JP2013028401A - Pocket tissue packaging body - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a packaging body constituted by packaging a plurality of pocket tissues in a lump in which easiness of taking out, storage ability, and compactness of a pocket tissue are enhanced.SOLUTION: The plurality of pocket tissues comprising upper and lower surfaces with a substantially rectangular shape and long side fringes and short side fringes connecting the same and constituting a three-dimensional shape are arranged in one row while making the upper and lower surfaces abut on each other to form a pocket tissue arranging body with a substantially cuboid shape as a whole, the arranged body are packaged with a film with an external film contacting the respective surfaces of the arranged body, the surface in which one short side fringes of the respective pocket tissue lines is a bottom surface and the surface in which the other side surfaces lines is an upper surface, and a perforation for unsealing is formed in an annular or C shape along the fringe of the upper surface, in the pocket tissue packaging body.

Description

  The present invention relates to a pocket tissue package in which a plurality of pocket tissues each including a bundle of a plurality of tissue are film-wrapped.

  A so-called pocket tissue in which a plurality of tissue papers are compactly folded and packaged is well known. This pocket tissue is generally marketed by packaging a plurality of the pocket tissue.

  The pocket tissue has a flat three-dimensional shape composed of a substantially rectangular upper and lower surfaces and a long side edge and a short side edge connecting the upper and lower surfaces, and a perforation line is formed on the upper surface to form an outlet. It is a general shape.

  Conventionally, in the package body in which a plurality of pocket tissues having the above shape are collectively packaged, the pocket tissue is accommodated in a manner in which the pocket tissues are long side edges and the short side edges are butted in a side-by-side direction. It is an accommodation mode in an array in which 3 to 10 pieces are overlapped in the upper and lower surface overlapping direction. The package is generally in the form of a flat cushion or pillow, and the outer packaging film is opened to take out individual pocket tissue. (A conventional storage mode of 4 in the horizontal direction × 4 in the vertical direction is illustrated in FIG. 9. In the figure, the pocket tissue is indicated by P, the perforated line of the pocket tissue is indicated by 111, and the exterior film is indicated by 140. ing).

  Here, in the case of a package in which a plurality of pocket tissues are film-wrapped, if one of the pocket tissues is taken out after opening the package, there is room between the film and the remaining pocket tissues, and the pocket tissue is arranged. An aspect collapses and it can move within an exterior film.

  And in the conventional packaging body which is a cushion type or a pillow type in the above-mentioned storage mode, there is a problem that the movement of the pocket tissue becomes extremely free and the pocket tissue falls apart in the exterior film and the appearance is extremely bad. there were.

  In addition, as described above, in the case of the conventional package, the pocket tissue is likely to fall apart in the package, and it becomes difficult to take out the second and subsequent ones after opening from the exterior film, especially when the remaining number of pocket tissues has decreased. There was a prominent problem.

  Furthermore, since it looks good as described above and difficulty in taking out, the user may perform a time-consuming storage mode such as storing the pocket tissue by replacing it with another storage box after opening.

  On the other hand, in small-scale retail stores such as convenience stores, the space for display shelves is limited and sold in a manner such as hanging, but the packaging required for display is required to be compact. However, conventional cushion-type and pillow-type packages have a large volume and take up the place of display shelves when they are marketed.

  In addition, with conventional cushion-type and pillow-type packages, the thickness of tissue paper is stacked in the direction of stacking the top and bottom of the pocket tissue that is included when packing multiple packages together in a cardboard box or displaying them at the storefront. There was a drawback that force was applied to the direction for a long time, and the feeling of plumpness in the thickness direction of the tissue paper was hindered.

JP 2009-286470 A Japanese Utility Model Publication No. 6-48499 Utility registration No. 3044120 JP 2002-37357 A

  Therefore, the main problem of the present invention is to improve the ease of taking out the pocket tissue, the storage property, and the compactness when a plurality of pocket tissues are packaged together with an exterior film to form a suitably compact package. It is in.

