KR200405063Y1 - Artificial stone tile for wall having texture of natural stone - Google Patents

Abstract

The present invention relates to an artificial molded stone tile of a natural stone texture provided with a fixing pin, and relates to an artificial molded stone tile provided with a fixing pin manufactured so that the same texture and color as the natural stone appear on the surface.

To this end, the present invention is to finally produce a plastic molding mold using natural stone in a natural state, and to pour the mortar material mixed with cement, gravel, etc. in a predetermined mixing ratio, and then curing and demolding the plastic mold. Through, the surface and texture of the outer surface is the same as natural natural stone, but provides an artificial molded stone tile of the natural stone texture with a fixed pin prepared by installing a separate fall prevention fixing pin is installed.

Therefore, by installing the stone tile of the present invention on the wall of the building, it is possible to construct the wall of the eco-friendly natural stone appearance that fits well with the surrounding environment without the unrestricted natural stone collection and natural damage, even if wet construction of the stone tile by the pin Along with the advantage of falling off, it is possible to supply and construct stone tiles in a large size.

Architecture, wall, wall, natural stone, basalt, artificial stone, stone, tiles, pin

Description

Artificial stone tile for wall having texture of natural stone

1 to 9 are perspective views showing in sequence the process of producing a stone tile of natural stone texture according to the present invention using basalt,

10 is a perspective view showing an example of a fixing pin fixed to the stone tile of the present invention,

11 is a cross-sectional view showing a state in which the fixing pin is installed after the mortar material is filled in the mold for forming a product in the manufacturing process of the present invention,

12 is a rear perspective view showing a stone tile of the present invention, the final completion;

13 is a front view showing a state in which the stone tile of the present invention constructed on the wall,

14A and 14B are sectional views showing a state in which a stone tile of the present invention is constructed on a wall;

<Explanation of symbols for the main parts of the drawings>

12: basalt ore 14: urethane

16: urethane molding frame 18: silicone

20: silicon block body 22: forming iron plate frame

24: plastic material 26: forming mold for forming the product

30: mortar material 32: stone tiles

33: fixed pin 34: through hole

35: concrete nail 41: wall surface

42: mortar 43: filler

The present invention relates to an artificial molded stone tile of a natural stone texture provided with a fixing pin, and relates to an artificial molded stone tile provided with a fixing pin manufactured so that the same texture and color as the natural stone appear on the surface.

As is well known, basalt is a rock produced from lava flows.

In other words, the volcanic material is water, smoke, ash, and melted material. Volcanic stone is a basalt rock formed by melting the melted material out of the surface of the earth.

The basalt is distributed mainly in Jeju, Ulleungdo, and Gangwon-do, Cheorwon, Korea. The basalt is grayish black to black in appearance, and it looks fine and fine, but it is porous, and because it is hard, it is widely used as a building material. to be.

The porous structure formed on the surface of the basalt is a structure generated by the marks that various gases escape when the magma comes out of the ground surface.

Currently, basalt is widely used to make building materials and tourism products, and especially in tourist attractions such as Jeju Island, basalt itself is used to construct walls and walls.

This is due to the peculiarity of the tourism industry and the beauty of natural basalt and its strength and durability.

However, natural basalts are much more expensive than concrete products in terms of extraction and processing of gemstones, and the size of products processed according to the size of gemstones is also limited.

As the basalt itself continues to be used as a wall, wall, or other building material, or as a material for tourism products, it is currently in a very short supply compared to its demand. It is not easy to use, and the reality is that the basalt of natural state is in danger of being exhausted due to unintentional sampling of natural stone.

In addition, from an environmentally friendly point of view, damage to the natural environment is inevitable in the process of collecting ore, and a large amount of stone is generated even during processing of the ore, causing environmental problems.

Therefore, it is necessary to develop artificial basalt which can replace natural basalt and have the appearance as close to natural basalt as possible but at the lowest cost to minimize the damage to the natural environment, and this is the necessity for Jeju Island as a tourist destination. This is even more urgent.

Some examples of current use of basalt as a building material include the collection of basalt, which is then stacked high to build walls or fences, but with the addition of pigments, the addition of epoxy resins, and high-temperature heat treatment. It is commercialized as a building stone and provided, and products that have undergone glazing and heat treatment have been released to reinforce strength, waterproofness, and gloss as building stone.

