WO2007093065A1 - Modular wall-construction system with frame and decorative sheet - Google Patents

Abstract

A modular wall-construction system encompasses a frame (10) which has a front side (12) and a reverse side (13) and which can be secured with the reverse side in contact with the flat surface of the wall, and a decorative element (11), which can be releasably connected to the frame (10) in such a way that the decorative element (11) is in contact with the front side (12) of the frame (10) and completely covers the frame (10). In this system, the design of the decorative element in the form of a frameless, decorative sheet (11) gives an exceptionally varied range of possibilities for design and use, low-cost production and ease of mounting and capability for change.

Description

 DESCRIPTION

MODULAR WALL DESIGN SYSTEM WITH FRAME AND DECORATIVE PLATE

TECHNICAL AREA

The present invention relates to a modular wall-forming system. It relates to a device for releasably securing a decorative plate on a substantially flat surface, in particular on a wall, according to the preamble of claim 1, and a decorative plate for use with this device.

STATE OF THE ART

From document US-A-4,635,410 a decorative fabric covering system for walls is known in which the whole wall is covered by individual panels having a fabric covered frame. The panel frame is associated with a wall mounted, same size mounting frame, which is glued to the wall and consists of a magnetic or ferrometallic strip. The panel frame, in turn, also includes a magnetic or ferrometallic strip which, in cooperation with the mounting frame, creates a magnetic attraction-based adhesive effect. Within the single panel, the tensioned fabric is pulled outward around the panel frame and glued to the back of the panel frame.

The panels are designed for gapless coverage of the wall. It is not intended to use individual plates or limited groups of plates in isolation. This is also undesirable from the aesthetic point of view, because the laterally visible panel-covered panel frame significantly compromises the decorative effect of the front of the panel. In addition, the formation of the mounting frame as a continuous magnetic or ferrometallic strip considerably limits the material selection and leads to comparatively high costs for the system

PRESENTATION OF THE INVENTION

It is therefore an object of the invention to provide a (nodular wall-shaping system which avoids the disadvantages of the known system, is extremely versatile in the design and applications, is inexpensive to manufacture, and easy to assemble and modify.

The object is solved by the entirety of the features of claim 1. The essence of the invention is to provide, in the context of the wall-mountable frame as a decorative element, a frameless decorative panel which can be releasably connected to the frame. This simplifies the structure of the decorative element. An independent frame for the decorative element is eliminated and thus the associated aesthetic disadvantages. Preferably, the frame comprises a plurality of individual legs, which are interconnected. In particular, the frame is self-contained and has the shape of a rectangle, in particular a square on.

A preferred embodiment of the invention is characterized in that the legs of the frame are similar, that the legs of an extruded profile, in particular made of aluminum, and that the legs each have on the front side formed as a profile groove Halterungsnut, in which retaining means for releasable Holder of the decorative plate are housed.

The retaining means are arranged at least in the corners of the frame and comprise a plurality of corner brackets. The retaining means may be additional to improve and even out the bracket

Intermediate mounts comprise, which are arranged on one or more legs between the corners of the frame.

In particular, the intermediate holders can be displaceably mounted in each case in the Halterungsnut.

The holding function of the holding means is preferably based on a magnetic, in particular permanent-magnetic, effect. The holding means then each comprise a magnet holder and a magnet arranged on the magnet holder. The magnet holder in particular comprises in each case a base plate with laterally formed holding tabs for holding or centering the magnet on the base plate. The magnet holder is designed so that it can be inserted into the Halterungsnut. The magnet holder is preferably made of a plastic, and it is integrally formed.

The magnet holder of the Eckhalterungen have an L-shaped base plate, each with two mutually perpendicular guide sections oriented, with which they are inserted into the retaining grooves of the colliding legs at the corners.

The magnet holders of the intermediate holders have a base plate which is adapted to the holder groove and can be inserted into the holder groove.

The legs are cut at the corners of the frame mitred, and are connected in the corners by inserted mounting bracket with each other. Depending on the design of the frame, the mounting brackets can be inserted into a rear retaining groove or a central profile channel of the frame.

