CN105189307A

CN105189307A - Wet tissue packaging body

Info

Publication number: CN105189307A
Application number: CN201380045069.XA
Authority: CN
Inventors: 山田菊夫
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-03-14
Filing date: 2013-03-14
Publication date: 2015-12-23
Anticipated expiration: 2033-03-14
Also published as: EP2974980A4; US20160022098A1; WO2014142091A1; JPWO2014141494A1; CA2908687A1; EP2974979A1; JPWO2014141320A1; CA2905287A1; CA2899397A1; CN105189307B; MX2015010303A; EP2974982A4; EP2974980A1; MX2015012498A; JP6189931B2; BR112015020803A2; WO2014141320A1; US20150368026A1; US20160000278A1; WO2014141494A1

Abstract

Provided is a wet tissue packaging body that makes it possible to reliably close a lid and limit the progression of drying of wet tissues even when the bulk of a stacked body of wet tissues that is stored in a storage container is reduced, and that is capable of making it easier to pick up a tip section of a wet tissue and pull out the wet tissue. The wet tissue packaging body (1) is provided with a stacked body (6) of wet tissues comprising a plurality of wet tissues (7), a container structural body (3) within which the stacked body (6) of wet tissues can be stored and to which an extraction section (11) is provided that makes it possible to pull out a wet tissue (7) to the outside from an extraction port (12) through which the wet tissue (7) is capable of passing, and an openable lid (5) that is capable of blocking the extraction port (12) from the outside. The wet tissue packaging body (1) that is configured by storing the stacked body (6) of wet tissues in the container structural body (3) is provided with a resistance-imparting member (4) that forms a resistance-imparting section (13) that imparts resistance to a wet tissue (7) between the extraction section (11) and the stacked body (6) of wet tissues when the wet tissue (7) is pulled out from the extraction port (12). In addition, the wet tissue packaging body (1) is configured so that the resistance-imparting section (13) of the resistance-imparting member (4) moves toward the interior of the container structural body (3) in accordance with the amount by which the bulk of the stacked body (6) of wet tissues decreases as a result of a wet tissue (7) being pulled out from the extraction port (12).

Description

Moist wipe package

Technical field

The present invention relates to the moist wipe package be accommodated in by wet tissue duplexer in structure of container body.

Background technology

Moist wipe package forms by being accommodated in by the wet tissue duplexer of multiple wet tissues stacked in structure of container body.Wet tissue be regulation liquid etc. being infiltrated in knit sheet (websheet) etc. such thin slice (tissuesheet) and form containing wet thin slice, this wet tissue is incorporated in structure of container body, maintaining the state of being soaked by liquid etc.Such wet tissue can as required by taking out from container structure at wiping hand, clearing up a messy situation to settle an impasse etc. is used in various uses so widely.

Structure of container body is configured to be possessed: accommodating container, and described accommodating container suitably uses the formation such as plastics, soft membraneous material; And extraction portion, described extraction portion is configured to have conveying end, and this conveying end externally takes out the wet tissue forming wet tissue duplexer.The conveying end of extraction portion is formed by with the structural portion of regulation shape by the assigned position opening of accommodating container.The wet tissue duplexer be incorporated in structure of container body is formed as follows, the wet tissue be namely removed in advance when wet tissue externally being taken out and bear friction drag with the wet tissue that this wet tissue continues in separation unit and be separated.Namely, in a lot of structure of container body, assigned position in extraction portion is provided with resistance applying unit, this resistance applying unit is used for applying resistance when a part for the wet tissue by forming wet tissue duplexer is extracted out to this wet tissue, when extracting wet tissue out, this wet tissue bears friction drag in resistance applying unit, thus make the wet tissue that is drawn out of in advance and the wet tissue that continues with this wet tissue separate section from.Like this, in moist wipe package, leading wet tissue is separated from wet tissue duplexer in separation unit and is extracted out by from container structure.Now, the top end part of the wet tissue of follow-up formation wet tissue continuum closes on conveying end, becomes the state of giving prominence to slightly towards the outside of accommodating container from resistance applying unit.And, upper once use time, by catching the outstanding part of follow-up wet tissue to extract out to the lateral direction of structure of container body, thus follow-up wet tissue can be extracted further out from wet tissue continuum.

In such moist wipe package, because the inside of structure of container body becomes non-air-tight state because of resistance applying unit and conveying end, therefore, not only the top end part outside resistance applying unit is projected into of wet tissue is easily dry, and wet tissue duplexer entirety is also easily dry.Therefore, at moist wipe package, being normally provided with on structure of container body can the lid (such as patent documentation 1,2) of airtight conveying end.

When utilizing lid to close conveying end, can effectively make structure of container body inside become air-tight state, effectively can prevent the volatilization of the liquid being infiltrated in wet tissue etc., this wet tissue forms the wet tissue duplexer be incorporated in structure of container body.

Prior art document

Patent documentation

Patent documentation 1: Japanese Unexamined Patent Publication 2004-196303 publication

Patent documentation 2: Japanese Unexamined Patent Publication 2010-173649 publication

Summary of the invention

the problem that invention will solve

In moist wipe package, if consume wet tissue, then the stacked number becoming the wet tissue duplexer in structure of container body reduces and the state of its volume reduction.So, the state that the interval between the surface becoming resistance applying unit and be in the wet tissue duplexer in structure of container body is widened.Extract wet tissue out further in this condition, wet tissue is easy to muddle through from resistance applying unit and easily cause be delayed the opportunity occurring to be separated in separation unit in this case.So, and be drawn out of the wet tissue that continues of wet tissue come and be easy to be formed the state that state, i.e. wet tissue outside resistance applying unit is exposed to largely excessively expose by extracting out redundantly.

When becoming the state that wet tissue excessively exposes from resistance applying unit like this, this wet tissue exposed largely can hinder lid closing conveying end.That is, lid can be hindered to seal in structure of container body, produce and cannot maintain the moisture state of wet tissue duplexer problem great like this.

Except such problem, if the stacked number of wet tissue duplexer reduces and interval between the surface of wet tissue duplexer and resistance applying unit is widened, then when as follows, namely separate section from and the top of staying the wet tissue of the side in structure of container body is in the state dropped in structure of container body, also can produce the operation that the top end part of picking up wet tissue outwards extracts out and become the problems such as difficulty.

When structure of container body is configured to the bag that formed by the membraneous material etc. by softness as accommodating container, it is generally acknowledged the interval coming between the surface of constriction wet tissue duplexer and resistance applying unit by flattening accommodating container self wittingly, thus suppress follow-up wet tissue to muddle through from resistance applying unit.But, when flattening accommodating container self, folding line can be produced on accommodating container, and accommodating container is easy to ftracture along folding line.And, even if accommodating container there occurs some cracking, the leakproofness of structure of container body also can be made to worsen significantly, likely make the dry acceleration of wet tissue on the contrary.

