KR101932010B1 - Wood tile and method for wood tile - Google Patents

Abstract

The present invention relates to a wood tile, more particularly, to chamfer a flat shape as the most magnetic edge portion of a wooden tile, to form a round groove as a central portion thereof, and to a partially colored surface to be painted The present invention relates to a structure and a manufacturing method of a wooden tile in which a sense of beauty is improved by providing a pattern and a pattern area made of a woodcut pattern.
A feature of the present invention is to provide a method of manufacturing a wooden base material, the method comprising: a base material cutting step (S10) of cutting a raw material of a wood material into a predetermined size of a wooden tile; A step (S20) of picking up a material face to produce a chamfered raw material 512 in which at least one chamfered surface 52 is formed by using a predetermined chamfering device with respect to the cut tile raw material 511 of the wooden tile; A priming step (S30) of applying a sanding sealer composition to the chamfer material (512) to perform a priming color; A base coloring step (S40) of applying a sanding sealer composition to the applied chamfer material (512) with a coloring composition; (S50) of forming a chamfer groove (53) having a round groove at a predetermined position using the chipping device (60) with the chamfer raw material (512) after the basic coloring step (S40); And applying a sublimation applying step (S60) to the chamfering surface (52) and the fastening groove (53) with the sublimation coating composition after the quick-breaking step (S50).

Description

[0001] WOOD TILE AND METHOD FOR WOOD TILE [0002]

The present invention relates to a wood tile, more particularly, to chamfer a flat shape as the most magnetic edge portion of a wooden tile, to form a round groove as a central portion thereof, and to a partially colored surface to be painted The present invention relates to a structure and a manufacturing method of a wooden tile in which a sense of beauty is improved by providing a pattern and a pattern area made of a woodcut pattern.

Generally, in order to decorate the interior wall of the building, it is painted with paint or decorating the interior wall with wallpaper. In recent years, brick pieces and decorative items have been attached to walls to achieve various wall designs.

They also use eco-friendly materials such as loess bricks and stones that give a natural stone feel. In addition to this, it can be decorated with wood materials as in the present invention. In general, the wood ornaments are simply shaped to decorate the walls or decorate the tree rings so that they are exposed.

In the case of wooden decoration, it is difficult to have a special aesthetic feeling because it is made by simply making a piece in a simple form, but it is difficult to have special value as a wall decoration because it makes it possible to preserve a tree for a long time.

Therefore, even if decorating the walls of a building with wooden decorations, proposals for materials with aesthetics and manufacturing techniques are urgently required.

Registered Patent No. 10-1144534 (issued on May 11, 2012) Registered utility model No. 20-0329330 (issued on October 08, 2003) Published Japanese Patent Application No. 10-2009-0069351 (published on July 01, 2009)

In order to solve the above-mentioned problems, the present invention provides a wooden tile which is attached to a wall of a building in a large number, and has a plane chamfered by a corner portion, a wooden tile such as a round groove at the center, It is an object of the present invention to decorate the wall surface so as to have aesthetic sense by providing a variety of shapes such as a shape of a surface and a circular fastening groove at the center.

Another object of the present invention is to make the chamfered surface look more vibrant by forming colorful patterns such as a pattern having a color and a pattern having a wood color.

It is another object of the present invention to provide a wood tile which is decorated with a sense of aesthetics on the wall surface of such a building by using a predetermined manufacturing method, a chamfering device, So that it is possible to easily provide a wooden tile as a decoration.

According to an aspect of the present invention, there is provided a method of cutting a wood material, comprising: The method according to claim 1 or 2, wherein the tile raw material in the shape of a rectangular plate obtained through the above-mentioned material foundation step is cut by using a predetermined face picking device, and a chamfered surface having a downwardly inclined shape is formed from the central portion of the tile raw material toward the four corner points, A step of picking up a material face for manufacturing a raw material; A priming step of applying a sanding siller composition to the surface of the raw material of the chamfer to block pores in the fiber structure of the wood constituting the raw material of the chamfer to inhibit penetration of the colored composition; A base coloring step of applying the coloring composition to the chamfered material covered by the sanding siller composition; Forming a concave groove having a curved bottom surface by punching out a central portion of the finished chamfered raw material so that a part of the concave groove is included in the inner region of the chamfered surface so as not to leave a roughened portion on the surface of the chamfered raw material A breaking step of forming a breaking groove; And a sublimation applying step of applying a sublimation coating composition to the interior of the coloring composition layer and the fastening groove after the completion of the quick breaking step.