On the back of the decorative plate corresponding means are provided, which generate an attraction force between the frame and plate in cooperation with the magnets in the Eckhalterungen or Zwischenhalterungen. These means comprise in particular on the back of the decorative plate in the corners or at the edges of the decorative plate arranged metal plates, which cooperate with the magnets on the frame.

On the front of the frame are preferably spaced from the outer edge of the frame spacing means arranged so that the resting on the frame decorative plate has a uniform distance from the front of the frame and forms a shadow gap. As a result, the overall aesthetic impression is significantly improved in a single plate.

In particular, the spacing means comprise a circumferential profile projection on the front of the frame.

On the inside of the frame are preferred for securing the frame to a flat surface, in particular a wall, provided that comprise an encircling on the inside of the frame angled in profile fastening strip and a ^* or more fasteners, which are connectable to the surface or wall and engage with a hook part behind the mounting strip.

The decorative plate preferably comprises at least one carrier plate combined with a decorative layer.

The wall-forming system can not only be used for attaching a decorative panel to a wall, but may itself be formed as part of, or part of, a partition wall, partition or partition wall. In this case, it is advantageous if the frame on the front and back is formed similar, such that on the front and / or on the back decorative plates can be releasably secured.

An embodiment is then characterized in that the frame comprises a plurality of individual legs, which are interconnected, that the frame is self-contained and the shape of a rectangle, in particular a square, that the legs of the frame are similar the legs of an extruded profile, in particular made of aluminum, and that the legs each have on the front and on the back of a formed as a profile groove Halterungsnut, in which holding means for releasably supporting the decorative plate are housed, which in particular each a magnetic holder and a comprise magnets arranged on the magnet holder.

In particular, it is advantageous if spaced apart on the front and on the back of the frame from the outer edge of the frame spacing means are arranged so that the resting on the frame decorative plate has a uniform distance from the front and / or back of the frame and a shadow gap forms, and that the spacing means comprise a circumferential on the front side and on the back of the frame profile projection. BRIEF EXPLANATION OF THE FIGURES

The invention will be explained in more detail with reference to embodiments in conjunction with the drawings. Show it

Fig. 1 in a perspective view obliquely from the front one on the

Wall-mounted square frame made of extruded profiles with magnetic holders used in a profile groove for a decorative plate according to a preferred

Embodiment of the invention;

Fig. 2 shows the frame of Fig. 1 in the perspective view obliquely from behind, and an exemplary associated decorative plate with glued to the corners of metal plates to

Interaction with the magnetic holders;

Fig. 3 in a view comparable to Figure 2 a frame with an associated decorative plate, which is also equipped at intermediate positions with metal plates for the magnetic holder.

FIG. 4 shows a detail of a magnetic intermediate holder inserted into the profile groove of the frame; FIG.

Fig. 5 seen obliquely from the front, the mitered end of a leg of the frame of Figure 1 with the mounting bracket for the corner joint of the two colliding legs on the corner and with an inserted into the profile of the leg magnetic Eckhalterung. FIG. 6 shows the corner connection of the two limbs proceeding from FIG. 5 by adding the other limb to the magnetic corner support firmly seated in the corner; FIG.

Fig. 7 seen the configuration of Figure 5 obliquely from behind.

FIG. 8 shows the cross-section of the extrusion profile of FIGS. 1-7; FIG.

FIG. 9 shows the configuration from FIG. 7 in the longitudinal direction of the leg; ,

Fig. 10 in several sub-figures a) to d) different views of

Magnetic holder for the Eckhalterung of Fig. 5-7;

Fig. 11 in several sub-figures a) to d) different views of

Magnet holder for the intermediate holder of Fig. 4;

Fig. 12 in several sub-figures a) to d) different views of

Magnets for the Eckhalterung of Fig. 5-7;

Fig. 13 in several sub-figures a) to d) different views of

Magnets for the intermediate support of Fig. 4;

Fig. 14 in several sub-figures a) to f) different views of the fastener of Fig. 5-7 for the attachment of

Frame on the wall;

Fig. 15 is an exemplary juxtaposition of a plurality of decorative plates in plan view;

Fig. 16 in several sub-figures a) to d) various exemplary types of internal construction of the decorative panels; Fig. 17 in a comparable to Fig. 7 representation of a frame according to another embodiment of the invention, in which on the front and the back of the frame in the same way a decorative plate can be releasably secured, and for partitions, partitions, partitions or Like. Is suitable;

Fig. 18, the leg of Fig. 17 without the front and rear corner bracket

FIG. 19 in a representation comparable to FIG. 3, the frame from FIG.

