is supported by the support leg portion and the rear leg portion which are the lower end portion of the mount, and can be self-supported in a state where the upper end side of the mount is inclined to the rear surface side of the mount rather than the lower end side. The above problem was solved.
In the present invention, an intermediate portion of the fold line in the center line direction is provided with a cut in a contour shape protruding toward the center line side in the width direction,
More preferably, when both outer sides of the mount are folded to the rear surface side from the fold line, the fixing portion surrounded by the cuts protrudes to the front surface side.
According to the present invention, a lateral cut extending in the width direction is provided at a position outside the folding line of the mount, and the folding line is provided at a position below the transverse cut. Is possible.
In the present invention, means may be employed in which the support leg is provided on the center line side in the width direction with respect to the fold line.
In the present invention, it is preferable that the support leg is located in a portion surrounded by the middle inclined fold line and the outer inclined fold line.
Furthermore, the mount with the shrink film in which the package is held by the cylindrical shrink film provided on the front surface of the mount of the sheet,
The cylindrical shrink film is provided at the position of the center line of the mount parallel to the axis thereof,
In the mount, two fold lines provided at predetermined positions on both sides of the center line, and in the center line direction from the center line side toward the outside in the width direction orthogonal to the center line. A support leg having a contour shape inclined so that the length dimension of the mount is reduced, and
By folding the both outer sides of the mount from the fold line to the back side of the mount, the support leg is the lower end of the mount, and the upper end side of the mount is inclined to the back side of the mount from the lower end side. It is said that it can be independent,
On the side of the support leg portion of the fold line, an inclined notch that is inclined from the lower end of the fold line toward the center line side in the width direction is provided. Can be located.

The mount with a shrink film of the present invention is a mount with a shrink film in which an object to be packaged is held by a cylindrical shrink film provided on the front surface of the mount of the sheet,
The cylindrical shrink film is provided at the position of the center line of the mount parallel to the axis thereof,
In the mount, two fold lines provided at predetermined positions on both sides of the center line, and in the center line direction from the center line side toward the outside in the width direction orthogonal to the center line. A support leg having a contour shape inclined so that the length dimension of the mount is reduced, and
By folding the both outer sides of the mount from the fold line to the back side of the mount, the support leg is the lower end of the mount, and the upper end side of the mount is inclined to the back side of the mount from the lower end side. By being able to stand on its own, it is possible to simply fold the mount of the sheet from the fold line, fold the back of the mount outside the fold line, and assemble it into a three-dimensional shape, and support legs that have an inclined contour shape at the bottom of the mount Since the support leg portion at the bottom end of the mount is in the form of two lines inclined from the front side to the rear side in the assembled state, just by bringing the support leg portion into contact with the placement surface, The mount itself can be made to stand on its own with the upper end inclined to the back side of the mount rather than the lower end. In addition, since the support leg portion at the lower end of the mount comes into contact with the mounting surface at a position spaced apart in a substantially parallel state in the front-rear direction, it is possible to stably stand on its own. In addition, since the mount is inclined, the packaging object held by the cylindrical shrink film provided on the mount by bonding or the like is allowed to stand on its own with the upper end side inclined toward the paper side rather than the lower end side. Is possible. Thereby, even if it is the packaged object of the shape which cannot become independent, it becomes possible to make it become independent independently.

In the present invention, an intermediate portion of the fold line in the center line direction is provided with a cut in a contour shape protruding toward the center line side in the width direction,
When the outer sides of the mount are folded to the rear surface side from the fold line, the fixing portion surrounded by the notch protrudes to the front surface side, so that the fixing portion is held by a cylindrical shrink film. By simply abutting the package and folding the sheet mount from the fold line, it is possible to maintain the state where the mount outside the fold line is folded back and assembled in three dimensions. As a result, it is possible to easily select a state in which the sheet mount is flattened and a state in which the sheet is assembled three-dimensionally. As a result, it is possible to easily improve the visibility.

  In the present invention, a lateral cut extending in the width direction is provided at a position outside the folding line of the mount, and the folding line is provided at a position lower than the transverse cut. By providing a product appeal design for the packaged object on the upper side of the mount, extremely high visibility can be exhibited when the upper side of the mount is made to stand on a flat plate. At the same time, the mount below the horizontal notch is held in a solid shape by folding it from the fold line so that it has a smaller length dimension in the width direction than the upper mount, and maintains sufficient strength. Is possible.

