EP1165901B1 - Adaptable device for delimiting and organising spaces and volumes - Google Patents

Abstract

An evolutionary and reusable device for delimiting and organising spaces and volumes, adaptable to the dimensions of an existing architectural space, is capable of being modified without accessories, easily and rapidly decorated by the user by means of decorative objects and expandable connected space elements of fixed and variable dimensions.

Description

1. Technical field to which the invention relates

The device according to the invention is intended, not exclusively, for the realization of fair stands and exhibition or production of partial or complete study models representing architectural spaces, developed or not.

2. State of the art

Generally, fair and exhibition stands, architectural or interior decoration models are of fixed dimensions and apply to a single project. Thus, the great variety of shapes and dimensions of the rooms or surfaces to be fitted out rarely allows the elements representing the walls to be reused, which requires them to be made to length. This leads to expenses related to the use of raw materials and the time spent in manufacturing the walls, expenses that are not always amortized by the outcome of the project. Regarding fair and exhibition stands, the surfaces and shapes of the spaces allocated to an exhibitor vary enough to require custom manufacturing. Certain systems propose to adapt to the real dimensions by using elements of fixed, standardized, juxtaposable dimensions. But the variety of constructions and surfaces requires having a large number of different elements, which affects ease of construction, stability and rigidity.
Despite a large number of different elements, it is necessary to make an approximation on the length of the walls, which is detrimental to the study of congestion and evolution areas or to the optimal use of the surface to be arranged.
In addition, the layout and decoration of these spaces is often non-existent, stylized or even diagrammed or standardized, for obvious economic reasons, without leaving the user the possibility of adapting it to his needs.

3. Closest prior art:

The document EP-A-0 902 409 describes a device according to the preamble of claim 1.

4. Technical problem to be solved

The present invention overcomes these drawbacks by proposing a delimitation device and development of spaces and volumes, scalable, reusable, adaptable to the dimensions of a existing architectural space, modifiable without accessories, easily and quickly decorated by the user.

5. Glossary

In what follows, we will agree to call element of space an element which allows delimit a space representing, on a reduced scale, a wall, a low wall, part or all of a floor, part of a ceiling; to call object of decoration an object representing for example and without limitation, on a reduced scale or not, furniture, architectural or decorative elements, such as a door, a window, a sanitary, a technical sheath, an outlet, a character; to call attach a link intended to connect two elements of space temporarily or permanently. We will also agree that the magnetic adjective indicates the presence of intrinsic ferromagnetic properties or reported to the qualified element and the magnetized adjective indicates the presence of fields magnetic intrinsic or related to the qualified element.

6. Description of different parts of the invention

The present invention relates to a scalable and reusable device for partially or completely a volume by means of basic shapes of variable dimensions, connected by fasteners and decorated with decorative items. These basic forms are, for example and without limitation, portions of planes, portions of volumes of simple geometric shape or complex, the above basic shapes can be decorated.

• un plan support qui peut être magnétique, qui peut être pliable, et qui peut être constitué d'éléments d'espace.
• des éléments d'espace, de forme quelconque, qui peuvent être magnétiques, de dimension variable, reliés entre eux d'une façon qui peut être temporaire au moyen d'au moins une attache.
• des éléments de décoration à l'échelle des éléments d'espace, dont la décoration peut être amovible, qui peuvent être positionnés sur les éléments d'espace au moyen d'un lien.
• Des accessoires de fixation qui peuvent être articulés, qui peuvent être magnétisés, tels que des équerres, des liaisons articulées amovibles...

This device consists, depending on its end use, of at least one of the following elements, the list of which is given by way of example and without limitation:

• a support plane which can be magnetic, which can be foldable, and which can be made up of elements of space.
• elements of space, of any shape, which can be magnetic, of variable size, interconnected in a way which can be temporary by means of at least one fastener.
• decorative elements on the scale of the space elements, the decoration of which can be removable, which can be positioned on the space elements by means of a link.
• Fixing accessories which can be articulated, which can be magnetized, such as brackets, removable articulated links ...

In the following, to improve the clarity of the description of the invention, reference will be made to attached drawings.

6.1 Description of the support plan

The support plane keeps the space elements in their relative positions. The plan support can consist of one or more space elements, linked by fixed fasteners or removable, removable or non-removable. The support plan keeps the elements in place space by simple contact friction, or by means of at least one fixing accessory.

