Distributor-applicator with a two-compartment body typically for mascara

Abstract

The distributor-applicator mobile in the axial direction includes a body forming a cavity provided with an opening, and an applicator comprising a threaded cap forming a member for gripping the applicator, a rod and an application element: a) the body comprises a member for forming an axial partition in the cavity so as to form an axial sequence of N staged compartments in the cavity denoted C1 to CN, where N varies from 2 to 4,b) the forming member comprises N−1 separation elements being denoted Si between two successive compartments,c) each compartment Ci, where i>1, comprises a volume forming a storage element for the product, and a free volume forming a communication, such that the application element can access each compartment in order to collect the corresponding products.

Description

FIELD OF THE INVENTION

The invention relates to the field of distributors-applicators for cosmetics, and typically distributors-applicators for fluid cosmetics such as mascara.

STATE OF THE ART

Many distributors-applicators for fluid cosmetics comprising an applicator such as a brush, for example like that described in European application No. 94304753.0, are already known.

Typically, these distributors-applicators comprise:

a body containing the said fluid cosmetic with a typically threaded neck,

a threaded cap closing off the said neck, the said cap being fixed to a brush that dips in the said fluid cosmetic when the distributor-applicator is typically closed by the said cap, a rod fixing the said brush to the said cap.

Moreover, the neck is typically provided with a wiper ring in order to limit the quantity of fluid cosmetic entrained by the said brush every time that the said brush is removed from the said body.

Problems that Arise

Distributors-applicators according to the state of the art, typically mascara distributors-applicators, are used to distribute and apply a determined fluid product, typically a mascara.

The trend in face make-up, and particularly eye make-up, is towards a search for special effects in terms of colour and in terms of the texture of the deposit formed after application, which typically requires the use of several products. Therefore, the applicant searched for a distributor-applicator capable of packaging at least two separate products so as to halve the number of separate cosmetic packagings, which is a large advantage in practice.

Secondly, in the field of packaging for cosmetics, there is a continuous need to replace distributors-applicators, since the market life of packaging for a make-up product is relatively short.

Thus in some cases, renewal may apply to the application means, typically the brush, in the distributor-applicator. In other cases, it may apply to the addition of new functions, for example as illustrated in European applications No. 94306189.5 and No. 01420087.7.

Therefore, this invention is aimed firstly at renewing the applicators-distributors range, and secondly offering new functions to users.

DESCRIPTION OF THE INVENTION

According to the invention, the axial distributor-applicator designed to contain a cosmetic, typically a mascara, comprises a body forming a typically cylindrical and longitudinal cavity with a height H along its axial direction containing the said cosmetic, and in which there is an opening, the said body being provided with a lateral skirt, fixed with a rim or head at its so-called top end containing a typically threaded neck surrounding the said opening, and typically forming a bottom at its so-called bottom end, and an applicator comprising a typically threaded cap forming a means of gripping the said applicator and intended to cooperate with the said rim or the said neck of the said head, a rod or a longitudinal support and an application means, typically a brush consisting of one or several rows of bristles, the said rod being fixed to the said cap at one of its ends, and fixed to the said application means at its other end, such that the said application means, typically at the contact of the said product typically when the said cap closes off the said opening of the said body, collects some of the said product and after separation of the said applicator from the said body, typically including an axial translation, enables application of the said collected product on a support, and is characterised in that:

a) the said body comprises a means of forming an axial partition in the said cavity so as to form an axial sequence of N staged compartments in the said cavity denoted C₁ to C_N, where N typically varies from 2 to 4, each compartment C_i with height H_i containing the said cosmetic(s) P_i, the said cosmetic(s) P_i typically being different from the said cosmetic(s) P_i+1 in compartment C_i+1 located above it, and the said cosmetic P_i being a typically fluid product,

b) the said means of forming the said axial partition comprises N−1 separation means S, the said separation means S being denoted S_i, where i is equal to not more than N−1, between two successive compartments C_i and C_i+1,

c) each compartment C_i, where i>1, comprises a volume forming a storage means for the said product P_i, and also a complementary or free volume forming a communication means, such that the said application means can access each of the said compartments C_i, where i′<i, in order to collect the said corresponding products P_i′.

Thus, the body of the distributor-applicator according to the invention comprises a sequence of staged compartments C_i along the axial direction of the said body, each compartment C_i forming a separate cavity that can contain a separate product P_i, each compartment and separate cavity opening up directly or indirectly to the outside so that each separate product P_i can be collected, typically using the said application means, and withdrawal of the said application means possibly collecting all separate products P_i for application purposes.

The invention thus solves the problems that arise. Firstly, the distributor-applicator is capable of offering several products P_i in the same packaging including a typically fluid product P₁, such that the user has different products P_i in the same packaging with one of these products typically being a fluid product, for example a mascara.

Moreover, it is clear that the distributor-applicator according to the invention considerably modifies the traditional distributor-applicator itself and traditional make-up, to the extent that it is possible to consider that the distributor-applicator according to the invention forms a new generation of distributors-applicators.

DESCRIPTION OF THE FIGURES

All the figures relate to distributors-applicators (1) or distributor-applicator elements according to the invention. Unless mentioned otherwise, the figures are views or axial sections along the centreline of the distributor-applicator (1) according to the invention.