In addition, Patent No. 411745 discloses a method for manufacturing building bricks by mixing, grinding, and extruding basalt particles on the surface of an extruded body after mixing, pulverizing, and extruding the main materials, and molding and drying them in the form of bricks. The method has been disclosed.

In addition, Utility Model Registration No. 368274 discloses a method of manufacturing a block by molding a concrete mortar mixed with natural basalt and cement, sand, stone powder, gravel and water into a mold.

However, it is true that there are still a lot of limitations and difficulties in mass production because a lot of natural basalt must still be used for the manufacture of the building materials mentioned above.

In addition, it does not use natural basalt, but various building materials that mimic its appearance and texture have been developed and used.

The simplest examples include interior materials with fiber-reinforced plastic or basalt stones on the surface of fiber-reinforced plastics. Fiber-reinforced plastic interiors can make similar visual effects but cannot describe their texture. It is only used for interior decoration and is not used for outdoor materials such as walls or fences.

In addition, Korean Patent Laid-Open Publication No. 1999-75834 discloses a porous concrete block and a manufacturing method thereof mainly for the purpose of reinforcing soil, and there are many differences from natural basalt in its appearance except that it is porous.

In addition, Patent Publication No. 2000-72274 discloses a method for producing a porous lava stone concrete using styrofoam as a main raw material and fine stone powder and cement, but many methods for forming a plurality of pores using styrofoam. It takes time and cost, and since the solvent to form pores is difficult to penetrate into the interior of the concrete, the strength of the porous lava stone concrete is greatly reduced due to the remaining styrofoam, so it is used as a building material. Has a difficult problem.

In addition, there are building materials manufactured by adding foaming material to cement or mixing resin with basalt stone powder (Utility Model Registration No. 385757), Patent Registration No. 466528, Utility Model Registration No. 274561, Publication Artificial stone, such as Patent No. 2003-39812, has been developed.

However, in the case of the conventional artificial building materials disclosed as described above, a lot of know-how is required in manufacturing due to the complicated composition and manufacturing process, and economical aspects such as price to construct a wall of natural stone surface texture using a large amount of these building materials. Many disadvantages are true.

Therefore, the present invention was devised to solve the above problems, and finally produced a plastic molding mold using natural stone in a natural state, mortar mortar mixed with cement, gravel and the like in a predetermined mixing ratio After the material is poured, it is hardened and demolded to make artificial stone stone tiles of natural stone texture with fixing pins installed with separate pins for preventing fallout while the texture and color of the outer surface are the same as natural natural stones. The purpose is to provide.

The present invention for achieving the above object is:

Using materials that contain water, cement, sand, gravel, and admixtures in appropriate proportions, they are molded into artificial natural stone tiles of various shapes with natural stone surface texture and color outer surface, and applied to the mortar applied to the wall of attachment during wet construction. The buried and fixed to provide a natural stone artificial molded stone tile is installed, characterized in that a plurality of fixing pins are installed to protrude from each position of the outer edge of the tile to prevent falling after mortar curing.

In a preferred embodiment, the fixing pin is installed in a structure in which one end is fixed to the outer side of the tile outer line after the protruding rear portion of the fixing pin portion protruded from the rear in a state where one side is fixed to each position of the tile outer side, Side protruding end is characterized in that the construction is embedded to be located inside the neighboring stone tiles.

In a more preferred embodiment, the fixing pin is bent in two stages of a metal plate of a predetermined width and length so that the bent portion of one side is inserted and fixed at each position of the outer edge of the tile and the other bent portion of the other side rear and side It is characterized in that the protruding structure.

In addition, the through-hole is formed in the side protruding end of the fixing pin, it is characterized in that it can be completely fixed to the wall by the anchor or concrete nail fixed to the wall through the through-hole.

In addition, the outer surface is manufactured in the same manner as the surface texture and color of the natural basalt, characterized in that the outer surface has a rough and uneven pores formed.

Hereinafter, a preferred embodiment of the present invention with reference to the accompanying drawings in detail as follows.

1 to 9 are perspective views sequentially showing a process of manufacturing a stone tile of natural stone texture according to the present invention using basalt.

The main object of the present invention is to provide artificially shaped stone tiles for wall construction in which the surface texture and color of natural stone are expressed in the same way to greatly reduce the unrestricted sampling of natural stones from an environmentally friendly point of view. Bar, described in sequence with the features of the stone tile of the present invention to each manufacturing process as follows.

