FR3105357A1 - Illuminated cover panel and set including it - Google Patents

Abstract

------ Luminous cover panel and assembly comprising it Luminous cover panel (1), comprising a bottom (3), peripheral side edges (4) extending over the periphery of the bottom (3) and from of the latter to form an enclosure (2), and a semi-opaque screen (5), located opposite the bottom (3) on the side edges (4) in order to close the enclosure (2), the semi-opaque screen (5) having a rear face (5b) facing the bottom (3) of the enclosure (2) and an opposite front face (5a), the cover panel (1) further comprising at at least one light source (6a; 6b) received in the enclosure (2) and power supply means for supplying power to the at least one light source (6a; 6b), the cover panel (1) being characterized in that it further comprises a reflective screen (7) the light received in the enclosure (2) on the bottom side (3), and arranged such that when the light is emitted by the light source(s) (6a; 6b), a combination of a real image of the unlit front face (5a) of the semi-opaque screen (5) and a virtual image of the lit rear face (5b) of the semi-opaque screen (5) is obtained, thus giving a luminous effect of three-dimensional, 3D type depth. Figure to be published with abstract: Figure 1

Description

Luminous cover panel and assembly comprising it

The present invention relates to the field of structural combinations of lighting device, and relates in particular to a luminous cover panel, and to a set of luminous cover panels.

Currently, the surfaces equipped with luminous cover panels, and in particular with semi-opaque covering panels (expanded metal, perforated metal, mesh, translucent screen, stretched plate, etc.) are inert, i.e. without luminous animation and without pre - equipment for sound production, sound recording or video image recording. At best, the panels are pre-equipped with static lighting with the possibility of color change only.

The present application aims to solve the drawbacks of the prior state of the art by proposing a luminous cover panel and a set of luminous cover panels, in particular a luminous cover panel and a set of cover panels, with the aim to cover one or more surfaces and making it possible to give a light animation by light-emitting diode(s) (LED) or even by fiber optics, such as a dynamic color change, a chaser, flashing, a traffic light effect artifice, a 3D type depth light effect, a firefly type luminescent effect. The surfaces covered by the object of the present invention can be walls, a ceiling, floors (interior or exterior), partitions, furniture, paintings, openings, doors, windows, rolling shutters, gates, fences, billboards, or transport vehicles, without the invention being limited thereto. Thus, the present invention makes it possible to give a luminous content to the surfaces which surround us in order to improve our quality and our experience of daily life.

The subject of the present invention is therefore a luminous cover panel, comprising a bottom, peripheral side edges extending over the periphery of the bottom and from the bottom to form an enclosure, and a semi-opaque screen, located at the opposite the bottom on the side edges in order to close the enclosure, the semi-opaque screen having a rear face facing the bottom of the enclosure and an opposite front face, the cover panel further comprising at least one source of light received in the enclosure and a power supply means for supplying power to the at least one light source, the cover panel being characterized by the fact that it further comprises a light-reflecting screen received in the enclosure on the back side, and arranged such that when light is emitted by the light source or sources, a combination of a real image of the unlit front face of the semi-opaque screen and of a virtual image of the illuminated rear face of the semi-opaque screen is obtained, thus giving a luminous effect of depth of the three-dimensional, 3D type.

In the present application, the term "bottom side" means a location either on the bottom of the enclosure, or close to the bottom of the enclosure. The light-reflecting screen can be continuous (solid surface) or discontinuous (perforated surface). The surface of this reflective screen can be flat or non-flat to create artistic effects for example. The peripheral side edges can be continuous or discontinuous, and can extend over all or part of the periphery of the bottom. Thus, the peripheral side edges can in particular be perforated for reasons of ventilation of the interior of the luminous cover panel, to guarantee optimal operation of the lighting. They can extend squarely from the bottom, or be folded back, angled inward from the lighted cover panel.

The main purpose of the reflective screen, preferably of the mirror type, is to make part of the hidden face of the semi-opaque screen visible from the outside, creating a double image according to the Snell-Descartes law, giving thus a three-dimensional effect whose spacing between the images, namely real and virtual, is variable according to the viewing angle of a user.

The semi-opacity of the semi-opaque screen can be obtained by the nature of the material constituting the semi-opaque screen, by its structure, or by a combination of the two. Thus, the semi-opaque screen can for example structurally comprise a plurality of openings distributed over the entire surface of the semi-opaque screen, configured to make the screen semi-opaque.

