KR101847851B1

KR101847851B1 - Wet Tissue Stacked structure

Info

Publication number: KR101847851B1
Application number: KR1020160053431A
Authority: KR
Inventors: 이시홍; 권용기
Original assignee: 이시홍; 권용기
Priority date: 2016-04-29
Filing date: 2016-04-29
Publication date: 2018-04-11
Also published as: WO2017188776A1; KR20170123535A

Abstract

The present invention relates to a wet tissue lamination structure, and more particularly, to a wet tissue stacking structure in which wet wipes are sequentially stacked by overlapping the wipes, And the subsequent wet tissue is exposed to the outside of the case so as to prevent moisture from drying out and to allow continuous drawing while maintaining moisture to the last wet tissue.
To this end, the wet tissue is formed so as to have an engaging portion formed by the drawn surface and the annular surface, a bottom portion formed by the bottom surface, and a self layered portion folded upward in the upward direction at the outer edge of the bottom surface, The wet tissue pull-out faces of the other groups are fitted to the wet tissue engaging portions so as to be overlapped with each other by overlapping with the annular face width.

Description

{Wet Tissue Stacked structure}

The present invention relates to a wet tissue lamination structure, and more particularly, to a wet tissue stacking structure in which wet wipes are sequentially stacked by overlapping the wipes, And the subsequent wet tissue is exposed to the outside of the case so as to prevent moisture from drying out and to allow continuous drawing while maintaining moisture to the last wet tissue.

Generally, as shown in Figs. 1 and 2, a plurality of tissues are stored in the case 10 in a stacked state in the up-and-down direction, The user can take out the tissues 20 one by one through the outlet 11 formed on the upper surface of the case 10. [

When the upper side tissue 20 is pulled toward the upper side of the outflow opening 11 by folding the tissue 20 in three stages and the lower side tissue 20 is pulled together to easily pull out the lower side tissue 20 .

In detail, the tissue 20 includes a first extension portion 21, a second extension portion 22 extending inward from an outer end of the first extension portion 21, And a third extending portion 23 extending outward from the inner end of the first end portion 22, and are arranged to face each other in the zigzag direction.

The lower tissue 20 is inserted between the first and second extended portions 21 and 22 of the upper tissue 20 arranged so that the first extended portion 21 faces.

The width of the first extended portion 21 is 100 mm, and the width of the second extended portion 22 and the third extended portion 23 is about 50 mm. .

Meanwhile, in the case of a wet tissue widely used recently, a lid 12 for sealing the outlet 11 is provided in the case 10, and after the tissue 20 is pulled out and pulled out, the lid 12 is covered So that the stored tissue 20 does not dry.

When the wet tissue is pulled out from the outlet, the successive subsequent wet tissues are pulled by the adhesive force and the adhesive force of material at the portion overlapping with the drawn wet tissue.

As a result, the successive subsequent wipes are pulled out from the wet tissue outlet by an amount corresponding to the overlap length of the preceding wet tissue.

The first extended portion 21 of the lower tissue 20 overlaps the upper surface of the second extended portion 22 of the upper tissue 20 by about 50 mm and the upper tissue 20 The first extended portion 21 of the lower tissue 20 extends to the upper side of the outflow opening 11 by about 50 mm when pulled out to the upper side of the outflow opening 11. [

The first extension 21 of the tissue 20 is unnecessarily extended to the upper side of the outlet 11 and the tissue 12 extending upward from the outlet 11 when the lid 12 is closed The first extension portion 21 of the first and second elastic members 20 and 20 may become stiff.

In addition, there is a problem that moisture is dried through the first extended portion 21 of the exposed tissue 20.

The width of the first extended portion 21 exposed to the outside is shortened so that the first extended portion 21 of the lower tissue 20 is positioned on the upper surface of the second extended portion 22 of the upper tissue 20 The width of the entirety of the tissue 20 is determined to be constant. When the length of the first extension 21 is shortened, the first extension 21 may be shortened, The length of the second and third extension portions 22 and 23 becomes longer as a result of shortening the width of the second and third extension portions 22 and 23. As a result, .