6.2 Description of a space element

A space element defines a flat surface or a portion of volume. In general, a space element consists of at least one part equipped with at least one attachment portion. More precisely, a space element of variable size consists of at least two parts (Figure 1), a male part (1) and a female part (2), which slide one into the other. The female part and the male part consist of one or more pieces assembled permanently. The male part and the female part of a space element may have intrinsic or added ferromagnetic properties over all or part of their surface. To facilitate the lengthening of a space element, the male part is graduated (3). The length shown is read directly by the intersection of the scale with the edge of the female part in contact with the male part.
To make it easier to read the length of a space element, a notch (4) is made on the female part, at the scale of the male part. When the length is minimum, the male part abuts with the female part, which gives the minimum dimension that can delimit the space element.
The length of the space element can be maintained by means of a locking system, such as for example a wedge, actuated or added after lengthening.

6.3 Description of the attachment

The tie which allows two elements of space to be brought together is ideally designed to link them to the at least two parts of space element while allowing the above parts to pivot one by relation to each other on an axis parallel to the sides of the parts in contact and allow the intersection assemblies of space elements. More specifically, the fastener comprises at least one segment and consists of at least one part called a portion. The clip is present on at least part of a space element. The tie connects either the female parts (figure 2 item 5 or figure 3 item 8) or the male parts (figure 2 item 6 or figure 3 item 7) of two space elements, or the male part of a space element to the female part of another space element (item 9 of Figures 4 and 6 or Figure 5 item 10). Each part of space element presents, according to the mode of manufacture of the fastener, at least a portion of fastener on at least one of its sides (Figure 8). The arrangement of these attachment portions allows the creation of adjoining spaces (FIGS. 6 and 7) even if the intersection of the space elements does not form a right angle.

In what follows, we agree to call fixed attachment a removable attachment or permanent that cannot be easily separated from a space element, to call attach removable a removable or permanent fastener which can be easily separated from the element of space, to call a removable fastener a fixed or removable fastener including the parts which compounds can be easily separated and to call permanent attachment a fixed attachment or removable, the parts of which cannot be easily separated.

Generally, a fastener, fixed or removable, which connects two elements of space can be permanent or removable.

6.3.1 Description of a permanent attachment

When the fastening of the fastener is permanent, the device comprises parts of elements of space linked together by a fastener as well as parts of independent space elements with at least one fastener (figure 6 item 11 and 12). This fastener occupies about half of the height of the space element to allow the intersection of the space elements, which allows create adjoining spaces (Figure 6).

6.3.2 Description of a removable fastener

The solution with a removable clip is the best. Indeed, if the fastener is removable, it suffices a single type of space element having at least at one of its ends at least a portion of a fastener. The use of a removable link also makes it possible to facilitate the layout and visualization of spaces of reduced size. Thus, once at least one link removed, it is possible to rotate the space elements which remain connected to separate them, which increases the accessibility for the installation of decorative objects.
The segments of a removable fastener of a set of crossed space elements (Figure 8 items 15 & 17) are located at the top and bottom of the adjacent sides of the space elements. The clip of a set of traversing space elements (Figure 8 items 14 & 16) is located in the middle of the adjacent sides of the space elements. The distance between the top and bottom segments of a fastener of a set of traversed space elements is such that it allows the passage of the central fastener of a set of traversing space elements. Ideally designed, the attachment of the set of space elements traversed and the attachment of the set of space elements passing through make the space elements integral while leaving them free to pivot one by compared to each other.

6.4 Decorative items

The decorative objects include, without limitation, the characters, the furniture placed in floor or hanging on the wall, windows and doors of different formats, stairs, slabs cooking, worktops and any object that can be part of the decoration of a space or that allows to give more realism to a model or a fair or exhibition stand, as well as access to technical ducts, sockets, gas, water ...

A decorative object is positioned on a space element (figure 9 item 20) by means of a link which can either be sliding (figure 9 item 18) in relation to the decoration object (figure 9 item 19), or magnetized. A magnetized decorative object (Figure 10 item 23) has at least one magnetized system (figure 10 item 21) generating a sufficiently weak magnetic force by compared to human muscular strength or whose magnetization effort can be deactivated by the user. When a magnetized decorative object is brought into contact with a space element magnetic (figure 10 item 22), the magnetic force generated is sufficient to maintain the relative position of the decorative object with respect to the space element.

