DE102012111019A1 - Turning panel system, has panel top including first surface profile and panel bottom including second surface profile, which is different from first surface profile, where panel is uniformly formed from one piece material - Google Patents

Abstract

The system has a set of panels (1) for mounting at walls, ceilings or floors. Each panel includes a top (2) and a bottom (3). A spring (8) is formed at a side edge of each panel, and a groove (7) is formed at another side edge (10). The groove and the spring are coupled to one another over two panels. The top of each panel includes a first surface profile (4) and the bottom of each panel includes a second surface profile (5), which is different from the first surface profile, where respective panels are uniformly formed from one piece material.

Description

The present invention relates to a reversible panel system consisting of a plurality of individual panels, each individual panel having an upper side and a lower side, according to the features in the preamble of claim 1.

In the field of interior design or in the design of exhibition stands, it is common that panels or panel systems are used to give floors, ceilings or walls a desired appearance.

The DE 100 64 280 C1 discloses a plurality of panels which are positively connected to each other via a tongue and groove connection, so as to make a visually appealing surface. The materials used here are preferably made of wood or a wood material, metal or plastic. It is furthermore known that these panels or panel systems can additionally be provided with a pattern which is introduced into the structure of the panels by a shaping method and thus produces a one-sided profiled surface. The combination of several such plates makes it possible to create a wall or a wall covering, which has a novel surface.

Furthermore, it is possible to mount the resulting by the combination of several plates walls or panels by means of suitable fasteners on designated support structures. This support structure is exemplified by roof beams on which the individual plates can be fixed by means of clips, screws or nails or an adhesive attachment. Although the design possibilities of the plate can be extended by brushing or painting, in principle it is limited to a structured surface.

Also the EP 1 867 796 B1 describes a composite panel for interior work. In this case it is possible to provide the composite panel both with an insulating layer and to design a surface of the panel in such a way that it is not necessary to treat this surface otherwise in order to produce an attractive visible surface. To allow attachment of the composite panel to a wall, the composite panel is provided with a backing layer into which screws or nails can be inserted to facilitate attachment to wall hangers. Again, it is assumed that a plate which is only provided on one side with a decorative layer, so as to be able to make interiors variable.

Furthermore, this composite panel is made of a plurality of layers to be pressed together, wherein only the support layer is formed of an MDF board.

The GB 2 423 316 B discloses a design possibility of a roof panel. This roof panel finds its use mainly in flat roofs and has both an inner and an outer cover layer, which limit an insulating material. Furthermore, the outer cover layer is provided with a membrane, which makes it possible that the roof panel can be made waterproof. The attachment of the individual roof panels with each other by a screw, wherein a thin tab of a first roof panel overlaps overlapping on a second roof panel and bolted there to the second Dachpaneel. In order to additionally fasten the individual roof panels to a substructure, a second, longer screw is screwed into the first roof panel and connected to the substructure. Subsequently, it is possible to completely cover both screw connections by considering a second tab. In this case, the connection of two panels is always made possible by the use of two screws, each having widely differing dimensions.

Starting from the prior art, the object of the present invention is to provide a panel system, which consists of several individual panels and is suitable for mounting on walls, ceilings or floors and thereby allows easy installation, is inexpensive to produce and a great design option provides.

This object is achieved by the invention with the features of patent claim 1.

Advantageous embodiments are part of the dependent claims.

Accordingly, a turning panel is shown, which comprises at least two individual panels, which can be coupled together via a tongue and groove connection. According to the invention, the individual panels are designed in such a way that both the upper side and the lower side have two different surface profiles from each other. The surface profiles which give the upper side and the lower side a desired shape can be defined here depending on the desired design. It can be both a smooth or even surface profile, but also a profiled surface profile. In the case of the profiled surface profile, this is preferably pronounced by a waveform or a rectangular shape, which is located both between the two short sides of the Panels can extend as well as between the two long sides of the panel and in another variant at an arbitrary angle to the side of the panel. Furthermore, it is possible to additionally provide such a surface profile with a structure surface, which allows further design variants.

The structural surface of the surface profiles has, for example, a pattern which is modeled on a rough-skin pattern of a wallpaper or imitates the pattern or structure of a wooden beam or the like.

Another aspect of the present invention is that each individual panel of the reversible panel system is formed in one piece and of the same material. By this measure, it is possible to provide a turning panel system available, which can be produced inexpensively and by a two-sided use allows a high degree of design flexibility.

