KR200358979Y1 - a tile or stony draining trap - Google Patents

Abstract

The present invention does not manufacture using the original properties of the material of the existing stainless steel or plastics in the production of the trap for drainage used in the sewer (hereinafter referred to as 'drainage') on the current construction and equipment,

It refers to the manufacturing of floor drain traps to resemble stone materials by coloring and polishing the raw materials of plastics (ABS, PVC, PP, etc.) to give a feeling of stone such as ceramic tiles and marble on the market.

Description

A tile or stony draining trap}

The present invention relates to the manufacture of drainage traps identical to the materials of tiles, bathtubs, washbasins and toilets, and more particularly, to have the same materials and colors as tiles, bathtubs and washbasins in the process of producing drainage traps. The present invention relates to a drainage trap for ceramic tiles and stone that can be adapted to the preferences of consumers of apartments or houses.

In general, the bathroom structure of an apartment or a general house is divided into a toilet bowl 10, a wash basin 20, a bath 30, various tiles and drain trap 40, as shown in Figure 1, the toilet bowl 10, washbasin 20 and the bathtub 30 are made of materials such as marble or onyx, SMC, FRP, acrylic, enamel, and urastone, which are called artificial marble, and the three products are identical to each other. It is possible to form a sense of unity with each other by manufacturing with materials and colors. In addition, the various tiles used in bathrooms are apparently characterized by the above-mentioned toilet seat 10, washbasin 20, bathtub 30 and the like in terms of properties and colors. It's no different.

However, the drain trap 40 used in bathrooms and other drains is made and produced by using stainless steel or general plastics, and taking the right of practical use and design in functional parts. As for the visual part, the reality is that only one product is produced and distributed on the market.

In addition, there is no change in the thinking of companies trying to manufacture drainage traps using materials of the toilet 10, the wash basin 20, and the bath 30, that is, marble, onyx, or durastone. It is also true that there was no change. Therefore, it is possible to manufacture the toilet seat 10, the wash basin 20, the bathtub 30 and other tiles with the same material and color. Although it can be formed, the drain trap 40 will not meet the needs of consumers want to have the same material and color.

The present invention is to solve the above problems, to meet the needs of consumers who want to have the same material and color even toilet seat, wash basin, bathtub and drain trap, and the same material as the toilet seat, wash basin and bathtub By forming the receiving trap as a mold and manufacturing the formed trap for drainage, the tub and washbasin are designed to meet the consumer's taste in apartments or general houses by forming a sense of unity with bathtubs, washbasins, toilets, and other floor tiles. It is an object of the present invention to provide a drain trap for stone properties having the same texture as the material or the appearance of marble. The present invention for realizing such a purpose comprises a toilet bowl, a basin, a bathtub, and a drain trap. In the case of using the same material as the toilet bowl, the wash basin and the bathtub as a molding die Forming a drainage trap, manufactures the drainage trap is formed by the coating process is characterized in that a sense of unity of the toilet, wash basin and bath formed.

Figure 1 is a schematic view of the bathroom structure of a typical house. Figure 2 is a production process diagram of the artificial marble drain trap according to the present invention. Figure 3 is a manufacturing method of the drainage trap of ceramic tiles and stone properties according to the present invention is represented. Figure 4 is a cross-sectional view of the drainage trap for ceramic tiles and stone properties according to the present invention. Figure 5 is a cross-sectional view of the drainage trap for ceramic tiles and stone properties according to the present invention. Fig. 7 is an exemplary view of a drainage trap of a ceramic tile and a stone star according to the present invention. Fig. 8 is a view illustrating a drainage trap of a ceramic tile and a stone star according to the present invention. Another embodiment. * Explanation of symbols on the main parts of the drawings * 10: toilet seat 20: wash basin 30: bathtub 40: drain trap 11: basic characteristics of the drain trap 12: adhesive layer 13: graphic sheet 14: second Coating layer 15: third coating layer 16: fourth coating layer

