DE102011051847A1 - Preparing panels, by dividing a printed decorative layer into individual decorative strips, applying the layer on a base plate, and pressing the layer together with the base plate under influence of pressure and heat to form a laminate - Google Patents

Abstract

The method comprises dividing a printed decorative layer (3) into individual decorative strips (13), applying the decorative layer on a base plate (2), pressing the decorative layer together with the base plate under influence of pressure and heat to form a laminate, separating the laminate into individual panel blanks, and outlining the individual panel blanks at two longitudinal edges lying opposite to form coupling units. The decorative strips are arranged at a distance (1-10 mm) from one another on an individual base plate. The method comprises dividing a printed decorative layer (3) into individual decorative strips (13), applying the decorative layer on a base plate (2), pressing the decorative layer together with the base plate under influence of pressure and heat to form a laminate, separating the laminate into individual panel blanks, and outlining the individual panel blanks at two longitudinal edges lying opposite to form coupling units. The decorative strips are arranged at a distance (1-10 mm) from one another on an individual base plate. The decorative strips divided by the decorative layer are provided before or after its arrangement on the base plate with a resin. An undivided decorative layer is provided before or after application of the decoration with the resin. A paper or a non-woven fabric is used as a material for the decorative strips. An interfacial layer is arranged between the base plate and the individual decorative strips. The interfacial layer is applied, before the arrangement of the decorative strips, either on the undivided decorative layer or on the base plate. The decorative strips and the undivided decorative layer are partially or completely soaked with the resin. A structure is partially introduced in a surface of the decorative strips facing away from the base plate during the pressing step. The structure is partially introduced, during the step of pressing the laminate, in a side of the base plate facing toward the decorative strips.

Description

The invention relates to a method for producing a panel for use as a floor, wall or ceiling covering according to the preamble of patent claim 1.

The surface design of rooms is often done by easy-to-install panels, which are composed of a flat juxtaposition of equipped with a decorative layer panels. In combination with a smooth or structured surface, this creates the overall visual impression of the areas to be covered. In addition to single-color or fantasy-themed decorative layers, they often feature natural materials such as wood or ceramic coverings.

In order to enable a two-dimensional composite, the individual panels are equipped with a peripheral profiling, which allows the formation of a tongue and groove connection coupling several panels together.

The structure of such a panel is based in a known manner on a base plate and arranged on the base plate decorative layer, such as the DE 102 20 501 B4 disclosed. The base plate itself is predominantly made of wood or a wooden material, while the existing decorative layer of paper only serves as a thin support for the respective decor. For example, to increase the resistance of a walk-in floor panel, this can be provided to its visible surface with an overlay. In other words, the decorative layer thus receives a mostly transparent protective layer, which protects the printed decor carrier, more precisely, the printed paper effectively against mechanical damage. The individual layers are factory-pressed together under the influence of pressure and heat to a laminate.

The decorative layers used are first printed in the rotary printing process with the desired decor. In order to enable the most economical method of production, correspondingly large base plates are used, which are significantly larger in terms of area than a panel. In particular, the width of the base plate is a multiple of the width of the individual panel, so that after a single pressing operation several panel blanks can already be separated from each other. Both the decorative layer and the protective layer are also adapted to the dimensions of the base plate. After the department of the panel blanks these are each contoured on at least two opposite longitudinal edges in the form of tongue and groove, which serve as a coupling means in the later installation of the finished panels with each other.

The printing cylinders which transfer the decoration to the backing paper are designed in such a way that the unavoidable "waste" is already taken into account in the separation into individual panel blanks. This results from the strength of the tool used for the separation and the width required for the contouring. It must be ensured that the finished panels give a harmonious decoration when coupled.

Especially with such decorations, which require a precise approach to their course to the subject of the adjacent panel, a correspondingly precise design of the printing cylinder is required. For example, the depiction of a 2 or 3-strip parquet floor as a decoration poses special challenges for the synchronization of the decorative layer and the waste. Even small deviations mean that the decor in the installed state of the panels in the joint area has unnatural jumps or shifts and thus destroys the overall qualitative impression.

Especially when using decorative layers impregnated with a resin, the growth or shrinkage of the backing paper that is usually associated with it must be expected, so that a printing cylinder manufactured for printing decorative layers that are not to be impregnated can not also be used for decorative layers to be impregnated. Against the background of constantly changing decors, this results in a considerable qualitative and quantitative effort for the production of such printing cylinders. In addition, the decor development is correspondingly complex, which must be adjusted in each case taking into account the separation and profiling losses in combination with any growth or shrinkage of the respective backing paper.

