KR200384305Y1 - Far Infrared Radiation Ceramic Furnace Using Ocher - Google Patents

Abstract

The present invention relates to a far-infrared radiation ceramic furnace using ocher (cloling clay), and pulverized and kneaded the soil material selected as the main raw material of ocher (clawing clay) to make ceramics such as porcelain, semi-magnetic or pottery, earthenware, stoneware, etc. In manufacturing (ceramic) molds, the automatic temperature installed inside the lower pedestal (2) by connecting the electric heater heat-resistant coil (6) built into the upper main body (1) consisting of the lower pedestal (2) and the upper main body (1). The heat generated by the adjustment of the set detection switch (9) is generated inside the lower pedestal (2) and the upper main body (1) to generate high-temperature loess far-infrared radiation components useful to the human body. Indirectly from the small bulb 13 in the bottom pedestal and the window not to radiate far infrared rays while releasing useful substances contained in the constituents of the loess (cloaking clay) to the outside. Indirect heating of the material using the heat source to be heated, thereby providing a projection projection material insertion window 7 on both sides formed in multiple angles on the window and the lower pedestal 2 so as to emit far-infrared radiation, and on the locking step 20 The material 21 is interlocked to fix the adhesive 22 to the fixing member, and the material 21 is formed into a shape shaped to coincide with the projection projection material insertion window 7. The main raw materials are mixed and kneaded with millennial mineral materials such as elvan and germanium macsumite to make shapes, and the ocher glaze (clolling clay) 325mesh on the outside of the shape causes the natural color development of ocher. The fragrance is kneaded to the material 21 to be detachable and heats the material by using a heat source generated from a heater heat-resistant coil in the upper body, thereby radiating the raw material Projection projections 7 of various shapes formed by stamping and molding various effective elements contained in the outer line and the material 21 and the surface of the material 21 are originally projected projections 7 such as bamboo, lotus, plum, etc. It is composed. The present invention utilizes a variety of projection sphere (7) material of the various structures on the bottom pedestal (2) formed of porcelain using clay (cloing clay) to be included in the upper main body (1) to the lower pedestal (2) Far-infrared radiation and human body generated from ocher by using components radiating to the outside and engraving various colors, pigments, and specific ore or various patterns on the projection projection 7, and the characteristics of ceramic furnace and heat source It is useful for adding convenience to use.

Description

Far Infrared Radiation Ceramic Furnace Using Ocher

The present invention relates to a far-infrared radiation ceramic furnace using ocher (cloning clay), and more particularly, to the lower pedestal (2) and the upper body (1) in the manufacture of porcelain soil using ocher (cloning clay) Since the heat generated by the heater heat-resistant coil (6) built in the two-stage main body is made to cook food by heating in the upper plate of the furnace and in the lower pedestal (2) by the temperature control switch (9) operation, It is easy to control LOW-HIGH at OFF and heats up the heat-resistant coil (6) so that useful components can be generated in the lower body (2) including the upper body (1). Useful materials contained in the constituents of chloroling clay) have a stronger thermal action than visible light, so that radiant energy is directly and instantaneously transferred to For relates to sikilsu configured to actively radiating far-infrared radiation using an ocher yellow soil (clay claw olring) ceramic furnace.

In general, the electric stove was only intended to design the vessel as a heating device as a practical application for cooking food.

Therefore, the present invention was devised in order to provide a more effective device without satisfying the above conditions, and the object of the present invention is to use a heat source generated by ceramic heat transfer and heat generation as well as artistic, aesthetic and practical functions. (Clawing clay) Projection hole (7) in the lower pedestal (2) of the upper body (1) made by using body material useful for human body, such as fragrance and clay included in surface glaze and loess (clawing clay) ) And to provide far-infrared radiant ceramic furnaces using loess (cloling clay) that can increase the value of electric household goods, souvenirs, crafts and Korean beauty.

Far-infrared radiation ceramic furnace structure using ocher (cloing clay) according to the present invention made to achieve the above object is formed in the upper half-moon-shaped circle and trapezoidal circular shape at the lower end when forming along the top, the lower part of the adhesive It is made of a single body and is made of a hollow permeable pattern in various patterns at the bottom part. It is made of one-piece ceramic (cloling clay) material. Heater coil (6) in the upper body. Stan protection plate (5) and double protection steel plate (4) In the center shaft (15) and the primary heat-resistant cutoff wire (25) connected to the lower pedestal (2) the central temperature control switch (9) is removable and is characterized in that it is connected to the secondary heat transfer wire (8) Esau is a more beautiful, graceful and life-giving product that includes the ability to benefit the human body. Various projection patterns (7) provided on the lower pedestal (2) can be selected and changed, and the material and color can be exchanged selectively, containing far-infrared radiation, fragrance effect and ingredients that are beneficial to the human body. To provide a device configured to.

