JP2016123833A - Disposable cosmetic pad - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a disposable cosmetic pad having soft touch and high wiping performance.SOLUTION: A disposable cosmetic pad (10) comprises a cushion layer (20) and a cover sheet (21) covering the cushion layer. The cover sheet comprises an outer layer (24) which forms a skin contact surface and is composed mainly of a first fiber (26) whose average fiber diameter is 10 μm or less, and an inner layer (23) which is covered by the outer layer and composed mainly of a second fiber (27) whose average fiber diameter is larger than that of the first fiber. In the cosmetic pad, a mean deviation (SMD) of surface roughness of the skin contact surface is 1.20 μm or less, and an average surface friction coefficient (MIU) is 0.35 or more.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a disposable makeup pad used for makeup removal and the like.

  Conventionally, a disposable cosmetic pad having a cushion layer containing hydrophilic fibers and a covering sheet covering the cushion layer is known. For example, Patent Document 1 discloses a disposable decorative pad having a cushion layer and a covering sheet, and the covering sheet is formed of a fiber nonwoven fabric having a fiber diameter of 0.1 to 3 denier.

Japanese Utility Model Publication No. 56-98108

  Such a makeup pad can be used for putting lotion and removing creams, and when used for removing creams, it is generally used by applying a cosmetic liquid such as a cleansing agent to the makeup pad. . In such a makeup pad, since it is in contact with the skin, there is a demand for a soft touch that does not irritate the user.

  However, in the cosmetic pad of Patent Document 1, if the fiber diameter of the entire covering sheet is reduced to reduce irritation, the covering sheet is easily broken and the wiping property may be reduced. On the other hand, when the covering sheet is formed of a non-woven fabric having a relatively large fiber diameter exceeding 1 denier, the user can easily feel irritation when wiping off the makeup.

  Accordingly, an object of the present invention is to provide a cosmetic pad that is an improvement of the conventional technique and has a soft touch and a high wiping property.

  In order to achieve the above object, the present invention resides in an improvement of a disposable makeup pad having a cushion layer containing hydrophilic fibers and a covering sheet covering the cushion layer.

  According to the present invention, in the makeup pad, the covering sheet includes an outer layer mainly formed of a first fiber having an average fiber diameter of 10 μm or less, which forms the skin contact surface, and the outer layer is covered with the first layer. An inner layer mainly composed of second fibers having an average fiber diameter larger than one fiber, and the decorative pad has an average deviation (SMD) of the surface roughness of the skin contact surface of 1.20 μm or less. The average surface friction coefficient (MIU) is 0.35 or more.

  According to one or more embodiments of the disposable makeup pad according to the present invention, the covering sheet has an outer layer mainly composed of ultrafine fibers having an average fiber diameter of 10 μm or less, which forms the skin contact surface. Therefore, a soft touch can be obtained. Furthermore, the covering sheet has an inner layer mainly composed of second fibers having an average fiber diameter larger than that of the outer layer ultrafine fibers, and the skin contact surface has an average surface roughness average deviation (SMD) of 1. Since it is 20 μm or less and the average surface friction coefficient (MIU) is 0.35 or more, the wiping property is high.

The drawings illustrate certain embodiments of the invention according to the present disclosure and include selective and preferred embodiments as well as essential configurations of the invention.
The perspective view which shows an example of the disposable makeup pad which concerns on this indication. The typical sectional view which meets the II-II line of Drawing 1. The expansion | deployment top view of the makeup | decoration pad shown in FIG. The side view which shows typically the principal part in the manufacturing process of a coating sheet. The partial expansion perspective view of a covering sheet. FIG. 6 is a schematic cross-sectional view taken along line VI-VI in FIG. 5. FIG. 7 is a partially enlarged view of a region surrounded by a one-dot chain line VII in FIG. 6. (A) The figure similar to FIG. 2 which shows the modification 1 of a makeup pad. (B) The same figure as FIG. 2 which shows the modification 2 of a makeup pad.

  The following embodiment relates to the disposable cosmetic pad shown in FIGS. 1 to 8 as an example of the present invention, and includes not only an indispensable structure of the invention but also a selective and preferable structure.

  Referring to FIGS. 1 and 2, a makeup pad 10, which is an example of a disposable makeup pad according to the present invention, is positioned on a first direction 11 and a second direction R that are orthogonal to each other, on the first surface 11 and on the opposite side. The second surface 12, the side edges 13 and 14 extending in the first direction S, the both end edges 15 and 16 extending in the second direction R, and the first end 17 and the second end spaced from each other in the first direction S. A portion 18 and an intermediate portion 19 located between the first and second end portions 17, 18. In the intermediate portion 19, the width in the second direction R is constant, and in the first and second end portions 17 and 18, the dimension in the second direction R decreases toward the edges 15 and 16, respectively. The edges 13 and 14 are inclined. The decorative pad 10 includes a cushion layer 20 containing hydrophilic fibers and a covering sheet 21 that covers the cushion layer 20. The dimension in the first direction S of the intermediate portion 19 is larger than the dimension in the first direction S of the first and second end portions 17 and 18.

<Cushion layer>
The cushion layer 20 is a fiber assembly mainly composed of hydrophilic fibers, and hydrophobic fibers may be mixed in the fiber assembly as long as the required water absorption of the cushion layer 20 is not inhibited. Specifically, it contains about 80% by mass or more of hydrophilic fibers. As the hydrophilic fiber, for example, rayon fiber, cotton fiber, acrylic fiber or the like can be used. As a hydrophobic fiber, synthetic fibers, such as polyethylene, polyester, a polypropylene, or these composite fibers etc. can be used, for example. In this embodiment, the cushion layer 20 is formed of a fiber assembly mainly composed of rayon fibers. When rayon fiber is used as the hydrophilic fiber, it is possible to increase water separation when impregnated with lotion as compared with that using cotton fiber.

  The mass of the cushion layer 20 in one makeup pad 10 is preferably about 0.2 to 0.4 g. The cushion layer 20 preferably has a mass per unit area in the intermediate portion 19 smaller than that in the first and second end portions 17 and 18. Further, the mass per unit area at the first and second end portions 17 and 18 of the cushion layer 20 can be substantially the same or different from each other. In this embodiment, the first and second end portions 17 and 17 The mass per unit area of 18 is almost equal. Further, for example, when the makeup pad 10 is used by putting a finger into the pocket 50 described later by making the mass per unit area at the first end 17 of the cushion layer 20 larger than that of the second end 18. Further, the flexibility of the end portion (first end portion 17) on the side where the finger is inserted is improved, and a soft touch can be achieved.

