KR102219064B1 - Cosmetic packaging and pouring assembly - Google Patents

Abstract

The present invention comprises at least one reservoir 212 intended to contain a cosmetic product and at least one sieve 224 having a plurality of holes through which the cosmetic product is poured, the hole defining at least one outer spout zone, The at least one external spout zone comprises at least one first zone 220 that is flocked and at least one second zone 222 that is not flocked or is flocked differently from the first zone. It relates to a packaging and pouring assembly (210). The invention also relates to a cosmetic carrier and a method for manufacturing the assembly.

Description

Cosmetic packaging and pouring assembly

The present invention relates to a cosmetic packaging and dispensing assembly, wherein the packaging and dispensing assembly includes at least one reservoir intended to contain the cosmetic and at least one sieve having a plurality of holes so that the cosmetic is dispensed, wherein the hole is at least Define one external spout area.

The expression "cosmetics" is understood to define the products prescribed in Regulation 1223/2009 of the European Council and Parliament of 30 November 2009 on cosmetics. More specifically, a cosmetic product is a liquid or fluid product. Specifically, the cosmetic product may be a care product or a makeup product, for example a foundation or a cream.

Cosmetic assemblies, for example cosmetic compacts, are widely used as simple and convenient makeup tools. The cosmetic assembly is used to accommodate a cosmetic (cosmetic composition, formulation), for example, a foundation, and to apply the cosmetic to a desired area of the user's body or face. A typical cosmetic assembly has a cosmetic reservoir and a lid configured to close the reservoir.

Recently, cosmetics, for example, a cosmetic carrier impregnated with a cream-type or liquid-type foundation have been developed. The carrier may generally be formed of a foamable material or sponge, for example an acrylonitrile butadiene rubber (NBR) or polyurethane (PU) sponge. The carrier is inserted in the reservoir.

Liquid foundations or creams impregnated in a sponge commonly referred to as "cushion foundation" first appeared in Korea in 2008 and are now successfully spreading across the world market. This kind of carrier is impregnated with liquid cosmetics, for example, and the user can take the cosmetics from the surface of the carrier using an applicator, for example a puff.

The product can be extruded directly by the carrier by means of an applicator or through the pores on the upper and external sides of the carrier by applying slight pressure, or by means of an applicator, or through individual sieves (e.g., mesh) or nets. .

For example, containers of the "cushion" type can be found in the following literature.

EP0528705 discloses an impregnated cosmetic article comprising a sponge-like element impregnated with a fluid cosmetic. The sponge-like element is preferably constituted by a flexible synthetic foam with open cells. The synthetic foam may be made of polyurethane, polyvinyl chloride, polyethylene, epoxy resin or polystyrene. Preferably, the sponge-like element is carried with a flexible screen net. The screen net is supported on the sponge-like element by a frame that presses the periphery of the sponge-like element. The screen net is made of any material that is flexible enough to be able to deform the sponge-like element when the sponge-like element is pressed, and then restore it to its original shape when the user stops pressing.

JP-U-H01-131422 discloses a member for impregnating a fiber piece with a liquid. The nonwoven plate and the synthetic resin sheet are continuously laminated. The nonwoven plate may have a plate-like shape. The synthetic resin sheet has approximately the same surface shape as the nonwoven plate, and is formed of a soft synthetic resin, for example polyethylene. Many pores are drilled into the synthetic resin sheet, which can then act as a sieve.

EP2837306 discloses an impregnated cosmetic article comprising a screen net and an absorbent material or carrier impregnated with a cosmetic composition. The absorbent material adjoins the screen net. The screen net is made of one or more materials selected from the group consisting of polyurethane, thermoplastic elastomer (TPE), polyester, polyether, acrylic and olefin. The absorbent material can be, for example, a sponge, foam, or nonwoven fiber.

Unpublished PCT patent application PCT/EP2015/067542 also discloses a cushion-type cosmetic assembly in which the carrier is made of fibers, preferably nonwoven fibers. Cosmetics are poured out through the screen net.

Alternatively, the cosmetic product may be free within the reservoir, ie it may be poured out through the sieve or screen net illustrated above, but not impregnated into the carrier. The sieve can move inside the reservoir as the cosmetic is used, or can be fixed to the reservoir.

For example, such containers can be found in the following literature.

CN202664613 discloses an assembly having a sieve having a central hexagonal hole and several other holes disposed around the central hole.

JP2003-79425 describes an assembly in which a sieve made of a mesh is installed on a frame, and as a result of which cosmetics are used, the sieve moves downward of the reservoir.

