KR20000058464A - A method for manufacturing silver tiles and Silver tiles - Google Patents

Abstract

PURPOSE: A silver tile manufacturing method is provided, which is helpful to the human body by a silver ion, an anion, and far infrared rays emitted from silver; sterilizes the noxious germ existing indoors by high antibiosis; economizes on the consumption of energy due to silver's high-heat conductivity; doesn't need to reconstruct an insulating material or to repair on constructing an inner wall; keeps indoors pleasantly by intercepting electronic waves and the differences on a water vein. CONSTITUTION: A silver tile manufacturing method comprises the steps of; formation (20) of a silver-cover (2) which has a space by an end (8) bent vertically and an embossing part (4) on the surface of an upper side; preparation (30) of a filling (6) for injecting a filling (6) into the inner space of a silver-cover (2); filling (40) of which a filling (6) is injected into the inner space of a silver-cover (2); drying (50) in a drier for hardening a filling (6); washing (60) of a dried silver tile.

Description

Silver tile manufacturing method and silver tile {A method for manufacturing silver tiles and Silver tiles}

The present invention relates to a method of manufacturing silver tiles used as a building finishing material and silver tiles manufactured by the above method, and more specifically, using pure silver (純銀) to house, hospital floor and wall, sauna, The present invention relates to a method of manufacturing silver tiles and silver tiles that can maintain a healthy and comfortable environment due to silver ions emitted from silver by manufacturing them in the form of tiles used in bathrooms, basement floors and walls, especially kitchens in restaurants.

Tiles are often used as finishing materials when building or repairing buildings. Tiles are flat clay plastic products made to cover the surface of floors, walls, etc., and are very thin compared to the surface area and are oil-free or oil-free at temperatures higher than red during the manufacturing process. It is fired and has special physical properties and characteristics. In general, tiles have durability, water resistance, and wear resistance, and are used as finishing materials because they are easy to install and hardly cause cracking or discoloration after construction. In particular, it is widely used in kitchens, toilets, baths and washrooms that require a hygienic environment.

Tiles are mainly manufactured by firing at high temperature. In general, clay is mixed with powders such as silica, feldspar, and pottery, and finely ground, kneaded with water, molded, calcined (pre-baked), oiled, and calcined again (main roasted). do. The firing temperature is heated to 1250 ° C. or higher in the dry method, and 1200 to 1350 ° C. in the wet method. The firing temperature is changed depending on the use of the tile.

However, conventionally used tiles have various problems.

First, because the surface of the tile is not treated with glaze except that it is manufactured with glaze, the temperature change is large and energy is wasted accordingly when the insulation is not separately applied to the wall or floor. do.

Secondly, kitchens, bathrooms, wash basins, etc., in which tiles are mainly constructed, have a lot of moisture and germ propagation, but the tiles themselves do not sterilize.

Third, in the case of kitchen tiles, foreign substances are attached to the surface of the tiles due to prolonged use, and thus, chemically prepared cleaning agents or cleaning agents are used to cause discomfort to the skin of housewives, and cause frequent skin diseases. In addition, it can be expensive to purchase products and can be used as consumables rather than permanently, which can be a factor of environmental destruction.

Fourth, there is no blocking effect of electromagnetic waves or water veins that are found to be harmful to the human body. As is well known, electromagnetic waves are generated from electronic products, and are mainly generated from electronic and electric devices operating in high frequency bands such as mobile phones. In addition, the water vein wave is an energy field generated from the exponential sub- vein flowing underground, and it is suspected to cause cracks in the building or to cause headache and disease by acting on the human body.

Conventionally, as a preventive measure against electromagnetic waves or water waves, devices using mats wrapped with silver foil, blankets using copper plates, or magnetic materials have been devised, but construction is difficult and the price is not popularized.

In addition, there is a product manufactured using stainless on the surface of the tile, but there is a problem that there is no effect other than simply maintaining the convenience of manufacturing and surface gloss for a long time.

The present invention has been made to solve the above problems, the object of the present invention by silver ions, anions, far-infrared rays emitted from the silver, the beneficial effect on the human body, high antibacterial effect indoors The present invention provides a method for producing silver tiles and silver tiles which can maintain a clean environment by sterilizing existing harmful bacteria.

Another object of the present invention is the energy saving effect by the characteristic of silver having the highest thermal conductivity among the metals, the need for re-installation and maintenance of the insulating material during the inner wall construction, and a comfortable indoor space by the blocking action of electromagnetic waves and wagons To provide a method for producing a silver tile and the silver tile can be provided.

Still another object of the present invention is to provide a manufacturing method and a silver tile that can be used to have a variety of forms and colors can be used as interior decoration with high quality.