FIGS. 1 a to 1c correspond to a method of the invention in which the cavity (20) of the said body (2) forms two compartments (200) C₁ and C₂ in which the said separation means is a radial projection (41) in which the central orifice (40) forms a wiping means and that can be closed off by a sealing means (33) forming part of the applicator (3).

FIG. 1 a shows the closed distributor-applicator (1).

FIG. 1 b represents the applicator (3) alone.

FIG. 1 c represents the applicator (3) partially engaged in the body (2).

FIG. 1 d shows a partial view of a variant of the said radial projection in which the said central orifice comprises a wiping insert.

FIGS. 2 a to 2e show another embodiment of the invention, also with two compartments (200) in which the said separation means (4) forms a part separate from the said body (2), an add-on part (46) that comprises a radial part (460) and a tubular part (461) in which the said body (2) comprises a removable head (22′) so as to be able to insert the said add-on part into the said body, and in which the said application means comprises a brush with height>H₁.

FIG. 2 a shows the said body (2) comprising the said add-on part (46), the said add-on part being a section A—A in FIG. 3a.

FIG. 2 b shows the said applicator (3).

FIG. 2 c represents the said body (2) closed by the said removable head (22′), typically heat-sealed or click-fitted to the skirt (24) of the said body (2).

FIG. 2 d represents the said distributor-applicator (1), the said body (2) being closed by the said applicator (3).

FIGS. 3 a to 3b illustrate the embodiment of the separation means (4) shown in FIGS. 2a to 2d, in which the said add-on part (46) comprises a perforated tubular central part (44) comprising a sequence of axial rods (440) separated by axial spaces (441).

FIG. 3 a is a sectional view along section A—A of the add-on part (46) in FIG. 2c.

FIG. 3 b is a side view of the add-on part (46).

FIG. 3 c corresponds to FIG. 2b, and shows an applicator (3) provided with two different diameter brushes (320, 320′), the bristles of the large diameter brush being designed to pass between the axial rods (440).

FIG. 3 d shows another application means (32) comprising a brush (320) and a complementary means other than a brush (321) typically formed from an absorbent material. According to the axial configuration shown in FIG. 3d, the said brush (320) forms the application means A₂, while the complementary means forms the application means A₁.

FIGS. 4 a and 4b show a variant of the embodiment in FIGS. 3a and 3b. In this variant, the said body (2) comprises a sequence of three compartments (200) using two separation means (4) of the type of those shown in FIGS. 3a and 3b.

Moreover, the said application means (32) comprises two brushes (320, 320′) with different diameters, the large diameter brush having a height corresponding approximately to the accumulated height of the two upper compartments (200).

FIG. 4 a represents the said application means (32).

FIG. 4 b represents the said distributor-applicator with three compartments (200), the two top compartments being formed using separation means (4) of the type shown in FIGS. 3a and 3b.

FIGS. 4 c and 4d show a variant of FIG. 4b in which firstly the two separation means (4) are separate, the upper separation means being similar to the separation means in FIGS. 2a and 2c, while the intermediate separation means are similar to the means in FIGS. 3a and 3b, and in which secondly the said body (2) does not include a head (22), the said skirt (24) having a typically threaded upper end (240) cooperating with the said cap (30) of the applicator (3).

FIG. 4 c shows the said distributor-applicator (1) in a half open position with the said applicator (3) partially separated from the said body (2), while FIG. 4d shows the said applicator-distributor (1) closed.

FIGS. 5 a to 5g show a variant of FIGS. 2a to 2e in which the said separation means (4) is formed by a radial projection (41) and in which the said product (5) is a solid product (51) forming an annular body (510) with a central opening (511).

FIG. 5 a, similar to FIG. 2a, represents the said body (2) provided with the said extended radial projection (42) forming a central orifice (40) before assembly of the said removable head (22′).

FIG. 5 b shows the said body (2) after the said solid product (51) has been added, shown in section in FIG. 5e and in perspective in FIG. 5f.

FIG. 5 c shows the said body (2) after the said solid product (51) has been inserted and after assembly of the said removable head (22′).

FIG. 5 d shows the corresponding said distributor-applicator (1) closed.

FIG. 5 h shows a variant of the removable head (22′) in FIGS. 5c and 5d, in which the said head comprises a means of wiping the said brush (320).

FIGS. 6 a and 6b show two separate embodiments of separation means (4), in the case in which the said body comprises a narrow support rim (244) that fixes the said separation means formed by a “U”-shaped add-on part (46) forming a dish (47) on the left part of FIGS. 6a and 6b, or an “L”-shaped add-on part (46) as shown on the right part of FIGS. 6a and 6b, in the axial direction.

FIG. 6 a shows an axial sectional view of the distributor-applicator (1) with the said applicator (2) partially offset from the said body (2) in the axial direction, the said application means (32) comprising a brush (321).

FIG. 6 b shows a top view of the two embodiments of the add-on part (46, 46′).

