KR100777031B1 - the glaze and the manufacturing method using stone powder of conglomerate with seven color - Google Patents

Abstract

The present invention relates to a glaze containing chilseok stone powder and a method for manufacturing the same, and to produce a glaze stirred in a certain ratio of the chilseok stone powder and water beneficial to the human body, by producing a porcelain with the same, on the surface It emits a large amount of far infrared rays and anions, and has deodorizing function, antibacterial effect and antifungal function.

Looking at the approximate process of the present invention, first, the first preliminary grinding process (S1) for crushing the collected seven stones, iron removal step (S2) for separating the iron contained in the crushed seven stones, iron is Cloisonne stone secondary grinding process (S3) for finely crushing the removed stone stone powder (S3), Cloisonne stone powder and water compounding process (S4), which is a compounding of the coarse stone stone and water subjected to the process at a predetermined ratio, Stirring process (S5), which stirs the gemstone powder and water well, the precipitation process (S6) that precipitates the contents for a certain time, and the water removal process (S7) which removes the supernatant from the precipitate. Glazes are prepared.

Thus, glaze containing chilboseok, in the manufacture of porcelain, lubricated with a piece of first roasted, and pottery roasted to produce porcelain, thus emitting a large amount of far infrared rays and anions on the surface, antifungal, It has deodorizing function, antibacterial effect, etc., and it is not an artificial chemical ingredient, so it is harmless to human body, and after firing, it has its own color, so it has a beautiful appearance.

Tanabata, Glaze, Far Infrared, Flag, Ceramic, Anion

Description

Glazes containing the seven-stone stone powder and its manufacturing method {the glaze and the manufacturing method using stone powder of conglomerate with seven color}             

1 is a process chart according to the present invention.

The present invention relates to a glaze containing chilseok stone powder and a method for manufacturing the same, and to produce a glaze stirred in a certain ratio of the chilseok stone powder and water beneficial to the human body, by producing a porcelain with the same, on the surface It emits a large amount of far infrared rays and anions, and has deodorizing function, antibacterial effect and antifungal function.

In general, in the manufacture of ceramics, the application of glaze is not only to luster the surface to make the product beautiful, but also to increase the strength, to make the surface semi-finished, and to prevent it from becoming dirty. Improves practicality by increasing resistance to water and chemicals.

Commonly used glazes are made of ash from native plants such as pine, birches and rice straws, or they are used to manufacture glazes composed of feldspar, limestone and silica. Recently, glazes containing special ingredients are used. It was developed, looking at this, first, as disclosed in Korean Patent Publication No. 446477, suggests a method of manufacturing ceramics coated with a harp, as disclosed in Korean Patent Publication No. 10-2002-0066789, Although a method of manufacturing ceramics using glaze as a main ingredient is proposed, this is not easy to manufacture each collection coating material and jade powder, which is the material of the glaze, and there is a problem that the cost of the material is high because the material used is expensive. .

Therefore, in order to solve the above problem, the present invention removes the iron contained in the first crushed chilseok stone powder, and the second crushed chilseok stone powder finely crushed more than 300 mesh at the same ratio as water It provides a glaze formed of a precipitate of a suspension which is mixed and stirred, and precipitated to remove the supernatant thereof. As a result of the manufacture of porcelains using this, it radiates far infrared rays and anions on its surface, and has antibacterial effect, deodorizing function, and antifungal effect. Its purpose is to have a function.

The present invention relates to a glaze containing chilseok stone powder and a method for manufacturing the same, and to produce a glaze stirred by a certain ratio of chilseok stone powder and water beneficial to the human body, by producing a porcelain, which is applied to the surface, on its surface It emits a large amount of far infrared rays and anions, and has deodorizing function, antibacterial effect and antifungal function.

Looking at the approximate process of the present invention, first, the first preliminary grinding process (S1) for crushing the collected seven stones, iron removal step (S2) for separating the iron contained in the crushed seven stones, iron is Cloisonne stone secondary grinding process (S3) for finely crushing the removed stone stone powder (S3), Cloisonne stone powder and water compounding process (S4), which is a compounding of the coarse stone stone and water subjected to the process at a predetermined ratio, Stirring process (S5), which stirs the gemstone powder and water well, the precipitation process (S6) that precipitates the contents for a certain time, and the water removal process (S7) which removes the supernatant from the precipitate. Glazes are prepared.

Referring to the manufacturing method described above in detail with reference to the process diagram shown in Figure 1, the first process, the first crushed chilboseok crushing (S1) is a process to crush the chilboseok first, which is quarried in Gyeongsangbuk-do nutrition Ilwolsan The jewel is placed in a friction drum or rotary powder, subjected to high-speed powdering, and ground first to 100 to 300 mesh.

The following iron removal process (S2) is to separate the iron present in the primary crushed chilseok stone powder, which is to place the crushed chilseok stone powder on a conveyor belt or a rotating drum, and remove the iron by penetrating a strong magnetic line , Put the decarbizer into the chilseok stone powder, apply electricity and stir to remove the iron content

The second crushing step of the crushed gemstone (S3) is to finely crush the crushed stone of the crushed stone once more, and the crushed stone of the crushed stone used as a glaze is formed of fine particles of 300 mesh or more, thereby forming the surface of the manufactured ceramics. Smooth it out.

