A box containing sanitary paper

Abstract

To provide a sustainable product which eliminates resin sheets provided so that a tissue paper laminated inside an existing tissue box can be taken out easily, which has a mechanism of a recycle promotion and reuse of a box, and which takes environmental pollution caused by burning the resin sheets into account.SOLUTION: In a box 1, a cutout line 80 is provided in which an opening opens in the longer direction 5, as, when a seal adhered by an adhesive agent covering a take-out port 7 of a top surface 3 where sanitary paper is sealed is peeled off in the longer direction 5, the take-out port 7 punched at the time of manufacturing appears simultaneously. When the top surface 3 is divided in the longer direction 5, a V-shaped opening is constituted in the longer direction 5, and sheets can be drawn out piece by piece smoothly from finger holes provided at a bilaterally symmetrical distance.SELECTED DRAWING: Figure 1

Description

[Technical Field]

[0001] The present invention relates to an outlet for a box containing sanitary paper. [Background technology]

[0002] The configuration of the opening for tissue boxes containing enclosed tissues is generally such that a perforated cut line on the top of the box is torn off with the fingers, and a resin sheet is attached to cover the area around the outlet on the inside of the box at the opening, so that after one tissue is removed, it remains in the opening position so that the next tissue can be taken out, and product specifications have been set to improve ease of removal.

[0003] Japanese Patent Application Laid-Open No. 2004-315084 states in paragraph

[0027] of the specification, "The present invention In order to form an outlet for the food, a cut line extending longitudinally is provided in the center of at least one of the top and bottom surfaces of the box. This cut line may be a linear cut (slit), or may be a partially connected perforated cut, and the disclosure states:

[0004] The problem to be solved by the invention in paragraph

[0003] of Japanese Patent Laid-Open Publication No. 2004-059150 is that "the invention had the following drawbacks: a) -, b) and c) Polyethylene Because the film is attached, the empty boxes after use of tissue paper etc. can be used as papermaking material. Most of it was incinerated and not reused, emitting harmful substances such as carbon dioxide. "It was one of the causes of air pollution by emitting substances."

[0005] The specification of Japanese Unexamined Utility Model Publication No. 4-80878 discloses in the section titled "Problem to be solved by the invention" that "conventional tissue paper storage cases are provided with a structure in which the pull-out part does not fall into the box."

[0006] In paragraph

[0008] of the specification of Patent Publication No. 3853746, it is stated that "...the outlet is formed by two wing parts that are provided on the top surface so that the top surface can be cut open, and by closing these wing parts, the outlet can be blocked....Dust and dirt enter the household tissue paper storage box from the outside through the outlet, and...the part facing the base of the other wing is rounded. This makes it possible to prevent the taken-out household tissue paper from being trapped. The two wings are held in place by the two opposing bases, with a moderate amount of force. The status and..." is disclosed.

[0007] Paragraph

[0015] of the specification of Japanese Patent Application No. 2023-027106 discloses that "The problem is solved by a tissue box of the present invention, which is equipped with a seal that covers the entire dispensing opening, the dispensing opening being a wavy line with a certain width and an opening area with a curved section extending longitudinally in the center of the top surface and a left finger hole and a right finger hole located at both ends of the curved section, the seal being adhered to the top surface with an adhesive layer, and the entire periphery of the opening area being pre-punched along the cutout line of the curved section." [Prior art documents] [Patent documents]

[0008] [Patent Document 1] Japanese Patent Application Laid-Open No. 2004-315084 [Patent Document 2] Japanese Patent Application Laid-Open No. 2004-059150 [Patent Document 3] Publicly-available Practical Application Publication No. 4-80878 [Patent Document 4] Patent No. 3853746 [Patent Document 5] Patent application 2023-027106 Summary of the Invention [Problem to be solved by the invention]

[0009] Conventional tissue boxes have a resin sheet inside the box that allows tissues to be smoothly pulled out one by one from the opening, but it is unclear whether the resin sheet on the inside will be peeled off and sorted after use, so there is a need for product specifications that take into consideration a sustainable natural environment, such as the resin sheet being removed before use to make waste sorting clear, a quick opening for removal, and a clear decision on whether to incinerate or recycle, which this product is conscious of.

[0010] Furthermore, there is a need for a multi-purpose outlet that can accommodate both new and conventional sanitary paper materials, such as a cleansing makeup remover and makeup wipe, and that can pull out each sheet in a balanced manner.

[0011] Furthermore, the container must be sterilized in accordance with the standards for disposable medical supplies for the medical industry, must have specifications to prevent contamination with waste, and must have a large opening so that the contents can be quickly removed by grasping it with an instrument such as forceps or with fingers.

[0012] Patent application No. 2023-027106 solves the following problems of the prior art, as stated in paragraphs [0008-0014] of the specification: "The prior art problem is to clarify waste separation," "the need for an improvement measure to prevent the initial tissue paper from being torn when pulled out," "the need for an improvement to prevent tissue paper from falling out of the opening," and "the need for a solution to prevent unsanitary foreign objects from getting in." The effects of the invention are stated in paragraphs [0016-0022] of the specification: "The effect of the present invention is that, because the seal is removed before waste separation, tissue paper can be separated," "the shape prevents tissue paper from being torn," "the seal is removed and the opening quickly appears with a one-touch method," "the tissue paper stays in place at the step due to the resistance of the step," "prevents foreign objects from easily getting in," "static electricity is suppressed on the commercial wiper being pulled out," and "a sustainable product that is environmentally sustainable can be provided." However, although tissue paper is listed as an enclosed item, it is necessary to devise an opening that allows smooth removal of materials such as sanitary paper that has strength in both length and width and that can accommodate medical miscellaneous items.

[0013] Instead of wet, dry products are required, for example, thick towel-like products that can be used for wiping sweat or bottom wipes in nursing care, even during cold seasons, with a basis weight greater than that of tissue paper, or an opening for removing strong materials such as natural fibers during the manufacturing process.In addition, the sustainability of this application eliminates the resin film that is found on the inside of existing boxes, and even the resin film found in packaging for existing refills, and preferably uses boxes made of paper materials (including recycled paper) that are not based on petroleum, and furthermore, it is necessary to have specifications for recycling and reuse.