1 is a flow chart illustrating a method of manufacturing a silver tile of the present invention.

Figure 2 is one embodiment of the silver tile produced according to the present invention.

Figure 3 is another embodiment of the silver tile produced according to the present invention.

4 is a cross-sectional view illustrating a bonding state of the silver tile of FIG. 3.

5 is another embodiment of the silver tile manufactured according to the present invention.

<Explanation of symbols for main parts of drawing>

2: silver cover 4: embossing part

6: filling 8: end

9 groove 10: binder

11: vent D: thickness

20: forming the silver cover step 30: preparing the filling

40: filling step 50: drying step

60: washing phase

The method of the present invention as described above, in the manufacturing method of the tile used as a building finishing material, having a plurality of embossed portions protruding on the upper surface, the end is bent vertically, the space is formed in the center by the bent end After the silver cover forming step 20 of the silver cover having a high purity, and after filling the silver cover forming step, the filler preparation step 30 for injecting the silver cover into the inner space of the silver cover, Filling filling step 40 that is injected into the inner space of the cover, drying step 50 by applying heat in a dryer for a predetermined time to cure the filling after filling the filling, and after drying the silver tile Washing with water is made of a washing step 60 to complete the manufacturing process of the silver tile, it is a silver tile manufactured by the above method.

Hereinafter, the silver tile manufacturing method and silver tile of the present invention will be described in detail with reference to the accompanying drawings.

The present invention is a method of manufacturing a silver tile used as a building finishing material, removes air bubbles in a molten state of high purity silver, prepares a sample having a constant size and weight to bend by heating the heat, having a predetermined thickness The steel sheet is rolled to produce a silver plate, and the filler is filled in the inside of the silver plate, followed by drying for a predetermined time to complete the production of the silver tile. Silver, in particular, high purity pure silver of more than 99.9% has been clinically proved to have bactericidal and purifying properties in oriental medicine, and this has been proved by experiments based on modern science and technology.

1 is a flowchart illustrating the silver tile manufacturing method, with reference to this, illustrating the manufacturing method of the present invention.

First, prepare silver with high purity of 99.9% or more. Sterling silver is heated to a molten state at a high temperature to remove bubbles and impurities, and is configured to have a certain form. That is, high purity silver is required in order to exhibit the unique characteristics of silver, sterilization, blood circulation improvement, electromagnetic waves, and water vein removal. Sterling silver is prepared and molten to form a silver cover. The silver cover is a rectangular parallelepiped in which the lower side is completely open and the remaining sides are blocked, and is configured to have the same shape and size as a conventional tile. The difference from conventional tiles lies in the embossed portion formed on the surface.

Referring to FIG. 2, the silver cover 2 has a plurality of embossed portions 4 protruding from an upper surface thereof, an end portion 8 being vertically bent, and a space formed at the center by the bent ends. Have The embossed part 4 of the silver cover 2 is for making the surface area of silver wide so that the effect of silver may fully be exhibited. It is apparent that the silver cover 2 can be configured to have various sizes, thicknesses, and shapes, such as conventional tiles (squares, circles, hexagons, etc.).

In addition, the end 8 of the silver cover 2 is bent perpendicularly to the surface on which the embossed portion 4 is formed to form a space therein. The space portion is a space in which the filling 6 for maintaining the shape of the silver cover 2 is injected. The filling of the filler 6 is to reduce the cost compared to manufacturing the entire silver tile with pure silver, and to maintain the shape by reinforcing the low strength characteristic of the silver. Furthermore, the addition of specific ingredients to the filling 6 can further benefit.

The thickness D of the silver cover 2 should also be such that the silver is not bent or crushed, and preferably has an initial configuration of about 0.1 to 0.2 mm. The silver cover 2 can also change the shape of the plurality of embossing portions 4 with reference again to FIG. 2. That is, it will be apparent to those skilled in the art that the embossed portion 4 may have any shape that can increase the silver surface area as well as the circular protrusions.

Before the silver cover 2 is formed as shown in FIG. 2, it is preferable to reinforce the strength of the silver more strongly and to use an alloy for the gloss of the silver surface. The alloy should be blended to the extent that the strength of the silver is maximized and the effect of the silver is not lowered. In the present invention, the content of the alloy (alloy) was achieved using 0.007%.

As described above, while the silver cover 2 is formed and hardened or solidified, the filler 6 for injection into the inner space of the silver cover 2 is prepared. Of course, the preparation of the filling 6 can be carried out before the formation of the silver cover 2.

