KR20060124360A - A yellow earth panel of the method manufacturing and an apparatus and a yellow earth panel - Google Patents

Abstract

A yellow loess panel manufacturing method and a device are provided to automatically produce light and firm yellow loess panels and to install the yellow loess panels on the ceiling by reducing the weight. The yellow loess panel manufacturing method comprises the steps of: producing a square yellow loess panel mold by using light materials like copper sheets or aluminum; attaching a mesh fabric to the inside of the mold; attaching a light aluminum mesh net on the upper side of the mesh fabric; putting yellow loess and limestone forming a yellow loess panel into a first hopper(20); putting light aggregates forming the yellow loess panel into a second hopper(21); inserting water and a nontoxic adhesive agent forming the yellow loess panel into a third hopper(22); putting the predetermined amount of the yellow loess, limestone, water, and nontoxic adhesive agent filled in the first, second, and third hoppers by a measuring device(23a) and blending the mixture in a circular roll mixer(23); supplying the mixture to a feeder(24); inputting the mold attached with the mesh fabric and the mesh net to a conveyor(30) and putting the mixture from the feeder into the mold; generating vibration by a vibrating table(31) installed at the lower side of the conveyor to repress bubbles with keeping the mixture filled into the mold horizontal; firstly drying the mold containing the mixture horizontally kept, at the natural temperature of 15-18 deg.C by using a blower(33); secondly drying the mold by the hot air of 35-40 deg.C by passing the mold through a drying compartment(34); and automatically stacking the completely dried yellow loess panels by supplying the yellow loess panels to an automatic masonry device(35) by the conveyor.

Description

A yellow earth panel of the method manufacturing and an apparatus and a yellow earth panel

1 is a flow chart showing a method for manufacturing the present invention ocher panel,

Figure 2 is a plan view showing an apparatus for manufacturing the present invention loess panel,

Figure 3 is a front view showing the device for manufacturing the present invention ocher panel,

Figure 4 is a perspective view of the ocher panel of the present invention,

5 is an exploded perspective view showing a configuration for manufacturing the ocher panel according to the present invention,

Figure 6 is a cross-sectional view of the present invention ocher panel.

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

1-ocher panel 2-frame

3-Aeration 4-Mesh

5-Mesh Network 20,21,22-First, Second, Third Hopper

23-round roll mixer 24-feeder

30-Conveyor 31-Vibration Table

32-Pattern Molding Roller 33-Blower

34-Drying Room 35-Automatic Loading Machine

The present invention relates to a loess panel manufacturing method and apparatus for producing loess panel using loess and loess panel. More specifically, the ocher panel manufacturing method and apparatus and the ocher panel which make it easy to install on the wall, ceiling or floor of the room by making ocher panel to emphasize the aesthetic beauty when it is light in weight, not warp and installed. To provide.

In general, decorative boards for walls and floors are used as veneer boards and decorative boards with wood veneer. At this time, although they are light weight and have high applicability, they are disadvantageous in that they are weak in heat resistance, not economical, vulnerable to sound insulation and moisture proofing, and easy to break.

In addition, although the gypsum board is excellent in flame retardancy as the decorative interior material, it is also made of asbestos and gypsum which are easy to be damaged by heavy and small impacts and pollute the environment. It has the disadvantage that can cause cancer.

In addition, it can be finished with cement without using the decorative interior plate, but it absorbs heat in summer to increase the temperature of the room, and in the winter to easily release heat to lower the temperature of the room to take a lot of cooling and heating costs And harmful substances are emitted to the human body, and cold and moisture have a disadvantage in the summer.

Accordingly, in recent years, yellow clay has been in the spotlight as various building materials as it has excellent thermal insulation and sound insulation, antibacterial effect and a large amount of far infrared rays, and excellent humidity control ability. In other words, unlike the two-layered plate structure of ordinary soil, loess has a three-layer honeycomb structure, so it is excellent in deodorizing effect of adsorbing harmful gases and odors in the room and removing tobacco and concrete smells.

In addition, it is rich in degrading enzymes such as catalase, diphenol, oxycytase, cicarase, and protease, and has an antibacterial function that suppresses the growth of harmful microorganisms.In summer, it cools the room by blocking heat. It also has the effect of reducing heat and cooling costs by absorbing heat to warm the room.

In addition, the soundproof and moisture-proof effect is excellent, and in the case of fire, the flame retardancy is excellent to minimize the damage of the fire, semi-permanently reusable, and after a certain period of use has the advantage that there is no environmental pollution even if discarded.