According to a first variant embodiment of the invention, the bottom of the enclosure is provided with at least one housing, and the light-reflecting screen comprises at least one opening, the location of the opening or openings of the light-reflecting screen corresponding in part to the at least one housing in the bottom of the enclosure, the at least one light source then being received both in a housing in the bottom of the enclosure and in an opening in the 'light-reflecting screen when the location of the opening or openings of the light-reflecting screen corresponds to the at least one housing of the bottom of the enclosure, such that during the emission of light from the at least one light source, a 3D type depth light effect is obtained.

According to a second variant embodiment of the invention, the at least one light source received in the enclosure is arranged at the level of the side edges of the enclosure.

According to a particular characteristic of the invention, the at least one light source is one of LED lighting consisting of at least one of one or more LED spotlights, one or more LED ribbons, LED lighting optical fiber or a combination thereof.

In the configuration of the first variant embodiment of the invention, the bottom of the enclosure comprises one or more light sources distributed in housings formed in the bottom of the enclosure.

In the configuration of the second variant embodiment of the invention, the light sources of the luminous cover panel are distributed either only on the screen reflecting the light at the level of the side edges of the enclosure, or both in housings from the bottom of the enclosure and on the light-reflecting screen at the side edges of the enclosure.

It should be noted that the LED lighting could be fixed either on the panel, namely the bottom of the enclosure and the reflective screen, or on a separate support.

According to a particular characteristic of the invention, the luminous cover panel also comprises an opacifying screen placed in the enclosure between the screen reflecting the light and the rear face of the semi-opaque screen, making it possible to obtain an effect firefly type luminescent.

The opacifying screen placed in front of the LED lighting, optionally animated, and behind the semi-opaque screen allows to obtain a luminescent effect of the firefly type.

According to a particular characteristic of the invention, the semi-opaque screen is made of a material chosen from an expanded metal, a perforated metal, a mesh, a translucent screen, a stretched plate in order to allow the light emitted by the screen to be filtered. illuminating the light source to provide subdued indirect lighting.

It should be noted that in the case where the semi-opaque screen is a translucent screen, the latter could be made of polymethyl methacrylate (PMMA), or any other material that can give a transparent appearance to a screen, without being deviate from the scope of the present invention.

According to a particular characteristic of the invention, the luminous cover panel further comprises at least one of a loudspeaker powered by an audio amplifier, at least one microphone for ambient sound pick-up with IP signal and/or Wifi® , at least one video camera with IP and/or Wifi signal, or a combination of these, arranged in housings arranged in the bottom of the enclosure, in order to give a discotheque-type atmosphere.

The capture of video images from one or more video cameras with production of an IP signal, in particular for a computer, and/or Wifi makes it possible to obtain use for remote monitoring, self-photos (selfies), and others.

The modulation of the light animation according to the audio signal from the audio amplifier or the signal from the microphone(s) makes it possible to obtain a discotheque type atmosphere, with synchronization of the sound with the light effects.

According to a particular characteristic of the invention, the animated lighting, audio, microphone and video functions of the at least one loudspeaker, at least one microphone, at least one video camera are controlled remotely by one of a remote control of the infrared type, a remote control of the radio control type, or a terminal equipped with an application of the microcomputer, smartphone, tablet type, and a communication box communicating wirelessly with the terminal. The wireless communication can be for example by Bluetooth®, Wifi®, Zigbee®.

Remote control via an infrared type remote control or radio control is used for the animated lighting, audio, microphone and video functions.

Remote control via a terminal equipped with an application of the microcomputer, smartphone, tablet type, a Wifi and/or Bluetooth communication box or another wireless protocol is used for the animated lighting, audio, microphone and video.

It should be noted that any combination of the options described above is envisaged, without departing from the scope of the present invention.

According to a particular characteristic of the invention, the energy supply means are one of a power cable connected to the mains network of the 110V/220V type, one or more batteries or a combination of the two.

In the case of exterior cover or cladding panels, a photovoltaic panel can be provided to recharge the batteries.

According to a particular feature of the invention, the entire animated lighting, sound, audio and video system are interconnected via audio connectors and/or WiFi connectors and/or Bluetooth or other equivalent wireless protocol.

