KR102422597B1 - Individual packaging of wearable items - Google Patents

Abstract

An object of the present disclosure is to provide an individual package for a wearable article, which is excellent in taking out the wearable article and has airtightness.
As the individual package 1 of a wearable article, the wearable article 3 has one surface 27 and the other surface 29 in the thickness direction T of the individual package 1, The package 9 has a first layer 11 covering one side 27, a second layer 13 covering the other side 29, a first layer 11 and a second layer ( 13) a sealing portion 17 sealing at least a part of the peripheral portion 15, and an unsealing portion 19 disposed on the peripheral portion 15, wherein the individual package 1 is closed by the unsealing surface S. It is partitioned into a first region 55 and a second region 57 , the wearable article 3 being disposed over the first region 55 and the second region 57 , the fixing portion 25 having a first In the region 55 , the wearing article 3 is fixed to the package 9 , and the stiffness in the unsealing surface S of the wearing article 3 is determined from the unsealing portion 19 of the package 9 . An individual package (1) of a wearable article, characterized in that it is lower than the tear strength in the opening direction (D ₁ ) of

Description

Individual packaging of wearable items

The present disclosure relates to individual packages of wearable articles.

There is known an individual packaging body of a wearing article in which wearable articles such as sanitary pads, panty liners, and paper diapers are individually packaged by packaging one by one in a packaging sheet. By individually packaging the wearable articles, it is possible to carry the wearable articles one by one simply and hygienically.

Further, in the individual packaging body of the above-mentioned wearable article, it has been studied to include a volatile substance in the wearable article by giving the packaging sheet airtightness.

For example, Patent Document 1 discloses an absorbent article for gynecological hygiene that is a sanitary pad, panty liner, interlabial device, tampon, or incontinence appliance, wherein the article is packaged in a vapor-impermeable package made of a packaging material. wherein said packaging completely encloses said article to prevent said article from contacting the external environment, said article comprising a non-aqueous volatile material having a vapor pressure of at least 0.01 mbar at 20 °C, said packaging material comprising: Absorbent articles for gynecological hygiene are described, characterized in that they have a permeability of 25% or less, according to the permeability test described herein for thyllactate.

In Patent Document 1, the packaging sheet includes a barrier layer with low volatile substance permeability as an intermediate layer, thereby suppressing volatilization of volatile substances held by individual packages.

Japanese Patent Publication No. 2007-525245

In the individual package of the absorbent article described in Patent Document 1, although the flap portion 4 of the packaging material 5 can be sealed along the longitudinal edge by a crimp seal or the like, the packaging material 5 The terminating part (1) of the is adhered by a line (9) of the adhesive. Therefore, the individual package described in Patent Document 1 has insufficient airtightness.

As an individual package excellent in airtightness, for example, a periphery-sealed individual package in which two sheets of airtight packaging sheets are sandwiched between a worn article and the periphery of two airtight packaging sheets are sealed are known. . In such a peripheral sealing type individual package, it is common to provide an unsealing part, such as a notch for assisting unsealing, in the peripheral part. In such an individual package, when the package is opened from an opening portion such as a notch or the like along the opening surface, it is preferable to store the worn article in the package so that the package is enlarged and the worn article does not intersect the opening surface. It is common. This is because, when the package is opened, there is a possibility that the wearable article may be broken. Moreover, in many cases, the individual package of a wearable article excellent in airtightness has a thin thickness, and it is difficult to take out a wearable article from an individual package after opening an individual package in many cases. As described above, in the conventional individual package of the peripheral seal type, the take-out property of the wearable article was inferior.

Accordingly, an object of the present disclosure is to provide an individual package of a wearable article, which is excellent in taking out the wearable article and has airtightness.

The present inventors provide a wearable article comprising a wearing article, an airtight package for individually packaging the wearable article, and a fixing part, the wearable article having a thickness direction, and an opening direction and an unloading direction orthogonal to the thickness direction. An individual package, wherein the wearable article has one surface and the other surface in the thickness direction, the package body having a first layer covering the one surface, and a second layer covering the other surface a seal portion sealing at least a portion of the periphery of the first layer and the second layer; and an unsealing portion disposed on the periphery; It is divided into a first area and a second area by a parallel opening surface, wherein the wearing article is disposed over the first area and the second area, and the fixing part holds the wearing article in the first area to the package body. Individual packaging of a wearable article, characterized in that the tensile strength on the open side of the wearable article is lower than the tear strength from the unsealed portion of the package in the unsealing direction. body was found

The individual package of the wearable article having the airtightness of the present disclosure is excellent in taking out the wearing article.

1 is a perspective view of an individual package 1 according to a first embodiment.
Fig. 2 is a cross-sectional view of the individual package 1 in the section II-II in Fig. 1 .
3 is a perspective view of the wearing article 3 .
4 is an exploded perspective view of the wearing article 3 .
5 : is a figure for demonstrating an example of the taking out method of the wearing article 3 from the individual package body 1. As shown in FIG.
6 is a view for explaining an example of a method for taking out the wearing article 3 from the individual package 1 .
7 : is a figure for demonstrating an example of the method of taking out the wearing article 3 from the individual package body 1. As shown in FIG.
FIG. 8 is a diagram for explaining an example of a method for taking out the wearing article 3 from the individual package 1 .
9 is a view for explaining an example of a method for taking out the wearing article 3 from the individual package 1 .
10 is a diagram for explaining the individual package 1 according to the second embodiment.
11 is a diagram for explaining the individual package 1 according to the third embodiment.
12 : is a figure for demonstrating the measuring method of tear strength.

Specifically, the present disclosure relates to the following aspects.

[Aspect 1]

An individual package for a wearable article comprising a wearing article, an airtight package for individually packaging the wearable article, and a fixing part, the package having a thickness direction, an opening direction and an taking out direction orthogonal to the thickness direction,

the said wearing article has one surface and the other surface in the said thickness direction,

A first layer covering the one surface of the package body, a second layer covering the other surface, a seal portion sealing at least a part of the periphery of the first layer and the second layer, and disposed on the periphery provided with an unopened part,

the individual package body is divided into a first area and a second area by an unsealing surface passing through the unsealing part and parallel to the unsealing direction and the thickness direction;

the wearable article is disposed over the first region and the second region;

The fixing part is fixing the wearing article to the package in the first area,

The individual package of the wearable article, wherein a stiffness of the wearable article on the unsealed surface is lower than a tear strength of the package from the unsealed portion in the unsealing direction.

In the individual package, the wearable article is disposed over the first region, the unsealing surface and the second region, and at the same time, the predetermined stiffness of the worn article is lower than the predetermined tearing strength of the package, so that the wearer opens the package into the unsealed portion. When opening from the package, the packaging body can be opened along the opening surface without breaking the wearable article or the like. In addition, after opening the package, the wearer can grip the exposed second region of the wearing article to easily take out the wearing article from the package. Therefore, the said individual package body is excellent in taking-out property of a wearable article.

[Mode 2]

The individual package according to aspect 1, wherein the tear strength of the wearable article in the unsealing direction on the unsealed surface is higher than the tear strength of the package.

In the said individual package, since the predetermined tearing strength of the worn article is higher than the predetermined tearing strength of the package, it is difficult to break the wearable article or the like when the package is opened from the unsealing part.