In addition, when the upper tissue 20 is taken out and the subsequent lower tissue 20 is taken out, the overlapped portion is small, so that the upper tissue 20 may be pulled out from the inside of the case.

In addition, when the user pulls the upper tissue 20 and leaves the lid 12 open, the first extended portion 21 of the lower tissue 20 has a problem that the portion exposed to the outside is rapidly dried And thereafter, there is a problem that the original purpose of the wet tissue can not be achieved when it is used.

This problem occurs when the user uses the wet tissue, and the wetted wet tissue is dried faster as it reaches the last layered tissue, resulting in a problem that the function as the wet tissue is lost.

Accordingly, there is a need to develop a wet tissue lamination structure in which subsequent wipes are minimally exposed to the outside, and moisture is prevented from drying to facilitate continuous withdrawal to the last wet tissue.

Korean Patent No. 10-0363640, Korean Patent Publication No. 10-2008-0107234,

SUMMARY OF THE INVENTION It is an object of the present invention to provide a wet tissue laminate structure which is configured to be capable of continuous withdrawal to a last wet tissue when the wet tissue is taken out of the case.

Secondly, it is an object of the present invention to provide a wet tissue laminate structure which is configured such that a certain portion of the wet tissue is always exposed to the outside of the case, thereby enhancing convenience in use.

Thirdly, it is possible to provide a wet tissue having a thickness that corresponds to the thickness of the overlapping layer by stacking the regions to be stacked, and to prevent the entire width of the wet tissue from being widened while maintaining the flatness of the entire wet tissue stacked in the case So as to provide a laminated structure.

Fourthly, it is an object of the present invention to provide a wet tissue laminate structure which is configured to prevent moisture from being wet by the minimum portion exposed to the outside of the wet tissue case, and to maintain the moisture to the last wet tissue inside the case.

In order to achieve the above object, a wet tissue laminate structure according to the present invention is characterized in that a first group formed on the inner left side of the case and a second group of wet tissue formed on the right side are partially overlapped and alternately stacked.

To this end, the wet tissue includes: a drawing surface having a length; an engaging portion formed by a ring surface folded downward from the outer end of the drawing surface and extending inward; A bottom formed by a bottom surface extending outwardly from the outer end of the annular surface folded downward; The surfaces excluding the engaging portion and the bottom portion are formed so as to have a folded self layered portion folded upward at the outer end of the bottom surface in an upward direction.

A first region of the wet tissue engagement portion of the first group is overlapped with the wet tissue pull-out face of the second group so as to overlap and overlap the ring tissue of the second group, and a second region of the wet tissue engagement portion of the second- And a second region that is adjacent to the first region and is stacked adjacent to the first region.

Preferably, the self layer portion is folded into four stages including the bottom surface and has the same thickness as the thickness of the engaging portion and the bottom portion which are engaged so that the wet tissue drawing surfaces of the other groups overlap.

The self-layered portion of the wet tissue includes a first laminated surface folded upwardly at the outer end of the bottom surface and extending inwardly, a second laminated surface folded upward outward at the outer end of the first laminated surface, And a third laminated surface folded upward or downward at the outer end of the second laminated surface and extending inward.

On the other hand, the length obtained by adding the width of the annular surface and the width of the first laminated surface has the same length as the width of the bottom surface.

The width of the annular surface and the width of the first laminated surface have the same length.

The width of the drawing surface is larger than the width of the ring surface.

Preferably, the width of the annular surface is 10 to 20 mm.

As described above, the wet tissue lamination structure according to the present invention has the effect of increasing the ease of use because firstly, a part of the wet tissue pull-out face of the second group is stacked on the wet tissue engaging portion of the first group, .