Such a manufacturing method provides that the material of the panel, which may be in a solid, mushy or liquid form, is introduced into a pressing device and then pressed into a panel with the introduction of force and heat. The process steps of heating and compression remove moisture from the material and produce the final shape or specification of the panel.

Thus, another aspect of the invention is that the interior of the panel is formed by a middle layer extending in the region of the central longitudinal plane of the panel, wherein the middle layer has a higher density than the adjoining outer layer, which is up to the Can extend the top and / or bottom of the panel.

By constructing the panel in layers of different density, it is possible to produce a capillary effect on the top side or the bottom side, which has a positive effect on the spreadability of the panel. When applying paint or lacquer to the surface profile of a panel and the capillary effect occurring due to the lower density, it is possible to prevent the formation of so-called noses. The applied paint penetrates into the outer layer, whereby the panel receives its inherent rigidity through the middle layer. If the mentioned capillary effect is not sufficient that the formation of noses is prevented, it is additionally conceivable that the surface profile of the top and / or the underside is already provided during the production with a primer, the adhesion or absorption of colors or Paints on the panel improved.

In the context of the invention, however, it is also possible for a respective panel to have a density at the surfaces which is higher than in the product center or in the interior of the panel. In particular, this is produced by a conventional pressing process.

In the case of a subsequent machining machined rough and / or porous or smooth surfaces can be produced. These effects can be adjusted specifically by varying the feed rates and / or the number of revolutions of the cutting tool or profiler. In particular, in MDF, HDF, chipboard surfaces or natural wood surfaces surfaces can be smoothed specifically by friction heat during processing or produced by modification of the tools and their directions also targeted rough.

If the surface is shaped by subsequent structuring compression of a wood-based panel, the surface smoothness or roughness can also be achieved in a targeted manner by appropriate choice of the press-molding surface and pressing temperature.

Depending on the application, the order of a primer on the top and / or bottom is useful. Advantageous is the use of a liquid primer that is sprayed, rolled or gerkeltelt. In this case, primers can be dissolved in solvents or used in water or mild to medium-boiling solvents or as reactive primers. The purpose of a primer is to facilitate later painting, to improve the adhesion of subsequent layers or to achieve visual or aesthetic effects.

In principle, different process steps are conceivable in the application of a so-called primer. The primer can be introduced in a liquid form in the likewise liquid matrix of each panel and be pressed during the manufacturing process with the material of the panel. In addition, it is conceivable that the primer is applied in the form of a laminate to the already prefabricated panel and is pressed in a further process step with the panel so as to allow an optically invisible transition between the panel and the primer.

In a further embodiment of the present invention, it is possible that the surface profile of the upper side is designed in the form of waves. Here, the waveform extends from a side edge of the panel to the latter opposite margin. The shape of the corrugations is further adapted to form an uninterrupted transition on two coupled panels. The characteristic of the wave in the form of amplitude and frequency is freely selectable here. Furthermore, it is conceivable that the propagation direction of the shaft can be varied. Thus, it is conceivable that the shaft extends from a short side of the panel to the opposite short side of the panel or extends from one long side of the panel to the opposite long side of the panel. Furthermore, it is conceivable that the surface profile also extends at an arbitrary angle between 0 ° and 90 ° to a side edge over the surface of the panel, without interrupting the pattern in adjacent panels.

Another aspect of the present invention is that the surface profile of the underside is formed by spaced-apart, rectangular elevations. Even with the rectangular elevations, it is conceivable that the pattern extends from a short side of the panel to the opposite short side of the panel or from one long side of the panel to the opposite long side of the panel. As with the waveform, the surface profile may also extend at any angle between 0 ° and 90 ° from one side to an opposite side of the panel. Even with the surface profile of the underside, it is possible to produce a recurring pattern without directly visible interruptions via two panels coupled to each other.

In a further embodiment variant of the present invention, it is also possible that variously pronounced surface profiles of the top and / or bottom are combined with each other. It is conceivable that all possibilities of expression of the surface profiles are combined with each other. Thus, in a first embodiment, it would be conceivable that a flat or smooth surface profile of a first panel is combined with the wave-shaped surface profile of a second panel. The second embodiment variant provides that a smooth or even surface profile of a first panel can be combined with a rectangular surface profile of a second panel. By combining the first embodiment with the second embodiment, the combination of a first panel with a wave-shaped surface profile and a second panel with a rectangular surface profile results mutatis mutandis.