[0014] Furthermore, when tissue paper that can be used in new ways is picked up and pulled out from the opening, it is necessary to devise a way to pull it out smoothly and in a balanced manner on both sides. [Means for solving the problem]

[0015] The present invention provides a box for enclosing a laminate of sanitary paper sheets, the box having a top surface in the longitudinal direction thereof having an opening for removing the sanitary paper sheets, and a seal for entirely sealing the opening, the seal having an adhesive layer on the surface that contacts the top surface, and the top surface having a longitudinally sandwiched opening where a longitudinal side A and a longitudinal side B face each other. The outlet has an opening area with a certain width between the wavy line shape of the A surface composed of the curved portion and the wavy line shape of the B surface facing the A surface, The problem is solved by a box characterized in that the opening area has a finger hole located on the middle line from the left end to the right end of the opening area, which is composed of curved sections extending longitudinally along the center of the top surface, or has left and right finger holes located at any distance symmetrical to the left and right from the middle line, the finger holes have a shape that allows an implement or fingertip to reach the bottom of the box to pick up and remove the sanitary paper, the vertical width of the removal opening is a constant width and is smaller than the vertical width of the finger hole located on the middle line or the left and right finger holes, and the entire periphery of the opening area is punched out and removed in advance during the manufacturing process. [Effects of the Invention]

[0016] When using the present invention, when the seal on the top surface is peeled off and removed, the opening that is already revealed allows for quick removal of new sanitary paper, such as tissue paper, paper towels, or nonwoven fabric sheets.

[0017] In addition, because the sticker on the top surface is removed beforehand, waste separation is inevitably made clear, which contributes to the prevention of environmental pollution, the promotion of recycling, and the sustainability of lifestyles and culture, such as waste separation. Furthermore, the present invention can provide a product that eliminates the resin film at the outlet of the existing box and the resin film for refilling, and features a recyclable and reusable box made of paper material (including recycled paper) that is not based on petroleum.

[0018] For the medical industry, the sanitary paper containing sterilized disposable products has been punched out and removed in advance, and the deformed opening allows the product to be quickly removed with a tool (including a fingertip).

[0019] The specifications of the present invention are a box that is designed to allow sanitary paper to be removed in a balanced manner from the removal opening without deforming the shape of the paper to the left or right or tearing it, and is designed to allow sanitary paper to be removed in a balanced manner from one finger hole along the longitudinal direction of the removal opening or from finger holes located at any distance symmetrical to the left and right of the one finger hole. [Brief explanation of the drawings]

[0020] [Figure 1] FIG. 10 is a top view of an embodiment of the present invention in which a curved portion is provided at the outlet. [Figure 2] FIG. 1 is a perspective view of a seal according to one embodiment of the present invention with a cutout line for opening. [Figure 3] This is a top view of one embodiment of the present invention, including Figures C, D, and E in Figure 1. [Figure 4] FIG. 2 is a cross-sectional view from the right short face of one embodiment of the present invention. [Figure 5] FIG. 10 is a perspective view showing the next tissue positioned at the dispensing opening of one embodiment of the present invention. [Figure 6] FIG. 1 is a perspective view of an embodiment of the present invention in which the outlet has a V-shape in the longitudinal direction. [Figure 7] FIG. 10 is a top view of an embodiment of the present invention in which a straight portion is provided at the outlet. [Figure 8] FIG. 1 is a perspective view of a tissue box. [Figure 9] 1A to 1C are process diagrams showing a manufacturing process of an embodiment of the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0021] The outlet 7 of the box 1 of the present invention is configured as a second embodiment in addition to the first embodiment.

[0022] In Example 1, a box 1 is shown in FIGS. 1, 2, 4, 5 to 7, in which a laminate 2 of sanitary paper is enclosed and which has an opening 7 in the longitudinal direction 7. The top surface of the box 1 is When the seal 39 covering and adhering to the center 31 of the container 3 is peeled off, the outlet 7 is revealed, having already been punched out and removed during the manufacturing process.

[0023] Example 2 relates to an access port 7 having a cutout line 80 that opens along the center 31 of the access port 7 in the longitudinal direction 5 of the box 1 of Example 1, and a mechanism that changes the access port 7 that appears when the seal 39 covering and adhered to the top surface 3 is peeled away into an opening 92 with a V-shape 87 as shown in Figure 6.

[0024] In the first embodiment, the configuration of the outlet 7 of the box 1 in which tissue paper 14, which is sanitary paper, is enclosed will be described.

[0025] In the present invention, seal 39 in Figure D covers top surface 3 of box 1 and has adhesive portion 75 with adhesive 13, and when tab portion 12 of seal 39, which is adhered with adhesive 13 to the surface that contacts top surface 3, is pulled and peeled in longitudinal direction 5, curved portion 8 in Figure C, which has already been punched and removed in the manufacturing process, has removal opening 7 with fold lines 27, 28 and finger holes 91 or 4, 6. In other words, tab portion 12 for peeling seal 39 from top surface 3 is located in a part of seal 39, and is preferably located on the outer periphery of seal 39.

[0026] At the take-out opening 7, the fold lines 27 and 28 shown in FIG. C appear, extending in a straight line parallel to the finger holes 91 or the finger holes 4 and 6 and the longitudinal side 57, and the tissue paper 14 can be picked up by pinching the symmetrical left and right parts 64 and 65 and simultaneously pulling both the left and right parts 64 and 65 out of the take-out opening 7 in a direction directly upward 63 with equal finger pressure.

[0027] The peeled seal 39 has a product specification that does not intend to reseal the access opening 7, and has an adhesive portion 75 made of adhesive 13 on the surface where the seal 39 meets the top surface 3. By peeling the grip portion 12 of the attached seal 39 in the longitudinal direction 5, the access opening 7 that has been punched out in the manufacturing process and already removed is revealed, with the curved portion 8 of the top surface 3 having a finger hole in the area 11 where the tips 23, 24 of the wavy protrusions in Figure 1 open to a certain width 40, and the curved portion 8 extending from near the left end 59 of the center 31 of the top surface 3 to near the right end 60 in the longitudinal direction 5 has one finger hole 91 on a line 61 located in the middle of the distance 5 of the curved portion 8 in the longitudinal direction 5, or two finger holes 4, 6 located at any distance symmetrical left and right from the center line 61.

[0028] The finger holes that allow tissue paper 14 to be smoothly and balancedly dispensed from dispenser opening 7 in the upward direction 63 are finger hole 91 on line 61 located in the middle or two finger holes 4, 6 located at any distance symmetrically on the left and right. Two finger holes 4, 6 located at any distance symmetrically on the left and right may also be finger hole 91 on line 61 located in the middle. Preferably, the finger holes that allow tissue paper 14 to be dispensed quickly and balanced without tearing or deformation are two finger holes 4, 6 located at any distance symmetrically on the left and right.