Secondly, when the wet tissue is taken out of the case, the wet tissue portion which is constantly followed is exposed to the outside of the case, thereby enhancing the usability of the user and enhancing convenience in use of the wet tissue itself.

Third, when the first group of wet tissues are stacked on the left side of the case and the second group of wet tissues are stacked on the right side, the overlapped region for the drawing is divided into the first region and the second region, It is possible to prevent the width of the stacked wet tissue from becoming wider with a minimum thickness while maintaining the flatness of the entire wet tissue stacked on the case.

Fourth, since the minimum portion is exposed to the outside of the wet tissue case, moisture of the wet tissue itself can be prevented and the wet tissue can be maintained to the last wet tissue inside the case.

1 and 2 are views showing a wet tissue lamination structure according to the prior art.
FIG. 3 is a schematic view showing the interior of a wet tissue case to which the wet tissue laminate structure of the present invention is applied.
4 (a) and 4 (b) are views showing a wet tissue according to the wet tissue laminate structure of the present invention.
5 is a perspective view showing a single sheet of wet tissue having a folding line formed according to the wet tissue lamination structure of the present invention.
6 (a), 6 (b), and 6 (c) illustrate a process of pulling a wet tissue from a stacked wet tissue case according to the wet tissue lamination structure of the present invention.

Hereinafter, preferred embodiments of the wet tissue lamination structure according to the present invention will be described in detail with reference to the accompanying drawings.

In describing the present invention, the direction toward the inside of the case in which the wet tissues are stacked is referred to as the inside or the inside direction, and the direction toward the outside is referred to as the outside or outside direction.

4 (a) and 4 (b) are views showing a wet tissue according to the wet tissue lamination structure of the present invention, and FIG. 5 is a cross-sectional view of the wet tissue laminate structure according to the present invention. 1 is a perspective view illustrating a single sheet of wet tissue having a folding line according to the wet tissue lamination structure of the present invention.

6 (a), (b) and (c) illustrate a process of pulling out the wet tissue from the wet tissue case stacked according to the wet tissue lamination structure of the present invention.

As shown in the drawing, the wet tissue lamination structure according to the present invention includes a first group (TL) of wet tissue 100 stacked on a wet tissue case 1 having an internal space of a predetermined size, and a second group TR of the wet tissue 100 '.

At this time, it is preferable that the overlapping portion has a width such that the user can hold the wet tissue 100 by hand.

To this end, the wet tissue laminate structure according to the present invention comprises a wet tissue of the first group TL on the inner left side of the wet tissue case 1 and a wet tissue of the second group TR on the inner right side of the case, The wet tissue of the second group TR partially overlaps with the wet tissue of the first group TL and can be alternately stacked.

3 and 4 (a) and (b), the wet tissue 100 of the first group TL and the wet tissue 100 'of the second group TR are separated from the wet tissue 100' And a folded portion 100a formed by the folded surface 110 and the annular surface 120 formed by folding the drawn surface 110. The folded portion 100a has a folded folded portion 100c and folded folded folded portions 100c.

The wet tissue 100 of the first group TL and the wet tissue 100 'of the second group TR are alternately stacked inside the case 1. At this time, the wet tissue 100 of the first group TL and the wet tissue 100' The wet tissue 100 'of the second group TR is stacked on the first region A while a part of the wet tissue 100' of the second group TR overlaps and engages with the engaging portion 100a. A part of the drawing surface 110 of the wet tissue 100 of the first group TL is overlapped with the engaging part 100a and is stacked on the second area B.

Preferably, the overlapping leading surface 110 is configured to be drawn out to the outside as long as it contacts the annular surface 120 of the engaging portion 100a.

Accordingly, when the user takes out the wipes 100 positioned before the user to the outside of the case 1, the subsequent wet wipes 100 'that are continuously stacked are drawn out together with the portions contacting the annular surface 120, And is surely protruded from the outlet 2 and exposed.

More specifically, referring again to FIG. 4, the wet tissue 100 and 100 'stacked in the first and second groups have an engaging portion 100a, a bottom portion 100b and a self layered portion 100c .