Another subject of the present invention is a set of lighted cover panels formed by the association of at least two lighted cover panels interconnected, each lighted cover panel being as defined above, the cover panels light being optionally configured to be able to communicate with each other. The panels may then be required to communicate with each other, either by network or in a master-slave type relationship, and may have a common power supply. They can be autonomous or simultaneously controlled centrally.

It should be noted that the surfaces covered by the set of luminous cover panels could be walls, ceilings, floors (interior or exterior), partitions, furniture, openings, doors, windows, rolling shutters, gates, fences, billboards, or transportation vehicles.

To better illustrate the object of the present invention, a description will be given below, by way of illustration and not of limitation, of preferred embodiments, with reference to the appended drawings.

On these drawings:

is a cross-sectional view of a luminous cover panel according to a first variant embodiment of the invention;

is a front view of the interior of a luminous cover panel according to a second variant embodiment of the invention;

is an enlarged view of part of Figure 1;

is a diagram of the interior of a lighted cover panel according to the first variant embodiment of the invention in order to represent the principle of operation of the invention;

is a diagram of the interior of a luminous cover panel according to the second variant embodiment of the invention in order to represent the principle of operation of the invention; And

is a front view of a luminous cover panel according to the present invention on which the three-dimensional type depth luminous effect is visible.

If we refer to Figure 1, we can see that there is shown a luminous cover panel 1 seen from the side and in section according to a first embodiment of the present invention.

The luminous cover panel 1 comprises an enclosure 2 consisting of a bottom 3, peripheral side edges 4 extending over the entire periphery of the bottom 3 from the bottom 3, and a semi-opaque screen 5, located opposite of the bottom 3 on the side edges 4 in order to close the enclosure 2. The semi-opaque screen 5 comprises a rear face 5b facing the bottom 3 of the enclosure 2 and an opposite front face 5a. The semi-opacity of the semi-opaque screen 5 is obtained here structurally by openings 51 formed in the semi-opaque screen 5 and distributed over the entire surface of the semi-opaque screen 5. In the embodiment represented , the peripheral side edges 4 extending over the entire periphery of the bottom 3, folding towards the latter, inclined towards the inside of the luminous cover panel 1, but the invention is not limited to the drawing shown for these two aspects: the peripheral side edges 4 can be continuous or discontinuous, and extend over all or part of the periphery of the bottom 3, at right angles from the bottom 3 or folded towards it, as shown in Figure 1.

As can be seen in Figure 1, the bottom 3 of the enclosure 2 comprises two housings 8 distributed over the surface thereof. These housings 8 visible in Figure 1 respectively receive a light source 6a of LED spot type and a loudspeaker 11.

If we continue to refer to Figure 1, we can see that the luminous cover panel 1 further comprises, inside the enclosure 2, a reflective screen 7 arranged on the bottom side of the enclosure 2, namely either on the bottom 3 of the enclosure 2, or close to the bottom 3 of the enclosure 2, an opacifying screen 10 arranged between the reflecting screen 7 and the rear face 5b of the semi-opaque screen 5, and LED ribbon type light sources 6b arranged at the peripheral edges 4 of the enclosure 2.

If we refer both to Figure 1 and to Figure 3, we can see that the reflective screen 7 arranged on the bottom side of the enclosure 2 further comprises openings 9, the location of which corresponds to the location of the housings 8 of the bottom 3 of the enclosure 2 receiving the LED spots 6a. Thus, the LED spots 6a are at the level of the surface of the reflecting screen 7.

The opacifying screen 10 arranged in the enclosure 2 between the screen reflecting the light and the rear face of the semi-opaque screen 5 makes it possible to obtain a luminescent effect of the firefly type.

The semi-opaque screen 5 is made of a material chosen from an expanded metal, a perforated metal, a mesh, a translucent screen, a stretched plate, in order to make it possible to filter the light emitted by the lighting of the light source 6 to provide subdued indirect lighting.

It should be noted that the semi-opaque screen 5 could also be made of any material making it possible to filter the light emitted by the illumination of the light source in order to give subdued indirect lighting.

The assembly of the bottom 3 of the enclosure 2 of the luminous cover panel 1, of the reflecting screen 7, of the opacifying screen 10, and of the semi-opaque screen 5 is carried out by means of means of fastening, preferably with screws 19.

It should be noted that any fixing means could be envisaged in order to achieve the assembly mentioned above, without departing from the scope of the present invention. It could also be envisaged that the semi-opaque screen 5 be integral with the peripheral edges 4 of the bottom 3 of the enclosure 2.