FIGS. 7 a and 7b are similar to FIGS. 6a and 6b and show variants of distributors according to FIGS. 7a and 7b. They are different in that the said body does not include a radial projection (41), and in that the said separation means comprises a lower tubular part (462) for axial assembly of the said separation means (4) to the said body (2), and an upper tubular part (461) connected to a radial part (460), forming a reservoir for the said product P₂.

FIG. 7 a is an axial sectional view of a variant in which the said separation means (4) consists of a single add-on part (46).

FIG. 7 b is a top view of the said separation means formed by two identical add-on parts (46, 46′) that are symmetric about a plane, these two parts (46, 46′) forming two separate containers or reservoirs for two products P₂ and P₂′.

FIG. 8 shows another embodiment of the invention, in which the said body comprises two symmetric cavities on each side of the bottom (25), each cavity comprises two compartments (200), the top compartment comprising a separation means (4) of the type shown in FIG. 2c or 3b, while the lower cavity comprises a separation means (4′) similar to that shown in FIG. 5a or 5b.

FIGS. 9 a to 9d show another embodiment of the invention similar to that shown in FIG. 7a.

FIG. 9 a is similar to FIG. 7a and differs from it in that the said body (2) comprises three compartments (200) formed by a stack of dishes (47).

FIGS. 9 a to 9d each show the three dishes (47) in FIG. 9a.

FIGS. 10 a and 10b are partial axial sectional views representing other embodiments of the invention, in which the said lower compartment C₁ is closed off by a valve (6) and in which the said head, not shown in the figures, is a removable head (22′).

On the embodiment shown in FIG. 10a, the said body (2) has a moving or removable bottom (25), the said separation means (4) forming a single-piece part with the said skirt (24) comprising an extended radial projection (42) and a vertical projection (43).

The valve (6) was assembled to the radial projection (42), typically by gluing. It cooperates with the rod (31) of the applicator (3) in a sealed manner.

On the embodiment shown in FIG. 10b, the skirt (24) comprises a lower shoulder (241) assembling the separation means (4) formed by an add-on part (46) forming a radial part (460).

In FIG. 10b, the valve (6), that was also shown as a bottom view, was fixed to the central orifice (40) of the extended radial projection (42).

FIG. 11 a corresponds to FIG. 10b, and differs from it by a variant for assembling the said valve (6) to the radial projection (42), and by cooperation of the separation means (4) forming an add-on part (46) that comprises only a radial part (460) with the skirt (24) provided with two click-fit ribs (242).

FIG. 11 b shows an application means (32) with a brush (320) shown in an axial section and a cross-section, the section of the said brush being round or oval.

FIG. 11 c is a partial view of the said body (2) with its separation means (4) formed by cooperation of two modular body portions (7) and (7′) typically click-fitted together, the said portion of the lower body (7) forming the bottom (25) and the said portion of the top body (7′) forming the said opening (32)—not shown in the figure.

DETAILED DESCRIPTION OF THE INVENTION

According to the invention, and particularly as illustrated in FIG. 1_c, the said cavity (20) of the said body (2) may comprise two successive compartments (200), a lower compartment C₁ with height H₁ containing the product P₁, the said product P₁ being a fluid product, and a top compartment C₂ with height H₂ containing the product P₂, the said lower compartment being contiguous with the said bottom at its lower part, the top of the said upper compartment C₂ being contiguous with the said rim (243) or the said neck (220).

According to one embodiment of the invention illustrated for example in FIGS. 1a, 2a, 4b and 5a, the said separation means S_i (4, 4′) may typically comprise a central orifice O_i (40) forming the said communication means between the compartments C_i and C_i+1 and forming an axial passage for the said application means (32), the said separation means S_i (4, 4′) delimiting the said compartment C_i near the top and thus forming a partition between the said compartments C_i and C_i+1 of the said cavity (20).

The said separation means S_i (4, 4′) of the compartment C_i may form a support for the product(s) P_i+1 contained in the adjacent compartment C_i+1 and located axially above compartment C_i.

With this purpose, the said separation means S_i (4, 4′) of the compartment C_i may comprise a projection or a typically radial part (41, 42, 460).

Typically, the said projection or radial part (41, 42, 460) may form an extended radial projection (42) sufficiently large so that the said typically central orifice O_i (40) may be filled in or closed off by the said application means (32).

Thus, for example the central orifice (40) is filled in in FIG. 1a, while it is closed off in FIG. 6a. A more or less leak tight cooperation between the said application means and the said orifice (40) will be necessary, depending on the viscosity of the products P₁ in particular, and P_i in general.

As illustrated in FIGS. 2a, 3b, 4c, 6a, 7a, 9a, 10a, the said means of separation S_i (4, 4′) of compartment C_i may comprise a part forming a radial projection (41) and a part forming a vertical or inclined projection (43), so as to form firstly a secondary cavity (26) typically capable of containing a fluid product, and secondly the said complementary or free volume (27) forming the said communication means.

As illustrated in these same figures, the said separation means S_i (4, 4′) for i=1 can include a top central duct (44′), typically provided with a flared top part (440′)—see FIG. 7a, and/or a bottom part through which the said application means can pass, the said top central duct (44′) delimiting the inside of the said complementary or free volume (27) forming the said communication means.