The object of the present invention is to provide such moist wipe package: even if the volume being incorporated in the wet tissue duplexer in structure of container body reduces, also reliably lid can be closed, the carrying out of wet tissue drying can be suppressed, and can easily pick up the top end part of wet tissue and extract wet tissue out.

for the scheme of dealing with problems

Purport of the present invention is,

(1) moist wipe package, it possesses:

Wet tissue duplexer, it is made up of multiple wet tissues;

Structure of container body, it can receive this wet tissue duplexer in inside, this structure of container body is provided with and wet tissue can be retracted to outside extraction portion from conveying end, and this conveying end can pass through for described wet tissue; And

Lid, it can freely be closed from outside and open described conveying end,

Make described moist wipe package by being accommodated in described structure of container body by described wet tissue duplexer, the feature of this moist wipe package is,

Between extraction portion and wet tissue duplexer, be provided with resistance apply component, this resistance applies component and is formed with the resistance applying unit when wet tissue is extracted out from conveying end, this wet tissue being applied to resistance,

This moist wipe package is configured to, the resistance applying unit that described resistance applies component according to by wet tissue by the decrease of the wet tissue duplexer volume reduction caused by extracting out from conveying end, the depth direction side to structure of container body is moved;

(2) moist wipe package according to described (1), wherein,

Described resistance applies component cantilever support in extraction portion,

The free end side part that this resistance applies component is applied in towards the power of the depth direction side of structure of container body;

(3) moist wipe package according to described (1), wherein,

Described resistance applies component and is in the state not being bearing in extraction portion;

(4) moist wipe package according to any one of described (1) ~ (3), wherein,

Described resistance applies component and is formed as the tabular possessing curve, and this curve convexly bends towards the depth direction side of described structure of container body, and the assigned position in this curve is formed with resistance applying unit.

In addition, the present invention also can be,

(5) moist wipe package according to described (2), wherein,

The free end that described resistance applying component is configured to resistance applying component is more soft than base end part;

(6) moist wipe package according to described (2), wherein,

Described resistance applies component and is made up of multiple resistance applying component formation sheet,

Applying component formation sheet from multiple resistance selects at least 1 group resistance the combination of two to apply component formation sheet, and during to overlook moist wipe package, two resistances apply the reciprocal mode cantilever support in the direction from base end side towards free end side of component formation sheet in extraction portion;

(7) moist wipe package according to described (2), wherein,

Described structure of container body possesses the accommodating container being formed with peristome and the mat material being formed with conveying end (Japanese: when て material), and the mode being positioned at the forming region of peristome with the conveying end when overlooking moist wipe package installs mat material on accommodating container

Resistance applies component cantilever support in mat material;

(8) moist wipe package according to any one of described (1) ~ (7), wherein,

Apply component is provided with rib to erect across the mode of resistance applying unit at described resistance.

the effect of invention

Adopt the present invention, such moist wipe package can be obtained: even if the volume being incorporated in the wet tissue duplexer in accommodating container reduces, also reliably can close lid and suppress the carrying out of wet tissue drying, and can easily pick up the top end part of wet tissue and extract wet tissue out.

Accompanying drawing explanation

Fig. 1 is the outline stereoscopic figure of the surface structure of the moist wipe package representing the 1st embodiment of the present invention.

Fig. 2 is that cross-sectional schematic indulged in the outline of the state of the A-A line section schematically shown in Fig. 1.

Fig. 3 A is shown schematically in select out when applying by mat material, resistance the structure division that component and lid form from moist wipe package, the outline stereoscopic schematic diagram of the surface structure of this structure division.Fig. 3 B is the outline stereoscopic schematic diagram that surface structure schematically showing the structure division be made up of mat material, resistance applying component and lid from lower face side observation obtains.

Fig. 4 A represents the instruction diagram of state taking out wet tissue from conveying end, and Fig. 4 B is the instruction diagram representing the state of having taken out wet tissue, and Fig. 4 C represents to utilize lid as the instruction diagram of the state of the lid of conveying end after having taken out wet tissue.

Fig. 5 is the instruction diagram representing the state of taking out wet tissue when the volume of wet tissue duplexer reduces from conveying end.

Fig. 6 A, Fig. 6 B all represent the example of the wet tissue duplexer that can be housed in moist wipe package, and are all figure of the example of the wet tissue duplexer representing monolithic type.

Fig. 7 represents the example of the wet tissue duplexer that can be housed in moist wipe package, and is the figure of the example of the wet tissue duplexer representing continuous type.

Fig. 8 selects out resistance to represent the figure of its surface structure with applying component and the property shown meaning from moist wipe package, and is represent that the wet tissue of the tip side being in wet tissue duplexer applies the resistance applying unit of component and the instruction diagram of situation that is drawn out of by resistance.

Fig. 9 is the instruction diagram of the example representing situation moist wipe package being erected use.

Figure 10 is the instruction diagram of another example representing situation moist wipe package being erected use.

Figure 11 is the instruction diagram for illustration of applying component is provided with the example of elastomeric situation at resistance.

Figure 12 is the figure selecting out resistance applying component and schematically show its surface structure from the moist wipe package of the 2nd embodiment.

Figure 13 is the figure for illustration of the state being provided with resistance applying component on the moist wipe package of the 2nd embodiment, and is the instruction diagram applying the state of component formation sheet for illustration of the resistance forming resistance applying component when the volume of wet tissue duplexer reduces.

Figure 14 is the instruction diagram for illustration of applying component is provided with the example of the situation of rib at resistance.

Figure 15 is the example for illustration of applying component is formed with the situation of curve at resistance, and is the instruction diagram of the example of situation about being formed for illustration of curve is bending in the two directions.

Figure 16 is the figure of the moist wipe package for illustration of the 3rd embodiment, is that cross-sectional schematic indulged in the outline schematically showing the elevation profile corresponding with Fig. 2.

Detailed description of the invention

1st embodiment

The structure that the 1st embodiment of moist wipe package 1 of the present invention is described is waited with reference to Fig. 1.

In this manual, as long as no special restriction, direction all around just represents direction shown below up and down.That is, the gravity direction of moist wipe package 1 is set to above-below direction.When conveying end 12 is configured moist wipe package 1 towards the side contrary with ground side, top will be set to from wet tissue duplexer 6 towards the direction of conveying end 12.In this case, the direction along the thickness direction of wet tissue duplexer 6 becomes above-below direction.And, when imagining following content, namely, above-below direction is observed the wet tissue duplexer 6 that is incorporated in moist wipe package 1 as direction of visual lines and loosened out gradually in the plane taking above-below direction as normal direction by wet tissue duplexer 6, and the direction that should become the bearing of trend of the sheet material formed along with loosening of wet tissue duplexer 6 is set to fore-and-aft direction.As shown in Figure 1, for moist wipe package 1, when imagining the xyz3 dimension space launched along mutually orthogonal x-axis, y-axis, z-axis, z-axis direction becomes the direction along above-below direction, and y-axis direction becomes the direction along fore-and-aft direction.And in this case, the direction suitable with x-axis direction becomes left and right directions.In addition, for moist wipe package 1, by the direction of the conveying end 12 away from structure of container body 3 and be set to depth direction towards the direction of the inside of structure of container body 3.Further, be represent the situation of observing downward moist wipe package 1 from top to overlooking of moist wipe package 1.

(moist wipe package 1)

The structure of container body 3 that moist wipe package 1 possesses wet tissue duplexer 6 and formed in the mode can receiving wet tissue duplexer 6 in inside, this moist wipe package 1 has the structure be accommodated in by wet tissue duplexer 6 in structure of container body 3.