However, in the prior art using the loess as a building interior material, by adding additives such as adhesives and reinforcing agents, the dough is appropriately kneaded, and a method of applying thinly with a trowel to a floor, a wall, a ceiling, or the like is used. Therefore, due to the characteristics of the loess, cracks are generated on the floor, walls, and ceilings, thereby impairing the aesthetics of the building.

In addition, the prior art of manufacturing the ocher as a panel, the heavy weight of the ocher panel was very difficult to fix to the wall, it was not possible to install at all because of the weight relationship to the ceiling.

Therefore, the floor or the wall is to install the ocher panel, the ceiling is to give a sense of unity by wallpapering the ocher wall, but there is a big problem that the interior interior is not beautiful because there is no sense of unity when looking at the state after the installation.

The present invention is to solve the above-mentioned problems, but to manufacture the ocher panel using the ocher, light weight of the ocher panel is easily installed on the wall, as well as easily installed on the ceiling due to the unity of the interior interior The purpose of the present invention is to provide an ocher panel manufacturing method and apparatus and an ocher panel that can obtain a beautiful interior design and maximize the efficacy of ocher.

Many of the objects and accompanying effects of the present invention will be readily understood by the following detailed description.

A characteristic of the present invention for achieving the above object is in a conventional ocher panel manufacturing method for producing ocher panels using ocher, using a lightweight material such as copper plate or aluminum in the rectangular frame of the ocher panel A production step of producing a frame; A fabric attachment step of attaching a mesh fabric to the inside of the frame manufactured in the step; A mesh net attachment step of attaching a lightweight aluminum mesh net to the upper portion of the mesh fabric in the step; A first hopper step of putting ocher and limestone in the first hopper for manufacturing the ocher panel; A second hopper step of putting a light weight aggregate for manufacturing the ocher panel in a second hopper; A third hopper step of putting water and a non-toxic adhesive for manufacturing the ocher panel into a third hopper; Ocher, limestone, lightweight aggregate, water and non-toxic adhesives put in the first, second and third hoppers in the first hopper stage, the second hopper stage and the third hopper stage, water and non-toxic adhesives were measured in a circular roll mixer through a measuring device. A circular roll mixer step of injecting and mixing each; A feeding step of feeding the mixture mixed in the step to a feeder; A conveyor feeding step of inserting the frame attached with the mesh fabric and the mesh net into the conveyor in the step and filling the mixture into the introduced mold; A vibrating table passing step of applying vibration by a vibrating table installed at the lower part of the conveyor to maintain horizontality of the mixture filled in the mold in the above step and suppress bubble generation; A first natural wind drying step of first drying at a natural temperature of 15 to 18 ° C. by using a blower installed at a lower part of the conveyor in a mold in which the mixture is horizontally maintained in the step; A second hot air drying step of transferring the first dried mold in the step by a conveyor to pass through the drying chamber and completely drying the hot air at 35 to 40 ° C .; In the above step is characterized by consisting of an automatic masonry step to supply the fully dried ocher panel by automatic conveyor to the automatic masonry.

At this time, it is preferable to further include a pattern forming step capable of forming a pattern using a pattern forming roller on the surface of the ocher panel between the vibration table passing step and the first natural wind drying step.

In addition, in a conventional ocher panel manufacturing apparatus for producing ocher panels using ocher, attaching a fabric and a lightweight aluminum mesh net to a rectangular frame made of a copper plate or a lightweight material such as aluminum, each step Kenvey and conveying the mold; A first hopper installed at an upper portion of the conveyor and into which loess and limestone are put; A second hopper installed on an upper portion of the conveyor and including a light aggregate; A third hopper installed on the conveyor and into which water and non-toxic adhesive are put; A circular roll mixer connected to the first, second and third hoppers and receiving a predetermined amount of each substance from a metering device and mixing them; A feeder installed at the top of the conveyor in which the mixture is stored for placing the mixture mixed in the circular roll mixer into a mold; A vibration table which is transported by the conveyor and installed at the lower part of the conveyor to generate vibration when the mixture is filled in the mold in the feeder to maintain the level of the mixture and to prevent bubbles from being generated; A blower installed at a lower part of the conveyor for drying the mixture filled in the mold by the vibration table horizontally and firstly drying it with natural wind at 15 to 18 ° C .; A drying chamber for supplying hot air having a temperature of 35 to 40 ° C. to the mold dried primarily by the blower for secondary drying; It characterized by consisting of an automatic mason to transfer automatically by the conveyor the completely dried ocher panel in the drying chamber.