[0029] In particular, the user may have experienced the first tissue paper 14 being torn and pulled up when pinched and pulled out, but since the tissue paper 14 can be pinched with fingers from both the left and right finger holes 4 and 6 located at the center 31 of the left finger hole 4 and the right finger hole 6 and pulled up simultaneously with equal finger force, the tissue paper 14 can be smoothly pinched and pulled out in the upward direction 63 without tearing.

[0030] When the seal 39 covering the access port 7 in FIG. 1 is peeled off, the access port 7 that was punched out and removed in the manufacturing process appears. There is an adhesive portion 75 with adhesive 13 between the seal 39 and the top surface 3 that contacts it in the longitudinal direction 5 in FIG. D. When the gripping portion 12 from which the adhesive 13 of the adhered seal 39 has been removed is pinched with the fingers and pulled away in either longitudinal direction 5, the access port 7 that was punched out and removed in the manufacturing process and one or more fold lines extending in a straight line parallel to the longitudinal side 57 appear. Figure C of 27 and 28 appears.

[0031] The right finger hole 6 extending from the left finger hole 4 in the longitudinal direction 5 has already been punched out and removed with a wavy line 69, a curved portion 8 and an opening area 11 having a constant width 40, and fold lines 27, 28 that serve as folding axes extending in a straight line parallel to the edge 57 in the longitudinal direction 5.

[0032] The outlet 7 has a constant width 40 in the longitudinal direction 5 and a vertical width 58 of the finger holes 4, 6, and the constant width 40 is smaller than the vertical width 58 of the finger holes 4, 6. The vertical width 58 refers to the length of the outlet 7 in a direction perpendicular to the longitudinal direction 5.

[0033] The adhesive 13 is a heat seal, a hot melt, a glue, an acrylic adhesive, a silicone adhesive, a urethane adhesive, a rubber adhesive, or the like.

[0034] The wavy flat protrusion shape (A) 16 and the flat protrusion shape (B) 19 have a certain width 40 sandwiched between the A surface 17 and the B surface 18 and face each other. The shapes of the tips 23 and 24 of these flat protrusion shapes are configured by tracing the wavy curved shape 47 of the cutout line 9 in Figure E, so that the front surface 25 and the back surface 26 of the pulled-out tissue paper 14 can touch the tips 23 and 24.

[0035] 1, peeling off the sticker 39 with adhesive 13 reveals the access opening 7 in the open area 11 that was previously punched out and removed in the manufacturing process, and is located along the center of the longitudinal direction 5 of the flat body 49 of the top surface 3, and is sandwiched at a certain width 40 between a flat protrusion shape 16 from the A surface 17 direction and a flat protrusion shape 19 from the B surface direction. Furthermore, the flat protrusion shapes 16 and 19 from the A surface 17 and the B surface 18 that sandwich the access opening 7 are alternately arranged facing each other.

[0036] The material of the seal 39 may be a paper seal, a resin seal, a transparent seal, an opaque seal, a foil (metal) seal, a biodegradable plastic seal, a seal made of an inorganic substance, or a seal made of any of the materials. The selection is arbitrary.

[0037] The fold line 27 forms a crease that is pressed by a jig extending in the longitudinal direction of the A-side 17, and the A-side 17, the fold line 27, the flat protrusion shape 16 and the tip 23 can be moved upward 29 around the fold line 27 as an axis when the tissue paper 14 is pulled out.

[0038] The fold line 28 forms a crease that is pressed by a jig extending in the longitudinal direction of the B surface 18, and the B surface 18, the fold line 28, the flat protrusion shape 19 and the tip 24 can be moved upward 29 around the fold line 28 as an axis when the tissue paper 14 is pulled out.

[0039] Finger holes 4, 91, 6 have a shape such as a perfect circle, oval, polygon, etc., and are shaped to allow medical forceps or the thumb and index finger to be inserted and removed easily, and furthermore, the product specifications allow the fingertips to reach and smoothly pull out the last paper tissue 14 of stack 2 enclosed in tissue box 1 and stacked at bottom 48. In other words, the conventional device for pushing up from bottom 48 even when stack 2 is low in volume is not particularly required and is optional.

[0040] The ready-made product 53 in Fig. 8 has a resin sheet attached to the inside of the dispensing opening 38. Furthermore, recently, instead of the paper box type, there are packages with product specifications in which the product is simply individually wrapped in a petroleum-based resin film or in which refills are individually wrapped.

[0041] A is formed by sandwiching an area 11 that is an opening for the take-out port 7 that has already been removed in the manufacturing process. The form in which multiple flat protrusion shapes 16 on surface 17 and multiple flat protrusion shapes 19 on surface B 18 interlock and face each other is such that tip 23, which has a curved shape 47 at the tip of one or more flat protrusion shapes 16 protruding from surface A 17 of top surface 3, and tip 24, which has a curved shape 47 at the tip of one or more flat protrusion shapes 19 protruding from surface B 18, are interlocked across open area 11 and are continuously arranged in the longitudinal direction 5.

[0042] The enclosed laminate 2 is folded in a pop-up manner 54 by each sheet 14. The laminate 2 is made by folding and stacking the individual sheets 14, or the laminate 2 is made by folding and stacking the individual sheets 14. The laminate 2 (hereinafter referred to as "laminate") is sanitary paper, and the laminate 2 is enclosed in the box 1 according to its intended use, such as for nursing care, medical supplies, household paper, etc.

[0043] These include sanitary paper sanitary products, sweat wipes for nursing care that can be used even in cold weather, and bottom wipes, and are nonwoven fabric sheets with a basis weight of approximately 30 gmm2 that are set to a weight greater than the 25 gmm2 weight of dry tissue paper, or that have natural fibers, chemical fibers, etc. added during the manufacturing process, or are thin nonwoven fabric sheets, or sterilizable medical miscellaneous sheets for surgery.

[0044] To prevent the tissue paper 14 being pulled up in the upward direction 63 from being damaged by the edge of the take-out opening 7, the tips of the protruding portions 16, 19 that form the gap 20 through which the tissue paper 14 passes at the step portion 32 where the A surface 17 and the B surface 18 face each other and are spaced apart from each other have a curved shape 47 at the flat tip to prevent the tissue paper 14 from coming into contact with the tips 23, 24 of the protruding portions 16, 19 in Figure E and being damaged.

[0045] Furthermore, by providing many protrusion shapes 16, 19 each having a curved shape 47 that is continuous in the longitudinal direction 5, and further making the curved parts of the protrusion shapes soft, low and small, the contact resistance with the tissue paper 14 is dispersed.