(wet tissue duplexer 6)

As dotted line in Fig. 2 simply shown in, wet tissue duplexer 6 is structures of stacked multiple wet tissue 7.Wet tissue duplexer 6 both can have foldable structure, also the structure being rolled into web-like can be had, but in following this point, the mode with foldable structure is ideal, namely repeats to take out the operating process of wet tissue 7 not easily to produce in the structure of container body 3 of moist wipe package 1 to produce fold, state out of shape at wet tissue duplexer 6.

Wet tissue duplexer 6 comprises the wet tissue duplexer 6 of monolithic type and both wet tissue duplexers 6 of continuous type.The wet tissue duplexer 6 of monolithic type is formed in the following way, and namely separately independently the wet tissue 7,7,7 of monolithic is folded in the Z-shaped mode such as folding described later, and folded multiple wet tissues 7,7 contact with each other.The wet tissue duplexer 6 of continuous type is that wet tissue 7 utilizes indentation line (Japanese: ミシ Application order) etc. connect and form.

As shown in Figure 6, Figure 7, wet tissue duplexer 6 is formed with separation unit 10.When carrying out taking out the operation of wet tissue 7 from moist wipe package 1, to be separated and separated from each other in separation unit 10 by leading wet tissue 7 of releasing from conveying end 12 and the wet tissue 7 that continues with this wet tissue 7 in wet tissue duplexer 6.

Thus, the meaning that wet tissue 7 is separated from wet tissue duplexer 6 refers to: such as, when wet tissue duplexer 6 is configured to have following structure, namely separately independently suitably folded in the Z-shaped mode such as the folding described later and multiple wet tissue 7 of the wet tissue 7 of monolithic contacts with each other, in the part that multiple wet tissue 7,7 contacts with each other, a slice wet tissue 7 on top by peeling off from wet tissue duplexer 6 separately; When wet tissue 7 utilizes indentation line etc. to connect and forms wet tissue duplexer 6, wet tissue duplexer 6 is torn in the position of indentation line etc., thus the part becoming wet tissue 7 is separated from wet tissue duplexer 6.

(example of the wet tissue duplexer 6 of monolithic type)

As shown in Fig. 6 A, Fig. 6 B, wet tissue duplexer 6 can be configured to, and makes the independently wet tissue 7 of the foldable structure being folded into regulation overlap partly and form overlapping portion 10a.In this case, overlapping portion 10a becomes separation unit 10.Fig. 6 A represents the wet tissue duplexer 6 of the Z-shaped folded form of stacked wet tissue 7, wherein, this wet tissue 7 has and is referred to as Z-shaped folding foldable structure, this Z-shaped folding folding with zed shape forms, Fig. 6 B represents the wet tissue duplexer 6 of the alternately laminated wet tissue 7 with the foldable structure being referred to as W-fold and the WZ shape folded form with the wet tissue 7 being referred to as Z-shaped folding foldable structure, and described W-fold folds with letter w shape and forms.But Fig. 6 A, Fig. 6 B illustrate, the foldable structure of wet tissue 7 is not limited to described Z-shaped folding, W-fold.In addition, with regard to wet tissue duplexer 6, also can be the structure of the wet tissue 7 of stacked W-fold, also can be the structure that the wet tissue 7 of other foldable structures had except Z-shaped folding, W-fold is laminated, and, except the wet tissue duplexer 6 of WZ shape folded form, it can also be the structure etc. that multiple wet tissues 7 different for foldable structure are laminated.As long as wet tissue duplexer 6 can be configured to such structure by the foldable structure of wet tissue 7: when the wet tissue 7 that such as shown in Fig. 4 A ~ Fig. 4 C, pull-up is leading and the wet tissue 7 that continues of this wet tissue 7 be pulled up continuously successively, in wet tissue 7 leading as Fig. 4 B with when being separated with the wet tissue 7 that this wet tissue 7 continues, the top ends becoming follow-up wet tissue 7 as Fig. 4 C scurry out from resistance applying unit 13 described later state, namely eject state.

In fig. 6, wet tissue duplexer 6 consists of stacked Z-shaped folding wet tissue 7.In this wet tissue duplexer 6, make wet tissue 7a in the mode that the upper surface 7c subscribing the end side of the wet tissue 7a be drawn out of in advance and the lower surface 7d of the side, top of wet tissue 7b that continues with this wet tissue 7a is facing, 7b is superimposed with each other and forms overlapping portion 10a.When extracting wet tissue 7a out from the structure of container body 3 being accommodated with this wet tissue duplexer 6, the terminal of wet tissue 7a utilizes the top being in the friction force pull-up wet tissue 7b acted between wet tissue 7a, 7b at overlapping portion 10a, and the overlapping portion 10a of the end side of wet tissue 7a can move towards resistance applying unit 13.When the action of extracting wet tissue 7a out proceeds, overlapping portion 10a is about to by resistance applying unit 13.Now, overlapping portion 10a bears friction drag from resistance applying unit 13, thus makes superimposed the becoming between wet tissue 7a, 7b be easy to be removed.And when being extracted out to a certain degree at the top of wet tissue 7b by the outside to resistance applying unit 13 described later, the terminal of wet tissue 7a is separated with the top of next wet tissue 7b, overlapping portion 10a disappears.That is, the overlapping portion 10a becoming the intersection between the terminal of wet tissue 7a and the top of next wet tissue 7b becomes separation unit 10, and wet tissue 7a separates from the wet tissue duplexer 6 with next wet tissue 7b at this separation unit 10 place.

In fig. 6b, wet tissue duplexer 6 is by being folded into the wet tissue 7e of zed shape and to be folded into the wet tissue 7f of letter w shape alternately laminated and form.When Fig. 6 B, stacked wet tissue 7 as follows, namely, the lower surface 7h of the side, top of the wet tissue 7f of W-fold that makes the upper surface 7g of the end side subscribing the Z-shaped folding wet tissue 7e be drawn out of in advance and continue with this wet tissue 7e overlaps face to face and forms overlapping portion 10a.When extracting wet tissue 7e out from the structure of container body 3 being accommodated with this wet tissue duplexer 6, the terminal of wet tissue 7e utilizes the top being in the wet tissue 7f of the next W-fold of the friction force pull-up acted between wet tissue 7e, 7f at overlapping portion 10a, and the overlapping portion 10a of the end side of wet tissue 7e can move towards resistance applying unit 13.When the action of extracting wet tissue 7e out proceeds, overlapping portion 10a is about to by resistance applying unit 13.And when being extracted out to a certain degree at the top of wet tissue 7e by the outside to resistance applying unit 13 described later, the terminal of wet tissue 7e is separated with the top of next wet tissue 7f, overlapping portion 10a disappears.That is, the overlapping portion 10a becoming the intersection between the terminal of wet tissue 7e and the top of next wet tissue 7f becomes separation unit 10, and wet tissue 7e separates from the wet tissue duplexer 6 with next wet tissue 7f at this separation unit 10 place.In addition, next wet tissue 7f is extracted out by from wet tissue duplexer 6, now, wet tissue 7f, 7i can be disconnected from each other, wet tissue 7f and with same at the separation device at described separation unit 10 place also and between wet tissue 7e, 7f of the separation device between the wet tissue 7i that this wet tissue 7f continues.