The present invention and effects obtained by solving the above problems are as follows.
<Invention of Claim 1>
A plurality of pocket tissue having a substantially rectangular shape composed of upper and lower surfaces and connecting long side edges and short side edges are arranged in a row in abutment with the upper and lower surfaces to form a generally rectangular parallelepiped pocket tissue array. , Film wrapping with the exterior film in contact with each surface of the array,
The surface on which one short side edge of each pocket tissue is lined can be used as a bottom surface, and the surface on which the other short side edge is lined is the top surface, and is opened in an annular or U-shape that continues along the edge of the top surface. A pocket tissue package characterized in that a perforation line is formed.

<Invention of Claim 2>
The pocket tissue package according to claim 1, wherein the perforation line is at a position 3 to 20 mm inside from an edge of the top surface of the package.

<Invention of Claim 3>
The length of the pocket tissue in the direction of butting the upper and lower surfaces (thickness of one pocket tissue x number of arrays) is 0.8 times or more of the height (length of the long side edge of the pocket tissue package). Pocket tissue packaging.

<Invention of Claim 4>
The pocket tissue package according to claim 1 or 2, wherein the pocket tissue array comprises 8 to 20 pocket tissues.

<Invention of Claim 5>
The ratio of the length of the long side edge of the pocket tissue package to the thickness of the non-exterior is 83 in the length of the pocket tissue array body in the butting direction of the pocket tissue (the thickness of the pocket tissue × the number of arrays). Pocket tissue package packaged with a compression rate of ~ 95%.

<Invention of Claim 6>
The thickness of an exterior film is 40-80 micrometers, The pocket tissue package of any one of Claims 1-4.

<Invention of Claim 7>
The pocket tissue package according to any one of claims 1 to 5, wherein the outer film has a bending resistance of 35 mm or more according to a 45 ° cantilever method (JIS L-1906).

(Function and effect)
In the package of the present invention, a large opening is obtained by cleaving the perforated line on the top surface, so that the stored pocket tissue can be easily taken out. Further, since the short side edge of each pocket tissue is arranged in the opened opening, the good take-out property is not impaired regardless of the remaining number of pocket tissue after opening. In addition, since the pocket tissue has a short side edge side by side, the perforation line for opening the pocket tissue itself is the same as the pulling direction from the exterior film, and the perforation line of the pocket tissue itself is mistaken when pulled out. There will be no dehiscence.

  In the present invention, the state in which the exterior film is in contact with the bottom surface of the array composed of the pocket tissue and the side surface composed of the long side edge is maintained even after the perforated line on the top surface is cleaved and opened. Therefore, even after some pocket tissue is used, the degree of freedom of movement of the pocket tissue in the packaging film is small, and it is difficult for each pocket tissue to fall apart, and even after using several, the alignment mode is maintained and the appearance is excellent. In addition, it has excellent storage properties.

  In addition, this storage mode is more compact than conventional cushions and pillows, and it contributes to a reduction in logistics costs and material costs, as well as excellent storage properties for display on narrow display shelves. Become.

  In addition, the packaging body of the present invention has a form suitable for stacking in the direction of the short side edge rather than stacking the upper and lower surfaces of the pocket tissue to be included when packing in a cardboard box and displaying at a storefront. In addition, there is little possibility that a long-time force is applied in the thickness direction of the tissue paper to hinder the feeling of plumpness in the thickness direction of the tissue paper.

  In the package of the present invention, the pocket tissue upper surface, which is a general opening perforation arrangement position of the pocket tissue, and the opening perforation arrangement position of the packaging body do not overlap with each other. The risk of breaking the perforated pocket tissue when tearing down is small.