Thus, the above-mentioned production of panels still offers room for improvement.

The present invention is based on the object to improve a method for producing such a panel in that this can be carried out more economically.

The solution to this problem consists according to the invention in a method for producing such a panel according to the features of claim 1.

• – Bereitstellen einer Grundplatte;
• – Auflegen einer mit einem Dekor versehenen Dekorschicht auf die Grundplatte;
• – Verpressen der Dekorschicht zusammen mit der Grundplatte unter Einfluss von Druck und Wärme zu einem Laminat;
• – Auftrennen des Laminats in einzelne Paneelrohlinge;
• – Konturieren der einzelnen Paneelrohlinge an wenigstens zwei sich gegenüberliegenden Längskanten zur Ausbildung von Kopplungsmitteln.

Hereinafter, a method of manufacturing a panel for use as a floor, Wall or ceiling covering, which comprises the following steps:

• - Providing a base plate;
• - Applying a decor provided with a decorative layer on the base plate;
• - Pressing the decorative layer together with the base plate under the influence of pressure and heat to a laminate;
• - separating the laminate into individual panel blanks;
• - Contouring of the individual panel blanks on at least two opposite longitudinal edges to form coupling means.

In the present case, a decorative layer is understood to be a coherent decorative carrier which has, at least in regions, a printed decoration. Preferably, the decor is applied to one side of the decor carrier.

According to the printed decorative layer is first divided into individual decorative strips before placing them on the base plate. In other words, the decorative layer is hereby cut into uniform strips. This can be done for example by a cutting process or by punching. The cutting process can be carried out, for example, by means of a circular-arc knife, a paper cutter or using lasers. Following the splitting of the decorative layer, the decorative strips thus obtained are arranged at a defined distance from each other on the base plate. As a result, the decorative strips applied to the base plate have a predetermined free space between them.

The particular advantage lies in the now possible use of one and the same printing cylinder both for to be impregnated and not to be impregnated decor carrier, more detail decorative layers. If any growth of the decor carrier is to be considered, this flows into the abzuteilende width of the respective decorative strip. In this case, the decor development is significantly simplified, as this only the possible resulting from the cutting tool used losses must be considered and the edge-side transition of the decoration in the adjacent motif can not be changed by a growth of the backing paper. In addition, the sometimes large profiling loss, in which a plurality of strips of the decorative layer otherwise disposed on the base plate in the usual way, are removed unused, in particular during the subsequent processing of the longitudinal edges.

If necessary, a protective layer can be applied to the decor layer already arranged on the base plate, more precisely the individual decorative strips. The protective layer serves to increase the resistance of the decorative layer, more precisely the individual decorative strips, to mechanical stress. In particular, when using the panel as a floor covering, a correspondingly high utilization class can thus be achieved. Of course, in addition to its mechanical protective effect, the protective layer may also have properties that go beyond that, such as an increase in the UV resistance of the decoration. In addition, a tinting effect of the protective layer is conceivable.

Furthermore, the protective layer may also already be applied to the decorative layer before it is placed on the base plate. In this case, the protective layer is applied to this after the printing of the decor carrier and so used as a decorative layer on. The protective layer can in principle be in liquid or film-like form and applied with appropriate application techniques. In particular in the form of a coherent layer, it can first be applied to the decorative layer and at the same time be drawn onto the base plate with it.

Overall, the protective layer may also contain antiabrasive materials to increase overall resilience. For example, individual particles, in particular corundum, are conceivable.

Advantageous developments of the basic concept of the invention will become apparent from the features of the dependent claims 2 to 13.

The distance to be maintained between the individual decorative strips is from 1.0 mm to 10.0 mm, depending on the design of the marginal profiling and the tool used for the separation. In principle, the distance can also be from 1.0 mm to 12.0 mm or from 1.5 mm to 15.0 mm. In the method known in the art, panel dimensions are usually used in relation to their width of 120 mm to 300 mm. For example, from a base plate of 2,070 mm wide, from 6 to 16 panel blanks can be obtained.

To illustrate the resulting advantage, as an example of an embodiment, 10 panel blanks can be made side by side from a 2070 mm wide baseplate. The remaining after the separation and profiling width of the individual panel is then, for example, 198 mm. Assuming that a total of nine cuts are required, can be saved with the new method, for example, about 90.0 mm width of decorative layer per pressing process be, thereby reducing the manufacturing cost due to the lower required dimensions of the decorative support to be used, in more detail decorative layer.

