JP7403542B2 - Devices for packaging products - Google Patents

Description

The present invention relates to a device for packaging products, in particular cosmetic or care products, such as make-up products.

The invention more particularly, but not exclusively, comprises a container containing a product to be applied and a flexible porous membrane through which the product contained within the container can be passed for dispensing. Regarding devices.

A large number of devices of this type are known, having various shapes and configurations.

For example, WO 2017/155301, FR 3 027 200, JP 09-289918 A1 have a product container with a porous membrane through which the product can be taken out. Regarding devices.

It is necessary to distinguish between two categories of containers for products with porous membranes through which the product can be removed.

In the first category, the porous membrane is a follower, ie, it can move down within the container during product dispensing as the amount of product decreases within the container.

In this first category, Korean Patent Publication No. 10-1477583 discloses an outer container with an open upper part and a storage space inside, and a container for storing liquid or cream phase cosmetics inside. An inner container housed in a storage space with an open upper part, a mesh part attached to the upper part of the cosmetic product housed in the inner container, and a ring-shaped guide member attached along the outer periphery of the mesh part. discloses a portable cosmetic product that includes a container cover that covers an open upper portion of an outer container and a cosmetic product housed in an inner container. A first container protrusion and a second container protrusion that protrude in a ring shape along the outer periphery are formed on the upper surface of the outer container. A first cover protrusion and a second cover protrusion that protrude in a ring shape inside and outside the first container protrusion are formed on the bottom surface of the container cover. A mounting groove is formed between the first container projection and the second container projection. A sealing member is attached to each of the second container protrusion and the attachment groove. The guide member consists of a ring-shaped lower guide formed by a plurality of protrusions protruding radially from the upper surface, and an upper guide coupled to surround the outer periphery of the side surface of the lower guide. It is located at the top of the lower guide. The outer periphery of the mesh portion is placed and fixed between the lower and upper guides.

The second category to which the invention belongs includes devices in which the porous membrane is not the driven side, ie does not descend within the container during product dispensing.

In the second category, French Patent Invention No. 3 043 896 discloses a container body for storing cosmetics, an inner lid comprising a hollow cylindrical frame and an elastic, hollow under tension The present invention relates to a device comprising an inner lid including a cosmetically permeable fibrous sheet attached to a cylindrical frame and a sealing cover configured to seal the container body with the inner lid secured. The frame is fitted into the container body. The fiber sheet has a peripheral edge that adheres along the inner circumferential surface of the frame from either the upper end surface or the lower end surface of the frame.

In addition, in this second category, Korean Patent Publication No. 2016/0073895 discloses a container body portion, a cosmetics-containing portion that is joined to the container body portion, a cosmetics-containing portion in which cosmetics are placed, and a cosmetics-containing portion that is welded. a mesh frame portion to which the mesh is attached; at least one abutting member formed inside the mesh frame portion to be joined to the mesh; and at least one abutment member provided on the outer periphery of the container body portion and joined to the joining member. a fixing joint part that pushes and pulls the mesh to fix the mesh; , and a second joining member formed on the inner side surface of the mesh frame portion to be joined to the mesh.

International Publication No. 2017/155301 French Patent Invention No. 3027200 Japanese Patent Application Publication No. 09-289918 Korean Published Patent No. 10-1477583 French Patent Invention No. 3043896 Korean Publication Patent No. 2016/0073895

There is a need for further improvements in packaging devices comprising flexible porous membranes through which the product can be removed and which are not on the driven side.

According to one aspect, the invention is a device for packaging products, in particular cosmetic or care products, comprising:
- a cup member defining a product reservoir;
- a preferably elastically deformable mesh through which the product is taken out;
In a device comprising:
- a support part to which the mesh is attached in the peripheral fixation zone, the support part being immobile relative to the cup member during product dispensing;
- a stretching member configured to stretch the mesh by pushing the mesh at at least one location radially inward of said peripheral fixation zone;
A device further comprising:

The mesh attached to the support part is not on the driven side.

It should also be noted that the mesh and supporting parts are attached to each other before assembling the device.

Advantageously, the support part is immobilized in a manner other than by snapping the support part onto the cup member.

The term "other than by snapping" means that the support part is made immovable relative to the cup member by friction, by adhesive, by welding or by at least one axial locking element.