[Mode 3]

The wearable article includes a wearable article body, a pressure-sensitive adhesive portion fixed to the wearable article, and a release sheet adhered to the pressure-sensitive adhesive portion so as to be peelable, and the release sheet constitutes the one surface. The individual package according to Aspect 1 or 2, which has a sheet and wherein the fixing portion is fixing the first release sheet to the first layer of the package in the first region.

In the above individual package, since the fixing unit fixes the first release sheet to the first layer of the package in the first area, after opening the package, the wearer grips the exposed second area of the wearing article to wear it. When the article is taken out from the package along the take-out direction, the first release sheet tends to remain in the first area of the package, so that the wearer can take out the wearable article body directly, and the taken out wearing article body can be used simply. have.

[Aspect 4]

The individual package body has, in the take-out direction, an edge of a first area that is an edge of a first area, and a edge of a second area that is an edge of a second area that exists in the second area, and a second area of the body of the wearable article The individual package according to aspect 3, wherein the closest edge of the wearing article body is closer to the edge of the second region than the edge of the first release sheet closest to the edge of the second region of the first release sheet.

In the individual package, since the edge of the wearable article body is closer to the edge of the second region than the edge of the first release sheet of the first release sheet, the wearer can remove the wearable article body without holding the first release sheet after opening the package. Since it can be directly gripped, the wearer can take out the wearing article main body directly from the package, and can use the taken out wearing article main body simply.

[Aspect 5]

The individual package according to aspect 4, wherein an edge of the first release sheet is present in the first region.

In the individual package, since the edge of the first release sheet is in the first region, the wearer can more reliably directly grip the body of the wearable article without holding the first release sheet after opening the package, so that the wearer can wear it. The article main body can be taken out directly from the package, and the taken out wearing article main body can be used simply.

[Aspect 6]

The adhesive part has a first adhesive part in contact with the first release sheet, the fixing part does not overlap the first adhesive part in the thickness direction, and the fixing part is located on the unsealing surface rather than the first adhesive part in the take-out direction. The individual package according to Aspect 4 or 5, which is disposed close to and spaced apart from the first adhesive portion by a predetermined distance.

In the individual package, since the fixed portion in contact with the first release sheet and the first adhesive portion are in a predetermined positional relationship, after the wearer opens the package, the wearer grips the exposed second area of the wearable article body to put it on. When the article body is taken out from the package along the take-out direction, the first release sheet is easily displaced from the first adhesive portion of the wearable article body, so that the wearer can easily take out the wearable article body from the package, and wear it out The article body can be used simply.

[Mode 7]

The individual package according to any one of aspects 4 to 6, wherein the wearable article is folded once or a plurality of times in the take-out direction.

In the individual package, since the wearable article is folded once or plural times in the take-out direction, the size of the wearable article becomes smaller compared to its unfolded state, and after the wearer opens the package, the second area of the worn article is exposed. When the wearable article is taken out from the package along the take-out direction by holding the , the wearing article can be easily taken out of the package. Further, the size of the individual package itself can be reduced.

[Aspect 8]

The wearable article is folded once in the take-out direction along one folding axis, and the wearable article is divided into a first layer of wearing articles on the first layer side and a second layer of wearing articles on the second layer side with respect to the folding axis The individual package according to any one of Aspects 4 to 7.

In the individual package, since the wearable article is folded once along one folding axis, the size of the wearable article itself becomes smaller compared to its unfolded state, and after the wearer opens the package, the exposed second wearable article When the region is gripped and the wearing article is taken out from the package along the take-out direction, the wearing article can be easily taken out of the package. Further, the size of the individual package itself can be reduced.

[Aspect 9]

wherein the fold axis is in the first region, the wearable article first layer edge closest to the second region edge of the wearable article first layer is in the second region, and the wearable article first layer edge is in the second region; The individual package according to Aspect 8, wherein the second region edge of the second layer of the wearable article is closer to the second region edge than the second region edge is the edge closest to the second region edge.

In the individual package, the first layer edge of the wearable article exists in the second region and the edge of the second region is closer to the edge of the second region than the edge of the second layer of the wearable article. The wearable article body can be easily taken out of the package by holding it.

[Mode 10]

The fold-back portion of the fold axis is in the first region, and the wearable article first layer edge is the closest edge to the second zone edge edge of the first layer of the wearable article, and the second zone edge of the wearable article second layer is closest to the second zone edge edge. The individual package according to Aspect 8, wherein both ends of the second layer edge of the wearable article, which is the closest edge, exist in the second region, and the distance from the second region edge of the both ends is the same.

In the individual package, both ends of the first layer of the wearable article and the edge of the second layer of the wearable article exist in the second area, and the distance from the second area edge of the both ends is the same, so that the wearer wears the package After opening, the wearable article body can be easily taken out from the package by gripping both layers of the first layer of the wearable article and the second layer of the wearable article.

[Mode 11]

the fold axis is in the second region, and the wearable article first layer edge that is closest to the second region edge of the first layer of the wearable article, and the wearable article first layer edge that is the closest edge of the wearable article second layer to the second region edge The individual package according to aspect 8, wherein both ends of the phosphor wearable article second layer edge are in the first region.

In the individual package, since the folding axis is in the second region, and both ends of the first layer of the wearable article and the end of the second layer of the wearable article are in the first region, the wearer opens the package and then wears it. The wearable article main body can be easily taken out of the package by gripping the vicinity of the folding axis of the article main body.

[Mode 12]

The individual package body further includes a second fixing part, and the release sheet further has a second release sheet constituting the other surface, wherein the adhesive part is releasably adhered to the second release sheet; It further has a second adhesive portion provided, wherein the second fixing portion fixes the second release sheet to the second layer of the package in the first region, and the second fixing portion overlaps the second adhesive portion in the thickness direction. The individual package according to Aspect 10 or 11, wherein the second fixing part is disposed closer to the unsealing surface than the second adhesive part in the take-out direction and spaced apart from the second adhesive part by a predetermined distance.

In the individual package, the fixing portion and the first adhesive portion in contact with the first release sheet are in a predetermined positional relationship, and the second fixing portion and the second adhesive portion in contact with the second release sheet are in a predetermined positional relationship. Therefore, after the wearer opens the package, the exposed second area of the wearing article (wearing article body), specifically, both layers of the first wearing article layer and the second wearing article layer, or the vicinity of the folding axis, When the wearing article is taken out from the package along the take-out direction, the first release sheet and the second release sheet, and furthermore, the release sheet itself are likely to be displaced from the wearable article body, so that the wearer can take the wearable article main body directly from the package. and the removed wearing article body can be used simply.

[Mode 13]

The individual package according to any one of aspects 1 to 12, wherein the unsealed portion is a notch.

In the said individual package body, since the opening part is a cut-out part, it is easy to open along the unsealing surface when the package body is opened.

[Aspect 14]

The individual package according to any one of aspects 1 to 13, wherein the unsealed portion is a pair of unsealed portions disposed on both sides in the unsealing direction, and the unsealed direction is parallel to an imaginary line passing through the pair of unsealed portions.

In the above-described individual package, since the unsealing portions are a pair of unsealed portions disposed on both sides in the unsealing direction, it is easy for the wearer to grasp the unsealing direction, thereby making it easier for the wearer to open the package in the intended direction. In addition, according to the ease of movement of the arm and hand used mainly by the wearer, etc., arbitrary unsealing can be performed along the unsealing surface.

