FR2958514A1 - MODULAR ASSEMBLY COMPRISING A MIRROR AND AT LEAST ONE MEANS OF LIGHTING - Google Patents

Abstract

The modular assembly comprises the following means: - at least one upper support profile to be fixed to the wall, which upper support profile has a longitudinal groove whose opening is directed downwards; - At least one lower support profile to be fixed to the wall, which lower support profile has a longitudinal groove whose opening is directed upwards; - A mirror of any shape and size, whose upper edge is maintained in the longitudinal groove of the upper support profiles and whose lower edge is maintained in the longitudinal groove of the lower support profiles; and - at least one lighting means to be mounted on an upper support profile; the upper and lower support profiles being connected to each other by the mirror, without being connected laterally as a frame or centrally in the manner of a table-holder.

Description

The present invention relates to a modular assembly comprising a mirror and at least one lighting means. More particularly, the invention relates to a modular assembly for fixing a mirror to a wall by means of support profiles comprising one or more lighting means and which may comprise other elements such as a tablet, lighting ambient side, one or more bands of light-emitting diodes (LEDs). It is known to fix a mirror to the wall either directly by using glue or double-sided tape or by means of support pieces fixed to the wall by screwing or other. It is also known to fix lighting means on the wall near the mirrors in order to provide a lighting adapted to the users. Generally, these lighting means are either independent and freely fixed to the wall, or integrated into a frame carrying the mirror. In the case where the lighting means are independent, fixing the mirror and lighting means requires drilling several holes in the wall and is a long and tedious job, especially difficult as it is generally desired to align the elements parallel to each other. In addition, as illuminated mirrors are often mounted on a tiled bathroom wall, each piercing irreparably alters the tile and wall. In order to limit the number of holes required, and to facilitate the mounting of mirrors and lighting means, it has therefore been developed many mirrors mounted on a frame attached to the wall, this frame comprising one or more integrated lighting means . These mirrors integrated in a frame are advantageous in that they are easy to mount on the wall and in that they require a minimum number of holes for their attachment. Being manufactured in factory according to fixed dimensions, they nevertheless have the disadvantage of not being able to be adjustable in dimensions. With this type of mirrors integrated in a frame, the user is therefore dependent on the dimensions imposed by the manufacturer and he can not freely choose the mirror he wants to install. In the same way, the user is also limited to the types, colors and mirror shapes imposed by the manufacturer. Noting that there are no or very few mounting kits that allow you to mount a mirror of any kind on a wall

type, shape and dimensions associated with one or more lighting means, there is therefore a need for such a modular kit. Such a modular kit must be easy to use so that it can be used by any user and do not require tools other than those usually used to fix any element to the wall. It must also allow to fix quickly, easily and securely a mirror and one or more lighting means while limiting the number of holes to be made in the wall. Finally, by its modular nature, this kit must allow the attachment to the wall of any mirror, regardless of its shape and dimensions. In order to satisfy all the various technical problems mentioned above, the modular assembly of the invention is characterized in that it comprises the following means: at least one upper support profile to be fixed to the wall by screwing, by gluing or by any other fastening means, which upper support profile has a longitudinal groove whose opening is directed downwards; - At least one lower support profile to be fixed to the wall by screwing, gluing or by any other fastening means, which lower support profile has a longitudinal groove whose opening is directed upwards; a mirror of any shape and size, whose upper edge is held in the longitudinal groove of the upper support profiles and whose lower edge is held in the longitudinal groove of the lower support profiles; and at least one lighting means for mounting on an upper support profile; the upper and lower support profiles being connected to each other by the mirror, without being connected laterally as a frame or centrally in the manner of a table-holder. By its modularity, the modular assembly of the invention makes it possible to fix any mirror on the wall, with any number of lighting means according to the needs of the user. Only the support profiles are fixed to the wall, in a conventional manner, which limits the number of holes required and presents no difficulty for the average user.