In such a case, there is no need to provide the support part and the cup part with corresponding reliefs for snapping. Mesh tension can be adjusted more easily and there is less risk of under- or over-stretching the mesh. Manufacturing tolerances may be higher.

Furthermore, it provides greater possibilities for sealing, if necessary, at the joints of the various elements.

The support part is preferably immobilized in at least one location of the support part that is not in contact with the mesh. It makes it possible to securely fix the support part, since there is no contact between the support part and the mesh at said at least one place of fixation.

During assembly of the device, the support piece may be inserted into the cup member until it comes into abutment with a surface of the cup member or until a desired position is reached, depending on the embodiment. Insertion of the support component may create a frictional force that immobilizes the support component within the cup member. The mesh may or may not be pressed between the support part and the cup member, depending on the embodiment. If the mesh is pressed, it may serve to immobilize the support part within the cup member. The support piece may be inserted into the cup member until the support piece abuts the upper edge of the skirt of the cup member. The support part may include one or more ribs that contribute to creating a frictional force against the cup member. The one or more ribs preferably abut a cylindrical surface of the cup member. Advantageously, the ribs do not engage with corresponding grooves in the cup member.

The present invention allows for adjusting the tension or stretch of the mesh during assembly of the device.

The support part is advantageously made of a hard polymeric material, for example a hard thermoplastic material.

If the cup member does not have a snap fastening of the support part, this means that when the support part is inserted into the cup member, the support part or the cup member does not need to deform significantly, so a rigid material can be used to connect the support part and the cup. Allows you to create parts. The absence of snap closures may also facilitate molding of the support component and cup member since there is no need to create snap closure grooves.

The mesh is advantageously sufficiently elastically deformable to be able to contact the bottom of the reservoir when the product in the reservoir is used up. After the device is assembled, the mesh is not stretched to its elastic limit. The device according to the invention makes it possible to obtain a good restitution rate of the product. The recovery rate may be greater than 80%, or even better than 85%, for example.

The stretching member is configured to stretch the mesh when the device is assembled. This stretching of the mesh persists throughout use of the device. Stretching of the mesh due to the tension member does not exist prior to physical contact between the mesh and the tension member. The mesh attached to the support component may be flat prior to contacting the tension member. The support component does not include an elongated member.

The elongated member may be part of the inner circumferential skirt. In such a case, the elongate member is, for example, at least partially constituted by the upper end of the inner circumferential skirt. In a variant, the elongated member is constituted by the lower end of the inner circumferential skirt, depending on the upward or downward orientation of the skirt.

In certain embodiments, the inner circumferential skirt has a constant height. In a variant, the inner circumferential skirt has a varying height.

The support part may be immobilized at at least one location of the support part that is radially outside the peripheral fixation zone.

The support part may be made immobile by contact with the circumferential skirt, for example by friction, gluing, or welding with such circumferential skirt.

When the device comprises an inner circumferential skirt and an outer circumferential skirt, the support component may be at least partially sandwiched between the inner circumferential skirt and the outer circumferential skirt. In such cases, the support part may be immobilized by friction, by gluing or by welding.

When present, the inner circumferential skirt and the outer circumferential skirt are concentrically arranged.

The support part may be prevented from moving axially by at least one axial locking element. The at least one axial locking element may axially cover the support component to prevent axial movement of the support component.

The cup member may include an elongate member.

The device may include a covering portion that cooperates with the cup member. In such cases, the covering portion may include an elongated member.

When the device includes a circumferential skirt, the circumferential skirt may be part of the cup member or part of the covering portion, if present.

In certain embodiments, the device is free of covering portions.

The support part may comprise a circumferential rib whose contact with another part of the device is responsible for immobilizing the support part.

The mesh is advantageously welded to the support part in a peripheral fixation zone, for example by ultrasonic or radiofrequency welding.

The support part comprises, for example, a ring, and the peripheral fixation zone is preferably at the lower end of the ring. The peripheral fixation zone may optionally be at the upper end of the ring. The support part advantageously comprises a single skirt ring. This means that there are no more than two concentric skirts.

In one embodiment, the support part comprises an outer edge that extends radially outwardly from the remainder of the support part, in particular from the upper end of the ring. The outer edge preferably rests on the element, for example on its upper end, and participates in immobilizing the support part.

The support component may include an inner edge extending radially inwardly from the remainder of the support component, the inner edge resting, for example, on an elongate member, and the mesh portion being sandwiched between the inner edge and the elongate member. It will be done.