A decorative object can be made from any material or a combination of materials, for example plastic, metallic, mineral or cellulosic, which can be molded, folded, assembled or shaped according to any other process.

6.5 Removable decoration supports 6.5.1 Case of the front panels

In order to give the user the possibility of adapting the decorative objects to his needs, certain decorative objects can receive a fixed or removable decorative support in material transparent, which can be decorated. In the illustration (Figure 11) presented as an example, the decoration support (25) slides on the front face of the decoration object (24). So the user can insert a decorated pattern (26) on an element, which prevents it from having several objects of decoration for different decorations.

6.5.2 Case of decorated envelopes

Decorative objects can also be completely or partially covered by a support decoration. A decoration can be, for example and without limitation, applied by printing before or after shaping the envelope. This envelope, adapted to the shape of the decorative object for which it is intended, applies to it so as to cover it totally or partially. In the illustration (Figure 12) presented as an example, the support decoration object (28) slides over the decoration object (27). So the user can insert a pattern decorated between a decorative object and the decorative envelope, or change the envelope if the latter is decorated, which avoids having several decorative objects for different decorations.

6.6 Description of fixing accessories

Different fixing accessories are used such as for example and in a non-restrictive manner fixed or articulated brackets, which can be magnetized, to hold the space elements in their relative position.

7. Implementation and utility of the invention

The invention applies to numerous sectors of activity, by way of example and not restrictive it will be mentioned the realization of stands for fairs and exhibitions and the realization of models to realize interior design projects. The elements of the model can represent exactly the elements used for the realization of a stand, at a scale factor close.

8. Description of the attached drawings

The appended drawings represent, by way of nonlimiting examples, some embodiments of the device according to the invention.

Figure 1 is a front view of a space element.

Figure 2 shows schematically a top view of a closed space delimited by elements of space made up of female parts linked together by a permanent attachment and of parts males linked together by a permanent attachment.

Figure 3 shows schematically a top view of a closed space delimited by elements spaces made up of female parts linked together by a removable fastener and parts males linked together by a removable fastener.

Figure 4 shows schematically a top view of a space delimited by space elements the male element of which is linked to the female element by a permanent attachment.

Figure 5 shows schematically a top view of a space delimited by elements of space the male part of which is connected to the female part by a removable clip.

Figure 6 shows schematically a top view of a closed space with common plans delimited by space elements consisting of a female part and a male part linked by a fixed fastener permanent (9), and by individual male (12) and female (11) parts having an attachment fixed and permanent.

Figure 7 shows schematically a top view of a closed space with common plans delimited by space elements (13) connected by removable fasteners.

Figure 8 is an exploded perspective view of a set of traversing space elements (14 & 16) and a set of crossed space elements (15 & 17) constituting an intersection. The fastener shown is of removable type.

Figure 9 shows in perspective a decorative object (19) positioned by a strip sliding (18) on a diagrammatic space element (20). The horizontal arrows represent the relative movement of the slide bar with respect to the space element, the vertical arrow represents the relative movement of the decorative object with respect to the sliding strip.

Figure 10 shows in perspective a magnetized decorative object (23) positioned on a schematic space element (22). The arrows represent the relative movements of the object of decoration in relation to the space element.

Figure 11 shows an exploded perspective view of a decorative object (24) to which applies a decoration support (25) and a decorated pattern (26).

Figure 12 shows an exploded perspective view of a decorative object (27) to which applies a decoration support (28).

Figure 13 shows in perspective an enlarged detail of an element of cutaway showing how, by fixing a metal sheet (31), is achieved the addition of magnetic properties on a space element made of a non-magnetic material (29).

Figure 14 shows in perspective the different portions, male (33) and female (32), which constitute an attachment with a cyclic profile.

Figure 15 shows an example of use of the device for the study of the layout of a kitchen. The device is shown in perspective, seen from above.

It should be noted that in these drawings, the dimensions and the proportions are not systematically respected, in order to facilitate understanding.

9. Example of realization

The exemplary embodiment described relates to the use of the device for, for example and in a non-restrictive manner, creating models of interior design projects by means of magnetic space elements linked by a removable fixed clip and fitted out. by means of magnetized decorative objects.
Another use of the device such as the creation of stands intended for fairs and exhibitions, would lead to a different embodiment respecting the characteristics of the invention as described in the claims.
The embodiment is described below by way of nonlimiting example, with reference to the accompanying drawings.