17 each having a decorative plate for attachment to the front and back of the frame; and

FIG. 20 in a representation comparable to FIG. 9, the frame from FIG.

17 with decorative plates on both sides.

WAYS FOR CARRYING OUT THE INVENTION

The subject of the patent is a modular wall-forming system consisting of a) panels, which are provided with a decorative function, for example, provided with a specific surface; b) frames which receive the plates and connect to the wall (or other flat surface); and c) fasteners which fix the frames to the wall while allowing horizontal and vertical adjustment of each frame (and the panel mounted on the frame). The basic idea is as follows: For the design of walls and other vertical (or even horizontal or other) surfaces, panels having differently designed surfaces can be mounted on the wall surface by means of frames and suspension elements, with a combination of any size and shape the plates is possible. The plates can also be changed and regrouped at any time without tools. The panels sit on the front of the frames and have the same dimensions as the frames. Thus, the frame is visible only from the side and does not border the plate sitting on it optically, which allows a free and planar combination of any number of plates that form a coherent surface optically. The (preferred) magnetic connection between plates and frame allows a simple, fast and replaceable mounting of the plates.

a) Plates The plates are, for example, provided with different surfaces on the visible side. The surfaces can consist of pictorially designed subjects (printed, painted, woven, embroidered, sewn, glued, etc.) or of various natural and artificial materials, which achieve a certain effect through their color effect and surface texture. Magnetic metal plates are used on the back to connect the frame and the panel.

b) frame

The cross-sectional profile of the frame with a front and a rear Halterungsnut allows the inclusion of various structural parts. The mounting brackets (corner connectors) inserted in the rear mounting groove hold the frame parts together by tightening the fixing screws. The magnetic holders inserted in the front retaining groove fix the magnets, which in turn hold the plates to the frame.

c) connection frame plates The connection between frame and plate is made by magnets, which are firmly mounted in the frame. Magnetic counterparts are metal plates attached to the back of the plate.

The magnets are fixed in the frame profile by means of magnetic holders. Each frame includes 4 corner magnets (corner brackets) and (to prevent buckling of the panel) at least one magnet on each side of the frame (intermediate brackets).

Fig. 1 shows a preferred embodiment of a frame according to the invention viewed obliquely from the front. The associated decorative plate is omitted here, but is shown in Figs. 2 and 3 together with the rear view of the frame. The square frame 10 in this case consists of four equal-length legs 10a-d, which are made of an Al extruded profile with the cross section shown in Fig. 8. The legs 10a-d are mitered at the ends and connected by means of in a rear Halterungsnut 20 'and fixed with fixing screws 36 mounting bracket 15a-d with each other (in detail see Fig.5-7). On the front side 12 of the frame 10, a front retaining groove 20 (Fig.4-6) is circumferentially provided, which receives the various magnetic holders. Normally, four corner brackets 16a-d are provided at the corners of the frame 10, which cooperate with corresponding metal plates 25a-d on the rear side in the corners of the decorative plate 11 (FIG. 2). In addition, intermediate holders 17a-d are usually inserted into the front holder groove 20, which cooperate with corresponding metal plates 25e-h (Figure 3) on the decorative plate 11.

To fasten the frame 10 to the wall, four fastening elements 14a-d are provided in the example shown, which are screwed to the wall by means of fastening screws 35 (FIGS. 5, 6) and are behind with a hook part (27 in FIGS. 9 and 14) a profile L-shaped, circumferential fastening strip (23 in Fig. 5, 6) engage the frame profile. The fastening elements 14, 14a-d each have a base body 26 with a slot 28 (FIG. 14) for adjustment and various reinforcing ribs 29.