If we refer to Figure 2, we can see that there is shown a schematic section of the luminous cover panel 1 allowing to see the interior of the latter from the front.

The bottom 3 of the enclosure 2 is materialized by dotted lines forming a square at the level of which fixing means 19 are arranged at each corner. The peripheral edge 4 of the enclosure 2 corresponds to the peripheral edge on which bold dotted lines are shown. The bold dotted line represents the LED strip type light source 6b. The arrangement of the LED ribbon 6b on the periphery of the luminous cover panel 1 is an example of the arrangement of this LED ribbon. The LED strip 6b can be arranged in any other way on the surface of the luminous cover panel 1, without the invention being limited in this respect.

At the level of the bottom 3 are materialized several rectangles divided into three distinct columns surrounded by a square in full line with rounded edges. At each rounded corner of the solid square and in the middle of the square are the LED sports type light sources 6a. Loudspeakers 11 are arranged respectively on the right side and on the left side of the square with rounded edges between two LED spotlights 6a. At the level of the second column, respectively on the upper and lower part of this column are distributed video cameras 14, and a microphone 13 is materialized by a rectangle of smaller size connected to the video camera 14 located in the upper part.

Continuing to refer to Figure 2, it can be seen that a power supply means 15 is shown for supplying power to all of the electronic devices of the luminous cover panel.

It should be noted that the power supply means 15 is a power cable connected to the mains network of the 110V/220V type, but could also be one or more batteries, without departing from the scope of the present invention.

It should also be noted that the arrangement of the various elements distributed in the square with rounded edges is given as an indication and that any other arrangement or any other number of each of the elements could be envisaged without departing from the scope of the present invention.

The bottom 3 of the speaker 2, shown schematically by a square with fine dotted lines, further comprises at its right side an audio amplifier 12 and a WiFi and/or Bluetooth box 16 both symbolized by a pin. The audio amplifier 12 and the Wifi and/or Bluetooth box 16 are respectively connected to the bottom 3 of the enclosure 2 via a connector to the audio amplifier 18 and a connector to the Wifi and/or Bluetooth box 17.

Thus, according to a particular embodiment of the present invention, the luminous cover panel 1 comprises a loudspeaker 11 powered by an audio amplifier 12, at least one microphone 13, preferably a single microphone 13, for ambient sound pick-up with signal IP and/or Wifi, at least one video camera 14, preferably two video cameras 14, with IP and/or Wifi signal, or a combination thereof, arranged in the housings 8 of the bottom 3 of the enclosure 2 when these housings 8 are not occupied, if necessary, by a light source 6, in order to give a disco type atmosphere.

The animated lighting, audio, microphone and video functions of the at least one loudspeaker 11, at least one microphone 13, at least one video camera 14 are controlled remotely via a remote control (R) of the infrared or radio control type. or via a terminal (D) equipped with an application of the microcomputer, smartphone or tablet type, via a Wifi and/or Bluetooth type network and a Wifi and/or Bluetooth communication box for animated lighting, audio, microphone and video functions.

As can be seen in Figure 2, the entire animated lighting, sound, audio and video system are interconnected via audio connectors and/or WiFi and/or Bluetooth connectors.

The operating principle of the 3D-type depth lighting effect of the luminous cover panel 1 will be explained with reference to Figures 4 and 5.

Figure 4 shows a second embodiment of the present invention in which the lighted cover panel comprises only one or more light sources 6 of LED spot type 6a.

If we refer to Figure 4, we can see that there is shown a sectional view of a luminous cover panel 1. The luminous cover panel 1 comprises an enclosure 2 defined by a bottom 3, edges lateral peripherals 4 extending from the bottom 3, and a semi-opaque screen 5 whose semi-opacity is obtained by a plurality of openings 51 distributed over the entire surface thereof, located opposite the bottom 3 on the side edges 4 in order to close the enclosure 2. The semi-opaque screen 5 is provided with a rear face 5b opposite the bottom 3 of the enclosure 2 and with an opposite front face 5a.

For the purpose of explaining the working principle of the 3D type depth light effect of the light cover panel 1, only one LED spot type light source 6a is shown located in the middle on the bottom side. of the enclosure 2. However, it should be noted that the luminous cover panel 1 could comprise several light sources of the LED spot type and arranged at other locations on the bottom side of the enclosure 2, without deviating from the frame of the present invention.