WO2016/038546 discloses an assembly including a sieve having a hole whose cross section becomes smaller in size from the center of the sieve toward the periphery of the sieve.

In order to improve the appearance of the carrier, it is known to perform a surface treatment, specifically the flocking process disclosed in WO2013/154391. Flock processing is also described in JP2010/154876.

In general, there is a need to improve this assembly for pouring cosmetic products through a sieve or screen net, and have a new and characteristic application or makeup effect.

Specifically, when the spout surface is made of a porous element or a uniform mesh, it may be difficult to control the spout flow for various pore sizes.

Another problem may be excessive injection of cosmetic products from the periphery of the sieve or the ejection surface. As a result, cosmetics at the periphery of the sieve may be difficult or impossible to take at all with an applicator, and the cosmetics become dry, which leads to waste of cosmetics and hygiene problems.

It is known to provide holes of different sizes to adjust the pouring flow of cosmetics. This can be achieved for molded sieves or sieves with drilled holes, but not for porous membranes or meshes of foam. Even in the case of a molded sieve or a sieve having drilled holes, there is a need to have a special mold or a need to perform several drilling operations using drills of various sizes, which is complicated and time consuming.

It is an object of the present invention to provide a cosmetic carrier having a cosmetic distribution optimized for a pouring flow suitable for the cosmetic carrier. Applicants have found that cosmetic distribution can be well controlled and optimized using a floc processing technique.

In order to achieve the above object, the present invention includes at least one reservoir intended to contain cosmetics and at least one sieve having a plurality of holes through which the cosmetics are poured, wherein the holes define at least one external pouring zone. And, wherein the at least one outer spout zone comprises at least one first zone to be flocked and at least one second zone that is not flocked or is flocked differently from the first zone, characterized in that the cosmetic packaging and A pouring assembly is provided.

Indeed, surprisingly, it has been found that the flock fibers and adhesives used in the flock processing can be used to control and more accurately control the pouring flow. Without being bound by any theory, the adhesive and flock fibers will partially obstruct the pores or pores of the sieve.

By flocking several sections of the sieve differently, it is possible to define an optional spout flow path and/or strongly limit or even block the spout flow in other sections of the sieve.

Flocking differently means that the type of adhesive or fiber used will affect the spout flow, thus obstructing the hole differently. Specifically, this can be achieved by flocking certain regions of the extruding surface of the sieve and not flocking other regions. This can also be achieved through the density of the fibers (number of fibers per cotton unit).

It is also possible to flock certain regions using fibers of a given diameter, and flock other regions using fibers of larger or smaller diameters. Typically, the diameter of the fibers can be between 1 and 5 dtex (decitex, fabric measurement unit).

In order for the consumer to clearly specify the various spout zones that have been flocked, colored fibers or colored adhesives can be used.

In the present specification, the term "sieve" means an element having a plurality of holes through which the cosmetic product is poured. The sieve can be a mesh or a grid. The sieve can be made of a porous material, for example a porous membrane or foam. Alternatively, it can be made of a non-porous material having holes obtained, for example by drilling, or it can be made directly by molding of the material. The sieve may or may not be in the form of a sheet. The sieve may or may not be made of a flexible material. The sieve may be separate from the cosmetic carrier or may be integral with the carrier. This also includes the case where the sieve is actually constituted directly by the upper surface of the carrier.

The cosmetic product can be impregnated in the carrier, and the carrier is located in the reservoir. The carrier can be made of a foam material (sponge), for example an acrylonitrile butadiene rubber (NBR) or polyurethane (PU) sponge. The carrier can be made of fibers, preferably nonwoven fibers.

The at least one outer spout zone may comprise a peripheral region, which peripheral region is flocked more densely than the main region surrounded by the peripheral region. The at least one external spouting zone may be configured such that less cosmetic products dispensed through a hole in the surrounding area are injected through a hole in the main area surrounded by the surrounding area.

In addition, the present invention further provides a cosmetic-impregnated type cosmetic carrier having a plurality of pores or pores, the cosmetic carrier having at least one first zone that is flocked on the outer surface of the cosmetic carrier from which the cosmetic can be poured , It has at least one second zone that is not flocked or that is flocked differently from the first zone.

The cosmetic carrier may further comprise a separate sieve on the outer side of the cosmetic carrier, wherein a plurality of apertures are provided by the sieve and at least one first zone and at least one second zone are formed in the sieve.

