EP1044625A1 - Applying capsule and applicator assembly with such a capsule - Google Patents

Abstract

Application capsule (1) is mounted on valve rod of pressurized receptacle (33) through self-closing sleeve (30). Free end of lateral skirt (3) of support (2) is apart from receptacle to be able to actuate valve (32) by pressing cap (11). Actuating valve (32) expulse liquid (P1) from pressurized receptacle. Product goes up through pores of application foam (20) to application surface (21) which is resting on surface of second product (P2). Second product is transferred to application surface. After opening cap, application surface is moved against skin so as to spread product from surface. An Independent claim is also included for the combined application tube.

Description

The present invention relates to an applicator capsule intended to be used in the context of a separate and / or combined application of two products which, contain active ingredients or compounds packaged separately.

So, for example in the context of makeup, body or hair, it is desirable to have a makeup base in the form of a cream, gel or milk, which the user can associate with a product separated, in particular in the form of a compacted or loose powder, and comprising colored fillers or pigments, said separate product being able to be chosen from a plurality of powders containing pigments of different colors, so that you can choose the color and / or appearance of your makeup.

Likewise, in the field of sun protection, it may be desirable to be able to have a moisturizing or soothing base, in the form of a milk or a cream, which the user can combine with a separate product, in the form in particular of a powder or cream, containing a filter for protection against UV radiation, and which can be chosen from a plurality of powders containing filters with different degrees of protection, so that adapt the protection of your skin to your needs. So for the first few days exposure to the sun, it is desirable to use a product with a high index of protection, then, over the days, it is possible to use products with an index of weaker protection.

Also, is it an object of the invention to provide an applicator capsule forming a unit for applying a specific product, suitable for use in combination with an auxiliary container containing an action product complementary to the action of the specific product contained in the capsule applicator.

It is another object of the invention to provide an autonomous application unit containing a specific product, an applicator, and a mounting on a container containing the product to be used in combination with said specific product.

Still other objects will appear in the detailed description which follows.

According to the invention, these objects are achieved by producing an applicator capsule, comprising a support, having means capable of allowing the fixing of the capsule removably on a container, containing a first product, a applicator member, in particular in the form of a compressible element elastically, being mounted on the support and being able to convey said first product from an orifice in the support to an application face of said applicator member, said applicator member being so covered removable by a cap mounted on the support, and in the bottom of which is placed a second product, in particular in the form of a solid bread or a powder, said application surface being suitable, in the mounted position of the cap, for be placed in elastic support on said second product.

We thus realize for example, a unit which contains a specific product, especially disintegrable, and which can be mounted on a container containing a product suitable for promoting disintegration of the specific product, the two products being kept separate from each other, and being, for a combined application, brought in metered manner on the application face of the application member. The product contained in the cap does not contaminate the product contained in the container. An applicator of a given capsule is never used contact with a second product other than that contained in the capsule to which it is dedicated. Preferably, the product contained in the container is intended to be distributed under pressure, in particular by means of a pump, a piston, or a propellant gas.

The application face of the application member is, at least before use, elastically constrained in abutment against the free surface of the product contained in the cap, which with some products is sufficient to ensure good loading of said application face with said product. However, the loading the application side with the second product can be favored by causing the application face to rotate in abutment against said free surface of the product contained in the cap.

The product can be poured, hot or cold, or compacted, directly in the bottom of the cap, or in a cup mounted in said bottom. Means, in particular in the form of fins or other means of attachment, can be provided for, in the event that the product is poured into the cap, allow the product, when it solidifies, to catch on the bottom of the cap.

In the case of a product in the form of a loose powder or a cream, means, in particular in the form of a grid or an openwork frame, can be designed to hold said second product in the bottom of said cap.

The second product (P2) can be separated from the bottom of the cap (11) by a member elastically deformable, in particular a block of foam or a spring. Such organ allows at least to participate the elastic bearing of the surface of application on the second product, in particular, when the applicator member is made of a material which is weakly, if not at all, elastically compressible. In the case where the intermediate element is a foam, in particular with cells open, this allows the product to be anchored in the bottom of the cap, when the product is poured in liquid form.

The bottom of the cap can be moved axially, in particular by deformation elastic. This feature allows you to recharge the applicator with the second product without having to completely reassemble the cap on the support, especially in the case where the cap is screwed onto the support. The mobility of bottom may result from elastic deformation of said bottom, especially when this is configured in the form of a membrane of elastically material deformable. Alternatively, such mobility can result from a simple assembly sliding the bottom, the latter being constrained in the high position, under the effect of the elastic compression of the applicator member when the cap is mounted on its support. The cap can optionally be mounted in a leaktight manner on the capsule holder.