  Further, in the present invention, the support leg is provided closer to the center line in the width direction than the fold line, so that the support leg is made of a mount at least when folded from the fold line. It is located on the front side of the surface between the fold lines, and both the outer sides in the width direction of the lower end of the mount are located on the rear side, so that it is possible to stably stand the mount and the package to be tilted as a whole. Become.

In addition, a lateral fold line in the width direction is provided at an end of the fold line on the support leg side so as to connect the fold line ends, and an intersection of the fold line and the horizontal fold line. To the support leg portion side in the center line direction and a middle inclined fold line inclined toward the center line side in the width direction, and toward the support leg portion side in the center line direction and in the width direction. And an outer inclined fold line that is inclined toward the outer side,
When both outer sides of the mount are folded from the fold line to the rear surface side, a portion surrounded by the horizontal fold line and the middle inclined fold line is more than a portion between the two fold lines in the mount. In addition, the bottom surface of the mount is not cut in the bottom side of the mount by folding it with a fold line, a horizontal fold line, a middle tilt fold line, and an outer tilt fold line to form a three-dimensional assembly. It becomes possible to make it stand by itself without causing a decrease in strength.

  In the present invention, the support leg portion is positioned in a portion surrounded by the middle inclined fold line and the outer inclined fold line, so that the support leg portion is positioned in front of the surface between the fold lines of the mount. At the same time, since both the outer sides in the width direction of the lower end of the mount are positioned on the rear side, it is possible to stably stand up the mount and the package object which are inclined as a whole. In addition, since the support leg portion is surrounded by the middle inclined fold line and the outer inclined fold line, the strength in the vicinity of the support leg portion can be further increased.

  Furthermore, an inclined notch that is inclined from the lower end of the fold line toward the center line side in the width direction is provided on the support leg portion side of the fold line, and the support leg is located on the outer side in the width direction from the inclined notch. When the both sides of the mount are folded from the fold line to the rear surface side, the portion on the outer side in the width direction and the lower side from the inclined notch is on the front side like the fixed portion. By being in the protruding state, the support leg portion comes into contact with the mounting surface at a position spaced apart in a substantially parallel state in the front-rear direction, so that it can be made to stand on its own.

  According to this invention, since it can incline and can stand independently, a favorable display property is expressed and the stable self-support of a to-be-packaged item is enabled. According to the present invention, since the flat mount and the assembled state can be selected, it is not bulky, the transportability can be improved, and the material cost and the environmental load can be reduced. Can play.

It is a top view which shows 1st Embodiment of the mount with a shrink film which concerns on this invention. It is a perspective view which shows the assembly state in 1st Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows 2nd Embodiment of the mount with a shrink film which concerns on this invention.

Hereinafter, a first embodiment of a mount with a shrink film according to the present invention will be described with reference to the drawings.
FIG. 1 is a plan view showing a mount with a shrink film in the present embodiment. In the figure, reference numeral 10 denotes a mount with a shrink film.

  As shown in FIGS. 1 and 2, the mount 10 with the shrink film of the present embodiment has a shrink film (heat-shrinkable film) 11 for packaging an object to be packaged and a shrink film 11 attached by an adhesive portion 13. It is composed of a mount 12.

  The shrink film 11 has a cylindrical shape, and a flat shrink film is rolled into a cylindrical shape so that both side edges overlap, and the overlapped side edge portions are bonded and enveloped to form a cylindrical shrink film 11. is there. The cylindrical shrink film 11 is folded so as to crush the cylinder.

As the material of the shrink film 11, polystyrene, polyvinyl chloride, polypropylene, polyethylene, or polyester resin is preferably used. As the polyester-based resin, polylactic acid, which is a sustainable material derived from agricultural products, can be used, and it can be preferably used as packaging suitable for the environment.
The shrink film 11 only needs to be a film that shrinks by heat, and the film to be packaged 100 is shrink film when shrinking when shrink wrapping is performed when the shrinkage in the circumferential direction as a cylinder is larger than the shrinkage in the axial direction. 11 is suitable for this application.