(example of the wet tissue duplexer 6 of continuous type)

As shown in Figure 7, wet tissue duplexer 6 is formed in the following way, and namely, by rectangular thin slice 14 form multiple reflex part 8,9 to fold (Japanese: つづら rolls over) continuously in a zigzag, this thin slice 14 defines segmenting part 10b as separation unit 10.Rectangular thin slice 14 has the structure wet tissue 7,7 alongst formed a line successively locally be formed by connecting each other.Now, the mutual locally-attached structural portion of wet tissue 7,7 is equivalent to separation unit 10.In this case, separation unit 10 becomes the tensile force that acts on when extracting the top ends of wet tissue duplexer 6 out from container structure 3 and the separated part of wet tissue 7,7 under the effect of friction drag of bearing from resistance applying unit 13, is the part that wet tissue 7 is separated from wet tissue duplexer 6.Separation unit 10 does not limit shape, such as, both can be formed as impression wire, also can be shape in addition.

In addition, wet tissue duplexer 6 shown in the example of Fig. 7 is configured to, when observing wet tissue duplexer 6 along the vertical direction, separation unit 10 is positioned at the central authorities on the fore-and-aft direction of wet tissue duplexer 6, but this is an example, there is no particular limitation in the position of the separation unit 10 along the vertical direction when observation wet tissue duplexer 6, can suitably select.This wet tissue duplexer 6 is configured to, when using left and right directions as direction of visual lines observe wet tissue duplexer 6, the existing way of separation unit 10 becomes the layer that there is separation unit 10 and the layer not having separation unit 10 mode alternately, but this is also an example, there is no particular limitation for the existing way of the separation unit 10 when observing wet tissue duplexer 6 in left-right direction, can suitably select.

(wet tissue 7)

Wet tissue 7 be the thin slice that is shaped such as paper, woven fabric or the nonwoven fabrics making liquid etc. be infiltrated in use to be such as made up of syntheticfibres or natural fiber containing wet thin slice.As liquid etc., such as alcohol type, water or their compound can be listed.In addition, spices, antiseptic, deodorizer, inhibiter, anti fouling composition, pigment, defoamer, oxidation inhibitor, clarifier, solubilizer, pH adjusting agent etc. also can be at random selected to be mixed in liquid.In addition, just form with regard to the base cloth of wet tissue duplexer 6 and liquid etc., described material is an example, also can at random select the material except described material to use.

At this, wet tissue 7 comprises the wet tissue of the sheet be separated from wet tissue duplexer 6, forms both wet tissues of the sheet of wet tissue duplexer 6.

(structure of container body 3)

Turn back to Fig. 1 and Fig. 2, structure of container body 3 is configured to the extraction portion 11 of the assigned position possessing accommodating container 15 and be formed in accommodating container 15.

(accommodating container 15)

As long as structure of container body 3 can be formed as having the shape can receiving the space of wet tissue duplexer 6 in inside, just there is no particular limitation for accommodating container 15.Preferably, the material of accommodating container 15 is the materials that at least can maintain inner space under the state not making articles for use of moist wipe package 1 with air-tight state.Accommodating container 15 both can use and the membraneous material etc. of softness had been formed as bag-shaped bag, also can use the housing formed by resin materials such as plastics.It should be noted that, in this manual, moist wipe package 1 articles for use are represented wet tissue 7 is not fetched into moist wipe package outside structure of container body 3 from the wet tissue duplexer 6 be accommodated in structure of container body 3 when manufacturing.

When accommodating container 15 is bags, bag uses has bubble-tight bag.Specifically, preferably, bag is formed as the bag-shaped of the pillow shape shown in such as Fig. 1 etc. by the plastic sheeting etc. with flexibility.In addition, the bag of pillow shape can be formed particularly by utilizing heat-sealing to wait the sealing of the two ends of tubular film.

(extraction portion 11)

Extraction portion 11 is the structural portion having conveying end 12 and form.In moist wipe package 1, wet tissue 7 is extracted out outside structure of container body 3 by from the conveying end 12 of extraction portion 11.

(conveying end 12)

As long as conveying end 12 is configured to the shape that wet tissue 7 can be retracted to the outside of structure of container body 3 from the wet tissue duplexer 6 being incorporated in structure of container body 3 inside.

In the example shown in Fig. 1, Fig. 2, structure of container body 3 is configured to be possessed: accommodating container 15, and it has peristome 16; And mat material 17, it is installed on peristome 16.Mat material 17 is formed passage 18 described later.Mat material 17 is configured to the passage 18 when overlooking moist wipe package 1 and is positioned at the forming region of peristome 16.

When this example, passage 18 becomes conveying end 12, and extraction portion 11 becomes the structural portion be made up of peristome 16 and mat material 17.

Below, become conveying end 12 with passage 18, the situation that extraction portion 11 is made up of peristome 16 and mat material 17 is that example is described further.But this is not the example that conveying end 12 and extraction portion 11 will be defined as described Fig. 1.Such as, at structure of container body 3 by the accommodating container 15 possessing peristome 16 is formed and the peristome 16 of accommodating container 15 doubles as conveying end 12, extraction portion 11 can be made up of (not shown) the conveying end 12 be formed on accommodating container 15.

(peristome 16)

The peristome 16 be formed on accommodating container 15 is configured to, and the people extracting wet tissue 7 out can be contacted with the wet tissue 7 of wet tissue duplexer 6 through portion 18 from outside.In the example of Fig. 1, Fig. 2 etc., make passage 18 face outside structural portion under the state that peristome 16 becomes the lid 5 stated after opening, the regulation region openings that peristome 16 is formed as the upper surface side making accommodating container 15 is the part of roughly quadrilateral shape.But size, the shape of peristome 16 can suitably be selected, and are not limited to this example.

(mat material 17)

Mat material 17 is installed on accommodating container 15 as follows, that is, the forming region of the peristome 16 being positioned at accommodating container 15 at least partially when overlooking moist wipe package 1 in passage 18.Wherein, it is preferable that, mat material 17 is arranged on accommodating container 15 by the mode be integrally provided in the passage when overlooking moist wipe package 1 18 in the forming region of the peristome 16 of accommodating container 15, and its reason is to make the people of extraction wet tissue 7 enter through portion 18 more reliably like this.There is no particular limitation for the material of mat material 17, can select the thermoplastic resin material such as polyethylene, polypropylene etc., but mat material 17 preferably formed by the material harder than accommodating container 15.By being arranged on accommodating container 15 by mat material 17, structure of container body 3 can strengthen peristome 16 and the intensity around it effectively.

(installation portion 19)

As shown in Fig. 3 A, Fig. 3 B etc., mat material 17 is formed as under the state of being closed by lid 5, has the lateral profile of roughly quadrangle form when overlooking moist wipe package 1.Mat material 17 except can towards the regulation region of the outside face side of accommodating container 15 install except, can also towards the regulation region of the inner surface side of accommodating container 15.In the example of Fig. 1, Fig. 2, Fig. 3 etc., mat material 17 is to make installation portion 19 install towards the mode in the regulation region of the inner surface side of bag 3 as installation portion 19 in the face of upside.As method mat material 17 being installed on accommodating container 15, the method such as utilizing hot melt etc. can be listed, but be not limited thereto, optional various method can be utilized.

