KR19990030806A - Loess soil manufacturing method and manufacturing process - Google Patents

Abstract

The loess soil of the present invention and the manufacturing method and manufacturing process is 55-65% by weight of the clay of Aganggang (ocher) having a relatively high viscosity; 25 to 35% by weight of Gyeongju clay, which has relatively low viscosity; 4-7% by weight of elvan rock to increase the thermal conductivity; 4 to 7% by weight of germanium-containing ore powder for continuously increasing the radiation of far infrared rays; A small amount of rice straw to prevent cracking of the clay soil; By adding a small amount of seaweeds such as kelp to increase the adhesive force of the ocher clay plate in the manufacturing process of Figure 1 according to the manufacturing process of the present invention to produce an ocher clay plate to the interior floor or wall of the various buildings, wall decoration, bed, etc. It is to be used as ocher material for constructing ocher room.

The ocher clay plate produced by the manufacturing method and manufacturing process of the ocher clay plate of the present invention can be reproduced with the old ancestors of the old ancestors by drying with pure raw soil breathing as it is without firing, and made of tile-like ocher clay in the interior of various buildings Easy to install ocher room, good thermal conductivity of constructed ocher clay plate, continuous release of far-infrared rays beneficial to human body by constructing ocher clay plate to generate bio-energy and promote blood circulation and immune system to users living in living room Increased to help prevent and treat various diseases.

Description

Loess soil manufacturing method and manufacturing process

The present invention relates to ocher soil for producing ocher clay plate, and to a manufacturing method and a manufacturing process, and more particularly, to manufacturing ocher clay plate that can be applied to the interior floor or wall of various buildings to attach the tile to the interior of these buildings. It is easy to install ocher clay soils, and the thermal conductivity of the ocher clay soils is good, and the ocher clay soils are used to generate bio-energy and blood to the human body living in the living room. The present invention relates to a novel method for manufacturing ocher clay soil and a process for increasing the circulation and immune system to obtain an excellent effect on the prevention and treatment of various diseases.

It is no exaggeration to say that the living style of living room is concrete culture due to the development of modern civilization. Because of the stiffness, robustness, and good workability of concrete, all buildings except traditional wooden buildings are constructed with concrete frames, floors or walls to form a human dwelling culture.

Various buildings constructed of concrete do not remove toxic gas generated during curing of concrete for a long time even when the building is completed, thus affecting the human body of users living in these buildings continuously.

The noxious gas generated during the curing process of concrete-built buildings not only causes various harmful smells to the user's body living in the living room, but also does not completely relieve fatigue after sleep, and has become a major factor in the onset of respiratory diseases.

Therefore, in order to improve this, various construction methods of ocher clay, which are mainly made of traditional Korean loess soil, have been developed. Most of the construction of the ocher room in the interior of various buildings is performed by mixing the ocher powder with water on the floor or wall of the existing concrete building and plastering it to a certain thickness to construct the ocher room. According to the skill of the skilled workers, the construction surface of the ocher floor or ocher wall surface is not uniform, and it is difficult to install in existing houses, so it can be applied only to newly constructed buildings. Damaged or cracked, and the construction is complex, which has become a major factor in the increase of construction costs, there was a disadvantage that the generation of far-infrared rays, which is beneficial to the human body, is not uniform and continuous.

The present invention was developed to solve the above problems, the manufacturing method and manufacturing process of the ocher clay plate of the present invention is a manufacturing method and manufacturing process for producing the ocher clay plate used to construct the ocher room on the floor or wall surface of various buildings It is easy to construct by applying ocher clay when attaching tiles to new buildings or oakbang construction of existing buildings, and it is possible to reproduce the old room of old ancestors by naturally drying with pure raw soil that lives as it is without firing ocher clay. The thermal conductivity of the constructed ocher clay plate is good, and the constructed ocher clay plate continuously emits far-infrared rays, which are beneficial to the human body, thereby increasing the generation of bioenergy, promoting blood circulation, and increasing the immune system to prevent various diseases. It is designed to get an excellent effect on treatment.