In a preferred embodiment of the present invention, after the step S60 of performing the mittling application, the chamfered surface is polished by surface polishing to form a pattern consisting of a colored portion and a shaded portion revealed by polishing A chamfer surface polishing step (S70); And a finishing coating step (S80) of applying the finishing coating composition to the chamfering surface (52) and the fastening groove (53) after the chamfering surface polishing step (S70). to provide.

In a preferred embodiment of the present invention, at least one of the sanding sealer composition, the surface coating composition and the finish coating composition is selected from the group consisting of an aminoalkyd resin, a polyurethane resin, a melamine resin, a fluororesin, an olefin resin, a styrene resin, Wherein the coloring composition is made of any one selected from the group consisting of an emulsion paint, an oil paint, a varnish, an enamel paint, and a mixture thereof, and is applied with a transparent or semitransparent lacquer, the color composition comprising an aminoalkyd resin, a polyurethane resin, The coating layer is made of any one selected from the group consisting of a resin, a melamine resin, a fluororesin, an olefin resin, a styrene resin, a vinyl / emulsion paint, a oil paint, a varnish, an enamel paint, The present invention also provides a method of manufacturing a wooden tile.

In a preferred embodiment of the present invention, the wall is attached to a wall surface of a building to decorate the wall surface, and has a rectangular plate shape. On the upper surface opposite to the surface attached to the wall surface, A fastening groove for providing a fastening groove; And a plurality of chamfered surfaces extending in a direction away from the fastener groove and inclined are formed in the fastener groove.

In a preferred embodiment of the present invention, the chamfered surface 52 is provided with a straight or curved stripe; Dot pattern; And a figure pattern having one or more shapes of a circle, a polygon, and a character shape; A colored groove pattern 541 formed in the groove and colored by the coloring composition; And a wood protruding portion 542 protruding from the colored groove pattern 541. The portion where the colored groove pattern 541 is formed is a wood layer 561 and a layer of a sanding sealer layer 562, a coloring layer 563, a wetting coat layer 564 and a finish coat layer 565 on the wood layer 561 and the wood protrusion 542, Characterized in that a part of the wood tile is formed by a layer 564 and a finish coating layer 565 on the top of the wood layer 561 together with the wood layer 561 which is a raw material of the wood tile. Structure.

In a preferred embodiment of the present invention, the wooden tile has a shape of a circle, a square, a triangle, or a polygon, and the wooden tile has a shape of square, triangle and polygon, The chamfer surface 52 includes an equally chamfered surface 521 forming a plane in which a line segment connecting four corners from the center is located at the center of the surface; And a biased chamfered surface (522) forming a plane in which a line segment connecting four corners from the center is biased to one side from the center of the surface; The present invention also provides a structure of a wooden tile.

In the present invention constructed as above, a plurality of wooden tiles attached to a wall surface of a building are provided with a plane chamfered by an edge portion, a wooden tile such as a round groove at the center, Or a round recessed groove at the center, so that the wall surface can be decorated with aesthetic sense.

Further, another effect of the present invention is to make the chamfered surface have a more lively feeling by forming colorful patterns such as a pattern having a color and a pattern having a wood color.

Another advantage of the present invention is that a wooden tile to be decorated with an aesthetic sensation on the wall surface of such a building is formed by a predetermined manufacturing method, a chamfering device, So that it is possible to easily provide a wooden tile as a decoration.

Further, another effect of the present invention is to provide a sanding sealer composition, such as a sanding sealer composition and the like, which protects a wooden tile from external foreign matter while providing a wooden pattern, It can be easily used for the formation of the pattern together with the protection of the wood material.