The device or portion of the device may be a refill. In such cases, the refills may be individually packaged, eg, in sealed bags or boxes.

In one particular embodiment, one of the support piece and the cup member includes at least one first septum, and the other of the support piece and the cup member includes at least two septums surrounding the first septum. and such that the mesh is confined between each of the at least one first septum and each of the at least two second septa. This embodiment makes it possible to create product partitions in the cup member.

The peripheral fixed zone defines a zone having a shape selected from, for example, a circular shape, an elliptical shape, and a polygonal shape such as a rectangle or a square.

The peripheral fixation zone may have an annular shape.

The mesh may be a woven mesh and may include woven, nonwoven, or knitted fabrics. The mesh may be a foam membrane or another non-woven mesh, such as a perforated plastic film.

The mesh is permeable so that the product can be removed through it.

The mesh includes a lower surface facing toward the product contained within the reservoir and an upper surface facing away from the product contained within the reservoir.

The maximum thickness between the bottom and top surfaces of the mesh is the thickness of the mesh. The thickness of the mesh may be between 0.4 and 5 mm.

The area of the upper surface of the mesh may be between 180 mm ² and 3800 mm ² . Such an area of the top surface of the mesh and such a thickness allow the user to reach the product while minimizing the amount of textile material required and the amount of product that remains trapped within the mesh at the end of use. This makes it possible to have a large surface.

Depending on the initial degree of filling of the cup member, the product contained within the reservoir may or may not come into contact with the underside of the mesh if no pressure is applied to the mesh by the user.

Preferably, the mesh conforms to the surface of the product contained within the reservoir while the product is being removed.

The upper surface of the mesh may be substantially flat in that portion through which the product passes during use. The underside of the mesh may be substantially flat in that portion through which the product passes during use. The areas of the top and bottom surfaces of the mesh may be the same or different.

The thickness of the mesh may be substantially constant in the area through which the product passes during use.

The support part may be fixed to the top surface of the mesh. Alternatively, the support part is fixed to the underside of the mesh.

The bottom of the reservoir may have a substantially flat shape or a concave shape towards the mesh. The bottom of the reservoir may have a parabolic, elliptical or spherical shape. The bottom of the reservoir may be approximately at the same level as the bottom of the device.

The cosmetic product is advantageously one of foundations, concealer products, complexion correctors and care products.

The product may be either in liquid, pasty or free powder form.

The product may be a fluid. The viscosity of the product may be from 40 UD to 90 UD (deviation units), preferably from 55 UD to 80 UD, or from 366 cP to 569 cP (centipoise), or from 0.37 Pa.s to 0.57 Pa.s.

This viscosity was determined at 25°C using a Rheomat 180 (Lamy) equipped with an MS-R2 spindle, selected for low to medium viscosities of products, rotating at a speed of 200 revolutions per minute. It is measured in Measurements are taken after a rotation time of 10 minutes. Viscosity measurements are taken within the last week after manufacture. Such a viscosity makes it possible to improve the removal of the product from the top side of the mesh and to avoid the product flowing during use.

The device may include a protective lid that covers the mesh when the product is not removed. The protective lid may be secured by friction, screwing, bayonet locking, or snapping. In a variant, the protective lid can be connected in an articulated manner or by a sliding connection.

The product can be removed from the top surface of the mesh with the aid of an applicator. The applicator may include or consist of an applicator member such as a foam, brush, sponge, nonwoven, or flocked end piece.

In a variant, the product is removed with the fingers by stroking the mesh with the fingers.

It is possible that the device does not have an applicator housed between the protective lid and the mesh. This makes it possible to simplify the manufacture and to give the user greater freedom of choice regarding the application of the product compared to devices in which the applicator is integrated.

In one variant, the device includes an applicator to provide the user with a complete system.

The device may include a mirror, in particular housed in a protective lid.

The device is not provided with any wiper member through which the applicator is withdrawn.

The device may not specifically include bellows in the cup member.

The cup member may include a rigid body. The rigid body may be created by molding a thermoplastic material, with a cavity defining a space for the product and forming a reservoir. The cup member is not a flexible sheet.

The cup member may include a concentrically disposed inner circumferential skirt and an outer circumferential skirt, between which the support component is inserted.