  As the adhesive used for the bonding portion 13, a pressure-sensitive adhesive may be used as in Patent Document 1. A hot melt adhesive may also be used. In particular, a reactive hot melt adhesive can be preferably used in consideration of exposure to a high temperature, for example, at a store in the sun. Conventional hot melt adhesives are composed of a thermoplastic resin as a component, solid hot melt adhesives are heated, melted, applied, and cooled to solidify and adhere, and there is a limit in terms of heat resistance. .

  Reactive hot-melt adhesives are initially solid and are used by heating and melting in the same way as conventional hot-melt adhesives for plastic resins. However, after application and cooling, the reaction proceeds and cures. In addition, adhesiveness having high physical properties such as heat resistance can be obtained. Reactive hot-melt adhesives based on urethane resin are solidified in a state where the urethane prepolymer produced by heating and melting leaves a terminal isocyanate group when cooled, and even after being cooled, Moisture contained in the adherend reacts with the terminal isocyanate group, the polymerization proceeds, and adhesiveness with higher heat resistance can be obtained. A reactive hot-melt adhesive mainly composed of a urethane resin can be preferably used because it does not require a treatment for promoting the curing after coating.

If the position accuracy of the tubular shrink film 11 and the mount 12 and the position accuracy of the adhesive portion 13 are poor, there is a possibility of shifting from a predetermined position to the left and right. Therefore, a hot resin containing a thermoplastic resin that becomes soft during shrinking is used. The melt adhesive can be used for the bonding portion 13 so as to be shifted to a predetermined position by heating at the time of shrinking.
In particular, the reactive hot melt adhesive mainly composed of a urethane resin is used for the adhesive portion 13 and is firmly fixed to the mount 12 so that the right and left are shifted to a predetermined position. Is preferred.

  The tubular shrink film 11 is provided with a perforation line (not shown). The perforation line is a cutting auxiliary line for cutting the shrink film 11, and is cut when trying to take out the tubular container 100 from the shrink film 11. Generally, the perforation line is composed of a plurality of minute through holes arranged in a line, and can be formed, for example, at a portion located in front of the tubular container 100. For example, one perforation line can be formed along the vertical direction of the tubular shrink film 11 while leaving the upper portion of the tubular shrink film 11, but may be formed over the entire length of the tubular shrink film 11. A plurality of perforations may be formed. Moreover, it is preferable that the formation position of the perforation line is provided on the side of the tube-shaped container 100, on both sides of the rear adhesive portion 13 or the like so as not to hinder the product design and the like.

As shown in FIG. 1, the mount 12 is made of a sheet material having an outline shape that is substantially vertically long, and the axis of the cylindrical shrink film 11 is a center line 14 in the vertical direction (Z direction) of the mount 12. Is attached to the front surface of the mount 12 by a rectangular adhesive portion 13 provided so as to extend along the surface. Under the present circumstances, it can stick so that the bonding part which made the shrink film 11 the cylinder shape may correspond with the adhesion part 13. FIG.
As the mount 12 used for the mount 10 with the shrink film of the present embodiment, a plate-shaped 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 paper and is stiff. Aluminum vapor-deposited paper having an aluminum vapor-deposited layer on the surface can also be used.

  As shown in FIG. 1, the mount 12 has a hanging hole 12a, fold lines 15A and 15B, support legs 16A and 16B, cuts 15C and 15D, horizontal cuts 17A and 17B, and horizontal fold lines 18. Then, middle inclined fold lines 19A and 19B, outer inclined fold lines 19C and 19D, and rear leg portions 16C and 16D are formed.

  In the rectangular mount 12, a display surface 12 </ b> A is provided on the upper side in the Z direction, and a predetermined design such as an explanation about a product to be packaged is formed by printing or the like. A suspension hole 12a is provided in the central portion in the X direction (width direction) near the upper end of the display surface 12A in the Z direction. The hanging hole 12a can be displayed at a store through a hook or the like provided on a product display stand in a store or the like.

  In the rectangular mount 12, the fold lines / cuts and the like for allowing the support legs 16A, 16B and the rear legs 16C, 16D to be self-supporting by being folded three-dimensionally on the lower side in the Z direction are as follows. Formed as follows.

  A contour shape inclined at the lower end of the mount 12 so that the length of the mount 12 in the centerline direction (Z direction) decreases from the centerline 14 side toward the outside in the X direction perpendicular to the centerline 14. Support leg portions 16A and 16B are provided.