Advantageously, said applicator member consists of a block of material porous, capable of absorbing said first product and conveying it from said orifice up to said application face. It can in particular consist of a foam open or semi-open cells, or a felt. The application side of the applicator member may be covered with a flocking. In the case of such absorbent product, especially in the case of a felt or cell foam open or semi open, the applicator member comprises a plurality of "natural" passages formed between the fibers, or through the pores of the material, which communicate with each other. Such natural passages are particularly suitable when the product contained in the container is liquid. In the case of a more viscous product, or in the case of a non-porous material, at least one "artificial" passage can be made in the form of one or more channels extending, in particular axially, from the support to the face application, so as to transport the product contained in the container to the application side.

The applicator member may consist of a compressible element elastically, in particular in the form of a bellows, and on which a application surface, in particular in the form of a foam, a woven or a nonwoven, which surface may or may not be flocked. The surface application may be relatively smooth or have reliefs capable of having a massage action when applied to the skin.

Preferably, in the vicinity of said orifice, opening / closing means, valve or valve type, are designed to selectively release, respectively, seal said orifice, capable of being placed in communication with the container containing the first product. This avoids that the liquid contained in the applicator member (formed in particular of a mixture of the first and the second product) cannot descend, via the said orifice, into the container containing the first product. In addition, the applicator capsule, especially when the organ application material consists of an absorbent material, may contain a quantity sufficient of said first product, to constitute an autonomous application unit, which can be used independently of the container containing the first product, all day long.

According to a specific embodiment, said opening / closing means are mounted so as to release said orifice in response to pressure sufficient exerted on said application face, elastic return means being provided, for, in the absence of sufficient pressure on said face application, constrain the opening / closing means in the closed position. Thus, the transport of the first product on the application face, in order to be there mixed with the second product, is only done in the application position, when the application side is supported on the surface to be treated. So we improve still the separation between the first product contained in the container, and the second product contained in the capsule.

Alternatively, said opening / closing means are mounted so as to release said orifice in response to sufficient pressure exerted on the side of the support opposite the applicator member, said opening / closing means being recalled to the closed position when said pressure ceases. Such a pressure can be exerted on the flexible or deformable walls of the container, or on a bottom forming a piston, and on which the user can press to cause the output of a dose of said first product.

Said means for fixing the capsule to the container may in particular be snap-on, screwing, or self-tightening type, especially on a rod pump or valve.

According to another aspect of the invention, an assembly is also produced of combined application, in particular on the skin, of a first and a second product, said application set comprising a container containing a first product, and capable of allowing distribution under pressure, and at least one capsule according to any one of the preceding claims, each of capsules containing a second product.

The container may in particular be in the form of a container surmounted by a pump, in particular without return air, or a valve, a tube or a vial deformable walls, or a bottle with a bottom forming a piston.

As an advantageous example, the second product is a makeup product, each of the capsules containing a second different product, and in particular of different color and / or appearance.

As another example, the second product is a product for protection against UV radiation, each of the capsules containing a second index product different protection.

According to another alternative, each of the capsules comprises an organ application, allowing in particular application characteristics different. For this purpose, it is possible to use, in particular depending on the surface to be treat, foams having different hardnesses, or absorption capacities.

The first product can be in the form of a liquid, a cream, or a gel.

• les figures 1A-1F illustrent de façon schématique six modes de réalisation de la capsule applicatrice selon l'invention; et
• les figures 2A-2C illustrent trois modes de réalisation d'un ensemble d'application monté selon la présente invention.

The invention consists, apart from the arrangements set out above, of a certain number of other arrangements which will be explained below, with reference to nonlimiting exemplary embodiments, described with reference to the appended figures, among which:

• Figures 1A-1F schematically illustrate six embodiments of the applicator capsule according to the invention; and
• Figures 2A-2C illustrate three embodiments of an application assembly mounted according to the present invention.

The applicator capsule 1 shown in the embodiment of FIG. 1A, comprises a support 2, made of a thermoplastic material, such as polypropylene or polyethylene. The support 2 comprises a cylindrical side skirt 3 of axis X, the internal surface of which is provided with a thread 4 capable of cooperating with a thread correspondent provided on a container on which the capsule 1 is intended to be climb. The side skirt 3 has one of its ends closed by a wall transverse 5, pierced in its center with an orifice 6. On the side of the turned wall around the. cylindrical skirt 3, the orifice 6 is bordered by a collar 7 having a tapered profile, and which, as will be seen later, makes a skirt intended to form a seal when the capsule 1 is mounted on a container.