The parallelepiped-shaped magnets 21 for the corner holders 16 and 16a-d (FIG. 12) have a profile milling 21 a on all four sides. For assembly, the magnets 21 are first inserted into the associated magnet holder 22 (FIG. 10). The magnet holders 22 each have an L-shaped base plate 30 with two guide portions 31, 32 oriented at right angles to one another, with which they can be inserted into the front holding grooves 20 of the legs 10a-d colliding at the corners. At the guide portions 31, 32 of the

Base plate 30 are externally formed two inwardly extending retaining tabs 33, 34, which engage over the Profilfräsung 21a of the magnet 21 and hold the magnet 21 on the base plate 30 and center. This combination of magnet holder 22 and magnet 21 is inserted in each case in the frame corner in the two coincident front support grooves 20. At the bottom of the base plate 30 molded Gleitfüsse 37 facilitate moving in the groove. Due to the L-shape, the magnet holder 22 fixes itself with bolted frame 10 by itself. The magnet 22 is thus secured on all 6 sides against shifting and falling out.

The also rectangular magnets 18 for the intermediate brackets 17, 17a-d have on 2 sides of a profile milling 18a. For mounting, the magnets 18 are inserted into the magnetic holder 19 shown in Fig. 11. The magnet holder 19 has a base plate 30 ', on the narrow sides of two inwardly extending retaining tabs 33', 34 'are formed, which hold the magnet 18 on the base plate 30' in the direction of the retaining groove 20 and center. The profile milling 18a of the magnet 18 engages under the frame profile and is thereby held in the frame profile. This combination of magnetic holder 19 and magnet 18 is completely inserted into the front Halterungsnut 20, wherein the fixing of the magnet holder 19 in the groove is effected by a laterally integrally formed on the magnet holder 19 clamping bracket 38. At the bottom of the base plate 30 'molded sliding feet 37 facilitate the movement in the groove. The magnets 18, 21 in the corner brackets 16a-d and intermediate brackets 17a-d fix the plate 11 by the magnetic force between the magnets 18, 21 and the respective magnet counterparts (metal plates 25a-h) mounted on the back side of the plate ( eg glued on) are. At the same time, the plate lies all around on a circumferential profile projection (24 in FIGS. 8, 9).

The centered placement of the decorative plate 11 relative to the frame 10 is effected by the profile projection 24, the horizontal resp. vertical displacement of the plate 11 limited because the magnetic counterparts

(Metal plate 25a-h) come to rest within the profile projection 24 (Fig. 9, distance b). For exact positioning of the plate 11 and to allow for different material contractions and expansions in temperature and humidity fluctuations (prevention of harmful stresses and bulges) a minimum horizontal and vertical displacement of the plate 11 is possible because between the outside of the magnetic counterparts (metal plate 25a-h) and the inside of the profile projection 24 is a defined tolerance distance (distance b).

The magnetic force of the magnets 18, 21 containing rare earth is strong enough to prevent slippage of the plate 11, respectively. to fix the plates 11 in the desired horizontal and vertical position within the frame 10, and weak enough to allow easy replacement of the plates without tools.

For the sake of safety, the plate can only slide down as far as the lower magnet counterparts come to rest on the inside of the profile projection 24 in any case.

Due to the recessed position of the profile projection 24 relative to the outer edge of the frame 10 is formed when attached plate 11 a Shadow gap 39 (Figure 9) between plate 11 and visible frame sidewall which provides optically light appearance and compensates for material tolerances.

Of course, it is within the scope of the invention also possible to use instead of the magnetically acting holding means for the plate 11 other releasable holding means (tape, Velcro, mechanical locking devices, etc.).

Each frame 10 may be secured to the wall with one to four fasteners 14, 14a-d (in detail FIG. 14). To adapt the vertical position of the frame 10 (especially in combinations of several frames as shown in Fig. 15) and to achieve the exact horizontal, the fasteners each have a slot 28. By tightening the respective fastening screw 35 (wall screw), each fastening element 14, 14a-d can be fixed in the desired vertical position.