At this time, it is preferable to further include a pattern forming roller installed on the conveyor between the vibrating table and the blower to form a pattern on the upper surface of the mixture filled in the mold.

On the other hand, in the conventional ocher panel manufactured using ocher, the rectangular frame is made of a "c" shape to form the border of the ocher panel, a rectangular frame made of lightweight aluminum; A mesh fabric attached to the inside of the frame; Mesh net made of lightweight aluminum attached to the upper surface of the mesh; It consists of an ocher layer filled in the inside of the frame attached to the mesh fabric and mesh.

At this time, the mixture filling the inside of the frame constituting the loess layer is a mixture of 70 to 75% ocher, 4 to 5% limestone, 13 to 15% lightweight aggregate, and 8 to 10% water and adhesive Is done.

It is also preferable to have a copper mesh net made of copper instead of an aluminum mesh net so that harmful electromagnetic waves and water veins are blocked by the ocher panel.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a flowchart showing a method of manufacturing the loess panel of the present invention, Figure 2 is a plan view showing a device for manufacturing the loess panel of the present invention, Figure 3 is a front view showing a device for producing the loess panel of the present invention.

And, Figure 4 is a perspective view of the loess panel of the present invention, Figure 5 is an exploded perspective view showing a configuration for manufacturing the loess panel according to the present invention, Figure 6 is a cross-sectional view of the loess panel of the present invention.

First, as shown in Figure 5, while producing a frame (2) of the inside is dug into a "c" shape, the frame manufacturing step of manufacturing a light weight copper plate or aluminum, etc. according to the set size of the ocher panel (1) After executing (S10), the fabric fabric attaching step (S11) for attaching the mesh fabric 4 to the inside of the rectangular frame (2) produced in the frame manufacturing step (S10), and the mesh fabric (4) The mesh net attaching step (S12) of attaching the mesh net 5 made of light weight aluminum again is performed on the upper surface to which is attached.

At this time, the mesh fabric (4) refers to the fabric made of a common mesh, it is possible to use a mesh fabric (4) of any material that can be usually purchased easily around, when the mixture is filled with a mixture of ocher It is preferable to use a fabric made of a mesh that can not easily escape.

That is, the mesh fabric (4) is for the purpose of preventing the mixture mixed with ocher to be easily escaped when the mixture is filled in the frame (2) so that the mixture filled in the frame (2) can be dried in a stable state It is attached to the inside of the mold (2).

In addition, the mesh net 5 is to use a mesh net (5) made of a lightweight material (copper or aluminum, etc.) that can be easily purchased around the ordinary, can be used regardless of the size of the hole is small or large. If the hole is too large, the purpose of using the mesh net 5 cannot be obtained. Therefore, it is preferable to use the mesh net 5 made of a hole not too large.

That is, the mesh net 5 is attached to the inside of the mold 2 to be integrated when the mixture is dried, thereby preventing warpage of the dried ocher in the interior of the mold 2, while It is attached to the inside of the frame 2 for the purpose of reinforcing strength.

Meanwhile, after the mesh fabric 4 and the mesh net 5 are attached to the inside of the mold 2 as described above, a trajectory motion is performed along a plurality of rotating rollers rotated by a motor (not shown) as shown in FIG. 3. The conveyor input step (S30) to be put on the upper portion of the conveyor 30 to proceed.

At this time, the mixture of ocher mixed with the inside of the frame 2 placed on the conveyor 30 should be filled, the first, second and third hopper 20 (the top of the conveyor 30) ( 21, 22 are provided, and a metering device 23a for receiving respective substances from the first, second and third hoppers 20, 21, 22 is provided, and the metering device 23a is provided. A circular roll mixer 23 is installed to receive a certain amount of each material from the mixture and mix them. In this case, the circular roll mixer 23 is typically used to mix materials, and a detailed description thereof will be omitted.

That is, the first hopper 20 proceeds to the first hopper step (S20) is filled with ocher and limestone, and the second hopper 21 is filled with an auxiliary material made of lightweight aggregate baked at a high temperature small stones, etc. The second hopper step (S21) proceeds, and the third hopper 22 is a third hopper step (S23) is filled with a mixture of water and a non-toxic adhesive.