In this case, the said duct is coincident with the said vertical projection mentioned above.

As illustrated in FIGS. 2a to 3b, and in FIG. 4c (see separation means S₁), the said vertical projection or the said duct may comprise or may form a perforated tubular central part (44), so as to form the said secondary cavity (26) that will typically contain the said product P₂, and such that the said application means (32) can collect the said product P₂ particularly during translation of the said application means within the said complementary or free volume (27).

In this case, the said central open tubular part (44) may typically comprise several axial rods (440) forming axial spaces (441) between them through which the said rows of bristles of the said brush (320, 320′) are free to pass and so as to collect the said product P₂. But it is possible that this open tubular central part forms a type of grid or equivalent means capable of typically containing the said product P₂ in the said secondary cavity (26), while enabling collection of the said product particularly during translation of the application means within the said complementary or free volume (27).

According to one variant of the invention, the said orifice O_i (40) for i=1 may comprise or form a non-return valve or flap (6), the said valve or the said flap (6) being open typically when the said applicator (3) cooperates with the said body, the said application means then typically being in contact with the said product P_i for i=1, and closed when the said applicator (3) is separated from the said body (2).

Thus, as illustrated in FIGS. 10a and 10b, the said separation means S_i (4, 4′) for i=1 may form or include an elastic membrane comprising rims or adjacent lips (60) delimiting the said orifice O_i for i=1, like a valve, the said lips (60) being capable of elastically and reversibly separating during the said axial displacement of the said applicator (3) so as to enable the said application means (32) to pass through the said orifice (40) so as to prevent or limit mixing of the said products (5) in two different compartments (200).

According to one embodiment of the invention illustrated in FIGS. 1a, 5a, 10a and 11b, the said separation means S_i−1 (4, 4′) may form or comprise a single-piece part (45) with the said body (2).

According to another embodiment of the invention illustrated in FIGS. 2a, 4b, 6a, 9a, 10b and 11a, the separation means may form or comprise an add-on part (46, 46′) in the said cavity (20), typically fixed to the said body (2) by assembly or by click-fitting.

However, as shown in FIGS. 6a or 11a, the said separation means (4) may comprise cooperation of elements (242, 244) forming a single block with the said body (2) with an add-on part (46, 46′) in order to assemble and block the said add-on part in the said body.

As illustrated in FIGS. 1a, 5h, 10b and 11a, the said neck (220) and/or the said orifice O_i (40), typically for i=1, may comprise or form a wiping means (8) of the said application means (32), so as to remove the excess amount of at least the said product P_i, typically the fluid product P₁.

In the case in FIGS. 10a to 11a, the said wiping means may also consist of a valve (6) with adjacent lips (60).

According to the invention, the said application means (32), typically a brush (320, 320′), may have a circular section, the said section being taken in a plane perpendicular to the said axial direction (10, 21) such that the said applicator (3) does not need to be oriented with respect to the said body (2) during the said translation.

However, cases arise in which the said application means (3) may have a non-circular section S, and a shape factor L/l equal to at least 2, where L and l are the largest and the smallest dimensions respectively, the said section being taken in a plane perpendicular to the said axial direction (10, 21) such that all or part of the said translation requires relative orientation of the said applicator (3) with respect to the said body (2).

FIG. 11 b diagrammatically shows the two types of brushes, with round and oval sections. Advantageously, the said section S of the said application means (3) and the said orifice O_i (40) of the said separation means (4, 4′) may be geometrically similar.

In general, the said applicator (3) may comprise a single application means A (32), the said rod (31) being sufficiently long so that the said application means (32) is in contact with the said product P₁ contained in compartment C₁ particularly when the said cap (30) closes off the said opening (23) of the said body (2).

In this case, as illustrated particularly in FIGS. 1a to 1c, the said application means A (32) may have a height typically equal to approximately H₁, and can fill in or close off the said orifice O₁.

The applicator (3) shown in FIGS. 1a to 1c comprises a sealing means (33) cooperating with the said central orifice (40) of the separation means (4) such that the said compartment C_i is closed off typically in a sealed manner when the said distributor-applicator is closed.

However, as illustrated in FIGS. 2b and 2d, the said applicator (32) may comprise a single application means A, with a height typically greater than H₁, so that it can come into contact with the said product P₁ contained in the compartment C₁ and with the said product P₂ contained in the compartment C₂ when the said cap closes off the said body, so as to have a zone Ze called the remote zone on the application means after the said separation, including collected amounts of products P₁ and P₂, and a zone Zp called the near zone containing only collected products P₂.

As illustrated in FIG. 3c or FIG. 4a, the said applicator may comprise at least two application means A_i (32), typically two separate brushes (320, 320′) mounted in series on the said rod (31) and possibly as many application means A_i as there are separate compartments A₁ and A₂ and typically two separate application means A₁ and A₂, the said application means A₁ being in contact with the said product P₁ contained in compartment C₁ when the said cap (30) closes off the opening (23) of the said body (2), and the said application means A₂ being in contact with the said product P₂ contained in the compartment C₂ when the said cap closes off the opening (23) of the said body (2).