Furthermore, when the length of the pocket tissue in the direction of butting the upper and lower surfaces of the pocket tissue (the thickness of one pocket tissue × the number of arrays) is 0.8 times the length of the long side edge of the pocket tissue, The self-sustainability of the array itself is improved, so that the pocket tissue is less likely to collapse, and the appearance and storage properties are improved. In addition, when it is less than 0.8 times, the bottom area of the pocket tissue package becomes small and becomes unstable, and sufficient self-supporting property may not be exhibited.
The thickness of one pocket tissue (when not wrapped) is a value measured by the following procedure. 10 pocket tissues are stacked on a horizontal table with the surfaces facing each other. An acrylic flat plate having a weight of 30 g and a size of 120 mm × 250 mm is placed thereon, the center of each short side of the acrylic flat plate is measured and the average value is calculated, and this is the number of pocket tissues. The thickness is one pocket tissue.

  On the other hand, when the pocket tissue array is packaged with a compression ratio of 83 to 95% in the case of non-exterior in the length of the pocket tissue in the abutting direction of the pocket tissue (the thickness of the pocket tissue × the number of arrays), The shape retainability of the array becomes better, and the degree of freedom of movement of the pocket tissue in the packaging film after using a portion of the pocket tissue is further reduced, making it difficult for each pocket tissue to break apart, looking good, and storing It is excellent in properties and ease of taking out.

  Furthermore, the thickness of the exterior film is desirably 40 to 80 μm. If the thickness is less than 40 μm, the exterior film may not be able to sufficiently secure the shape maintainability of the array, and the exterior film may have insufficient strength and may be broken. On the other hand, when the thickness exceeds 80 μm, the rigidity becomes so high that the handling property and the sealing property are deteriorated, and the cost may be unnecessarily increased.

  In addition, in the storage mode of the present invention, when the remaining number of pocket tissue is reduced and the shape of the array cannot be maintained, the pocket tissue may fall down in the vertical direction in the exterior film. If the film has a stiffness of 35 mm or more according to the cantilever method, even if such pocket tissue collapses, if it is a general pocket tissue, the weight can be supported by the exterior film, and the large array structure Collapse is prevented.

  On the other hand, the present invention provides better results in the various functions and effects described above, particularly when the pocket tissue array is composed of 8 to 20 pocket tissues.

  According to the present invention described above, the ease of taking out the pocket tissue, the storage property, and the compactness are improved in a package in which a plurality of pocket tissues are collectively packaged by the exterior film.

It is a perspective view of the pocket tissue concerning this invention. It is a perspective view of the pocket tissue packaging body concerning this invention. It is a perspective view which shows the unsealed state of the pocket tissue package concerning this invention. It is a top view which shows the example of the perforation line for tearing of the pocket tissue packaging body concerning this invention. It is a top view which shows the other example of the perforation line for tearing of the pocket tissue packaging body concerning this invention. It is a figure for demonstrating the compression rate of the array body concerning the package concerning this invention. It is the photograph at the time of the test of the Example of this invention. It is the photograph at the time of the test of the comparative example of this invention. It is a figure of the conventional pocket tissue package. It is a figure which shows the method of measuring the force required when taking out the 1st of pocket tissue from a package. It is a figure for demonstrating the measuring method of the sealing performance of a package.

  Next, embodiments of the present invention will be described in detail below with reference to the drawings. In the present invention, a plurality of pocket tissues P are packaged (packaged) with an exterior film 40.

[Example of pocket tissue]
An example of the pocket tissue P according to the present invention is shown in FIG. The pocket tissue P according to the embodiment has a flat cushion-like three-dimensional shape composed of a substantially rectangular upper and lower surfaces 1 and 2 and a long side edge 3 and a short side edge 4 connected to each other. The length L1 of the short side edge 4 × the length L2 of the long side edge 3 × the thickness is approximately 75 ± 10 mm × 125 ± 10 mm × 15 ± 5 mm.