As a result, a significantly higher yield is achieved with the lowest possible scrap compared to the decorative layer. In this case, the decorative layer can be reduced in size, for example, or the dimensions of the base plate can be increased accordingly.

In principle, the inventive method is also suitable for the production of laminates for furniture parts, such as fronts or carcase elements of kitchen furniture.

Preferably, the decorative strips separated from the decorative layer are provided with a resin. The resin used is preferably an aminoplast. In principle, a mixture of aminoplasts and polyurethanes, preferably prepolymers is conceivable. Preferably, this creates a heat and pressure activatable and / or reactivatable resin system. The resin system can also be formed from renewable non-mineral oil-based raw materials, such as resins from waste of the sugar industry or linseed oils.

The Beharzung the decorative strips can be done, for example, before their arrangement on the base plate. Of course, the decorative strips can only be beautified when they are arranged on the base plate. Furthermore, the curing can also be done before department of the individual decorative strips by already the undivided decorative layer is provided as a whole with the resin.

The invention provides that a paper is used as the material for the decor carrier of the decoration. Accordingly, both the decorative layer and the respective decorative strips divided therefrom consist of paper provided with a decoration. The paper used for this purpose is based on cellulose, which is an important raw material for papermaking. Depending on the paper quality used, lignin and cellulosic wood can serve as the starting material. Depending on the required quality of the paper to be used, the lignin content can be removed in favor of the pulp.

Alternatively, the material of the Dekorträgrs may also be formed of a different material. For example, the decor carrier can also consist of a nonwoven, so that the decorative layer and the decorative strips divided therefrom are formed from a nonwoven fabric printed with a decor. The fleece gives the panel a high resistance to mechanical wear which may be greater than that of paper. The fleece layer acts like a reinforcement. The high resistance of a member provided with a nonwoven layer also has a very good impact resistance against impacting bodies as well as high resistance to scratching. The sometimes increased air permeability over paper has the advantage that an impregnation and subsequent impregnation of the nonwoven layer is facilitated with the resin. Along with this, the necessary compressibility of the laminate is also improved.

Another advantage lies in the high cover quality of the nonwoven layer, so that the superficial properties of the base body do not shine through. In principle, the nonwoven layer can also be dyed white or have an at least one-sided color coating which prevents or at least reduces a shine through of the main body. Depending on the embodiment, the coloring and / or the color layer may also have a different hue in order to harmoniously combine with the respective decor.

In addition, the nonwoven layer also reliably covers a possible undesired surface structure of the base plate, so that its through-penetration is prevented.

The nonwoven fabric is a textile fabric of individual fibers or filaments. Unlike paper, the individual fibers used are longer. In principle, wet laid nonwovens of short cellulosic fibers similar in length to paper can also be used. Unlike the paper, however, the nonwoven layer has no hydrogen bonds. The nonwoven layer used may be loosely connected fibers which are not yet joined together. The strength of the nonwoven layer is based on the fiber's own adhesion. The strength of the nonwoven layer can be influenced by work-up. Only the workup of the nonwoven layer leads to their solidification.

The nonwoven layer can be formed, for example, from a glass fleece or polyester. In principle, the nonwoven layer can also be formed from a combination of glass and polyester. The nonwoven layer may further be made of polyamide or polyethylene terephthalate (abbreviation: PET). In addition, a combination of polyamide and polyethylene terephthalate is conceivable. The fleece may contain fibers of different strength, in particular stiffening fibers of Kevlar or carbon may be incorporated into the fleece. In particular, in combination with a decor applied via a printing process, the nonwoven layer is particularly well suited for receiving the decor. Particularly advantageously, the nonwoven layer consists of endlessly spun filaments, which are processed without solvent and binder to the nonwoven layer. In the present case, filaments are understood to mean fibers having a very large length, which are also referred to as endless fibers due to their virtually unlimited length.

The arrangement of the nonwoven layer is not limited to a single layer, but may also be composed of several layers. The basis weight of the nonwoven layer is, for example, from 25 to 190 g / m ² . Advantageously, the basis weight of the nonwoven layer is from 70 to 160 g / m ² .

When using a glass mat, this may for example have a basis weight of 50 to 400 g / m ² , in particular from 100 to 200 g / m ² .

The nonwoven layer itself may be formed of artificial or natural materials and a combination thereof. Especially in the field of natural materials, all materials are conceivable which have a fibrous structure. The fibrous structure may consist of short and long fibers, which are arranged directionally or non-directionally. Advantageously, these include disordered and entangled thread molecules, such as wood fiber materials.