<Coating sheet>
2 and 7, the covering sheet 21 includes an inner layer (support layer) 23 positioned on the non-skin contact surface side and an outer layer (wiping layer) 24 positioned on the skin contact surface side. The outer layer 24 is formed from a melt blown fiber nonwoven fabric mainly composed of hygroscopic first fibers (hygroscopic fibers) 26 having an average fiber diameter of 10 μm or less. As the first fibers 26, for example, polyamide fibers such as nylon 6 and nylon 66, acrylic fibers, or hydrophobic fibers subjected to hydrophilic treatment can be used. Specifically, the content of the first fiber 26 includes about 80% by mass or more, preferably about 95% by mass or more, and is 100% by mass in this embodiment.

  The inner layer 23 includes, for example, water-absorbing second fibers 27 made of cellulosic fibers (highly hygroscopic fibers) such as rayon fibers and pulp fibers, and heat-fusible fibers (hydrophobic fibers). The inner layer 23 is formed from a fiber nonwoven fabric containing about 50 to 100% by mass and about 0 to 50% by mass of heat-fusible fibers (hydrophobic fibers) and the like. As the heat-fusible fiber, for example, synthetic fibers such as polyethylene, polypropylene, and polyethylene terephthalate, or composite fibers using two or more of these can be used.

  The average fiber diameter of the first fibers 26 is smaller than the average fiber diameter of the second fibers of the inner layer 23. Specifically, the average fiber diameter of the first fibers is preferably 10 μm or less, more preferably about 5 μm or less, and the average fiber diameter of the second fibers 27 is about 10 to 20 μm. In addition, the first fiber 26 has a lower hygroscopic property than the second fiber 27, and in this specification, the first fiber 26 is also referred to as an ultrafine fiber and / or a low hygroscopic fiber, and the second fiber 27 is also referred to as a high hygroscopic fiber. In this way, by making the hygroscopicity of the first fibers 26 of the outer layer 24 lower than that of the second fibers 27 of the inner layer 23, when a cosmetic liquid such as a cleansing agent is applied, rapid absorption of the cosmetic liquid is achieved. The cosmetic liquid can be held on the skin contact surface of the makeup pad 10 for a certain time.

The thickness dimension t1 of the inner layer 23 is about 0.10 to 0.25 mm, and is about 0.16 mm in this embodiment. The mass per unit area of the inner layer 23 is about 10 to 35 g / m ² , and more preferably about 15 to 30 g / m ² . Density of the inner layer 23 is preferably about 0.08~0.2g / cm ^3, in the present embodiment is about 0.12 g / cm ^3. The thickness t2 of the outer layer 24 is about 0.05 to 0.15 mm, and is about 0.09 mm in this embodiment. Mass per unit area of the outer layer 24 is in the range of about 5 to 30 g / ^{m 2,} more preferably about 5 to 15 g / ^{m 2.} Preferably the density of the outer layer 24 is about 0.05 to 0.2 g / cm ^3, in the present embodiment is about 0.11 g / cm ^3. When the mass per unit area of the outer layer 24 is about 10 g / m ² or less, the mass of the inner layer 23 is preferably about 25 g / m ² or more. The thickness dimension t2 of the outer layer 24 is preferably about 20 to 60% of the thickness dimension t1 of the inner layer 23.

The thickness t3 of the covering sheet 21 is preferably about 0.2 to 0.3 mm, and the mass per unit area of the covering sheet 21 is preferably in the range of about 25 to 40 g / m ² . Further, the specific volume of the cover sheet 21 is from about 50 to 200 m ³ / kg, in the present embodiment is about 145m ³ / kg. The thickness dimension t2 of the outer layer 24 is preferably smaller than the thickness dimension t1 of the inner layer.

<Measurement method of thickness dimension>
The thickness dimension of the covering sheet 21 is measured using a thickness meter (UF-60 manufactured by Daiei Kagaku Seisakusho Co., Ltd.) with a load of 3.0 gf / cm ² applied to the covering sheet 21. The thickness dimensions of the inner layer 23 and the outer layer 24 are measured using a microscope (manufactured by Keyence Corporation, Real Surface View Microscope VE-7800). The densities of the covering sheet 21, the inner layer 23, and the outer layer 24 are calculated based on density (g / cm ³ ) = mass per unit area (g / m ² ) / thickness dimension (mm) × 10 ^−3. The specific volume (m ³ / kg) of the covering sheet 21 is calculated as the reciprocal of density (g / cm ³ ) × 10 ³ .

  The hole area ratio of the covering sheet 21 is in the range of about 10 to 50%, and more preferably about 35% or less. The covering sheet 21 is formed from a fiber nonwoven fabric mainly composed of hygroscopic fibers (first fibers 26) that are ultrafine fibers having an average fiber diameter of 10 μm or less on the skin contact surface, and has such an aperture ratio. The hygroscopic fibers are relatively densely arranged on the skin contact surface, the gap between the fibers is reduced, and the cosmetic liquid retainability is increased.

<Measurement method of hole area ratio>
The hole area ratio of the covering sheet 21 can be measured by the following method. The covering sheet 21 in a state where the cushion layer 20 is removed from the decorative pad 10 is taken out, the covering sheet 21 is fixed to a 26 mm × 90 mm slide glass, and the cover sheet 21 is set on a film holder, and a scanner (GT-X750 manufactured by Seiko Epson Corporation). ), The image is read using image software (Adobe Photoshop Elements 3.0), and trimmed to 24 mm × 50 mm. Thereafter, 256 bits are mapped with paint software so that the fibers are black and the aperture is white, and histogram processing is performed using Histgram Analysis software, and binarization processing is performed to obtain the aperture ratio.

  Referring to FIGS. 2 and 3, the covering sheet 21 extends in the skin contact surface and the non-skin contact surface located on the opposite side, the length direction Y and the width direction X orthogonal to each other, and the length direction Y. It has the 1st side edge part 31 and the 2nd side edge part 32, and the 1st edge part 33 and the 2nd edge part 34 extended in the width direction X, and the 1st and 2nd side edge part 31, The outer shape of the covering sheet 21 is defined by 32 and the first and second end edges 33 and 34. In the present embodiment, each of the length direction Y and the width direction X coincides with each of the first direction S and the second direction R of the makeup pad 10.