The support part may be supported by the upper edge of the inner circumferential skirt or the outer circumferential skirt that is part of the cup member, and the support part is sandwiched between the cup member and the retaining part.

When the cup member comprises an inner circumferential skirt and an outer circumferential skirt arranged concentrically, the support part may rest on the bottom of the cylindrical space between the two skirts.

There may be one single piece comprising the tension member and the radial clamping force.

Method for assembling a device A further subject of the invention is a method for assembling a device as defined above, comprising:
- filling the cup member with product;
- providing a mounting mesh on the support component;
- contacting the mesh with the stretch member and pushing the mesh with the stretch member to stretch the mesh;
- immobilizing the support part relative to the cup member;
A method comprising:

Make-up method A further subject of the invention is a make-up method, comprising:
- loading the applicator with the product by using the device defined above;
- applying a product to the area to be treated with regard to human keratin material;
This is a makeup method that includes.

The applicator may be loaded without moving the applicator, thereby depositing product onto the applicator, rather than by moving the applicator into contact with and then away from the mesh.

In a variant, the user can rotate and/or translate the applicator while in contact with the mesh when the product is removed.

The product may be acquired by friction or by tapping the applicator or finger against the mesh.

The invention can be better understood from reading the following description of non-limiting embodiments thereof and from studying the accompanying drawings, in which: FIG.

1 is a partially schematic exploded view from below in perspective of an example of a device according to the invention; FIG. 2 is a partial schematic cross-sectional exploded view from above in perspective of the device of FIG. 1 partially assembled; FIG. 3 is a partial schematic cross-sectional view of the device of FIGS. 1 and 2 partially assembled; FIG. 4 is a partial schematic cross-sectional view of the device of FIGS. 1, 2, and 3 once assembled; FIG. Figure 3 schematically shows, in cross-section and perspective, a cup member of another example of a device according to the invention; Figure 6 is a similar view to Figure 5, with the cup member filled with product; 7 is a schematic exploded view of a portion of the device comprising the cup member of FIGS. 5 and 6 before assembly; FIG. 8 is a partial schematic cross-sectional view of the device of FIG. 7 after assembly; FIG. 8 is a view similar to FIG. 7 after assembly; FIG. 3 schematically shows, in cross section, a support part comprising a mesh of another example of a device according to the invention; FIG. 11 schematically shows in cross section a part of the device with the support part of FIG. 10 after assembly; FIG. FIG. 3 schematically shows, in cross-section, a part of another example of a device according to the invention after assembly; Figure 13 is a partial schematic cross-sectional exploded view of the device of Figure 12 before assembly; 3 is a partially schematic exploded view of another example of a device according to the invention before assembly; FIG. Figure 15 schematically shows, in cross-section, a portion of the device of Figure 14 after assembly; Figure 3 is a partially schematic cross-sectional exploded view of another example of a device according to the invention before assembly; Figure 17 schematically shows, in cross-section, a portion of the device of Figure 16 after assembly; 3 schematically shows in cross section a support part with a mesh for another example of a device according to the invention; FIG. Figure 19 schematically shows, in cross-section, a part of the device with the support part of Figure 18 after assembly; 3 is a schematic perspective view of a portion of another example of a device according to the invention after assembly; FIG. 21 is a schematic exploded view from above in perspective of the device of FIG. 20 before assembly; FIG. 21 is a schematic exploded view from below in perspective of the device of FIG. 20 before assembly; FIG. 21 is a perspective cross-sectional schematic diagram of a portion of the device of FIG. 20 after assembly; FIG. 2 is a partially schematic exploded view from above in perspective of another example of a device according to the invention before assembly; FIG. Figure 25 is a schematic perspective view of a portion of the device of Figure 24 after assembly; FIG. 26 is a cross-sectional view of FIG. 25; FIG. 26 is another cross-sectional view of FIG. 25 at right angles to the cross-sectional view of FIG. 26;

In the remainder of the description, identical elements or elements having equivalent functions have the same reference symbols. The descriptions are not repeated for each of the figures, only the main differences between the embodiments are highlighted.

1 to 4 show an embodiment of a device 1 for packaging products according to the invention. Device 1 is assembled according to axis X. The device 1 comprises a cup member 2 defining a reservoir 3 of product. In Figures 1 to 4, reservoir 3 is shown empty. The reservoir 3 is defined by a cylindrical inner circumferential skirt 4 and a partially flat bottom 5, as shown. In this example, the diameter of the inner circumferential skirt 4 is greater than the height of the inner circumferential skirt 4.