Next, the chilseok stone powder and water mixing step (S4) is a step of mixing the chilseok stone powder and water in an appropriate ratio, it is blended in a volume ratio of 50% of the stone of chilseok stone powder and 50% of water, and then stirring step (S5) Is a step of stirring the mixed chilseok stone powder and water well.

In addition, the precipitation step (S6) is to leave the well stirred mixture for a certain time to precipitate the contents, so that the clear water and sediment is separated, and finally, the upper water removal process (S7) puts the precipitated contents, the upper water This step is to remove the glaze of the suspension with the remaining precipitate.

The use method of the glaze of the suspension prepared as described above, as in the method used in the process of producing ceramics, usually after glazing in the kiln around 850 ℃, the oil glaze, which is around 1280 ℃ In pottery's kiln, you can make pottery by baking chaebol.

On the other hand, the chilboseok used briefly described, which is used in the Gyeongsangbuk-do antelope Ionwonsan, which is a conglomerate consisting of a mesozoic Gyeongsang nouveau, sedimentary rocks, volcanic rocks, metamorphic rocks, etc. Its minerals are mainly composed of quartz, feldspar, calcite, chlorite, etc., and its color is black, red, red, brown, light gray, green, and various colors. It is known that the effect is about 250 times that of jade and about 150 times that of germanium.

In addition, the test results evaluated by the Korea Institute of Building Materials Testing and Evaluation Center for Far-Infrared Application, referring to Table 1, Table 2 and Table 3 below, have a far-infrared emissivity of 0.92, anion divergence of 20, and using ammonia As shown in the deodorization test, it can be seen that as time passes, the sample concentration drops sharply compared to the absence of the sample, and the deodorization rate is increased.

 Emissivity (5-20 ㎛)  Radiation energy (W / ㎡ · ㎛, 40 ℃)  0.92  3.70 × 10²

Note) This test was conducted at 40 ℃ according to the request of the sponsor.

Estimated results compared to black body using FT-IR spectrometer. End.

 Sample name / item  Anion (ION / cc)  Natural Ore (Nutrition Cloisonne)  20

Remarks) 1) Test Method: KICM-FIR-1012

      2) Test piece: 40 × 40 × 10 (㎜)

      3) Using the charged particle measuring device, the test was conducted under the condition of room temperature 22 ℃, humidity 41%, and 15cc of anion water in the air. The anion released from the target stone was measured and expressed as the number of IONs per unit volume. End.

 Test Items  Elapsed time (minutes)  Blank concentration (ppm)  Sample concentration (ppm)  Deodorization rate (%)   Deodorization test Early 500 500 - 30 480 420 12 60 470 390 17 90 450 340 24 120 440 290 34

(Note) (1) Blank: Measured without sample.

     (2) Test piece: 40 x 40 x 10 (mm). End.

1) Test Method: KICM-FIR-1004

2) Test gas name: Ammonia

3) Gas concentration measurement: Gas detector tube

Therefore, the ceramics produced by lacquer containing the seventh stone stone powder radiates a large amount of far-infrared rays and anions on the surface thereof, and has a deodorizing function, an antibacterial effect, an antifungal function, and a pigment of an artificial chemical component. It is harmless to human body because it is not used, and it has a unique color because of its unique color by the use of chilseok stone powder glaze.

As described above, the present invention removes the iron contained in the pre-crushed chil-stone stone powder, and mixes and stirs the chil-stone stone powder finely secondary-crushed to 300 mesh or more in the same ratio as water, It precipitates and provides a glaze formed from the precipitate of the suspension from which the supernatant is removed. As the porcelain is produced using this, it emits far infrared rays and anions on its surface, and has antibacterial effect, deodorizing function, and antifungal function. It works.

Claims (3)

In preparing glazes for making ceramics using known cloisonne powder, A primary crushing process for crushing collected jewels (S1), a process for removing iron (S2) for separating iron contained in crushed cloves of crushed stone, and a fine crushing for grinding Secondary crushing step (S3) of jewelry, the seven-stone stone powder and water compounding step (S4) of mixing the stone stone powder with a certain ratio, the stirring step of stirring the mixed stone stone stone and water well (S5), stirring Precipitation process (S6) for precipitating the mixed mixture for a certain time, the sedimentary stone powder containing the chilseok stone powder, characterized in that the glaze containing the chilseok stone powder is prepared by the supernatant removal process (S7) to leave the precipitated sediment. Method of making glazes. The method of claim 1, In the seven-stone stone powder and water mixing process (S4), the seven-stone stone powder containing lacquer stone powder, characterized in that the mixture is blended in a volume ratio of 50% and 50% water of the stone powder. A glaze containing chilseok stone powder, characterized in that it consists of a precipitate in the form of a suspension by stirring at a volume ratio of 50% of the chil stone stone powder at least 300 mesh and 50% of water.

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