  The covering sheet 21 is positioned on the first end edge 33 side, and is positioned between the first folding line 35 extending in the width direction X, and between the first folding line 35 and the second end edge part 34, and in the width direction X. A first fold line 36 extending between the first end edge 33 and the first fold line 35, and between the first fold line 35 and the second fold line 36. Is divided into a second area 42 and a third area 43 located between the second folding line 36 and the second end edge 34. The dimension M2 in the length direction Y of the second section 42 is larger than the dimensions M1 and M3 in the length direction Y of the first and third sections 41, 43. Further, the dimensions M1 and M3 of the first and third areas 41 and 43 are larger than one half of the dimension M2 of the second area 42, and the dimension M3 of the third area 43 is equal to or larger than the dimension M1 of the first area 41. Preferably there is. The first and second side edge portions 31 and 32 are concavely curved toward the inner side in the width direction X in the vicinity of the first folding curve 35 and in the vicinity of the second folding curve 36, respectively. The first folding line 35 coincides with one end edge 15 of the makeup pad 10, and the second folding line 36 coincides with the other end edge 16 of the makeup pad 10.

  The cushion layer 20 is disposed on the non-skin contact surface side of the covering sheet 21 in a state where the covering sheet 21 is developed. For convenience of explanation, the cushion layer 20 includes a first side region 75 and a second side region 76 that are separated from each other in the width direction X, and a central region 77 that is located between the first side region 75 and the second side region 76. Have The first side region 75 is a second fold located on the outer side in the width direction X from the one end 78a of the first folding line 35 (end edge 15) located on the first side edge 31 side (on the first side edge 31 side). This is a region located on the outer side in the width direction X from one end 78b of the curved line 36 (edge 16). The second side region 76 is a width direction X outside (second side located on the second side edge 32 side) from the other end 79a of the first folding line 35 (end edge 15) located on the second side edge 32 side. It is a region located on the outer side 79b of the folding line 36 (end edge 16) in the width direction X outside. The central region 77 is a region located between the one end 78a and the other end 79a of the first folding line 35 (between the one end 78b and the other end 79b of the second folding line 36) in the width direction X. It is. The mass per unit area of the cushion layer 20 in the first side region 75 and the second side region 76 is substantially equal, and the mass per unit area of the cushion layer 20 in the central region 77 is the first and second side regions 75, Greater than that at 76.

  The first and second side regions 75 and 76 and the central region 77 are respectively disposed in the first cushion portion 71 disposed in the first area 41 of the covering sheet 21 and the second area 42 of the covering sheet 21. The second cushion part 72 and the third cushion part 73 disposed in the third area 43 of the covering sheet 21 are provided. The 1st cushion part 71 is arrange | positioned in the area | region which forms the 1st edge part 17 of the makeup pad 10 in the 1st area 41, the 2nd cushion part 72 is arrange | positioned in the whole area of the 2nd area 42, and a 3rd cushion part 73 is arranged in a region forming the second end portion 18 of the makeup pad 10 in the third area 43.

  The first area 41 of the covering sheet 21 is in a state in which the cushion layer 20 is sandwiched between the second area 42 (that is, a state in which a part of the second cushion part 72 and the first cushion part 71 are sandwiched), The second section 42 is bent along the first folding line 35 toward the non-skin contact surface side, and the third section 43 has a state in which the cushion layer 20 is sandwiched between the second section 42 (that is, the first section 42). 2 in a state in which a part of the second cushion portion 72 and the third cushion portion 73 are sandwiched) along the second folding line 36 and bent toward the skin contact surface side of the first section 41 stacked on the second section 42. It has been. In the decorative pad 10, the mass per unit area of the cushion layer 20 at the first and second end portions 17 and 18 is larger than that of the intermediate portion 19. The first and second end portions 17 and 18 and the intermediate portion 19 each have a unit area of the cushion layer 20 in the central region in the second direction R (that is, the region where the central region 77 of the cushion layer 20 is disposed). The hit mass per unit area of the cushion layer 20 in both side regions (that is, regions where the first and second side regions 75 and 76 of the cushion layer 20 are arranged) located outside the second direction R of the central region. Greater than mass. Furthermore, the mass per unit area of the cushion layer 20 in both side regions of the first and second end portions 17 and 18 is preferably smaller than that in the central region of the intermediate portion 19.

  Thus, since the mass per unit area of the cushion layer 20 in the 1st and 2nd edge parts 17 and 18 is larger than that of the intermediate part 19, the makeup pad 10 loses shape of the makeup pad 10 in use. Can be prevented. Since the mass per unit area of the cushion layer 20 in both side areas in the second direction R is smaller than that in the central area in the second direction R, the decorative pad 10 enhances cushioning properties of the decorative pad 10 in the central area. In the both side areas, the laminated covering sheets 21 can be firmly joined at the side joining portions 44.

  The laminated first and second side edge portions 31 and 32 are respectively fused by embossing / debossing by heat or ultrasonic waves, and thereby, both-side joining in which the folded covering sheet 21 is joined. A portion 44 is formed. The first and third areas 41 and 43 form the first surface 11 of the makeup pad 10, and the second area 42 forms the second surface 12. A pocket 50 is formed in the first surface 11 by a third area 43 stacked on the first and second areas 41 and 42. In the joint portions 44 on both sides, the cushion layer 20 is fused to the covering sheet 21 while being sandwiched between the second section 42 and the first and third sections 41 and 43.

  Referring to FIG. 1, the both side joints 44 extend from the first fold line 35 to the second fold line 36, and the first joint part 45 located on the first side edge 31 and the second side edge. 2nd joint part 46 located in the part 32 is included. The first and second joint portions 45 and 46 each have a straight portion 47 extending in the first direction S (length direction Y) and a pair of inclined portions 48 positioned outside the straight portion 47 in the first direction S. And have. In the present embodiment, the straight portion 47 is located at the intermediate portion 19 of the makeup pad 10, and the inclined portion 48 is located at the first and second end portions 17, 18 of the makeup pad 10. Is larger in the length direction Y than the inclined portion 48. In the present embodiment, each of the joint portions 45 and 46 is formed by a large number of substantially circular welding spots, but in other shapes, for example, a substantially rectangular welding spot or a continuous or discontinuous line shape. It may be formed.