In addition, the present invention further provides a cosmetic assembly comprising at least one reservoir and the cosmetic carrier in the reservoir.

In addition, the present invention further provides a method for manufacturing an assembly, the method comprising: (a) a reservoir intended to contain a cosmetic product and a sieve having a plurality of holes defining at least one external spout area from which the cosmetic product is poured. Providing, (b) specifying at least one first zone that is flocked in at least one outer spout zone of the sieve and at least one second zone that is not flocculated or that is flocked differently from the first zone. As, the first zone comprises a step smaller than the entire spout zone, and (c) providing a floc in at least one first zone.

The method may further comprise providing a floc in at least one second zone in a different manner than providing a floc in at least one first zone.

Providing the floc in the at least one first zone may include applying an adhesive to the at least one first zone and interspersing the floe over the at least one first zone. The adhesive can be applied by using a stencil.

The step of providing the flocs can be carried out under high voltage so that each floc is adsorbed vertically on the outer surface of the cosmetic carrier.

Next, non-limiting and representative embodiments of the present invention will be described in detail below with reference to the accompanying drawings so that the present invention may be better understood.

1 is a perspective view of a first embodiment of a cosmetic assembly according to the present invention with a lid open.
Fig. 2 is a perspective view of the second embodiment of the cosmetic assembly according to the present invention with the lid open.
Fig. 3 is a perspective view of a third embodiment of the cosmetic assembly according to the present invention with the lid open.

The present invention comprises at least one reservoir intended to contain cosmetics and at least one sieve having a plurality of holes through which the cosmetics are poured, the holes defining at least one outer spout zone, the at least one external spout The zone relates primarily to a cosmetic packaging and pouring assembly, characterized in that it has at least one first zone that is flocked and at least one second zone that is not flocculated or that is flocked differently from the first zone. The invention also relates to a method for manufacturing a cosmetic carrier and assembly.

Hereinafter, the present invention will be described in detail.

[Cosmetic assembly]

(First embodiment)

1 is a perspective view of a first embodiment of a cosmetic assembly 10 according to the present invention with a lid open.

<Cosmetic assembly>

The cosmetic assembly 10 includes a reservoir 12 having an opening, a cosmetic carrier 14, an inner lid 16 and an outer lid 18.

The reservoir 12 has a bottom wall and a cylindrical side wall. The opening of the reservoir 12 is defined by a bottom wall and a cylindrical side wall of the reservoir 12 to receive the cosmetic carrier 14. The shape of the reservoir 12 is circular in FIG. 1, but it should be understood that the shape of the reservoir can be square, rectangular, polygonal, elliptical, or any other shape.

The cosmetic carrier 14 is configured to impregnate a cosmetic, for example a cream-type or liquid-type foundation. The cosmetic carrier 14 is positioned within the opening of the reservoir 12 such that the upper side of the carrier 14 is exposed when both the inner lid 16 and the outer lid 18 are open.

The cosmetic carrier 14 is a sponge in FIG. 1, but the cosmetic carrier 14 may have at least one porous article, such as a sponge, or any other carrier that impregnates the cosmetic, with or without at least one sieve. You should understand that you can. For example, the cosmetic carrier may include a sponge and a sieve installed on the upper side of the sponge. Alternatively, the sieve may be integral with the cosmetic carrier, and may consist of the top surface of the porous carrier.

The cosmetic carrier is preferably formed of a flexible material. The material of the carrier may be a foam material, for example an acrylonitrile butadiene rubber (NBR) or polyurethane (PU) foam, a fiber, preferably a nonwoven fiber, or any other known suitable material.

Preferably, the cosmetic product impregnated in the carrier can be poured out through the upper side of the carrier as needed, and thus the upper side constitutes a sieve. Further preferably, when a pressing force is applied to the upper side of the carrier by an applicator (e.g., puff), or a user's finger, the carrier is deformed so that the upper side of the carrier approaches the bottom of the reservoir of the assembly. As a result, the cosmetics inside the carrier pass through the upper side of the carrier and seep out of the upper side of the carrier. After use, when the pressing force on the upper side of the carrier is released, the carrier returns to its original shape by its own restoring force.

It should be noted that the cosmetic assembly does not necessarily have such a cosmetic carrier impregnated with the cosmetic, and the cosmetic may be "free" within the reservoir. That is, for example, the cosmetic may be contained in the reservoir directly or indirectly in a solid state or a gel foam. In this case, preferably, a sieve may be provided by covering the cosmetic, and the cosmetic may be poured out through a plurality of holes in the sieve.