9.1 Realization of a space element

• Mur de longueur comprise entre 1 m à 1,45 m.
• Mur de longueur comprise entre 1,45 m à 2,45 m.
• Mur de longueur comprise entre 2,45 m à 4,4 m.
• Mur de longueur comprise entre 3 m à 5,7 m.

Ces murs ayant, par exemple et de façon non restrictive, une hauteur de 2,70 m, permettent de représenter une grande variété de forme et de dimensions de pièces.The elements of space allow, for example and in a non-restrictive way, to represent on a reduced scale walls of the following dimension:

• Wall between 1 m and 1.45 m in length.
• Wall of length between 1.45 m to 2.45 m.
• Wall length between 2.45 m to 4.4 m.
• Wall between 3 m to 5.7 m in length.

These walls having, for example and without limitation, a height of 2.70 m, allow to represent a wide variety of shape and dimensions of rooms.

• Le fond est réalisé , par exemple et de façon non restrictive, à partir d'un rectangle en carte ou papier cartonné de même épaisseur que la partie mâle mais de longueur faible, par exemple et de façon non restrictive, d'une longueur de 1 cm.
• Le corps est réalisé, par exemple et de façon non restrictive, à partir d'un développé de forme rectangulaire de faible épaisseur, par exemple et de façon non restrictive, de 0,5 mm. La hauteur de ce rectangle est égale, par exemple et de façon non restrictive, au périmètre de la section du fond. Ce rectangle est plié et assemblé, par exemple et de façon non restrictive, par collage autour de la hauteur du fond.
• La face est réalisée à partir d'une feuille aux dimensions finales de la partie femelle, de faible épaisseur et collée sur le côté de la jonction des bords du corps.

Les dimensions de l'alésage de section rectangulaire obtenu sont telles que la partie mâle coulisse avec frottement dans la partie femelle. As shown in Figure 1, a space element consists of two parts, the male part and the female part.
The male part is made for example and in a non-restrictive way, from a thin rectangle, in card or cardboard of 2 mm. This rectangle is defined by a height and a length.
The female part is made by assembling three elements: the bottom, the body and the face.

• The bottom is made, for example and in a non-restrictive manner, from a card or cardboard rectangle of the same thickness as the male part but of short length, for example and in a non-restrictive manner, with a length of 1 cm.
• The body is produced, for example and in a non-restrictive manner, from a developed rectangular shape of small thickness, for example and in a non-restrictive manner, of 0.5 mm. The height of this rectangle is equal, for example and without limitation, to the perimeter of the bottom section. This rectangle is folded and assembled, for example and in a non-restrictive manner, by gluing around the height of the bottom.
• The face is made from a sheet with the final dimensions of the female part, of small thickness and glued to the side of the junction of the edges of the body.

The dimensions of the rectangular section bore obtained are such that the male part slides with friction in the female part.

9.2 Performing the addition of magnetic properties to a space element

Une feuille de faible épaisseur (31 ) possédant des propriétés ferromagnétiques est fixée entre le corps de l'élément d'espace (29) et une feuille non magnétique (30). L'ensemble est, par exemple et de façon non restrictive, assemblé par application d'un adhésif permanent sur les deux faces de la feuille de faible épaisseur possédant des propriétés ferromagnétiques. L'opération est répétée pour chaque face qu'il est nécessaire de rendre magnétique. La feuille de faible épaisseur possédant des propriétés ferromagnétiques peut être pleine ou ajourée (de type grillage, métal déployé ou autre). La feuille non magnétique (30) peut être remplacée par une couche de vernis, de peinture, de matière plastique ou tout autre matière pouvant être appliquée sur une surface.

Le choix de l'épaisseur de la feuille non magnétique permet d'ajuster l'effort de maintien de l'objet de décoration magnétisé lorsqu'il est appliqué sur l'élément d'espace.Magnetic properties are added to space elements made up of non-magnetic materials such as cellulosic materials (paper, card, cardboard, wood ...) or plastic or composite materials, by means of the following structure:

A thin sheet (31) having ferromagnetic properties is fixed between the body of the space element (29) and a non-magnetic sheet (30). The assembly is, for example and in a non-restrictive manner, assembled by application of a permanent adhesive on the two faces of the thin sheet having ferromagnetic properties. The operation is repeated for each face which it is necessary to make magnetic. The thin sheet having ferromagnetic properties can be solid or perforated (of the mesh, expanded metal or other type). The non-magnetic sheet (30) can be replaced with a layer of varnish, paint, plastic or any other material that can be applied to a surface.