As illustrated in FIG. 4b, the said separate application means A_i (32) may have an increased section in the direction from A_i to A_i+1, such that each application means A_i only collects the product(s) P_i contained in the corresponding said compartment C_i.

As illustrated in FIG. 3d, the said applicator (3) may comprise two axially separate application means A₁ and A₂, one forming a brush (320) based on bristles, and the other (321) not forming a brush and comprising a material, typically divided or cellular, capable of collecting a solid or a liquid.

In FIG. 3d, the brush (320) forms the application means A₂ while the other application means not including the brush (321) and formed from an absorbent material forms the means A₁ located above means A₂ according to the convention used by which the smallest subscript corresponds to the axial position furthest from the said cap (30) or closest to the said bottom (25).

However, the invention includes the opposite arrangement in which the brush (320) forms the application means A₁ and the absorbent material forms the application means A₂.

According to the invention, and as illustrated as an example in FIGS. 1a, 10a and 10b, the said rod (31), or possibly the said application means (32), cooperates with the said separation means (4, 4′), possibly due to a means (33) fixed to the said rod (3) or due to a means (6) fixed to the said separation means (4, 4′) designed to close off the said orifice (40) in order to make at least one compartment (200) and typically the said compartment C₁ leak tight, when the said cap (30) closes off the opening (23) of the said body (2).

Considering the structure of distributors-applicators (1) according to the invention, the said head (22) and/or the said bottom (25) of the said body (2) may form removable parts (22′, 25′) so that the said separation means S_i (4, 4′) and/or the said products P_i can enter into the said cavity (20). A removable part means a separate part assembled to the skirt (24) of the body (2), these parts possibly being assembled reversibly, or more typically irreversibly.

A distributor-applicator (1) with a removable head (22′) is shown in FIGS. 2a to 2d, 4b, 5b. A distributor-applicator (1) with a removable bottom (25′) is shown in FIGS. 1a, 1c and 10a.

According to another embodiment of the invention illustrated in FIG. 11c, the said body (2) and the said separation means are formed by axial assembly, typically by click-fitting or by gluing or heat sealing, of at least two modular body portions (7) and (7′), one comprising the said bottom (25) and the other comprising the said opening (23).

This method may be advantageous as an alternative to make distributors-applicators (1) according to the invention, particularly in the case of more complex shapes.

According to the invention, all or some of the said body (2) may be formed by a typically transparent moulded plastic material.

Another purpose of the invention consists of using the distributor-applicator (1) according to the invention for packaging several cosmetics P_i, at least one of the products P_i being a fluid product.

Preferably, the said fluid product may be a make-up product, and typically a mascara.

The said fluid product can usually be packaged in the said compartment (200) C₁.

The said products P_i (5), typically for i>1, may comprise typically agglomerated solid products (51), the said solid products (51) typically forming annular or toroidal bodies (510), comprising a central opening (511), allowing passage of the said application means (32).

The said products P_i (5), typically for i>1, may also typically comprise unagglomerated solid products (52), the said solid products (52) typically forming particles or a powder with a high flow angle or coefficient.

The said products P_i (5), typically for i>1, may also be fluid products (50), typically in the form of a liquid, paste or powder possibly with a low flow angle or coefficient.

According to the invention, the said lower compartment C₁ of the distributor-applicator may be designed to contain a fluid product P₁, typically a mascara, while the said upper compartment C₂ may be designed to contain a solid product P₂, typically in the form of a powder of spangles, so as to increase the quantity of solid material on the said application means, typically when the said product P₁ is a mascara.

EXAMPLE EMBODIMENTS

FIGS. 1 a to 11c form example embodiments.

The said body (2) and the said separation means (4, 4′) were formed by moulding a thermoplastic material.

The applicators (3) were formed in the usual manner, the said cap (30) and the said rod (31) being made of plastic, the application means (32) itself being formed in a normal manner, the brushes (320, 320′) being formed by a cooperation of rows of bristles with a twisted metallic wire.

The distributor-applicator (1) according to FIGS. 1a to 1c corresponds to applications in which the product P₁ (typically a mascara) placed in the lower compartment C₁ and the product P₂ placed in the upper compartment C₂ may possibly partially mix together without any disadvantages.

The distributor-applicator (1) according to FIGS. 2a to 3b corresponds to the case in which the product P₁ (typically a mascara) placed in the lower compartment C₁ and the product P₂ placed in the upper compartment C₂ do not mix together, however the product P₂ being collected by the brush (320) using the open central tubular part (44) of the said separation means. For example, the product P₂ may be composed of a powder of spangles, such that the brush covered with mascara as it comes out of the compartment C₁, picks up spangles at the surface of the brush as it passes through the compartment C₂.

The distributor-applicator (1) according to FIGS. 4b to 4d comprises three compartments, compartments C₁ and C₂ corresponding to those shown in FIGS. 2a to 3b and the upper compartment C₃ being accessed directly once the cap (30) of the applicator (3) is removed.

For example, a creamy, typically non-fluid product, could be kept in such a compartment.