On the side opposite to the cylindrical side skirt 3, the transverse wall 5 carries a skirt 8 whose outer surface forms a rib 9 able to cooperate by snap with a groove 10 formed on the internal surface of a cap 11, of so as to allow the reversible mounting of the cap 11 on the support 2. According to a variant, the cap 11 could be screwed onto the skirt 8. On the wall transverse 5, on the side opposite the skirt 3, an applicator member 20 is mounted, in the form of a block of open-cell foam, in particular in polyurethane, polyester, polyether, NBR, SBR, PVC, or PVA. The foam block 20 is mounted by gluing, snapping or welding on the support 2. One side 21 of the applicator member 20, opposite the support 2, forms a face of application. The foam block 20 is pierced in its center with an axial channel 24 opening on the one hand on the orifice 6 of the support 2 and, on the other hand on the face applicator 21. The applicator member 20 may be formed of a stack of several foam blocks, having in particular hardness characteristics different, depending on the desired application characteristics. Likewise the applicator member may be formed from several rings of foam concentric, artificial passages, for the product to be conveyed on the surface 21, which can be fitted at the annular interface between the blocks of foam. The foam block 20, and in particular the application face 21, can be covered with a flocking (not shown).

At the bottom of the cap 11, there is a loose powder P2, in particular a makeup powder comprising pigments of a given color, which powder is held in the bottom via a sieve or a grid 23. The grid 23 can be held by snapping into the cap, in particular by pressing on a shoulder. In the mounted position of the cap 11 on the support 2, the foam 20 is compressed, so that the application face 21 is in elastic abutment against the grid 23. In this mounted position of the cap, the application face 21 is naturally filler in powder, in particular by capillarity, via the holes in the grid 23. The quantity of powder transferred to the application face 21 can still be improved by rotating the cap 11 relative to the support 2.

Such a capsule can, as shown in FIG. 2B, be screwed onto a bottle 101, consisting of a body 102 of low height, and one end of which forms a neck provided with a thread 103. The neck ends in a wall transverse 104, pierced with an orifice 105, of profile adapted to receive the skirt frustoconical sealing 7 of the capsule 1. Inside the body 102, is disposed a movable bottom forming a piston 106, and capable of sliding in sealed manner in support against the interior walls of the body 102. The piston 106 delimits with the body 102, a variable volume containing a product P1 in the form of a cream, including a colorless makeup base. Thus mounted, the capsule 1 forms with the bottle 101, an application set 100 whose operation will now be discussed. Such an assembly 100 may further comprise a plurality of capsules 1, identical to the capsule discussed with reference to the figure 1A, and each containing a powder P2 of a different color.

The user first chooses the capsule 1 containing the powder of the color she wants. She mounts the capsule on the bottle 101. Before opening of the cap 11, or after this opening, the user presses the piston 106 so as to raise a certain quantity of cream P1 in the axial channel 24 of the applicator member 20, which is thus loaded both with cream P1, in particular inside the channel 24, and colored powder P2 on the application face 21. With the embodiment of the capsule according to FIG. 1A, it should be noted that, as a function of the viscosity of the product P1, and of the compression of the foam forming the applicator member 20, the rise of the product P1 in the channel 24, can result from the simple depression caused by the expansion of the foam of the applicator member 20, at the opening of the cap 11.

The user then applies the application face 21 to the surface to be treated, especially the face, and moves it lightly against the skin, in particular, by small circular movements. The blurring performed by the application body 20 causes the powder and cream to mix homogeneously, at the interface between the application face 21 and the skin. If necessary, the user can add more cream P1 to the mixture, by pressing the piston 106 again. Similarly way, it can also enrich the colored powder mixture, by handing the application face 21 in contact with the grid 23. After application, it remount the cap 11 on the support 2.

To make up another part of the body or face in another color, it unscrews the capsule 1 from the bottle 101, and goes back to the container 101, a capsule 1 containing a powder P2 having the desired color. She proceeds again from the as previously indicated. Thus, the application face 21 of a member application given 20 is in contact with a single powder of a single color, which avoids having to clean the applicator member between two applications of two different colors. P1 cream inside the container 101 is never soiled by the powder P2 contained in the bottom of the capsules applicator 1.