[0046] When the tissue paper 14 is pulled up in a direction 63 directly above the tip 23 of the protruding shape 16 around the fold line 27 on the A side and the tip 24 of the protruding shape 19 around the fold line 28 on the B side, the front surface 25 or the back surface 26 of the tissue paper 14 touches and rubs against the tips 23, 24, causing the step 32 to move upward 29 or be manually directed downward 30, providing a distance between the tips 23, 24, and the step 32 is provided in the space 20 while the tissue paper 14 is passing.

[0047] FIG. 4 is a cross-sectional view of the box tissue 1 from the right short portion 42 to the left short portion 41. The tissue paper 14 is folded in a pop-up fashion 54 to enclose the stack.

[0048] In Figure 5, a protrusion shape is provided on the top surface 3, facing the A-side 17 along the fold line 27 toward the access opening 7, and a protrusion shape is provided on the opposing B-side 18 along the fold line 28 toward the access opening 7, and the protrusion shapes are configured to face each other and fit together, with a step portion 32 having a distance 20 between the tips of the facing protrusion shapes.

[0049] A mechanism is provided to improve the ease of taking out the tissue paper 14 during use or to prevent foreign matter from entering by adjusting the step distance between the protruding tips 23, 24 facing each other on the A surface 17 and the B surface 18 to be flat.

[0050] 4 and 5, the tip 23 of the flat protrusion shape 16 and the tip 24 of the flat protrusion shape 19, which have already been punched and removed and have curved shapes 47, are fitted together across the take-out opening 7 of the opening area 11, which is formed with a constant width 40, and the longitudinal When the front surface 25 or the back surface 26 of the tissue paper 14 touches and rubs against each other's tips 23, 24 along the axis of the pressed creases 27, 28 extending in the direction 5 and parallel to the center 31, the tissue paper 14 moves upward 29 or is manually directed downward 30 to form an open step part 32 with a distance.

[0051] That is, step portion 32, which has a distance for pulling out paper tissue 14, is provided between paper tissues 14 passing 20, along center 31 of top surface 3 from left finger hole 4 to right finger hole 6 extending in longitudinal direction 5, and when seal 39 is peeled off and opening area 11 is removed, step portion 32 is provided between surface A and surface B facing each other.

[0052] The pressed line 27 on side A and the upper pressed line 28 in the area 11 for opening, which has already been punched out and removed in the manufacturing process, act as axes, and when the front surface 25 or back surface 26 of the tissue paper 14 touches and rubs against the tips 23, 24 of the opposing flat protrusion shapes 16 and 19, the tissue paper 14 moves upward 29 or is manually directed downward 30, thereby providing large and small distances in the step portion 32.

[0053] The mechanism of the axis by which the step portion 32 is provided at each tip 23, 24 of the flat protrusion shapes 16, 19 is such that the tip 23 of the flat protrusion shape 16 is directed upward 29 or downward 30 around the pressed line 27 along the length of the A surface 17 as an axis, or the tip 24 of the flat protrusion shape 19 is directed upward 29 or downward 30 around the pressed line 28 along the length of the B surface 18 as an axis, and when the tip 23, 24 comes into contact with the front surface 25 or back surface 26 of the tissue paper 14 and friction resistance is obtained, the tip 23, 24 is moved upward 29 or manually directed downward 30, thereby providing a large or small distance for the step portion 32 to open.

[0054] Fold lines 27 and 28 constitute a mechanism for adjusting the distance that step portion 32 opens, with fold line 27 being provided at right finger hole 6 extending from left finger hole 4 in the longitudinal direction of side A 17, and fold line 28 being provided at right finger hole 6 extending from left finger hole 4 in the longitudinal direction of side B 18.

[0055] Specifically, when tissue paper 14 is pulled out and the volume of consumed stack 2 decreases, front surface 25 or back surface 26 of tissue paper 14 comes into contact with and rubs against tip 23 of flat protrusion shape 16 whose axis is fold line 27 on side A 17 and tip 24 of flat protrusion shape 19 whose axis is fold line 28 on side B 18, causing it to move upward 29 or be manually directed downward 30, thereby stably removing tissue paper 14.

[0056] The effect of the adjustable movement of the step portion 32 over a large or small distance in Figures 4 and 5 is that when a sheet of tissue paper 14 is pulled out from the top surface of the stack 2 stacked in the pop-up method 54, the front surface 25 or back surface 26 of the tissue paper 14 comes into contact with either the flat shape in which multiple flat protrusion shapes 16 are lined up in the longitudinal direction 5 or the flat shape in which multiple flat protrusion shapes 19 are lined up in the longitudinal direction of the flat protrusion shapes 16 and 19 that face each other and interlock with each other along the center 31, and the tissue paper 14 stops and is pulled out smoothly.

[0057] The resistance when the tips 23 and 24 of the opposing tip protrusions 16, 19 on side A 17 and side B 18 touch the front surface 25 and back surface 26 of the tissue paper 14 is adjusted by adjusting the fold line 27 on side A and the fold line 28 on side B that run parallel to the longitudinal direction, so that when the tips 23 of the tissue paper 14 touch and rub against the front surface 25 or back surface 26 of the tissue paper 14, the tip protrusions 16, 19 can be moved upward 29 or manually directed downward 30, thereby stabilizing the ease of removal of the tissue paper 14.

[0058] The mechanism for moving the tip projections 16, 19 to the upward direction 29 in the opening area 11 is such that the top surface 3 connecting the right finger hole 4 and the left finger hole 6 is provided with one or more fold lines 27, 28 formed by a mechanical process, which are continuous buckling wrinkles or depressions in the longitudinal direction 5 of the top surface 3, so that the tip projections 16, 19 can move to the upward direction 29 in the direction in which the tissue paper 14 is pulled up.

[0059] Figure 5 shows a state in which the tip 24 of the protrusion of the protrusion shape (B) 19 on side B is stopped by contacting the front surface 25 or back surface 26 of the next tissue paper 14 with the shape (surface) that continues in the longitudinal direction 5. The state in which the tissue paper 14 is stopped is shown in Figures 4 and 5.

[0060] In Figures 4 and 5, the previous tissue paper 14 has been pulled out and the next tissue paper 14 is positioned at the center 31 on the top surface of the enclosed stack 2 parallel to the longitudinal direction 5 of the dispensing opening 7. When the previous tissue paper 14 is pulled out, the next tissue paper 14 moves from the stacked stack 2 in a pop-up manner 54 towards the dispensing opening 7, and its longitudinal front part 21 appears and stops at the step part 32, and its longitudinal rear part 22 is positioned inside the tissue box 1 at the longitudinal front part 21 of the next tissue paper 14.