After properly arranging and attaching the stone tile of the present invention to the wall, the exterior surface of the wall becomes the outer surface of the stone tile and simulates the surface of the natural stone existing in the natural state on the outer surface as it is. To produce a stone tile expressing the surface texture and color of the natural stone.

The following description of the manufacturing process will be described taking a step of manufacturing a stone tile having a natural basalt texture using basalt ore as an example. It is limited that the stone tile of the present invention is manufactured using basalt as described below. If the natural texture of the natural state of the surface texture is beautiful and has a value of use as a building material and easy to simulate the surface can be used to manufacture the stone tile of the present invention.

First, as a first process, a suitable basalt ore 12 to simulate the surface texture is selected from the basalt ore existing in a natural state as shown in FIG. 1, and then, as shown in FIG. Pour urethane 14 onto the top surface.

Here, the surface of the basalt stone 12 in which the urethane is poured is evenly applied to the release oil in order to provide easy demolding, and evenly applied to the release oil mixed with the engine oil and general diesel oil in a 5: 1 ratio.

Basalt ore is used as a basalt ore in its natural state without moving or processing to a separate place after collection, and thus the shape of the final stone stone (32 is shown in Figure 12) is a variety of shapes depending on the selected basalt ore It is manufactured by using the basalt ore as it is without collecting and processing work as it is in the natural state, so there is no restriction in the size of the stone tile to be manufactured, such as to make the stone tile larger than the size.

In the process of pouring the urethane 14 as described above, the urethane 14 is poured to cover the upper surface of the basalt gemstone 12 to a predetermined thickness, and the cured urethane is the silicon of which the surface of the basalt gemstone 12 is later simulated. It becomes a mold 16 for molding a block, and the urethane 14 is formed along the periphery of the top surface of the basalt stone 12 so that the side surface of the urethane mold 16 can be formed together with the bottom surface. The upper side is also covered with a predetermined thickness.

At this time, the urethane 14 may be prevented from flowing down on the side after fixing by applying a separate iron plate 15 along the circumference of the upper side of the basalt stone 12.

Next, after the urethane 14 is completely cured, it is demolded from the basalt gemstone 12, and the cured urethane, that is, the urethane mold 16, demolded in this way is turned over on the sand 17 as shown in FIG. Place it.

At this time, the inner surface 17 of the urethane mold 16 is in a state where the surface texture of the basalt gemstone, that is, the surface having rough and non-uniform pores.

Subsequently, as shown in FIG. 4, the liquid silicone 18 is poured into the urethane mold 16 and cured, followed by demolding the molded silicone block 20. As shown in Fig. 5, the cured / deformed silicon block body 20 has the same shape and area as the upper surface of the original basalt gemstone 12, and in particular the same texture as the surface texture of the basalt gemstone 12. It will appear as it is on the surface of (20).

Preferred liquid silicones are those in which a silicone main material and a curing agent are mixed at a ratio of 10: 1 to obtain a fast curing rate.

Next, in order to form and manufacture stone tiles of various shapes that can be attached and evenly disposed on the entire wall of a predetermined area with respect to the wall to be constructed, various shapes of silicon that can be combined on one plane in the same manner as described above. Bar blocks 20 are manufactured by molding, in which case basalt stones of various shapes are selected and used according to the shape of the silicon block body 20 to be molded.

Thereafter, the plurality of silicon block bodies 20 molded and manufactured as described above are appropriately processed to have a constant thickness and the like, and then the steps of arranging the inner side of the forming iron plate frame 22 as shown in FIG. 6 are performed. do.

In this case, the silicon block bodies 20 are spaced apart from each other in the forming iron plate frame 22, and the outer side surfaces of the forming iron plate frame 22 and the silicon block body 20 are also spaced apart from each other.

Next, the plastic material 24 in the molten state is poured into the forming steel plate 22, and the plastic material 24 is filled in the space between the silicon block bodies and the upper surface as shown in FIG. At the same time proceed to the curing.

By pouring the plastic material 24 completely up to the height of the forming steel plate 22 in the process of pouring the plastic material 24, the lower silicon block bodies are formed by the plastic material 24. It is completely covered and hidden from view.

On the other hand, the reason for pouring the plastic material 24 is to make a molding die 26 for forming a product for the production of stone tiles of the present invention, the preferred plastic material 24 applied to the present invention is DOP 30Kg, soft 20Kg of PVC powder, 600g of PVC thermal stabilizer, and 30Kg of calcium carbonate are mixed, followed by stirring at about 200 to 250 ° C for 1 hour.