1 is a flowchart of a method of manufacturing a wooden tile according to the present invention.
FIG. 2 shows an example of a wooden tile in a process of manufacturing the wooden tile according to the present invention, FIG. 2 (a) shows an example of cutting the wooden material to fit the wooden tile, FIG. 2C shows an example of cutting two corners of a wooden tile to form two chamfers, FIG. 2D shows an example of cutting another corner of a wooden tile, FIG. FIG. 2E shows an example of forming four chamfer surfaces by cutting the remaining corners of a wooden tile. FIG. 2F shows an example in which a chamfered surface is formed by chamfering a chamfered surface with a sanding sealer composition FIG. 2G is an example of a state in which a coloring composition is applied to a wooden tile, FIG. 2H is an example of a state in which a fastening groove is formed in the center of a wooden tile FIG. 2I shows a state in which the coating composition is applied to a wooden tile including a fast-breaking groove, FIG. 2J shows a state in which a polishing process is performed on a chamfered surface of a wooden tile, and FIG. Coated finish composition.
FIG. 3 is a cross-sectional view of a patterned portion in a state in which a wooden tile according to the present invention is completed.
FIG. 4 is a longitudinal sectional view of a colored tile portion in a patterned portion in a state in which a wooden tile according to the present invention is completed. FIG.
FIG. 5 is a vertical cross-sectional view of a tree protruding pattern portion in a pattern portion in a state in which a wooden tile according to the present invention is manufactured.
6 is an exemplary view of a wall surface decorated with a wooden tile according to the present invention.
FIG. 7 is an exemplary view of a fastener for forming a fastener groove in a center portion of a process of manufacturing a wooden tile according to the present invention.
FIG. 8 is an exemplary view illustrating a surface picking device for forming a chamfered surface at a corner of a front surface of a wooden tile according to the present invention.
9 is a view illustrating an example of a fixing device for a wooden tile coupled to a face picking device for forming a chamfered surface at a corner portion of a front side in the course of manufacturing a wooden tile according to the present invention.
10 is an exemplary view showing an example in which the chamfered surface of the wooden tile according to the present invention is composed of an equally chamfered surface and a biased chamfered surface.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In other words, the structure and the manufacturing method of the wooden tile 50 according to the present invention may be applied to the wall surface of a building such as a house to manufacture a wooden tile 50 for decorating a wall, as shown in FIGS. 1 to 10, And a wood tile 50 manufactured thereby.

In order to decorate the interior wall of a building, it can be painted with paint or decorate the interior wall with wallpaper. In recent years, brick pieces and decorative items have been attached to walls to achieve various wall designs.

They also use eco-friendly materials such as loess bricks and stones that give a natural stone feel. In addition to this, it can be decorated with wood materials as in the present invention. In general, the wood ornaments are simply shaped to decorate the walls or decorate the tree rings so that they are exposed.

Accordingly, the wooden tile 50 according to the present invention is provided so as to be able to decorate a wall surface by providing a certain pattern of wooden tiles and forming a desired pattern on the front surface.

In particular, a desired line pattern is formed on the front portion of the wooden tile 50 to indicate a colored portion according to the line pattern to form a rounded groove at the center while having a sense of aesthetics, and a smooth aesthetic It is to have a sense.

The method for manufacturing the wooden tile 50 according to the present invention will now be described in detail with reference to the accompanying drawings.

In the example of the attached drawings, the wooden tile 50 is a tree cut into a square shape (square shape). In addition, the wooden tile 50 can be formed into a specific shape such as a circle, a rectangle, a triangle, a polygon, , And by these trees you could apply other decorative trees or other decorative techniques to fill the gap in the case of empty walls. It should be cut to a size that can make an individual wooden tile 50 from a large wooden plate. Therefore, the manufacturing process of the wood base material can be applied to the general wood material handling technique, and the general matters will not be described in detail.

Thus, in a state where the wood material is generally provided in a certain size by a technique of handling the wood material, a material foundation cutting step (S10) for cutting the wood material into a predetermined size of the wooden tile is performed. The cut tile material 511 may be provided as shown in FIG. 2A, and it is preferable that the tile material 511 has a substantially rectangular shape and a uniform thickness. The back surface of the wooden tile 50 or the tile raw material 511 can be formed in accordance with the characteristics of adhesives or the like due to the bonding structure of the part to be adhered, The technique used in the wall construction technique using general wood materials can be applied, and a detailed description thereof will be omitted.

Next, a material face picking step (S20) for manufacturing a chamfer base material 512 in which at least one chamfering face 52 is formed by using a predetermined face picking device with respect to the cut tile raw material 511 of the wooden tile is performed do.

The face picking device 10 that performs a chamfering with respect to the tile raw material 511 in order to perform the material face picking step S20 may show the device of the embodiment in Figs. 8, 9, and the like.