The fastening elements 14, 14a-d engage with their hook part 27 on the profile strip designed as a fastening strip 23 on the frame profile and allow the horizontal displacement of the frame 10. To compensate for wall irregularities of the frame 10 against the wall has a certain

Freedom of movement (distance a in Fig. 9). Depending on the placement of the lower fastening element (s) 14c, d further in or further out, a lateral displacement of the frame 10 may be enabled or prevented.

Basically, frame 10 and decorative plate 11 can be used as a single object for wall design. Such a single object can then be hung like a picture and have as a decorative plate a corresponding pictorial representation. Due to the good adjustability, however, it is just as possible, according to FIG. 15, to arrange a plurality of decorative panels 11a-d next to and / or above one another in order to cover larger areas in the design or to be able to work more flexibly. Not only can it be similar constructed decorative panels 11, but also differently constructed decorative panels are combined.

Examples of differently constructed decorative panels 11 are shown in the partial figures a) to d) of Fig. 16. A particularly simple construction of the decorative panel 11 results according to Fig. 16a, when a support plate 40, e.g. is made of an MDF material or metal or glass or the like, provided on the front with a decorative layer 41, in the form of a film, a photograph, a color layer or the like. However, such a decorative layer 42 can also be arranged according to FIG. 16 b on the rear side of an at least partially transparent carrier plate 43. In particular, the decorative layer 43 may be a mirroring layer which then makes a mirror from the decorative plate 11.

Furthermore, it is conceivable according to FIG. 16c to provide as plate 11 a carrier plate 44 with a decorative layer 45 and an overlying covering layer 46 or transparent second carrier plate. Other combinations of plates and decorative layers are also conceivable.

Finally, it is possible, according to FIG. 16d, to provide a decorative plate 11 which has an at least partially translucent support plate 48, which is illuminated from behind by a lighting device 47 mounted on the back and acts as a flat lamp. Here, a decorative layer 49 may be additionally attached to the front of the support plate 48. The lighting device 47 can be controllable in color and light intensity in order to achieve a time-varying decorative effect. The decorative plate 11 may in the context of the invention but also have an information-representing display function (TV, monitor, etc.), by means of which, for example, on the wall changing images can be generated.

While in the previous explanations of the invention was only intended to releasably secure the decorative plates 11 on the front of the frame 10, it is quite conceivable within the scope of the invention to attach decorative panels 11, 11 '(FIG. 20) on the front side 12 and / or the rear side 13 of the frame. Such a configuration is shown in FIGS. 17 to 20. The frame 10 'may in this case be part of a free-standing partition, partition, partition or the like, which is visible from both sides and can be used in accordance with the front and back for decorative purposes.

In this case, it is favorable to make the limbs 10b 'of the frame 10' of an extruded profile, in particular of aluminum, that is mirror-symmetrical to a median plane, and on the front side 12 and on the rear side 13 each have a profiled groove, similar support groove 20 and 20 ', in which the support means already described, in particular magnets in corresponding corner brackets 16a' and intermediate brackets, for releasable support of the decorative plates 11, 11 'are housed. The magnets 18, 21 and magnet holders 19, 22 are expediently designed and arranged the same for the front and back. Likewise, the same decorative panels 11, 11 'can be used for the front and back sides.

Likewise, on the front and on the back of the frame 10 'mirror-symmetrically spaced from the outer edge of the frame 10' distance means in the form of a circumferential profile projection 24 and 24 'is provided on the front and back respectively to form a shadow gap 39 and 39 'contribute.

While in the frame 10 with the decorative plate 11 only on the front side the back support groove 20 'for receiving the mounting bracket 15a-d can be used in both sides with decorative plates 11, 11' equipped frame 10 ', the mounting bracket (15a in FIG 17, 18 and 20) are inserted into the central profile channel 51 (Figure 20) of the legs 10b '. Thus, the arranged in the mounting brackets 15a fixing screws 36 are tightened can, 51 corresponding holes 50 must be provided in a wall of the profile channel.

