JP6589476B2 - 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 having a pocket capable of storing an object to be packaged.

  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.

  In addition, 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 heated to heat-shrink and 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 body in which a package is attached to a mount is known (Patent Documents 1 and 2).

  Furthermore, instead of the blister pack, the tubular shrink film was made into a tubular shape, and the tubular film was folded so as to be crushed and attached to the mount as a mount with a shrink film so that it could stand on a hanging display, a product shelf, etc. A form capable of both display has also been proposed (Patent Document 3).

JP 49-3796 Japanese Patent No. 3106083 JP 2012-121590 A

  However, in the case of box-shaped packaging, the packaged items taken out after opening can be stored in the packaging again, but once opened with the mount with shrink film, it is packaged with the mount with shrink film as the packaging part. Since it is not possible to re-store the goods, it is preferable to store and re-check the display information displayed on the mount with the packaged goods for a long period of time, especially product descriptions, usage instructions, alerts In the packaging of chemicals, drugs, etc. that need to be reconfirmed and displayed, there has been a demand to be able to re-store the packaged item on the mount after opening.

The present invention has been made in view of the above circumstances, and intends to achieve the following object.
1. Make it possible to re-store the packaged items on the mount after opening.
2. The packaged items should be re-storeable along with display information such as product descriptions, usage, and alerts.
3. Only the items to be packaged can be stored again, and can be stored again, eliminating the possibility of confusion with other containers.

The mount with shrink film of the present invention is a mount with shrink film in which a package is held by a cylindrical shrink film provided on the front surface of the mount of the sheet,
While the shrink film is attached to the main surface of the mount,
The mount is formed by laminating a plurality of sheets of main surfaces of each other,
The plurality of sheets are separated from each other by a bonding portion for bonding the plurality of sheets at positions facing each other, a non-bonding portion in which the plurality of sheets are brought into contact with each other, and the non-bonding portion. A storage ruled line that can store the packaged object,
The above-mentioned problem was solved by providing.
In the mount with shrink film of the present invention, the sheet may be provided with a notch that serves as a clue to allow the non-bonded portion to be separated and accommodate the packaged object.
Shrink film with mount of the present invention, the cut portion may be positioned edge of the sheet, or Hisashii location in said sheet.
In the mount with shrink film of the present invention, the notch portion may be disposed on a surface of the sheet on which the shrink film is attached or on a surface of the sheet on which the shrink film is not attached.
In the mount with shrink film of the present invention, the ruled line for storage can be formed corresponding to the contour shape of the article to be packaged.
In the mount with shrink film of the present invention, the bonding portion may be provided along one side of the outline of the mount.
The mount with shrink film of the present invention can be provided such that the bonding portion surrounds the periphery of the non-bonding portion.
The mount with shrink film of the present invention can be folded with a ruled line in which one side of the mount is connected to each other.
The mount with shrink film of the present invention is provided such that the bonding portion and the ruled line surround the periphery of the non-bonding portion, and the non-bonding portion is used as a storage portion so that the packaged material is placed inside. It can be stored.
In the mount with shrink film of the present invention, the mount may be provided with a display area for displaying information.

The mount with shrink film of the present invention is a mount with shrink film in which a package is held by a cylindrical shrink film provided on the front surface of the mount of the sheet,
While the shrink film is attached to the main surface of the mount,
The mount is formed by laminating a plurality of sheets of main surfaces of each other,
The plurality of sheets are separated from each other by a bonding portion for bonding the plurality of sheets at positions facing each other, a non-bonding portion in which the plurality of sheets are brought into contact with each other, and the non-bonding portion. A storage ruled line that can store the packaged object,
Since the shrink film is torn and opened, and the package is taken out, the sheets in the non-bonded area are expanded from the storage ruled line (folding line, perforation line or cutting line). By separating them, it is possible to form the internal space of the opposing sheet as a storage portion and re-store the packaged items in this storage portion.

  In the mount with shrink film of the present invention, the sheet is provided with a notch that is a clue that allows the packaged object to be stored by separating the non-bonded part from the notched part. The sheets can be easily expanded and separated from the storage ruled lines, and the internal space of the opposing sheets can be formed as a storage portion.

Shrink film with mount of the present invention, the cut portion, the edge portion of the sheet, and / or, by being disposed Hisashii location within the sheet, from the sheet edge position, and / or a sheet Storage of the article to be packaged in the storage part from the center position can be facilitated.

  In the mount with shrink film of the present invention, the notch is disposed on the surface of the sheet on which the shrink film is adhered and / or on the surface of the sheet on which the shrink film is not adhered. Thus, regardless of the position of the shrink film that is set according to the shape of the package, the sheets in the non-bonded portion area are easily spread from the notched portion and separated from the storage ruled line, and It is possible to form the internal space as a storage portion.

Shrink film with mount of the present invention, the housing for the ruled line, said by being formed corresponding to the object contour shape of the object to be packaged, to form a receiving portion having a shape corresponding to the object to be packaged, with shrink film It is possible to prevent an article other than the packaged item packaged on the mount from being stored accidentally.