The support leg portions 16A and 16B are provided at least at the position on the center line 14 side in the X direction with respect to the folding lines 15A and 15B, and protrude downward from the outline of the mount 12 that is rectangular. The amount of protrusion downward from the outline of the mount 12 in which the support legs 16A and 16B are rectangular may be about 5 / 15.5 with respect to the longitudinal length (full length) of the mount 12. it can.
The inclination of the support legs 16A and 16B is such that the center-side tip 16Aa of the support leg 16A protrudes below the outer tip 16Ab and protrudes downward from the outline of the mount 12 that is rectangular. The center tip 16Ba of the support leg 16B protrudes below the outer tip 16Bb, and is lower than the outline of the mount 12 that is rectangular. The ratio of the amount of protrusion can be about 5 / 2.5.

In the present embodiment, the center-side tips 16Aa and 15Ba, which are the lowermost positions of the support legs 16A and 16B, are provided closer to the center line 14 in the X direction than the folding lines 15A and 15B, and the support legs 16A. , 16B are provided so that the outer ends 16Ab, 16Bb, which are the upper end portions with the least amount of protrusion, are located outside the folding lines 15A, 15B in the X direction. The X-direction dimension of the support legs 16A and 16B can be 13.5 / 67 with respect to the X-direction (width direction) dimension of the mount 12.
The portions sandwiched between the support legs 16A and 16B are in a state in which the outline of the mount 12 that is rectangular is extended, and are indented above the support legs 16A and 16B in the Y direction.

  The lower end portions of the folding surface portions 12D and 12E on the both sides in the X direction of the two folding lines 15A and 15B on the mount 12 are rear leg portions 16C and 16D.

  The two fold lines 15A and 15B are in parallel with the center line 14 and are provided at predetermined positions on both sides of the center line 14 below the display surface 12A. The end portions 15Aa and 15Ba on the upper side in the Z direction of the folding lines 15A and 15B are set to the same position in the Z direction and are set to the lower end position of the display surface 12A. The distance between the two folding lines 15A and 15B can be 29/67 with respect to the X direction (width direction) dimension of the mount 12.

  In the mount 12, a support surface (surface) 12B between the fold lines 15A and 15B in the X direction is provided with an adhesive portion 13 continuous from the display surface 12A. In addition, the adhesion part 13 can also be provided only in the support surface (surface) 12B.

  Cuts 15C and 15D are provided at intermediate portions of the fold lines 15A and 15B in the Z direction so as to be continuous with the fold lines 15A and 15B. The cuts 15C and 15D have a contour shape in which upper ends 15Ca and 15Da and lower ends 15Cb and 15Db are connected to the folding lines 15A and 15B and project toward the X-direction center line 14 side. Specifically, the cuts 15C and 15D are arcuate. The amount of protrusion of the cuts 15C and 15D can be set to be smaller than half of the distance between the fold line 15A and the center line 14 in the X direction, for example, the distance between the fold line 15A and the center line 14 in the X direction. Can be set to 12/29.

  The fixing portions 15E and 15F surrounded by the cuts 15C and 15D are folded forward from the folding lines 15A and 15B, and the folding surface portions 12D and 12E are directed to the front side in the thickness direction (Y direction) of the mount 12. Protruding.

  The lateral cuts 17A and 17B are connected to the end portions 15Aa and 15Ba on the upper side in the Z direction of the folding lines 15A and 15B, and are provided so as to extend in the X direction as positions outside the folding lines 15A and 15B in the X direction. The lateral cuts 17A and 17B can be in a state having a width in the Y direction, and can also be provided so as to widen from the folding lines 15A and 15B toward the outside of the mount 12 as shown in the figure.

  The lateral fold line 18 is located at the center of the X direction mount 12 so as to extend in the X direction, and is provided so that the ends 15Ab and 15Bb on the lower side in the Z direction of the fold lines 15A and 15B are connected by both ends thereof. . As the horizontal fold line 18, it only has to act as a fold line. In the present embodiment, as shown in the figure, the horizontal fold line 18 is formed as a cut, and the central portion thereof is a continuous portion where the cut is not formed. You can also The length of the continuous portion at the center of the horizontal fold line 18 can be set to about 2/29 with respect to the length dimension of the horizontal fold line 18. Further, the horizontal folding line 18 can be formed as a half cut, and in this case, a continuous portion can be prevented from being formed.