As described above, a face picking device 10 for a wooden tile 50 which forms a chamfer surface 52 on a wooden tile, a fixing device 20 installed on the face picking device 10, etc. .

8 and 9, the face picking device 10 is provided with a fixing device 20, and a base plate 11 on which the fixing device 20 is movably placed is provided.

The fixing device 20 which is moved along the movement guide part 12 is provided with a movement guide part 12 fixed on the base plate 11 and guiding in a direction in which the fixing device 20 is moved. And a chamfer cutting blade 13 for cutting a side of a material for a wooden tile to be chamfered to form a chamfer surface.

Thus, the chamfered surface 52 is formed as a flat surface of the inclined surface, while being cut at an angle inclined to the corner portion of the square-shaped wooden tile 50.

This chamfered surface 52 may have one or more chamfered surfaces 52, changing the position of the wooden tiles 50 as in the example of FIG.

In order to form the chamfered surface 52 by chamfering the wooden tile 50 in this way, the fixing device 20 for the wooden tile used in the face picking device 10 is mounted in a state in which the wooden tile is mounted in the front direction So that it can move near the chamfer cutting edge 13.

More specifically, the fixing device 20 has a fixing base 21 which is placed on a base plate 11 of a face picking device 10 for a wooden tile. The fixing base 21 has a relatively large area as the base portion of the fixing device 20 and the interval between the wood tile 50 and the chamfer cutting blade 13 So that stable movement can be achieved.

A chamfer inclination adjusting plate 23 inclined at a predetermined angle with the fixed base 21 is provided.

And a chamfer inclination adjusting unit 22 for adjusting the inclination angle of the chamfer inclination adjusting plate 23 with respect to the fixed base 21 between the fixed base 21 and the chamfer inclination adjusting plate 23. Thus, the chamfer inclination adjusting plate 23 is kept inclined at an angle desired by the user by the chamfer inclination angle adjusting unit 22 with respect to the fixed base 21.

The degree of inclination of the chamfer inclination adjusting plate 23 adjusted by the chamfer inclination angle adjusting portion 22 with respect to the fixed base 21 is determined by the inclination angle of the wooden tile 50 mounted on the front surface of the chamfer inclination adjusting plate 23, The thickness at which the edge portion of the wooden tile 50 is cut by the chamfer cutting edge 13 is determined.

That is, when the chamfer inclination adjusting plate 23 and the wooden tile 50 are inclined to stand upright, the edge of the edge of the wooden tile 50 will be cut to a thin thickness.

On the other hand, in the case where the chamfer inclination adjusting plate 23 and the wooden tile 50 are inclined in a more inclined state, the edge of the edge of the wooden tile 50 is cut to a thick thickness and the chamfered surface 52 ) Can be formed widely.

In addition, the fixing device 20 includes a tilting angle adjusting plate 24 coupled to the chamfer inclination adjusting plate 23 and having a rear surface of a material for a wooden tile contacted.

Thus, the tilting angle adjusting plate 24 is in parallel with the chamfer slope adjusting plate 23 and in a predetermined inclined state.

And a tilting angle adjusting member such as an adjusting screw for adjusting the tilting angle between the chamfer inclination adjusting plate 23 and the tilting angle adjusting plate 24 for this purpose.

The tilting angle adjusting member is fastened to the left and right sides between the chamfer inclination adjusting plate 23 and the tilting angle adjusting plate 24.

Thus, the tilting angle adjusting plate (23) is inclined to the left or right of the tilting angle adjusting plate (24) by the tilting angle adjusting member. Thus, the degree of tilting of the wooden tile 50 mounted on the front of the tilting angle adjusting plate 24 to the left and right sides can be changed. Thus, when cutting by the chamfer cutting blade 13, You can set the left side to cut more, or the right side to cut more.

In other words, when the tilting angle regulating plate 24 is brought into close contact with or parallel to the tilting angle regulating member 23 by the chamfer inclination regulating plate 23, the tilting angle regulating plate 24 is not tilted to either the left or right side of the wooden tile 50, 52 constitute an equally chamfered surface 521 which is an evenly chamfered surface which is not biased toward one side.