  On the other hand, the pocket tissue P forms a perforation line 11 as an outlet forming portion in a direction along the long side edge in the center of the upper surface 1 in the same manner as a known product, and tears the perforation line 11. The tissue paper 20 inside can be taken out from the slit-shaped outlet formed in step S2.

  Conventionally known tissue paper 20 can be used. However, what is supported by applying a chemical solution on a base paper called lotion tissue is recognized as a high-quality product, and since pocket tissue containing this has purchasing power, it is highly meaningful to market several in large quantities. A pocket tissue particularly suitable in the present invention is a pocket tissue including a lotion tissue.

[Example of pocket tissue packaging]
On the other hand, as shown in FIG. 2, the pocket tissue packaging body X1 according to the present invention is a pocket tissue array having a substantially rectangular parallelepiped shape as a whole by arranging a plurality of pocket tissue Ps of the above-mentioned shape in a row in vertical alignment. 30 and the outer packaging film 40 in contact with each surface of the array 30. Further, the surface on which one short side edge 4 of each of the pocket tissues P, P. The surface on which 4 is arranged is a top surface 52, and a perforation line 60 for opening is formed in an annular shape along the edge of the top surface 52.

  The package of the present invention preferably contains 8 to 20 pocket tissues P. It is desirable to use such a number for commercial use, and each function and effect of the present invention is suitably exhibited. In the illustrated example, 16 pocket tissues are stored. When the 16 pieces are stored, the packaging body X1 of the present invention has a volume of 89% compared to the cushion-type packaging body X2 shown in FIG.

  Here, the pocket tissue array 30 has a length L3 (pocket tissue thickness × arrangement number) of the pocket tissue in the direction of butting the upper and lower surfaces of the pocket tissue, which is 0.8 of the length of the long side edge of the pocket tissue. It is desirable that it is more than twice. The array 30 having such a shape is excellent in self-supporting property in a packaged state.

  On the other hand, the specific packaging mode for packaging in a state where the exterior film 40 is in contact with each surface of the array 30 is not particularly limited. For example, four-side seal packaging, three-side seal packaging, two-side seal packaging, gusset packaging, etc. Can be adopted.

  Explaining the above packaging mode, the four-side seal packaging means that a package is placed between two film sheets, and the four side edges of the sheet are sealed by a fusion treatment such as heat fusion or ultrasonic fusion. Then, the packaging method is sealed. The three-side sealed packaging is a packaging mode in which a film sheet is folded in two, and an object to be packaged is disposed on the folded inner surface, and the opening three-way edge is fused and sealed. The two-side sealed packaging is a packaging mode in which both ends of the opening edge are fusion-sealed and sealed while arranging an article to be packaged inside the tubular film. The gusset packaging is a packaging mode in which each side is sealed with a gusset on the side in each packaging method.

  On the other hand, in particular, as shown in FIG. 3, the preferable position of the perforated line 60 for opening in an annular shape arranged along the edge of the top surface 52 in the package X <b> 1 according to the present embodiment is as follows. It is a position which is 6 to 15% of the length L1 of the short side edge of the tissue paper (the distance from the edge of the package top to the position is indicated by L5 in the figure). Considering the general shape of the pocket tissue P, the position is generally 3 to 20 mm, more preferably 5 to 12 mm from the edge of the top surface 52. In such a position mode of the perforation line 60, a large opening 53 is formed when the perforation line is cleaved, and the internal pocket tissue P can be easily pulled out and taken out by taking out the vicinity of the short side edge. It becomes like this. Further, since almost the entire top surface 52 of the package X1 is opened, the pocket tissue P at any position can be suitably taken out regardless of the remaining number of pocket tissues P.

  If the distance between the perforation line 60 and the edge of the package top surface 52 is less than 3 mm, the risk of unintentional tearing of the film on the side surface of the package body when the perforation line 60 is cleaved increases. If it exceeds 20 mm, the surplus piece of the top surface 52 remaining after the perforation of the perforation noticeably deteriorates the appearance and deteriorates the take-out property of the pocket tissue P.