  In the mount with shrink film of the present invention, the bonding portion is provided along one side of the outline of the mount, thereby increasing the strength on one side of the mount on which the bonding portion is provided. It is possible to prevent the mount from being deformed in the extending direction. The bonding portion can be provided along the outline of the mount. Further, the bonding portion can be provided along one side or a plurality of sides in the outline of the mount, and / or can be provided at a position away from the edge forming the mount outline. Thereby, the mount strength can be further improved.

  The mount with shrink film of the present invention is provided with a bonding portion at the peripheral edge that becomes the outline of the mount by providing the bonding portion so as to surround the periphery of the non-bonding portion. In addition, the storage part for re-storing the article to be packaged is formed inside the non-bonding part, and the article other than the article to be packaged wrapped on the mount with shrink film is stored. Can be prevented. As a result, information such as instructions for cosmetics, medicines, and the like can be displayed on the mount and stored in the non-bonded portion for re-storage.

  The mount with shrink film of the present invention can be prevented from deformation of the mount in the direction in which the ruled line extends by folding one side of the mount as a ruled line (folded line) connected to each other. Become. In this case, the strength can be further increased by providing a bonding portion on the side where the ruled line extends or on the side where the ruled line does not exist.

  The mount with shrink film of the present invention is provided such that the bonding portion and the ruled line surround the periphery of the non-bonding portion, and the non-bonding portion is used as a storage portion so that the packaged material is placed inside. By being able to be stored, the strength of one side of the mount on which the bonded portion and the ruled line are provided is increased, and it is possible to prevent the mount from being deformed in the extending direction of the bonded portion and the ruled line. . The bonding portion can be provided along the outline of the mount other than the insertion position of the article to be packaged in the storage portion. Further, the bonding portion can be provided along one side or a plurality of sides different from the side where the ruled line extends in the outline of the mount, and further, at a position separated from the edge forming the mount outline. It can also be provided. As a result, the strength of the mount can be further improved, and an article other than the package to be packaged on the mount with the shrink film is stored by mistake as the shape of the storage unit corresponding to the contour shape of the package. Can be prevented.

  In the mount with shrink film of the present invention, the mount is provided with a display area for displaying information, so that information such as instructions for cosmetics, medicines and the like can be displayed on the mount.

  According to the present invention, it is possible to re-store the packaged items on the mount after opening, and to re-store the packaged items together with display information such as product description, usage, and alert, and only the packaged items to be packaged. It is possible to re-store, to eliminate the possibility of confusion with other containers and so on, and to re-store, and to further improve the strength of the mount.

It is a top view which shows the surface in 1st Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the back surface in 1st Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the expansion | deployment state of the mount in 1st Embodiment of mount with a shrink film which concerns on this invention. It is a model 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 model perspective view which shows the unseal | opening state in 1st Embodiment of the mount with a shrink film which concerns on this invention. It is a model perspective view which shows the accommodation state of the to-be packaged object in 1st Embodiment of mount with a shrink film which concerns on this invention. It is a top view which shows the back surface in other examples of 1st Embodiment of mount with a shrink film which concerns on this invention. It is a top view which shows the surface in 2nd Embodiment of the mount with a shrink film which concerns on this invention. It is a model perspective view which shows the to-be packaged object in 2nd Embodiment of the mount with a shrink film which concerns on this invention. It is a top view which shows the expansion | deployment state 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 expansion | deployment state of the mount in the other example of 2nd Embodiment of 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 the surface of the mount with shrink film in the present embodiment, FIG. 2 is a plan view showing the back surface of the mount with shrink film in the present embodiment, and FIG. FIG. 4 is a schematic perspective view showing a cylindrical formation state of the shrink film in the present embodiment, and FIG. 5 is an opening state of the mount sheet with the shrink film in the present embodiment. FIG. 6 is a schematic perspective view showing a storage state of an object to be packaged in the 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 FIG. 1, the mount 10 with a shrink film according to the present embodiment is a shrink film (heat-shrinkable film) 11 that wraps an article to be packaged, and one side (mainly) where the shrink film 11 is surfaced by an adhesive portion 13. And the mount 12 attached to the surface).

  As shown in FIG. 4, the shrink film 11 has a cylindrical shape, and a flat shrink film is formed so that both side edges 11a and 11b overlap, and the side edges 11a and 11b which are overlapped by being rolled into a cylindrical shape are bonded to each other. In this way, a seal portion 11c is formed to form a cylindrical shrink film 11 as shown in FIG. The cylindrical shrink film 11 is folded so as to crush the cylinder, and the seal portion 11c is arranged near the lower side of the suspension hole 12a as a width direction position on the mount 12 side.

  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.

The cylindrical shrink film 11 is provided with perforations 11m and 11n in the axial direction. The perforations 11m and 11n are cutting auxiliary lines for cutting the shrink film 11, and are cut when the package 100 is to be taken out from the shrink film 11. Therefore, the perforations 11m and 11n have a width direction interval corresponding to the X direction dimension of the package object 100, and the thickness dimension of the package object 100 is less than half the entire circumferential dimension of the shrink film 11. It is set to be a narrow interval corresponding to (dimension in the Y direction).
Only one of the perforations 11m and 11n can be provided, or three or more can be provided.