  In the inclined portion 48, the bonding strength between the laminated covering sheets 21 is higher than that of the straight portion 47. By making the joint strength of the inclined portion 48 located at the corner of the decorative pad 10 relatively high, it is possible to prevent the decorative pad 10 from being deformed during use. In addition, it is preferable that the outer end portion 48 a of the inclined portion 48 positioned at both end edges 15 and 16 of the decorative pad 10 is formed with a higher bonding strength than other portions of the inclined portion 48. Referring to FIGS. 1 and 3, the distance between the side edge 13 of the decorative pad 10 and the first joint 45 and the distance between the side edge 14 and the second joint 46 of the decorative pad 10 (each side edge 13, 14). The dimension (d1) in the second direction R of the non-joined portion of the covering sheet 21 located between the joint portions 45 and 46 is preferably in the range of about 0.5 to 5 mm. The width dimension (dimension in the second direction R) d2 of the joint portions 45 and 46 is preferably in the range of about 0.5 to 5 mm.

  The pocket 50 is demarcated by both side joint portions 44, a second folding line 36 extending between the both side joint portions 44, and a second end edge portion 34, and the second end edge portion 34 causes the second direction R (width direction X) to be defined. An opening edge 51 of the pocket 50 extending along is formed. In the pocket 50, the dimension L2 in the first direction S of the laminated portion in which the first and third areas 41 and 43 are laminated is approximately 20 to 50% of the dimension L1 in the first direction S of the decorative pad 10. Have. The dimension L1 in the first direction S of the decorative pad 10 is about 45 to 65 mm, and the dimension L5 in the second direction R is about 65 to 85 mm. In the present embodiment, the opening edge 51 is located in the intermediate portion 19 of the decorative pad 10, and the edge 33 a on the first end edge portion 33 side of the covering sheet 21 is located in the intermediate portion 19. The opening edge 51 may be configured to be positioned at the first end portion 17 of the makeup pad 10.

  In such a makeup pad 10, a cleansing agent is applied to the first surface 11 or the second surface 12 to be used as a makeup removal pad, or pores are removed from the first surface 11 or the second surface 12. In order to remove old keratin, a lotion (so-called wiping lotion) can be applied and used as a pad for lotion. When the makeup is wiped off, the first surface 11 or the second surface 12 of the makeup pad 10 is pressed against the skin and rubbed. Necessary flexibility to the extent that no irritation is felt is required. In particular, when using it by impregnating with a wiping lotion, it is required to have a relatively high flexibility so as not to feel irritation while removing dirt and old keratin of pores.

  In the makeup pad 10 according to this embodiment, the outer layer 24 forming the first and second surfaces 11 and 12 is a fiber mainly composed of hygroscopic fibers (first fibers 26) that are ultrafine fibers having an average fiber diameter of 10 μm or less. Since it is formed of a non-woven fabric, the feeling of irritation can be reduced and a soft touch can be obtained as compared with the case where the outer layer is formed of a non-woven fabric having a relatively large fiber diameter. Furthermore, since this ultrafine fiber is a meltblown fiber, the fiber diameter can be made uniform and the peripheral surface of the fiber can be made smoother, compared to those using a split fiber as the ultrafine fiber. This can be further improved. Moreover, since the inner layer 23 is mainly made of cellulosic fibers having an average fiber diameter larger than that of the hygroscopic fibers, it is possible to prevent the strength of the covering sheet 21 from being reduced by using ultrafine fibers.

  That is, when the covering sheet 21 is formed only from ultrafine fibers, the outer layer 24 made of ultrafine fibers (first fibers 26) may be used, although it is weak and may not be able to wipe off keratin and the like stably. As the inner layer 23 composed of water-absorbing fibers (second fibers 27) having an average fiber diameter larger than that of the ultrafine fibers is laminated, the covering sheet 21 has a required strain and is stably provided. The keratin etc. can be wiped off.

  Further, when the inner layer 23 includes hydrophobic thermoplastic fibers, the hygroscopicity / water absorption of the inner layer 23 is lowered, so that the action of drawing the cosmetic liquid or the like held in the outer layer 24 is suppressed, and this effect is reduced. It can be improved further. Further, when the first side edge portion 31 and the second side edge portion 32 laminated at the both side joining portions 44 are fused by heat or ultrasonic embossing / debossing, the inner layer 23 and the outer layer 24 facing each other However, since the constituent fibers of the two layers are different, the bonding strength may be lowered. By including the thermoplastic fiber in the inner layer 23, the bonding strength at the both-side bonded portion 44 is improved, and the portion can be prevented from peeling off during use.

<Manufacturing method of coating sheet>
The outer layer 24 and the inner layer 23 constituting the covering sheet 21 can be integrated by a mechanical entanglement method, a fluid entanglement method (a hydroentanglement method, an air entanglement method), or a needle punch entanglement method, and preferably integrated by a hydroentanglement method. It has become. As long as the effects of the present invention described later can be obtained, the covering sheet 21 can be formed by joining the layers 23 and 24 with an adhesive (binder), but the layers 23 and 24 are integrated by a hydroentanglement method. By doing so, the covering sheet 21 has excellent flexibility and good skin contact.

  FIG. 4 is a side view schematically showing main parts in the manufacturing process of the covering sheet 21, and FIG. 5 is a partially enlarged perspective view of the covering sheet 21. The main part in the manufacturing process will be described with reference to FIG. 4. First, a first fiber web 91 (lower layer) serving as a material for the inner layer 23 and a second fiber web (upper layer) 92 serving as a material for the outer layer 24 are laminated. The resulting fiber layer 93 is conveyed in the machine direction MD under the action of high-pressure water jet. The fiber layer 93 is optionally supplied with a water film from a tank 94 and stabilized in shape, and then guided to an endless belt-shaped mesh screen as an opening support 95, and a suction 96 is drawn from below the mesh. The wastewater is allowed to act, and a high-pressure water stream is jetted from a plurality of nozzles 97 having a predetermined diameter and pitch from above. A plurality of nozzles 97 are arranged in a direction (crossing direction) intersecting the machine direction MD. Although not shown, the mesh screen is formed by plain weaving a plurality of stainless steel wires crossing each other (for example, a warp wire and a weft wire orthogonal to each other), and a plurality of wire wires cross each other. It has a knuckle part. In this manufacturing process, the smoothness of the skin facing surface side is improved by jetting a high-pressure water stream to the outer layer 24 side, and the skin contact is improved. However, as long as the effects of the present invention described later are exhibited, the inner layer 23 side A high-pressure water flow may be injected to the inner layer 23, or a high-pressure water flow may be injected from both the inner layer 23 side and the outer layer 24 side.