[0061] The access opening 7 has a B surface 18 facing the A surface 17 of the flat body 39, on a right short portion 42 extending from the left short portion 41 in the longitudinal direction 5, and is located inside a region surrounded by a line connecting the upper left contact point 50 where the A surface 17 intersects with the left finger hole 4 to the upper right contact point 51 of the right finger hole 6 where the fold line 27 extending in a straight line parallel to the longitudinal side 57, and further connecting the lower right contact point 52 where the B surface 18 intersects with the right finger hole 6 to the lower left contact point 53 where the left finger hole 4 intersects with the fold line 28 extending in a straight line parallel to the longitudinal side 57, and the upper left contact point 50, and is formed around the entire circumference of an area 11 that opens along the longitudinal direction of the center arranged parallel to the longitudinal side 57 by a curved portion 8.

[0062] The tissue box 1 is characterized in that when the previous tissue paper 14 passes between the gaps 20 between the stepped portions 32 that are provided at a distance and open, the next tissue paper 14 stops at the stepped portion 32.

[0063] The approximate external dimensions of the tissue paper 14 in Figures 2 and 5 are 225 mm in the horizontal direction 44 of the base of the right end 42 extending in the horizontal longitudinal direction 5 from the left end 41, 115 mm in the depth 43 from the front to the back, and 50 mm in the height direction 45 from bottom to top, forming a box, and a take-out opening 7 on the top surface 3 that is 180 mm in the longitudinal direction 5 is configured using mass production equipment.

[0064] FIG. 5 shows the next tissue paper 14 in a state where the flat protrusion 19(B) 55 extending upward along the pressed line 28 on the B side 18 faces upward 29 and is pulled up from the top surface of the stack 2 in the pop-up method 54 between the stepped portions 32 20.

[0065] The fixed width 40 in Figure 7 is an outlet 7 having a straight line portion 70 and being formed by a straight line 71 in the longitudinal direction 5 of side A 17 and a straight line 72 in the longitudinal direction 5 of side B 18 that opposes each other, and has a fixed width 40 that can be contacted by the front surface 25 or back surface 26 of the tissue paper 14 that is pulled out in the direction directly above 63 from the outlet 7.

[0066] Furthermore, the fixed width 40 having the straight portion 70 in Fig. 7 is formed based on the thickness verification of the material specifications of the tissue paper 14, and has a fixed width 40 that corresponds to the thickness. The width of the take-out opening 7 formed by the straight line 71 in the longitudinal direction 5 of the A side 17 and the straight line 72 in the longitudinal direction 5 of the opposing B side 18 is determined by the width of the take-out opening 7, which is formed by the straight line 71 in the longitudinal direction 5 of the A side 17 and the straight line 72 in the longitudinal direction 5 of the opposing B side 18, and ... The width should be such that the lance can be pulled up easily. It is advisable to verify this with the material you are selecting. The fixed width 40 should be a few millimeters to 10 mm.

[0067] In Figure 5, tissue paper 14 is stacked in stack 2 in box 1, and the specifications for allowing smooth, balanced removal to the left and right from removal opening 7 extending in longitudinal direction 5 are such that tissue paper 14 can be consciously pulled up in a direction 63 directly above left and right sections 64 and 65 with the same force from left finger hole 4 and right finger hole 6 positioned at any symmetrical distance in longitudinal direction 5 from line 61 located in the middle.

[0068] That is, the outlet 7 has a left finger hole 4 and a right finger hole 6 that allow the tissue paper 14 to be pulled out in a balanced manner without being pulled out with a one-sided force from the outlet 7 and without deforming the shape of the tissue paper 14 to the left or right.

[0069] In Figure 5, a gap 20 is formed between the wavy line 69 protrusion 23 on surface A 17 and the wavy line 69 protrusion 24 on surface B 18 which opposes and engages with each other, and the sheet 14 being taken out is rubbed while touching the wall of width 40 of the wavy lines 23 and 24, thereby taking on a curved shape 46.

[0070] The opening 7, which is punched out and removed in advance in the manufacturing process in the longitudinal direction of the top surface 3, has a slight resistance to the sanitary paper on the left and right sides, allowing for smooth and balanced removal of the paper.The curved section 8 has a constant width 40 and is made up of finger holes 91 on a line 61 located in the middle of the curved section 8, or finger holes 4 and 6 located at any distance symmetrical to 91, and one or more straight folding lines 27 and 28 that can be easily bent around the axis.

[0071] 1, 3, 5, and 6, and is composed of a wavy line 69 on side A of curved portion 8 aligned parallel to a wavy line 69 on side B. Line 61 is located in the middle from near the left end 59 to near the right end 60 in the longitudinal direction 5, and fold lines 27, 28 (Fig. C) are provided to left and right finger holes 4 and 6 located at any distance symmetrically, so that tissue paper 93 can be pinched and pulled out in a balanced manner by left and right portions 64 and 65. Hereinafter, fold lines 27, 28 are composed of one or more fold lines. Instead of curved portion 8, straight lines 71, 72 of straight portion 70 in Fig. 7 may be used.

[0072] The tissue paper 93 can be made from any mixture of pulp, natural fibers, or synthetic fibers, and can have mechanical strength, such as tensile strength, in both the vertical and horizontal directions, or a basis weight equivalent to that strength. It is preferable to provide finger holes 4 and 6 at positions that allow for balanced pulling out, and verify this.

[0073] In Figure 5, two finger holes 4, 6 are provided at positions symmetrical to each other from a center 62 of a line 61 located in the middle of a constant width 40 extending in the longitudinal direction 5, and on a stack 2 on which tissue papers 14 are stacked in a pop-up method 54, the symmetrical left portion 64 is pinched with the left finger in correspondence with the left finger hole 4, and the symmetrical right portion 65 is pinched with the right finger in correspondence with the right finger hole 4, and from this state in which the tissue paper 14 is sandwiched between the tip ends 23 of the wavy-line-shaped protrusions 16 on surface A 17, which has the constant width 40, and the tip ends 24 of the wavy-line-shaped protrusions 19 on surface B 18, both the left and right sides can be pulled up simultaneously in a balanced manner in a direction directly upward 63 with the same force from the gap 20, which has the constant width 40, between the tip ends 23 of the wavy-line-shaped protrusions 16 on surface A 17, which has the constant width 40, and the tip ends 24 of the wavy-line-shaped protrusions 19 on the opposing surface B 18.