At the level of the bottom side of the enclosure 2 of the luminous cover panel, one can see a light-reflecting screen 7, preferably a mirror, arranged on the bottom 3 of the enclosure 2, and a spot-type light source LED 6a crossing both the bottom 3 of the enclosure 2 and the reflecting screen 7 by respectively a housing 8 of the bottom 3 and an opening 9 of the reflecting screen 7. In the non-limiting embodiment represented, the source LED spot type light 6a is flush with the surface of the reflecting screen 7. The invention is not limited in this respect, the light source simply having to be able to pass through the surface of the reflecting screen 7 in order to be able to diffuse the light . The LED spot type light source 6a extends from the outside of the bottom 3 of the enclosure 2 to the level of the surface of the reflecting screen 7 so that it can be replaced easily and quickly from the rear of the illuminated cover panel 1.

If we continue to refer to Figure 4, we can see that there is shown outside the luminous cover panel an eye 20 of a user towards which are directed beams of light 21, 22, 23 .

The principle of operation of the 3D type depth light effect of the light cover panel 1 is based on the laws of Snell-Descartes, and in particular the law of Snell-Descartes for reflection. Indeed, if we start from the LED spot type light source 6a, two light beams shown in dotted lines start from the LED spot 6a and symbolize the illumination of the enclosure 2 by the LED sport 6a. Part of the light coming from the LED spot 6a passes through the openings 51 of the semi-opaque screen 5 and is received by the eye 20 of a user in order to form a first real luminous image of the diffused light 22, this which is schematized by the dotted beams starting from the ends of the openings 51 of the semi-opaque screen 5. The eye 20 of a user then perceives by contrast the first real image of the unlit front face 5a 21 of the semi-opaque screen 5. Another part of the beams coming from the LED spot 6a and which is directed towards the rear face 5b of the semi-opaque screen 5 is reflected and directed towards the reflecting screen 7 which in turn reflects the beams incidents then allowing the eye 20 of a user to perceive a second virtual image of the illuminated rear face 5b 23 of the semi-opaque screen 5. Indeed, the first virtual image of the illuminated rear face 5b 24 of the semi-opaque screen 5 is obtained by reflection thanks to the reflective screen 7 at a distance d from the surface of the reflective screen 7 equal to that which separates the surface of the reflective screen 7 from the rear face 5b of the semi-opaque screen 5. Thus, the luminous effect of 3D type depth of the luminous cover panel 1 is obtained by the perception by the eye 20 of a user of a first real image of the face unlit front 5a 21 of the semi-opaque screen 5, a first real luminous image of the diffused light 22 and a second virtual image of the rear face 5b lit 23 of the semi-opaque screen 5.

Figure 5 shows a third embodiment of the present invention in which the luminous cover panel 1 comprises only one or more light sources 6 of the LED ribbon type 6b.

The embodiment visible in Figure 5 differs from that of Figure 4 in that the light source 6 is of the LED ribbon 6b type and in that the LED ribbons 6b are arranged on the peripheral edges 4 side of the enclosure 2, namely either on the peripheral edges 4 of the enclosure 2, or close to the peripheral edges 4 of the enclosure 2, while resting on the reflecting screen 7.

The principle of operation of the 3D-type depth light effect of the light cover panel 1 is substantially identical to that explained with reference to Figure 4. The only difference is the arrangement of the light source or sources 6 in the enclosure 2, and therefore the source of the light beams 21, 22, 23. The operating principle of the 3D-type depth light effect of the light cover panel 1 will therefore not be explained again.

Figure 6 shows a front view of a luminous cover panel 1 on which the 3D-type depth luminous effect is visible in the center thereof. Indeed, one can see in this figure a first real image of the unlit front face 5a 21 of the semi-opaque screen 5 corresponding to the darker image obtained in the foreground, a first bright real image of the diffused light 22 corresponding to the illuminated image of the openings of the semi-opaque screen 5 obtained in the foreground, and a second virtual image of the illuminated rear face 5b 23 of the semi-opaque screen 5 corresponding to the 3D image in heart shape visible in the center of the semi-opaque screen 5 giving a luminous effect of 3D type depth.