Each upper support profile may be provided for mounting one or more lighting means, as well as a plurality of upper support profiles, each having a lighting means, may be used to attach the same mirror to the wall, allowing the user to provide any number of lighting means and dispose as it sees fit at the top edge of the mirror. The groove of each support profile is laterally open, which allows the upper and lower edges of the mirror to protrude on either side of the support profiles. The mirror can therefore have a width greater than that of the support profiles without this posing any problem. Finally, the modular assembly of the invention may comprise other optional elements, such as a shelf to be mounted on the lower support profile, vertical ambience lights to be mounted on the side edges of the mirror or a decorative strip of diodes. electroluminescent (LED) mounted on the upper face of the upper support profile. Other features and advantages of the invention will appear on reading the detailed description which follows, description made with reference to the accompanying drawings, in which: FIGS. 1 to 6 are examples of embodiments of the assembly modular of the invention; FIG. 7 is a profile sectional view of a modular assembly according to a first variant of the invention; FIG. 8 is a sectional and perspective view of the upper part of a modular assembly according to a first variant of the invention. FIG. 9 is a sectional and perspective view of the lower part of a modular assembly. According to a first variant of the invention: FIG. 10 is a perspective view of a modular assembly in the dissociated state according to a first variant of the invention; FIG. 11 is a perspective view of a modular assembly in the partially dissociated state according to a first variant of the invention; FIG. 12 is a perspective view of the upper part in the state;

FIG. 13 is a perspective view of a lighting means in the dissociated state of a modular assembly according to a first variant of the invention; FIG. 14 is a perspective view of the lower portion in the dissociated state of a modular assembly according to a first variant of the invention; FIG. 15 is a perspective view of a lateral illumination assembly of FIG. atmosphere in the dissociated state according to the invention; FIG. 16 is a sectional sectional view of a modular assembly according to a second variant of the invention; FIG. 17 is a sectional and perspective view of the upper part of a modular assembly according to a second variant of the invention. FIG. 18 is a sectional perspective view of the lower part of a modular assembly. According to a second variant of the invention: FIG. 19 is a perspective view of a modular assembly in the dissociated state according to a second variant of the invention; FIG. 20 is a perspective view of a partially dissociated modular assembly according to a second variant of the invention, in which two different pairs of lighting means have been included; FIG. 21 is a perspective view of the upper part in the dissociated state of a modular assembly according to a second variant of the invention; and FIG. 22 is a perspective view of the lower part in the dissociated state of a modular assembly according to a second variant of the invention. The modular assembly according to the present invention will now be described in detail with reference to Figures 1 to 22. The equivalent elements shown in the different figures will bear the same reference numerals.

In the rest of this description we shall define the notions of high and low, of inferior and superior, etc. according to the orientation adopted by the modular assembly according to the present invention in the case

the most conventional where the upper support profile is mounted horizontally above the lower support profile and parallel thereto, with the mirror immobilized between these two support profiles. It is obvious that this orientation will not necessarily be kept in use.

As shown in the various figures, the modular assembly 1 according to the present invention preferably comprises at least the following means: - at least one upper support profile 2 to be fixed to the wall 3 and having a longitudinal groove 4 whose opening 5 is directed down ; - At least one lower support profile 6 to be fixed to the wall 3 and having a longitudinal groove 7, the opening 8 is directed upwards; a mirror 9 held in position in the longitudinal grooves 4, 7 of the support profiles 2, 6; and - at least one lighting means 10 mounted on an upper support profile 2. The support profiles 2, 6 are preferably fixed to the wall 3 by screwing, although any other fixing technique can be used, for example by gluing, stapling , nailing or other. Each support profile 2, 6 is in the form of a longitudinal profile, preferably made of metal, for example aluminum or brushed steel. On its front face 11, 12, each support profile 2, 6 has orifices 13, 14 for screwing it to the wall 3. According to a preferred embodiment of the invention, each upper support section 2 is formed of two parts to be assembled. an upper fastening profile 15 to be fixed to the wall and a top finishing profile 16. Each upper fixing profile 15 has a longitudinal groove 17 in the upper part of its front face 18, the flanges 19, 20 of the groove 17 extending horizontally forward to create a free volume 21 under these flanges 19, 20 when a top finishing profile 16 is attached to the front face 18 of the upper fastening profile 15. The width of the flange 19, 20 extending horizontally forward is preferably equal to or slightly greater than the thickness of the mirror 9.

Each upper finishing profile 16 can be fixed on the front face 18 of an upper fixing profile 15 by clipping and / or screwing.