  By this injection treatment, the fibers of the first fiber web 91 and the fibers of the second fiber web 92 are entangled and positioned on the knuckle portion of the fibers constituting the first fiber web 91 on the aperture support 95. When the fibers to be moved are moved by the action of the jet water, the fibers are rearranged around the knuckle portion, and an opening 80 in which the fibers do not exist is formed. Further, the first fiber web 91 is formed with a plurality of groove portions 82 arranged in the intersecting direction by the high-pressure water flow ejected from the plurality of nozzles 97 arranged in the intersecting direction, and a flange portion 81 positioned between the groove portions 82 is formed. Is done. The opening 80 is located in the groove 82. On the other hand, the second fiber web 92 to which the high-pressure water stream is directly jetted is relatively thin and is jetted in a state where ultrafine fibers such as nylon are randomly arranged and the fibers can move. The plurality of apertures 80 are not formed by being shaped like the one-fiber web 91, and the interlaced fibers are unwound and spread uniformly in a net shape. Therefore, the ultrafine fibers constituting the second fiber web 92 are present so as to block the openings 80 in the first fiber web 91.

  Referring to FIGS. 5 to 7, in the covering sheet 21 manufactured by the manufacturing method described above, the ultrafine first fibers 26 constituting the outer layer 24 are uniformly spread in a net shape. When pressed so as to rub against the face, the first fibers 26 can enter the pores and perform a brushing function so as to scrape off cosmetic powder, sebum and the like. Further, since the first fibers 26 having low hygroscopicity are spread in a net shape on the skin contact surface, a substantially uniform liquid film in which the cosmetic liquid impregnated in the makeup pad 10 spreads uniformly on the skin contact surface is obtained. When it is formed and the adhesion to the skin is improved and it is used as a cosmetic pack, it can exhibit good adhesiveness to the skin.

  In addition, since the outer layer 24 has a relatively small fiber gap formed by the first fibers 26 being arranged relatively densely in a net shape, when the fiber gap is relatively large or as in the inner layer 23. Compared with the case where a plurality of apertures 80 are formed, the liquid retaining property of the cosmetic liquid or the like is good. Therefore, even when the cosmetic pad 10 is impregnated with a relatively small amount of cosmetic liquid, the cosmetic liquid is not instantaneously absorbed by the cushion layer 20, and the cosmetic powder or Can wipe off dirt on the skin. In the covering sheet 21, the flange portion 81 and the groove portion 82 preferably extend in the first direction S or the second direction R. In the present embodiment, the flange portion 81 and the groove portion 82 extend in the second direction R, and in the first direction S, The groove portions 82 are alternately arranged.

  Moreover, since the inner layer 23 is formed from the 2nd fiber 27 with a larger average fiber diameter than the 1st fiber 26, and has an uneven | corrugated shape, it has required sheet | seat strength. Therefore, the entire covering sheet 21 has a proper strain, and the outer layer 24 is prevented from being slid when it comes into sliding contact with the skin, so that a stable wiping operation can be performed. Further, the cosmetic liquid that has moved from the outer layer 24 to the inner layer 23 is diffused along the groove 82 to the entire inner layer 23 and is quickly moved from the plurality of apertures 80 to the cushion layer.

  Further, the first fibers 26 forming the outer layer 24 are continuous fibers (continuous) extending in the first direction S or the second direction R so that the end portions of the fibers do not exist on the first and second surfaces 11 and 12. Fiber). When the first fibers 26 are short fibers (staples) in which the end portions of the fibers are present on the first and second surfaces 11 and 12, the end portions may strike the skin and cause irritation when used. However, short fibers are used by forming continuous fibers on the first and second surfaces 11 and 12 so that the end portions do not exist except for the first and second side edges 31 and 32. Compared to the case, the touch can be improved. In such an outer layer 24, the first fiber 26 is a filament, and the fiber length is relatively large in the state of the fiber layer 93, for example, the dimension in the first direction S and / or the second direction R of the makeup pad 10. Is preferably larger. Referring to FIGS. 1 and 3 again, in the decorative pad 10 according to the present embodiment, the double-sided joints 44 are formed inside the side edges 13 and 14 of the decorative pad 10 that is the cutting side of the covering sheet 21. In the cosmetic liquid application region defined by the both-side joint portion 44 and both end edges 15 and 16 on the second surface 12, there is no end portion of the hygroscopic fiber which is a continuous fiber, and a good touch can be obtained. .

  When the inner layer 23 includes a hydrophobic thermoplastic fiber, the hygroscopicity / water absorption of the inner layer 23 decreases, so that the effect of drawing the cosmetic liquid etc. held in the outer layer 24 is suppressed, and this effect is further improved. Can be made. Further, when the first side edge portion 31 and the second side edge portion 32 laminated at the both side joining portions 44 are fused by heat or ultrasonic embossing / debossing, the inner layer 23 and the outer layer 24 facing each other However, since the constituent fibers of the two layers are different, the bonding strength may be lowered. By including the thermoplastic fiber in the inner layer 23, the bonding strength at the both-side bonded portion 44 is improved, and the portion can be prevented from peeling off during use.

  On the skin contact surface of the decorative pad 10, the average surface friction coefficient (MIU) is 0.35 or more, and the average deviation (SMD) [unit: μm] of the surface roughness is 1.20 or less. Furthermore, the average surface friction coefficient (MIU) of the skin contact surface is preferably 0.45 or less, and the average deviation (SMD) of the surface roughness is more preferably 1.00 or less. The average deviation (MMD) of the surface friction coefficient is preferably 0.010 or less.

  In this way, by using a very fine fiber having an average fiber diameter of 10 μm or less and a relatively high average surface friction coefficient (MIU) of 0.35 or more, the skin contact surface is more slimy and sucks. Such a feeling (adhesion feeling) can be obtained. Furthermore, on a flat wiping surface with less unevenness, where the average deviation (SMD) of the surface roughness is 1.20 or less, it is possible to scrape dirt that has entered the pores by relatively increasing the average surface friction coefficient. . In the makeup pad 10 of the present embodiment, since the outer layer 24 includes the very fine first fibers 26, a plurality of small edge portions are formed on the skin contact surface and have a relatively high frictional resistance. By forming the edge portion on a flat surface with less unevenness, it is possible to wipe off fine dirt that has entered the pores without rubbing the skin strongly, and the wiping property is excellent. In the covering sheet 21, since the ultrafine fiber layer (outer layer 24) is supported by the inner layer 23, tearing and twisting hardly occur, and the ultrafine fiber (first fiber 26) is easily adhered to the skin. In the state which apply | coated etc., the wiping property can be improved compared with what used the ultrafine fiber layer by the single layer. Moreover, by making the average deviation (MMD) of the surface friction coefficient 0.010 or less, it is possible to obtain a smooth touch. Thus, both the average deviation of the surface roughness and the average deviation of the surface friction coefficient are obtained. By making it relatively small, it becomes easier to form a uniform liquid film on the skin contact surface when the cosmetic liquid is applied, and the adhesion feeling can be further improved.