The individual packaging body of the wearing article of this indication is demonstrated in detail below. In addition, hereafter, the individual package of a wearable article may be simply called "individual package".

1 to 4 are diagrams for explaining the individual packaging body 1 of a wearable article according to one of the embodiments of the present disclosure (hereinafter, referred to as “first embodiment”). Specifically, FIG. 1 is a perspective view of an individual package 1 of a wearable article. Fig. 2 is a cross-sectional view of the individual package 1 in the section II-II in Fig. 1 . 3 is a perspective view of the wearing article 3 . 4 is an exploded perspective view of the wearing article 3 .

An individual package body 1 according to the first embodiment includes a wearable article 3 , a package body 9 , and a fixing unit 25 . The individual package 1 has a thickness direction T, an unsealing direction D ₁ and an take-out direction D ₂ that are orthogonal to the thickness direction T, and an unsealing direction D ₁ and an take-out direction ( D ₂ ) is orthogonal. That is, the thickness direction T, the unsealing direction D ₁ , and the take-out direction D ₂ are orthogonal to each other.

The wearing article 3 has one surface 27 and the other surface 29 in the thickness direction T. As shown in FIGS. 3 and 4 , the wearing article 3 includes a skin abutting sheet 33 having a skin abutting surface 35 , an intermediate layer 37 , and a clothing abutting surface 41 . A wearing article body 31 comprising a clothing abutment sheet 39 having A release sheet 49 is provided in that order. The wearing article 3 is a warming sheet, and the skin-contacting sheet 33 is coated with a warming composition (not shown) containing a warming agent and water.

The wearable article 3 is folded once with the skin abutting surface 35 of the skin abutting sheet 33 turned inside and the folding axis F as a starting point. Accordingly, the release sheet 49 constitutes both the one surface 27 and the other surface 29 of the wearable article 3 . In detail, one surface 27 of the wearing article 3 is constituted by a first release sheet 51 of a release sheet 49 to be described later, and the other surface 29 of the wearing article 3 is formed. The silver 2nd release sheet 53 of the release sheet 49 mentioned later comprises.

The wearing article 3 has the longitudinal direction L and the width direction W in the unfolded state of the wearing article 3, that is, in the unfolded state with the folding axis F as a starting point, They are stored in the package body 9 so as to coincide with the take-out direction D ₂ and the opening direction D ₁ of the individual package body 1 , respectively. Moreover, the wearing article 3 is stored in the package body 9 so that the folding axis F may exist in the 1st area|region 55 mentioned later.

The wearable article 3 is made of a wearable article first layer 5 on the side of the first layer 11 of the package, and a wearable article on the side of the second layer 13 of the package, with the folding axis F as a reference. It is divided into two floors (7). In addition, the release sheet 49 includes a first release sheet 51 on the first layer 11 side of the package and a second release sheet 51 on the second layer 13 side of the package with the folding axis F as a reference. It is partitioned by the release sheet 53. In addition, the 1st peeling sheet 51 and the 2nd peeling sheet 53 are one continuous sheet|seat (release sheet 49). In addition, the adhesive portion 43 includes a first adhesive portion 45 on the first layer 11 side of the package and a second adhesive portion 45 on the second layer 13 side of the package with respect to the folding axis F as a reference. It is partitioned by the adhesive part (47). Moreover, the 1st adhesive part 45 and the 2nd adhesive part 47 are continuous.

The package 9 has airtightness, and the wearable article 3 is individually packaged. The package 9 includes a first layer 11 of a package covering one side 27 of the wearing article 3 and a second package layer 11 covering the other side 29 of the wearing article 3 . The layer 13, the sealing portion 17 sealing all (four sides) of the periphery 15 of the first layer 11 of the package and the second layer 13 of the package, and the periphery 15 are disposed on the periphery 15 and a pair of unsealed portions 19, 21, 23. Each of the package first layer 11 and the package second layer 13 has a substantially rectangular shape. The seal portion 17 seals the peripheral portions of the package first layer 11 and the package second layer 13 at both ends in the take-out direction D ₂ and at both ends in the unsealing direction D ₁ . have.

The unsealed portion 21 and the unsealed portion 23 of the pair of unsealed portions 19 are cutout portions having a substantially triangular shape, with their vertices disposed to face each other, and the sealing portion 17 is cut It is formed by concatenation.

In addition, in this specification, in order to distinguish the 1st layer and 2nd layer of a package from a 1st layer of a wearable article and a 2nd layer of a wearable article, the case where the package 1st layer and the package 2nd layer are respectively called have.

The individual package 1 passes through the unsealing portion 21 and the unsealing portion 23 and has a first region 55 by an unsealing surface S parallel to the unsealing direction D ₁ and the thickness direction T. and a second region 57 . In addition, the unsealing direction D ₁ is parallel to the imaginary straight line (not shown) passing through the unsealing part 21 and the unsealing part 23 .

The wearing article 3 is continuously arranged from the first area 55 to the second area 57 of the individual package 1 .

The fixing unit 25 is fixing the wearing article 3 to the package 9 in the first region 55 . Specifically, the fixing unit 25 fixes the first release sheet 51 of the wearable article 3 to the package first layer 11 of the package 9 in the first region 55 . are doing

In the individual package body 1 according to the first embodiment, the stiffness on the unsealing surface S of the wearable article 3 changes the package 9 from the unsealing portion 21 or the unsealing portion 23 in the unsealing direction. (D ₁ ) is lower than the tear strength to tear. Further, in the individual package 1 according to the first embodiment, the tear strength of the wearable article 3 in the unsealing direction D ₁ on the unsealing surface S is the tear strength of the package 9 . higher than the strength. The significance of the relationship between the stiffness or tear strength of the wearing article 3 and the tear strength of the package 9 will be described with reference to FIGS. 5 to 9 .

5 to 9 are views for explaining an example of a method of taking out the wearing article 3 (wearing article main body 31) from the individual package 1 . 5 to 9, the individual package 1 according to the first embodiment will be further described.

As shown in Fig. 5, the wearer sandwiches the opening surface S (in Figs. 5 to 9, the opening surface S is indicated by a dashed-dotted line for easy viewing), and individually wraps it with the left hand. The first area 55 of the sieve 1 is gripped, and the second area 57 of the individual package 1 is gripped with the right hand. Specifically, the thumb of the left hand is placed at a position closer to the individual package 1, and the index finger of the left hand is placed at a position inside the individual package 1, so that the individual package 1 is A portion of the first region 55 in the vicinity of the unsealed portion 21 is gripped. Similarly, by arranging the thumb of the right hand at a position near the individual package 1, and placing the index finger of the right hand at a position on the inner side of the individual package 1, 2 A portion in the vicinity of the unsealed portion 21 of the region 57 is gripped.

Next, as shown in Fig. 6, by moving the right hand 103 inward in the thickness direction T, the second region 57 of the individual package 1 is knocked down inward in the thickness direction T. , from the unsealing portion 21 along the unsealing surface S, the second area 57 of the individual package 1 is peeled off from the first area 55 of the individual package 1 . When peeling off, the second region 57 of the wearing article 3, in particular, the portion that intersects the unsealed surface S of the wearing article 3, is subjected to a force in the inward direction of the thickness direction T (downward power) is received.