The distributor-applicator (1) according to FIGS. 5a to 5d corresponds to the case in which the said product P₂ contained in compartment C₂ forms a solid block with a central duct such that as it is translated, the surface of the brush (320) containing product P₁ can also collect product P₂ as the block comes into contact with the product P₂. It is also possible that the product P₂ actually forms several stacks of blocks, so as to have several grades of solid products (P₂, P₂′, etc.), if required.

The distributors-applicators (1) in FIGS. 6a to 7b correspond to cases in which the compartment C₂ is accessed directly from the outside, the product P₂ typically being non-fluid (powder block, cream, etc.) and in which the said application means forms a brush, the product P₁ contained in product C₁ being a fluid product.

The distributor-applicator (1) according to FIG. 8 is of the “duo” type (1′) and corresponds approximately to two applicators-distributors (1) assembled through a common bottom (25″).

The distributor-applicator (1) according to FIGS. 9a to 9d comprises three compartments formed by a stack of add-on parts forming a receptacle (47), each compartment C₁ possibly containing the corresponding typically non-fluid product P_i.

Distributors-applicators (1) according to FIGS. 10a to 11c comprise a compartment C₁ provided with a sealing valve such that this type of distributor-applicator (1) is particularly suitable for packaging possibly very fluid products P₁.

ADVANTAGES OF THE INVENTION

As is clear from the above, distributors-applicators (1) according to the invention considerably modify and broaden the possibilities of traditional distributors-applicators.

Firstly, distributors-applicators according to the invention are adapted to simultaneous packaging of all sorts of products with completely different rheological properties, from very fluid liquids to solids, and including paste or non-fluid creamy products, or by powders or spangles, all in the same packaging.

Moreover, in many cases distributors-applicators (1) according to the invention can obtain two different products on the application means (32) with a single gesture, in order to obtain a special make-up effect.

Finally, distributors-applicators (1) according to the invention open up an opportunity for a large number of new combinations, so that new needs can be satisfied simply by adapting the information divulged in this invention.

LIST OF MARKS

Distributor-applicator . . . 1

“Duo” distributor-applicator . . . 1′

• • Axial direction parallel to 21 . . . 10

Body . . . 2

• • Cavity . . . 20
    • Compartments of 20 . . . 200
  • Axial direction parallel to 10 . . . 21
  • Head . . . 22
    • Threaded neck . . . 220
  • Removable head . . . 22′
  • Opening . . . 23
  • Lateral skirt . . . 24
    • Top end . . . 240
    • Bottom shoulder . . . 241
    • Click-fit ribs (grooves) . . . 242
    • Rim (threaded) . . . 243
    • Support rim . . . 244
  • Bottom . . . 25
  • Removable bottom . . . 25′
  • Common bottom . . . 25″
  • Secondary cavity . . . 26
  • Complementary or free volume . . . 27

Applicator . . . 3

• • Cap . . . 30
  • Rod . . . 31
  • Application means . . . 32
    • Brush (side bristles) . . . 320, 320′
    • Brush (end bristles) . . . 321
  • Means of making 200 leak tight . . . 33

Separation means . . . 4, 4′

• • Central orifice . . . 40
  • Radial projection . . . 41
  • Extended radial projection . . . 42
  • Inclined or vertical projection . . . 43
  • Perforated tubular central part . . . 44
    • Axial rods . . . 440
    • Axial spaces . . . 441
  • Central duct . . . 44′
    • Flared upper part . . . 440′
  • Single-piece part with 2 . . . 45
  • Add-on part . . . 46, 46′
    • Radial part . . . 460
    • Tubular part . . . 461
    • Lower tubular part . . . 462
  • Add-on part forming a receptacle . . . 47

Product . . . 5

• • Liquid or fluid product . . . 50
  • Solid product (agglomerated) . . . 51
    • Annular body . . . 510
    • Central opening . . . 511
  • Non-agglomerated solid products . . . 52

Valve . . . 6

• • Elastic lips . . . 60

Modular body portion . . . 7, 7′

Means of wiping 32 . . . 8

Claims

1. Distributor-applicator (1) mobile in the axial direction (10) designed to contain a cosmetic (5), comprising a body (2) forming a cylindrical and longitudinal cavity (20) with a height H along its axial direction (21) containing said cosmetic (5), and in which there is an opening, said body (2) being provided with a lateral skirt (24), fixed with a rim (243) or a head (22) at its top end containing a threaded neck (220) surrounding said opening (23), and forming a bottom (25) at its bottom end, and an applicator (3) comprising a threaded cap (30) forming a means of gripping said applicator (3) and intended to cooperate with said rim (243) or said neck (220) of said head (22), a rod or a longitudinal support (31) and an application means (32), comprising a brush (320) consisting of one or several rows of bristles, said rod (31) being fixed to said cap (30) at one of its ends, and fixed to said application means (32) at its other end, such that said application means (32), at the contact of said product (5) when said cap closes off said opening (23) of said body (2), collects some of said product (5) and after separation of said applicator (3) from said body (2), including an axial translation, enables application of said collected product on a support, and characterised in that: a) said body (2) comprises an axial partition in said cavity (20) so as to form an axial sequence of N staged compartments (200) in said cavity (20), denoted C1 to CN, where N varies from 2 to 4, each compartment Ci with height Hi containing said cosmetic(s) Pi, said cosmetic(s) Pi being different from said cosmetic(s) Pi+1 in compartment Ci+1 located above it, and said cosmetic Pi being a fluid product,b) axial partition comprises N−1 separation means S (4, 4′), said separation means S (4, 4′) being denoted Si, where i is equal to not more than N−1, between two successive compartments Ci and Ci+1,c) each compartment Ci, where i>1, comprising a volume forming a storage means for said product Pi, and also a complementary or free volume (27) forming a communication means, such that said application means (32) can access each of said compartments Ci, where i′<i, in order to collect said corresponding products Pi′,in which said separation means Si (4, 4′) comprises a central orifice Oi (40) forming said communication means between the compartments Ci and Ci+1 and forming an axial passage for said application means (32), said separation means Si (4, 4′) delimiting said compartment Ci near the top and thus forming a partition between said compartments Ci and Ci+1 of said cavity (20).