Then, the respective materials are supplied from the first, second, and third hoppers 20, 21, and 22 by the metering device 23a to supply a predetermined amount to the circular roll mixer 23 to mix them. The circular roll mixer step S23 is performed, and the feeding step S24 for supplying the mixed mixture to the feeder 24 capable of filling the mold 2 is performed.

At this time, each material supplied to the circular roll mixer 23 by the metering device (23a) is 70 to 75% ocher, 4 to 5% limestone, 13 to 15% lightweight aggregate, water and non-toxic adhesive 8 to 10% is mixed to form a mixture.

In addition, the ocher and limestone is filled in the first hopper 20 is supplied to the metering device (23a) together, the ocher is mixed 93.75 ~ 94.6%, limestone 5.4 ~ 6.25% of the first hopper 20 ) Is filled.

On the other hand, the non-toxic adhesive is to reinforce the strength of the ocher panel (1) while allowing the ocher and lightweight aggregate to be firmly coupled to the frame (2) and the mesh fabric (4) and mesh net (5), Eco-friendly non-toxic adhesives made of natural materials such as seaweed are widely used, and one of them can be selected and used.

As described above, the mold 2 placed on the upper portion of the conveyor 30 is transported by the conveyor 30 and passes through the lower portion of the feeder 24. In the feeder 24, the mold mixture 2 is mixed with ocher. Into the conveyor filling step (S30) to fill in the interior.

At this time, the feeder 24 drops the mixture between the rollers 24a installed at adjacent positions and simultaneously controls the amount of the mixture filled in the mold 2 so that the mold 2 is filled with the appropriate amount of the mixture. .

In addition, when the conveying step (S30) is carried out and the mold 2 filled with the mixture is transferred on the conveyor 30, the vibration table 31 coupled to the lower portion of the conveyor 30 vibrates to generate vibration The table passing step S31 is performed.

At this time, when the vibration is generated by the vibrating table 31, the upper surface of the mixture filled in the mold 2 quickly spreads out horizontally so that no air is contained in the mixture. On the other hand, as shown in Figure 3, by installing the vibrating table 31 in the lower portion of the feeder 24 to fill the mixture in the feeder 24 into the interior of the frame 2 and at the same time the vibrating table 31 operates It is desirable to be able to suppress the leveling and bubble generation of the mixture.

Then, the frame 2 which is transferred by the conveyor 30 after the vibrating table passing step S31 is carried out to have a pattern forming step S32 in which a pattern is formed on the upper surface by the pattern forming roller 32. do.

Therefore, the mixture is mixed with the ocher is filled in the interior of the frame (2), the various patterns on the upper surface is molded by the pattern forming roller 32 to be able to maximize the natural color as well as the aesthetics of the pattern. .

After proceeding with the pattern forming step (S32) as described above, the frame (2) conveyed by the conveyor 30 passes through the blower 33 to proceed to the first natural wind drying step (S33) to be the primary drying do.

That is, when the mixture filled in the frame 2 is suddenly dried, a phenomenon (crack) occurs due to the characteristics of the loess, and the blower 33 is used at an air temperature of 15 to 18 ° C. to prevent this. When the wind is blown, the mixture filled in the mold (2) is properly hardened and dried to prevent the phenomenon of cracking.

In addition, as shown in Figure 3 by installing a blower 33 in the lower portion of the conveyor 30 to blow natural wind from the lower portion of the frame 2, the mesh fabric (4) constituting the inner bottom of the frame (2) The water and the non-toxic adhesive wetted and preferentially dried to prevent deformation of the top of the ocher panel (1). That is, if the mesh fabric 4 is dried first, the mixture of ocher can not pass through the mesh fabric 4, so that the upper surface of the mixture can be maintained horizontally, but the blower 33 is placed on the upper portion of the conveyor 30. If you install and blow the natural wind, only the upper surface of the mixture is dried, the mesh fabric (4) is carried by the conveyor (30) in the wet state, even if a small amount of the mixture passes through the mesh fabric (4), Space is generated in the lower portion of the dried upper surface, as well as a phenomenon occurs, as well as a very large problem that weakens the strength of the finished ocher panel (1).

Therefore, it is very preferable to install the blower 33 in the lower part of the conveyor 30 as shown in FIG. 3, and of course, the upper part and the lower part of the conveyor 30 may be installed at the same time.

On the other hand, after the first natural wind drying step (S33) proceeds to the second hot air drying step (S34) through which the mold 2 passes through the drying chamber 34 for completely drying the ocher panel 1 by hot air. In the drying chamber 34, a hot air of 35-40 ° C. is blown to completely dry the mixture filled in the mold 2. At this time, the heater and the blower for generating hot air of the drying chamber 34 will be omitted because of the conventional structure and the detailed description.