(passage 18)

Be formed through portion 18 in the assigned position of mat material 17, this passage 18 supplies such wet tissue 7 be drawn out of to the outside of structure of container body 3 as shown in Figure 4 A to pass through.The shape of passage 18, size and structure are not particularly limited, but are formed as being arranged on the pore structure in mat material 17 in Fig. 1, Fig. 2, Fig. 3 etc.Can from outside close to the wet tissue 7 being in top ends 6a wet tissue duplexer 6 and the shape picked up, size as long as passage 18 is formed as.

(depressed part 20)

Also depressed part 20 can be formed with around the passage 18 in mat material 17.In the example of Fig. 3 A, be formed with depressed part 20 in the position of the substantial middle of mat material 17, in depressed part 20, be formed through portion 18.In moist wipe package 1, depressed part 20 is formed as its position in the vertical direction and declines relative to the forming surface of the installation portion 19 of mat material 17 concavity of a section.If be formed with depressed part 20, even if then mat material 17 is subject to the effect of the tersional stress on fore-and-aft direction or left and right directions, the shape distortion that also can suppress passage 18 and partly meet accident near it.

(resistance applies component 4)

In moist wipe package 1, as shown in Fig. 2 etc., be equipped with resistance and apply component 4 between extraction portion 11 and wet tissue duplexer 6, this resistance applies component 4 and is formed with resistance applying unit 13 described later in the position of regulation.

This moist wipe package 1 is configured to, the resistance applying unit 13 that resistance applies component 4 is extracted out the decrease of caused wet tissue duplexer 6 volume reduction according to by wet tissue 7 from conveying end 12, the depth direction side (arrow K direction) to structure of container body 3 is mobile.

In the example in fig 1, resistance applies component 4 cantilever support in extraction portion 11.Resistance shown in this example applies component 4 and extends to roll oblique mode from the assigned position of cardinal extremity 21 side towards free end 22 side to the depth direction of structure of container body 3, and the free end 22 side part that resistance applies component 4 is applied in towards the power of the depth direction side of structure of container body 3.Namely, as shown in phantom in Figure 2, resistance applying component 4 (T0) is formed as shape as follows, namely under the state of nature not applying load, its free end 22 is positioned at the below bottom accommodating container 15, under the state pressed by the surface of wet tissue duplexer 6 from state of nature elastic deformation to this by the surperficial pressed state of wet tissue duplexer 6.Its result, the elastic force produced because of the elastic deformation of resistance applying component 4 exerts a force to the depth direction side of the free end 22 side part of resistance applying component 4 towards structure of container body 3.Utilize such structure, as shown in Figure 2, resistance applies component 4 according to the volume decrease of wet tissue duplexer 6, overall flexure centered by cardinal extremity 21 periphery and the free end 22 sidepiece component of rotation, thus the resistance applying unit 13 that resistance applies component 4 moves to the depth direction side of structure of container body 3, even if the volume of wet tissue duplexer 6 reduces, the state that resistance applying unit 13 is pressed by the surface of wet tissue duplexer 6 also can be maintained.In fig. 2, resistance when Reference numeral 4 (T1) shown in single dotted broken line represents that the volume of wet tissue duplexer 6 reduces applies component 4, and the resistance when Reference numeral 4 (T2) shown in long and two-short dash line represents that the volume of wet tissue duplexer 6 reduces further applies component 4.Reference numeral 13 (T1) shown in single dotted broken line represents that resistance applies the resistance applying unit 13 of component 4 (T1), and the Reference numeral 13 (T2) shown in long and two-short dash line represents that resistance applies the resistance applying unit 13 of component 4 (T2).In addition, in the example in figure 2, resistance applies component 4 and bends in assigned position when its elastic deformation and form zigzag part 23, but this is an example, also can not form zigzag part 23 when elastic deformation.

In this moist wipe package 1, resistance applies component 4 cantilever support in extraction portion 11 as described, its free end 22 side part is applied in towards the power of the depth direction side of structure of container body 3, thus, the free end 22 side part that resistance applies component 4 is divided into Central places to rotate according to the volume decrease of wet tissue duplexer 6 with cardinal extremity 21 sidepiece, becomes by the state of the surface of wet tissue duplexer pressing.Thus, as shown in Figure 5, under the state that the volume of wet tissue duplexer 6 reduces, resistance applying unit 13 becomes the state tilted relative to the extraction direction of wet tissue 7, the direction (exit axis (the arrow S in Fig. 5)) being reached the court of part institute of outer side by resistance applying unit 13 in wet tissue 7 and direction (approach axis (the arrow R in Fig. 5)) angulation be about to by wet tissue 7 courts before resistance applying unit 13.

Like this, exit axis S and the approach axis R angulation of wet tissue 7 are larger, the friction drag acting on wet tissue 7 from resistance applying unit 13 is larger, be accompanied by this and can act on larger separating force to separation unit 10, therefore, it is possible to make leading wet tissue 7 (N1) be separated from wet tissue duplexer 6 in position and separate.It should be noted that, in Figure 5, Reference numeral 7 (N2) represents and the wet tissue 7 that the wet tissue 77 (N1) be drawn out of continues.

And, in the moist wipe package 1 of the 1st embodiment, there is the structure that the free end 22 side part of giving component 4 to resistance exerts a force towards the depth direction side of structure of container body 3, therefore, to the depth direction pressing wet tissue duplexer 6 of structure of container body 3, can keep the stepped construction of wet tissue duplexer 6 more reliably.

(elastic body 24)

Figure 11 represents the variation of the 1st embodiment, also can apply the elastic body 24 of assigned position installation for applying application force of cardinal extremity 21 side of component 4 at resistance.As elastic body 24, the spring material etc. that can suitably select silica gel, be made up of plastic material, metallic material etc.By applying at resistance elastic body 24 installed by component 4, can effectively strengthen towards the application force of the depth direction side of structure of container body 3.Applying to resistance the structure that component 4 applies application force like this can be arbitrary structure.

(distance between cardinal extremity 21 and free end 22)

The resistance applying component 4 of the 1st embodiment is not particularly limited the distance between cardinal extremity 21 and free end 22, but preferably, cardinal extremity 21 under the state that free end 22 moves to the darkest side of structure of container body 3 and the distance between free end 22 are more than or equal to the distance of the position, the end from extraction portion 11 to wet tissue duplexer 6, its reason is, the surface contact that resistance can be made like this to apply a component 4 and wet tissue duplexer 6 to the last wet tissue 7 is fetched to outside, can suppress the out of shape of the stepped construction of wet tissue duplexer 6.

(the use form of moist wipe package 1)

Moist wipe package 1 is not limited to the situation about being configured in upward by conveying end 12 on mounting surface 25 shown in Fig. 1, Fig. 2 etc.Such as shown in Fig. 9, when moist wipe package 1 is consisted of storage wet tissue duplexer 6 in the structure of container body 3 on housing, moist wipe package 1 also can be used as follows, the forming surface being set to the conveying end 12 of structure of container body 3 make relative to the state that gravity direction is erected as the horizontal surface of normal direction conveying end 12 towards moist wipe package 1 being placed on mounting surface 25 with becoming the direction different from above-below direction.Such use is called moist wipe package 1 is erected use (longitudinal).In this case, the stepped construction of the wet tissue duplexer 6 in general consideration moist wipe package 1 is easy to such problem out of shape, but adopt the moist wipe package 1 of the 1st embodiment, there is the structure that the free end 22 side part of giving component 4 to resistance exerts a force towards the depth direction side of structure of container body 3, thus as shown in Figure 9, from the upside of wet tissue duplexer 6, the depth direction of wet tissue duplexer 6 towards structure of container body 3 is pressed, therefore, the problem that the stepped construction of wet tissue duplexer 6 is out of shape can be suppressed, reliably can keep the stepped construction of wet tissue duplexer 6.