Depending on the requirement, the respective fleece can also be formed, for example, from flax or hemp. Furthermore, the fleece may also have nettle, which is obtained from the fibrous stems of stinging nettles. Furthermore, the use of other renewable raw materials in the form of oil flax, jute or sisal is conceivable.

For example, when using artificial materials, the nonwoven may include area wool based on synthetic fibers. In addition, a spunbonded based on polyesters is conceivable. The nonwoven may further be formed from polymeric plastics, for example from aramid.

In addition to the use of glass, the nonwoven may also be formed from other mineral fibers, for example mineral wool. Also conceivable is the use of animal fibers such as silk or wool. In addition to cotton as a vegetable fiber, chemical fibers made of natural or synthetic polymers can also be used to form the fleece.

In an advantageous development, at least one intermediate layer is arranged between the base plate and the individual decorative strips. The intermediate layer may be, for example, adhesive or paint as well as an insulating layer. In addition, a stabilizing fabric is conceivable as an intermediate layer. The intermediate layer may also be a conductive layer in terms of electrical conductivity.

In a first embodiment, the intermediate layer is already applied to the still undivided decorative layer, so that after its division, the individual decorative strips are already laid on the base plate with the intermediate layer arranged thereon. Alternatively, the intermediate layer can also be applied directly to the base plate before the individual decorative strips are placed on them. In special cases, the intermediate layer can of course also be applied in each case to the individual decorative strips before these or while they are placed on the base plate.

The property of the intermediate layer can range from rigid to yielding. Thus, for example, the intermediate layer may be designed to be yielding, which results in a damping characteristic of the finished interior fitting, in particular in combination with the resistant and insensitive to a change in shape layer of nonwoven.

In particular, when using the panel in the floor area this results in a very pleasant characteristic when walking, which manifests itself in particular in an improved acoustics and a softer gear. By an elastically configured intermediate layer, in particular, the feel of the panel can be improved, creating a high-quality character. In addition to the use of various plastics for the intermediate layer, this can also be formed, for example, from a natural material, in particular from cork. Thus, the damping characteristic of the intermediate layer can also be supplemented by their insulating effect.

The intermediate layer can be applied, for example, in a solid state. Of course, the intermediate layer can also be applied in a flowable, in particular liquid state, which then at least partially or completely solidifies. By solidification is meant a curing, which helps the respective intermediate layer to its final property.

With regard to the resin used, this can be applied on one side. The unilateral Beharzung can take place already on the decorative layer or only on the decorative strips divided therefrom. Preference is given to the decorative strips at least partially or completely impregnated with the resin. Of course, already before the decorative layer is at least partially or completely impregnated with the resin before it is divided into the individual decorative strips.

In the present case, the at least partial or complete impregnation with the resin is understood as impregnation. After impregnation, the resin is preferably first dried until its partial condensation. The final curing of the resin takes place only after the decorative strips are pressed with the base plate.

In particular, the paper air-permeability of non-woven fabric, which is sometimes increased in comparison to paper, has the advantage that the impregnation and subsequent impregnation of the nonwoven layer with a resin is facilitated. Along with this, the necessary compressibility of the laminate is improved.

In order to obtain the most natural possible surface characteristic of the panel, the invention provides that a structure is introduced at least in some areas in an upper side of the decorative strip facing away from the base plate. Of course, even the undivided decorative layer may have a structure. Preferably, the structure is introduced during the pressing process of the laminate with a suitable press plate. In principle, the embossed structure in the decorative layer and the decorative strip also have only a small structural depth, whereby the respective degree of gloss is influenced and corresponding optical effects are achieved. The structure can reach tactile depths, so that the respective structure can be felt.

Depending on the requirement, a structure is introduced into a side of the base plate facing the decorative strip at least in regions. This structure can be introduced, for example, before the application of the decorative strip in the base plate. Preferably, this structure is produced in a common operation, wherein the structure is introduced through a correspondingly formed press plate through the decorative layer into the top of the base plate.

In other words, the respective structural depth can exceed the thickness of the decorative layer, more precisely the decorative strip, as well as any protective layer and intermediate layer present, and consequently can also be transmitted through these layers into the base plate. In an alternative embodiment, the base plate may already have a corresponding structure before placing the decorative layer, more precisely the decorative strip, as well as any other layers.