If the surface profiles are available in a further design form, it is additionally possible to join them together in a desired combination and thus to produce new design variants of the reversing panels.

The design of the surface profiles of the top and bottom are not limited to these two geometric figures. It is quite conceivable that the surface profiles are formed by other geometric figures, such as lines, rods, intersections, diamonds, squares or other forms which are free of undercuts.

In a further embodiment of the present invention, it is possible that the surface profiles of the top and / or the underside are formed not only by a pressing, but can also be worked out by a machining process of a solid material. The machining is carried out by means of a continuous process, wherein the surface profile of the top and / or bottom are formed, for example, by milling or hobbing processing steps. Even when using machining steps, it is quite possible to introduce the design of the surface profiles, which are undercuts, in the starting material.

Another aspect of the invention is that the mounting of the panels on a substrate is realized by holding clips. In this case, the retaining clips engage in the groove or the spring connection and are to be used by the configuration of the connection for both sides of the panel. The two-sided use of the clips is made possible by the fact that the configuration of the tongue and groove connection is mirror-inverted on two opposite sides of the panel. By this mirror-inverted arrangement, it is possible that the clips, regardless of the orientation of the actual panel, receive an intervention possibility on both surface sides. In addition, the respective maximum elevations of both surface profiles at the same distance from the central longitudinal plane. The fixation is realized in that the recess in the spring serves as a breakpoint and that a second breakpoint is formed by a maximum increase in the surface profile. This guarantees that the clips can be fixed in two places in each mounting position. By introducing the mentioned retaining clips, the panel is spaced from the ground and created the possibility to attach the panel via the retaining clip to a substrate. But it is also conceivable that the panel rests directly on the ground and then connected via the clips with this.

The mounting options of the mentioned panel are not limited to the retaining clips, but can also be realized by screws. In this case, the screws pass completely through the spring of the tongue and groove connector and connect the panel to the ground without the need for further means for spacing. The maximum elevations of the surface profiles, which are respectively pronounced on the opposite side of the recess, take over the function of a spacer, whereby it is possible to save a separate spacer. The spring does not accidentally break off when the spring is tightened too much. In addition, the screw is not visible covered in two coupled panels by the design of the tongue and groove connector. The substrate on which the reversible panel system is mounted, can be realized by a framework framework, a battens, a wall surface or even similar, flat and sufficiently deep surfaces.

In a further embodiment of the present invention, it is conceivable that a region of the surface profile is formed on the back of the tongue and groove connection, which is defined by a wave crest or a maximum height of the rectangular elevation. By this configuration, both the spacing of the panel realized by the mounting surface and prevents tearing of the screws from the tongue and groove connection.

In a further embodiment of the claimed turning panel system, each side edge of a panel consists of a groove and a spring, wherein the groove is at least partially bounded by the spring. The opposite side edge of the panel is arranged mirror-symmetrically, so that tongue and groove of two panels, wherein the panels have a uniform surface profile, are plugged into one another. This guarantees that even inexperienced fitters always place the reversible panel system in the correct orientation and / or couple with each other. This can be tedious reconstruction or even possible damage caused by the improper assembly of two panels can be prevented.

In a further embodiment, the reversible panel system consists of a recycled and / or recyclable natural material, wherein preferably an MDF material or another, based on a wood-based material is used here. Furthermore, particularly preferably, HDF can also be used as a wood-based material. In a further embodiment variant of the present invention, the use of real wood in the form of real wood panels or the like is also conceivable.

In order to produce a panel according to the invention, the base material is placed in a pressing device and then pressed. If the material is based on a wood, it is preferably a material in liquid or pulpy form. This is also filled in the pressing device and then pressed. In addition, the material can be reinforced on request by the customer before or during the pressing process by glass fiber, so as to possibly increase the rigidity or strength and thus the resistance to breakage of the turning panel. On the one hand, the choice of the natural material makes it possible to produce cost-effectively; on the other hand, permanent producibility can be ensured by the ever-growing supply of raw materials.

In a further embodiment, the surface profile of the upper side and / or the underside, in addition to the undercut-free geometric figures, may have an additional structural surface which serves to imitate, for example, woodchip wallpaper or other textured surfaces, thereby rendering unnecessary wallpapering unnecessary. In the case of an additional embodiment of a structure surface, it is also conceivable that the surface profile is provided with other shapes. These may include, among other ornaments, reliefs or beam structures that extend the surface profile with its additional structure and thus provide a great freedom of design of the reversing panel system.