When the tilting angle regulating plate 24 is tilted to the left or to the right with respect to the chamfer inclination adjusting plate 23 by adjusting the half tilting angle adjusting member, since the tilting angle adjusting plate 24 is tilted to the left or right of the wooden tile 50, Since more of the portion of the blade 13 that is closer to the blade 13 is cut, it is cut into a larger area with a larger portion.

And a lower support contact plate 25 for supporting the edge of the material placed on the tilting angle regulating plate 24. Thus, the wooden tile 50 placed on the tilting angle regulating plate 24 is prevented from falling downward. The user uses the chamfering cutting edge 13 to form the chamfer surface 52 while slightly pressing the upper portion of the wooden tile 50 placed on the tilting angle regulating plate 24 and the lower supporting contact plate 25. [

And a lower supporting member 26 fixed to the chamfer inclination adjusting plate 23 while contacting and supporting a lower portion of the lower supporting contact plate 25.

In the example shown in the accompanying drawings, the lower support member 26 is shown to have a somewhat thick thickness, and by forming the lower support member 26 with such a thick thickness, the upper side wooden tile 50 is firmly fixed .

In the step S20 of picking the substrate using the face picking device 10 and the fixing device 20, the process from step 2b to step 2e is performed. In FIG. 2b, In FIG. 2C, two chamfered surfaces 52 are formed by being cut into oblique surfaces at the other corner portions. In FIG. 2D, the chamfered surfaces 52 are formed by cutting the oblique surface at the third corner portion And the chamfered surfaces 52 are cut into slanted surfaces in the remaining corner portions, and four chamfered surfaces 52 are formed in total.

Therefore, the center is not cut so that the four corners are formed as four inclined chamfer faces 52, which are inclined planes.

Of course, if the wooden tile is circular, the interval or the size of the chamfer can be determined by changing the angle of the chamfered surface, and the shape of the chamfer surface .

As described above, it is possible to provide a variety of chamfer surfaces 52 in a single wooden tile 50 to provide various aesthetics.

Next, a priming coloring step S30 is performed in which a sanding sealer composition is applied to the chamfering material 512 to perform a priming color.

The sanding siller composition is selected from the group consisting of aminoalkyd resins, polyurethane resins, melamine resins, fluororesins, olefinic resins, styrene resins, vinyl / emulsion paints, oil paints, varnishes, enamel paints and mixtures thereof And is coated with a transparent or translucent lacquer or the like.

Such a sanding sealer composition is first applied to a wood tile in order to prevent other materials from penetrating the surface of the wood tile. Although wood tiles are hard, there are many fine pores, so moisture and other materials can easily penetrate. In particular, the coloring composition of the subsequent coloring step may penetrate deep into the wood tile, which may prevent the desired pattern design from being formed during the process of forming the pattern design in the subsequent process, thereby preventing the coloring composition from penetrating into the wood tile The role is made by the sanding siller composition.

As shown in FIG. 2F, the sanding siller composition is applied in a transparent state slightly darker than the wood color.

Next, a basic coloring step (S40) is performed in which the sanding siller composition is applied to the chamfer material 512 coated with the coloring composition.

The coloring composition may be selected from the group consisting of an amino alkyd resin, a polyurethane resin, a thermosetting acrylic resin, a melamine resin, a fluorine resin, an olefin resin, a styrene resin, a vinyl / emulsion paint, a oil paint, a varnish, an enamel paint, And is coated with an opaque lacquer or the like to form a layer.

Of course, the color of such a coloring composition is not particularly limited, but it may be more preferable to use a dark color as in the example of Fig. In addition to the method of applying with a lacquer, a method such as brushing or the like may be used. It may be desirable, however, to fill the majority of the corrugations on the surface of the wooden tile with the coloring compositions.

As shown in FIG. 2G, it can be seen that the coating is applied in a dark color as a whole.

Next, a chopping step S50 is performed in which the chamfering material 512 having undergone the basic coloring step S40 is formed into a round groove groove 53 at a predetermined position by using the chipping device 60. [

In other words, the chamfered surface 52 is formed as a corner portion around the wooden tile, while the center portion is formed with a fastening groove 53 having a round groove with respect to the central portion without special processing. Thus, as in the example of FIG. 6, the center portion of each wooden tile forms a round groove, so that the rounded shape gives a sense of aesthetics.