The rear decorative plate 11 'is on the inside with distributed on the edge arranged metal plate 25' and 25a 'equipped in the

Cooperation with the magnets in the corner and intermediate brackets allow the desired releasable connection between the frame 10 'and decorative plate 11'.

LIST OF REFERENCE NUMBERS

10,10 'frame

1Oa-d, 1Ob 'thighs

11, 11a-d, i r decorative panel (panel)

12 front side (frame 10)

13 rear side (frame 10)

14,14a-d fastener

15a-d mounting bracket

16,16a-d, 16a 'corner bracket

17,17a-d intermediate bracket

18.21 magnet

18a profile milling (magnet 18)

19,22 magnet holder

20,20 'retaining groove

21 a profile milling (magnet 21)

23 fixing strip (L-shaped)

24,24 'profile projection

25.25a-h, 25 ', 25a' metal plate

26 basic body

27 hook part

28 slot

29 reinforcing rib 30.30 'base plate

31, 32 guide section

33.33 \ 34.34 'Hold on

35 fixing screw

36 fixing screw

37 sliding foot

38 clamping bracket

39 shadow gap

40,43,44,48 carrier plate

41, 42, 45, 49 decorative layer

46 covering layer

47 Lighting device

48 symmetry plane

50 holes

51 profile channel (frame 10 ') a, b distance

Claims

A modular wall-forming system comprising a frame (10, 10 ') having a front side (12) and a back side (13) and with the Rear side can be attached to the flat surface fitting, and a decorative element (11, 11 ad), which can be detachably connected to the frame (10, 10 ') such that the decorative element (11, 11a-d) on the Front (12) of the frame (10, 10 ') rests and the frame (10) completely covers, characterized in that the decorative element as a frameless, decorative plate (11, 11 ad) is formed. 2. wall-shaping system according to claim 1, characterized in that the frame (10, 10 ') comprises a plurality of individual legs (10a-d, 10b'), which are interconnected. 3. wall-shaping system according to claim 2, characterized in that the frame (10, 10 ') is closed in itself and has the shape of a rectangle, in particular a square. 4. wall-shaping system according to claim 3, characterized in that the legs (10a-d, 10b ') of the frame (10, 10') are similar, that the legs (10a-d, 10b ') of an extruded profile , in particular of aluminum, and that the legs (10a-d, 10b ') on the front side (12) each have a profile groove formed as a groove (20), in which Holding means (16, .., 22) for releasably supporting the decorative plate (11) are housed. 5. wall-shaping system according to claim 4, characterized in that the holding means (16, .., 22) at least in the corners of the frame (10, 10 ') are arranged and comprise a plurality of Eckhalterungen (16, 16a-d). 6. wall-shaping system according to claim 5, characterized in that the holding means (16, .., 22) additional intermediate holders (17, 17a-d), which at one or more legs (10a-d, 10b ') between the corners of the frame (10, 10 ') are arranged. 7. wall-shaping system according to claim 6, characterized in that the intermediate holders (17, 17a-d) in each case in the front Halterungsnut (20) are displaceably mounted. 8. wall-shaping system according to one of claims 5 to 7, characterized in that the holding function of the holding means (16, .., 22) based on a magnetic, in particular permanent magnetic, effect. 9. Wall-shaping system according to claim 8, characterized in that the holding means (16, .., 22) each have a magnet holder (19, 22) and a magnet holder (19, 22) arranged magnet (18, 21) include. 10. wall-shaping system according to claim 9, characterized in that the magnet holder (19, 22) each have a base plate (30, 30 ') with laterally formed retaining tabs (33, 34, 33', 34 ') for holding or Centering the magnet (18, 21) on the base plate (30, 30 ') comprises that the magnet holder (19, 22) is designed so that it can be inserted into the front retaining groove (20), that the magnet holder (19, 22 ) consists of a plastic, and that the magnet holder (19, 22) is integrally formed. 11. wall-shaping system according to claim 10, characterized in that the magnet holder (22) of the Eckhalterungen (16, 16 a-d) an L-shaped base plate (30) each having two mutually perpendicular, guide portions (31, 32) have, with which they in the front Retaining grooves (20) of the colliding legs at the corners (10a-d, 10b ') are inserted. The wall-forming system according to claim 10, characterized in that the magnet holders (19) of the intermediate brackets (17, 17a-d) have a base plate (30 ') adapted to the front support groove (20) and into the front support groove (20) can be inserted. 