• le produit P2, est sous forme d'un pain solide, obtenu par coulage à chaud ou à froid, dans le fond du capuchon 11, d'une composition liquide, notamment à base de plâtre, et qui va se solidifier en refroidissant. Des moyens d'accrochage (non représentés) assurent l'ancrage du produit P2 dans le fond du capuchon 11. Ainsi, la face d'application 21 de l'organe d'application 20 est directement en appui élastique sur la surface libre du produit P2.
• l'organe d'application 20 est constitué d'un bloc de mousse à cellules ouvertes, ne présentant pas un canal axial du type de celui 24 présent dans le bloc de mousse du mode de réalisation précédent. La porosité du matériau est suffisante pour assurer le transport d'un liquide depuis l'orifice 6 jusqu'à la face d'application 21.
• la paroi transversale 5 du support 2 forme du côté opposé à l'organe d'application 20, un manchon 30 apte à permettre un montage auto serrant sur la tige émergeante 31 d'une valve 32 équipant un récipient pressurisé 33, contenant une composition liquide P1 apte à permettre le délitage du produit P2. La composition P1 remonte sur la surface d'application via les pores du bloc de mousse à cellules ouvertes formant l'organe d'application 20.

The embodiment of FIG. 1B differs from the embodiment of FIG. 1A in that:

• the product P2, is in the form of a solid bread, obtained by hot or cold casting, in the bottom of the cap 11, of a liquid composition, in particular based on plaster, and which will solidify on cooling. Attachment means (not shown) anchor the product P2 in the bottom of the cap 11. Thus, the application face 21 of the application member 20 is directly in elastic support on the free surface of the product P2.
• the applicator member 20 consists of a block of open-cell foam, not having an axial channel of the type of that present in the block of foam of the previous embodiment. The porosity of the material is sufficient to ensure the transport of a liquid from the orifice 6 to the application face 21.
• the transverse wall 5 of the support 2 forms on the side opposite to the application member 20, a sleeve 30 capable of allowing self-tightening mounting on the emerging rod 31 of a valve 32 fitted to a pressurized container 33, containing a liquid composition P1 able to allow disintegration of product P2. Composition P1 rises to the application surface via the pores of the block of open-cell foam forming the application member 20.

In use, the applicator capsule 1 is mounted on the valve stem of a pressurized container 33, via the self-tightening sleeve 30. The free end of the side skirt 3 of the support 2 is at a distance from the container 33 so as to be able allow the actuation of the valve 32, in response to an axial pressing force exerted on the cap 11, which actuation causes the output of a dose liquid P1 contained in the pressurized container. Product P1 goes back in the applicator member via the pores of the applicator member 20, until the application face 21, which is in elastic support on the free surface of the product P2. Product P2 disintegrates on the surface and is transferred to the application face 21 of the member 20. After opening the cap 11, the application face 20 is displaced on the skin so as to apply the product which it carries on the surface. The pressurized container is used in the manner of a handle for the organ of application 20.

In the embodiment of FIG. 1C, the support 2 bears on its face opposite the applicator member 20 an outer side skirt 3, forming external covering, and an internal skirt 40, the internal surface of which includes a thread 41, able to cooperate with a thread formed on the neck of a tube with walls flexible. The applicator member 20 consists of a block of material soft elastomer, pierced in its center with an axial channel 24 identical to that of embodiment of FIG. 1A. As examples of materials that can be used to form the applicator member, mention may be made of the elastomers of silicone, nitrile, butyl, latex, polyethylene, polypropylene, or polyurethane. The product P2 contained in the cap 11 is of the same type as that of the embodiment of FIG. 1B, and consists of a powder compacted containing colored pigments.

The applicator capsule 1 according to this embodiment is shown in the figure 2A, in its position mounted on application assembly 100 formed of a tube flexible walls 111, containing in particular a cosmetic milk. Preferably, the cap 11 is transparent in color, so that the user can see from the outside, the color of the product P2 contained in the capsule applicator 1. The tube can be made of polypropylene or polyethylene. Milk contained in the tube serves as a makeup base and also facilitates disintegration compacted powder contained in the cap 11 of the applicator capsule.