In the individual package body 1, the stiffness at the unsealing surface S of the wearable article 3 is lower than the tear strength at which the package 9 is torn from the unsealing portion 21 in the unsealing direction D ₁ , When the second area 57 of the individual package 1 is turned over in the thickness direction T, the wearable article 3 becomes one with the package 9 and falls to the inner side in the thickness direction T. and the wearable article 3 may miss the force in the thickness direction applied to the wearing article 3 , making it difficult to cause wrinkles, partial elongation, breakage, and the like in the wearing article 3 . Moreover, since it becomes difficult to prevent the wearing article 3 from tearing the package body 9, specifically, the package second layer 13 of the package body 9 along the unsealing surface S, the package body 9 ) is easy to tear along the opening surface (S).

7 is a view showing the individual package 1 after the second area 57 of the package 9 has been completely removed from the first area 55 of the package 9 along the opening surface S. to be. As shown in FIG. 7 , the second region 57 of the wearing article 3 is exposed from the first region 55 of the individual package 1 . Further, in practical use, it is necessary to completely remove the second area 57 of the package 9 from the first area 55 of the package 9 in order to take the wearing article 3 out of the package 9 . there is no

Fig. 8 is a cross-sectional view taken along section VIII-VIII of Fig. 7 . The wearer grips the first area 55 of the individual package 1 with the left hand, and holds the wearing article 3, specifically, the second area 57 of the wearable article body 31, with the right hand. The article body 31 may be taken out in a right direction facing the take-out direction D ₂ . By doing so, the wearing article main body 31 can be easily taken out from the package body 9 .

As shown in Figs. 2 and 8 , in the take-out direction D ₂ , the individual package 1 has a first region end 59 that exists in the first region 55 , and a second region. It has a second region edge 61 that is the edge that exists at 57 . The wearable article body edge 63 of the wearing article body 31 closest to the second region edge 61 is the closest edge to the second region edge 61 of the first release sheet 51 . It is closer to the 2nd area|region edge 61 than the 1st peeling sheet edge 65. By doing so, after the wearer opens the package 9, the wearer can directly hold the wearing article body 31 without holding the first release sheet 51, and the wearer can hold the wearing article main body 31 into the package ( 9) can be taken out directly, and the taken out wearing article body 31 can be used simply.

Moreover, in the individual package body 1 of 1st Embodiment, the 1st peeling sheet edge 65 exists in the 1st area|region 55 of the individual package body 1 . By doing so, the wearer can grip the wearing article main body 31 directly without holding the first release sheet 51 after opening the package 9, so that the wearer packs the wearing article main body 31 It can be taken out directly from the sieve 9, and the taken-out wearing article body 31 can be used simply.

2 and 8 , the wearable article first layer edge 67, which is the closest edge to the second region edge 61 , of the wearable article first layer 5 is in the second region 57 . exists, and the wearable article first layer edge 67 is in a second region than the wearable article second layer edge 69 which is the closest edge to the second region edge 61 of the wearable article second layer 7 . It is definitely closer to (61). By doing so, after opening the package 9, the wearer can hold the first layer of the wearing article 5 and easily take out the wearable article main body 31 from the package.

The fixed part 25 does not overlap the first adhesive part 45 in the thickness direction T, and the fixed part 25 does not overlap the first adhesive part 45 in the take-out direction D ₂ . It is closer to the unsealing surface S and is disposed with the first adhesive portion 45 and a predetermined distance I apart. In other words, the 1st release sheet 51 has the non-overlapping area|region 71 which does not overlap with the fixed part 25 and the 1st adhesive part 45. As shown in FIG. By doing so, as shown in FIG. 9 , when the wearing article body 31 is taken out from the package 9 , the non-overlapping region 71 of the first release sheet 51 is bent toward the unsealing surface S. Then, since the first adhesive part 45 functions as a peeling induction part for sequentially peeling the first peeling sheet 51 from the first peeling sheet 51 , the first adhesive part 45 is easily peeled from the first peeling sheet 51 . Then, the second adhesive portion 47 is easily peeled from the second release sheet 53 , and the wearable article main body 31 can be easily taken out from the package 9 .

5 to 9 are examples, and the method of taking out the wearing article 3 from the individual package 1 according to the first embodiment, and the wearing article from the individual package of the present disclosure The extraction method of is not limited to the above-mentioned extraction method. For example, the position of the first region and the second region may be changed by the main arm, and the thickness direction (distal side or proximal side) that moves the first region or the second region of the individual package (package body) side) can be changed.

FIG. 10 is a view for explaining an individual package 1 according to another embodiment of the present disclosure (hereinafter referred to as "second embodiment"), and is a cross-sectional view corresponding to the section II-II in FIG. 1 .

In the package 9 of the individual package 1 according to the second embodiment, the package first layer 11 and the package second layer 13 are far from the second region of the individual package 1 . connected by (61), the seal portion (17) connects the periphery 15 of the first layer (11) of the package and the second layer (13) of the package to the edge of the first region of the individual package (1) (59) and the sealing in three directions of the both sides of the take _- out direction D2.

In the individual package 1 according to the second embodiment, the folding axis F is in the first region 55 , the wear article first layer edge 67 of the wear article first layer 5 ; Both ends of the wearable article second layer 7 with the wearable article second layer edge 69 are present in the second region 57 , while the distance from the second region edge 61 of the both ends is the same. By doing so, after the wearer opens the package 9 , the wearer grips both layers of the first layer 5 and the second layer 7 to remove the wearable article body 31 from the package 9 . It can be taken out easily.

Further, the individual package 1 according to the second embodiment includes a fixing portion 25 and a second fixing portion 73 . The fixed part 25 does not overlap the first adhesive part 45 in the thickness direction T, and the fixed part 25 does not overlap the first adhesive part 45 in the take-out direction D ₂ . It is closer to the unsealing surface S and is disposed with the first adhesive portion 45 and a predetermined distance I apart. In other words, the 1st release sheet 51 has the non-overlapping area|region 71 which does not overlap with the fixed part 25 and the 1st adhesive part 45. As shown in FIG. Further, in the first region 55 , the second fixing part 73 fixes the second release sheet 53 to the package second layer 13 of the package 9 , and The top 73 does not overlap with the second adhesive part 47 in the thickness direction T, and the second fixing part 73 does not overlap the second adhesive part 47 in the take-out direction D ₂ . It is closer to the unsealing surface S, and is disposed with the second adhesive portion 47 and a predetermined interval I ₂ apart. In other words, the 2nd release sheet 53 has the 2nd non-overlapping area|region 75 which does not overlap with the 2nd fixed part 73 and the 2nd adhesive part 47. As shown in FIG.

By doing so, after the wearer opens the package 9, the exposed second area 57 of the wearing article 3 (wearing article body 31), specifically, the wearing article first layer 5 and The non-overlapping region of the _first release sheet 51 ( 71 and the second non-overlapping region 75 of the second release sheet 53 are both bent toward the unsealing surface S, and then, the first adhesive portion 45 is applied to the first release sheet 51 ) serves as a peeling guide portion for sequentially peeling from the first release sheet 51 and a second release sheet ( 53), and furthermore, the release sheet 49 itself is likely to be displaced from the wearable article body 31 .

Therefore, the wearer can take out the wearing article body 31 directly from the package body 9, and can use the worn article main body 31 taken out simply.