  The perforations 11m and 11n are composed of a plurality of minute through holes arranged in a row, and are provided in a portion located behind the container (packaged object) 100. That is, the formation positions of the perforations 11m and 11n are provided at the rear side of the container 100 and on both sides of the bonding portion 13 to improve the ease of opening the shrink film 11. Furthermore, it can also be set as the position which does not inhibit merchandise design etc.

  The two perforations 11 m and 11 n are formed along the vertical direction of the cylindrical shrink film 11 over the entire axial length of the cylindrical shrink film 11. It may not be formed at either end of the cylindrical shrink film 11, preferably at the bottom. Further, only one or three or more perforations 11m and 11n may be formed. When there is only one perforation, for example, the perforation 11m is provided at a position that does not overlap the seal portion 11c. be able to.

  As shown in FIG. 4, the cylindrical shrink film 11 is folded into a rectangular shape so as to crush the cylinder, and the center line of the shrink film 11 coincides with the center line of the mount 12 as shown in FIG. On the other hand, the seal part 11c is provided in the width direction center position of the shrink film 11 so that the center of the seal part 11c in the width direction may coincide. With respect to the shrink film 11 as well, the attaching position can be set to another state.

  Moreover, the shrink film 11 is formed so that the upper end forms a straight line in the X direction, and the upper end portion in the inner region of the perforations 11m and 11n and the upper end portion in the outer region of the perforations 11m and 11n are the same. It is located in a straight line.

  The width direction dimension of the seal part 11c is set to be smaller than the width direction dimension of the adhesive part 13, and the seal part 11c and the adhesive part 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 part 11c and the adhesive part 13 are located between the two perforations 11m and 11n. The seal part 11c and the adhesive part 13 need only overlap with each other in the X direction, and the width direction center of the seal part 11c and the width direction center of the adhesive part 13 do not have to coincide with each other.

  As shown in FIGS. 1, 2, 3, and 5, the mount 12 is made of a sheet material that is folded in half and has an outline shape that is a vertically long rectangular shape. The axis is attached to the front surface 12 </ b> A of the mount 12 by a rectangular bonding portion 13 provided at the lower position of the suspension hole 12 a of the mount 12.

  Under the present circumstances, it sticks so that the seal | sticker part (bonding part) 11c which made the shrink film 11 the cylinder shape may correspond with the adhesion part 13. FIG. The shrink film 11 sticking position can be stuck to either the left or right side depending on factors such as the product shape and design, or the position of the hanging hole 12a. Moreover, although the shrink film 11 is provided so that the lower end may substantially correspond with the outline lower end of the mount 12, this can also be stuck in arbitrary Z direction positions.

  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, FIG. 2, FIG. 3, and FIG. Is formed by superimposing the main surfaces of each other, and the sheet 12A, 12B is in a state where the sheets 12A, 12B are bonded to each other at a position facing each other and the sheet 15 can be contacted with each other. A non-bonding portion 16 is provided, and a perforation line (storage ruled line) 17 is provided as a storage portion 18 in which the non-bonding portion is separated to store the article 100 to be packaged.
The sheet 12A and the sheet 12B can have substantially the same contour shape.

  In the rectangular mount 12, display areas 12c are provided on the front surface and the back surface, and a predetermined design such as an explanation about the product that is the packaged object 100 is formed by printing or the like. Note that the display region 12 c can be provided on the surface of the sheet 12 </ b> A of the mount 12 even at a position overlapping the shrink film 11.

  A suspension hole 12a is provided in the central portion in the X direction (width direction) near the upper end of the mount 12 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.

  The sheet 12A and the sheet 12B, which are the non-bonded portions 16, are separated in the Y direction (thickness direction) in the central portion in the X direction (width direction) near the lower end of the sheet 12A in the Z direction on the mount 12. In the meantime, a notch 12b is provided at the edge of the sheet 12A as a clue that allows the article 100 to be stored.

  The notch 12b is formed in a substantially semicircular shape and protrudes toward the center of the sheet 12A. In the cutout portion 12b, the back surface side sheet 12B is exposed on the front surface side. In addition, the Z direction lower end part of the sheet | seat 12B in the base_sheet | mounting_paper 12 is formed in the substantially linear shape as one side of a rectangle. In addition, as the notch part 12b, if the sheet | seat 12A and the sheet | seat 12B are spaced apart in the Y direction (thickness direction) and it is possible to accommodate the to-be-packaged product 100 in the accommodating part 18 between these, The shape is not particularly limited. However, as the notch 12b, it is preferable that the edge shape of the sheet 12A and the sheet 12B is shifted.

Further, the arrangement of the notch 12b is not limited to the center position of the edge of the sheet 12A, and can be provided at an arbitrary place according to the design of the backing film with shrink film 10, the shape of the package 100, and the like.
Furthermore, the notch 12b can be disposed not on the front surface of the sheet 12A on which the shrink film 11 is adhered, but on the surface of the sheet 12B on which the shrink film 11 is not adhered.

The bonding portion 13 is formed in a substantially rectangular shape elongated in the Z direction and has a length dimension in the Z direction that is shorter than the cylindrical shrink film 11 by a predetermined length, and is uniform in the predetermined width direction (X direction) over the entire length. Set to dimension.
The bonding portion 13 is provided at a position where the center line in the Z direction coincides with the hanging hole 12a of the mount 12 in the X direction, but may be set as another position.