Thus, by demolding the plastic material 24 cured as described above from the silicon block body 20, a molding die 26 for forming a product for producing a stone tile of the present invention is made, as shown in FIG. In the upper surface of the molding die 26 for forming the product is a state in which the demolding surface 28 of each silicon block shape is formed, in particular, the demolding surface 28 is a surface texture of the basalt stone, that is, rough and uneven pores. The surface having the is intact.

As a next step, a mortar material in which water, cement, sand, gravel, and admixture are mixed in a predetermined ratio on each silicon block body demolding surface 28 of the molding die 26 for forming the product, as shown in FIG. After filling (30) with vibration, the step of curing with steam and heat proceeds.

Preferably, the molding mold 26 for molding a product filled with the mortar material 30 is disposed inside the curing chamber, and cured with steam and heat, and the curing chamber is proceeded for 8 hours while maintaining the temperature of the curing chamber at 40 ° C. .

After the mortar material 30 is cured, it is demolded to become the stone tile 32 of the present invention.

At this time, the mixing ratio of the water, cement, sand, gravel, admixture is slightly different depending on the nominal strength, the standard specification is as shown in Table 1 below.

In addition, a pigment for expressing the color of the natural stone basalt as it is, for example, a black pigment may be added to about 1 to 3% of the total weight of the cement.

In the stone tile manufacturing process carried out as described above, one silicon block body is placed in a forming steel plate, and then a plastic material is poured into the forming steel plate to cure, and then the plastic material is completely cured and then demolded. It is also possible to manufacture a single stone tile using a molding die for molding a product.

However, in this case, as described above, the number of processes may be increased compared to simultaneously forming and manufacturing a plurality of stone tiles disposed on the entire wall surface of a predetermined area using a plurality of silicon block bodies.

On the other hand, the stone tile of the present invention, in a state in which the mortar material 30 is filled in each of the deformed seat surface 28 of the molding die 26 for forming a product, as described above, so that dropping after the wet construction can be prevented. Before the mortar material 30 is cured, it is characterized in that it is manufactured by planting the fixing pin 33 as shown in FIG.

10 is a perspective view showing an example of the fixing means that is fixed to each stone tile of the present invention is embedded in the mortar of the wall when the wall surface of the stone tile is attached, that is, the fixing pin for fixing the stone tile to the wall firmly, 11 is a cross-sectional view showing a state in which the fixing pin is installed after the mortar material is filled in the mold for forming a product in the manufacturing process of the present invention.

12 is a rear perspective view of the stone tile of the present invention in the final completed.

In a preferred embodiment, as the fixing pin 33 can be produced by bending the metal plate of a predetermined width and length in two stages as shown in FIG.

The fixing pin 33 is planted inside the mortar material 30 of the stone tile in which one side is being cured and is fixedly installed in the stone tile 32. The one side is a stone tile by the bent shape after installation. In the state fixed to (32), the other side is a structure which protrudes to some extent back from the rear surface of the stone tile 32, ie, the wall surface of the stone tile 32.

In particular, the fixing pin 33 is projected to the rear of the fixed pin portion outward from the final stone tile 32 as described above and the end portion protrudes laterally from the outer line of the stone tile 32 Is installed as a structure.

The fixing pin 33 as described above is installed so that a plurality of the stone tiles 32 are formed in various shapes to protrude outwardly at an appropriate position evenly over the entire circumference, the number of the installed can be variously changed.

That is, referring to FIG. 12, a total of seven fixing pins 33 are installed over the entire circumference of the stone tile 32, but may be installed more or less depending on the size of the stone tile.

In addition, the shape of the fixing pin 33 in the present invention is not limited to the illustrated example, the fixing pin can be applied in various shapes and sizes.

For example, when the size of the stone tiles to be manufactured is relatively large, a fixed pin made by increasing the length and width may be used, and a metal rod, that is, a metal wire, which is bent instead of a metal plate, may be used as necessary. Bending pins may also be used.

In addition, in the case of manufacturing a large stone tile 32, as described later, fixing pins protruding to the side of the stone tile 32 to enable wall fixing by anchors or concrete nails (35 in Figure 14b). A fixing pin 33 having a through hole 34 through which the anchor or concrete nail 35 penetrates may be used (see the right figure of FIG. 10).