[0074] In the second embodiment, the configuration of the outlet 7 of the box 1 in which sanitary paper sheets, medical goods sheets, or cosmetic sheets (hereinafter referred to as "sanitary paper") are enclosed will be described.

[0075] The second embodiment has an opening mechanism that can form the opening 92 of the V-shape 87 in FIG. 6 in addition to FIGS. 1, 2, 4, 5 and 7 of the first embodiment.

[0076] FIG. 6 shows an access opening 7 having a mechanism that can be transformed into a V-shaped opening 92 87 extending in the longitudinal direction 5 for quickly removing enclosed sanitary paper, preferably medical supplies, for use with a forceps or other tool.

[0077] The mechanism for forming the V-shape 87 has a notch line 80 for opening and the mechanism shown in C of Fig. 3, or a mechanism having a curved portion 8 of E, or a mechanism having a straight portion 70 instead of the curved portion 8. In addition, the box 1, after the contents have been used, has a reusable mechanism in which the opening 92 can be further opened by further spreading the A-side 17 and B-side 18 of the top surface 3 in different directions around the fold line 79 on the bottom surface 88 shown in Fig. 6, and a refillable sanitary paper stack 2 that matches both the volume 93 of the A-side 17 portion and the volume 94 of the B-side 18 portion of the box 1 can be enclosed in the A-side 17 portion and the B-side 18 portion, and the opened opening 92 can be returned to the original opening 92 from which it can be taken out, and preferably secured in place with a seal 39a. By confirming that each sheet of refillable sanitary paper can be removed from the opening 92, the present invention is a box with reusable specifications that can enclose individual packages, which solves the problem of paragraph 0013.

[0078] The mechanism shown in Figure 3C is a box 1 in which a cutout line 80 is provided that opens from the left side 81, from near the left end 59 of the top surface 3 along the center 31 in the longitudinal direction 5, through near the right end 60, and to the right side 84, and the top surface 3 is provided with a cutout line 9 in the curved portion 8 and an access opening 7 having a finger hole 91 or finger holes 4, 6.

[0079] The opening cutout line 80 of the access opening 7, which extends in the longitudinal direction 5 and forms the V-shaped opening 87, is similar to the way the opening of an autumn Akebia fruit is split in two, with the left and right thumbs placed on the area obtained by splitting it in half, and the left and right fingers placed on the back part as an axis to open it, dividing the top surface into two and removing the fruit inside.By dividing the opening cutout line 80 into directions 77 where side A opens and 78 where side B opens, which are facing outward, an opening 92 of V-shape 87 is formed in the longitudinal direction 5 along the center 31.

[0080] The V-shaped opening 92 is provided along the longitudinal direction 5. The opening 7 has already been punched and removed during the manufacturing process, and the punched opening notch line 80 is provided along the longitudinal direction 5. 1 to 7 are provided.

[0081] The opening 92 has a V-shape 87 and is provided in the longitudinal direction 5 of the top surface 3. The mechanism for fixing the angle of the opening 92 by separating the A surface 17 and the B surface 18 of the top surface 3 in different directions with the folding line 79 of the bottom surface 88 of G as the axis is to affix a seal 39a separated by a perforation 76 to the sides 81 and 84 where the angle is provided in the opening 92. Alternatively, notches 89a and 90b of fastening portion 89 on side A and fastening portion 90 on side B, which are provided on bottom surfaces 88a and 88b of G, have a mechanism that can be manually or naturally combined to fix the opened angle.

[0082] That is, when fastening portion 89 on side A and fastening portion 90 on side B are combined and fixed together, modified access opening 7, which is an opening 92 in a V-shape 87, is automatically formed in longitudinal direction 5 of top surface 3. Curved portion 8 may be replaced by straight line 71 on side A and straight line portion 72 on side B of straight line portion 70 in FIG. 7 .

[0083] The cutout line 80 for opening is provided by connecting a point 83 at a symmetrical position on the lower edge 82 of the left side surface 81 to a point 86 at a symmetrical position on the lower edge 85 of the right side surface 84 in the longitudinal direction 5 of the center 31 of the top surface 3, to form the access port 7 that can be transformed into an opening 92.

[0084] The cutout line 80 for opening may be a continuous cutout line 9 that connects a symmetrical position 83 on the bottom edge of the left side surface 81 and a symmetrical position 86 on the bottom edge of the right side surface 84 through the center 31, or it may be a discontinuous cutout line 9 or a perforation 76, or a line that is composed of either. For example, if the cutout line 80 for opening is a perforation 76 provided in a part of the left side surface 81 or a part of the right side surface 84, the V-shape 87 cannot be obtained unless the perforation 76 is torn.

[0085] The cutout line 80 to be opened is formed by the wavy line 69 on side A of the curved portion 8 along the center 31 in Figures 1 to 7 facing the wavy line 69 on side B, or by the straight line 71 on side A of the straight portion 70 in the longitudinal direction 5 in Figure 7 facing the straight line 72 on side B.

[0086] The seal 39 covers the top surface 3 and has an adhesive portion 75 partially adhered with an adhesive 13, and has a separable perforated cutout line provided along the longitudinal direction 5 of the center 31, and when the gripping portion 12 of the seal is pulled and peeled off in the longitudinal direction 5, the removal opening 7 having finger holes 4, 91, 6 is revealed by being punched out along the continuous cutout line 9 around the entire periphery in the box manufacturing process, and the sheet can be quickly removed through the V-shaped opening 92 in the V-shape 87 provided by the cutout line 80 that opens it.

[0087] The specifications of the seal 39 are that it covers the top surface 3, has adhesive 13 on the surface that contacts the seal 39 and the top surface 3, has one or more tab portions 12 from which the adhesive 13 has been removed so that it can be peeled off before use, and has perforations 76 that extend along the longitudinal direction 5 of the center 31 attached to the top surface 3 and can be separated into 39a and 39b.

[0088] The configuration in which the seal 39 is provided for the V-shaped opening 92 is shown in Figures 1, 3C, 5, and 7, where the finger holes 4, 91, 6 or the area 11 or gap 20 having the opening have the access opening 7 that has been punched out in advance and already removed during box manufacturing. That is, in order to achieve a product specification in which the inside and outside of the box 1 having the access opening 7 that has been punched out in advance and already removed is sealed, a seal 39 that can be attached by covering the access opening 7 on the top surface 3 with the seal 39 is required.

[0089] In the case of a further disposable specification, in which the top surface 3 has a cutout line 80 and a curved portion 8 of E, or in which the curved portion 8 is replaced with a straight portion 70, the seal 39 covering the opening 7 in the longitudinal direction 5 of the top surface 3 is optional. The seal 39 has a separable perforation 76 in the longitudinal direction 5.