The individual package body 1 according to the second embodiment is the same as the individual package body 1 according to the first embodiment except for the above-mentioned points, and therefore the description thereof is omitted.

11 is a view for explaining an individual package 1 according to another embodiment of the present disclosure (hereinafter referred to as "third embodiment"), and is a cross-sectional view corresponding to a cross section II-II in FIG. 1 .

In the individual package 1 according to the third embodiment, the folding axis F is in the second region 57 , the wear article first layer edge 67 of the wear article first layer 5 ; Both ends of the wearable article second layer 7 with the wearable article second layer edge 69 are present in the first region 55 . By doing so, the wearer can easily take out the wearable article body 31 from the package 9 by gripping the vicinity of the folding axis F of the wearing article body 31 after opening the package 9 . .

Further, the individual package 1 according to the third embodiment includes a fixing portion 25 and a second fixing portion 73 . The fixed part 25 does not overlap the first adhesive part 45 in the thickness direction T, and the fixed part 25 does not overlap the first adhesive part 45 in the take-out direction D ₂ . It is closer to the unsealing surface S and is disposed with the first adhesive portion 45 and a predetermined distance I apart. In other words, the 1st release sheet 51 has the non-overlapping area|region 71 which does not overlap with the fixed part 25 and the 1st adhesive part 45. As shown in FIG. Further, in the first region 55 , the second fixing part 73 fixes the second release sheet 53 to the package second layer 13 of the package 9 , and The top 73 does not overlap the second adhesive part 47 in the thickness direction T, and the second fixing part 73 is larger than the second adhesive part 47 in the take-out direction D ₂ . It is close to the unsealing surface S and is disposed with the second adhesive portion 47 and a predetermined interval I ₂ spaced apart. In other words, the second release sheet 53 has the second non-overlapping region 75 that does not overlap the second fixing portion 73 and the second adhesive portion 47 .

By doing so, after the wearer opens the package 9, the wearer grips the exposed second area 57 of the wearing article 3 (wearing article body 31), specifically, the vicinity of the folding axis F. , when the wearable article body 31 is taken out from the package 9 along the take-out direction D ₂ , the non-overlapping region 71 of the first release sheet 51 and the second release sheet 53 2 A peeling guide part for sequentially peeling the first adhesive part 45 from the first peeling sheet 51 after both sides of the non-overlapping region 75 are bent toward the unsealing surface S, and a second adhesive part Since it functions as a peeling guide part for sequentially peeling 47 from the second release sheet 53, the first release sheet 51 and the second release sheet 53, and furthermore, the release sheet 49 itself is worn. It is easy to displace from the article body 31 .

Therefore, the wearer can take out the wearing article body 31 directly from the package body 9, and can use the worn article main body 31 taken out simply.

In the individual package of the present disclosure, the wearable article includes an article worn on the human body (hereinafter sometimes referred to as “human wearable article”) from the viewpoint of the part on which the wearable article is worn, and an article worn and used for clothing. articles (hereinafter, sometimes referred to as "wearing articles") are included.

Further, from the viewpoint of function, the above-mentioned wearable article may be, for example, an article that absorbs excrement (for example, feces, urine, blood, body fluid, etc.) derived from the human body (hereinafter referred to as "absorbent article"). ) and articles that impart specific ingredients, actions, etc. to the human body (hereinafter, sometimes referred to as "articles imparted with specific ingredients, etc.") are included.

Further, in the individual package body 1 according to the first embodiment, the wearing article body 31 includes the wearing article 3 including a skin contact sheet 33 , an intermediate layer 37 , and a clothing contact sheet 39 . ), the adhesive portion 43 and the release sheet 49 are provided in that order, but in the individual package of the present disclosure, the wearing article may have a layered structure according to the type.

Examples of the absorbent article include a sanitary pad, a panty liner, a urine pad, and the like (above, a wearable article), and a first-aid bandage (above, an article worn on the human body) and the like.

Examples of the article to be imparted with the above characteristic ingredients include a warming sheet that gives heat to the wearer, a warm feeling sheet that gives a feeling of warmth to the wearer, a moisturizing sheet (above, human wearable article and clothing wearing article), poultice, eye mask (above, human wearable article) goods) and the like.

Examples of the specific component include a component selected from the group consisting of a fragrance component, a cooling component, a warm component, a heat generating component, a deodorizing component, an antibacterial component, a skin care component, and any combination thereof.

The fragrance component is not particularly limited as long as it is used as a fragrance in this technical field, and for example, a high-volatile fragrance having a boiling point of about 250° C. or less, and a medium-volatile fragrance having a boiling point of about 250 to about 300° C. have.

Examples of the cooling component include those known as cooling materials in the art, for example, those that act on receptor activation channels (TRPM8) in nerves of the skin, for example, menthol (eg, l-menthol) and its derivatives (eg, menthyl lactate), methyl salicylate, camphor, essential oils derived from plants (eg, mint, eucalyptus), and the like. Moreover, as said cooling agent, what lowers|hangs ambient temperature by vaporization heat, for example, alcohol, for example, methanol, and ethanol are mentioned.

As the warming component, for example, capsicoside, capsaicin, capsaicinoids (dihydrocapsaicin, nordihydrocapsaicin, homodihydrocapsaicin, homocapsaicin, nonivamide, etc.), capsanthin, benzyl nicotinate , β-butoxyethyl nicotinic acid, N-acylvanylamide, vanillylamide nonanoate, polyhydric alcohol, red pepper powder, red pepper tincture, red pepper extract, nonanoic acid vanillyl ether, vanillyl alcohol alkyl ether derivatives (e.g., Vanillyl ethyl ether, vanillyl butyl ether, vanillyl pentyl ether, vanillyl hexyl ether), isovanilyl alcohol alkyl ether, ethyl vanillyl alcohol alkyl ether, veratryl alcohol derivative, substituted benzyl alcohol derivative, substituted benzyl alcohol alkyl ether , vanillin propylene glycol acetal, ethyl vanillin propylene glycol acetal, ginger extract, ginger oil, gingerol, gingerlon, and any combination thereof.

Examples of the exothermic component include those using chemical energy such as heat of oxidation of metal powder (eg, iron powder), heat of neutralization of acids and alkalis, and heat of hydration of inorganic salts.

As said deodorizing component, what is known as a deodorant in the said technical field is mentioned.

As said skin care component, an anti-inflammatory component, an anti-inflammatory component, a skin disease prevention component, a moisturizing component, etc. are mentioned, for example, For example, menthol, methyl salicylate, etc. are mentioned.

Examples of the antibacterial component include a quaternary ammonium salt, a guanidine-based antibacterial agent (eg, chlorhexidine gluconate, chlorhexidine hydrochloride), a biguanide-based antibacterial agent, a metal ion carrier, hexetidine, metronidazole. and the like.

In the individual package of the present disclosure, when the wearable article includes a wearable article body having a clothing abutting surface, an adhesive portion disposed on the clothing abutting surface, and a release sheet that is releasably adhered to the adhesive portion For the adhesive portion, those used in the technical field may be employed without particular limitation, and as the release sheet, those used in the technical field may be employed without any particular limitation.