The inner lid 16 is hingedly connected to the top of the cylindrical wall of the reservoir 12. The inner lid 16 is configured to cover the cosmetic carrier 14 when the inner lid 16 is closed.

The outer lid 18 is also hingedly connected to the side of the reservoir 12. The outer lid 18 is configured to cover the closed inner lid 16 when the outer lid 18 is closed. Preferably, the opening/closing direction of the outer lid 18 is different from the opening/closing direction of the inner lid 16 relative to the reservoir 12. Preferably, the outer lid 18 is provided with a makeup mirror on its inner surface.

However, it should be understood that the cosmetic assembly 10 can have any configuration other than the above, as long as the cosmetic carrier 14 can be accommodated in the assembly 10. For example, in other embodiments, the inner lid and/or outer lid may be rotatably and/or detachably connected to the reservoir of the assembly. In yet another embodiment, the inner lid and/or outer lid may be installed in the form of a screw connection to the reservoir of the assembly.

<Cosmetic Carrier>

The cosmetic carrier 14 in the reservoir 12 has a floc processing zone 20 and a non-floc processing zone 22 on its upper side. In FIG. 1, six petal-shaped flocking regions 20 are formed on both sides of the upper side of the carrier 14. The other zone comprising its central portion corresponds to the non-floc processing zone 22.

A plurality of flocs are distributed over the floc processing zone 20. The material of the flock can be natural fibers, such as silk or cotton, or synthetic fibers, such as polyacrylate, polyethylene, polyamide, nylon and rayon. The length of each flock can be, for example, 1 mm. The diameter of each flock may be between 1 and 5 dtex (decitex, fabric measurement unit), for example. However, it should be understood that the material, length, or diameter of each flock may be appropriately selected.

The flocking zone 20 may exhibit the appearance of a raised zone as a whole compared to the surrounding non-flocing zone 22. Thus, the flock processing zone 20 may form any visual pattern, mark, symbol, character, or any other shape in the cosmetic carrier 14. Since the flocked pattern alters the pouring flow of the cosmetic product, the pattern can be transferred to the puff before application, and finally to the skin.

In the floc processing zone 20, the flocs partially close the pores of the carrier 14 to reduce their pore size, which leads to a reduction in the spout flow in the floc processing zone. Since the flock prevents cosmetic products from being poured out through the pores or holes, fewer cosmetics are poured out through the pores or holes in the flock processing zone 20 than in the non-floc processing zone 22. That is, this partial selective flock processing can control the flow of the cosmetic product in the carrier 14.

The cosmetic carrier may have a sieve (eg, mesh) having a plurality of holes on the outer surface of the carrier. In this case, the floc is typically provided on a sieve. If the carrier has such a sieve with holes of various sizes, the flocs likewise plug or close the holes.

Alternatively, the outer surface of the cosmetic carrier may have at least one first flocking zone and at least one second flocking zone that is flocked differently from the first flocking zone. For example, the first floc processing zone and the second floc processing zone differ from each other in terms of the density of the flocs, or the type of flocs (material, length, diameter, etc.).

One advantage achieved by the present invention is that the distribution of the cosmetic product can be adjusted and optimized according to the location of the heavily flocked, less flocked and/or non-flocked areas.

In the case of a conventional cosmetic carrier, there is a possibility that the impregnated cosmetic will spread around the carrier. When a cosmetic product is transferred to the applicator, it is difficult to take such cosmetic product at the periphery from the carrier using the applicator. On the other hand, the cosmetic carrier according to the present invention may have an appropriate cosmetic distribution in order to reduce such unused cosmetic products. Specifically, if the flocked area is mainly located in the peripheral area of the upper side of the carrier, and the non-floced area is mainly located in the central (main) area surrounded by the surrounding area of the upper side of the carrier, this Cosmetics that are not used are less than those of conventional cosmetic assemblies.

If there are more flocked areas and fewer non-floc processed areas in the peripheral area of the carrier surface than in the central area of the carrier surface, the unused cosmetic in the peripheral area can be reduced. Alternatively, this reduction in unused cosmetics can also be achieved if the ratio of the surface area of the flocked area to the surface area of the non-floced area increases from the central area of the upper side of the cosmetic carrier towards the surrounding area. .

Additionally alternatively, the peripheral region can be flocked more densely than the central region.

Another advantage of the partial flocking of the cosmetic carrier 14 is that it is possible to improve the specificity or aesthetics of the cosmetic carrier by forming various patterns, marks, symbols, or characters on the carrier surface by partial flocking. will be.