Preferably, a wood material is used for the base plate. In principle, the base plate can also be formed from a solid wood. For example, although the base plate may be made of plastic or a foamed material, it is preferably at least partially formed of a high density fiberboard (HDF) or medium density fiberboard (MDF).

In an alternative embodiment, the base plate may also be formed on the basis of a mineral material and a binder. The mineral material is mixed for example in powder or granular form with the binder and formed to the base plate. The mineral material is preferably free of environmental or health-damaging ingredients. The same applies to the binder. The finished panel and in particular the base plate thus have a high environmental friendliness.

The base plate is advantageously PVC- and plasticizer-free, furthermore also free of isocyanates. The mineral material ensures a high impression resistance. By choosing the binder, the rigidity of the base plate can be adjusted. The base plate can be machined with modern milling and profiling tools and configured for specific applications.

Particularly preferably, a corresponding counter-pull is arranged before the laminate is pressed. This consists mostly of a kraft paper. The counter-pull is arranged on one of the decorative layer, closer to the decorative strip opposite side of the base plate, so that it is located on the underside of the finished panel. Furthermore, the counter-pull can already be arranged on the base plate provided for the method according to the invention or first together with this and both the decorative layer in the form of the individual decorative strips and the protective layer can be inserted together in a corresponding pressing tool and pressed into a laminate.

The present invention discloses a method for producing a panel, in particular for use as a floor, wall or ceiling covering, which enables its extremely economical production. In particular, the decision not affecting the design of the printing cylinder used, whether a resin is used or not, allows the use of the same printing cylinder for both applications, in which the desired decor corresponds to that of the printing cylinder. Even the amount of resin which has an effect on the growth or even disappearance of the decor carrier for the decor thus has no influence on the use of the same printing cylinder, since the necessary adjustment is made only on the set cutting width of the individual decorative strips. Moreover, the savings on the otherwise prevailing blend decorative layer additionally reduces the material costs, in particular by profiling the longitudinal edges of the panel blanks.

The invention will be explained in more detail with reference to some schematically illustrated in the drawings embodiments. Show it:

1 the typical structure of a laminate to be pressed in an exploded view;

2 the printing of a decor carrier for a decor in a side view;

3 the laying of the printed decor carrier on a support member for producing a laminate in a plan view and

4 the separation of the laminate into individual elements and their further processing.

1 shows the typical structure of a laminate 1 , which consists of a base plate 2 and further composed with these pressed layers. This is done first on the base plate 2 a decor carrier printed with a decorative detail not shown as a decorative layer 3 on top of which, if necessary, a protective layer 4 is applied or already on the decorative layer 3 is available. On one both the decorative layer 3 as well as the protective layer 4 opposite side of the base plate 2 this also indicates a return 5 on. If necessary, between the base plate 2 and the decorative layer 3 a dot-dashed intermediate layer 6 arranged.

The base plate 2 gets along with the individual layers 3 . 4 . 6 as well as the return 5 in a press 7 under the influence of pressure, in particular a compressive force A and heat B, to the laminate 1 pressed. At the press 7 it may be, for example, a Conti press, a cycle press or in particular a short-cycle press. The temperature range used for the heat B is preferably above 70 ° C. In particular, in a 1-stage process, the individual layers 3 . 4 . 6 together with the base plate 2 in a single operation at a preferred heat B in the amount of 160 ° C or more compressed together.

The pressing force A is preferably between 20 and 55 bar during pressing. Unless the individual layers 3 . 4 . 6 already before placing it on the base plate 2 connected to each other, the heat B used may also be 130 ° C and more, wherein the pressing force A is at least 35 bar, preferably at least 45 bar.

2 represents the process of printing with a decor, not shown in a rotary printing process. Here is a suitable carrier material, such as a paper or a fleece from a roll 8th unwound over a rotation C and over a suitable plane 9 emotional. That the role 8th opposite end is also about a rotation C to a role 10 wound. Between the two roles 8th . 10 is at least one impression cylinder 11 which is also synchronous with the respective rotation C of the rollers 8th . 10 its peripheral decor on the decorative layer 3 transfers. Basically, the decorative layer 3 also directly after printing without forming the roll 10 be further processed.

3 shows the finished decorative layer 3 in a supervision. The decorative layer 3 This is done using suitable cutting tools 12 in individual decorative stripes 13 divided. The individual decorative stripes 13 are then at a distance X to each other on the single base plate 2 arranged. Between the spaced apart with a distance X decorative strips 13 has the base plate 2 no cover on, so this between each decorative strip 13 can be seen through.