The orifice 6 of the support 2 is selectively closed by a valve 42, able to move away from the edge of the transverse wall 5 delimiting the orifice 6, under the pressure of the product P1 contained in the tube 111, in response to a force exerted by the user on the walls of the tube 111, and to come to rest on the rigid seat formed by said edge when product pressure P1 ceases. The elasticity of the application member, in combination with the vacuum prevailing inside the tube, promotes the return resting on its seat, the valve 42 when the pressure of the product P1 ceases. The presence of the valve 42 is particularly advantageous in that it allows the user, after having loaded the product applicator P1, to dismantle the capsule applicator, and put it in his handbag to use it independently throughout the day, the valve 42 preventing any flow of product via orifice 6.

The embodiment of FIG. 1D differs from the applicator capsule of the FIG. 1A in that the product P1, with which it is intended to be used in combination, is in liquid form, and is conveyed from port 6 to the application face 21, via the pores of the open cell foam forming the applicator member 20. The orifice 6 formed in the transverse wall 5 of the support 2 is closed by a valve 50 of frustoconical shape, and capable of coming selectively sealingly supported on a frustoconical seat formed by the edge of the wall transverse 5, delimiting the orifice 6. The valve 50 is constrained in the closed position by a spring 51 arranged on the side of the support, opposite the applicator member 20. On the side of the applicator member 20, the valve 50 has a lug 52 forming protrusion inside the foam forming the applicator member 20, so as to facilitate the opening of the valve 50 in response to a pressure exerted on the face of application 21 when it is supported on a surface to be treated. Strength support generated by the compression of the applicator member inside the capsule is not sufficient to cause the valve 50 to open. The rest of the capsule conforms to the applicator capsule of FIG. 1A.

The applicator capsule of FIG. 1D is represented in FIG. 2C, in position mounted on an application assembly 100, formed of a flexible-walled bottle 121 containing a moisturizing milk, and having an orifice 122. The product P2 contained in the applicator capsule 1 is a loose powder containing a sunscreen.

During application, the user mounts the applicator capsule 1 on the bottle. containing the powder with the desired sun protection index. She removes the cap 11 and places the application face 21 covered with powder P2, in abutment on the surface to be treated, so as to cause the valve 50 to open. It then exerts pressure on the walls of the bottle so as to cause the exit of the product P1 through the orifice 6, and its transport on the face application 21 via the pores of the foam forming the application member. The mixture is then spread by moving the application face adequately on the surface to be treated. By releasing the pressure from the application face 21 on the surface to be treated, the valve 50 closes under the return force of the spring 51. A again, the presence of the valve, allows the applicator capsule, after being supplied with product P1, especially at the start of the day, to be used independently during the rest of the day.

According to a variant of the invention, it is possible to associate a container containing a product P1, to a plurality of applicator capsules containing the same product P2, but comprising an application member having characteristics, in particular of hardness, flexibility, or absorption, different. So the user chooses the applicator capsule comprising the applicator member allowing it obtain, in particular depending on the area of the body to be treated, the characteristics application. The shape of the applicator member can be any, depending on the surfaces to be treated. The applicator capsule can, in position mounted on a given container, be arranged in the axis of the container, or in a different axis, depending on the gesture sought.

The embodiment of FIG. 1E differs from the previous embodiment in that the cap 11 is screwed onto the support 2 by means of a thread 60 of the cap 11, capable of cooperating with a corresponding thread 61 produced on the skirt 8 of the support 2. The cap 11 is thus mounted perfectly waterproof on the support 2. The bottom 63 of the cap 11 is produced in the form of a elastically deformable membrane 64, which can be bi-injected with the cap 11. The membrane 64 carries a cup 65 in which is compacted the product P2. In the storage position, the application surface 21 is kept at distance from the free surface of the product P2. For an application, the user exerts axial pressure on the elastically deformable membrane 64 of so as to put the surface 21 in elastic contact with the free surface of the product P2, thus allowing the loading of said application surface with said product P2. By releasing the pressure exerted on the movable bottom 63, the latter returns by elastic return to its initial position. The user then unscrews the cap 11, and presses the application surface 21 on the skin, so as to cause the valve 50 to open. By exerting pressure on the walls of the container, which may be of the type shown in Figure 2C, it causes the outlet of the product P1 which is conveyed to the application surface 21 through pores of the material forming the applicator member 20. On application, the product P1 is applied in mixture with product P2.