The present invention kneads soil material selected from ocher (cloling clay) as the main raw material, and is an electric device built in the upper body (1) in the known porcelain and semi-magnetic or ceramics such as pottery and earthenware. It is intended to increase far-infrared radiation, visual effects and appearance, as well as commerciality through heat-transmitting projections 7 provided on both sides of the lower pedestal 2 by heat from the heater heat-resistant coil. Pottery such as porcelain, semi-magnetic or earthenware or earthenware is kneaded with earthen material, and it is repeatedly formed into a mold of a bowl, plaster mold, etc., semi-dried and then hollowed out and then completely dried. After the clay) glaze is immersed, 1250 · C recursion is fired and finished.

Hereinafter, with reference to the accompanying drawings with respect to the date and time of the present invention will be described in detail.

1 is a perspective view of a completed far-infrared radiation ceramic furnace 100 using ocher (cloing clay) of the present invention, FIG. 2 is a cross-sectional view and an exploded perspective view of the main design of the present invention, and FIG. 3 is an assembled state of the present invention. One partial crushing section.

1 is a perspective view of a completed far-infrared radiation ceramic arc furnace 100 using the loess (clawing clay) of the present invention, the upper body (1), which is a fired product made by a secondary firing process, from the lower end of a circle or hexagon Its width is narrowed from the bottom of the half moon to the top and serves as the two-handed handle (3) outward of the upper body (1), and on the surface it is decorated with white clay, inlay technique, pigments, and the bottom pedestal ( 2) is narrow and curved from the bottom to the top of a circular or hexagonal shape, curved and wired (8) with a lower pedestal (2) both hollow projections (7) with a piece of pattern and an automatic temperature installed inside the bottom pedestal (2) Control switch (9) When power is supplied to the electrical device, it can be seen with the naked eye and turned on and off with a small light bulb and can be seen with the wire (8).

2 is a sectional view and an exploded perspective view of the main portion of the ball design, the far-infrared radiation ceramic furnace 100 using the clay (cloing clay) configured as described above in the lower pedestal (2) and the upper body (1) and double protection It is composed of a shaft 15, which is roughly divided into an iron plate 4, a stan protection plate 5, and a heater heat-resistant coil 6, and is integrally formed, and an automatic thermostat switch 9 is composed of an electric device. The bottom support 2 is stable with a trapezoidal two-stage fold narrowing from the bottom up, and has a bottom pedestal fastener 12 and an upper body fastener C23, which are bound together as a shaft bolt 14. And the shaft (15) Heater Heat Coil (6) Stainless Steel Plate (5) Binding Hole (10) High Double Protection Steel Plate Binding Hole B (11) Passing Upper Body Binding Hole (E) 23 together with Bolt (14) The main body binding hole E (23) and the lower pedestal binding hole C (12) is made by binding in one piece with a shaft nut (26).

3 is a partial crushing cross-sectional view showing the assembled state of the present invention, in which the small bulb 13, the thermostat switch 9 and the electric wire 8 are connected to each other in the combination of the configurations described in FIG. A bolt 14 is formed at the end of the shaft 15 to be integral with the shaft bracket 16 and inserted into the central binding hole E 23 of the lower pedestal 2, the binding hole 12, and the upper body The central binding hole E (23) through the double protection iron plate (4) binding hole B (11) stainless steel protection plate (5) stainless steel protection plate is configured to fasten the shaft nut 26 to the binding hole (10).

4 is a perspective view of the material of the present invention to be detachable by replacing the material, the present invention is preferably configured during the process in the normal ceramics made of a known method of molding ceramics, the circular or in the main body (1) Provide a projection projection material insertion window (7) on the side formed in a polygonal shape, but has a locking jaw (20) to interpolate the material (21) to the shape of the adhesive (22) to the fixing member, and refined soil material, that is, loess (claw) Oling clay) as the main raw material, but mixing and kneading pollution-free natural materials such as ganban stone, germanium, etc. to make a shape as known in the art or to mix and remove the fragrance and fragrance useful to the human body to the material (21) so that the upper body (1) The material is heated by using a heat source that generates heat in the heater heat-resistant coil (6), and the various effective materials contained in the far-infrared rays and the material (21) radiated thereby Projection holes 27 of various shapes imprinted on the surface of the stuffing material 21 are developed and molded in various designs such as arabesque, tiger, dragon, bamboo, plum, etc. The purpose is to allow the transmitted projection to appear in various ways.