The middle inclined fold line 19A is linearly inclined from the intersection of the end 15Ab on the lower side in the Z direction of the fold line 15A and the horizontal fold line 18 toward the lower side in the Z direction and toward the center line 14 side in the X direction. The intermediate inclined fold line 19B is inclined toward the lower side in the Z direction and toward the center line 14 side in the X direction from the intersection of the end 15Bb on the lower side in the Z direction of the fold line 15B and the horizontal fold line 18. It is provided in a straight line shape.
The middle inclined fold lines 19A and 19B are formed as half cuts, and the central portion thereof may be a continuous portion where no cut is formed. Further, both end portions of the middle inclined fold lines 19A and 19B may be continuous portions where the cut is not formed. As a result, the upper end 19Aa, 19Ba and the outline of the mount 12 and the lower ends 19Ab, 19Bb, which are connected to the horizontal fold line 18 formed as a cut, maintain the strength without being separated even when folded. Can do.

The Y-direction dimension from the upper end 19Aa to the lower end 19Ab of the middle inclined fold line 19A and the Y-direction dimension from the upper end 19Ba to the lower end 19Bb of the middle inclined fold line 19B are the same as the Y-direction (vertical direction) dimension of the mount 12 13 / 155.5.
The distance between the positions where the lower ends 19Ab and 19Bb of the middle inclined folding lines 19A and 19B connect with the outline of the mount 12 can be set to 10/67 with respect to the X direction (width direction) dimension of the mount 12.

The outer inclined fold line 19C is provided in a linear shape that is inclined downward in the Z direction and outward in the X direction from the intersection of the end 15Ab on the lower side in the Z direction of the fold line 15A and the horizontal fold line 18. The outer inclined fold line 19D is provided in a linear shape that is inclined downward in the Z direction and outward in the X direction from the intersection of the end 15Bb on the lower side in the Z direction of the fold line 15B and the horizontal fold line 18. .
The outer inclined fold lines 19C and 19D are formed as fold lines, and the lower ends 19Cb and 19Db thereof are inclined so as to be positioned outside the support legs 16A and 16B in the X direction. The distance between the positions where the lower ends 19Cb and 19Db of the outer inclined folding lines 19C and 19D are connected to the outline of the mount 12 can be set to 48/67 with respect to the X direction (width direction) dimension of the mount 12.

A portion surrounded by the horizontal fold line 18 and the middle inclined fold lines 19A and 19B becomes an inclined surface 12C having a larger inclination than the support surface (surface) 12B between the two fold lines in the mount 12.
Further, the support leg portion 16A is located in the portion surrounded by the middle inclined fold line 19A and the outer inclined fold line 19C, and the support leg portion is located in the portion surrounded by the middle inclined fold line 19B and the outer inclined fold line 19D. 16B is set to be located.

  In the mount 10 with the shrink film of the present embodiment, the shrink film 11 in which the tube-shaped container 100 is packaged as a packaged object is attached to the front surface of the mount 12 by the adhesive portion 13 without blocking the front of the tube-shaped container 100. It can be fixed to the mount 12.

Although the tubular container 100 is illustrated as an example of the packaged object to be packaged in the mount 10 with the shrink film of the present embodiment, the packaged object is not limited to this.
As schematically shown by a broken line in FIG. 2, the tubular container 100 includes a container body 101 filled with contents, a pouring part, and a cap part 102 that can be detachably attached to the pouring part. It is configured and is elongated in a direction (longitudinal direction) along the container main body 101 and the cap portion 102, and has a symmetric shape in the front-rear direction and a left-right symmetric shape. The container main body 101 is formed in a flexible cylindrical hollow shape, a pouring portion is formed at one end portion thereof, and the other end portion is closed in a flat shape by heat welding. The cap part 102 has a substantially cylindrical shape having a diameter smaller than that of the container body 101 and reduced in diameter toward the distal end side. In the mount 10 with the shrink film, the tubular container 100 is supported so that the cap portion 102 is directed vertically upward, the other flat end is directed downward, and the longitudinal direction is along the vertical direction.