The choice of the thickness of the non-magnetic sheet makes it possible to adjust the effort to maintain the magnetized decorative object when it is applied to the space element.

9.3 Making a removable fastener using a cyclic profile

A removable attachment segment (Figure 14) consists of three parts: the male profile (33), the female profile (32) and a pin (34). A profile is produced from an openwork strip along its axis by holes spaced at a constant pitch, folded in its longitudinal axis with a radius equal to at least half the thickness of the element part of space for which it is intended. Once folded, the profile has notches. The material used can be, for example and without limitation, a metallic, plastic, cellulosic material or a woven material used alone or in combination with other materials.
Each space element has two types of attachment portion at its ends: at least one male cyclic profile and at least one female cyclic profile. The male cyclic profile differs from the female cyclic profile by an offset of one step of the notches which constitute it. To connect two space elements, it suffices to put the male cyclic profile in the notches of the female cyclic profile and to introduce an axis in the bore of the fastener thus formed. The axis has a gripping area added or produced by construction.

Each cyclic profile is fixed, by gluing or by any other fixing means, to a part of a space element or is included in the developed part of a space element.

9.4 Creation of a decorative element

Decorative items are made, for example and not exclusively, of cardstock of sufficient thickness to present a certain rigidity while authorizing their manipulation. An object decoration can be obtained, for example and without limitation, from a flat surface also called developed, folded so as to obtain a volume representing a decorative object to the scale of space elements. On the different sides of the volume are printed patterns which define the appearance of the decorative element. If necessary, the development of a decorative object is skillfully designed to allow after folding the establishment of a decoration support and of a possible sliding strip.

9.5 Realization of a magnetized system for decorative objects

The magnetized link (figure 10 item 21) used to position a decorative object on a space element is composed, for example and without limitation, of at least one magnet permanent of low thickness fixed on one or more faces of the decorative element. The magnet permanent, can be made as a magnetized sheet with magnetic fields of alternating polarity, which generates a weak magnetic force to allow the displacement of the decorative object, but sufficient to support the weight of the decorative object on an element of space with magnetic properties.

9.6 Making a sliding strip

In the event that the use of a magnetized link is not suitable, we will position the object of decoration using at least one sliding strip (figure 9 item 18) made of plastic transparent. The width of a strip is equal to the length of the skillfully produced recess in the decorative object (19), so that the strip is slightly jammed, in order to maintain the decorative object and prevent it from falling under the action of gravity. One end of the strip is hook-shaped in order to hang the assembly on a space element (20).

9.7 Creation of a decoration support

The realization of the decoration support varies according to the decoration object on which it is applied. A decorative support can, for example and without limitation, be made in a folded transparent plastic strip (Figure 11 item 25) so that once folded, it slides on the front of a decoration element (figure 11 item 24).
In the illustration (Figure 12), the decoration support (28), produced by deformation of a sheet of plastic material covers part of the faces constituting the decoration object (27).

10. Benefits of the invention

The invention makes it possible to design and carry out arrangements within the framework of the arrangement architectural spaces or fair or exhibition stands from space elements predefined, of variable size, combinable with each other, on which can be applied decorative objects whose decoration can be changed easily. All of these are reusable which reduces the cost of production and use.

Used in the context of making models to carry out development projects interior, the invention cancels the rigidity and the difficulties of reading drawings such as FIG. 15 which represents a kitchen layout and induces several optical illusions which harm its understanding, although the general perspective and proportions are respected.

Claims (16)

1. Adaptable device for delimiting and organizing architectural spaces of the type

   model for study and demonstration to construct interior design projects,

   fair and exhibition stall,

   partitioning of office or industrial spaces,

   comprising

   space elements connected to each other so as to form partitioning which adapts to the dimensions of the architectural space to be organized or to be depicted, and

   decorative objects representing elements serving for decoration or organization of interiors,

   characterized in that:

   · each space element comprises at least two different flat parts (1, 2) or with volume with rectilinear parts, sliding one into the other,

   · each space element has at least one coupling portion (32, 33), forming, with a complementary coupling portion belonging to another space element and a pin passing through the coupling portions, a disassemblable coupling permitting the intersection of a plurality of space elements articulated around the pin,