The engaging portion 100a includes a lead surface 110 having a length and a ring surface 120 folded downward from the outer end of the lead surface 110 and extending inward.

The bottom portion 100b is formed by a bottom surface 130 folded downward from the outer end of the annular surface 120 and extending outward.

In addition, the self layered portion 100c is formed by folding and folding the surface of the bottom surface 130 except for the engaging portion 100a and the bottom portion 100b in an upward direction at an outer end of the bottom surface 130 in an upward direction.

The wet tissue formed in this way is formed by stacking the wet tissue drawing surface 110 of the second group TR in the wet tissue engaging portion 100a of the first group TL so that the wet tissue drawing surface 110 is overlapped by the width of the ring surface 120, And the wet tissue drawing face 100 of the first group TL is fitted into the wet tissue engaging portion 100a of the second group TR so as to be overlapped with each other by the width of the ring face 120, And a second region (B) stacked adjacent to the first region (A).

Accordingly, when the preceding wet tissue is pulled out, a portion of the following wet tissue that is in contact with the ring surface 120 of the leading wet tissue is drawn out to the outside.

3, when the wet tissues 100 and 100 'are stacked in the case 1, the leading surface 110 of the wet tissue that follows the engaging portion 100a of the preceding wet tissue is inserted and overlapped The thickness of the wet tissue of the first area A and the second area B is inevitable.

Therefore, when the wet tissues 100 and 100 'are laminated in this state, the thickness of the outer region of the entire wet tissue and the thickness of the first region A and the second region B must be different from each other.

Therefore, the wet tissue layer thicknesses of the overlapped first region A and the overlapped second region B are corrected and the wet tissue 100 'of the first group TL and the wet tissue 100' of the second group TR are stable The wet tissue 100, 100 'has its own folded folded layer 100c so that the wet tissue 100, 100' can be stacked.

Preferably, the self layered portion 100c of the wet tissue 100 or 100 'has a thickness equal to the thickness of the engaging portion 100a and the bottom portion 100b.

More specifically, the self-layered portion 100b may be folded and stacked in four stages including the bottom surface 130. FIG.

Accordingly, the entirety of the wet tissue inside the case 1 is laminated with a minimum thickness while maintaining a flat surface, thereby preventing the entire wet tissue from being widened.

4 (a), 5 (b) and 5, the wipes 100 and 100 'having a folding line according to the wet tissue lamination structure of the present invention will be described in more detail as follows.

The wipes applied to the wet tissue laminate structure of the present invention are folded so that each sheet is folded to be stacked on the first group TL and the second group TR to form the engaging portion 100a and the bottom portion 100b, (100c).

More specifically, the wet tissue 100 includes a leading surface 110 having a predetermined length and a foldable line 101 extending downward from an outer end of the leading surface 110, And has an annular surface 120 extending inwardly folded along the inner surface thereof.

The outgoing surface 110 and the annular surface 120 overlap each other to form the engaging portion 100a.

A bottom surface 130, which is folded along the first bottom line 102 downward from the outer end of the annular surface 120 and extends outwardly, forms a bottom portion 100b.

A first laminated surface 140 extending inwardly from the outer end of the bottom surface 130 so as to be folded along the bottom two lines 103 and a second laminated surface 140 extending inward from the outer end of the first laminated surface 140, A second laminated surface 150 folded along the laminated first line 104 in the direction of the first laminated surface 150 and a second laminated surface 150 folded along the laminated two lines 105 upward at the outer end of the second laminated surface 150, Thereby forming an extended third lamination surface 160.

The first laminating surface 140, the second laminating surface 150, and the third laminating surface 160 form a self layering 100c.

4 (b), the third stacking surface 160 may be folded along the second stacking line 105 in the downward direction from the outer end of the second stacking surface 150, if necessary, As shown in FIG.