The fastener 60 is provided with a wooden tile mounting part 61 for mounting the chamfer 512 as shown in FIG. In the example of FIG. 7, four jigs are provided to support four sides of a square-shaped wooden tile. The spacing of the jigs is appropriately determined according to the size of the wooden tiles, and in a state in which the wooden tiles are firmly mounted, . Generally, the fast breaker for home breakage tool 62 is a tool for processing wood, and is not particularly limited to a general woodworking tool.

An example of the state in which the fastening groove 53 is formed is shown in FIG. 2H. It can be seen that the peripheral chamfered surface 52 is coated with a dark color and the intermediate fastening groove 53 is exposed with a wood color have.

Next, after performing the above-mentioned quick-breaking step (S50), a sublimation applying step (S60) is performed in which the medium applying composition is applied to the chamfering surfaces (52) and fastening grooves (53).

That is, the edges of the front portion of the wooden tile form the chamfered surface 52 and are coated with the sanding sealer composition and the coloring composition, while the middle portion shows the wood material as the fastening groove 53. And is applied to the fast-breaking groove 53 with the intermediate coating composition.

The above-mentioned matting and coating composition may be selected from the group consisting of an amino alkyd resin, a polyurethane resin, a melamine resin, a fluororesin, an olefin resin, a styrene resin, a vinyl / emulsion paint, a oil paint, a varnish, an enamel paint, And may be applied with a transparent or translucent lacquer or the like.

2I, the peripheral chamfered surface 52 is coated with a dark color, and the middle clearing groove 53 is in a transparent state slightly darker than the color of the wood As shown in Fig.

In the state where the chamfering surface 52 is formed and the sanding sealer composition and the coloring composition are applied and the centering grooves 53 are formed at the center and the entire surface is coated with the weathering coating composition, The protected coloring state can be maintained well and the intermediate fastening groove 53 is also protected from moisture and foreign matter since it prevents the surface of the wood from being exposed. Thus, while the middle is exposed to the wood color, a plurality of external planar surfaces such as a chamfered surface are flattened and have an aesthetic sense such as having a generally dark color. And even in this state, it can be installed on the wall of the building and decorated.

In addition, the chamfering surface 52 may be formed with various patterns.

That is, the chamfering surface polishing step S70 is performed to form a pattern consisting of a colored part and a shaded part revealed by polishing by the polishing of the protruding part through the surface polishing after the step S60, .

Thus, the polishing of the chamfered surface 52 is performed by using a commonly used sandpaper so that the portion protruded by the sandpaper is polished and removed. This protruding part is that the colored part is removed by polishing in the above process, so that the part removed by polishing is exposed to the color of the wood. On the other hand, since the coloring composition remains in the groove portion, the color of the coloring composition is maintained.

The process of forming such grooves may then proceed with further processing before applying the prior sanding siller composition. By this groove formation process, the operator can further form a desired pattern. Thus, a pattern of a more aesthetically pleasing pattern is provided on the chamfer surface (52) to add aesthetics as a whole.

In addition, by applying the sanding sealer composition first, rather than directly applying the coloring composition in the state where the grooves are formed, the coloring composition is no longer penetrated into the wood at the portion to be polished by the protrusion, . It may therefore be more desirable to select the sanding siller composition as a component that prevents penetration of the colored composition into the wood interior.

An example of the state of being polished with respect to the chamfered surface 52 in the chamfering step as shown in FIG. 2J is shown in FIG. 2J, in which the overall darkened color in the peripheral chamfered surface 52 is a line pattern, The existing colored parts appear to be striped in a dark state.

Next, the following process is performed on the wood material revealed by polishing.

(S80), which is applied to the chamfered surface (52) and the fastener groove (53) with the finish coating composition after the chamfering step (S70).

The finishing coating composition may be selected from the group consisting of aminoalkyd resins, polyurethane resins, melamine resins, fluororesins, olefin resins, styrene resins, vinyl / emulsion paints, oil paints, varnishes, enamel paints, And may be applied with a transparent or translucent lacquer or the like.

As shown in FIG. 2K, the peripheral chamfered surface 52 is formed by applying a dark color line pattern and a line pattern portion which is made of wood due to polishing by the finishing coating composition , And the part of the intermediate breaking groove 53 is further coated with the finishing coating composition to illuminate the hue of the wood.