Each upper finishing profile 16 is preferably in the form of a plate having an upper flange extending horizontally at right angles to the upper fastening section 15 and / or two longitudinal clipping tongues 22, 23. When a top profile 16 is fixed on the front face 18 of an upper fixing profile 15, it can be screwed by its upper flange on the upper face 24 of the upper fixing profile 15 and / or clipped on the groove 17 of the front face. 18 of the upper fixing profile 15 by the engagement of its longitudinal clipping tongues 22, 23 between the flanges 19, 20 of said longitudinal groove 17. When a top finishing profile 16 is fixed on the front face 18 of a upper mounting profile 15, the free volume created 21 between the two sections 15, 16 forms a groove 4 or longitudinal receiving volume provided to house the upper edge 25 of the mirror 9.

One or more lighting means 10 may be mounted on each upper support profile 2, preferably on each upper fixing profile 15. Each lighting means 10 comprises a body 26 enclosing one or more light sources 27 and having an open face 28, and a transparent or translucent light scattering element 29 mounted on the open face 28 of the body 26. This body 26 is preferably made of metal, for example aluminum or brushed steel. Each lighting means is preferably in the general form of a parallelepiped with upper faces 30 and lower 31 square. The body 26 of each lighting means 10 may be mounted on an upper support profile 2, either directly screwing and / or clipping, or by means of an arm 32 whose free end has a support piece 33 to be mounted on the upper support profile 2.

In this second case, the body 26, the arm 32 and the support piece 33 are preferably in one piece. The transparent or translucent light-scattering element 29 may be a simple transparent or translucent plate 34, made of glass or plastic, or a transparent or translucent block 35 for diffusing the light of glass or plastic. Each light source 27 may be a light-emitting diode, a light bulb, or any other similar means. The body 26 of each lighting means 10 preferably has a radiator element 36 on its upper face 30, for example in the form of heat diffusion lamellae.

As shown in Figure 12, in the case where the body 26 of a lighting means 10 is mounted directly on an upper support profile 2, it may have pins 37 crimped projecting on its rear face (see Figure 13) these nipples 37 can be housed in orifices 38 provided for this purpose on the front face 39 of the upper support section 2.

These pins 37 associated with orifices 38 can serve as indexing means in position and fastening means by clipping. The body 26 of a lighting means 10 can also be fixed on an upper support profile 2 by means of screws 40 screwed for example by the rear on its rear face 41 through the front face 39 of the upper support section 2.

As shown in FIGS. 19 and 21, in the case where the body 26 of a lighting means 10 is mounted on an upper support profile 2 via an arm 32 and a support piece 33, the support piece 33 may have studs crimped projecting on its rear face, these studs can be housed in orifices 38 provided for this purpose on the front face 39 of the upper support profile 2. These pins associated with orifices can serve as a means of indexing in position and fastening means by clipping. The support piece 33 can also be fixed on an upper support profile 2 by means of screws screwed from the rear through the front face 39 of the upper support section 2.

Recall that according to the preferred embodiment of the invention wherein an upper support profile 2 is formed of two parts to assemble 15, 16, the front face 39 thereof is also the front face 18 of the upper finishing profile 16. According to a preferred embodiment of the invention, the modular assembly 1 also comprises finishing tips 42, 43, 44, 45 to be mounted on the open lateral ends of each upper support profile 2 and of each lower support profile 6. Similarly, the modular assembly 1 may also comprise one or more bands of light-emitting diodes 46 to be fixed on one or more of the visible faces of the sections 2, 6. These strips 46 may for example be fixed by gluing, clipping, screwing or by any other suitable means. As shown in FIGS. 7, 8, 10 to 12, 7

16, 17, 20 and 21, they are preferably fixed on the upper face 47 of the upper support profile 2, for example in a groove provided for this purpose. The modular assembly 1 may also comprise a shelf 48, which is preferably fixed by screwing on the lower face 49 of the lower support section 6 as shown in FIGS. 7, 10, 11, 14, 19 and 20. In the case where the modular assembly 1 does not include a shelf 48, it may comprise instead a finishing plate 50 which aims to dress the front face of the lower support profile 2 on which it is mounted as shown in FIGS. 18 and 22. This finishing plate 50 may, for example, be in the form of a longitudinal bracket having a first vertical casing flank adapted to be mounted on the front face of the lower support section 2 and a second horizontal flank. fastener provided to be fixed by screwing under the lower face 49 of the lower support profile 2, said flanks being substantially at right angles. The finishing plate 50 is preferably made of metal, for example aluminum or brushed steel. Modular assembly 1 may also include one or more ambient side lighting means 51 to be mounted on the sides of the mirror. A preferred embodiment of a lateral illumination means 10 is shown in the dissociated state in FIG. 15. It preferably comprises a longitudinal fastening bracket 52 having a first fixing flank adapted to be fixed to the wall. by screwing or otherwise, and a second support flank, said flanks being substantially at right angles. This longitudinal fastening bracket 52 is preferably made of metal, for example aluminum or brushed steel. The lateral illumination means 10 also comprises an ambient light source 53, for example in the form of a neon tube 54, which is mounted on the support flank. The ambient light source 53 is preferably contained in a transparent or translucent envelope 55 for scattering light. In the case where the ambient light source 53 is in the form of a neon tube 54, a ballast 56 is mounted on the fixing flank while the neon tube 54 is fixed on the support flank by the Intermediate lyres 57 fixed on the support flank. The lateral ambient lighting means 51 can be