2. Distributor-applicator according to claim 1 in which said cavity (20) comprises two successive compartments (200), a lower compartment C1 with height H1 containing the product P1, said product P1 being a fluid product, and a top compartment C2 with height H2 containing the product P2, said lower compartment being contiguous with said bottom at its lower part, the top of said upper compartment C2 being contiguous with said rim (243) or said neck (220).

3. Distributor-applicator according to claim 1, in which said separation means Si (4, 4′) of the compartment Ci forms a support for product(s) Pi+1 contained in the adjacent compartment Ci+1 and located axially above compartment Ci.

4. Distributor-applicator according to claim 1 in which said separation means Si (4, 4′) of compartment Ci comprises a radial projection or part (41, 42, 460).

5. Distributor-applicator according to claim 4 in which said projection or radial part (41, 42, 460) forms a sufficiently large radial projection (42) so that said central orifice Oi (40) may be filled in or closed off by said application means (32).

6. Distributor-applicator according to claim 1 in which said means of separation Si (4, 4′) of compartment Ci comprises a part forming a radial projection (41) and a part forming a vertical or inclined projection (43), so as to form firstly a secondary cavity (26) capable of containing a fluid product, and secondly said complementary or free volume (27) forming said communication means.

7. Distributor-applicator according to claim 6, in which said vertical projection or said duct comprises or forms a perforated tubular central part (44), so as to form said secondary cavity (26) that will contain said product P2, and such that said application means (32) can collect said product P2 particularly during translation of said application means in said complementary or free volume (27).

8. Distributor-applicator according to claim 7 in which said central open tubular part (44) comprises several axial rods (440) forming axial spaces (441) between them through which said rows of bristles of said brush (320, 320′) are free to pass and so as to collect said product P2.

9. Distributor-applicator according to claim 1, in which said separation means Si (4, 4′) for i=1 include a top central duct (44′), provided with a flared top part (440′) and/or a bottom part through which said application means can pass, said top central duct (44′) delimiting the inside of said complementary or free volume (27) forming said communication means.

10. Distributor-applicator according to claim 1, in which said orifice Oi (40) for i=1 comprises or forms a non-return valve or flap (6), said valve or said flap (6) being open when said applicator (3) cooperates with said body, said application means then being in contact with said product Pi for i=1, and closed when said applicator (3) is separated from said body (2).

11. Distributor-applicator according to claim 1 in which said separation means Si (4, 4′) for i=1 forms or includes an elastic membrane comprising adjacent rims or lips (60) delimiting said orifice Oi for i=1, like a valve, said lips (60) being capable of elastically separating during said axial displacement of said applicator (3) so as to enable said application means (32) to pass through said orifice (40) so as to prevent or limit mixing of said products (5) in two different compartments (200).

12. Distributor-applicator according to claim 1, in which said separation means S1 (4, 4′) forms or comprises a single-piece part (45) with said body (2).

13. Distributor-applicator according to claim 1, in which said separation means Si−1 (4, 4′) forms or comprises an add-on part (46, 46′) in said cavity (20), fixed to said body (2) by assembly or by click-fitting.

14. Distributor-applicator according to claim 1, in which said neck (220) and/or said orifice Oi (40), for i=1, comprises or forms a means (8) of wiping said application means (32), so as to remove the excess amount of at least said product Pi, the fluid product P1 for i=1.

15. Distributor-applicator according to claim 1, in which said application means (32), comprising a brush (320, 320′), has a circular section, said section being taken in a plane perpendicular to said axial direction (10, 21) such that said applicator (3) does not need to be oriented with respect to said body (2) during said translation.

16. Distributor-applicator according to claim 15, in which said section S of said application means (3) and said orifice Oi (40) of said separation means (4, 4′) are geometrically similar.

17. Distributor-applicator according to claim 1, in which said application means (3) has a non-circular section S, and a shape factor L/l equal to at least 2, where L and l are the largest and the smallest dimensions respectively, said section being taken in a plane perpendicular to said axial direction (10, 21) such that all or part of said translation requires relative orientation of said applicator (3) with respect to said body (2).

18. Distributor-applicator according to claim 1 in which said applicator (3) comprises a single application means A (32), said rod (31) being sufficiently long so that said application means (32) is in contact with said product P1 contained in compartment C1 particularly when said cap (30) closes off said opening (23) of said body (2).