[0090] To reuse the peeled and removed adhesive seal 39, it is torn into pieces 39a and 39b along perforations 76 extending in the longitudinal direction 5. When cutout lines 80 connecting symmetrical positions 83 and 86 on the bottom side with the top surface 3 and opening into a V-shape 87 extending in the longitudinal direction contact side A, side B is divided in a different direction. The cutout lines 80 connecting symmetrical positions 83 on the bottom side of left side 81 and symmetrical positions 86 on the bottom side of right side 84 open to the left and right, forming the V-shape 87. The cutout lines 80 on the left and right sides 81 and 84 open to the left and right, forming the V-shape 87. The cutout lines 80 are attached to the left and right sides 81 and 84, respectively, to fix the opened area around the fold line 79 on the bottom surface 88, which is aligned with the center line 31. The seal 39 does not reseal the access opening 7.

[0091] 6, 39a and 39b are provided to fix and maintain the V-shaped opening, and A-side assembly fastening portion 89 and B-side assembly fastening portion 90 are provided at symmetrical positions on either side of fold line 79, where the bottom surface 88 of box 1 of G is folded in two in the longitudinal direction 5, so that 89a and 90b are combined and fixed to form a V-shaped opening in the longitudinal direction 5 of top surface 3. Large and small openings 92 of V-shape 87 are obtained by combining multiple 89a and 90b.

[0092] F, which has a cutout line 80 for opening in Figure 6, is covered with a sticker 39 on the top surface 3, and when the sticker 39 that covers and adheres to the top surface 3 of the box 1 is peeled off before use, it is punched out and removed during the manufacturing process, and an access opening 7 with a finger hole 91 or finger holes 4 and 6 is revealed in the curved portion 8 of E in the longitudinal direction 5 along the center 31.

[0093] In particular, Figure 6 has a notch line 80 that opens depending on the use of disposables for in-hospital use. By dividing the sides A and B of the box 1, which sandwich the curved section 8 of E along the center 31, into a direction 77 in which side A opens outward and a direction in which side B opens outward, an opening 92 with a V-shape 87 can be created.

[0094] The box 1 is for enclosing medical miscellaneous items such as gauze, nonwoven fabric sheets, napkins, wipes, etc., and the top surface 3 of the box 1 is provided with a notch line 80 for opening punched in advance in the longitudinal direction 5, where the A surface 17 in the longitudinal direction 5 and the B surface 18 in the longitudinal direction 5 face each other.

[0095] The cutout line 80 for opening is characterized in that when the A surface 17 and the B surface 18 facing the top surface 3 are divided in different directions, an opening 92 with a V-shape 87 extending in the longitudinal direction 5 is formed.

[0096] The finger holes may be provided at finger hole 91 on line 61 located in the center or at two finger holes 4, 6 located at any distance symmetrically on either side. The finger holes 4, 6 may be located at any distance symmetrically on either side of finger hole 91 on line 61 located in the center. Preferably, the finger holes 4, 6 are located at any distance symmetrically on either side, allowing the medical instrument to be picked up and quickly removed with the tips of forceps or fingers. However, when finger holes 4, 91, 6 are located on the cutout line 80 to be opened, a seal 39 is required to cover the removal opening 7 because the finger holes are punched out and removed in advance during the box-making process.

[0097] It is preferable to use a cutout line 80 that opens continuously so that paper dust is not generated by the cutout line of the box 1.

[0098] The sheets are sanitary paper for care, medical supplies, household paper, etc., for cosmetic use, care, or body wiping. Sterilizable products include medical supplies such as gauze, nonwoven sheets, napkins, and wipes, and sanitary paper such as dry tissue paper, wipes for cosmetic use, cotton puffs for cosmetic supplies, wipes for care, tissue paper, body wipe paper, tissue paper, kitchen paper, and toilet paper (hereinafter referred to as "sheets").

[0099] Figure 8 shows a tissue box without a stepped portion, which is comparable to the present invention. The box has external dimensions of 230 mm in the longitudinal direction 5 from the left end 33 to the right end 34, 115 mm in the front-to-back direction of the depth 35, and 50 mm in the height direction 36 from bottom to top. The top surface 37 has a dispensing opening 38 that is 180 mm in the longitudinal direction 5.

[0100] The product specifications of the existing tissue box are that the tissue paper 14 has household product quality label dimensions of 197mm length x 217mm width and the number of sheets is 300 sheets (150 packs).

[0101] The size of the take-out opening 38 of the top surface 37 is 45 mm in depth 35 x 180 mm in length, and an inner resin is placed on the inside of the box to cover the take-out opening 38 of the top surface 37 from the inside. The sheet 56 is provided in the longitudinal direction 5 .

[0102] The ready-made resin sheet 56 has a notch line 40 in the longitudinal direction 5 for taking out the tissue paper 14, and the four sides of the resin sheet 56, which are 70 mm in depth 35 and 210 mm in the longitudinal direction, are attached with stickers.

[0103] FIG. 9 shows a flow chart 10 of the manufacturing process of the present invention, in which the outlet 7 is cut at the curved portion 8 of FIG. E. The opening 7 has a cut line 9, and then a seal 39 having a transparent adhesive 13 is adhered and stuck on. Alternatively, the opening 7 can have a cut line 9 as shown by the dotted line in FIG. F.

[0104] The box is preferably made from a single piece of coated cardboard, with a cutter to open it. It is desirable to avoid multiple specifications in which the court ball overlaps the side surfaces 81 and 84 and the top surface 3 where the notch line 80 is provided.

[0105] The creases 27 and 28 refer to the machine process of making creases that allow easy folding to provide corners that are not easily bent when the cardboard is made into a box by the carton making machine.

[0106] Although the seal 39 and the notch line 80 of the present invention are set in the longitudinal direction 5 along the longitudinal side 57 of the opening 7, the product specifications may also set them in the short direction (depth direction). The design is optional.

[0107] When opening the present invention, the seal 39 on the top surface 3 is inevitably peeled off and removed, and since the seal 39 is removed and waste is sorted in advance, the intention of the local government is displayed on the box, which contributes to the prevention of environmental pollution from incineration, the promotion of recycling, and the sustainability of lifestyles such as waste sorting.

[0108] The wavy protrusions 23, 24 that make up the dispensing opening 7 of the present invention are provided with a curved shape 47 at the notch line 9 of E in Fig. 3, so that the tissue paper 14 is prevented from being torn even if it is pulled up and taken out quickly.