The embodiment of FIG. 1F differs from that of FIG. 1A, mainly in that the product P2 is separated from the bottom 73 of the cap 11 by a block of foam 70, mounted, in particular by gluing, in the bottom of the cap. Such a foam block improves the elasticity of the contact between the surface 21 and the free surface of the product P2, in particular when the member 20 has little or no elasticity (felt). In addition, using a block of open cell foam 70, this allows the product P2 to be anchored in the pores of the foam, when the product is poured in liquid form. The operation of the capsule 1 according to this embodiment is identical to that of the embodiment of FIG. 1A.

In the foregoing detailed description, reference has been made to modes of preferred embodiments of the invention. Obviously there may be variations made without departing from the spirit of the invention as claimed below.

Claims (17)

Applicator capsule (1), comprising a support (2) having means (4, 30, 41) capable of allowing the capsule (1) to be fixed removably on a container (101, 111, 121) containing a first product (P1), an organ application (20), in particular in the form of a compressible element elastically, being mounted on the support (2) and being able to convey said product (P1) from an orifice (6), formed in the support (2), to a face of application (21) of said application member (20), said application member (20) being removably covered by a cap (11) mounted on the support (2), and in the bottom of which is disposed a second product (P2), in particular in the form solid bread or powder, said application surface (21) being suitable, in mounted position of the cap (11), to be resiliently supported on said second product (P2). Applicator capsule according to claim 1 characterized in that the second product (P2) is poured or compacted in the bottom of the cap (11), or in a cup (65) mounted in said bottom. Applicator capsule according to claim 1 or 2 characterized in that the second product (P2) is separated from the bottom of the cap (11) by a member elastically deformable (70), in particular a block of foam or a spring. Applicator capsule according to any one of claims 1 to 3 characterized in that the bottom (64) of the cap (11) is axially movable, in particular by elastic deformation. Applicator capsule according to any one of claims 1 to 4 characterized in that means, in particular in the form of a grid (23) or of an openwork frame, are provided to maintain said second product (P2) in the bottom of said cap (11). Applicator capsule according to any one of claims 1 to 5 characterized in that said applicator member (20) consists of a block of a porous material, in particular an open or semi-open cell foam, or a felt, said material being capable of absorbing said first product and convey it from said orifice (6) to said application face (21). Applicator capsule according to any one of claims 1 to 6 characterized in that a passage, in the form of a channel (24) is provided in said applicator member (20), and extends, in particular axially, from said orifice (6) of the support (2) up to said application face (21). Applicator capsule according to any one of claims 1 to 7 characterized in that, in the vicinity of said orifice (6), means opening / closing (42, 50), of the flap or valve type, are provided for, selectively, disengage, respectively, seal said orifice (6). Applicator capsule according to claim 8 characterized in that said opening / closing means (50) are mounted so as to release said orifice (6) in response to sufficient pressure exerted on said application face (21), elastic return means (51) being provided, for, in the absence of pressure sufficient on said application face (21), constrain the means opening / closing (50) in the closed position. Applicator capsule according to claim 9 characterized in that said opening / closing means (42) are mounted so as to release said orifice (6) in response to sufficient pressure exerted on the side of the support (2) opposite the applicator member (20), said opening / closing means (42) being forced into the closed position when said pressure ceases. Applicator capsule according to any one of claims 1 to 10 characterized in that said means (4, 30, 41) for fixing the capsule (1) to the container (101, 111, 121) are in particular of the latching, screwing, or self-tightening assembly, in particular on a pump or valve stem (31). Set (100) of combined application, in particular on the skin, of a first (P1) and a second (P2) product, said application assembly (100) comprising a container (33, 101, 111, 121) containing a first product (P1), and able to allow distribution under pressure, and at least one capsule (1) according to any one of the preceding claims, each of the capsules (1) containing a second product (P2). Combined application set according to the preceding claim characterized in that the container (33, 101, 111, 121) is in particular form a container surmounted by a pump, in particular without air intake, or a valve (32), of a tube or bottle with deformable walls (111, 121), or of a bottle with bottom forming a piston (101). Combined application assembly according to claim 12 or 13 characterized in that the second product (P2) is a makeup product, each of capsules (1) containing a second product, in particular, of color and / or appearance different. Combined application assembly according to claim 12 or 13 characterized in that the second product (P2) is a product for protection against UV radiation, each of the capsules (1) containing a second product (P2) to different protection index. Application set according to claim 12 or 13 characterized in that each of the capsules (1) comprises a different applicator member (20), allowing in particular different application characteristics. Combination application assembly according to any one of the claims 12 to 16 characterized in that the first product (P1) is in the form of a liquid, a cream, or a gel.

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