In a further embodiment of the claimed invention, it is conceivable that by the nesting of at least two superimposed layers of panels, a component, in particular a wall, is formed, which has a double wall thickness. In this case, the layers are oriented in such a way that in each case the surface profiles of the upper sides or the surface profiles of the lower sides engage in one another in a form-fitting manner. By this arrangement, a slipping of the panels is additionally prevented against each other. Furthermore, the panels can be screwed together, glued or glued together. A combination of screwing with gluing or gluing is conceivable, which has an increased connection of the panels result.

The possibility of placing two panels against one another in a form-fitting manner is not limited to the design of a wall with double wall thickness. It is also conceivable that this creates a storage system, which can also be used for the transport of the panels. By the respective interlocking of the identical surface profiles of the top or bottom can be prevented from sliding against each other, the panels. Here, the surface profiles can be arranged congruent as well as offset from each other. The offset is defined here by the choice of the surface profile and can be variably realized up to half a panel width. This makes it possible to reduce the number of necessary safety devices for transport, such as tethers, slips or the like, and so to reduce the cost level. The principle of the positive juxtaposition of two panels is not only limited to the transport, but can also be applied to a general storage of the panel.

Further advantages, features, properties and aspects of the present invention will become apparent from the following schematic description of the figures. This is for easy understanding of the invention. Show it:

1a and b a panel and the connection between tongue and groove;

2a to e different schematic combinations of two panels and

3a to c different designs for the positive juxtaposition of two panels based on their respective surface profiles.

1a shows the panel 1 in a preferred embodiment. The panel 1 is mainly due to its top 2 and its bottom 3 Are defined. The top 2 is in this embodiment by a surface profile 4 in waveform and the bottom 3 through a surface profile 5 represented by rectangular elevations. Furthermore, it is shown that the surface profile 4 both by a wavelength W and by an amplitude A and the surface profile 5 is defined by the height H1 of the rectangular elevations and the distances between two rectangular elevations d1 and d2. The amplitude A of the waveform and the height H1 of the rectangular elevation are in this case by the distance to the central longitudinal plane 6 equal.

Furthermore, it can be seen that with respect to the left side of the image plane, a groove 7 and a spring 8th as well as a recess 9 on the left margin 10 of the panel. This arrangement of groove 7 , Feather 8th and recess 9 is located on the opposite right side edge 10 in a mirror-symmetrical arrangement, since the two panels can interlock and a continuous, invisible connection is made. The recess 9 serves on both sides for attaching fixing elements, which are not shown here.

1b shows in sections two panels in the coupled state. Here is the spring 8th the right panel 12 so in the groove 7 of the left panel 11 in that there is a positive contact in which the surfaces abut each other. This also applies to the engagement of the spring 8th of the panel 11 in the spring 7 of the panel 12 , Also the interface 15 between the two panels is thereby formed positively. In the field of surface profiles 4 . 5 form the connection points 13 . 14 a nearly complete connection and thus a transition between the surface profiles 4 . 5 of the panel 11 and the panel 12 out, which is not directly visible. As a result, the transition of the surface profiles is optically generated and the waveform or the rectangular shape of two nested panels appears consistently.

2 shows combinations of a first panel 11 and a second panel 12 ,

To show 2a and 2 B the use of the surface profile 4 the top 2 as visual or useful side.

2a shows an example of the coupling of two panels 11 . 12 along her short sides 16 , It can be seen that it is in the connection of two panels 11 . 12 about her short side 16 to an uninterrupted continuation of the surface profile 4 the top 2 the panels 11 . 12 comes. This is made possible by the fact that the surface profile 4 the top 2 , which has a defined and repetitive course through the production, is designed as a continuous wave.

The 2 B also shows the coupling of two panels 11 . 12 along their long sides 17 , Also with the combination of the long sides 17 Is it possible a continuous pattern of surface profile 4 the top 2 to create. This will be in the area of the connection point 13 the top 2 clarified because here by the design of the surface profile 4 as it already is in 1 was described by the gapless interlocking groove 7 and spring 8th to a continuous transition between the two panels 11 . 12 comes.

2c and 2d also show the coupling of two panels 11 . 12 , Here the coupling of the panels takes place 11 . 12 along the short side 16 according to 2c and along the long sides 17 according to 2d using the surface profile 5 the bottom 3 as visual or useful side. This will cause the double-sided use of the panels 11 and 12 clarified.