Moreover, the mount 10 with a shrink film of this embodiment supports the tubular container 100 and makes it stand on the mounting surface 200.
The mounting surface 200 is a surface on which the tubular container 100 packaged and supported on the mount 10 with a shrink film is self-supported. For example, a flat surface such as a general product shelf or a table on which products are arranged at the store is illustrated. it can. Alternatively, the mounting surface 200 may be a gently curved surface or a surface with some unevenness. In addition, the tube-shaped container 100 that is wrapped and self-supported by the mount 10 with the shrink film may be in contact with the placement surface 200 or may be non-contact.

  In the present embodiment, the surface of the mount 12 on the side on which the article to be packaged 100 is held is referred to as the front and the front in the thickness direction (Y direction). Further, even in a state where the mount 10 with the shrink film is self-supporting, the front-rear direction which is a direction substantially along the front and rear of the mount 10 with the shrink film is the Y direction, and the vertical direction which is a direction substantially along the vertical direction is Z. A width direction or a lateral direction that is a direction substantially orthogonal to the direction and the vertical direction is expressed as an X direction. Moreover, the length along the up-down direction and the front-back direction may be simply referred to as a length or interval, and the length along the width direction or the lateral direction may be referred to as a width. However, the term which shows these directions is used in order to demonstrate the structure of the mount 10 with a shrink film, and does not limit the relationship between the component of the mount 10 with a shrink film, and a direction. For example, the mount 10 with the shrink film according to the present embodiment may be displayed with the rear surface of the mount 12 facing forward of a product shelf or the like.

Hereinafter, a method of assembling the mount film with shrink film 10 of the present embodiment will be described.
FIG. 2 is a perspective view showing an assembled state of the mount with shrink film in the present embodiment, in which the shrink film 11 is omitted.

The mount 10 with the shrink film of the present embodiment is assembled in a three-dimensional shape by folding the flat mount 12 in a state where the package 100 is held. At this time, the folding lines 15A and 15B are mountain-folded, the middle inclined folding lines 19A and 19B are mountain-folded, the outer inclined folding lines 19C and 19D are mountain-folded, and the horizontal folding line 18 is valley-folded. Then, the fixing portions 15E and 15F protrude forward in the thickness direction (Y direction) of the mount 12 in a state in which the folded surface portions 12D and 12E face rearward in the Y direction.
Then, since the packaging object 100 wrapped in the shrink film 11 is adhered by the bonding part 13, the fixing parts 15E and 15F abut against the packaging object 100, and the folding surface parts 12D and 12E move forward. It is hindered. Thereby, the mount 10 with a shrink film is assembled in a three-dimensional shape.

At this time, the lower end of the support leg portion 16A and the lower end of the support leg portion 16B are in contact with the placement surface 200, and the rear leg portions 16C and 16D are in contact with the placement surface 200. The mount 10 becomes self-supporting on the placement surface 200.
The support leg 16A is in contact with the placement surface 200 from the center tip 16Aa to the outer tip 16Ab, and the support leg 16B is in contact with the placement surface 200 from the center tip 16Ba to the outer tip 16Bb. The support leg portions 16A and 16B are separated from each other in a parallel state, and it is possible to stably maintain a self-supporting state.

Accordingly, the support surface 12B is positioned so as to incline toward the rear in the Y direction toward the upper side in the Z direction, and the inclined surface 12C is inclined more than the support surface 12B. At the same time, the display surface 12A connected to the support surface 12B is inclined in the same manner as the support surface 12B. Thereby, the mount 10 with shrink film and the package 100 can be made independent in a state where the package 100 bonded to the display surface 12A and the support surface 12B is inclined backward.
In addition, the portion surrounded by the middle inclined fold line 19A and the outer inclined fold line 19C is inclined with the upper side lower than the lower side outward in the Y direction side than the X direction, and the middle inclined fold line 19B and the outer inclined fold line. In the portion surrounded by 19D, the upper side of the lower side is inclined to the outer side of the Y direction side of the X direction.
At this time, the center of gravity of the shrink film-mounted mount 10 and the article 100 to be packaged is positioned between the support leg portions 16A and 16B and the rear leg portions 16C and 16D in the Y direction.