  In addition, in the thickness direction Z, the makeup pad 10 disappears liquid droplets generated by dripping 0.02 ml of pure water colored with 0.005 mass% blue No. 1 onto the skin contact surface. The time is at least about 0.3 seconds or more, preferably about 7 seconds or less, and more preferably about 5 seconds or less. In such a makeup pad 10, when a general usage amount (about 2 ml) of a cosmetic liquid (cleansing agent, etc.) is applied when used as a makeup remover, the application of the cosmetic liquid to the contact with the skin During the required time, the liquid can be suitably held on the skin contact surface. Moreover, the wiping off property can be improved by setting the vanishing time of the liquid droplets to about 7 seconds or less so that the makeup pad has an appropriate water absorption.

<Modification>
FIG. 8A is a schematic cross-sectional view similar to FIG. 2 in the first modification of the makeup pad 10, and FIG. 8B is a schematic cross-section similar to FIG. 2 in the second modification of the makeup pad 10. FIG. The makeup pad 10 according to Modifications 1 and 2 has the same basic configuration as that according to the above-described embodiment, and therefore only the differences will be described below.

  In the decorative pad 10 according to the first modification, the second end edge portion 34 of the covering sheet 21 is bent with the inner layer 23 inside along the third folding line 60 extending in the width direction X (second direction R). A first bent end 53 is provided. The first bent end portion 53 has a dimension L3 in the length direction Y of about 1 to 5 mm and is located at the first end portion 17. The opening edge 51 of the pocket 50 is formed by the third folding line 60. In such a makeup pad 10, since the covering sheet 21 is folded back at the opening edge 51 of the pocket 50, the sheet strength at the opening edge 51 can be increased. Further, in the first bent end portion 53, the outer layer 24 in the first section 41 and the outer layer 24 in the third section 43 are joined to each other at the both side joint portions 44, so that the moisture absorption forming the outer layer 24 is performed. When the fiber is nylon 6 or nylon 66 and the cellulosic fiber forming the inner layer 23 is rayon fiber, the bonding strength of the first and third sections 41 and 43 at the first bent end 53 is increased. Can do. The first bent end portion 53 may be configured to be located in the intermediate portion 19.

  In the decorative pad 10 in Modification 2, the second edge 34 of the covering sheet 21 is bent along the third folding line 60 extending in the width direction X (second direction R) with the inner layer 23 inside. The first bent end portion 53 and the first end edge portion 33 of the covering sheet 21 were bent along the fourth folding line 61 extending in the width direction X (second direction R) with the outer layer 24 inside. And a second bent end 54. The first bent end 53 is located at the first end 17, the second bent end 54 is located at the second end 18, and the length of the first and second bent ends 53, 54 is Dimensions L3 and L4 in the length direction Y are about 1 to 5 mm, respectively. With such a makeup pad 10, the effect of the first modification can be obtained. Moreover, in the both-side joining part 44 in the 2nd bending edge part 54, the inner layer 23 of the 1st area 41 and the inner layer 23 of the 2nd and 3rd areas 42 and 43 are joined, and the inner layer 23 is joined. When the heat-fusible fiber is included, the bonding strength at the second bent end 54 can be increased. In addition, the structure located in the intermediate part 19 may be sufficient as the 1st and 2nd bending edge parts 53 and 54, respectively.

  Examples of the present invention will be specifically described below, but the present invention is not limited to the following examples.

[Example 1]
Cover sheet: 0.25 mm thickness, mass per unit area 30 g / m ²
Outer layer: thickness 0.09 mm, mass per unit area 10 g / m ² ,
Meltblown nonwoven fabric (nylon 6: 100% by mass),
Average fiber diameter of the first fiber 4μm
Inner layer: thickness 0.16 mm, mass per unit area 20 g / m ² ,
Spunlace nonwoven fabric (rayon: 80% by mass, heat-sealable fiber 20%),
Second fiber (rayon) average fiber diameter 16μm

[Example 2]
Cover sheet: 0.25 mm thickness, mass per unit area 30 g / m ²
Outer layer: thickness 0.09 mm, mass per unit area 10 g / m ² ,
Meltblown nonwoven fabric (nylon 6: 100% by mass),
Average fiber diameter of the first fiber 4μm
Inner layer: thickness 0.16 mm, mass per unit area 20 g / m ² ,
Spunlace nonwoven fabric (rayon: 100% by mass),
Average fiber diameter of the second fiber 15 μm

[Comparative Example 1]
Cover sheet (single layer): thickness 0.27 mm, mass per unit area 30 g / m ² ,
Meltblown nonwoven fabric (nylon 6: 100% by mass),
Average fiber diameter 4μm

[Comparative Example 2]
Cover sheet (single layer): thickness 0.25 mm, mass per unit area 30 g / m ² ,
Spunlace nonwoven fabric (cotton: 100% by mass),
Average fiber diameter 10-20μm

[Comparative Example 3]
Cover sheet (single layer): thickness 0.25 mm, mass per unit area 30 g / m ² ,
Spunlace nonwoven fabric (rayon: 100% by mass),
Average fiber diameter 15μm

  For each of the examples and comparative examples, an average surface friction coefficient (MIU), an average deviation of surface friction coefficient (MMD), an average deviation of surface roughness (SMD), a dripping test, a wiping test, and a sensory test are performed. The results of measurement and sensory evaluation are shown in Table 1. In addition, this measurement is generally known as a characteristic value representing the touch of the nonwoven fabric, and is a characteristic value in KES manufactured by Kato Tech Co., Ltd. (reference: texture evaluation standardization and analysis (second edition), author) Measured based on Kawabata Toshio, July 10, 1980).

  The measurement method and evaluation criteria of the measurement test shown in Table 1 are as follows. Each measurement is A (excellent), B (good), and C (normal) based on a predetermined standard. D (bad) was evaluated.