2e shows in addition the coupling of two panels 11 . 12 along the long side 17 using the surface profile 4 in combination with the surface profile 5 as visual or useful side.

Also when using the surface profile 5 the bottom 3 it is by the nature of the junction 14 possible, an optically uninterrupted transition between two panels 11 . 12 manufacture.

It is in the 2a and 2 B respectively. 2c and 2d each around the same panels 11 . 12 , The presentation differs here only by the use of a different surface profile 4 . 5 as visual or useful side. By the method of manufacturing such a panel, it is possible to enable this double-sided use.

It is therefore possible that in each propagation direction, an optically imperceptible transition between individual panels is created and so the overall impression of a continuous pattern is done.

This optically imperceptible transition can also be produced with a combination of different surface profiles. So would be a combination, as in 2e is described possible. In this case, a surface profile with a rectangular shape is combined with another surface profile with a wave-like shape, without an optical transition being discernible. Furthermore, it would be possible to combine this combination in alternating combinations. One conceivable embodiment method would be to combine two surface profiles with a wavy design with a surface profile with a rectangular design.

Furthermore, a combination of different panels is conceivable, wherein only one panel has a surface structure and the other panel has a smooth or even surface profile.

The 3a to c show several possible combinations of a first panel 11 with a second panel 12 , wherein the panels are stacked on top of each other.

The arrangement in 3a can be used, for example, in the case of transport or storage. In the 3b and c shown arrangements are preferably used for the use in the formation of a device which results from the coupling of two panels used.

3a shows the coupling of a first panel 11 with a second panel 12 , both panels 11 and 12 each with their surface profile 4 the top 2 lie on one another. Due to the configuration of the waveform, it is possible that the amplitude A of the waveform engages the wave trough T of the waveform and thus prevents slippage of the panels both along the longitudinal and along the transverse axis. Furthermore, it can be seen that the surface profile 5 the bottom 3 with a structure surface 18 is provided, which shows an additional way to make a panel. This is also for the surface profile 4 the top 2 conceivable.

3b shows an alternative embodiment for the design of walls or for storage and transport. Here are two panels 11 . 12 again over the surface profile 4 the top 2 coupled together. This happens in 3b however, under an offset V, which causes the recesses 9 the respective panels are freely accessible and so attachment to a Rahmenständerwerk or a battens is possible.

3c shows the coupling of a first panel 11 with a second panel 12 over the bottom 3 the respective panels. Again, it can be seen that the height H1 of the rectangular elevation engages the height H2 of the rectangular elevation, which also prevents slippage both along the longitudinal axis and the transverse axis. Also the coupling of a first panel 11 with a second panel 12 over the bottom 3 is possible with an offset V, whereby an eventual slippage of the panels 11 . 12 can be reduced or even prevented.

LIST OF REFERENCE NUMBERS

1

paneling

2

Top to top 1

3

Bottom to 1

4

Surface profile too 2

5

Surface profile too 3

6

Central longitudinal plane

7

groove

8th

feather

9

recess

10

Margin to 1

11

first panel

12

second panel

13

Connection to 2

14

Connection to the 3

15

interface

16

short page

17

long page

18

textured surface

A

Amplitude of the waveform

d1

Distance between two rectangular elevations

d2

Distance between two rectangular elevations

H1

Height of the rectangular elevation

H2

Height of the rectangular elevation

T

Wave valley of the waveform

V

Offset between 11 and 12

W

Wavelength of the waveform

X

X-direction

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 10064280 C1 [0003]
• EP 1867796 B1 [0005]
• GB 2423316 B [0007]

Claims (16)