  The mount 10 with the shrink film of the present embodiment is formed by simply folding the sheet mount 12 from the fold lines 15A and 15B, and folding surfaces 12D and 12E outside the fold lines 15A and 15B are folded backward in the Y direction. And the support legs 16A and 16B in the assembled state are supported by two lines extending in the Y direction by contacting the mounting surface 200 with the entire length of the support legs 16A and 16B. Therefore, it is possible to make the support surface 12B stand on its own in a state where the upper end side is inclined to the rear side in the Y direction with respect to the lower end side only by bringing the support leg portions 16A and 16B into contact with the placement surface 200. . As a result, the display surface 12A also has the support surface 12B inclined, so that the package 100 held by the cylindrical shrink film 11 adhered to the display surface 12A and the support surface 12B by the adhesive portion 13 It becomes possible for the upper end side to be self-supporting in a state where the upper end side is inclined to the rear side rather than the lower end side. Thereby, even if it is the packaged object of the shape which cannot become independent, it becomes possible to make it become independent independently.

  The mount 10 with shrink film of the present embodiment includes folding lines 15A and 15B, cuts 15C and 15D, horizontal cuts 17A and 17B, horizontal folding lines 18, intermediate inclined folding lines 19A and 19B, and outer inclined folding lines. By folding 19C and 19D into a three-dimensional shape, the mount 12 can be assembled from a flat plate shape into a three-dimensional shape. Therefore, the mount 12 is formed into a flat plate shape at the time of transportation, and space is saved. It is possible to easily improve visibility as an assembled state.

Hereinafter, 2nd Embodiment of the mount with a shrink film which concerns on this invention is described based on drawing.
FIG. 3 is a plan view showing a mount with a shrink film in the present embodiment. In the figure, reference numeral 20 denotes a mount with a shrink film.

  The mount 20 with the shrink film of the present embodiment is different from the first embodiment in that it is related to the middle inclined cuts (tilted cuts) 29A and 29B, the fixed parts 25C and 25D, and the lateral folding line 18 and the outside. There is no inclined fold line 19C, 19D, and the corresponding components other than this are denoted by the same reference numerals and description thereof may be omitted.

  In the backing film with shrink film 20 of the present embodiment, as shown in FIG. 3, the shapes of the cuts 25C and 25D are shapes that combine straight lines instead of arcs, but are contour shapes that protrude toward the X-direction center line 14 side. Thus, like the fixing portions 15E and 15F, when the fixing portions 25E and 25F are folded from the folding lines 15A and 15B, they protrude forward.

  Further, the horizontal fold line 18 and the outer inclined fold lines 19C and 19D are not provided, and instead of the intermediate inclined fold lines 19A and 129B, intermediate inclined cuts 29A and 29B are provided, and lower ends 29Ab and 29Bb thereof are The lower notches 29C and 29D extended downward in the Z direction continue to the edge of the mount 12. The upper ends of the middle inclined cuts 29A and 29B are connected to the lower ends 29Ab and 29Bb of the folding lines 15A and 15B, and the lower cuts (inclined cuts) 29C and 29D form the inner contour lines of the support legs 16A and 16B. Yes. Further, the inner side surface portion 22D in the width direction (X direction) of the lower notches 29C and 29D is continuous with the inner side surface portion 22C and the support surface 12B in the width direction (X direction) of the middle inclined notches 29A and 29B so as to stretch the same plane. It has become. The support legs 16A and 16B are located on the outer side in the width direction than the middle inclined cuts 29A and 29B and the lower cuts 29C and 29D.

  In the mount 20 with the shrink film of the present embodiment, when the folding lines 15A and 15B are bent into a three-dimensional shape as in the first embodiment, the support leg portions 16A and 16B and the folding surface portions 12D and 12E are integrated. The support leg portions 16A and 16B are in the same position as the inner side surface portion 22D, the inner side surface portion 22C and the support surface 12B, and at the same time the folding surface portion 12D, like the fixing portions 25E and 25F. 12E, the rear leg portions 16C and 16D are positioned rearward of the inner side surface portion 22D, the inner side surface portion 22C and the support surface 12B. Thereby, the inner side surface portion 22D, the inner side surface portion 22C, and the support surface 12B in the inclined state can be supported, so that the mount film 20 with the shrink film and the packaging object 100 can be made independent in a state of being inclined rearward.