  The configuration of the perforation line 60 is preferably set such that the cut: tie ratio is 1: 0.5 to 1: 3 and the length of the cut portion is 1 to 5 mm in order to ensure the tearing.

  Here, in the example shown in FIGS. 2 and 3, a knob 41 is formed in the range surrounded by the annular perforation line 60 by a surplus margin of the exterior film 40, and the perforation line is easily pulled by pulling the knob. 60 tears are made, and the package X1 is easily opened. Further, although not shown, a display hole may be provided on the knob to facilitate display through a locking member such as a display rod or hook formed on the display shelf when displayed. Good.

  In the example illustrated in FIGS. 2 to 3, the perforation line 60 is annularly arranged on the top surface 52. However, as shown in FIG. 4, the perforation line 60 may be arranged in a substantially U shape. .

  On the other hand, when packaging the array body 30 with the exterior film 40, the pocket tissue array body 30 is preferably compressed and packaged in the direction of butting the upper and lower surfaces of the pocket tissue P. A compact package can be achieved without generating wrinkles on the tissue paper in the pocket tissue. In addition, the adhesion between the exterior film 40 and the array 30 is increased, and it is difficult for the product to lose its shape, thereby improving transportability and the like.

  Here, regarding the compression rate, as shown in FIG. 6, the length (the thickness of the pocket tissue × the number of the array) L3 in the direction of butting the upper and lower surfaces of the arrayed body 30 is 83 to 95% when not packaged. The compression rate should be good. When the compression ratio exceeds 83%, there is an increased risk of reducing the thickness and softness of the tissue paper in the pocket tissue, and it becomes difficult to take out the first pocket tissue from the top surface opening 53. When the compression ratio is less than 95%, the significance of compactness is small, and the significance of compression is weakened due to the elastic deformation of the pocket tissue itself, and the pocket tissue P moves within the exterior film 40, and the pocket tissue array 30 has an orderly appearance. May be lost.

  The non-exterior thickness of the pocket tissue array in terms of compressibility is determined by stacking all the pocket tissues from the exterior film in the package, and then stacking the pocket tissues on top of each other on a horizontal base. An acrylic plate of about 30 g, which has the same shape as the upper surface of the pocket tissue and does not compress the stacked pocket tissue, is placed, the square height of the acrylic plate is measured, and the average value of the measured values is taken. .

[Exterior film]
Here, in this invention, the kind of exterior film 40 is not specifically limited, A known film can be used. For example, a polyethylene film, a polypropylene film, a polyethylene terephthalate film, a polyvinyl alcohol film, a polystyrene film, and an ethylene-vinyl alcohol copolymer film can be exemplified. The polyethylene film is most preferable because it is excellent in the tearing property at the perforation line.

  Moreover, the exterior film 40 should have good visibility of the pocket tissue as an inclusion, and it is desirable that the haze value is in the range of 0.1 to 20%.

  Furthermore, it is desirable that the outer film 40 has a thickness of 40 to 80 μm so as to prevent the rigidity of the package X1 and the unintended perforation line 60 from breaking. Furthermore, the outer film 40 is based on JIS L-1906 in order to improve the shape maintaining property of the package X1 after the perforation line 60 is cleaved and the opening 53 is formed on the top surface 52. It is desirable that it be 35 mm or more by 45 ° cantilever method. Here, the measurement by the cantilever method can be performed by a bending resistance tester employing a known cantilever method. The measurement is performed according to the bending resistance test of a general fabric, and the size of the sample is 20 mm wide × 150 mm long.