In addition, also can as shown in the example of Figure 10, the mode being positioned at the position of top side with the cardinal extremity 21 side part of resistance applying component 4 for the part of free end 22 side erects use.In this case, even if the stepped construction of wet tissue duplexer 6 is by out of shape, be also rest on resistance to apply, on component 4, still can suppress the out of shape of the stepped construction of wet tissue duplexer 6.

(accommodation space 26)

As shown in Fig. 2, Fig. 3 etc., resistance applies component 4 and can be configured to be arranged on extraction portion 11 and apply to form accommodation space 26 between component 4 in extraction portion 11 and resistance.By resistance being applied the tabular that component 4 is formed as convexly being formed towards the depth direction side of structure of container body 3, thus the spatial portion that accommodation space 26 can apply between component 4 and extraction portion 11 as resistance is formed particularly.By forming accommodation space 26 in moist wipe package 1, more effectively the part reaching outside from resistance applying unit 13 in wet tissue 7 can be accommodated in extraction portion 11 and resistance and apply between component 4.

(curve 27)

As shown in Fig. 2, Fig. 3 etc., resistance applies component 4 and is formed as the tabular possessing curve 27, and this curve 27 convexly bends towards the depth direction side of structure of container body 3.But illustrate only the example that resistance applies component 4 in Fig. 2, Fig. 3 etc., resistance applies component 4 and may not be tabular.In addition, in this case, preferably, apply in component 4, in curve 27 assigned position at resistance and be formed with resistance applying unit 13.

In the example of Fig. 2, Fig. 3, resistance applies component 4 and forms curve 27 along bending from cardinal extremity 21 side towards the direction of free end 22 side, but the bending direction of curve 27 is not limited thereto.Wherein, the arrow C 1 in Fig. 3 represents bending direction.As shown in figure 15, curve 27 also can be formed as across from cardinal extremity 21 side towards the shape that the direction in the direction of free end 22 side (arrow C 2 direction in Figure 15) is bending.Now, preferably, curve 27 is formed as in the direction (the bending direction C1 in Figure 15) from cardinal extremity 21 side towards free end 22 side with across the shape all bending in direction (such as bending direction C2) this both direction in the direction of free end 22 side from cardinal extremity 21 side.By making curve 27 bend in the two directions, the intensity that resistance applies component 4 can be improved, resistance can be suppressed to apply the unexpected distortion of component 4.

(resistance applying unit 13)

As shown in Fig. 8 etc., resistance applying unit 13 is the structural portion when wet tissue 7 is extracted out from conveying end 12, this wet tissue 7 being applied to resistance.Utilize the example of Fig. 4 A, Fig. 4 B, Fig. 8 to further illustrate, resistance applying unit 13 is when wet tissue 7 is extracted out from wet tissue duplexer 6 through portion 18, is drawn out of to this structural portion that wet tissue 7 come applies friction drag.

Apply in component 4 at resistance, there is no particular limitation for the forming position of resistance applying unit 13, can suitably select, but preferably, this resistance applying unit 13 is formed in the center that resistance applies component 4, its reason is, is also easy to greatly suppress to make resistance applying component 4 produce the problem of unexpected distortion because of friction drag even if the friction drag like this between resistance applying unit 13 and wet tissue 7 becomes to a certain extent.

There is no particular limitation for the shape of resistance applying unit 13, structure, in the example shown in Fig. 8, has the elongated hole portion 28 extended in left-right direction.

Resistance applying unit 13 can be formed by elongated hole portion 28, but as shown in Figure 8, also can be formed as also possessing via hole 33,34 and slit 37,38.Namely, in resistance applying unit 13, along the length direction in elongated hole portion 28 assigned position and be that the position leaving slightly elongated hole portion 28 along the Width in elongated hole portion 28 is formed with elongated via hole 33,34 at spaced intervals, be formed with the slit 37 of continuous chevron shape towards the cutting of via hole 33 ground from elongated hole portion 28.Further, between via hole 33 and via hole 34, also cutting is formed with slit 38, and elongated hole portion 28 and via hole 33,34 utilize slit 37,38 to be communicated with.When resistance applying unit 13 is formed like this, when the top ends 6a of wet tissue duplexer 6 being extracted out by resistance applying unit 13, the top ends 6a of wet tissue duplexer 6 and neighbouring part thereof are not only by elongated hole portion 28, also by via hole 33,34 and slit 37,38, therefore, 28 pairs of wet tissues 7 friction drag can not only be applied from elongated hole portion, also friction drag can be applied from via hole 33,34 and slit 37,38 pairs of wet tissues 7.

(rib 40)

As shown in figure 14, when the thickness direction applying component 4 with resistance observes resistance applying component 4 for direction of visual lines, also can apply component 4 arranges rib 40 to erect across the mode of resistance applying unit 13 at resistance.The shape of rib 40 is not particularly limited, but in the example of Figure 14, is formed as the shape along extending from cardinal extremity 21 towards the direction of free end 22.Owing to there is the force of the stress acted between itself and wet tissue 7 in resistance applying unit 13, therefore, when the chance of load force is more compared with the part except resistance applying unit 13, when the size of stress number of times that is comparatively large, load is more, likely resistance applying unit 13 and near deform.In this, if apply component 4 is formed with described such rib 40 at resistance, then resistance applying unit 13 and neighbouring rigidity thereof rise, and can suppress the problem of resistance applying unit 13 and neighbouring distortion thereof.

(resistance applies the specified part 41 of cardinal extremity 21 side of component 4 and the elasticity of the specified part 42 of free end 22 side)

Resistance applies component 4 and also can be configured to, and make the specified part of cardinal extremity 21 side (base end part) 41 different with the elasticity of the specified part (free end) 42 of free end 22 side, free end 42 is more soft than base end part 41.Row are given one example, and resistance applies component 4 and base end part 41 also can be configured to be set to the structure of its elasticity than central portion the last 43, free end 42 is set to the structure that its elasticity is more weak than central portion 43.In this case, in base end part 41 side, the application force flexibly towards depth direction is stronger, the pressing force of wet tissue duplexer 6 can be made to act on resistance strongly and to apply component 4, and more weak power pressing wet tissue duplexer 6 is utilized at free end 42 place, therefore, it is possible to suppress free end 42 side to be trapped in the problem of wet tissue duplexer 6.In addition, the base end part 41 of component 4 and the elastomeric adjustment of free end 42 are applied for resistance, can be realized by the thickness suitably adjusting each portion, when resistance applies component 4 is provided with rib 40, can be realized by the height, length etc. adjusting this rib 40.

In addition, apply component 4 cantilever support extraction portion 11 at resistance, the base end part 41 that resistance applies component 4 refers to the region of its support side, and free end 42 refers to the region of the opposition side of base end part 41.