3, each of the single sheet of wet tissues 100 and 100 'configured as described above is stacked on the wet tissue case 1 in order. Referring again to FIG. 3, the wet tissue 100' (110) of the wet tissue (100 ') of the second group (TR) are overlapped to be positioned in the first region (A).

A part of the wet tissue 100 outflow surface 110 of the first group TL is engaged with the wet tissue 100 'of the second group TR so as to overlap with the second area B, .

At this time, the first region A and the second region B have the same thickness and are positioned adjacent to each other at the center portion of the wet tissue case 1. [

The case 1 having the wet tissue stacked according to the present invention according to the laminated structure of the wet tissues 100 and 100 'has a structure in which the wet tissues 100 and 100, which are stacked and meshed with the first region A and the second region B, The user can easily take the wet tissue through the extraction opening 2 and take it out to the outside.

In the meantime, since a part of the wet tissue drawing-out face 110 of the other group is overlapped on the wringing portion 100a of the wet tissue in such a manner that the overlapping portion of the wet tissue drawing face 110 overlaps the ringing face 120, (110) can be easily and continuously drawn out while being sandwiched between the engaging portions (100a) of the preceding wet tissue.

Therefore, when the user takes out the wet tissue 100 out of the case 1, the user can easily take the wet tissue 100 'out of the wet tissue 100' ) Portion is exposed to the outside of the case, thereby increasing the usability of the user.

The width d of the bottom surface 130 of the wet tissues 100 and 100 'applied to the wet tissue laminate structure of the present invention is preferably greater than the width d of the bottom surface 130, Is formed to have the same length as the length (e) of the annular surface 120 plus the width (c) of the first laminated surface 140.

The width e of the annular surface 120 and the width c of the first laminated surface 140 have the same length so that they can be stably stacked on the case 1 as required .

The width f of the leading surface 110 is formed to be larger than the width e of the annular surface 120 so that when the leading end of the wet tissue is pulled out, So that it can be drawn out by the width of the surface 120.

On the other hand, when the total width of the wet tissue is 200 mm, the width e of the ring surface is preferably 10 to 20 mm.

A part of the drawing surface 110 of the next drawn-out wet tissue having the same width as the width (e) of the ring surface 120 of the wet tissue to be drawn-out is drawn out of the case 1. When the user holds the wet tissue The leading edge of the leading end of the leading end of the leading end of the leading end of the leading end of the leading end of the leading end portion of the wet tissue 100a So that the subsequent withdrawal of the wet tissue may be difficult.

If the width of the annular surface 120 is more than 20 mm, the length of the annular surface 120 may be long, so that there is a fear that the moisture of the surface of the annular surface 120 may progress rapidly due to the exposed portion. When the lid 3 is closed with the case 1, the wet tissue extending upward from the outlet 2 may become unstable.

The use of the above-described wipes 100 and 100 'taken out of the wet tissue case 1 will be described with reference to FIGS. 6 (a), 6 (b) and 6 (c).

6A, the user opens the lid 3 of the case 1 to use the wet tissue 100 and holds the single wet tissue 100 through the extraction opening 2, .

At this time, the leading surface 110 of the following wet tissue 100 ', which is overlapped by the width of the annular surface 120 and overlapped with the engagement portion 100a of the preceding wet tissue 100, is formed by the water- The wipes 100 are pulled out together with the wipes 100 attached thereto.

6 (b), when a portion of the non-overlapping leading surface 110 of the subsequent wet tissue 100 'is caught by the outlet 2 of the case 1 and receives a resistance, as shown in FIG. 6 (c) A portion of the wetted wipes 100 that precedes the wetted wipes 100 is loosened and the wiped wet tissue 100 that follows is drawn out to the outside of the case 1 and the wiped wet tissue 100 '

As a result, the leading surface 110 of the subsequent wet tissue 100 'is exposed to the outside of the outflow port 2 by the width of the annular surface 120 of the engaging portion 100a of the preceding wet tissue 100, The user can use the wet tissue effectively by pulling the exposed leading surface 110 by hand when using the wet tissue.