  In the mount film with shrink film 20 of the present embodiment, the same effects as those of the first embodiment described above are obtained, and the number of folding surfaces formed is small. Therefore, the positions of the middle inclined cuts 29A and 29B, the lower cuts 29C and 29D, etc. It is possible to improve the degree of freedom regarding setting.

  In the above-described embodiment, the bonding portion 13 is configured to coincide with the center line 14 of the mount 12. However, the present invention is not limited to this, and the bonding portion 13 is considered in consideration of the shape of the package or the design. It is also possible to adopt a configuration in which the center position is deviated from the center line 14 of the mount 12.

DESCRIPTION OF SYMBOLS 10,20 ... Mount 11 with shrink film ... Shrink film 12 ... Mount 12A ... Display surface 12B ... Support surface 12C ... Inclined surface 13 ... Adhesion part 14 ... Center line 15A, 15B ... Fold line 15C, 15D ... Notches 15E, 15F ... Fixing part 16A, 16B ... Support leg part 16C, 16D ... Rear leg part 17A, 17B ... Horizontal cut 18 ... Horizontal fold line 19A, 19B ... Middle inclined fold line 19C, 19D ... Outer inclined fold line 29A, 29B ... Middle inclined cut 29C, 29D ... bottom cut 100 ... packaged item

Claims (6)

A mount with a shrink film in which a packaged article is held by a cylindrical shrink film provided on the front surface of the sheet mount,
The cylindrical shrink film is provided at the position of the center line of the mount parallel to the axis thereof,
In the mount, two fold lines provided at predetermined positions on both sides of the center line, and in the center line direction from the center line side toward the outside in the width direction orthogonal to the center line. A support leg having a contour shape inclined so that the length dimension of the mount is reduced, and
A lateral fold line in the width direction is provided at the end of the fold line on the support leg side so as to connect the fold line ends, and from the intersection of the fold line and the horizontal fold line, A mid-inclined fold line that is directed toward the support leg in the center line direction and is inclined toward the center line in the width direction, and toward the support leg in the center line direction and in the width direction. And an outer inclined fold line that is inclined toward the outside,
The lower end part which becomes the width direction outside of the two outside inclined fold lines is a rear leg part,
By folding both outer sides of the mount from the fold line to the back side of the mount, the portion surrounded by the horizontal fold line and the middle inclined fold line is more than the portion between the two fold lines in the mount. In addition, it is an inclined surface having a large inclination, and is supported by the support leg portion and the rear leg portion which are the lower end portion of the mount, and can be self-supported in a state where the upper end side of the mount is inclined to the rear surface side of the mount rather than the lower end side. A mount with shrink film. The middle portion of the fold line in the center line direction is provided with a contour-shaped cut that protrudes toward the center line in the width direction,
The mount with shrink film according to claim 1, wherein when the both outer sides of the mount are folded to the rear surface side from the fold line, the fixing portion surrounded by the cuts protrudes to the front surface side.   A lateral cut extending in the width direction is provided at a position outside the folding line of the mount, and the folding line is provided at a position below the lateral cut. Item 1. A mount with shrink film according to item 1 or 2.   The mount with shrink film according to any one of claims 1 to 3, wherein the support leg portion is provided closer to the center line in the width direction than the fold line. The mount with shrink film according to claim 1 , wherein the support leg portion is located in a portion surrounded by the middle inclined fold line and the outer inclined fold line. A mount with a shrink film in which a packaged article is held by a cylindrical shrink film provided on the front surface of the sheet mount,
The cylindrical shrink film is provided at the position of the center line of the mount parallel to the axis thereof,
In the mount, two fold lines provided at predetermined positions on both sides of the center line, and in the center line direction from the center line side toward the outside in the width direction orthogonal to the center line. A support leg having a contour shape inclined so that the length dimension of the mount is reduced, and
By folding the both outer sides of the mount from the fold line to the back side of the mount, the support leg is the lower end of the mount, and the upper end side of the mount is inclined to the back side of the mount from the lower end side. It is said that it can be independent,
On the side of the support leg portion of the fold line, an inclined notch that is inclined from the lower end of the fold line toward the center line side in the width direction is provided. features and to Resid Interview link with film mount to be located.

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