The device 1 also comprises an elastically deformable, permeable mesh 6 through which the product is to be removed. In this example, the mesh 6 is made from a woven fabric, but the mesh 6 could be made from a non-woven or knitted fabric, or from another non-woven material, such as a foam, without departing from the scope of the invention. There is.

The device 1 also comprises a support part 10 to which the mesh 6 is attached at a peripheral fixation zone 12 . The support part 10 comprises a cylindrical ring 15, in this example a single skirt ring. In this example, the mesh 6 is welded to the support part 10. Furthermore, in this example, the peripheral fixation zone 12 is constituted by the lower end of the ring 15.

The device 1 comprises a tensioning member 16 configured to stretch the mesh 6 by pushing on the mesh 6 in at least one location radially inside said peripheral fixation zone 12 . In this example, the tension member 16 is part of the inner circumferential skirt 4 of the cup member 2 and is constituted by its upper end. In this example, the inner skirt 4 has a constant height.

The support part 10 is made immovable relative to the cup member 2 in a manner other than by snapping. The support part 10 is partially immobilized by frictional contact with another part of the device at a location 20 which in this example is radially outside of said peripheral fixation zone 12. In this embodiment, the cup member 2 comprises an outer circumferential skirt 25 radially outside and parallel to the inner circumferential skirt 4 . There is an annular space 26 between the inner circumferential skirt 4 and the outer circumferential skirt 25. In this example, the support part 10 is immobilized relative to the cup member 2 by friction.

The two concentric circumferential skirts of the cup member 2, constituted by an inner circumferential skirt 4 and an outer circumferential skirt 25, are connected at the lower end of the cup member 2 by a wall 27, which wall 27 is flat and It is aligned with the lower surface of the bottom 5 of the reservoir 3. Wall 27 also extends radially outwardly relative to peripheral skirt 25 and has an outer edge 28 . Skirt 4 and skirt 25 are integral with the cup member.

The ring 15 of the support part 10 is provided with a circumferential rib 29 in contact with a circumferential skirt 25 at a location 20 . A circumferential rib 29 extends on the radially outer surface 30 of the ring 15 over substantially the middle portion thereof.

The ring 15 of the support part 10 also comprises, at its upper end, a radially inner rib 31 extending into a radially inner surface 32 of the ring 15 .

The support part 10 comprises an outer edge 33 which extends radially outward from the remainder of the support part 10, in this example from the upper end of the ring 15.

Before assembly, the mesh 6 attached to the support part 10 is flat, as shown in FIG.

During assembly of the device according to axis 16 is assembled to the cup member 2 so as to press against the mesh 6. The mesh 6 is deformed. In that case, the mesh 6 comprises a welded outer zone 35, a tube-shaped zone 36 and a flat circular inner zone 37. The outer zone 35 corresponds to the peripheral fixation zone 12. A tubular shaped zone 36 is between the peripheral fixation zone 12 and the annular location 34. The inner zone 37 is the zone of the mesh 6 that is inside the annular location 34. This inner zone 37 is the zone of the mesh 6 through which the product will be removed. In this example, inner zone 37 is circular in shape, but inner zone 37 may be square in shape, rectangular in shape, or in another shape without departing from the scope of the invention. It may have a shape.

When the device 1 is assembled, the support part 10 may be at least partially sandwiched between the inner circumferential skirt 4 and the outer circumferential skirt 25. The presence of ribs 29 and 31 serves to hold support part 10 and mesh 6 to device 1 by friction. The support part 10 is immovable within the device 1 once assembled.

The outer edge 33 rests on the upper end 40 of the circumferential skirt 25 and serves as an abutment. In this way, the outer edge 33 rests on the upper end 40 of the outer circumferential skirt 25.

In addition to the cup member 2, the support part 10 and the mesh 6, the device 1 may also comprise other parts. In this example, the device 1 comprises a case 50 having a substantially cylindrical opening 51 for receiving the cup member 2 and the support part 10 attached to the mesh 6, as shown in FIG.