The filling is to maintain the shape of the silver cover 2 when the silver cover 2 is used as a tile. The filler may, for example, use a mortar, foamed urethane, or a mixture of epoxy resins, ocher powder and charcoal powder. In particular, in the mixture, the ocher powder may have a beneficial function to the human body by adding a material such as jade stone or germanium. The jade stone or germanium is crushed to a size of about 100 mesh. Adding jade stone or germanium is especially useful for people who always live or sleep. In the case of the mixture, a plurality of ventilation holes are further formed around the embossing portion 4 so that the effect of the mixture can be sufficiently exerted, which will be described later with reference to FIG.

In order to inject the filler into the silver cover 2, it is preferable to inject the filler in the liquid state or the semi-solid state in a position opposite to that shown in FIG. 2, that is, in the state in which the silver cover 2 is turned over. When the filling is finished, it is transferred to a dryer (not shown) for drying. When the filler 6 is injected, the silver cover 2 is completely blocked except for an opening located upwardly, that is, it is blocked by the embossing part 4 and the end 8, and thus the injected filler is filled. No leakage

In this state, the filler 6 is dried by heating in the dryer for a predetermined time. The drying time is changed depending on the type of filling 6 injected into the silver cover 2. It is necessary to set the heating temperature and heating time in the dryer so that the filling 6 hardens in the hardest state, and it is possible to measure the heating temperature and heating time by the experiment in the direct drying state and set it in actual production. Do. In the following description, a tile having a size of 10 cm x 10 cm and having a thickness of 1 cm or less is described.

In the case where the filler material 6 is mortar, it is preferable that the optimum conditions be 200 to 250 ° C. for 1 hour to 1 hour 30 minutes to be cured by heating in a dryer. Of course, it is possible to change within the error range ± 5%, which can be changed depending on the size and thickness of the actual silver cover (2). The same applies to other fillings as well.

In the case where the filler is a foamed urethane, it is preferable that the optimum conditions be about 100 to 150 ° C. for 1 hour to 1 hour 30 minutes to be cured by heating in a dryer.

In addition, if the filler is a mixture of urethane resin, nephrite powder and charcoal powder, it is preferable to heat and harden at 200-250 degreeC for 1 hour-1 hour 30 minutes.

The mixing ratio of the filler (6) is 15 to 25% by weight of the urethane resin, 50 to 60% by weight of the nephrite powder, 10 to 20% by weight of charcoal powder, which is mixed with 15 to 25% by weight urethane resin The powder and charcoal powder is well mixed and becomes thick and sticky, and when the silver cover is filled, the silver cover and the adhesive are well adhered, and when the mixed filler is cured, 50 to 60% by weight is mixed. The silver tile is able to obtain sufficient strength and emit far infrared rays.

As described above, when drying is completed for each of the fillings at a predetermined temperature for a predetermined time, the silver tile is washed with washing water to complete and finish the manufacturing process of the silver tile. After the work is finished, remove the water on the silver tile to complete the product. The finished product has a constant thickness of silver on the surface and a filling-filled tile inside that is a good finish. Of course, the filling itself has some degree of waterproofing, but if necessary, the waterproofing material can be added to the filling material 6 to achieve a waterproofing effect.

3 is another embodiment of the silver cover 2 according to the present invention, and has a structure capable of preventing separation of the filler material 6. In other words, grooves 9 are formed at the end 8 of the silver cover 2 to protrude inwardly (space direction in which the filling is injected). The recess 9 serves to firmly fix the filling as the filling 6 hardens, so that the filling 6 is not easily separated even when used for a long time.

In addition, the recess 9 is also useful for constructing a tile by combining a plurality of silver covers (2). In the case of fixing the silver cover 2 disposed adjacent to each other with reference to FIG. 4 by using the binding material 10, since the binding material 10 is hardened in an inserted state of the recess 9, the bonding strength is also strong. Is increased. Therefore, there is an advantage that the tile is maintained without falling for a long time after the tile construction. Formation of the concave portion 9 is accomplished by configuring the mold to have such a shape in advance in the manufacture of the silver cover 2.

In case of using mortar or foamed urethane as the filler (6), there is no problem, but in case of using a mixture of urethane resin and ocher powder, charcoal powder, or mixture of Uetan resin, jade powder and charcoal powder, Since it is completely blocked from the outside, a problem occurs that the effect is reduced. Although the entire space of the rear part of the silver cover 2 is open and the filling 6 is exposed over a large area, the area of the silver cover 2 is blocked from the atmosphere by contact with the wall or the bottom surface. There is a problem that the divergence of beneficial components to the human body is blocked through the rear portion.

In order to solve this problem, as shown in FIG. 5, a plurality of vent holes 11 may be formed on the surface of the silver cover 2. In other words, by forming the ventilation holes 11 penetrating the surface of the silver cover 2 and the inner space between the embossed portion 4, the components beneficial to the human body can be emitted from the mixture to enhance the effect.