  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.

As shown in FIGS. 1, 2 and 3, the size of the ruled line 14 in the Z direction is preferably provided over the entire length in the Z direction of the mount 12, but the mount 12 having a contour shape that is not rectangular in design. In this case, the ruled line 14 may be provided intermittently, or the ruled line 14 may be partially provided with respect to the entire length of the mount 12 in the Z direction.
Further, as shown in FIGS. 1, 2, and 3, the ruled line 14 has a right end position or a left end position depending on whether the mount 12 is opened to the right or left. Can be provided.

1, 2, 3, and 5, the bonding portion 15 is substantially parallel to the ruled line 14 provided at the end of the mount 12 in the X direction, and is the end opposite to the ruled line 14 in the X direction. It is provided so as to be located near the portion and near the ruled line 4. The bonding unit 15 is provided along a side opposite to the side where the ruled line 14 extends in the outline of the mount 12.
In the X direction, a portion sandwiched between the bonding portion 15 and the ruled line 14 is a non-bonding portion 16, and a lower portion thereof is a storage portion 18.

  The dimension in the X direction of the bonding portion 15 may be set so that the storage portion 18 capable of storing the package object 100 can be formed and the mount 12 has sufficient strength as will be described later. The mating portion 16 is preferably provided so as to ensure the width dimension of the non-bonding portion 16 that can accommodate the article 100 to be packaged therein.

  It is preferable in terms of strength that the Z-direction dimension of the bonding portion 15 is provided in the entire Z-direction length of the mount 12, but the bonding portion 15 is intermittently or partially with respect to the Z-direction total length of the mount 12. It can also be provided.

  As shown in FIGS. 1, 2, 3, and 5, the non-bonding portion 16 has both ends in the X direction sandwiched between the bonding portion 15 and the ruled line 14, and both ends of the non-bonding portion 16 in the X direction. However, by being surrounded by the bonding portion 15 and the ruled line 14, the article 100 can be stored in the portion formed by the non-bonding portion 16 of the sheet 12A and the non-bonding portion 16 of the sheet 12B. A storage portion 18 is formed.

  As shown in FIGS. 2, 3 and 6, the perforation lines (storage ruled lines) 17 are formed as two straight perforation lines 17a and 17a extending in the Z direction in the non-bonded portion 16. And, as positions sandwiched between these outer perforation lines 17a and 17a, two straight perforation lines 17b and 17b provided in parallel to the outer perforation lines 17a and 17a, and these outer perforation lines 17a and 17a The upper perforation lines 17b and 17b and upper cutting lines 17c provided in the X direction so as to extend in the X direction are formed on the sheet 12B.

As shown in FIGS. 2, 3, and 6, the outer perforation lines 17 a and 17 a are located in the vicinity of the bonding portion 15 and are formed in parallel with the bonding portion 15.
The inner perforation lines 17b and 17b are set so that the distance between the two X-directions is equal to or slightly larger than the x-direction dimension of the notch 12b, as shown in FIGS.

  As shown in FIGS. 2, 3, and 6, the upper cutting line 17 c forms an arc so as to protrude upward in the Z direction, and the sheet 12 </ b> B is cut over the entire length thereof. Further, both end portions 17d and 17d of the upper cutting line 17c are curved toward the center line 10a so as to draw an arc. Corresponding to the arc shape of the upper cutting line 17c, the inner perforation lines 17b and 17b are formed to a higher position in the Z direction than the outer perforation lines 17a and 17a. Further, the outer perforation lines 17a and 17a and the inner perforation lines 17b and 17b are all set at positions not connected to the upper cutting line 17c.

  The outer perforation lines 17a and 17a and the inner perforation lines 17b and 17b have lower ends extending to the lower edge of the sheet 12B, but the lower edge of the sheet 12B is cut as a perforation. The position is set not to match.

  As shown in FIG. 6, the outer perforation lines 17 a and 17 a are set such that the distance between the two X-directions is slightly larger than the dimension in the radial direction (in this case, the x direction) of the package 100. This is formed so that the distance between the outer perforation lines 17a and 17a corresponds to the contour shape of the package object 100 (in this case, the circumferential dimension), and the package object 100 can be inserted into the storage portion 18. In addition, the storage unit 18 can be stored without dropping.

  It should be noted that the outer perforation lines 17a and 17a can be adjusted in the radial direction (XY direction) as the storage portion 18 by setting the distance between the outer perforation lines 17a and 17a in the X direction. is there.

  Further, the inner perforation lines 17b and 17b are set so that the length of each cutting line is longer than the outer perforation lines 17a and 17a, as shown in FIGS. The outer perforation lines 17a and 17a and the inner perforation lines 17b and 17b can be easily formed by folding the sheet 12B along the outer perforation lines 17a and 17a, and the outer perforation lines 17a. , 17a is set so that the strength of the mount 12 does not decrease when re-storage is performed by making it difficult to cut compared to the inner perforation lines 17b, 17b.

  The manufacturing method of the mount 10 with shrink film of this embodiment is demonstrated.