In the individual package of the present disclosure, the wearable article may be packaged in the package without being folded. Further, in the individual package of the present disclosure, the wearing article may be folded, for example, the wearing article may be folded once or folded twice or more as shown in the first to third embodiments. there may be When the wearable article is folded, the wearing article is preferably folded in the take-out direction, the wearable article is preferably folded along a folding axis extending in a direction intersecting the take-out direction, and a direction orthogonal to the take-out direction It is preferably folded along a folding axis extending to . It is from a viewpoint of the ease of taking out from the packaging body of a wearable article.

In the package of the individual package of the present disclosure, the first layer of the package covering one side of the wearing article and the second layer of the package covering the other side of the wearing article are the first and third embodiments As shown in the form, it may be composed of two separate sheets, or may be composed of a single folded sheet as shown in the second embodiment. In addition, each of the first layer of the package and the second layer of the package may be composed of a plurality of sheets.

When the first layer of the package and the second layer of the package are composed of two separate sheets, it is preferable that the sealing portion seals the entire periphery thereof. In the case where the first layer of the package and the second layer of the package are composed of a single folded sheet, the seal portion covers the entire periphery of the first layer of the package and the second layer of the package except for the folded portion. It is preferable to seal it. This is from the viewpoint of securing the airtightness of the package.

The material of the packaging sheet constituting the package is not particularly limited and is employed as a packaging sheet in the technical field, and examples thereof include polyolefin polymers such as polyethylene and polypropylene. . The packaging sheet preferably includes an airtight layer from the viewpoint of enhancing the airtightness of the individual package, and the material of the airtight layer includes, for example, ethylene vinyl alcohol copolymer, vinylidene chloride polymer, For example, vinylidene chloride methyl acrylate copolymer, polyvinyl alcohol, nylon, such as nylon 6, aluminum foil, alumina, silica, etc. are vapor-deposited on a base film (polyethylene terephthalate, etc.) are mentioned. .

In the package, it is preferable that the tear strength in the opening direction is lower than the tear strength in the take-out direction. It is from a viewpoint of unsealing a package along an unsealing direction from an unsealing part.

In the individual package of the present disclosure, as the seal portion, an adhesive portion bonded by sandwiching the first layer of the package and the second layer of the package with an adhesive, the package constituting the first layer of the package and the second layer of the package and a fusion part in which the sheet is heated and at least a part thereof is fused. From a viewpoint of improving the airtightness of a package, it is preferable that the said sealing part is a fusion|fusion part.

In the individual package of the present disclosure, the unsealing portion may be employed without particular limitation, as the unsealing portion used as an unsealing portion for unsealing the package in the technical field, for example, a linear cutout (切入部), a notch (for example, a substantially triangular shape, a substantially rectangular shape, etc.), a weak part etc. which made breaking strength lower than other seal|sticker parts are mentioned.

In the individual package of the present disclosure, it is preferable that the unsealed portion is a pair of unsealed portions disposed at both ends in the unsealing direction. It is from a viewpoint of improving the openability.

In addition, in this specification, the unsealing direction is a concept including not only the direction which takes out a wearable article from a package, but the reverse direction.

In the individual package of the present disclosure, the opening direction is clear from the structure of the individual package, and is generally a direction intersecting with the take-out direction, and more generally, a direction orthogonal to the take-out direction. In addition, the unsealing direction is generally parallel to an imaginary straight line passing through the pair of unsealed portions when the unsealed portion is the pair of unsealed portions described above, and when the unsealed portion is a single unsealed portion, for example, When the addition is a linear cutout, the cutout is parallel to the direction in which the linear cutout extends, and the opening is in a substantially triangular shape (with the edge of the package as the base and the apex inside the package). When , it is generally parallel to the height direction of the substantially triangular shape.

In the individual package of the present disclosure, the package is provided in an unsealed portion other than the sealed portion formed at the periphery thereof (in particular, along the unsealing direction from the unsealed portion, that is, on the unsealed side), for assisting in unsealing the package. It is preferable not to have a weak part. This is because, when a force is applied to an individual package before use, for example, during transportation or storage, the package may break from the fragile portion, thereby damaging the airtightness of the package.

In the individual package body of the present disclosure, the fixing part and the desired second fixing part can be adopted without particular limitation, those used in the technical field for fixing the wearable article to the package body, for example, Hot melt adhesives, for example, styrene-ethylene-butadiene-styrene (SEBS), styrene-butadiene-styrene (SBS), styrene-isoprene-styrene (SIS), etc. an olefin-based pressure-sensitive adhesive or heat-sensitive adhesive; Water-sensitive made of a water-soluble polymer (e.g., polyvinyl alcohol, carboxymethyl cellulose, gelatin, etc.) or a water-swelling polymer (e.g., polyvinyl acetate, sodium polyacrylate, etc.) Adhesives etc. are mentioned.

In the individual package of the present disclosure, the bending strength on the open side of the wearable article is lower than the tear strength of the package in the unsealing direction from the unsealed portion, and preferably 1/2 or less (50) than the tearing strength. % or less), more preferably 1/3 or less (33.3% or less), still more preferably 1/4 or less (25% or less), even more preferably 1/5 or less (20% or less), and Still more preferably, it is 1/10 or less (10% or less).

When the package is opened, the first region and the second region of the package are separated while increasing their distance in the thickness direction of the individual package, but the wearable article has the above-mentioned stiffness, so that the Since it becomes easy to follow the movement of the 1st area|region and 2nd area|region, it becomes difficult to generate|occur|produce elongation, wrinkles, etc. in a wearable article at the time of opening of a package. Further, since the stiffness is within the above range, when the wearing article is folded in two, folded in three, folded in four, etc., the wearing article is a two-layer structure part, a three-layer structure part, and a four-layer structure inside the package. Even when the structural part or the like has moved so as to overlap the opening surface, the package can be opened along the opening surface when the package is opened from the unsealed portion.

In addition, the tearing strength of the package in the unsealing direction from the unsealing part may be hereinafter referred to as "packaging body tearing strength".

In this specification, the stiffness of the wearable article is measured as follows, and for matters not described, "6.7.4 Gurley method" of JIS L 1913:2010 "General nonwoven fabric test method" follows.

(1) In a constant temperature and humidity room (temperature: 25±5° C., relative humidity: 65±5%), Yasuda Seiki Seisakusho No. 311 Gurley type flexibility tester is prepared.

(2) In the constant temperature and humidity chamber, the individual package to be measured is left unopened for 24 hours.

(3) Remove the seal part of the package, take out the wearable article, place a mark on a portion corresponding to the opening surface of the wearable article, etc., so that the marked part comes near the center in the longitudinal direction, length (L) = A sample of 15 mm and width (d) = 10 mm is cut out. In addition, the sample is taken in the state in which the wearing article was packaged in the package. That is, when the wearable article is folded and packaged in a package, the sample is taken from the worn article in the folded state.

(4) The sample is set on the chuck so that the first region is arranged on the chuck side and the second region is arranged on the pendulum B side.

(5) Rotate the movable arm at a constant speed, and read the scale (RG ₁ ) when the sample is separated from the pendulum B (1st). Next, the front and back of the sample are reversed, the sample is set in the Gurley type flexibility tester, and the scale (RG ₂ ) when the sample is separated from the pendulum B is read (second).

(6) From the following formula, the stiffness (mN) is calculated.

Loudness (mN)

[Equation 1]

(7) With another sample, the above measurement is repeated a total of 5 times, and the average value of the stiffness is adopted.