  The preferable thickness and stiffness of the exterior film 40 are based on the results of the following tests. In the test, a storage body according to the present invention containing 16 pocket tissues was used as a sample, and for sample 1, a polyethylene film having a cantilever method of 34.9 mm and a thickness of 40 μm was used as an exterior film. Uses a polyethylene film with a cantilever method stiffness of 31.4 mm and a thickness of 30 μm as the exterior film, and tears the ring opening perforation line formed along the edge at a position 5 mm from the edge of the top surface. After opening the entire surface, the pocket tissue inside was removed one by one from the end, and it was confirmed visually whether or not the shape of the storage body had collapsed.

  As a result of the test, in Sample 1, as shown in FIG. 7, when 9 pieces were taken out (the remaining number of 7 pieces), the pocket tissue fell in the vertical direction, and the shape of the array body collapsed. The pocket tissue was supported and the entire storage body did not collapse. However, in Sample 2, when 7 pieces were taken out (remaining 9 pieces) as shown in FIG. The shape of the material collapsed, and the exterior film could not support the pocket tissue, causing the entire storage body to collapse. From the above, the preferable exterior film in the present invention has a thickness of 40 to 80 μm and a firmness of 35 mm or more by the cantilever method as described above.

  As described above, by taking the configuration of the storage body of the present invention as described in detail, the ease of taking out the pocket tissue, the storage property, and the compactness are improved.

Test example

  Tests were conducted to further examine suitable configurations, numerical ranges, and the like related to the pocket tissue package according to the present invention. The pocket tissue package was formed with an annular opening perforation line continuous along the edge of the top surface. The results are shown in Table 1 below. The definitions and test methods for each column in the table are as follows.

[Perforation position]
The position of the perforation line is a separation distance from the edge of the package top surface to the perforation line.

[Thickness of one pocket tissue (when unwrapped)]
The thickness of one pocket tissue (when not wrapped) is a value measured by the following procedure. 10 pocket tissues are stacked on a horizontal table with the surfaces facing each other. An acrylic flat plate having a weight of 30 g and a size of 120 mm × 250 mm is placed thereon, the center of each short side of the acrylic flat plate is measured and the average value is calculated, and this is the number of pocket tissues. The thickness is one pocket tissue.

[Power required to take out the first pocket tissue]
The force required to take out the first pocket tissue is a value measured by the following procedure as shown in FIG. First, with the pocket tissue packed in the package, open all the perforation lines of the package, sandwich the short side of one pocket tissue exposed in the opening with the eyeball clip, and sandwich the pocket tissue of the eyeball clip A non-stretchable string is threaded through the opening on the opposite knob. A weight measuring instrument is attached to the looped string. The outer packaging film of the package is fixed on a horizontal base, the pocket tissue sandwiched between the eyeball clips is taken out by being pulled up, and the maximum value of the force applied until the removal is completed is taken as the measured value. The pocket tissue to be measured is the one located in the center of the package (for example, 15 pieces into the 8th piece from the end and 14 pieces into the 7th piece from the end). The average is the force required to take out the first pocket tissue. As a measuring instrument, Imada Digital Force Gauge DPS-20 was used. For the eyeball clip, KOKUYO CRYCL 14 having a width of 51 mm was used, and a tako thread was used for the non-stretchable string connecting the eyeball clip and the measuring instrument.

[Stability when packaging is stacked in three layers]
The stability when the package was stacked in three layers was evaluated by the following procedure. The pocket tissue package is stacked in three stages in the height direction, and it is visually confirmed whether or not it can fall down. The test is performed three times. A case where no fall occurs is marked as ◎, a case where the fall is 3 times is Δ, and a case where the fall is 1 to 2 times is marked as ○.

[Sealability of package]
As shown in FIG. 11, the sealing property of the package is determined by setting the top or bottom surface of the package at a timer setting 3 using a general desktop sealer (Shure Sealer NL-331JC manufactured by Ishizaki Electric Co., Ltd.). Seal work. 100 were prepared and sealed in 3 to 10 seconds. If it is less than 3 seconds, it tends to become defective at the fused portion, and if it exceeds 10 seconds, the workability is poor, and poor fusion tends to occur.