  The shrink film 11 is printed on a wide and long shrink film as necessary, slit, overlapped in the width direction, enveloped, and provided with a seal portion 11c. It is made into a cylindrical shape, folded so as to crush the cylinder, and wound around a paper tube as it is long.

  The mount 12 is also cut from a multi-sided mount paper that has been printed as necessary, by a cutting, creasing process, and a punching process, so that the hanging holes 12a, ruled lines 14, outer perforated lines 17a, 17a, inner perforated lines 17b, Reference numeral 17b denotes a mount 12 having an upper cutting line 17c and separated one by one. At this time, the printing process of the display area 12c can be performed simultaneously with the process of removing and cutting the hanging hole 12a, the outer perforation lines 17a and 17a, the inner perforation lines 17b and 17b, and the upper cutting line 17c.

  Thereafter, an adhesive or the like is applied as the bonding portion 15 and then folded from the ruled line 14 to bond the sheets 12A and 12B together. It is also possible to perform the bonding portion forming process of applying an adhesive as the bonding portion 15 at the same time as the printing process of the display region 12c.

  A long cylindrical shrink film 11 wound around a paper tube is cut into a predetermined length, and an adhesive is applied to a necessary portion of the cylindrical shrink film 11 to form an adhesive portion 13. It is fixedly attached to the mount 12 through the adhesive portion 13.

  At this time, when the temperature of the reactive hot melt adhesive is 50 ° C. to 55 ° C., the shrink film 11 is attached to the application part where the reactive hot melt adhesive is applied, and the shrink film 11 is pressed and adhered. Thus, the shrink film 11 can be prevented from shrinking due to the heat of the reactive hot melt adhesive, and by cooling the reactive hot melt adhesive, its viscosity is lowered to increase the initial adhesive strength. Can do.

  In order to wrap the package 100 using the mount 10 with the shrink film, the package 100 is inserted into the cylindrical shape of the shrink film 11 from the upper and lower openings and positioned.

  The backing film 10 with the shrink film in which the article to be packaged 100 is inserted into the cylindrical shape of the shrink film 11 is heated in the vicinity of 180 ° C. or about 55 to 60 ° C. in a shrink tunnel or the like to shrink the shrink film 11. By performing shrink wrapping, the shrink film 11 is brought into close contact with the article to be packaged 100 and the article to be packaged 100 is packaged with the backing film with shrink film 10.

  When unsealing the shrink film-attached mount 10 of the present embodiment, the package 100 wrapped in the shrink film 11 is pulled in the Y direction orthogonal to the main surface of the mount 12 as shown in FIG. As a result, the upper end of the film inside the perforations 11m, 11n is preciously firmly fixed by the adhesive portion 13, so the upper end of the shrink film 11 is pulled in the circumferential direction, and an opening force is applied to the perforations 11m, 11n. Then, the shrink film 11 breaks from the perforations 11m and 11n. Then, as the breakage proceeds along the perforations 11m and 11n, the shrink film 11 is cut and opened over the entire length of the perforations 11m and 11n, and the packaged object 100 can be taken out.

  At this time, the film inside the perforations 11m and 11n is maintained in a state of being fixed to the mount 12 by the adhesive portion 13. At the same time, the films on the outer sides of the perforations 11m and 11n are detached from the mount 12 together with the package 100.

In order to re-store the package object 100 on the mount 12, first, as shown in FIG. 6, the non-bonding portions 16 of the sheets 12 </ b> A and 12 </ b> B are separated to form the storage portion 18.
At this time, as shown in FIG. 6, the sheet 12B is bent so that the outer perforation lines 17a and 17a are valley-folded, and the inner perforation lines 17b and 17b are mountain-folded, and is positioned below the upper cutting line 17c. The sheet 12B is bent.

  At this time, the deformation force can be applied so that the sheet 12A and the sheet 12B are separated from each other in the thickness direction (y direction) from the edge side at the lower end position from the notch 12b. Thereby, the sheet 12B located below the upper cutting line 17c is separated from the sheet 12A, and the space sandwiched between the sheet 12A and the sheet 12B becomes the storage portion 18 formed in a cylindrical shape.

  The article to be packaged is stored again on the mount 12 by inserting the article to be packaged 100 into the cylindrical storage portion 18. Further, in the housed state of the article to be packaged 100, due to the elasticity of the mount 12, a force is applied to the sheet 12A and the sheet 12B to be deformed in a direction close to each other and the container 18 to be reduced in the Y direction. The state where the object 100 is fastened is maintained. For this reason, the article 100 to be packaged sandwiched between the sheet 12 </ b> A and the sheet 12 </ b> B is not easily dropped from the storage unit 18.

  Furthermore, in order to take out the article 100 to be packaged that has been stored again in the storage unit 18, the inner perforation line 17b, by pressing the sheet 12B toward the center line 10a at a position outside the outer perforation lines 17a, 17a. In the storage portion 18 near 17b, the sheet 12A and the sheet 12B are deformed in a direction away from each other, the tightening of the sheet 12A and the sheet 12B with respect to the package 100 in the Y direction is loosened, and the package 100 is moved in the Z direction. Can be taken out.