In this specification, the package tearing strength is measured as follows.

(1) In a constant temperature and humidity room (temperature: 25±5°C, relative humidity: 65±5%), the Instron Model 5564 testing machine and the individual package to be measured are left unopened for 24 hours.

(2) As shown in Fig. 12(a), a cut-out (not shown) is made in the vicinity of the edge 61 of the second region of the individual package 1, and a wearable article (not shown) is removed. The sample 105 is cut out from the package 9 by taking it out at the time of spraying. The sample 105 has the unsealed portion 21 at one end 107 in the longitudinal direction and the center in the width direction, and has a length of 100 mm in the unsealing direction D ₁ (length in the longitudinal direction), and the unsealing direction D ₁ . Cut it out to a length of 40 mm (length in the width direction) in a direction orthogonal to Moreover, when it originates in the structure of a package and it is difficult to ensure the size of a sample of 100 mm x 40 mm, you may adjust the size of a sample suitably.

(3) From the center in the width direction of the other end 109 in the longitudinal direction of the sample 105, along an unsealed surface (not shown), a cut 115 of a depth of 30 mm is made, and an end portion 111 is formed. ) and the end portion 113 .

(4) The end portion 111 and the end portion 113 of the sample 105 were set to the jig 117 and the jig 119 of the tester, respectively, at a distance between chucks: 30 mm, and a speed of 200 mm/min. The distance between chucks is expanded to 60 mm and a tear test is performed.

(5) The maximum strength (mN) in the tear test is employed as the tear strength (mN).

(6) The tear test is repeated a total of 10 times with another sample, and the average value is adopted.

In the individual package of the present disclosure, the tearing strength in the opening direction on the opening side of the wearable article is higher than the package tearing strength, and preferably 2 times or more, more preferably 3 times or more, than the package tearing strength, and more preferably 4 times or more. When the package is opened, the first region and the second region of the package are peeled off while increasing their distance in the thickness direction of the individual package, but the wearable article tear strength has the above relationship with the package tear strength. By having, it becomes difficult for a wearable article to break at that time, and it becomes difficult to produce elongation in a wearable article.

In addition, the tearing strength of the unsealing direction in the unsealing surface of a wearable article may be hereinafter referred to as "wearing article tearing strength."

The said wearable article tearing strength is measured as follows.

(1) In a constant temperature and humidity room (temperature: 25±5°C, relative humidity: 65±5%), the Instron type 5564 testing machine and the individual package to be measured are left unopened for 24 hours.

(2) A cut (not shown) is made in the vicinity of the edge 61 of the second region of the individual package 1, a wearing article (not shown) is taken out at a time, and a sample is cut out from the wearing article. The sample was cut along the unsealed side, similarly to the sample 105 shown in FIG. 12, and a 30 mm deep cut was made.

(3) In the same manner as the packaging body tearing strength, the wearable article tearing strength is measured.

In the individual package of the present disclosure, when the wearable article includes a wearable article body, an adhesive portion fixed to the wearable article, and a release sheet that is releasably attached to the adhesive portion, the adhesive portion includes the wearable article It may be fixed to the skin abutting surface of the main body, for example, the skin abutting surface of the skin contacting sheet, and may be fixed to the clothing abutting surface of the main body of the wearable article, for example, a clothing abutting sheet, may vary depending on the type of

Further, in the individual package of the present disclosure, when the wearable article includes a wearable article body, an adhesive portion fixed to the wearable article, and a release sheet that is releasably adhered to the adhesive portion, the fixing portion includes: In the first region, the first release sheet is preferably fixed to the first layer of the package. This is to maintain the positional relationship between the wearable article and the package so that the wearable article surely exists in the second area.

Moreover, in the above case, it is preferable that the 2nd area|region edge is closer to the 2nd area|region edge rather than the 1st peeling sheet edge of a 1st peeling sheet, and it is more preferable that the 1st peeling sheet edge exists in the 1st area|region. It is from a viewpoint of gripping the wearing article main body more reliably directly, without gripping a 1st peeling sheet after opening a package. In addition, the 1st peeling sheet edge of a 1st peeling sheet may exist in a 2nd area|region. The wearer can avoid the first release sheet and grip the second area of the wearable article body and take out only the wearable article body, or the wearer can take out the wearable article body and the first release sheet (and thus the release sheet) together because there is

Moreover, in the above case, the adhesive part has the 1st adhesive part in contact with the 1st peeling sheet, the fixing part does not overlap with the 1st adhesive part in the thickness direction, In the take-out direction, the fixing part is said to be above the 1st adhesive part than the 1st adhesive part. It is preferable to arrange|position close to the unseal|opening surface, and space|separate a predetermined space|interval from the 1st adhesive part. When the wearer grips the exposed second area of the wearing article main body after opening the package and takes the wearable article main body out of the package along the take-out direction, the first release sheet is removed from the first adhesive portion of the wearable article main body. Because it is easy to deviate.

However, in the individual package of the present disclosure, in the above case, the fixing part may overlap the first adhesive part in the thickness direction, and the first adhesive part is closer to the unsealing surface than the fixing part in the take-out direction. It may be arrange|positioned at a position. This is because the wearer can take out the wearable article main body and the first release sheet (and hence the release sheet) together.

In the individual package of the present disclosure, when the wearable article is folded once in the take-out direction along one folding axis, the folding axis may be present in the first region or in the second region.

when the fold axis is in the first region, the wearable article first layer edge of the first layer of the wearable article is in the first region, and the wearable article first layer edge is the wearable article first of the second layer of the wearable article It is preferable to be closer to the edge of the second region than the edge of the second layer. This is for securely gripping the first layer of the wearing article of the wearable article when the wearer takes the wearable article out of the individual package.

The wearable article second layer edge of the wearable article second layer may be in any location, for example in the first region or in the second region, but when the wearer removes the wearable article from the individual packaging, the wear of the wearable article When the first layer of the article and the second layer of the wearable article are to be gripped, it is preferred that the wearable article second layer edge of the wearable article second layer is at a position close to the wearable article first layer edge of the wearable article first layer. desirable.

When the fold axis is in the second region, the wearable article first layer edge of the first layer of the wearable article needs to be in the first region, but the wearable article second layer edge of the wearable article second layer is optional may be present in the position of, for example, the first region or the second region. Even when the wearable article second layer edge of the second layer of the wearable article exists in either of the first region and the second region, the wearer can grip the vicinity of the folding axis of the wearable article when taking the wearable article out of the individual package. because there is

If the fold axis is in the second region, and the wear article first layer edge of the first layer of the wearable article and the wear article second layer edge of the wearable article second layer are in the first region, the individual packages are 2 further comprising a fixing part, further comprising a second release sheet constituting the surface of the release sheet on the other side, and further comprising a second adhesive part to which the adhesive part is releasably adhered to the second release sheet so as to be peelable; 2 The fixing part is fixing the second release sheet to the second layer of the package in the first region, the second fixing part does not overlap the second adhesive part in the thickness direction, and the second fixing part is fixed in the take-out direction Therefore, it is preferable to arrange|position closer to the unsealing surface than the 2nd adhesive part, and space|separate a predetermined space|interval from the 2nd adhesive part. After the wearer opens the package, when the wearer grips the exposed second area of the wearable article main body and takes the wearable article main body out of the package along the take-out direction, the second release sheet is displaced from the second adhesive portion of the wearable article main body. because it's easy.