13. wall-shaping system according to claim 4, characterized in that the legs (10a-d, 10b ') at the corners of the frame (10, 10') are mitred, and that the legs (10a-d, 10b ') in the corners by mounting bracket (15a-d) are interconnected. 14. wall-shaping system according to one of claims 9 to 12, characterized in that on the back of the decorative plate (11) means (25, 25a-h) are provided, which in cooperation with the magnets (18, 21) in the corner brackets (16, 16a-d) and intermediate brackets (17, 17a-d) create an attractive force between the frame (10, 10 ') and plate (11). 15. Wall-shaping system according to one of claims 1 to 14, characterized in that on the front side (12) of the frame (10, 10 ') spaced from the outer edge of the frame (10, 10') spacing means (24) are so that on the frame (10, 10 ') resting decorative plate (1 1) has a uniform distance from the front side (12) of the frame (10, 10') and forms a shadow gap (39). 16. wall-shaping system according to claim 15, characterized in that the spacing means comprise a on the front side (12) of the frame (10, 10 ') encircling profile projection (24). Wall forming system according to one of claims 1 to 16, characterized in that on the inside of the frame (10) means (14, 14a-d; 23; 35) for fixing the frame (10) to a flat surface , in particular a wall, are provided. 18. wall-shaping system according to claim 17, characterized in that the fastening means comprise a on the inside of the frame (10) encircling, angled in profile fastening strip (23) and one or more fasteners (14, 14a-d), which can be connected to the surface or wall and with a hook part (27) behind the fastening strip (23) engage. 19. Wall-shaping system according to claim 14, characterized in that the means on the back of the decorative plate (11, 11 ad) in the corners or at the edges of the decorative plate (10) arranged Metailplättchen (25, 25a-h) cooperating with the magnets (18, 21) on the frame (10). 20. Wall-shaping system according to one of claims 1 to 19, characterized in that the decorative plate (11) at least one support plate (40, 43, 44, 48), which with a decorative layer (41, 42, 45 , 49) is combined. 21. wall-shaping system according to one of claims 1 to 16, characterized in that the frame (10 ') on the front side (12) and the back (13) is formed similar, such that on the front side (12) and / or on the back (13) decorative plates (11, 11 ') can be releasably secured. 22 wall-shaping system according to claim 21, characterized in that the frame (10 ') is part of a freestanding wall, in particular a partition wall or partition. 23. wall-shaping system according to claim 21 or 22, characterized in that the frame (10 ') comprises a plurality of individual legs (10 b'), which are interconnected, that the frame (10 ') in is closed and has the shape of a rectangle, in particular a square, that the legs (10b ¹ ) of the frame (10 ') are similar, that the legs (10b ¹ ) consist of an extruded profile, in particular aluminum, and that the legs (10b ') on the front side (12) and on the back (13) each have a retaining groove (20, 20') designed as a profiled groove, in which retaining means (16, .., 22, 16a ') for detachable mounting the decorative plate (11, 11 ') are housed. 24. wall-shaping system according to claim 23, characterized in that the holding means (16, .., 22, 16 a ') each one Magnetic holder (19, 22) and a magnet (18, 21) arranged on the magnet holder (19, 22). 25 wall-shaping system according to one of claims 21 to 24, characterized in that spaced on the front side (12) and on the back (13) of the frame (10 ') from the outer edge of the frame (10') spacing means ( 24 ') are arranged so that on the frame (10') resting decorative plate (11, 11 ') has a uniform distance from the front (12) and / or back (13) of the frame (10') and a Shadow joint (39, 39 ') forms, and that the spacing means one on the Front (12) and on the back (13) of the frame (10 ') encircling profile projection (24, 24').