As a result, the wood tile 50 as a whole has a rounded portion of the intermediate fastening groove 53 and the surrounding chamfer 52 has a flat surface, and the color and the color of the wood are streaked with each other. The various patterns and the colored wooden tiles 50 to be provided together are decorated on the wall surface as shown in FIG.

The wood tiles produced by the method of manufacturing the wooden tiles as described above will be described as follows.

That is, the wooden tile 50 is manufactured as described above and is provided for decorating the wall of the building.

The wooden tile 50 has a back surface having a large area and a back surface attached to a wall surface of the building. The shape and structural characteristics of the back surface will be adhered to the wall surface or have a suitable structure or shape for bonding.

The upper surface (front surface) opposite to the back surface of the wooden tile 50 is formed with at least one chamfered surface 52 which is inclined to the edge.

In addition, a fastening groove 53 is formed at the center of the wooden tile 50. The fastening groove is a central portion of the upper surface, a round groove of the center in the middle of the wooden tile, Or an eccentric circular groove eccentric to one side from the center of the wooden tile.

In the present invention, the fastener groove 53 is formed by using the fastener 60 shown in FIG. 7, and in the case of using other working tools or devices, the fastener groove 53 is formed with a more various central fastener grooves 53 You can do it.

The chamfered surface 52 is provided with a straight or curved stripe formed by the colored colored groove pattern 541 by the colored composition and the wooden protruding pattern 542 by the protruded portion exposed by the polishing And the colored pattern portion 54 is shown as an example.

In addition, the colored pattern portion 54 on the chamfered surface 52 may be formed in a shape of a dotted pattern, a circular shape, a polygonal shape, or a character shape in accordance with a method of forming a groove or protrusion of the colored portion And may be embodied to be made of a figure pattern or the like.

In this case, various patterns are formed on the chamfered surface 52, which is formed by embossing or embossing, and the colored portion is colored by the colored composition in the groove portion, and the protruding portion is formed by polishing There will be.

The colored groove pattern 541 is formed by forming the groove of various patterns and colored by the coloring composition in the groove.

In addition to the colored groove pattern 541, the colored pattern 54 is formed by including the wooden protrusion pattern 542 protruding from the colored groove pattern 541.

4, the portion where the colored groove pattern 541 is formed is sandwiched by a sanding sealer layer 562, a colored layer 563 ), The sublimation applying layer 564 and the finishing application layer 565 are layers.

5, the portion where the wooden protrusion pattern 542 is formed is formed with a wood layer 561 as a raw material of the wooden tile, and a wetting layer 564 and a finish coat layer 565) are layers.

That is, the closest layer of the wood tile as a whole is coated with the sanding siller composition, and the layer of wood and the layer of the other coloring composition are distinguished from each other.

The portion having the coloring composition is coated with the sanding sealer composition of the sanding sealer layer 562 between the wood layer 561 and the colored layer 563 while the sanding sealer layer 562 on the top of the wood layer 561 is coated with the sanding sealer composition of the sanding sealer layer 562, And the coloring layer 563 are removed in the polishing process, the submerged application layer 564 applied in the next step is applied just above the woody layer 561. [

Then, the sanding sealer layer 562, the wetting coat layer 564, and the like are directly applied to the woody layer 561 to protect the woody material.

The wooden tile 50 according to the present invention thus formed has an overall shape in the shape of a circle, a square, a triangle, or a polygon. Therefore, the drawings attached to the present invention and the main embodiments described above have been mainly described in the form of a square, and the present invention can be applied to other forms.

Particularly, when the wooden tile forms a square, a triangle, and a polygonal shape to form a plurality of corners on the outer edge, the chamfered surface 52 has a shape in which a line segment connecting four corners from the center is located at the center of the surface An even chamfered surface 521 can be formed.

Or the chamfered surface 52 may be formed by a biased chamfered surface 522 forming a plane in which a line segment connecting the four corners from the center is biased to one side from the center of the surface.

The reason why the chamfered surface 52 is formed by the uniform chamfered surface 521 or formed by the biased chamfered surface 522 is that the chamfered surface 52 is formed on the fixed device 20 of the chamfer device 10 It may be determined according to the state in which the wooden tile 50 is mounted. When the wooden tile 50 is tilted to one side, the more sharpened portion in the direction of the chamfered cutting edge 13 is cut more and the center is eccentrically centered to the more cutted portion to form a flat portion. However, when the wooden tile is mounted uniformly on the fixing device 20, the uniform chamfered surface 521, in which the center of the chamfered surface 52 is located, is formed as a line segment connecting the corner and the center.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. The technical idea of the present invention should not be construed as being limited.