As such, when the mixture in which the ocher is mixed is filled in the mold 2 and the second hot air drying step S34 is completed, the completed ocher panel 1 as illustrated in FIGS. 4 and 6 is manufactured. The ocher panel 1 is automatically loaded by the automatic masonry 35 step by step the automatic masonry step (S35) proceeds to automatically complete all the process of manufacturing the ocher panel (1).

On the other hand, the conveyor 30 performing most of the process to complete the ocher panel 1 is to transfer the mold 2 at a speed of 15 ~ 20m per minute, if the speed of the conveyor 30 is too slow After the mixture is filled in (2) and before the first natural wind drying step (S33), a large amount of the mixture passes through the mesh fabric 4 to generate defective products, and if the speed of the conveyor 30 is too high, The mixture filled in (2) is supplied to the automatic assembler 35 in a state where it is not completely dried, which also causes a problem of generating a defective product.

Accordingly, in consideration of the thickness and size of the ocher panel 1 and the like, it is preferable to control the conveyor 30 by an inverter motor so that the conveying speed of the conveyor 30 can be adjusted, and the ocher panel 1 is dried in a drying room. Conveyor 30 passing through 34 preferably uses a slat conveyor resistant to heat.

In addition, the approximate time for the ocher panel 1 to pass through the drying chamber 34 is about 3 to 4 hours and is completely dried so that it is automatically assembled by the automatic assembler 35, so that the product can be automatically released. This is preferred.

On the other hand, it is preferable to form a through hole 3 in the frame 2 of the ocher panel 1 to be easily installed on the side wall or ceiling.

At this time, the through hole 3 may be formed in the frame manufacturing step (S10) for producing the frame 2, or may be formed separately through the hole (3) after the ocher panel (1) is completed.

In addition, when the ocher panel 1 is formed of a flooring material (ocher ball field) installed on the floor, copper is made of copper instead of the aluminum mesh net 5 to block harmful electromagnetic waves or veins. You can also install a mesh network to give greater benefit to the human body.

Further, in installing the copper mesh net, the copper mesh net may be installed on the upper part of the mesh fabric 4 and the aluminum mesh net 5 may be installed on the upper part of the mesh fabric 4 to manufacture the ocher panel 1 as well. Of course, the position of installing the moving mesh network inside the frame (2) can be varied.

Thus, with regard to the method and apparatus for manufacturing the ocher panel of the present invention and the ocher panel, various design changes of the respective components within the scope of the present invention are all considered to be included in the technical spirit of the present invention.

Therefore, the present invention is attached to the fabric of the mesh inside the rectangular frame made of lightweight materials, and then attached to the mesh mesh made of lightweight materials on the top of the mixture mixed with ocher, dried, and automatically masonry By automatically proceeding all the processes, the light weight and hard ocher panel is automatically produced to have an effect of mass production of high quality ocher panel.

In addition, due to the light weight of the ocher panel, it is possible to easily install the ocher panel of the present invention on the ceiling by solving the conventional problem that the ocher panel can not be installed on the ceiling, as well as the unified interior of the side wall and floor of the room and the ceiling There is also an effect that can be implemented, and thus can obtain an improved ocher efficacy, which can bring a great benefit to the health of the human body.

In addition, since the ocher panel is automatically produced, it is possible to prevent the waste of manpower, thereby reducing the cost, and have a very large effect of inexpensively producing the best uniformed ocher panel.

Claims (7)