As described above, when the upper body 1 is constructed as shown in FIG. 4, the indirect heat from the heater heat-resistant coil 6 and the lower pedestal 2 and the light bulb emanating from the small bulb 13 are formed of the material 21. Radiating energy useful to the human body by radiating through or through the projection projection port 27), and the taste and heat of the molded body exposed through the projection projection port 27 of various shapes imprinted on the material 21. There is a characteristic that can increase the lighting effect.

Far-infrared radiation ceramic furnace 100 using the loess (cloing clay) according to the present invention is not only the conventional heat transfer function as shown and described in Figures 1 and 2 to 3 and 4, but the heat transfer and lighting It is possible to provide a device configured to radiate far-infrared rays and active elements from the main body, that is, heating devices used for heating, that is, heat sources generated from the furnace, and which contain flavors and ingredients useful and helpful for cooking and human food. have.

As described above, the present invention uses a variety of surface decoration and lower pedestal hollow projection material of the upper body formed of porcelain using clay (cloing clay) to form a detachable window formed on the lower pedestal by selecting various materials. Not only is the light projected directly to the outside, but the effective components contained in the upper body to the lower pedestal are radiated to the outside using the heat source in the main body, and various colors, sculptures, pigments and specific ores or patterns are engraved on the projection projection. By using the elegance and characteristics of the electric heating and lighting equipment and the heat source, the far-infrared radiation generated from the yellow soil is useful for the human body, which adds to the convenience of use.

1 is a perspective view of the completed form of far-infrared radiation ceramic furnace (100) using the loess (clawing clay) of the present invention.

2 is a sectional view of the main part of the present invention and an exploded perspective view.

Figure 3 is a partial fracture cross-sectional view showing the assembled state of the present invention.

Figure 4 is a perspective view that can be removed by replacing the material of the present invention.

＊ Explanation of symbols for main parts of drawing

100: far-infrared radiation ceramic furnace using ocher

1: upper body 2: lower pedestal

3: wadangmun handle 4: double protection iron plate

5: Stan protective plate 6: Heater heat resistant coil

7: projection projection hole insertion window 8: wire

9: thermostat switch 10: stand protective plate binding port A

11: double protection iron plate binding port B 12: binding port C

13: small bulb 14: bolt

15 shaft 16 shaft bracket

17: fixed pin 18: binding part D

19: wire fixed 20: hooking jaw

21: material 22: adhesive

23: binding sphere E 24: binding sphere F

25: heat resistant wire 26: nut

27: projection projection sphere

Claims (2)

In order to make ceramics (ceramic) such as porcelain, semi-magnetic or earthenware, by mixing clay material selected from ocher (cloling clay) as the main raw material, The heating of the two-layer upper body heater heat-resistant coil and the lower stand temperature control switch and the light of the lighting device are projected through the lower stand open projection (the state of cutting out the surface of the surface of the object to the back), and the furnace installed inside the upper main body. The heat generated from the heat transfers useful substances to the human body contained in the upper body to the lower pedestal, and directly serves as food cooking and lighting and indirectly releases useful substances contained in the components of ocher (clolling clay). Using ocher (cloling clay), characterized in that it was devised to radiate far infrared rays while emitting Infrared radiation ceramic furnace. The method according to claim 1, wherein the projection (inserting the pattern of the surface of the object to the back) projection projection material insertion window (7) on the side formed in a circular and polygonal shape on the lower pedestal (2) and the locking jaw (20) The material 21 is interpolated and fixed using an adhesive 22 to a fixing member, and the material 21 is formed to coincide with the projection material insertion window 7 in a hollow (a state where the pattern of the surface of the object is drilled to the back). The main material is clay material, ie, clay, which is qualitatively shaped, and mixed and mixed with pollution-free natural materials such as pulse stone, germanium, etc., to make a shape as in the known or fragrance or fragrance useful to the human body. 21) to be detachable by kneading (with a large plastic dough) to heat the material using heat generated in the furnace in the upper body 1 and heat generated in the lower pedestal small bulb 13, thereby radiating. Far Infrared and Small The projections 27 of various shapes formed by stamping on various effective elements contained in the ash 21 and the surface of the material 21 (the state of cutting off the pattern of the surface of the object to the back) are initially, tiger, dragon, Far-infrared radiation ceramic furnace using ocher (cloning clay), characterized in that it comprises a hollow, such as bamboo and plum (the state of cutting the surface of the surface of the surface to the back) projection sphere.