10: chamfering device 20: fastening device
50: Wood tile 52: Chamfer side
53: Breaking groove 60: Breaking device

Claims (6)

A base material cutting step (S10) for cutting the wood base material to match the size of the wood tile to be manufactured;
A method of cutting a tile raw material of a rectangular plate shape obtained through the above-described material base cutting step by using a predetermined face picking device, wherein a chamfered surface having a downwardly inclined shape is formed from a central portion of the tile raw material toward a four corner point, A step (S20) of picking a material face for manufacturing a chamfered material;
A priming step (S30) of applying a sanding siller composition to the surface of the raw material of the chamfer to block the voids in the fiber structure of the wood constituting the raw material of the chamfer to inhibit the penetration of the colored composition;
A basic coloring step (S40) of applying the coloring composition to the chamfered material covered by the sanding siller composition;
Forming a concave groove having a curved bottom surface by punching out a central portion of the finished chamfered raw material so that a part of the concave groove is included in the inner region of the chamfered surface so as not to leave a roughened portion on the surface of the chamfered raw material (S50) of forming a fast breaking groove; And
And a sublimation applying step (S60) of applying a sublimation coating composition to the inside of the coloring composition layer and the fastening groove after the completion of the quick breaking step.
The method according to claim 1,
A chamfering surface polishing step (S70) of forming a pattern consisting of a colored portion and a shaded portion revealed by polishing by a polishing of a portion protruding through the surface polishing after the step S60 of applying the modifying and applying to the chamfering surface; And
And a finishing coating step (S80) of applying the finishing coating composition to the chamfering surfaces (52) and fastening grooves (53) after the chamfering surface polishing step (S70).
3. The method of claim 2,
Wherein at least one of the sanding sealer composition, the weathering coating composition and the finish coating composition is selected from the group consisting of an aminoalkyd resin, a polyurethane resin, a melamine resin, a fluorine resin, an olefin resin, a styrene resin, a vinyl / emulsion paint, Paints, and mixtures thereof, and is applied as a transparent or translucent lacquer,
Wherein the colored composition is selected from the group consisting of an amino alkyd resin, a polyurethane resin, a thermosetting acrylic resin, a melamine resin, a fluororesin, an olefin resin, a styrene resin, a vinyl / emulsion paint, a oil paint, a varnish, an enamel paint, Wherein the lacquer layer is formed of one selected from the group consisting of lacquer and opaque lacquer to form a layer.
And is attached to the wall surface of the building to decorate the wall surface, and has a rectangular plate shape, and on the upper surface, which is the opposite surface to the surface attached to the wall surface,
A fastener groove having a constant diameter and providing a round bottom surface;
And a plurality of inclined chamfers extending in a direction away from the fastener groove and centering the fastener groove.
5. The method of claim 4,
On the chamfered surface (52)
Straight or curved stripes;
Dot pattern; And
A figure pattern having at least one of a circular shape, a polygonal shape, and a character shape;
A colored groove pattern 541 formed in the groove and colored by the coloring composition; And
A colored pattern 54 including a wooden protruding pattern 542 protruding from the colored colored pattern 541 is formed,
The portion where the colored groove pattern 541 is formed is sandwiched by a sanding sealer layer 562, a colored layer 563, a heavily layered coating layer (not shown) 564 and the finish coat layer 565 form a layer,
The part where the wood protruding pattern 542 is formed is formed with a wood layer 561 which is a raw material of the wooden tile and a layer 564 on which the moistening layer 564 and the finish coat layer 565 are layered Wooden tiles characterized by.
5. The method of claim 4,
The wooden tile,
Shaped, square-shaped, triangular-shaped, and polygonal-shaped,
When the wooden tile has a square shape, a triangle shape, and a polygonal shape to form a plurality of corners on the outer edge, the chamfered surface (52)
An equally chamfered surface (521) forming a plane in which a line segment connecting four corners from the center is located at the center of the plane; And
A biased chamfer surface (522) forming a plane in which a line segment connecting four corners from the center is biased to one side from the center of the surface;
Wherein the tile is made of wood.

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