<Measurement method of surface characteristics>
The measurement of the surface characteristics was performed using a KES-FB4 manufactured by Kato Tech Co., Ltd., using a 1.0 × 1.0 cm range at the center in the first and second directions of the second surface of each sample as a sample. The test was performed on a flat metal test bench. The surface roughness is measured by applying a load of 10 gf on the surface and pressing a contact terminal having a width of 0.5 cm wound with a piano wire having a diameter of 0.5 mm to the sample, and surface friction. The measurement is performed by arranging ten piano wires that are the same as the contact terminals used for the measurement of the surface roughness and pressing the contact surface against the sample with a force of 50 fg using a weight. In the measurement of surface friction and surface roughness, the sample is moved 2 cm horizontally at a constant speed of 0.1 cm / sec, and a uniaxial tension of 20 gf / cm is applied to the sample. From the measurement results, an average surface friction coefficient MIU, an average deviation MMD of the surface friction coefficient, and an average deviation SMD [μm] of the surface roughness were obtained. Measurement was performed for each of the first direction and the second direction on the second surface of each sample (the surface not having the opening edge 51 of the pocket 50), and the average value was taken as the value of each sample.

≪Evaluation criteria≫
1. Value of average surface friction coefficient (MIU) A: 0.35 or more B: 0.30 or more, less than 0.35 C: 0.25 or more, less than 0.30 D: less than 0.25 Mean deviation of surface friction coefficient (MMD)
A: 0.010 or less B: Over 0.010, 0.015 or less C: Over 0.015, 0.020 or less D: Over 0.020 Surface roughness average deviation (SMD) value [μm]
A: 1.20 or less B: Over 1.20, 1.40 or less C: Over 1.40, 1.60 or less D: Over 1.60

<Measurement method of wiping test>
A cosmetic (foundation) wiping test was performed using the cosmetic pad 10 of the present invention and the cosmetic pad of the comparative example. As a test apparatus, a friction wear measuring apparatus TL201Ts manufactured by Trinity Lab Co., Ltd. was used. In addition, the test was performed in a state where the cosmetic pad was not applied with a liquid such as a cosmetic liquid. First, 0.02 g of cosmetic product was applied to a rectangular slide glass having a width of 26 mm and a length of 90 mm in a circular shape with a diameter of 13 mm, centering on a position 20 mm from the edge in the length direction, to obtain a test piece. Next, the decorative pad 10 is sandwiched between pad test fixtures (depth 20 mm, width 70 mm) with the second surface 12 as an exposed surface, and the test piece is 40 minutes after applying cosmetics. On the other hand, the edge of the test piece was applied at a moving speed of 2.5 mm / s while applying a certain load to the dedicated jig (a load of 100 g with respect to the area 5.2 cm ² of the decorative pad 10 in contact with the test piece). The cosmetics were wiped off at a moving distance of 60 mm.

  Next, the test piece after wiping off the cosmetics is read with a scanner (GT-X750 manufactured by Seiko Epson Corporation), and then the image is read using image software (Adobe Photoshop Elements 3.0), and using Histgram Analysis software. Histogram processing was performed and binarization processing was performed. The value of the binarization treatment of the test piece before wiping off the cosmetic product was set to 100, the value of the binarization treatment of the test piece after wiping off was shown as a ratio, and the wiping rate was obtained. The number of samples in each example was N = 3, and the average value was calculated. In this measurement, a foundation (for example, containing preservatives, surfactants, ultraviolet absorbers, tar dyes, artificial fragrances, and the like) as a cosmetic is generally used.

≪Evaluation criteria for wiping rate≫
A: 90% or more B: 80% or more, less than 90% C: 70% or more, less than 80% D: less than 70%

<Measurement method of drop time (drop test)>
The disappearance time of the droplets was measured in a constant temperature and humidity chamber of 20 degrees and 60% RH by the following measurement method. The decorative pad 10 is placed on the test table such that the second surface 12 (the surface not having the opening edge 51 of the pocket 50) is the upper surface, and the first direction S and the second direction R of the second surface 12 are placed. 0.02 ml of pure water (distilled water) colored with 0.005% by weight of Blue No. 1 is dropped from the position of a height of 5 mm on the test table. Moving images were taken from when the droplets adhered to the second surface 12 until they disappeared (until the liquid droplets were absorbed and the liquid balls disappeared from the second surface 12), and the time was counted. The cosmetic pads of each comparative example were measured in the same manner. The composition of the cushion layer of the decorative pad in each example was the same, and 100% rayon fiber was used. The number of samples in each example was N = 20, and the average value was calculated.

≪Evaluation criteria≫
A: 0.03 seconds or more and 5.0 seconds or less B: More than 5.0 seconds to 7.0 seconds or less C: More than 7.0 seconds, 15.0 seconds or less D: Other than that

<Sensory evaluation>
2 ml of pure water (distilled water) was infiltrated into the second surface of each makeup pad, and 10 female panelists wiped off 0.2 g of foundation applied to the face with each makeup pad. The “softness”, “smoothness (adhesion feeling)” and “wiping feeling” were evaluated in four stages.
1. Softness A: soft B: soft soft C: can't say either D: not soft 3. A feeling of slimness A: A feeling of slimness B: A feeling of slimness C: A feeling of slimness D: There is no feeling of slimness A feeling of wiping A: There is a feeling of wiping B: There is a feeling of wiping slightly C: Neither can be said D: There is no feeling of wiping

<Measurement results>
As shown in Table 1, on the second surface 12 side of the decorative pad 10 of Examples 1 and 2, the average surface friction coefficient (MIU) is 0.35 or more, and the average deviation (MMD) of the surface friction coefficient is 0.010 or less, and the average deviation (SMD) of the surface roughness was 1.20 or less. The decorative pad of Comparative Example 1 had an average surface friction coefficient of 0.35 or more and an average deviation of surface roughness of 1.20 or less, but the average deviation of the surface friction coefficient was more than 0.010. The decorative pad of Comparative Example 2 had an average surface friction coefficient of less than 0.30, an average deviation of the surface friction coefficient of more than 0.010, and an average deviation of the surface roughness of more than 1.20. The decorative pad of Comparative Example 3 had an average surface friction coefficient of less than 0.30, an average deviation of the surface friction coefficient of more than 0.010, and an average deviation of the surface roughness of more than 1.60. Moreover, in the wiping test, the decorative pad 10 of Examples 1 and 2 and the decorative pad of Comparative Example 1 had a wiping rate of 90% or more, and showed a high wiping rate exceeding 90% without applying the cosmetic liquid. . On the other hand, in the makeup pads of Comparative Examples 2 and 3, the wiping rate was less than 80%. In the drop test, the cosmetic pads of Examples 1 and 2 had a liquid drop disappearance time (average value) of 0.3 seconds or more and 5.0 seconds or less. On the other hand, the cosmetic pad of Comparative Example 1 has a droplet disappearance time in the range of 7.0 to 15.0 seconds, and the cosmetic pads of Comparative Examples 2 and 3 have a droplet disappearance time of less than 0.3 seconds. Met.