  According to the mount film 10 with the shrink film of the present embodiment, the shrink film is torn from the perforations 11m and 11n, opened, and after the package 100 is taken out, the sheets 12A and 12B in the non-bonded portion region 16 are connected to each other. Is expanded and spaced apart from the storage ruled line 17 formed corresponding to the contour shape of the object 100 to be packaged, thereby forming the internal space of the opposing sheets 12A, 12 as the storage part 18, and The object 100 can be stored again in the storage unit 18.

  At this time, the sheets 12A and 12B in the non-bonded portion 16 region are easily spread and separated from the storage ruled line 17 by using the notch 12b positioned at the edge of the sheet 12B as a clue, and the inside of the opposing sheets 12A and 12B A space can be formed as the storage portion 18.

  Further, the storing ruled lines 17 formed corresponding to the contour shape of the article to be packaged 100 can prevent the articles other than the article to be packaged 100 packaged on the mount 10 with the shrink film from being stored accidentally. Accordingly, display information such as instructions for cosmetics, medicines, and the like is displayed on the mount 12 as the display unit 12c, and the packaged object 100 can be stored in the storage unit 18 of the non-bonding unit 16 for re-storage. It becomes possible.

  In the present embodiment, since one side of the mount 12 is connected to each other by the ruled line 14 and folded, it is possible to prevent the mount 12 from being deformed in the Z direction in which the ruled line 14 extends.

  In the present embodiment, the cutout portion 12b is provided at the lower end position of the sheet 12B. However, as shown in FIG. 7, the cutout portion 12b is connected to the upper cutting line 17c and is positioned below the upper cutting line 17c. It can also be formed at the center position of the sheet.

In this case, the sheet 12B can be separated from the sheet 12A from the upper cutting line 17c, and the article 100 to be packed can be inserted into the storage unit 18 from the opening formed at the position of the upper cutting line 17c and stored again. It is. Furthermore, in this case, it is also possible to provide a bonding portion at the lower end position of the sheet 12B and make the opening as the storage portion 18 only at a position corresponding to the upper cutting line 17c.

  Further, in the present embodiment, the two inner perforation lines 17b and 17b are provided. However, as the inner perforation line 17b, only one inner perforation line 17b is provided near the center line 10a, or no inner perforation line 17b is provided. It is also possible.

Hereinafter, 2nd Embodiment of the mount with a shrink film which concerns on this invention is described based on drawing.
FIG. 8 is a plan view showing the surface of the mount with shrink film in the present embodiment, FIG. 9 is a schematic perspective view showing a packaged object in the present embodiment, and FIG. 10 is a diagram of the mount in the present embodiment. It is a top view which shows an unfolded state.
The mount 20 with the shrink film of the present embodiment differs from the first embodiment described above in respect of the shape of the article 2 to be packaged and the ruled lines 17 for storage. The description is omitted. In addition, in FIG. 8, illustration of the adhesion part 13, the perforations 11m, 11n, etc. is omitted.

  In the mount 20 with the shrink film of the present embodiment, the packaged object 200 to be packaged and stored is, for example, a tube filled with nasal drops and the like, as shown in FIG. The vicinity of the distal end 201 is reduced in diameter and extends narrowly, and the closed end side of the tube, which is the other end side, is formed as a linearly closed portion 202 and has a substantially cylindrical body portion 203. .

  As shown in FIGS. 8 and 10, the mount 12 in the present embodiment is provided with storage ruled lines 17 having the same shape on both surfaces of the sheet 12A and the sheet 12B. The storage ruled lines 17 formed on the sheet 12A and the storage ruled lines 17 formed on the sheet 12B are arranged at substantially the same position so as to overlap when viewed in the Y direction.

  In the sheet 12A of the present embodiment, as shown in FIGS. 8 and 10, the storage ruled line 17 has two outer perforation lines 17a and 17a (storage) extending in the non-bonded portion 16 in the Z direction. And the upper contour line (storage ruled line) 17e provided so as to extend from the upper end position of these outer perforation lines 17a, 17a to the inside in the X direction and the upper side in the Z direction. The shape corresponds to the contour shape.

  As shown in FIGS. 8 and 10, the outer perforation lines 17 a and 17 a (storage ruled lines) are located in the vicinity of the bonding portion 15 and are centered so as to be parallel to the bonding portion 15. It is formed as a line-symmetric position with respect to 10a. In the present embodiment, the inner perforation lines 17b and 17b are not provided, but the outer perforation lines 17a are positioned between the outer perforation lines 17a and 17a as in the first embodiment shown in FIGS. , 17a can be provided in parallel.

  As shown in FIGS. 8 and 10, the upper contour line (storage ruled line) 17e is directed from the upper end position of the outer perforation line 17a toward the vicinity of the center line 10a that is the center of the outer perforation lines 17a and 17a in the X direction. , And are inclined so as to be directed upward in the Z direction. That is, the upper contour line (storage ruled line) 17e is directed upward in the Z direction from the end 17d that is the position of the upper end of the outer perforation line 17a toward the upper end 17f that is near the center line 10a in the Z direction. It is arranged so as to be inclined.