In the conventional ocher panel manufacturing method for producing the ocher panel (1) using ocher, Frame manufacturing step (S10) for producing a rectangular frame (2) of the ocher panel (1) by using a lightweight material such as copper plate or aluminum; And fabric attachment step (S11) for attaching the fabric (4) to the inside of the frame (2) produced in the step (S10); A mesh net attaching step (S12) of attaching a lightweight aluminum mesh net (5) to the upper portion of the mesh fabric (4) in the step (S11); First hopper step (S20) for putting the loess and limestone in the first hopper 20 for producing the ocher panel (1); A second hopper step (S21) for putting the light weight aggregate for producing the ocher panel 1 into the second hopper 21; A third hopper step (S22) of putting water and a non-toxic adhesive for producing the ocher panel 1 into the third hopper 22; Ocher and limestone put into the first, second and third hoppers 20, 21, 22 in the first hopper stage (S20), the second hopper stage (S21) and the third hopper stage (S22); A circular roll mixer step S23 for mixing light aggregate, water and non-toxic adhesive into a circular roll mixer 23 by mixing a predetermined amount through a metering device 23a; A supply step (S24) of supplying the mixture mixed in the step (S23) to the feeder (24); In the step (S24) to insert the frame 2 attached to the mesh fabric 4 and the mesh 5 to the conveyor 30 and to fill the mixture in the feeder 24 inside the injected frame (2) Conveyor input step (S30) and; Vibration table passing step of generating vibration by vibrating table 31 installed in the lower part of the conveyor 30 to maintain the horizontal level of the mixture filled in the frame (2) in the step (S30) and to suppress bubble generation (S31); A first natural wind drying step (S33) of primary drying at a natural temperature of 15 to 18 ° C. by using a blower 33 in the mold 2 in which the mixture is horizontally maintained in the step S31; A second hot air drying step (S34) of passing the mold (2) first dried in the step (S33) and drying it with hot air at 35 to 40 ° C; The ocher panel, characterized in that made in the step (S34) is an automatic regulator step (S35) to be automatically supplied by supplying the fully dried ocher panel (1) to the automatic regulator (S35) by the conveyor (30) How to make. The method of claim 1, Between the vibrating table passing step (S31) and the first natural wind drying step (S33) a pattern forming step (S32) that can form a pattern using a pattern forming roller 32 on the surface of the ocher panel (1) Ocher panel manufacturing method characterized in that it further comprises. In the conventional ocher panel manufacturing apparatus for producing the ocher panel (1) using the loess, Kenvey 30, which attaches the mesh fabric 4 and the lightweight aluminum mesh net 5 to the mold 2 made of a lightweight material such as copper plate or aluminum, and transfers the mold 2 to each process. ; A first hopper 20 installed at an upper portion of the conveyor 30 to which ocher and limestone are placed; A second hopper 21 installed at an upper portion of the conveyor 30 and into which lightweight aggregate is placed; A third hopper 22 installed on the conveyor 30 and into which water and non-toxic adhesive are put; A circular roll mixer 23 which is connected to the first, second and third hoppers 20, 21 and 22 and receives a mixture from a metering device 23a for inputting a predetermined amount of substances, respectively, and mixes the mixture; A feeder (24) which is stored for putting the mixture mixed in the circular roll mixer (23) into the mold (2); If the mixture is transported by the conveyor 30 and the mixture is filled in the mold 2 in the feeder 24, the vibration is generated and installed at the lower portion of the conveyor 30 to maintain the level of the mixture and to suppress the generation of bubbles. A vibration table 31; A blower (33) installed in the lower part of the conveyor (30) for maintaining the mixture filled in the mold (2) by the vibration table (31) horizontally and then first drying it with natural wind at 15 to 18 ° C; A drying chamber 34 for supplying hot air having a temperature of 35 to 40 ° C. to the mold 2 primarily dried by the blower 33 for secondary drying; The ocher panel manufacturing apparatus, characterized in that consisting of an automatic assembler (35) to transfer automatically by the conveyor 30 to the completely dried ocher panel (1) in the drying room (34). The method of claim 3, wherein It is characterized in that it further comprises a pattern forming roller 32 is installed on the conveyor 30 between the vibrating table 31 and the blower 33 to form a pattern on the upper surface of the mixture filled in the frame (2). Ocher panel manufacturing apparatus. In the conventional loess panel (1) made using loess, A rectangular frame (2) made of a slope having a "c" shape to form an edge of the ocher panel (1) and made of lightweight aluminum; A mesh fabric (4) attached to the inside of the frame (2); Mesh net (5) made of lightweight aluminum attached to the upper surface of the mesh fabric (4); Ocher panel, characterized in that made of the ocher layer (6) filled and dried inside the frame (1) to which the mesh fabric (4) and the mesh net (5) is attached. The method of claim 5, The mixture constituting the ocher layer 6 by filling the inside of the mold 2 is 70 to 75% of ocher, 4 to 5% of limestone, 13 to 15% of light aggregate, 8 to 10% of water and non-toxic adhesive. Ocher panel, characterized in that consisting of a mixture. The method of claim 5, The ocher panel, characterized in that it is provided with a copper mesh net made of copper (대신) instead of the aluminum mesh net (5) to block harmful electromagnetic waves and veins by the ocher panel (1).

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