Example

Hereinafter, although this indication is demonstrated for example, this indication is not limited to these examples.

[Production Example 1]

An individual package No. 1 having a structure similar to that of the individual package according to the first embodiment was manufactured. In the individual package No. 1, the wearing article was a warm-sensitive sheet, and the packaging sheet constituting the package was an aluminum vapor deposition film.

[Comparative Preparation Example 2]

Separately packaged body No. 2 was manufactured in the same manner as in Production Example 1 except that the wearing article was changed to a sanitary pad for night use.

[Comparative Production Example 3]

Separately packaged body No. 3 was manufactured in the same manner as in Production Example 1 except that the wearing article was changed to copy paper having the same planar shape as that of the warm-feeling sheet. In addition, the copy paper is modeled after a wearable article which is very easy to break.

[Example 1 and Comparative Examples 1 and 2]

In individual packages No. 1 to No. 3, the stiffness of the wearable article, the wearable article tearing strength, and the package tearing strength were measured. Measurements were made according to the method described herein. Table 1 summarizes the results.

Moreover, the following references|standards evaluated the openability of individual package No.1-No.3.

(circle): The package could be opened from the unsealing part in the unsealing direction (along the unsealing surface).

x: The package could not be opened from the unsealing part in the unsealing direction (along the unsealing surface).

Moreover, after taking out a wearing article from individual packaging body No.1-No.3, the following reference|standard evaluated the state of a wearing article.

(circle): A tear, elongation, etc. did not generate|occur|produce in a wearing article.

x: A tear, elongation, etc. generate|occur|produced in a wearing article.

A result is shown in Table 1.

[Table 1]

In the individual package body No. 1, the package can be opened from the unsealing part along the opening side, and the wearable article can be folded and bent to become one with the second region of the package when opened, so that the wearable article after taking out There was no problem with the condition of

In the individual package No. 2, when the package was opened, the wearing article interfered, and it was unable to open along the opening surface, and it was difficult to take out the wearing article. Moreover, there was no problem in the state itself of the wearable article after taking out.

In the individual package No. 3, the package could be opened from the unsealing part along the unsealed side, but upon opening, the copy paper simulating the wearable article was torn along the unsealed side.

1: Individual packaging body 3: Wearable article
5: Wearing article first layer 7: Wearing article second layer
9: package body 11: package body 1st layer
13: second layer of package 15: periphery
17: seal part 19, 21, 23: open part
25: fixed part 27: one side
29: the other side 31: the body of the wearing article
33: skin contact sheet 35: skin contact surface
37: middle layer 39: clothing abutment sheet
41: clothing abutment surface 43: adhesive part
45: first adhesive part 47: second adhesive part
49 release sheet 51 first release sheet
53: 2nd release sheet 55: 1st area|region
57: second region 59: first region far away
61: second region far 63: wear article body far away
65: 1st release sheet far apart 67: Wear article 1st layer far apart
69: wear article 2nd layer far away 71: non-overlapping area
73: second fixing part 75: second non-overlapping area

Claims (14)

An individual package for a wearable article comprising a wearable article, a package for individually packaging the wearable article, an airtight package, and a fixing part, the package having a thickness direction, an opening direction and an taking out direction orthogonal to the thickness direction,
the said wearing article has one surface and the other surface in the said thickness direction,
The package includes a first layer covering the one surface, a second layer covering the other surface, a seal portion sealing at least a part of the periphery of the first layer and the second layer, and the periphery portion provided with an arranged opening,
the individual package body is divided into a first area and a second area by an unsealing surface passing through the unsealing part and parallel to the unsealing direction and the thickness direction;
the wearable article is disposed over the first region and the second region;
the fixing part fixes the wearing article to the package body in the first area;
The individual package of the wearable article, wherein a stiffness of the wearable article on the unsealed surface is lower than a tear strength of the package from the unsealed portion in the unsealing direction. The method of claim 1,
The individual package body, wherein the tear strength of the wearable article in the unsealing direction on the unsealed surface is higher than the tear strength of the package. 3. The method of claim 1 or 2,
The wearable article includes a wearable article body, a pressure-sensitive adhesive portion fixed to the wearable article, and a release sheet adhered to the pressure-sensitive adhesive portion so as to be peelable, and the release sheet constitutes the one surface. An individual package having a sheet, wherein the fixing portion is fixing a first release sheet to the first layer of the package in a first region. 4. The method of claim 3,
The individual package body has, in the take-out direction, an edge of a first area that is an edge of a first area and a edge of a second area that is an edge of a second area that exists in the second area, The individual package, wherein the outermost edge of the wearing article main body closest to the edge of the area is closer to the edge of the second area than the edge of the first release sheet closest to the edge of the second zone of the first release sheet. 5. The method of claim 4,
The individual package body in which the 1st release sheet edge exists in a 1st area|region. 5. The method of claim 4,
The adhesive part has a first adhesive part in contact with the first release sheet, the fixing part does not overlap the first adhesive part in the thickness direction, and the fixing part is located on the unsealing surface rather than the first adhesive part in the take-out direction. An individual package, which is disposed close to and spaced apart from the first adhesive portion by a predetermined distance. 5. The method of claim 4,
wherein the wearing article is folded once or a plurality of times in the take-out direction. 5. The method of claim 4,
The wearable article is folded once in the take-out direction along one folding axis, and the wearable article is divided into a first layer of wearing articles on the first layer side and a second layer of wearing articles on the second layer side with respect to the folding axis to be individually packaged. 9. The method of claim 8,
wherein the fold axis is in the first region, the wearable article first layer edge closest to the second region edge of the wearable article first layer is in the second region, and the wearable article first layer edge is in the second region; An individual package, wherein the second region edge is closer to the second region edge than the wearable article second layer edge that is the edge closest to the second region edge edge of the second layer of the wearable article. 9. The method of claim 8,
The fold axis is in the first region, and the wearable article first layer edge that is closest to the second region edge of the first layer of the wearable article, and the wearable article first layer edge that is closest to the second zone edge of the wearable article second layer. An individual package, wherein both ends of the phosphor wearable article second layer edge exist in the second region, and the distance from the second region edge of the both ends is the same. 9. The method of claim 8,
the fold axis is in the second region, and the wearable article first layer edge that is closest to the second region edge of the first layer of the wearable article, and the wearable article first layer edge that is the closest edge of the wearable article second layer to the second region edge wherein both ends of the phosphor wearable article second layer edge are in the first region. 11. The method of claim 10,
The individual package body further includes a second fixing part, and the release sheet further has a second release sheet constituting the other surface, wherein the adhesive part is releasably adhered to the second release sheet; It further has a second adhesive portion provided, wherein the second fixing portion fixes the second release sheet to the second layer of the package in the first region, and the second fixing portion overlaps the second adhesive portion in the thickness direction. and a second fixing portion is disposed closer to the unsealing surface than the second adhesive portion in the take-out direction and spaced apart from the second adhesive portion by a predetermined distance. 3. The method of claim 1 or 2,
The individual package body, wherein the opening portion is a cutout portion. 3. The method of claim 1 or 2,
The individual package body, wherein the unsealed portion is a pair of unsealed portions disposed on both sides in the unsealing direction, and the unsealed direction is parallel to an imaginary line passing through the pair of unsealed portions.

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