It should be understood that the above advantages can be achieved not only for cosmetic carriers, but also for cosmetic assemblies having a sieve.

(Second embodiment)

2 is a perspective view of the second embodiment of the cosmetic assembly 110 according to the present invention with the lid open. Features similar to those of the first embodiment are omitted below.

The cosmetic assembly 110 includes a reservoir 112 having an opening, a cosmetic carrier 114, an inner lid 116 and an outer lid 118. The configuration of the cosmetic assembly 110 is similar to that of the first embodiment.

The cosmetic carrier 114 over the reservoir 112 has a floc processing zone 120 and a non-floc processing zone 122 on its upper side. In FIG. 2, a flower-shaped flock processing zone 120 is formed in the central region of the upper side of the cosmetic carrier 114. Another zone around the flocking zone 120 is the non-flocing zone 122.

In the cosmetic carrier 114 according to the second embodiment, the flower pattern is formed by the raised flock processing region 120 compared to the surrounding non-floc processing region 122. Alternatively, of course, zone 122 may also be flocked to be less dense than zone 120.

As in the first embodiment, the flock processing zone 120 prevents the cosmetic from being poured out through the pores or holes therein, so that the pores or holes in the floc processing zone 120 are more than in the non-floc processing zone 122. There are few cosmetics that are poured out through.

(3rd embodiment)

Fig. 3 is a perspective view of a third embodiment of the cosmetic assembly 210 according to the present invention with the lid open. Features similar to those of the first or second embodiment are omitted below.

The cosmetic assembly 210 includes a reservoir 212 having an opening, a sieve 224, an inner lid 216 and an outer lid 218. The configuration of the cosmetic assembly 210 is similar to that of the first and second embodiments. It should be noted that the sieve 224 has a plurality of holes, but for simplicity, no holes are shown in FIG. 3.

The sieve 224 over the reservoir 212 has a floc processing zone 220 and a non-floc processing zone 222 on its upper side. In FIG. 3, a radial dot-shaped non-floc processing region 222 is formed over the upper side of the sieve 224. Another zone is the floc processing zone 220. The size of the dot-shaped non-floc processing region 222 gradually decreases from the central region of the upper side of the sieve 224 toward the peripheral region. The non-floc processing zone 222 is comprised of eight longer dot lines radially spreading in eight directions and eight shorter dot lines radially spreading between the longer dot lines. That is, there are more dots in the center area than in the surrounding area, and there are larger dots. With this configuration, it becomes possible to achieve an effect similar to that disclosed in WO2016/038546 with a simpler manufacturing method.

In the sieve 224 according to the third embodiment, the radial dot pattern is formed by a recessed non-floc processing region 222 compared to the surrounding flock processing region 220. The cosmetic or cosmetic carrier may be located under the sieve 224 in the reservoir 212. Alternatively, the sieve 224 can be configured by the top surface of the cosmetic carrier. Cosmetics can be taken using an applicator or a finger through the hole in the sieve 224.

As in the first embodiment, the floc processing zone 220 restricts the cosmetic product from being poured out of the sieve 224 or the reservoir, so that the amount of the cosmetic product poured out from the surrounding area within the sieve 224 The proportion of the amount of cosmetics is larger than that of a conventional cosmetic carrier. Therefore, there are fewer unused cosmetics existing in the surrounding area within the sieve 224 than the conventional cosmetic carrier.

[Method for manufacturing cosmetic assembly]

A method for manufacturing the cosmetic assembly according to the present invention is examined below.

The flocking zone according to the invention is formed by conventional electrostatic flocking techniques. In electrostatic flocking, an adhesive is applied to a surface of a cosmetic carrier, or to a predetermined area where the surface of a body covering the cosmetic or cosmetic carrier is flocked. Subsequently, a plurality of short flocs produced by cutting the fibers are scattered throughout this adhesive zone, preferably under a high voltage environment. Each floc is adsorbed perpendicularly to the surface of the carrier or sieve by electrostatic force. Thereafter, the carrier or sieve with the flocs is dried and/or heated in order to fix the flocs to the surface of the carrier or sieve.

Using electrostatic flocking, uniform and closely spaced flocs can be obtained on the surface of the carrier or sieve. The size and shape of the entire flocking zone can be determined by applying an adhesive according to the desired size and shape of the flocking zone.