The case 50 includes a hinge 52 portion for receiving an articulated protective lid, not shown in the figures. The case 50 also comprises in this example a trim portion 53, a peripheral skirt 54 forming at least part of the limit of the cylindrical opening 51. When the device 1 is assembled, the lower end of the peripheral skirt 54 rests on the outer edge 28 of the cup member 2, acting as an abutment. At least a portion of the outer surface 55 of the peripheral skirt 25 is in contact with the inner surface 56 of the peripheral skirt 54. In this example, the outer surface 55 of the circumferential skirt 25 includes an upper circumferential rib 57 and a lower circumferential rib 58 such that it is in contact with the inner surface 56 of the circumferential skirt 54 . Furthermore, in this example, the upper circumferential rib 57 is not as high as the lower circumferential rib 58 because the circumferential skirt 54 does not have a constant thickness, but becomes thicker from the lower end to the upper end.

Case 50 includes a circumferential lip 60 at the upper end of peripheral skirt 54 . The circumferential lip 60 widens upwardly and radially covers the support part 10 and the annular location 34 up to the peripheral part of the inner zone 37 of the mesh 6 . The circumferential lip 60 may serve as an axial locking element for the support part 10. In this example, an annular rib 61 at the upper end of the support part 10 serves as an abutment for the peripheral lip 60. The lip 60 has a substantially planar shape outside the zone in contact with the support component 10 and a converging shape inside the zone in contact with the support component 10 .

In a variant, the case 50 includes a support part 10 attached to the mesh 6.

The zones of contact between different elements of the device 1 make it possible to obtain watertightness of the device 1.

Device 1 may be a restock item. In such cases, the refills may be individually packaged, eg, in sealed bags or boxes.

In the embodiment shown in Figures 5 to 9, the bottom 5 of the reservoir 3 is circular in shape. In this embodiment, the inner circumferential skirt 4 is not as high as the outer circumferential skirt 25, which also has an outer circumferential edge 70. Furthermore, in this embodiment, the wall 27 that connects from below the outer circumferential skirt 25 and the inner circumferential skirt 4 is flat and has no edges 28 . Most of the bottom 5 of the reservoir 3 is below the lower level of the wall 27 as shown. The support part 10 has a ring 15 with an outer edge 33 at the upper end, the ring 15 being a single skirt ring. The support component 10 has a circumferential inner rib 72 .

In Figure 5, reservoir 3 is empty.

In Figure 6, the reservoir 3 of the cup member 2 is filled with a cosmetic product P, in this example a foundation. The filling level 71 does not exceed the upper end of the inner circumferential skirt 4.

In FIG. 7, the support part 10 attached to the mesh 6 is shown above the cup member 2, prior to assembly.

In FIGS. 8 and 9 the support part 10 and the mesh 6 are assembled into the cup member 2. In FIGS. The lower end of the ring 15, which corresponds to the peripheral fixation zone 12, rests in this example on a wall 27, which serves as an abutment. The circumferential inner rib 72 is in contact with the outer surface of the inner circumferential skirt 4 . At least a portion of the outer surface of ring 15 is in contact with the inner radial surface of outer circumferential skirt 25 at contact point 20 . This support part 10 is held in place by friction in this example.

The product P may be removed by the user pressing on the top surface 73 of the mesh 6 in the inner zone 37 using an applicator or a finger. The product P passes through the permeable mesh 6 and is removed to be applied or to make up human keratinous material, such as the skin of the user or another person.

10 and 11 show another embodiment of the invention.

In FIG. 10 the support part 10 fixed to the mesh 6 is shown alone. The support part 10 consists of a small ring 15 without an outer edge.

When the support part 10 together with the mesh 6 is assembled into the cup member 2, as shown in FIG. 11, the support part 10 contacts the lower end of the cylindrical space 26 and simply occupies its lower part.

In the embodiment shown in FIGS. 12 and 13, the device 1 comprises a covering part 75. In the embodiment shown in FIGS. The covering part 75 comprises an inner circumferential skirt 4, whereas the cup member 2 only comprises an outer circumferential skirt 25. The covering portion 75 has a covering wall 77 . The inner circumferential skirt 4 is attached to the remainder of the covering part 75 by a circumferential wall 76 extending perpendicularly to the axis X from the covering wall 77 towards the inner part of the device 1 . Inner circumferential skirt 4 extends downwardly from circumferential wall 76 .

In the example of FIGS. 1 to 11, the support component 10 is attached to the upper surface 73 of the mesh 6 such that the support component 10 extends over the mesh 6.