19. Distributor-applicator according to claim 18 in which the height of said application means A (32) is equal to approximately H1, and fills in or closes off said orifice O1.

20. Distributor-applicator according to claim 1 in which said applicator (32) comprises a single application means A, with a height greater than H1, so that it can come into contact with said product P1 contained in the compartment C1 and with said product P2 contained in the compartment C2 when said cap closes off said body, so as to have a zone Ze called the remote zone on the application means after said separation, including collected amounts of products P1 and P2, and a zone Zp called the near zone containing collected products P2 only.

21. Distributor-applicator according to claim 1 in which said applicator comprises at least two application means Ai (32), two separate brushes (320, 320′) mounted in series on said rod (31) and possibly as many application means Ai as there are separate compartments A1 and A2 and two separate application means A1 and A2, said application means A1 being in contact with said product P1 contained in compartment C1 when said cap (30) closes off the opening (23) of said body (2), and said application means A2 being in contact with said product P2 contained in the compartment C2 when said cap closes off the opening (23) of said body (2).

22. Distributor-applicator according to claim 21 in which said separate application means Ai (32) have an increasing section in the direction from Ai to Ai+1, such that each application means Ai only collects the product(s) Pi contained in the corresponding said compartment Ci.

23. Distributor-applicator according to claim 21 in which said applicator (3) comprises two axially separate application means A1 and A2, one forming a brush (320) based on bristles, and the other (321) not forming a brush and comprising a material, divided or cellular, capable of collecting a solid or a liquid.

24. Distributor-applicator according to claim 1 in which said rod (31), or possibly said application means (32), cooperates with said separation means (4, 4′), possibly due to a means (33) fixed to said rod (3) or due to a means (6) fixed to said separation means (4, 4′) designed to close off said orifice (40) in order to make at least one compartment (200) and said compartment C1 leak tight, when said cap (30) closes off the opening (23) of said body (2).

25. Distributor-applicator according to claim 1 in which said head (22) and/or said bottom (25) of said body (2) form removable parts (22′, 25′) so that said separation means Si (4, 4′) and/or said products Pi can enter into said cavity (20).

26. Distributor-applicator according to claim 1 in which said body (2) and said separation means are formed by axial assembly, by click-fitting or by gluing or heat sealing, of at least two modular body portions (7) and (7′), one comprising said bottom (25) and the other comprising said opening (23).

27. Distributor-applicator according to claim 1 in which all or some of said body (2) is formed by a transparent moulded plastic material.

28. Use of the distributor-applicator according to claim 1 for packaging several cosmetics Pi, at least one of the products Pi being a fluid product.

29. Use according to claim 28 in which said fluid product is a mascara.

30. Use according to claim 28, in which said fluid product is packaged in said compartment (200) C1.

31. Use according to claim 28, in which said products Pi (5), for i>1, comprise agglomerated solid products (51), said solid products (51) forming annular or toroidal bodies (510), comprising a central opening (511) through which said application means (32) can pass.

32. Distributor-applicator (1) mobile in the axial direction (10) designed to contain a cosmetic (5), comprising a body (2) forming a longitudinal cavity (20) with a height (H) along its axial direction (21) containing said cosmetic (5), and in which there is an opening, said body (2) being provided with a lateral skirt (24), fixed with a rim (243) or a head (22) at its top end containing a neck (220) surrounding said opening (23), and forming a bottom (25) at its bottom end, and an applicator (3) comprising a cap (30) forming a means of gripping said applicator (3) and intended to cooperate with said rim (243) or said neck (220) of said head (22), a rod or a longitudinal support (31) and an application means (32), said rod (31) being fixed to said cap (30) at one of its ends, and fixed to said application means (32) at its other end, such that said application means (32), at the contact of said product (5) when said cap closes off said opening (23) of said body (2), collects some of said product (5) and after separation of said applicator (3) from said body (2), including an axial translation, enables application of said collected product on a support, wherein, a) said body (2) comprises an axial partition in said cavity (20) so as to form an axial sequence of N staged compartments (200) in said cavity (20), denoted C1 to CN, where N varies from 2 to 4, each compartment Ci with height Hi containing said cosmetic(s) Pi, said cosmetic(s) Pi being different from said cosmetic(s) Pi+1 in compartment Ci+1 located above it, and said cosmetic Pi being a fluid product,b) axial partition comprises N−1 separation means S (4, 4′), said separation means S (4, 4′) being denoted Si, where i is equal to not more than N−1, between two successive compartments Ci and Ci+1,c) each compartment Ci, where i>1, comprising a volume forming a storage means for said product Pi, and also a complementary or free volume (27) forming a communication means, such that said application means (32) can access each of said compartments Ci, where i′<i, in order to collect said corresponding products Pi′, andsaid separation means Si (4, 4′) comprises a central orifice Oi (40) forming said communication means between the compartments Ci and Ci+1 and forming an axial passage for said application means (32), said separation means Si (4, 4′) delimiting said compartment Ci near the top and thus forming a partition between said compartments Ci and Ci+1 of said cavity (20).