In the case of providing the first flocking zone and the second flocking zone that is flocked differently from the first flocking zone, the adhesive is applied equally to the second zone, and then the flock is in a different shape from the scatter of the first zone. It is scattered throughout the second area. For example, the density of the floc, or the type of the floc (material, length, diameter, etc.) may be different. The area to be flocked can be bounded by using a stencil, for example, the stencil is used to apply the adhesive to a specifically defined area, or to selectively apply the flock fibers to a surface that is completely covered by the adhesive. do.

It should be understood that the flocking process can be performed using any technique other than electrostatic flocking. In addition, the adhesive or flock fibers can be applied by an applicator, stencil, or any other process. Alternatively, flocking can be carried out without an adhesive, for example by physically demarcating the area to be flocked.

[Method for using cosmetic assembly]

A method for using the cosmetic assembly according to the present invention is examined below.

First, the outer lid is opened, and then the inner lid is opened to expose a cosmetic carrier impregnated with cosmetics, or a sieve that covers the cosmetics or cosmetic carrier in the reservoir. Cosmetics are typically taken from the surface of the carrier or sieve, using an applicator, for example a puff. Then, the applicator is brought to the user's skin, for example, the cheek, and the cosmetics on the applicator are applied to the user's skin.

Preferably, the user can apply makeup with an applicator while looking at his face reflected in the mirror on the inner surface of the outer lid.

Claims (20)

As a cosmetic packaging and pouring assembly,
At least one reservoir intended to contain the cosmetic product; And
And at least one sieve having a plurality of holes through which the cosmetic is poured,
The hole defines at least one outer spout zone,
The at least one outer spout zone has at least one first zone that is flocked and at least one second zone that is flocked differently from the first zone,
The cosmetic packaging and pouring assembly, characterized in that the at least one outer pouring zone includes a peripheral region, and the peripheral region is flocked more densely than a main region surrounded by the peripheral region. The method of claim 1,
An assembly in which the cosmetic product is impregnated in a carrier, and the carrier is located in the reservoir. The method of claim 2,
The assembly wherein the carrier is made of a foam material such as acrylonitrile butadiene rubber (NBR) or polyurethane (PU) sponge. The method of claim 2,
The assembly in which the carrier is made of fibers. The method of claim 1,
An assembly in which the cosmetic product is accommodated in the reservoir without a carrier. The method of claim 1,
The assembly wherein the sieve is a mesh or a grid. The method of claim 1,
The assembly in which the sieve is made of a porous material. The method of claim 1,
The assembly, wherein the sieve is made of a non-porous material having holes obtained, for example by drilling, or directly produced by shaping of the material. The method of claim 2,
An assembly in which the sieve is integral with the carrier. delete The method of claim 1,
The assembly in which the at least one external spouting zone is configured such that less cosmetic products dispensed through a hole in a peripheral area are poured out through a hole in a main area surrounded by the peripheral area. A cosmetic carrier of a cosmetic impregnation type having a plurality of pores or pores, wherein the pores or pores are at least one first region and the first region to which the cosmetic can be poured, and to be flocked on the outer surface of the cosmetic carrier With at least one second zone that is otherwise flocked,
A cosmetic carrier in which the outer surface of the cosmetic carrier includes a peripheral region, and the peripheral region is flocked more densely than a main region surrounded by the peripheral region. The method of claim 12,
A cosmetic carrier further provided with a sieve on the outer surface of the cosmetic carrier, wherein the plurality of holes are provided by the sieve, and the at least one first zone and the at least one second zone are formed in the sieve. . delete A cosmetic assembly comprising at least one reservoir and at least one cosmetic carrier of claim 12 or 13 in the reservoir. A method for manufacturing the assembly of any one of claims 1 to 9 and 11, comprising:
(a) providing a reservoir intended to contain the cosmetic product and a sieve from which the cosmetic product is poured, and having a plurality of holes defining at least one external pouring area,
(b) specifying at least one first zone that is flocked in the at least one outer spout zone of the sieve and at least one second zone that is not flocculated or that is flocked differently from the first zone, The first zone is smaller than the entire spout zone, and
(c) providing a floc in the at least one first zone. The method of claim 16,
The method further comprising providing a floc in said at least one second zone in a different manner than providing a floc in said at least one first zone. The method of claim 16,
The method of providing a floc in the at least one first zone comprises applying an adhesive to the at least one first zone and interspersing the floe over the at least one first zone. The method of claim 18,
How the adhesive is applied using a stencil. The method of claim 16,
The step of providing the flocs is performed under high voltage such that each floc is adsorbed vertically on the outer surface of the cosmetic carrier.

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