After the mortar material 30 is completely cured after the fixing pin 33 is installed as described above, the cured mortar material 30 is finally demolded from the molding die 26 for forming a product. The final product is the artificial shaped stone tile 32 of the present invention.

The stone tile 32 of the present invention, which has undergone the manufacturing process as described above, is provided in the form of a product in which the fixing pins 33 are integrally installed as shown in FIG. 12, and the surface texture of the natural basalt ore, that is, rough The surface with non-uniform porosity is expressed as it is and looks like natural basalt.

In a preferred embodiment, the stone tile 32 may be molded to a thickness of approximately 2 ~ 5cm.

In the description of the manufacturing process described above using a basalt stone, the manufacturing process of a stone tile having a natural basalt texture as an example, the stone tile of the present invention is not necessarily limited to being manufactured using basalt, the surface texture Any beautiful stone that can be used in a natural state while being valuable as a building material can be applied to the manufacture of the stone tile of the present invention.

FIG. 13 is a front view illustrating a state in which the stone tile of the present invention manufactured as described above is constructed on a wall, and FIGS. 14A and 14B are cross-sectional views illustrating a state in which the stone tile of the present invention is constructed on a wall.

The natural stone texture artificial stone tile 32 manufactured as described above is prefabricated to the building wall, that is, various exterior walls or inner walls of the building, or the wall surface of the outdoor fence as shown in FIG. It is possible to construct walls that express the external aesthetics (surface texture) of natural stone.

In other words, when the artificial stone tile 32 of the present invention is easily attached to the wall construction, it is possible to give a feeling like a wall constructed by constructing a natural gemstone.

In order to attach the artificial stone tile 32 of the present invention to the wall, the mortar (or adhesive) 42 is applied to the wall surface 41 and cured, and the tile 32 is fixed to the wall by the adhesive force of the cured mortar. Wet construction methods are used.

Referring to an example in which the stone tile of the present invention is wet-installed on the wall surface with reference to FIGS. 13 and 14a, a conventional mortar (or adhesive) 42 which provides adhesive strength after curing on the entire wall surface 41 to be constructed Apply evenly to a certain thickness.

The stone tile 32 is then placed on the mortar 42 and a force is applied to its outer surface to attach the stone tile to the wall 41 so that each fixing pin 33 is embedded in the mortar 42. (33) Apply additional mortar to the buried portion.

Thereafter, the other stone tiles 32 are laterally attached in the same way, but the fixing pins 33 of the first attached stone tiles are attached so as to be positioned inward of the stone tiles attached later.

Repeat this attachment method to attach all of the stone tiles 32 to the entire wall surface, and finally to fill the boundary 43 of the stone tiles 32, that is, each gap between the stone tiles filled with the filler 43.

On the other hand, when the stone tile of the present invention is manufactured in large size, because the weight of each stone tile is large, it can be inadvertently dropped from the wall, which means that the adhesion of mortar does not support the weight of the large stone tile, or construction Inadequate construction may be caused by carelessness of the worker. If the stone tile is dropped after construction, there is a great risk of an accident.

In order to prevent the fall of such a large stone tile, in the case of the large stone tile 32 is provided with a fixing pin 33 formed with a through hole 34, the anchor or concrete nail 35 in the construction process of the fixing pin It is inserted into the through hole 34 and embedded in the wall (wall) 41 so that the stone tile 32 can be more firmly fixed to the wall 41 by the anchor or the concrete nail 35.

The construction of the anchor or concrete nail 35 is constructed using a concrete taka widely used in the construction site.

In this way, the present invention relates to an artificial stone tile for architecture, civil engineering, and landscaping, which is attached to a building wall or retaining wall outer wall of a building, a civil engineering site, or a landscaping site to enhance the durability and to beautifully decorate its exterior. As a result, it is possible to construct a wall of eco-friendly natural stone that has a surface texture of natural stone and matches well with the surrounding environment.

The artificial molded stone tile of the present invention can be used as a floor tile in addition to the above-described wall tile, for example, it can be used as a flooring or floor stepping stone for garden landscaping, and the attachment method for construction is to use a fixing pin. The back is the same as the wall construction described above.

In the case of conventional wet tile construction, there was a problem that the wet construction method had due to the carelessness of the construction worker or seasonal effects (freezing or heat) after construction, that is, the tile fell off, but in the case of the artificial stone tile of the present invention Since a separate fixing pin that can be supported and fixed more stably is installed, the problem of dropping after construction can be eliminated.