3. In this case, the mirror 9 may, for example, have non-reflecting transparent surfaces (not shown) in order to allow the light coming from the ambient lateral lighting means 51 and reflected on the wall 3 to pass through. .

As shown in the various figures, there are two preferred variants for the modular assembly of the invention 1. It is of course technically possible to combine them, although each is intended to create a different aesthetic effect. According to a first preferred variant of the invention shown in Figures 1, 2 and 7 to 14, the support profiles 2, 6 may have a length greater than the width of the lighting means 10, for example a length substantially equal to the mirror width 9 or slightly less than this. According to this variant, the modular assembly 1 comprises a single upper support profile 2 and a single lower support profile 6. The lighting means 10 are preferably fixed on the upper support profile 2 directly by their body 26. They are preferentially in number of two, their positions on the upper support profile 2 can be predefined by means of holes 38 provided at the factory during the manufacture of the profile 2 for the introduction of projecting lugs 37 of the lighting means 10. This number is not restrictive, and it is of course possible to provide a greater number, especially depending on the width of the mirror 9 to illuminate. This variant may further include a shelf 48, a trim plate 50, at least one side lighting 51 and / or one or more light-emitting diode strips 46. It is advantageously provided for mirrors 9 having a large width. In the case where this width exists according to different standards, the modular assembly 1 according to this variant can then be provided in the factory according to sections 2, 6 dimensioned with lengths substantially equal to these standard widths. It will be noted that the support profiles 2, 6 according to this first variant can be easily cut to the desired length by the user, for example by means of a hacksaw. According to a second preferred variant of the invention, represented in FIGS. 3 to 6 and 16 to 22, the support sections 2, 6 may have a length substantially equal to the width of the lighting means 10. In this case, the modular set 1 can

comprise one or more upper support profiles 2, and one or more lower support profiles 6. Each upper support profile 2 preferably comprises a single lighting means 10 and can be matched to a lower support profile 6 mounted vis-à-vis on the mirror 3 (Figure 3), the paired sections 2, 6 then being preferably aligned vertically for an aesthetic effect. It is also possible to provide a number of upper support profiles 2 which are not thus matched to a lower support section 6 (FIG. 6) and vice versa. As illustrated in FIG. 20, the lighting means 10 can be fixed directly by their body 26 or by means of an arm 32 terminated by a support piece 33. The modular assembly 1 according to this variant can furthermore integrate a tablet 48, a finishing plate 50, at least one ambient side lighting 51 and / or one or more light-emitting diode strips 46. This variant adapts to all the shapes and to the dimensions of a mirror 9, l user is free to mount the number of lighting means he wants. This variant is particularly suitable for mirrors 9 round or oval (Figure 5), as well as small mirrors 9 (Figure 4). We will now focus on the assembly of the modular assembly 1 of the invention in the preferred case where each upper support section 2 is formed of an upper wall fixing profile 15 and a top finishing profile 16 to assemble and where the mirror 9 is immobilized by means of pieces of adhesive foam 58. Each upper fastening section 15 is first fixed to the wall 3 by screwing, then pieces of adhesive foam 58 are for example glued on its front face 18 , in its longitudinal groove 17. If the modular assembly 1 of the invention has several upper attachment profiles 15, the latter are preferably aligned horizontally. At the same time, lighting means 10 are mounted on each upper finishing profile 16, then for example screwed from the rear face of the upper finishing profile 16. Adhesive foam pieces 58 are then for example glued to the rear face of each upper finishing section 16, in the lower part thereof or under the longitudinal clipping tongues 22, 23.