Reversible panel system comprising several panels ( 1 ) for mounting on walls, ceilings or floors, each panel ( 1 ) an upper side ( 2 ) and a bottom ( 3 ) and at least one side edge ( 10 ) a feather ( 8th ) and on a side edge ( 10 ) a groove ( 7 ), wherein at least two panels ( 1 ) over the respective groove ( 7 ) and the respective spring ( 8th ) are coupled to each other, characterized in that the top ( 2 ) of each panel ( 1 ) a first surface profile ( 4 ) and the underside ( 3 ) of the panel ( 1 ) a second surface profile ( 5 ), which of the first surface profile ( 4 ) is different and that in each case a panel ( 1 ) is integrally formed and material uniform. Turning panel system according to claim 1, characterized in that a panel ( 1 ) at the top ( 2 ) and / or the underside ( 2 ) has a density which is less than the density inside the panel ( 1 ), or that a panel ( 1 ) at the top ( 2 ) and / or the underside ( 2 ) has a density which is greater than the density inside the panel ( 1 ), wherein in particular a middle layer in the region of a central longitudinal plane ( 6 ) of the panel ( 1 ) and then an outer layer up to the top ( 2 ) and / or to the underside ( 3 ) is trained. Turning panel system according to one of the preceding claims, characterized in that each panel ( 1 ) is paintable or paintable, in particular due to the lower density of the top ( 2 ) and / or the underside ( 3 ) of the panel creates a capillary effect of the applied paint or varnish. Turning panel system according to one of the preceding claims, characterized in that the surface profile ( 4 ) of the top side ( 2 ) and / or the surface profile ( 5 ) of the underside ( 3 ) is provided with a primer. Turning panel system according to one of the preceding claims, characterized in that the surface profile ( 4 ) of the top side ( 2 ) and / or the surface profile ( 5 ) of the underside ( 3 ) is designed plan and / or provided with a geometric depression. Turning panel system according to one of the preceding claims, characterized in that the surface profile of the upper side ( 2 ) and / or that the surface profile ( 5 ) of the underside ( 3 ) is pressed and / or machined, in particular by milling or planing. Turning panel system according to one of the preceding claims, characterized in that the first surface profile ( 4 ) is formed as a waveform and the waveform from a side edge ( 10 ) of the panel ( 1 ) up to the opposite side edge ( 10 ) such that the course of the shaft of at least two coupled panels ( 1 ) is continuous. Wendepaneelsystem according to any one of the preceding claims, characterized in that the second surface profile ( 5 ) has at least two spaced-apart rectangular elevations and the rectangular elevations in such a way from a side edge ( 10 ) of the panel ( 1 ) up to the opposite side edge ( 10 ) on the bottom ( 3 ) are distributed, so that at least two coupled panels ( 1 ) a recurring pattern of the second surface profile ( 5 ) is trained. Turning panel system according to one of the preceding claims, characterized in that for mounting the panels ( 1 ) are provided on a substrate holding clips, wherein the retaining clips engage in the tongue and groove connection and on both sides for the panel ( 1 ) are usable. Turning panel system according to one of the preceding claims, characterized in that for fastening a panel ( 1 ) on a substrate screws through the spring ( 8th ) are screwed, wherein the tongue and groove connector is formed such that the fixed with at least one screw to a substrate spring ( 8th ) of a groove ( 7 ) of a new panel to be laid ( 1 ) and the screw is not visibly covered. Turning panel system according to one of the preceding claims, characterized in that on the respective rear side of the spring ( 8th ) a spacer is formed by the surface profile, in particular a wave crest of the first surface profile ( 4 ) arranged at the level of the screw to be introduced and / or a rectangular elevation of the second surface profile ( 5 ) arranged from the height of the screw to be introduced. Turning panel system according to one of the preceding claims, characterized in that on each side edge ( 10 ) a groove ( 7 ) and a spring ( 8th ) are formed, wherein the groove ( 7 ) of a panel ( 1 ) at least in sections of the spring ( 8th ) and the one on the panel ( 1 ) opposite margin ( 10 ) a mirror-symmetrical arrangement of groove ( 7 ) and spring ( 8th ), so that two panels ( 1 ) are plugged into one another with a uniform surface profile. Turning panel system according to one of the preceding claims, characterized in that each panel ( 1 ) is formed by a recycled and / or recyclable natural material, wherein the natural material is preferably formed from real wood and particularly preferably from MDF or HDF. Turning panel system according to one of the preceding claims, characterized in that the first surface profile ( 4 ) and / or the second surface profile ( 5 ) have a textured surface. Turning panel system according to one of the preceding claims, characterized in that by at least two layers of nested mats ( 1 ), a component, in particular a wall, is formed, wherein the layers in each case with the first surface profile ( 4 ) or the second surface profile ( 5 ) lie positively against each other. Turning panel system according to one of the preceding claims, characterized in that for transporting the profiles in each case two adjacent panels ( 1 ) with their first surface profile ( 4 ) and the following panel ( 1 ) with the second surface profile ( 5 ) on the outer second surface profile of the first two panels ( 1 ) rests.

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