The ocher soil plate manufacturing method and the manufacturing process of the present invention for achieving the above object is 55 to 65% by weight of the Angang mountain clay (ocher) with a relatively high viscosity; 25 to 35% by weight of Gyeongju clay (ocher) which is red in color and has a relatively low viscosity; 4-7% by weight of elvan rock to increase the thermal conductivity; 4 to 7% by weight of germanium-containing ore powder for continuously increasing the radiation of far infrared rays; A small amount of rice straw to prevent cracking of the clay soil; By adding a small amount of seaweeds such as kelp to increase the adhesive force of the ocher clay plate in the manufacturing process of Figure 1 according to the manufacturing process of the present invention to produce an ocher clay plate to the interior floor or wall of the various buildings, wall decoration, bed, etc. It is to be used as ocher material for constructing ocher room.

1 is a manufacturing process diagram of the loess soil plate showing a manufacturing process for producing loess soil plate of the present invention.

Figure 2 is a perspective view showing the loess soil produced by the loess soil and the manufacturing method and the manufacturing process of the present invention.

<Description of Symbols for Main Parts of Drawings>

11 Ocher Mixer 12 Selector

13: 1st crusher 14: coma mixer

15: secondary crusher 16: refining machine

17: loess soil plate 18: hydraulic press

19: 1st drying 20: Cutting work

21: flat plate operation 22: attaching paper

23: secondary drying 24: finished product

Figure 1 shows a preferred embodiment of the present invention, showing the manufacturing process by the loess soil plate manufacturing method of the present invention, Figure 2 is the loess soil plate prepared by the loess soil plate manufacturing method and manufacturing process of the present invention It is a perspective view which shows embodiment.

The ocher used to prepare the ocher clay plate of the present invention is yellow, and 55 to 65% by weight of an ocher acid clay (ocher) having a relatively high viscosity; 25 to 35% by weight of Gyeongju clay (ocher) which is red in color and has a relatively low viscosity; 4-7% by weight of elvan rock to increase the thermal conductivity; 4 to 7% by weight of germanium-containing gemstone powder which continuously increases the radiation of far-infrared rays beneficial to the human body; A small amount of rice straw to prevent cracking the ocher soil plate when dried; A small amount of seaweeds such as kelp, which increases the adhesive force of the ocher clay plate, is added and produced by the manufacturing process of the present invention.

The above-mentioned Angangsan clay (ocher) is yellow ocher produced in Gyeongju, Gyeongsangbuk-do, Angang-eup, and has a relatively high viscosity.

By mixing and stirring these Angang clay and Gyeongju clay, a desired clay (ocher) raw material having a certain viscosity can be obtained, and far infrared rays that are beneficial to the human body are continuously emitted from the clay raw material itself.

In addition, the elvan is added with a certain amount to increase the thermal conductivity, and the germanium-containing raw powder is added with a certain amount to continuously increase the radiation of far-infrared rays generated from the clay raw material.

The ocher soil and the production method of the present invention with such a composition ratio is produced ocher soil plate of the finished product as shown in Figure 2 by the following manufacturing process.

First, as described above, 55-65% by weight of relatively strong viscous clay (ocher), 25-35% by weight of Gyeongju clay (lower clay) with less viscous force, 4-7% by weight of elvan, 4-7% by weight of germanium-containing raw stone powder, a small amount of rice straw, and a small amount of seaweed such as kelp are introduced into the loess mixer 11 of FIG. 1, which shows the manufacturing process of the present invention, and the mixture is sufficiently stirred.

The ocher clay plate material stirred in the ocher mixer 11 is transferred to a sorter 12 by a conveyor to sort various foreign matters such as stones and pieces of glass contained in the material, and the selected material is conveyed by a primary grinder 13. After the first crushed by the transfer to the), the first crushed material is transferred back to the conveyor to transfer to the coma mixer (14).

The conveyed ocher clay plate material is vacuumed and stirred with a small amount of water in the coma mixer 14 to remove bubbles between the particles of the ocher soil plate material so that the particles are first vacuumed, and then the conveyor 2 The secondary crusher 15 is transferred to the pulverizer 15, and once again sufficiently pulverized, and the above-mentioned ocher soil plate material of which the secondary pulverization is completed is transferred to the refining machine 16.

The ocher clay plate material transferred to the refining machine 16 removes 100% of the remaining bubbles between the particles to be in a vacuum state so as to be in the same state as the ocher ingot, and then passes the ocher ingot to a predetermined size. To prepare the ocher earth plate 17 having a shape, and to press the manufactured ocher earth plate 17 by the hydraulic press 18 to increase the strength of the ocher earth plate 17.