In the example shown in FIGS. 12 and 13, the support part 10 is attached to the underside 79 of the mesh 6 such that the mesh 6 extends over the support part 10.

The peripheral fixation zone 12 is not exactly on the periphery of the mesh 6, but slightly inside, at some distance around the mesh, and this periphery forms a zone for fixing the mesh to the upper end of the peripheral skirt 25. Form. The outer radial surface of the circumferential skirt 25 is provided with a relief that can be joined to a corresponding relief of the covering wall 77 of the covering part 75 so as to snap together the cup member 2 and the covering part 75.

In this example, the support part 10 is held in place by adhering to the inner surface of the circumferential skirt 25 thanks to the adhesive composition at the locations 20 . In some cases, the support part 10 may be held by welding or by radial clamping.

The circumferential wall 76 covers the upper surface of the mesh 6. The elongated member 16 is formed by the lower end of the inner circumferential skirt 4 which is supported by the circumferential wall 76 . The circumferential wall 76 also forms an axial locking element of the support part 10.

In the embodiment shown in FIGS. 14 and 15, the cup member 2 has two concentric circumferential skirts, within which is an inner circumferential skirt 4. In the embodiment shown in FIGS. On the outside, the cup member 2 comprises another circumferential skirt 80 whose height is lower than that of the inner circumferential skirt 4 . In this embodiment, the device 1 comprises a covering part 75. The covering wall 77 of the covering part 75 is connected to the peripheral skirt 80 by a corresponding relief. The covering wall 77 shows on the inside a shoulder 81 which covers the upper end of the support part 10 . The support part 10 is axially confined between the shoulder 81 and the upper end of the circumferential skirt 80 . The shoulder 81 axially covers the support part 10 and forms an axial locking element of the support part 10 . The support part 10 is also sandwiched between the inner circumferential skirt 4 and the covering wall 77 according to an axis perpendicular to the axis X. A part of the annular zone 36 of the mesh 6 is sandwiched between the covering wall 77 above the shoulder 81 and the inner circumferential skirt 4 up to its upper end forming the extension member 16 .

In the example shown in FIGS. 16 and 17, the cup member 2 is exactly similar to the cup member of FIGS. 5 to 9. The difference is that the device 1 also comprises a covering support 85 for supporting the cup member 2. The cup member 2 also shows a lower circumferential skirt 86 extending below the wall 27 in alignment with the circumferential skirt 25 . The lower peripheral skirt 86 has reliefs that are complementary to the reliefs of the corresponding peripheral wall 87 of the covering support 85 to snap them together.

Furthermore, in this example, the support component 10 includes a circumferential lip 88 extending from the upper end of the support component 10 opposite the outer edge 33 . When the device 1 is assembled, this circumferential lip 88 may cover the annular location 34 on the mesh 6 and act as an abutment. In this zone, the mesh 6 is thus sandwiched between the circumferential lip 88 and the upper end of the inner circumferential skirt 4 of the cup member 2, the tension member 16.

In the example of FIGS. 18 and 19, the elongated member 16 comprises a neck 90 of the device 1, has a wall 91 extending below the neck 90, and has a portion of the covering portion 75 connected to the cup member 2 by a snap fastening. Department. The covering part 75 also participates in immobilizing the support part 10. The upper end of the cup member 2 extends between this wall 91 and the circumferential skirt 25. The circumferential skirt 25 is part of the covering part 75 and extends below the neck 90 and is in contact with the support part 10 at the location 20 so as to immobilize the support part 10 by friction. The outer skirt 25 is connected by a wall 27 to the inner skirt 4, which is also part of the covering part 75 and is provided with an extension member 16 at its upper end.

20 to 23 show an embodiment in which the inner circumferential skirt 4 has a varying height. The tension member 16 is formed by the upper end of the inner circumferential skirt 4 so that the shape of the inner zone 37 of the mesh 4 is not flat after assembly. In this example, the peripheral fixation zone 12 is also not flat and has a shape similar to the shape of the upper end of the inner peripheral skirt 4. In some cases, the cup member 2 and the support part 10 are exactly similar to the cup member 2 and the support part 10 shown in FIGS. 1 to 4.