In addition, component 4 cantilever support is applied extraction portion 11 at resistance, resistance applies the free end 42 of component 4 and refers to that resistance applies the local of component 4, namely resistance apply component 4 from the established part of free end 22 side to the assigned position towards cardinal extremity 21 side.Now, the assigned position towards cardinal extremity 21 side is designated as the position of specific resistance applying unit 13 near free end 22.

The central portion 43 that resistance applies component 4 is designated as the local that resistance applies component 4, the part namely except base end part 41 and free end 42.

(mat material 17 and resistance apply the manufacture of component 4)

Mat material 17 and resistance apply component 4 except can utilize the methods such as injection moulding one-body molded except, also each component can be shaped independently and they is combined.

(resistance applies the function of component 4)

As shown in Fig. 2, Fig. 5, in moist wipe package 1 of the present invention, along with the volume of wet tissue duplexer 6 declines, resistance applying unit 13 moves to depth direction side, therefore, be difficult to be formed the state that resistance applying unit 13 and the interval between the separation unit 10 of wet tissue 7 rear end side are easy to widen, be difficult to produce wet tissue 7 and be easy to miss the problem that the opportunity be separated occurs.Namely, along with the volume of wet tissue duplexer 6 declines, become exit axis S and approach axis R and become different direction gradually (namely, resistance applying unit 13 becomes inclination, wet tissue 7 is passed through bendingly) state, wherein, exit axis S in the wet tissue 7 that contacts with resistance applying unit 13 reached by resistance applying unit 13 part of outer side towards direction, approach axis R for be about to by the wet tissue 7 before resistance applying unit 13 towards direction, and, resistance applies the face towards extraction portion 11 of component 4 relative to wet tissue duplexer 6 gradually towards oblique inclination, therefore, the state of the friction drag applying appropriateness from resistance applying unit 13 pairs of wet tissues 7 can be kept.Like this, be difficult to produce wet tissue 7 do not bear stronger friction drag from resistance applying unit 13 and largely from the situation that resistance applying unit 13 muddles through, be difficult to produce wet tissue 7 and be easy to miss the problem that the opportunity be separated occurs.Its result, can reliably close lid 5 thus prevent the drying of wet tissue 7.

In addition, in moist wipe package 1 of the present invention, interval between resistance applying unit 13 and the separation unit 10 being positioned at the rear end side being drawn out of the wet tissue 7 (N1) come in advance is difficult to widen, therefore, also can suppress be drawn out of in advance the wet tissue 7 that continues of wet tissue 7 come by resistance applying unit 13 before the problem that is just separated between wet tissue 7,7.

And, as shown in Figure 2, in moist wipe package 1 of the present invention, along with the volume of wet tissue duplexer 6 declines, resistance applying unit 13 moves to depth direction side, therefore, along with the use of moist wipe package 1, between extraction portion 11, resistance applying unit 13 and resistance applying unit 13 peripheral part, be formed with the space expanded gradually.Its result, even if the part outside resistance applying unit 13 reaches in wet tissue 7 becomes large, also can be pressed into this part and close lid 5 than extraction portion 11 by the position in structure of container body 3, thus can suppress the drying of wet tissue 7.

In addition, under the state that the volume of wet tissue duplexer 6 declines, even if there is situation as follows, namely separated at separation unit 10 place and stay the wet tissue 7 of the side in structure of container body 3 top hypothesis become the state dropped in structure of container body 3, due to resistance applying unit 13 become tilt and free end 22 side part enters into structure of container body 3 side, therefore, also can easily pick up the top end part of wet tissue 7 with finger tip and be retracted to outside.

(interconnecting part 47)

In moist wipe package 1, when applying to be formed with accommodation space 26 between component 4 in mat material 17 and resistance, as shown in Figure 3, also can form interconnecting part 47, this interconnecting part 47 utilizes the part except resistance applying unit 13 that accommodation space 26 is communicated with the inner space of accommodating container 15.Such as, interconnecting part 47 can by being configured to be formed as follows and particularly, that is, resistance is applied component 4 and be formed as convex, and the both sides applying the convexly outstanding part of component 4 at resistance make accommodation space 26 be communicated with the inner space of accommodating container 15.By forming interconnecting part 47 at moist wipe package 1, when wet tissue 7 is pressed into accommodation space 26, even if produce the part that can not be accommodated in completely in accommodation space 26, this part also can be made from interconnecting part 47 easily to enter the inner space of accommodating container 15.

(lid 5)

As shown in Figure 1, Figure 2, shown in Fig. 3 etc., preferably, moist wipe package 1 is provided with lid 5.Lid 5 is arranged on the assigned position of structure of container body 3, and being set to can opening and closing conveying end 12.In the example of Fig. 1, Fig. 2, Fig. 3 etc., in moist wipe package 1, lid 5 is arranged in mat material 17 by hinge part 5a, and is that the mode becoming the passage 18 of conveying end 12 with freely openable is installed.

Lid 5 both can with hinge part 5a and mat material 17 one-body molded, also can be formed independently of one another relative to hinge part 5a and mat material 17.At lid 5 with under hinge part 5a and the integrated situation of mat material 17, component 4 can also be applied by hinge part 5a, mat material 17, resistance one-body molded and formed with lid 5.Lid 5 also can be one-body molded and formed independently relative to mat material 17 with hinge part 5a.Lid 5 can by the material same with mat material 17, and such as the thermoplastic resin material such as polyethylene, polypropylene is formed.As shown in Figure 4 C, by being provided with lid 5 in moist wipe package 1, lid 5 can being utilized reliably to suppress the exposure of wet tissue 7, effectively can suppress the drying of wet tissue 7.

In addition, when being provided with lid 5 in the moist wipe package 1 of the 1st embodiment, in the example in fig 1, lid 5 is that free end 22 side applying component 4 compared to resistance to apply cardinal extremity 21 side of component 4 mode of position close to resistance is arranged in mat material 17 with the position of hinge part 5a, but is not limited thereto.Lid 5 can be also that cardinal extremity 21 side applying component 4 compared to resistance to apply free end 22 side of component 4 mode of position close to resistance is arranged in mat material 17 with the position of hinge part 5a.

2nd embodiment

In the moist wipe package 1 of the 1st embodiment, resistance applies component 4 and is formed as in component integrally, but the structure that the resistance be arranged on moist wipe package 1 applies component 4 is not limited thereto, resistance applies component 4 and also can be made up of multiple resistance applying component formation sheet 44 described later.The embodiment of being specified by the moist wipe package 1 possessing this structure is called the 2nd embodiment.

According to Figure 12, Figure 13, the 2nd embodiment is described.

As long as the moist wipe package 1 of the 2nd embodiment makes the structure of its resistance applying component 4 different from the structure that the resistance of the moist wipe package 1 of the 1st embodiment applies component 4, therefore, in the explanation of the 2nd embodiment, other structures except the structure that resistance applies component 4 are identical with structure corresponding in the moist wipe package 1 of the 1st embodiment.

In the moist wipe package 1 of the 2nd embodiment, resistance applies component 4 and is made up of multiple resistance applying component formation sheet 44, applying component formation sheet 44 from multiple resistance selects at least 1 group resistance the combination of two to apply component formation sheet 44, applies the reciprocal mode cantilever support from cardinal extremity 21 side towards the direction of free end 22 side of component formation sheet 44 in extraction portion 11 when overlooking moist wipe package 1 with two resistances.