   · a decorative object, of a size proportional to the dimensions of the object that it represents, is positioned variably and interchangeably on a space element by means of a link,

   · and this decorative object (26, 28) itself has an interchangeable design held by a decoration support.
2. Device according to claim 1, characterized in that a space element has variable dimension and defines a plane surface or a portion of volume partially rectilinear, and is made up of at least two different parts, referred to as a male part (1) or a female part (2), a male part sliding into a female part, a male part abutting against a female part when the space element is in its shortest position.
3. Device according to one of claims 1 or 2, characterized in that a space element accommodates a removable decoration having the same physical properties as said space element so as to facilitate holding a decorative object.
4. Device according to one of claims 1 through 3, applied in particular to study and demonstration models, characterized in that the parts of a space element are adjusted such that they retain their relative position once the length of the element is defined.
5. Device according to one of claims 1 through 3, applied in particular to fair and exhibition stalls and to the partitioning of office or industrial space, characterized in that one of the parts of a space element has a blocking system such that the parts retain their relative position once the length of the space element is defined and the blocking system is activated.
6. Device according to one of claims 1 through 5, characterized in that a part of a space element, preferably the male part (1), is graduated and that the other part of a space element, preferably the female part (2), has a reference (4) which, associated with the scale on the first part (3), enables the direct reading of the length of the element.
7. Device according to one of claims I through 6, characterized in that an intersected coupling is composed of at least two segments (35, 36) each made up of two portions fitting one inside the other when they are placed facing each other by simple horizontal translation, enabling the passage between its segments of at least one intersecting coupling composed of at least one segment, itself made up of two portions (37, 38) fitting one inside the other, thus enabling the intersection of space elements (14, 15, 16, 17).
8. Device according to at least one of claims 1 through 7 according to a first embodiment, characterized in that a pin (34) passes through the different portions of at least one coupling segment (32, 33 or 35, 36, 37, 38 of Figure 8), that said pin with an overall circular cross-section has a gripping zone, that said pin is introduced into the internal opening created by the coupling portions after the coupling portions are placed facing each other and that the groups of space elements remain integral with each other and pivot relative to each other once the couplings are assembled.
9. Device according to one of claims 1 through 7 according to a second embodiment, characterized in that the coupling portions of the intersected and intersecting groups of space elements are connected by insertion of the male portions into the female portions by elastic deformation ofthe material of which they are made and that the groups of space elements remain integral with each other and pivot relative to each other once the couplings are assembled.
10. Device according to one of claims 1 through 9, characterized in that a space element made from a material without ferromagnetic properties (29) acquires this property by mounting, on at least one part of its surface, ofa thin material (31) adapted to the shape of the space element and having ferromagnetic properties so as to accommodate a magnetized decorative object.
11. Device according to one of claims 1 through 10, characterized in that the space elements are placed on a foldable surface, having ferromagnetic properties so as to accommodate a magnetized decorative object.
12. Device according to one of claims 1 through 11, characterized in that two space elements are held in their relative positions by a removable linking accessory, in particular a square, equipped with at least two links.
13. Device according to one of claims 1 through 12, characterized in that the decorative objects (19, 23, 24, 27) are designed to accommodate a removable design (26) and that they are held in position on a space element by a temporary link (18, 21) of a magnetic link type or a sliding link type.
14. Device according to at least one of claims 1 through 13, characterized in that certain decorative elements are obtained starting from an evolute designed so as to obtain, after folding and assembly, rigidity sufficient to permit the manipulation efforts generated by mounting on a space element with a magnetic link present on at least one face of the decorative element, and leaving at least one articulated face capable of accommodating a decoration support.
15. Device according to at least one of claims 1 through 14 according to an embodiment of the device using space elements without magnetic properties, characterized in that certain decorative elements are obtained starting from an evolute designed so as to obtain, after folding and assembly, rigidity adequate to permit the manipulation efforts generated by mounting on a sliding link, leaving at least one articulated face capable of accommodating a decoration support and providing at least one recess to permit the passage of said sliding link designed to position the decoration element on a space element.
16. Device according to at least one of claims 1 through 15, characterized in that a decoration support (25, 28) is produced in a shaped material enabling placement and holding of an interchangeable design (26) inserted between the decoration support and the decorative object (19, 23, 24) on which said decoration support, which itself accommodates a decorative design, is applied.

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