Each lower support section 6 is then fixed to the wall by screwing, then pieces of adhesive foam 58 are for example glued in its longitudinal groove 7, on the two inner faces vis-à-vis the groove 7. If the assembly modular 1 of the invention has several lower support profiles 6, the latter are preferably aligned horizontally. The mirror 3 is then mounted in the longitudinal groove 7 of each lower support profile 6 and pressed against the adhesive foam pieces 58 of the upper attachment profiles 15, on the front face 18 thereof. The upper finishing profiles 16 are then fixed by clipping and / or screwing on the upper fastening profiles 15 associated with them, so that the pieces of adhesive foam 58 bonded to the rear face of the upper finishing profiles 16 stick against the front face of the upper edge 25 of the mirror 9. The mirror 9 is then immobilized between the upper support profiles 2 and the lower support profiles 6. If the user wishes to mount a shelf 48, it is preferably fixed by screwing on the face lower 49 of the lower support profile 6 before the wall fixing of this profile 6. If the user wishes to mount a finisher 50, it is preferably fixed by screwing on the lower face 49 of the lower support profile 6 after the mirror 9 has been placed in the support profiles 2, 6. If the user wishes to mount one or more strips of light-emitting diodes 46, these strips 46 may for example be glued at any time on one or more of the visible faces of the profiles 2, 6. If the user wishes to mount one or more ambient side lighting means 51, they must be fixed on the wall 3, preferably by screwing, before the setting up of the mirror 9.

Finally finishing nozzles 42, 43, 44, 45 are preferably mounted on the open lateral ends of each upper support section 2 and each lower support profile 6. The modular assembly 1 of the invention makes it possible to freely associate a mirror 9 to one or more lighting means 10. As shown in Figures 1 to 6, it adapts to all mirror shapes 9 and allows to associate any number of lighting means 10, while allowing freely choose their horizontal position at

the upper edge 25 of the mirror 9. It also allows the integration of various optional elements, such as a shelf 48, a side lighting of the ambient 51, finish plate 50 and one or more light-emitting diode strips 46. It fills therefore perfectly its modular role and satisfies the various technical problems raised initially. Obviously, the invention is not limited to the preferred embodiments described above and shown in the various figures, the skilled person can make many modifications and imagine other variants without departing from the scope and of the scope of the invention. We have not described the electrical wiring for supplying the various light sources, the person skilled in the art being able to provide himself the holes necessary to pass the electrical son, the latter being preferentially concealed in the profiles and behind the trim and trim elements. Similarly, although the modular assembly 1 according to the present invention has here been described for fixing a mirror 9 on a wall 3, it will be obvious to the skilled person to adapt it to the fixing of all kinds flat parts on any support. It can for example easily be adapted to the fixing of a painting on a wall, a mirror on a piece of furniture, or a decorative plate or advertising on a building fac.25

Claims (17)