In the embodiment shown in Figures 24 to 27, one of the support part 10 and the cup member 2, in this example the support part 10, comprises a first partition 100, and the other of the support part 10 and the cup member 2, in this example The cup member 2 comprises two second partition walls 101 and 102 surrounding the first partition wall 100, and the mesh 6 is trapped between the first partition wall 100 and each of the two second partition walls 101 and 102. be able to do so. The mesh 6 is stretched by tension members 16 at the periphery and at the partition walls 100, 101 and 102, as shown in FIG. Even if there is one mesh 6, one support part 10 and one cup member 2, the second partitions 101 and 102 provide two compartments of product in the cup member 2.

The invention is not limited to the illustrated embodiments. There may be more than two compartments of product within the cup member 2.

1 Device 2 Cup member 3 Reservoir 4 Inner skirt 5 Bottom 6 Mesh 10 Support part 12 Peripheral fixation zone 15 Ring 16 Extension member 20 Location 25 Peripheral skirt 26 Annular space 27 Wall 28 External edge 29 Circumferential rib 30 Radial outer surface 31 radially inner rib 33 outer edge 34 annular location 35 outer zone 36 tubular zone 37 inner zone 40 upper end 50 case 51 cylindrical opening 52 hinge 53 trim portion 54 peripheral skirt 55 outer surface 56 inner surface 57 upper circumference Rib 58 Lower circumferential rib 60 Circumferential lip 61 Annular rib 70 Outer periphery 73 Upper surface 75 Covering portion 76 Circumferential wall 77 Covering wall 79 Lower surface 80 Peripheral skirt 81 Shoulder portion 85 Covering support portion 86 Lower peripheral skirt 87 Peripheral wall 88 Circumferential lip 90 Neck 91 Wall 100 First bulkhead 101 Second bulkhead 102 Second bulkhead

Claims (9)

A device (1) for packaging a product (P), specifically a cosmetic product, comprising:
- an inner circumferential skirt (4) and an outer circumferential skirt (25) defining an annular space (26) between the inner circumferential skirt (4) and the outer circumferential skirt (25), the reservoir (3) for said product (P); a cup member (2) defining a
- an elastically deformable mesh (6) through which said product (P) is extracted;
- a support part (10) comprising a ring (15) with a lower end to which said mesh (6) is attached in a peripheral fixation zone (12), said support part (10) comprising said cup member (2); ), the ring (15) is immobilized relative to the cup member (2) during dispensing of the product, other than by snapping the support part (10) to the inner circumferential skirt ( 4) and said peripheral skirt (25), said mesh (6) being flat before said support part (10) is attached to said cup member (2); The support part (10) is immobilized by contact with the circumferential skirt (25), the support part (10) comprising a circumferential rib (29) in contact with the circumferential skirt (25). )and,
- stretching the mesh (6) by pushing it in at least one location at the upper end of the inner circumferential skirt (4) and radially inward of the circumferential fixation zone (12); an upper end of said inner circumferential skirt (4) serving as an extension member (16) for
A device comprising: Device according to claim 1, characterized in that the inner peripheral skirt (4) has a constant height. Claim 1 or 2, characterized in that the support part (10) is immobilized in at least one location (20) of the support part that is radially outside the peripheral fixation zone (12). Devices listed. 4. According to any one of claims 1 to 3 , characterized in that the support part (10) is prevented from moving axially by at least one axial locking element (60, 76, 81). Devices listed. The mesh (6) is welded to the support part (10) at the peripheral fixation zone (12) and/or the mesh (6) is a textile mesh and comprises a woven, non-woven or knitted fabric. 5. A device according to any one of claims 1 to 4 , characterized in that: 6. According to any one of claims 1 to 5 , the support part (10) comprises an outer edge (33) extending radially outwards from the upper end of the ring (15). Devices listed. 7. A replenishment product, further characterized in that said product (P) is one of a foundation, a concealer product, a skin color corrector and a care product. Devices listed. One of the support part (10) and the cup member (2) comprises at least one first partition (100), and the other of the support part (10) and the cup member (2) comprises at least one first partition (100); at least two second partition walls (101, 102) surrounding a partition wall (100), said mesh (6) surrounding said at least one first partition wall (100) and said at least two second partition walls (101). , 102). 8. The device according to claim 1, wherein the device is adapted to be confined between each of the following: Claims 1 to 8 , characterized in that the peripheral fixation zone (12) defines a zone with a shape chosen among circular shapes, elliptical shapes and polygonal shapes, such as rectangular or square shapes. A device according to any one of the following.

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