[Flexibility of exterior film]
The bending resistance of the exterior film is measured using a bending resistance tester by a 45 ° cantilever method based on JIS L-1906. The sample is 20 mm × 150 mm, the longitudinal direction of the exterior film is the long side, and the length when the sample end is in contact with the inclined surface at an angle of 45 degrees is measured. The average value of 10 measurements is defined as the flexibility of the exterior film.

[Number of pocket tissue remaining in the package when the package begins to collapse]
The number of pocket tissue remaining in the package when the package starts to fall is a value tested by the following procedure. First, the perforation line of the pocket tissue package is opened. Next, the pocket tissue inside is taken out from the opening one by one, and the number of pocket tissues remaining in the package when the package is collapsed (collapsed by the weight of the pocket tissue) is counted. The test is performed three times, and the average value is calculated.

[Sensory evaluation: Ease of opening perforations, ease of removal, ease of storage]
About Test Examples 1-11, sensory evaluation by eight test subjects was performed. The evaluation was ◎ for those who answered that it was actually easy to open, easy to remove, and easy to store.

  From Table 1, if the position of the perforation line is less than 3 mm from the edge of the top surface of the package, the ease of opening is reduced (see Test Example 5), and the ratio of the height and width of the package is 0.8 times. If it is less than the range, the stability upon stacking tends to decrease (see Test Example 15). From each test, in the tissue paper package of the present invention, particularly good effects can be obtained when it is within the range of the specific numerical values shown in claims 2 to 7 for the ease of taking out, storage, and compactness. It is understood.

  X1, X2 ... Pocket tissue package, P ... Pocket tissue, 1 ... Top surface of pocket tissue, 2 ... Lower surface of pocket tissue, 3 ... Long side edge of pocket tissue, 4 ... Short side edge of pocket tissue, 11 ... Pocket tissue 20 ... tissue paper (bundle), 30 ... pocket tissue array, 40 ... exterior film, 41 ... pick piece, 51 ... bottom surface of pocket tissue storage body, 52 ... top surface of pocket tissue storage body, 60 ... Perforation line for opening, L1... Length of the short side edge, L2 length of the long side edge, L3... Length of the pocket tissue in the pocket tissue arrangement body in the direction of butting the upper and lower surfaces of the pocket tissue, L4.

Claims (7)

A plurality of pocket tissue having a substantially rectangular shape composed of upper and lower surfaces and connecting long side edges and short side edges are arranged in a row in abutment with the upper and lower surfaces to form a generally rectangular parallelepiped pocket tissue array. , Film wrapping with the exterior film in contact with each surface of the array,
The surface on which one short side edge of each pocket tissue is lined can be used as a bottom surface, and the surface on which the other short side edge is lined is the top surface, and is opened in an annular or U-shape that continues along the edge of the top surface. A pocket tissue package characterized in that a perforation line is formed.   The pocket tissue package according to claim 1, wherein the perforation line is at a position 3 to 20 mm inside from an edge of the top surface of the package.   The length of the pocket tissue in the direction of butting the upper and lower surfaces (thickness of one pocket tissue x number of arrays) is 0.8 times or more of the height (length of the long side edge of the pocket tissue package). Pocket tissue packaging.   The pocket tissue package according to claim 1 or 2, wherein the pocket tissue array comprises 8 to 20 pocket tissues.   The ratio of the length of the long side edge of the pocket tissue package to the thickness of the non-exterior is 83 in the length of the pocket tissue array body in the butting direction of the pocket tissue (the thickness of the pocket tissue × the number of arrays). Pocket tissue package packaged with a compression rate of ~ 95%.   The thickness of an exterior film is 40-80 micrometers, The pocket tissue package of any one of Claims 1-4.   The pocket tissue package according to any one of claims 1 to 5, wherein the outer film has a bending resistance of 35 mm or more according to a 45 ° cantilever method (JIS L-1906).