A present in a manner not shown and arranged resin connects the individual layers 3 . 4 . 6 with each other and with the base plate 2 , Here is the decorative layer 3 , closer to the individual decorative stripes 13 , even before being placed on the base plate 2 at least partially impregnated with the resin or completely soaked. Alternatively, in a manner not shown in detail, the resin in liquid form on the applied layers 3 . 4 . 6 or previously on the base plate 2 applied. The order of the liquid resin can be done for example by rolling, scattering or spraying.

As already in 1 shown, the individual components under the influence of compressive force A and heat B to a laminate 1 squeezes like it is in 4 is shown in a plan. The laminate 1 is then using suitable cutting tools 14 in individual panel blanks 15 separated. The individual panel blanks 15 are subsequently via a contouring 16 Contoured at their longitudinal edges. This shows the panel blanks 15 on at least two opposite longitudinal edges corresponding coupling means 17 . 18 in the form of tongue and groove. Hereinafter, the panel blank 15 all features of a finished panel 19 on.

In principle, the partial or complete impregnation of the individual layers 3 . 4 . 6 done in a manner not shown before pressing or during compression. The result is a bonding as well as fusion of the individual layers 3 . 4 . 6 together with the base plate 2 achieved under the influence of compressive force A and heat B.

LIST OF REFERENCE NUMBERS

1

laminate

2

baseplate

3

decorative layer

4

protective layer

5

return

6

interlayer

7

Press

8th

role

9

level

10

role

11

pressure cylinder

12

cutting tool

13

decorative strips

14

cutting tool

15

Paneelrohling

16

Konturiervorrichtung

17

coupling agent

18

coupling agent

19

paneling

A

thrust

B

warmth

C

rotation

X

distance

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 10220501 B4 [0004]

Claims (13)

Method for producing a panel ( 19 ) for use as a floor, wall or ceiling covering, comprising the following steps: - providing a base plate ( 2 ); - applying a decorative layer ( 3 ) on the base plate ( 2 ); - pressing the decorative layer ( 3 ) together with the base plate ( 2 ) under the influence of pressure and heat to a laminate ( 1 ); - separating the laminate ( 1 ) into individual panel blanks ( 15 ); - Contouring of the individual panel blanks ( 15 ) on at least two opposite longitudinal edges for the formation of coupling means ( 17 . 18 ), characterized in that the printed decorative layer ( 3 ) before being placed on the base plate ( 2 ) in individual decorative strips ( 13 ), whereby several decorative strips ( 13 ) at a distance (X) from each other on a single base plate ( 2 ) to be ordered. Method according to claim 1, characterized in that the decorative strips ( 13 ) are arranged at a distance (X) of 1.0 to 10.0 mm from each other. A method according to claim 1 or 2, characterized in that the of the decorative layer ( 3 ) divided decorative strips ( 13 ) before or after their arrangement on the base plate ( 2 ) be provided with a resin. Method according to claim 1 or 2, characterized in that the undecorated decorative layer ( 3 ) is provided with a resin before or after application of the decoration. Method according to one of claims 1 to 4, characterized in that as material for the decorative strip ( 13 ) a paper or a fleece is used. Method according to one of claims 1 to 5, characterized in that between the base plate ( 2 ) and the individual decorative strip ( 13 ) at least one intermediate layer ( 6 ), the intermediate layer ( 6 ) before the arrangement of the decorative strips ( 13 ) either on the undecorated decorative layer ( 3 ) or on the base plate ( 2 ) is applied. Method according to claim 6, characterized in that the intermediate layer ( 6 ) is applied in a solid or flowable, in particular liquid state. A method according to claim 3 or 4, characterized in that the resin is applied on one side. Method according to claim 3, characterized in that the decorative strips ( 13 ) are impregnated at least partially or completely with the resin. A method according to claim 4, characterized in that the undecorated decorative layer ( 3 ) is impregnated at least partially or completely with the resin. Method according to one of claims 1 to 10, characterized in that at least partially in one of the base plate ( 2 ) facing away from the top of the decorative strips ( 13 ) is introduced during pressing a structure. Method according to one of claims 1 to 11, characterized in that during pressing of the laminate ( 1 ) in a decorative strip ( 13 ) facing side of the base plate ( 2 ) at least partially a structure is introduced. Method according to one of claims 1 to 12, characterized in that prior to the compression of the laminate ( 1 ) on a decorative strip ( 13 ) opposite side of the base plate ( 2 ) a return ( 5 ) is arranged.

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