  Further, the upper contour line (storage ruled line) 17e is downwardly convex in the Z direction between the end portion 17d and the upper end portion 17f so as to correspond to the shape in the vicinity of the tip 201 of the packaged article 200 whose diameter is reduced. Is formed. In other words, the upper contour line 17e and the upper contour line 17e arranged on the line object at both side positions of the center line 10a from the outer perforation line 17a side toward the center line 10a side are spaced apart in the X direction. It is formed to shrink toward

On the upper end portion 17f side of the upper contour line 17e, a portion where the upper contour line 17e and the upper contour line 17e are equally spaced in the X direction is formed. An upper end portion 17f of the upper contour line 17e is curved so as to draw an arc toward the center line 10a.
The end 17d of the upper contour line 17e is curved so as to draw an arc so as to connect to the outer perforation line 17a.
In addition, although the edge part 17d of the upper outline 17e is connected to the upper end part position of the outer perforation line 17a, the upper ends 17f of the upper outline 17e are not connected.

The upper contour line 17e may have the sheet 12B cut over the entire length thereof, and a portion where the distance between the upper contour lines 17e and 17e in the X direction is equal on the upper end portion 17f side of the upper contour line 17e starts to increase in diameter. An uncut portion of the sheet 12B can be provided at the position.
The outer perforation lines 17a and 17a have their lower ends extended to the lower edge of the sheet 12B, but are set so that the cutting position as the perforation does not coincide with the lower edge of the sheet 12B. Has been.

  As shown in FIGS. 8 and 10, the outer perforation lines 17 a and 17 a have a distance between the two X-directions that is larger than the radial direction (in this case, the x-direction) dimension of the body portion 203 or the closing portion 202 in the package 200. It is set slightly larger. This is formed so that the distance between the outer perforation lines 17a and 17a corresponds to the contour shape of the article to be packaged 200, and the article to be packaged 200 can be inserted into the accommodating part 18, and from the accommodating part 18 It can be stored without dropping.

  In addition, on both outer sides in the X direction of the outer perforation lines 17a and 17a, the size of the storage unit 18 in the radial direction (the size in the X direction and the Y direction) is set by setting the distance between the outer perforation lines 17a and 17a. Can be adjusted.

  In the present embodiment, as shown in FIGS. 8 and 10, the notch 12b is disposed at the center of the lower end of the sheet 12A on the lower side in the Z direction.

In this embodiment, in order to re-store the article to be packaged 200 on the mount 12, first, the storage portion 18 is formed by separating the non-bonding portions 16 of the sheets 12A and 12B.
At this time, the outer perforation lines 17a and 17a are valley-folded, and the sheet 12A and the sheet 12B sandwiched between the outer perforation lines 17a and 17a are respectively sheet 12A, sheet 12A, and convex so as to protrude outward in the thickness direction (Y direction). The sheet 12B is bent outward in the thickness direction (Y direction), and the sheet 12A and the non-bonded portion 16 of the sheet 12B at the position below the upper contour line 17e are bent. Thereby, the deformation force can be applied so that the sheet 12A and the sheet 12B are separated from each other in the thickness direction (y direction) from the edge side of the respective lower end positions from the notch 12b.

  As a result, the sheet 12B and the sheet 12A located below the upper contour line 17e are separated from each other, and the space sandwiched between the non-bonded portions 16 of the sheet 12A and the sheet 12B is formed in a cylindrical shape. It becomes part 18.

  At the same time, the sheet 12B and the sheet 12A in the portion where the distance between the upper contour lines 17e and 17e in the X direction is equal are separated to the outside in the thickness direction (Y direction), and are formed as the rear part of the storage portion 18. At this time, the upper contour line 17e and the upper contour line 17e on the outside in the Y direction, and the upper end portion 17f and the sheet 12B and the sheet 12A located on the upper side in the Z direction, Although smaller than the storage unit 18, the Y-direction interval is increased, and the sheet 12B and the sheet 12A are separated from each other.

  Further, in the sheet 12B and the sheet 12A located on the outer side of the outer perforation lines 17a and 17a, the portion other than the bonding portion 15 is smaller than the storage portion 18, but the interval in the Y direction is increased. 12B and the sheet 12A may be separated from each other.

  The article to be packaged is stored again on the mount 12 by inserting the article to be packaged 200 into the storage portion 18 that is reduced in diameter toward the upper side in the cylindrical Z direction. At this time, the vicinity of the tip 201 of the article to be packaged 200 is positioned in the storage portion 18 having a reduced diameter corresponding to the sheet 12B and the sheet 12A in the portion where the intervals in the X direction between the upper contour lines 17e and 17e are equal. In the cylindrical storage portion 18 corresponding to the sheet 12B and the sheet 12A located on the inner side of the outer perforation lines 17a and 17a in the Y direction, a closing portion 202 is formed from the body portion 203 of the packaged object 200 that is substantially cylindrical. Position to be packed 200 is stored.

  Further, in the stored state of the article to be packaged 200, due to the elasticity of the mount 12, a force is applied to the sheet 12A and the sheet 12B to be deformed in a direction close to each other and the container 18 to be contracted in the Y direction. Since the vicinity of the body portion 203 of the package 200 is tightened, the package 200 sandwiched between the sheet 12 </ b> A and the sheet 12 </ b> B is not easily dropped from the storage unit 18.