  From the results of such measurement and evaluation, the makeup pads 10 of Examples 1 and 2 have a comparison between the skin contact surfaces because the first fibers 26 are irregularly arced and spread in a mesh shape on the skin contact surfaces. When a liquid such as a cosmetic liquid is supplied to the skin contact surface, the liquid spreads uniformly on the skin contact surface and can form a uniform liquid film. In addition, since the cosmetic pad 10 of Examples 1 and 2 includes the first fibers 26 made of ultrafine fibers in the outer layer 24, a plurality of small edge portions are formed on the skin contact surface side, and a relatively high frictional resistance is achieved. Since it has, it is excellent in handling property and can be wiped off so as to scrape out fine dirt that has entered the pores.

  Thus, the cosmetic pad 10 of Examples 1 and 2 has the skin contact surface formed of the first fibers 26 made of ultrafine fibers, is relatively smooth, and is relatively frictional resistant. Therefore, also in the sensory evaluation, the evaluation of “softness”, “smoothness”, and “wiping feeling” was “A”, and the characteristics of the makeup pad 10 were actually confirmed as a feeling of use. On the other hand, the cosmetic pads of Comparative Examples 1 to 3 are not as smooth as those of Examples 1 and 2, and in particular, the cosmetic pads of Comparative Examples 2 and 3 have a relatively uneven surface. Since the frictional resistance is low, a uniform liquid film is formed as in Examples 1 and 2, and a sufficient brushing function cannot be exhibited. There was nothing to become.

  In addition to the materials described in the specification, various known materials that are usually used in this type of article can be used without limitation for the constituent members of the disposable cosmetic pad 10 according to the present invention. it can. In the specification and claims, the terms “first”, “second”, and “third” are used to simply distinguish similar elements, positions, and the like.

  The disclosure relating to the present invention described above can be organized into at least the following matters.

  In a disposable cosmetic pad having a skin contact surface and including a hydrophilic layer containing a hydrophilic fiber and a cover sheet covering the cushion layer, the cover sheet forms the skin contact surface, and the average fiber. An outer layer mainly composed of hygroscopic first fibers having a diameter of 10 μm or less, and an inner layer mainly composed of second fibers coated on the outer layer and having a larger average fiber diameter than the first fibers. The cosmetic pad has an average deviation (SMD) of the surface roughness of the skin contact surface of 1.20 μm or less and an average surface friction coefficient (MIU) of 0.35 or more.

The present invention disclosed in the above paragraph 0073 can include at least the following embodiments.
(1) The average deviation (MMD) of the surface friction coefficient of the skin contact surface is 0.010 or less.
(2) The decorative pad has a first direction and a second direction orthogonal to the first direction. In the outer layer, the first fibers are uniformly spread in a mesh shape, and the inner layer has the second direction. A plurality of apertures arranged in parallel to each other are formed, and the first fibers straddle at least a part of the apertures.
(3) The inner layer has a plurality of flanges extending in the second direction and grooves located between the flanges, and the flanges and the grooves are alternately arranged in the first direction, The plurality of openings are located in the groove.
(4) The density of the outer layer is 0.05 to 0.2 g / cm ³ , and the thickness dimension of the outer layer is 20 to 60% of the thickness dimension of the inner layer.
(5) The first fiber is nylon.
(6) The second fiber is a fiber having higher hygroscopicity than the first fiber.
(7) The second fiber is at least one of cellulosic fibers including rayon and cotton.
(8) The outer layer and the inner layer are integrated by a hydroentanglement method.

DESCRIPTION OF SYMBOLS 10 Cosmetic pad 17 1st edge part 18 2nd edge part 19 Intermediate | middle part 20 Cushion layer 21 Cover sheet 23 Inner layer 24 Outer layer 26 1st fiber 27 2nd fiber 80 Opening hole 81 Gutter part 82 Groove part S 1st direction R 2nd direction

Claims (9)

In a disposable makeup pad having a skin contact surface, including a cushion layer containing hydrophilic fibers, and a covering sheet covering the cushion layer,
The covering sheet comprises an outer layer mainly composed of a first fiber having a hygroscopic property with an average fiber diameter of 10 μm or less, which forms the skin contact surface, and an average than the first fiber covered with the outer layer. An inner layer mainly composed of second fibers having a large fiber diameter,
The makeup pad is characterized in that an average deviation (SMD) of the surface roughness of the skin contact surface is 1.20 μm or less and an average surface friction coefficient (MIU) is 0.35 or more. pad.   The makeup pad according to claim 1, wherein an average deviation (MMD) of a surface friction coefficient of the skin contact surface is 0.010 or less.   The decorative pad has a first direction and a second direction orthogonal to the first direction. In the outer layer, the first fibers are uniformly spread in a mesh shape, and the inner layer has a plurality of lines arranged in the second direction. 3. The makeup pad according to claim 1, wherein the first fibers are straddling at least a part of the openings.   The inner layer has a plurality of flanges extending in the second direction and grooves located between the flanges, and the flanges and the grooves are alternately arranged in the first direction, The decorative pad according to claim 3, wherein an opening is located in the groove. The density of the outer layer is 0.05 to 0.2 g / cm ³ , and the thickness dimension of the outer layer is 20 to 60% of the thickness dimension of the inner layer. The makeup pad as described in.   The makeup pad according to any one of claims 1 to 5, wherein the first fiber is nylon.   The makeup pad according to any one of claims 1 to 6, wherein the second fiber is a fiber having higher hygroscopicity than the first fiber.   The makeup pad according to any one of claims 1 to 7, wherein the second fiber is at least one of cellulosic fibers including rayon and cotton.   The makeup pad according to any one of claims 1 to 8, wherein the outer layer and the inner layer are integrated by a hydroentanglement method.

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