Then, the ocher clay plate 17 pressed by the hydraulic press 18 is put into a separate drying chamber, and the first drying 19 at a temperature of 30 ° C. to 60 ° C. for one week, and the first dried ocher clay plate 17 is used. The cutting operation 20 is performed in a fixed size on all four sides.

According to the cutting operation 20, the loess loess soil plate 17 is classified into floors and walls, wall decorations and beds, and cuts to about 300 × 300 × 15 mm for floors or walls, and for wall decorations. The size can be changed in various ways by gradually reducing the size.

And after carrying out the surface polishing work by the flat plate work 21 by transporting the cut ocher board 17 cut to the various sizes described above to obtain the finished product 24 of the finished ocher clay board 17 for floor, wall or bed It becomes possible.

And when it is used for wall decoration is installed on the upper surface of the above-mentioned ocher soil plate 17 of the flat plate work 21 is completed, the Korean paper attachment 22 with a variety of patterns are printed, the ocher soil plate 17 is complete ) Is put into a separate drying room and the secondary drying (23) at a temperature of 40 ℃ to 50 ℃ for one day, the second dried ocher clay plate (17) is a finished product of the finished ocher clay plate (17) for wall decoration ) Can be obtained.

And optionally attach the copper plate (not shown) to the bottom surface of the ocher soil plate 17 in the state that the attachment of the paper sheet 22 is completed to improve the thermal conductivity, it can also completely block the vein affecting the human body in the basement of the building have.

The ocher clay plate 17 made through such a method and process is to be a good ocher construction material that can be used for the bottom surface and walls of the ocher room, wall decoration, and bed as shown in FIG.

EXAMPLE

60% by weight of yellow clay and ocher, which has a relatively high yellow viscosity, and 30% by weight of Gyeongju clay, which has a red and relatively low viscosity; 5% by weight of elvan rock to increase the thermal conductivity; 5% by weight of a germanium-containing gemstone powder for continuously increasing the radiation of far-infrared rays beneficial to the human body; A small amount of rice straw to prevent cracking the ocher soil plate when dried; The ocher clay plate material obtained by adding a small amount of seaweed, such as kelp, to increase the adhesion of the ocher clay plate is added to the ocher mixer 11 of the manufacturing process as shown in FIG.

The ocher clay plate material stirred in the ocher mixer 11 is transferred to a sorter 12 by a conveyor to sort various foreign matters such as stones and pieces of glass contained in the material, and the selected material is conveyed by a primary grinder 13. After the first crushed by the transfer to the), the first crushed material is transferred back to the conveyor to transfer to the coma mixer (14).

The conveyed ocher clay plate material is vacuumed and stirred with a small amount of water in the coma mixer 14 to remove bubbles between the particles of the ocher soil plate material so that the particles are first vacuumed, and then the conveyor 2 Transfer to the crusher 15, the second crushing once again sufficiently sufficiently, the above-mentioned ocher soil plate material is completed to transfer to the refining machine (16).

The ocher clay plate material transferred to the refining machine 16 removes 100% of the remaining bubbles between the particles to be in a vacuum state so as to be in the same state as the ocher ingot, and then passes the ocher ingot to a predetermined size. To prepare the ocher earth plate 17 having a shape, and to press the manufactured ocher earth plate 17 by the hydraulic press 18 to increase the strength of the ocher earth plate 17.

Then, the ocher clay plate 17 pressed by the hydraulic press 18 is put into a separate drying chamber, and the first drying 19 at a temperature of 30 ° C. to 60 ° C. for one week, and the first dried ocher clay plate 17 is used. The cutting operation 20 is performed in a fixed size on all four sides.

According to the cutting operation 20, the ocher clay plate 17 is classified into floors and walls, wall decorations, and beds, so that the floors or walls are cut to about 300 × 300 × 15 mm, and in the case of wall decorations. The size can be changed in various ways by gradually reducing the size.

And the surface grinding work by the flat plate work 21 by transporting the cut soil plate 17 cut to the various sizes, and the various patterns on the upper surface of the earth plate 17, the plate work 21 is finished The printed paper paste attachment 22 is carried out, and the ocher soil plate 17 on which the paste attachment 22 is completed is put into a separate drying room, followed by secondary drying (23) at a temperature of 40 ° C. to 50 ° C. for one day, and a second one. The dried ocher clay plate 17 can obtain a finished product of the finished ocher clay plate 17 for excellent wall decoration as shown in FIG.