  Furthermore, in order to take out the article 200 to be packaged stored in the storage unit 18, the outer perforation line 17a is pressed by pressing the sheets 12A and 12B toward the center line 10a at positions outside the outer perforation lines 17a and 17a. , 17a, the sheet 12A and the sheet 12B are deformed in a direction away from each other in the storage unit 18 at a position on the inner side, and the tightening in the Y direction of the sheet 12A and the sheet 12B with respect to the body portion 203 or the like of the package 200 is loosened. It becomes possible to take out the article to be packaged 200 by moving it in the Z direction.

  According to the mount film 20 with the shrink film of the present embodiment, the shrink film 11 is torn from the perforations 11m and 11n, opened, and the packaged article 200 is taken out, and then the sheets 12A and 12B in the non-bonded portion region 16 are removed. The inner spaces of the opposing sheets 12A and 12 are formed as the storage portion 18 by expanding the spaces between the storage ruled lines 17 formed corresponding to the contour shape of the packaged object 200 in the thickness direction and separating them. The package 200 can be stored again in the storage unit 18. Thereby, when taking out the repackaged article 200, the medicine stored in the article to be packaged 200 is referred to by referring to the display information such as the instructions of cosmetics and medicines displayed in the display area 12c of the mount 12. It can be used.

  In the present embodiment, the bonding portions 15 and 15 are formed in a rectangular shape extending in the Z direction on both sides in the X direction of the mount 12, but as shown in FIG. 11, the upper contour lines 17e and 17e The bonding portions 15a and 15a can be provided at positions outside the portions having the same interval in the X direction, or the bonding portions 15b and 15b formed intermittently in the Z direction on the ruled line 14 side.

  Thereby, in the accommodated state of the article to be packaged 200, the elastic strength of the mount 12 which is about to deform in the direction in which the sheet 12A and the sheet 12B are close to each other in the portion where the distance between the upper contour lines 17e and 17e in the X direction is equal. Even in the portion where the distances in the X direction between the upper contour lines 17e and 17e are equal to each other, a force to reduce the storage portion 18 in the Y direction is applied so that the vicinity of the front end portion 201 of the package 200 is also increased. For tightening, it is possible to further prevent the article to be packaged 200 held between the sheet 12A and the sheet 12B from dropping from the storage unit 18.

  Further, in the present embodiment, the cutout portion 12b is provided only in the sheet 12A, but it can also be arranged at the center of the lower end of the sheet 12A and the sheet 12B on the lower side in the Z direction. In this case, when the storage unit 18 is opened, it is possible to more strongly insist on the scatter and strongly attract attention.

  Examples according to the present invention will be described below.

DESCRIPTION OF SYMBOLS 10,20 ... Mount 10a with shrink film ... Center line 11 ... Shrink film 11c ... Seal part 11m, 11n ... Perforation 12 ... Mount 12a ... Hanging hole 12b ... Notch part 12c ... Display area 12A, 12B ... Sheet 13, 13A , 13B, 13C ... Adhering portion 14 ... Ruled line (folding line)
15, 15a, 15b ... bonding part 16 ... non-bonding part 17 ... storage ruled line 17a ... outer perforation line (storage ruled line)
17b ... Inner perforation line (ruled line for storage)
17c: Upper cutting line (storage ruled line)
17e… Upper outline (ruled line for storage)
18 ... Storage section

Claims (10)

A shrink film-mounted mount in which a package is held by a cylindrical shrink film provided on the front surface of the sheet mount,
While the shrink film is attached to the main surface of the mount,
The mount is formed by laminating a plurality of sheets of main surfaces of each other,
The plurality of sheets are separated from each other by a bonding portion for bonding the plurality of sheets at positions facing each other, a non-bonding portion in which the plurality of sheets are brought into contact with each other, and the non-bonding portion. A storage ruled line that can store the packaged object,
A mount with a shrink film, characterized in that is provided.   The mount with shrink film according to claim 1, wherein the sheet is provided with a cutout portion that serves as a clue that allows the non-bonded portion to be separated to accommodate the packaged object. The cut portion, edge or shrink film with mount according to claim 2, wherein the disposed Hisashii location in said sheet of said sheet. 4. The shrink film according to claim 2 , wherein the notch is disposed on a surface of the sheet on which the shrink film is affixed or on a surface of the sheet on which the shrink film is not affixed. 5. Attached mount. The mount with shrink film according to any one of claims 1 to 4, wherein the ruled line for storage is formed corresponding to a contour shape of the article to be packaged.   The mount with shrink film according to any one of claims 1 to 5, wherein the bonding portion is provided along one side of the outline of the mount.   The mount with shrink film according to any one of claims 1 to 6, wherein the bonding portion is provided so as to surround the periphery of the non-bonding portion.   The mount with shrink film according to any one of claims 1 to 7, wherein one side of the mount is folded into a ruled line connected to each other.  The bonding part and the ruled line are provided so as to surround the periphery of the non-bonding part, and the non-bonding part serves as a storage part so that the packaged object can be stored therein. The mount with shrink film according to claim 8.   The mount with shrink film according to claim 1, wherein the mount is provided with a display area for displaying information.

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