In addition, in the present invention, the anchor pin or concrete nail is fixed to the wall to completely fix the wall, so that it is possible to supply a large artificial stone tile having a natural stone surface texture, which is a large structure wall such as a concrete retaining wall of a civil engineering site. Construction is possible.

Slug is generated when the mortar kneaded in the manufacturing process of the tile using the conventional mortar and vibrates into the mold, and the slug rises to the surface with moisture during the precipitation of the mortar, and the water evaporates during the curing process and the film is coated on the surface. Is formed.

This coating causes a separation phenomenon when the constructed wall is repeatedly contracted and expanded by external temperature. Thus, in the conventional art, the tile is inevitably generated no matter how hard the operator tries.

Therefore, in the case of the conventional wet tile made for the purpose of attaching to the wall of the building, it is bound to be a small standard that is difficult to apply to large structures of civil works.

On the other hand, the artificial stone tile of the present invention has a separate fixing pin, so that it can be supplied in a large size, and in particular, the fixing pin can be applied to various shapes of artificial stone tiles, and thus has various shapes on one wall. Since various types of stone tiles can be constructed at the same time, the natural wall of natural stone appearance can be constructed.

As described above, according to the artificial molded stone tile of the natural stone texture provided with the fixing pin according to the present invention, the following effects are obtained.

1) With natural stone surface texture, it is possible to construct an eco-friendly natural stone wall that matches well with the surrounding environment.

2) As a building material that does not include natural stones, natural stone is used only for the production of molding molds, so that it is possible to provide artificial stone tiles with realistic and natural textures at low manufacturing costs without causing uncontrolled natural stone collection and natural damage. .

3) The manufacturing method and process is relatively simple, there are no special restrictions and difficulties in mass production, and there is no problem of strength reduction, because it is not a texture simulation by a specific component combination.

4) By the fixing pin that can be supported and fixed to the wall more stably, the problem of wet construction, that is, the problem that the tiles fall off can be solved.

5) It is possible to use anchoring or concrete nails on the fixing pins to completely fix them to the wall, so that large artificial stone tiles with natural stone surface texture can be supplied, and construction on large wall structures such as concrete retaining walls in civil works It is possible.

6) In particular, since the basalt ore is not collected and processed, it is used in its natural state, so that the stone tile can be manufactured in a larger size.

7) Since the fixing pin applied to the present invention can be applied to artificial stone tiles of various shapes, it is possible to construct various types of stone tiles having various shapes on one wall at the same time. In other words, the construction of the present invention is clearly different from the construction of the standardized tile having a certain shape and size, and provides the advantage that the wall construction of the natural stone appearance is more natural.

Claims (5)

Using materials that contain water, cement, sand, gravel, and admixtures in appropriate proportions, they are molded into artificial natural stone tiles of various shapes with natural stone surface texture and color outer surface, and applied to the mortar applied to the wall of attachment during wet construction. A natural stone artificial stone stone formed of a natural stone texture, characterized in that the fixed pins are installed to be embedded and fixed so that a plurality of fixing pins to prevent falling after curing mortar curing protrudes at each position of the outer edge of the tile. The method according to claim 1, The fixing pin has a fixed pin portion coming out from the outside in the state that one side is inserted fixed to each position of the tile outer side after the rear end is installed in a structure that protrudes laterally from the tile outer line, the side protruding end An artificial molded stone tile having a natural stone texture with a fixing pin installed therein, which is embedded to be placed inside the neighboring stone tile. The method according to claim 2, The fixing pin has a structure in which a metal plate having a predetermined width and length is bent in two stages so that the bent portion of one side is inserted and fixed at each position of the tile outer side and the other bent portion protrudes rearward and sideward. Artificial stone pattern of natural stone texture with a fixed pin. The method according to any one of claims 1 to 3, A through hole is formed at the side protruding end of the fixing pin, and the artificial stone of the natural stone texture with the fixing pin installed on the wall surface can be completely fixed by the anchor or concrete nail fixed to the wall through the through hole. Molded Stone Tiles. The method according to claim 1, The outer surface is made of the same as the surface texture and color of the natural basalt, the artificial stone stone tile of the natural stone texture with a fixed pin is installed, characterized in that the rough and uneven pores formed on the outer surface.

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