The ocher clay plate 17 of the present invention made through such a method and manufacturing process of the ocher clay plate is the construction of a fine tile-attached ocher room that can be used for the bottom surface and walls of the ocher room, wall decoration and bed, as shown in FIG. It is a material, and it is easy to construct by constructing ocher clay plate when constructing new building or existing building, and it is possible to reproduce the old room of old ancestors by naturally drying it with pure raw soil which lives as it is without firing ocher clay plate. The thermal conductivity of the constructed ocher clay plate is good, and the constructed ocher clay plate continuously emits far-infrared rays, which are beneficial to the human body, thereby increasing the generation of bioenergy, promoting blood circulation, and the immune system to prevent and treat various diseases. You will get an excellent effect.

As described above, the manufacturing method and manufacturing process of the ocher clay plate of the present invention produces ocher clay plates that can be applied to the interior floor or wall surface of various buildings, wall decoration, bed use, etc. It is easy to install the clay loess, and it is possible to reproduce the old clay of the old ancestors by naturally drying with pure raw soil breathing as it is without firing the clay loess, and the thermal conductivity of the constructed ocher clay plate is good, By releasing far-infrared rays, which are beneficial to the human body, it is possible to obtain excellent effects in the prevention and treatment of various diseases by increasing the generation of bioenergy, promoting blood circulation and immune system in the human body of users living in the living room. There is an advantage.

Claims (2)

The ocher used to prepare the ocher clay plate is 55 to 65% by weight of an ocher acid clay (ocher) having a relatively high yellowish viscosity; 25 to 35% by weight of Gyeongju clay (ocher) which is red in color and has a relatively low viscosity; 4-7% by weight of elvan rock to increase the thermal conductivity; 4 to 7% by weight of germanium-containing gemstone powder which continuously increases the radiation of far-infrared rays beneficial to the human body; A small amount of rice straw to prevent cracking the ocher soil plate when dried; The ocher clay plate manufacturing method characterized in that it is produced by the manufacturing process of the present invention by adding a small amount of seaweeds such as kelp to increase the adhesion of the ocher clay plate. 55 to 65% by weight of the relatively strong viscous clay (ocher), 25 to 35% by weight of the relatively low viscous clay, 4 to 7% by weight of elvan, germanium-containing raw stone powder 4 to 7% by weight, a small amount of rice straw, and a small amount of seaweed such as kelp are introduced into the loess mixer 11 and sufficiently stirred; Transferring the stirred ocher clay plate material to the sorter 12 to sort out various foreign substances such as stones and pieces of glass contained in the material; The sorted material is transferred to the primary crusher 13 to be first crushed, The first pulverized material is transferred to the coma mixer 14, and vacuumed and stirred with a small amount of water in the conveyed ocher clay plate material to remove bubbles between the particles of the ocher clay plate material. To be; Transferred to the secondary crusher 15 to pulverize once more sufficiently; The secondary crushed ocher clay plate material is transferred to the refining machine 16 to remove residual air bubbles between the particles of the ocher clay plate material so as to be in a vacuum state so as to be in the same state as the yellow lobe, and then mold the ocher ingot. Passing through to prepare a loess soil plate 17 having a certain size and shape; Press the manufactured ocher soil plate 17 with a hydraulic press 18, and put the ocher soil plate 17 pressed by the above-mentioned hydraulic press 18 in a separate drying room to dry first at a temperature of 30 ℃ to 60 ℃ for a week (19); After performing the cutting operation (20) on all sides of the primary dried ocher soil plate (17) to a constant size; Carrying out the surface polishing with the flat plate work 21 by transporting the clay soil plate 17 cut to various sizes; It is attached to the paper sheet 22 is a variety of patterns printed on the upper surface of the clay plate 17, the plate operation 21 is finished; The ocher clay plate 17 in which the paper paste 22 was completed was put into a separate drying room and secondary dried 23 at a temperature of 40 ° C. to 50 ° C. for 1 day to prepare the finished product 24 of the ocher clay plate 17. Ocher clay plate manufacturing process characterized by.