The vents 11 can also be formed on top of the embossed portion 4. It is apparent that the formation of the ventilation holes 11 can also be made by forming the ventilation holes in the mold at the time of manufacturing the silver cover 2.

Since the silver cover 2 is formed earlier than the filler 6, when the vents 11 are formed, the liquid 6 may be leaked in the liquid or semi-solid state, but the vent 11 is mainly maintained in a semi-solid state. Since it is used in the mixture of urethane resin, ocher powder (or purifying powder) and charcoal powder, there is no effect on drying.

In the above description of the present invention has been described with reference to the embodiment of the silver cover (embossed portion formed), it will be appreciated that it is possible to manufacture a tile having a variety of forms or shapes. It is also possible to express various colors using dyes to vary the surface gloss of silver. Therefore, the silver tile can be used as a high-quality interior finishing material and decoration material with a subtle color.

As described above, according to the present invention, when the silver tile is constructed, it is beneficial to the human body by silver ions, anions, and far infrared rays radiated from the silver, and harmful bacteria present in the room by having a high antibacterial effect. Sterilization has the advantage of maintaining a clean environment.

In addition, it has the effect of saving energy by the characteristic of silver which has the highest thermal conductivity among metals, and it is not necessary to re-install and maintain the insulation material when constructing the inner wall, and to provide a comfortable indoor space by blocking the electromagnetic waves and wagons. .

Claims (10)

In the manufacturing method of tiles used as building finishing materials, A silver cover forming step 20 having a plurality of embossed portions 4 protruding from the upper side surface, the end portion 8 being vertically bent, and having a space formed in the center by the bent ends; Filling preparation step 30 for preparing a filling 6 for injecting into the inner space of the silver cover 2 after the silver cover forming step; Filling filling step 40 for injecting the filling 6 into the inner space of the silver cover 2 after the filling preparation step; A drying step 50 of applying heat in a drier for a predetermined time in order to cure the filling 6 after the filling filling step and drying; The silver tile manufacturing method characterized in that it comprises a termination step of completing the manufacturing process of the silver tile by washing the silver tile dried in the drying step as washing water. 2. The method of claim 1, wherein the silver cover is mixed with 0.007% of alloy to increase the surface gloss and strength of the silver cover (2). The thickness of the silver cover according to claim 1 or 2, wherein the thickness of the silver cover is 0.1 to 0.2 mm, and the separation strength of the filler on the surface of the end portion 8 of the silver cover 2 and the adhesion strength at the time of attachment of the silver cover. Silver tile manufacturing method characterized in that to form a groove (9) to increase. According to claim 1 or 2, a plurality of vent holes through the surface of the silver cover so that the active ingredient of the filler material 6 is discharged between the plurality of embossed portion 4 formed on the surface of the silver cover (2) Silver tile manufacturing method characterized in that the (11) is formed. The method of claim 1 or 2, wherein the filler (6) is filled with mortar, and the silver cover (2) in which the mortar filler is filled is dried for 1 hour to 1 hour 30 minutes in a dryer at a temperature of 200 to 250 ° C. The method of producing a silver tile, characterized in that for curing by heating in a dryer for a while. The method according to claim 1 or 2, wherein the filler (6) is filled with foamed urethane, and the silver cover (2) filled with the foamed urethane filler is dried for 1 hour to 1 hour and 30 minutes in a dryer at a temperature of 100 to 150 캜. The method of producing a silver tile, characterized in that the curing by heating during. The mixture according to claim 1 or 2, wherein the filler (6) is charged with a mixture of 15 to 25% by weight of urethane resin, 50 to 60% by weight of nephrite powder, and 10 to 20% by weight of charcoal powder. The production of silver tiles characterized in that the silver cover (2) filled with a mixture of urethane resin, nephrite powder and charcoal powder is heated and cured for 1 hour to 1 hour 30 minutes in a dryer at 200 to 250 ° C. Way. In the tiles used as building finishing materials, A silver cover (2) having a plurality of embossed portions (4) projecting on the upper side surface, the end portion (8) being bent vertically, and having a space formed in the center by the bent end portion (8), The silver tile is inserted into the inner space of the silver cover (2) to maintain the shape of the silver cover (2) comprises a filler (6) for easy attachment. The method of claim 8, wherein the silver cover 2 is formed of a thickness of 0.1 to 0.2mm, the end portion 8 of the silver cover 2 protrudes inwardly so as to prevent the filling from being separated Silver tile characterized by the above-mentioned. 10. The vent holes (11) according to claim 8 or 9, wherein a plurality of vent holes (11) are provided so as not to overlap with the embossing portion (4) in order to allow the components beneficial to the human body to diverge from the filler on the surface of the silver cover (2). Silver tile, characterized in that formed.