When described in detail below with reference to the accompanying drawings. Figure 2 is a manufacturing process diagram of the drain trap basic properties according to the present invention, Figure 3 is a block diagram of the trap for drainage of ceramic tiles and stone properties by coating 4 to 6 are cross-sectional views of the drain trap, and the manufacturing process will be described in detail as follows. First, the same material as the basin 20 and the bath 30, that is, marble or onyx, duraster, SM, etc. (SMC), FRP, acrylic, enamel, one of the main raw materials to have a certain viscosity, and then mixed with a predetermined amount of a curing agent to form a trap for producing a drain trap Thereafter, the mold is vibrated to distribute the main ingredients evenly inside the mold, and then left for 5 minutes to 1 hour to be cured by the added curing agent, and then the mold is removed and naturally cured at room temperature for 24 hours. The manufacturing process of the basic properties 11 of the trap is completed. The adhesive layer 12 and the tile ceramics or marbles formed on the upper side of the basic properties 11 of the trap for drainage are designed or illustrated. Graphene sheet 13 is bonded to the upper side of the graphic sheet and the second coating layer 14 formed of a silicon dioxide layer on the upper side of the trap is characterized in that the coating is coated with water resistance, heat resistance, etc. A drain trap for ceramic tile and stone properties is a technical gist. In order to achieve the technical gist of the present invention, the second coating layer of the present invention includes a third coating layer 15 having a mixture layer of silicon dioxide and titanium dioxide thereon. The coating is further formed, and it is desired that the titanium dioxide be a trap for drainage of ceramic tiles and stone, characterized by maintaining the life of paintings by blocking ultraviolet rays. In addition, the third coating layer is a ceramic tile and stone, characterized in that the fourth coating layer 16 of a mixture layer of silicon dioxide, titanium dioxide and aluminum oxide is further formed on the upper side to maintain surface gloss and hardness. In addition, the present invention is a ceramic tile and stone properties characterized in that the third coating layer 15 or the fourth coating layer 16 is formed instead of the second coating layer (14). It is also preferred that the trap be a drainage trap, so that the functionality can be selectively selected. The present invention also sprays and sprays the adhesive layer 12 of the silicon dioxide layer on the upper side of the basic property 11 of the drain trap. 12) adhering the graphic sheet 13 of paper or fiber material on top of the sheet 12 and firing it at 150 degrees C or less, and after firing and drying the adhesive layer 12, It is composed of a secondary coating step of spray coating the second coating layer 14 of the silicon dioxide layer on the pick sheet 13 and firing and drying at 15 degrees C or less, so that the water resistance to the basic properties 11 of the trap for drainage The method of manufacturing a drainage trap for ceramic tiles and stone properties characterized by coating a painting having heat resistance, etc. The manufacturing method of the drain trap for ceramic tiles and stone properties, the second method, The third coating step of forming a third coating layer 15 of a mixture layer of silicon dioxide and titanium dioxide on the upper side of the secondary coating layer 14 is further included, so that the titanium dioxide of the third coating layer 15 It is preferable that the method be a method of manufacturing a drainage trap for a ceramic tile and a stone phase, characterized by maintaining the life of the figure. The method further includes a fourth coating step of forming a fourth coating layer of a mixture layer of silicon dioxide, titanium dioxide and aluminum oxide on the upper side, to maintain the surface gloss and hardness of the basic property 11 of the drain trap. It is preferable that the method is a method for manufacturing a drainage trap of a ceramic tile and a stone shape, characterized in that. According to the present invention described above, the production of a drain trap for forming a beautiful bottom surface as in the embodiment of FIGS. Becomes possible.

As described above, the present invention, as the toilet seat, wash basin, and the tub and the same material, such as to manufacture the same color to the toilet, wash basin, bathtub and drain traps to form a sense of unity in addition to the three tiles and floor tiles Even the same material and color can meet the needs of consumers want to have.

Claims (7)

Basic characteristics (11) of the trap for drainage formed as a molding die using the same material as the toilet seat (10), the wash basin (20) and the bath (30); An adhesive layer 12 formed on an upper side of the drain trap basic shape 11; A graphic sheet 13 attached to an upper side of the adhesive layer 12 by drawing or drawing a tile pottery or a stone statue; The second coating layer 14 formed of a silicon dioxide layer on the upper side of the graphic sheet 13; consists of ceramic tiles and stone properties characterized in that the coating is coated with a water resistance, heat resistance on the basic trap for drainage Drain trap. The method of claim 1, wherein the second coating layer 14, The third coating layer 15 of a mixture layer of silicon dioxide and titanium dioxide is further coated on the upper side, A trap for drainage of ceramic tiles and stone, characterized by the fact that titanium dioxide blocks ultraviolet rays to maintain the life of paintings. The trap for drainage according to claim 1 or 2, On the upper side is further formed a fourth coating layer 16 of a mixture layer of silicon dioxide, titanium dioxide and aluminum oxide, Drain trap for ceramic tiles and stone properties characterized by maintaining the surface gloss and hardness. The drain trap of the tile pottery and stone properties of claim 1, The third coating layer 15 or the fourth coating layer 16 is formed in place of the second coating layer 14, characterized in that the trap for ceramic tiles and stone properties. Spray coating the adhesive layer 12 of the silicon dioxide layer on the upper side of the basic characteristics 11 of the drain trap, and adhere the paper or fibrous graphic sheet on the upper side of the adhesive layer 12 to 150 degrees or less In the plastic sheet bonding step (13) to dry in the plastic; After firing and drying of the adhesive layer 12 to the secondary coating step 14 of spray coating the second coating layer 13 of the silicon dioxide layer on the upper side of the graphic sheet 13 and firing and drying at 150 degrees or less. A method of manufacturing a drainage trap of ceramic tiles and stone properties, characterized by coating a painting having water resistance and heat resistance on the basic properties (11) of the drain trap. The method of manufacturing a drain trap for the ceramic tile and stone properties according to claim 4, Further comprising a third coating step 15 for forming a third coating layer 15 of a mixture layer of silicon dioxide and titanium dioxide on the upper side of the secondary coating layer 14 and plastically dried at 200 degrees C or less, Titanium dioxide of the third coating layer (15) to block the ultraviolet rays to maintain the life of the painting, etc. The manufacturing method of the trap for drainage of ceramic tiles and stone properties. According to claim 4 or 5, The manufacturing method of the trap for drainage of the ceramic tile and stone properties, Further comprising a fourth coating step 16 of forming a fourth coating layer 16 of a mixture layer of silicon dioxide, titanium dioxide and aluminum oxide on the upper side and firing and drying at 200 degrees C or less, A method for producing a drain trap for ceramic and stone properties, characterized by maintaining the surface gloss and hardness of the basic property (11) of the drain trap.