Another object of the present invention is a set of luminous cover panels 1 formed by the association of at least two luminous cover panels 1 connected together, each luminous cover panel 1 of which is defined above, and of which the aim is in particular to cover surfaces such as walls, ceilings, floors (interior or exterior), partitions, furniture, paintings, openings, doors, windows, roller shutters, gates, fences, billboards, or transport vehicles.

Claims (11)

– Luminous cover panel (1), comprising a bottom (3), peripheral side edges (4) extending over the periphery of the bottom (3) and from the bottom (3) to form an enclosure (2), and a semi-opaque screen (5), located opposite the bottom (3) on the side edges (4) in order to close the enclosure (2), the semi-opaque screen (5) having a face back (5b) opposite the bottom (3) of the enclosure (2) and an opposite front face (5a), the cover panel (1) further comprising at least one light source (6a; 6b) received in the enclosure (2) and a power supply means (15) for supplying power to the at least one light source (6a; 6b), the cover panel (1) being characterized in that it further comprises a reflective screen (7) the light received in the enclosure (2) on the bottom side (3), and arranged such that during the emission of light by the light source or sources (6a; 6b), a combination of a real image of the unlit front face (5a) of the semi-opaque screen (5) and a virtual image of the lit rear face (5b) of the semi-opaque screen (5) is obtained, thus giving a three-dimensional, 3D type depth light effect. – Illuminated cover panel (1) according to claim 1, characterized in that the bottom (3) of the enclosure (2) is provided with at least one housing (8), and the reflecting screen (7) comprises at least one opening (9), the location of the opening or openings (9) of the reflecting screen (7) corresponding in part to the at least one housing (8) of the bottom (3) of the enclosure (2), the at least one light source (6a; 6b) then being received both in a housing (8) of the bottom (3) of the enclosure (2) and in an opening (9) of the reflective screen (7) when the location of the opening or openings (9) of the reflective screen (7) corresponds to the at least one housing (8) of the bottom (3) of the enclosure (2), such that during the emission of light from the at least one light source (6a; 6b), a 3D type depth light effect is obtained. – Illuminated cover panel (1) according to one of claims 1 and 2, characterized in that the at least one light source (6a; 6b) received in the enclosure (2) is arranged at the edges sides of the enclosure (2). – Illuminated cover panel (1) according to one of claims 1 to 3, characterized in that the at least one light source (6a; 6b) is one of an LED lighting consisting of at least l one of one or more LED spotlights, one or more LED strips, fiber optic lighting, or a combination thereof. – Illuminated cover panel (1) according to one of claims 1 to 4, characterized in that it further comprises an opacifying screen (10) disposed in the enclosure (2) between the reflecting screen (7) and the rear face (5b) of the semi-opaque screen (5), making it possible to obtain a luminescent effect of the firefly type. – Illuminated cover panel (1) according to one of claims 1 to 5, characterized in that the semi-opaque screen (5) is made of a material chosen from an expanded metal, a perforated metal, a mesh, a translucent screen, a stretched plate in order to allow the light emitted by the lighting of the light source to be filtered to give subdued indirect lighting. – Illuminated cover panel (1) according to one of claims 1 to 6, characterized in that it further comprises at least one of a loudspeaker (11) powered by an audio amplifier, at least one microphone (13) for ambient sound pick-up with IP and/or Wifi® signal, at least one video camera (14) with IP and/or Wifi signal, or a combination thereof, arranged in housings provided at the bottom (3) of the enclosure (2), in order to give a disco type atmosphere. – Illuminated cover panel (1) according to claim 7, characterized in that the animated lighting, audio, microphone and video functions of the at least one loudspeaker (11), at least one microphone (13), at least at least one video camera (14) are remotely controlled by one of an infrared type remote control (R), a radio control type remote control, or a terminal (D) equipped with a microcomputer type application, smartphone, tablet, and a communication box communicating wirelessly with the terminal. – Illuminated cover panel (11) according to one of claims 1 to 8, characterized in that the energy supply means (15) is one of a power cable connected to the mains network of the 110V type /220V, one or more batteries or a combination of both. – Illuminated cover panel (1) according to one of claims 7 to 9, characterized in that the entire animated lighting, sound, audio and video system are interconnected via audio connectors and/or connectors Wifi and/or Bluetooth or other equivalent wireless protocol. – Set of luminous cover panels formed by the association of at least two luminous cover panels (1) interconnected, each luminous cover panel being according to one of claims 1 to 10, the luminous cover panels being optionally configured to be able to communicate with each other.