The resistance that represents in the example of Figure 12, Figure 13 apply component 4 be set to multiple resistance is applied component formation sheet 44a, state that 44b combines and form resistance applying unit 13, there is structure as follows, namely, by multiple resistance to apply component formation sheet 44a, 44b respectively cantilever support will be set to cardinal extremity 21, its end opposite will be set to free end 22 by supported end in extraction portion 11.Resistance applying component formation sheet 44a, 44b are formed as tabular as follows respectively, namely, regulation shape is cut into from outer circumference end in assigned position and is formed with cut portion 46.The side end face of the side end face and resistance applying component formation sheet 44b that make resistance apply component formation sheet 44a configures resistance face to face and applies component formation sheet 44a, 44b, and make the cut portion 46 of the cut portion 46 of resistance applying component formation sheet 44a and resistance applying component formation sheet 44b facing, thus form resistance applying component 4.Now, resistance applying unit 13 is configured to be formed in the space between the cut portion 46 of resistance applying component formation sheet 44a and the cut portion 46 of resistance applying component formation sheet 44b.

In the example shown in Figure 12, Figure 13, resistance applying unit 13 is formed by combining multiple resistance applying component formation sheet 44a, 44b, but is not limited thereto.That is, the resistance applying component 4 of the 2nd embodiment also can be set to and apply component formation sheet 44 is formed with resistance applying unit 13 at 1 resistance, and other resistance applies the part that component formation sheet 44 forms the surrounding of resistance applying unit 13.Even if in this case, be also set to the state above-mentioned multiple resistance applying component formation sheet 44 combined and form resistance applying component 4.

Adopt the moist wipe package 1 of the 2nd embodiment, as shown in figure 13, even if the volume of wet tissue duplexer 6 reduces, multiple resistance applies component formation sheet 44a, with arrow K, 44b free end 22 side part is separately rotated towards the depth direction side of structure of container body 3 (represents that multiple resistance applies component formation sheet 44a in fig. 13, the direction of action of the free end 22 side part of 44b), also can maintain and utilize multiple resistance to apply component formation sheet 44a, 44b is respectively by state that wet tissue duplexer 6 presses to the depth direction of structure of container body 3, thus reliably can keep the stepped construction of wet tissue duplexer 6.It should be noted that, in fig. 13, resistance when resistance when Reference numeral 44a (T1) represents that the volume of wet tissue duplexer 6 is reduced to specified amount applies component formation sheet 44a, Reference numeral 44b (T1) represents that the volume of wet tissue duplexer 6 is reduced to specified amount applies component formation sheet 44b.

In addition, adopt the moist wipe package 1 of the 2nd embodiment, when erectting use moist wipe package 1, multiple resistance can be utilized to apply component formation sheet 44 respectively the depth direction of wet tissue duplexer 6 to structure of container body 3 is pressed, in multiple position, the depth direction of wet tissue duplexer 6 to structure of container body 3 is pressed, therefore, it is possible to reliably suppress the out of shape of the stepped construction of wet tissue duplexer 6.

3rd embodiment

In the moist wipe package 1 of the 1st embodiment, resistance applies component 4 cantilever support in extraction portion 11, but in the 3rd embodiment, resistance applies component 4 becomes the structure not mechanically being bearing in extraction portion 11.

As long as the moist wipe package 1 of the 3rd embodiment makes the structure of its resistance applying component 4 different from the structure that the resistance of the moist wipe package 1 of the 1st embodiment applies component 4, therefore, in the explanation of the 3rd embodiment, omit the description for the structure position identical with the 1st embodiment, Reference numeral also uses identical content.

As shown in figure 16, in the moist wipe package 1 of the 3rd embodiment, be set to resistance and apply the state that component 4 is not bearing in extraction portion 11, therefore, along with wet tissue 7, by extracting out from wet tissue duplexer 6, the thickness of wet tissue duplexer 6 reduces, and under the effect of the deadweight of resistance applying component 4, the resistance applying unit 13 of resistance applying component 4 is mobile to the depth direction side (side, arrow M direction in Figure 16) of structure of container body 3.It should be noted that, in figure 16, resistance when Reference numeral 4 (T1) represents that the volume of wet tissue duplexer 6 is reduced to specified amount applies component 4, and Reference numeral 13 (T1) represents that resistance applies the resistance applying unit 13 of component 4 (T1).

Thus, be placed with the state that resistance applies component 4 on the upper space that this moist wipe package 1 is easy to be formed in wet tissue duplexer 6, be difficult to be formed the state that resistance applying unit 13 and the interval between the separation unit 10 of rear end side being drawn out of the wet tissue 7 come in advance are easy to widen.Therefore, be easy to the state keeping the friction drag applying appropriateness from resistance applying unit 13 pairs of wet tissues 7 to a certain extent, be difficult to produce leading wet tissue 7 and be easy to miss the problem on the opportunity be separated with the wet tissue 7 that this wet tissue 7 continues.

(extension 45)

In the moist wipe package 1 of the 3rd embodiment, resistance applies component 4 and also can be formed as, and extending on the direction in the direction, face along the plane being normal with the thickness direction of wet tissue duplexer 6 at least partially of its outer circumference end is extended extension 45.By forming extension 45, even if resistance applies component 4 action on the thickness direction of wet tissue duplexer 6, also easily form the state that resistance applying component 4 is difficult to action on the direction, face of the plane being normal with the thickness direction of wet tissue duplexer 6, and also can increase the deadweight that resistance applies component 4.

The moist wipe package 1 more than described in detail is few a part of example of the embodiment of moist wipe package 1 of the present invention, can take suitable embodiment without departing from the spirit and scope of the invention.

description of reference numerals

1, moist wipe package; 3, structure of container body; 4, resistance applies component; 5, lid; 6, wet tissue duplexer; 7, wet tissue; 8,9, reflex part; 10, separation unit; 10a, overlapping portion; 10b, segmenting part; 11, extraction portion; 12, conveying end; 13, resistance applying unit; 14, thin slice; 15, accommodating container; 16, peristome; 17, mat material; 18, passage; 19, installation portion; 20, depressed part; 21, cardinal extremity; 22, free end; 23, zigzag part; 24, elastic body; 25, mounting surface; 26, accommodation space; 27, curve; 28, elongated hole portion; 33,34, via hole; 37,38, slit; 40, rib; 41, base end part; 42, free end; 43, central portion; 44, resistance applies component formation sheet; 45, extension; 46, cut portion; 47, interconnecting part.

Claims

1. a moist wipe package, it possesses:

Wet tissue duplexer, it is made up of multiple wet tissues;

Structure of container body, it can receive this wet tissue duplexer in inside, this structure of container body is provided with and can be retracted to outside extraction portion for by wet tissue from conveying end, and this conveying end can pass through for described wet tissue; And

Lid, it can freely be closed from outside and open described conveying end,

This moist wipe package is configured to, the resistance applying unit that described resistance applies component according to by wet tissue by the reduction of the wet tissue duplexer volume reduction caused by extracting out from conveying end, the depth direction side to structure of container body is moved.

2. moist wipe package according to claim 1, wherein,

The free end side part that this resistance applies component is applied in towards the power of the depth direction side of structure of container body.

3. moist wipe package according to claim 1, wherein,

Described resistance applies component and is in the state not being bearing in extraction portion.

4. the moist wipe package according to any one of claims 1 to 3, wherein,