REVENDICATIONS1. Modular assembly (1) to be fixed on a wall (3) comprising a mirror (9) and one or more lighting means (10), characterized in that it comprises the following means: • at least one upper support section ( 2) fixed to the wall (3) by its rear face (11) having holes (13) for screwing to the wall (3), a front face (39), a lower face, an upper face (47) and having a longitudinal groove (4) whose opening (5) is directed downwards; At least one lower support profile (6) fixed to the wall (3) by its rear face (12) having orifices (13) for screwing it to the wall (3), a front face, a lower face (49), a upper face and having a longitudinal groove (7) whose opening (8) is directed upwards, • a mirror (9) having a lower edge and an upper edge (25) held in position in the longitudinal grooves ( 4, 7) support profiles (2, 6) by its lower and upper edges (25); and at least one lighting means (10) mounted on an upper support profile (2); and in that the upper (2) and lower (3) support profiles are only interconnected by the mirror (9). 2. Modular assembly (1) according to claim 1, characterized in that each upper support profile (2) is formed of two parts to be assembled, namely: • an upper fastening profile (15) having a front face (18) a back face to be fixed to the wall (3), an upper face (24) and a lower face; An upper finishing profile (16) to be fastened to the front face (18) of the upper fastening profile (15) by clipping and / or screwing, and having a casing front face, a rear face, an upper face ( 24) and a lower face, the front face (39) of the upper support profile (2) being also the front face (18) of the upper finishing profile (16); in that each upper fixing profile (15) has a longitudinal groove (17) in the upper part of its front face (18), the flanges (19, 20) of the groove (17) extending horizontally forwards. to create a free space (21) under these flanges (19, 20) when a top finishing profile (16) is attached to the front face (18) of the upper fastening profile (15), the width of the flange (19) 20) extending horizontally towards the front being substantially equal to or slightly greater than the thickness of the mirror (9), and in that the created free space (21) between the two sections (15, 16) forms the longitudinal groove (4) provided to house the upper edge (25) of the mirror (9). 3. Modular assembly (1) according to the preceding claim, characterized in that each upper finishing profile (16) is in the form of a plate having an upper flange extending horizontally at right angles to the upper fastening profile ( 15) and / or two longitudinal clipping tongues (22, 23). 4. Modular assembly (1) according to the preceding claim, characterized in that each upper finishing profile (16) is fixed on the front face (18) of an upper fastening profile (15) by screwing its upper flange on the upper face (24) of the upper fastening profile (15) and / or clipping on the groove (17) of the front face (18) of the upper fixing profile (15) by the engagement of its longitudinal clipping tongues ( 22, 23) between the flanges (19, 20) of said longitudinal groove (17). 5. Modular assembly (1) according to claim 1, characterized in that each lighting means (10) has an upper face (30) and a lower face (31) and in that each lighting means (10) comprises: • a body (26) enclosing one or more light sources (27) and having an open face (28) and a rear face (41), and • a transparent or translucent light scattering element (29) mounted on the open face (28) of the body (26). 6. Modular assembly (1) according to the preceding claim, characterized in that the body (26) of each lighting means (10) is mounted on an upper support profile (2) directly by screwing and / or clipping. 7. Modular assembly (1) according to claim 5, characterized in that each lighting means (10) comprises an arm (32) whose free end has a support piece (33) to be mounted on the upper support profile ( 2). 8. Modular assembly (1) according to claim 6 or 7, characterized in that, when each lighting means (10) is mounted directly on the upper support profile (2), the body (26) of each means of lighting (10) has studs (37) projecting from its rear face and that the front face (39) of each upper support profile (2) has openings (38) for receiving the nipples (37) so as to acting as position indexing means and clipping fastening means and characterized in that, when each lighting means (10) is mounted on the upper support profile (2) via a support piece ( 33), each support piece (33) has pins projecting from its rear face and in that the front face (39) of each upper support profile (2) has orifices (38) provided for receiving these nipples to serve as position indexing means and fastening means by clipping. 9. Modular assembly (1) according to claim 1, characterized in that it comprises one or more light-emitting diode strips (46) fixed by gluing, clipping or screwing on one or more of the visible faces of the profiles (2, 6). . 10. Modular assembly (1) according to claim 1, characterized in that it comprises a shelf (48) fixed on the lower support profile (6). 11. Modular assembly (1) according to claim 1, characterized in that it comprises a finishing plate (50) which dresses the front face of the lower support profile (2) on which it is mounted. 12. Modular assembly (1) according to the preceding claim, characterized in that the finishing plate (50) is in the form of a longitudinal bracket having a first vertical side dressing intended to be mounted on the front face of the lower support profile (2) and a second horizontal fixing flank adapted to be fixed by screwing under the lower face (49) of the lower support profile (2), said flanks being substantially at right angles. 13. Modular assembly (1) according to claim 1, characterized in that it comprises one or more ambient side lighting means (51) mounted laterally to the mirror (9). 14. Modular assembly (1) according to the preceding claim, characterized in that each ambient lighting means (10) comprises: • a longitudinal bracket (52) having a first fixing flank adapted to be fixed to the wall by screwing or the like, and a second support flank, said flanks being substantially at right angles; A transparent or translucent envelope (55) for diffusing light. An ambient light source (53) mounted on the support flank and contained in the transparent or translucent envelope (55) for diffusing light. 15. Modular assembly (1) according to claim 1, characterized in that the mirror (9) has non-reflecting transparent surfaces in order to let the light coming from the ambient side lighting means (51) and reflected on the wall (3). 16. Modular assembly (1) according to claim 1, characterized in that the support profiles (2, 6) have a length substantially equal to the width of the mirror (9) or slightly less than it. 17. Modular assembly (1) according to claim 1, characterized in that the support profiles (2, 6) have a length substantially equal to the width of the lighting means (10).