[0109] The product specifications of the present invention, in which the paper tissues 14 do not fall into the bottom 48 of the box, are achieved by the configuration of the step 32 of the projections 23, 24 that face each other and fit together at the dispensing opening 7, and by the resistance of the step 23 against the paper tissues 14 that pass between the step 20 and the step 23. Furthermore, the finger holes 4, 6 are shaped to reach the bottom 48, so that the paper tissues can be quickly picked up and set.

[0110] The shape or size of the finger holes 4, 91, 6 in the outlet 7 is such that the tip of a forceps or the tips of the thumb and index finger of a medical instrument for grasping (hereinafter referred to as the "instrument") usable in hospital medicine can easily enter and reach the bottom 48 of the box, and the shape of the finger holes containing the instrument may be polygonal, circular, or elliptical, with an elliptical shape being preferred, as it allows the instrument to be inserted smoothly without touching the periphery of the finger holes 4, 91, 6 and facilitates grasping. Furthermore, the outlet 7 defines a uniform width 40 extending in the longitudinal direction 5 and a vertical width 58 of the finger holes 4, 91, 6, and the uniform width 40 is smaller than the vertical width 58 of the finger holes 4, 91, 6.

[0111] The material and basis weight of the nonwoven fabric sheet can be selected from natural materials, chemical fibers, or mixed fibers, for example, 10 (g / mm2) to 200 (g / mm2), and the manufacturing method and basis weight of the nonwoven fabric sheet can be selected arbitrarily. A nonwoven fabric sheet made by the spunlace manufacturing method is preferred.

[0112] Current tissue paper or kitchen paper is mainly made from pulp materials (coniferous, broadleaf). For example, tissue paper has a weight of 25g when it is two plies.

[0113] The nonwoven fabric sheet made of natural materials is made of natural fibers such as cotton, Tencel, Lyocell, etc. Furthermore, it may be natural fibers that have been kneaded with or coated with charcoal, which has excellent absorbency.

[0114] The nonwoven fabric sheet made of chemical fibers is made of chemical fibers such as rayon, polyester phthalate, polypropylene, and polyethylene.

[0115] Sanitary paper can be either dry or wet, and can be impregnated with moisturizing ingredients, fragrances, oils, etc., based on the standards of cosmetic raw materials, by spraying or transferring them, to achieve effects on the human body. In addition, it can also be used as an object for sterilizing and cleaning miscellaneous raw materials. [Explanation of symbols]

[0116] 1 box 2. Laminate 3 Top 4 Left finger hole 5 Longitudinal direction 6 Right finger hole 7. Removal port 8 Curved section 9 Cutout lines 10 Process flow 11 Opening area 12 Knob 13 Adhesive 14 tissue paper 15 Area enclosed by cut line 9 16 Flat protrusion shape (A) 17 Side A 18 B side 19 Flat protrusion shape (B) 20 minutes 21 longitudinal front 22 longitudinal rear 23 Tip of protrusion 16 24 Tip of protrusion 19 25 Surface 26 Back side 27 Folding line on side A 28 B-side fold line 29 Upper 30 Downward 31 Center 32 Step 33 Left end 34 Right end 35 Existing Depth 36 Existing height 37 Existing surface 38 Already taken out port 39 Seals 40 constant width 41 Left short part 42 Right short part 43 Depth 44 Horizontal 45 height 46 Curved Shape 47 Wave Curve Shape 48 Bottom 49 Planar body 50 Intersecting upper left tangent point 51 Intersecting upper right junction 52 Intersecting lower right tangent point 53 Intersecting lower left junction 54 Pop-up method 55 Move upwards along the crease line 28 56 Inner resin sheet 57 Longitudinal Side 58 vertical width 59 Near the left end 60 Near the right end 61 Positioning Line 62 Central part 63 Directly above 64 Left part 65 Right part 66 Internal 67 External 68 Knob 69 Wavy 70 Straight section 71 Straight line on side A 72 Straight line on side B 73 Front side 74 Back side 75 Adhesive part 76 perforations 77 A-side opening direction 78 B-side opening direction 79 Bottom fold line 80 Cutout line for opening 81 left side 82 Bottom edge of left side 83 Symmetrical position of the bottom edge 84 Right side 85 Bottom edge of right side 86 Symmetrical position of the bottom edge 87 V-shape 88 bottom 89 A-side fastening 90 B side fastening 91 Center finger hole 92 Opening 93 A-side 17 parts volume 94 B side 18 parts volume

Claims

1. A box made of paperboard enclosing a laminate of sanitary paper, The top surface of the box, which is made of the cardboard and extends in the longitudinal direction, has an opening formed in the cardboard that has been punched out along a solid notch line and already removed in advance for removing the sanitary paper; a seal having an adhesive on a surface in contact with the top surface, the seal being capable of covering the entirety of the outlet; The adhesive on the seal and the top surface is on a surface that contacts the top surface and is excluded from an area that contacts the opening, the top surface has the outlet sandwiched in the longitudinal direction between the longitudinal surface A and the longitudinal surface B, the outlet has a certain width when an A curved portion of the top surface, which is made up of a plurality of peaks and valleys on the A surface, and a B curved portion of the top surface, which is made up of a plurality of peaks and valleys on the B surface, face each other and fit together, The top surface has a center and a region opening in the paperboard, the region having a left finger hole and a right finger hole located at both ends of the A curved portion and the B curved portion extending in the longitudinal direction, Furthermore, the A curved portion consisting of a plurality of peaks and valleys on the A surface, the B curved portion consisting of a plurality of peaks and valleys on the B surface, the left finger hole, and the right finger hole all intersect with the center, a vertical width of the curved portion is configured to be smaller than a vertical width of the left finger hole and the right finger hole, the vertical width and horizontal width of the seal are wider than the vertical width between the left finger hole and the right finger hole and the horizontal width from the left finger hole to the right finger hole, When the seal is peeled off and removed from the top surface during use, the entire periphery of the opening area is punched out and removed along the continuous solid cutout line. A box characterized in that the open area appears.

2. 2. The box of claim 1, wherein the adhesive comprises a heat seal, a hot melt, a glue, an acrylic adhesive, a silicone adhesive, a urethane adhesive, or a rubber adhesive.

3. 2. The box of claim 1, wherein said left and right finger holes are replaced by finger holes located on a center line.

4. A box as described in claims 1 to 3, wherein surfaces A and B facing each other across the access opening on the top surface have a fold line extending linearly in the longitudinal direction of the top surface, and the portion adjacent to the access opening can be folded upward or downward around the fold line.

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