The wet wipes that are continuously stacked can be easily drawn out and used by the user through the above-described process.

In this way, only the minimum portion of the wet tissue is exposed to the outside of the wet tissue case, thereby preventing the wet tissue from being wet by the exposed portion, maintaining the moisture to the last wet tissue inside the case, and continuously withdrawing the wet tissue.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. It is not.

100, 100 ': wet tissue 100a:
100b: bottom part 100c:
110: leading-out surface 120:
130: bottom surface 140: first laminated surface
150: second laminated surface 160: third laminated surface
TL: Group 1 TR: Group 2
A: first region B: second region
1: Case 2: Outlet
3: Cover

Claims

In a wet tissue laminate structure in which a first group TL formed on the inner left side of the case 1 and a wet tissue 100 of the second group TR formed on the right side are partially overlapped and alternately stacked,
The wet tissue 100 may include:
An engaging portion 100a formed by an annular surface 120 folded downward and extending inwardly from an outer end of the drawing surface 110; A bottom part (100b) formed by a bottom surface (130) extending outwardly from the outer end of the annular surface (120) in a downward direction; A surface except for the engaging portion 100a and the bottom portion 100b is formed to have a folded self layered portion 100c folded upward at an outer end of the bottom surface 130 in an upward direction;
A first region A where the wet tissue drawing face 110 of the second group TR is fitted and stacked so as to be overlapped by the width of the ring face 120 in the wet tissue engaging portion 100a of the first group TL, The wet tissue pull-out surface 100 of the first group TL is engaged with the first wet tissue 100a of the second group TR so that the wet tissue draw-out surface 100 is overlapped by the width of the annular surface 120, A second region (B) adjacent to the first region (B);
The self layered portion 100c is folded into four stages including the bottom surface 130 and the same thickness as that of the engaging portion 100a and the bottom portion 100b which are engaged so that the wet tissue drawing- And the thickness of the wet tissue laminate structure.

delete

In a wet tissue laminate structure in which a first group TL formed on the inner left side of the case 1 and a wet tissue 100 of the second group TR formed on the right side are partially overlapped and alternately stacked,
The wet tissue 100 may include:
An engaging portion 100a formed by an annular surface 120 folded downward and extending inwardly from an outer end of the drawing surface 110; A bottom part (100b) formed by a bottom surface (130) extending outwardly from the outer end of the annular surface (120) in a downward direction; A surface except for the engaging portion 100a and the bottom portion 100b is formed to have a folded self layered portion 100c folded upward at an outer end of the bottom surface 130 in an upward direction;
A first region A and a second region A are formed in the wet tissue engaging portion 100a of the first group TL so that the wet tissue drawing surface 110 of the second group TR is sandwiched and overlapped by the width of the ring surface 120, The wet tissue pull-out surface 100 of the first group TL is engaged with the first wet tissue 100a of the second group TR so that the wet tissue draw-out surface 100 is overlapped by the width of the annular surface 120, A second region (B) adjacent to the first region (B);
The self-layered portion 100c includes:
A first stacking surface 140 folded upwardly at an outer end of the bottom surface 130 and extending inwardly and a second stacking surface 140 folded upward outward at an outer end of the first stacking surface 140, And a third laminate surface (160) folded upward or downward at an outer end of the second laminate surface (150) and extending inward.

The method of claim 3,
Wherein the length of the annular surface 120 plus the width c of the first laminate surface 140 is the same as the width d of the bottom surface 130. [ Laminated structure.

The method of claim 3,
Wherein the width (e) of the annular surface (120) and the width (c) of the first laminated surface (140) are the same.

The method according to claim 1 or 3,
Wherein the width (f) of the drawing surface (110) is greater than the width (e) of the annular surface (120).

The method according to claim 6,
Wherein a width (e) of the annular surface (120) is 10 to 20 mm.