KR100314115B1 - a method of producing a interior panel for construction - Google Patents

Abstract

PURPOSE: Provided are interior panels for construction with far infrared emission, air purification and sterilization by using yellow earth, quartz porphyry, clay, charcoal and salt as raw materials. CONSTITUTION: The manufacturing method comprises the steps of: preparing yellow earth by mixing yellow earth with water, settling to get yellow earth, and removing air and water by a kneading machine; preparing clay removing air and water, and fine powders of charcoal, salt and quartz porphyry; mixing yellow earth, clay, charcoal, salt and quartz porphyry in a ratio of 4 : 4 : 0.4 : 0.1 : 1.5; pressing in a form of panel(6-15mm thickness); drying in the shade for 2days, and drying in the sun for 8-10hrs.; firing at 500-700deg.C; air-cooling.

Description

A method of producing a interior panel for construction

The present invention relates to a building interior material, and more particularly to a method for manufacturing a building interior panel.

In general, the wall of the building is built by applying a mortar to the outer surface after loading the brick, the floor of the building is completed by arranging the hot water supply line of the boiler and then applying mortar on it.

Buildings thus constructed are provided with mortar coated on all sides of the building, so people living in the building are blocked from the geomagnetic field by the mortar wall or the mortar floor, causing problems such as reduced blood circulation.

An object of the present invention for solving the above problems is to provide a method for manufacturing a built-in panel for building to emit far-infrared rays inside the building, to purify the air, prevent bacterial growth.

In order to achieve the above object, the present invention building panel manufacturing method of the present invention, in the building panel manufacturing method for building, the fine soil is screened by filtering the ocher in the soil, and the precipitated over time after mixing the selected ocher with water A first step of separating the loess and inserting the separated loess into a known refining machine to remove air and moisture contained in the loess; A second process including clay from which air and moisture are removed through the same process as the first process; A third step of crushing the charcoal and providing the charcoal in the particulate state; A fourth tablet comprising crushed salt to provide fine salt; A fifth step of crushing the elvan rock and including the elvan rock in the particulate state; A process of manufacturing a panel by mixing the materials of the first process through the fifth process in the ratio of ocher: clay: charcoal: salt: elvan in a ratio of 4: 4: 0.4: 0.1: 1.5, and then compression molding. 6 step; The prepared panel is dried for 2 days in the shade of air, and dried again in the sun for 8-10 hours, put it in a heating furnace and heated for 24 hours at 500-700 ℃, and then air cooled to the seventh process Characterized in that made.

Therefore, the blood circulation is promoted by the far-infrared rays generated from ocher and elvan, and health can be improved. The polluted air in the room is purified by the air purifying effect of charcoal, and the mold is moistened by the antiseptic action of salt. It is effective in preventing bacterial propagation such as propagation.

Specific features of the present invention will become more apparent from the following description.

The manufacturing method of the interior panel for building of this invention consists of seven processes.

First, in the first step, fine loess is screened by filtering general loess. The selected ocher is mixed with water and then precipitated. After precipitation for about a day, water and ocher are separated up and down, and the water is discarded to obtain the precipitated ocher.

The precipitated ocher obtained in this way is introduced into a well-known pore to remove air and water therefrom. When the ocher is put into a well-known pore, the air contained in the loess is mixed to the outside by being rotated by a compression screw. It is discharged and compressed and discharged by the compression screw.

The loess passing through the refiner is discharged after the air and moisture contained therein are properly removed. Thus, the loess passing through the refiner maintains the moisture content of 10-15%.

When the clay is obtained through the first process, the clay is provided through the second process, and the process of providing the clay is the same as the process of applying the clay, and thus, clay is removed from the air and moisture. Equipped.

The third to fifth processes are processes for grinding charcoal, salt, and elvan.

These processes are provided with powdered charcoal, salt and elvan, and they are finely ground in a powder form such as flour using a known grinder.

In this way, when the materials are provided, there is a sixth process of mixing and molding them. Each of the materials, which are provided through the fifth process in the first process, is mixed with clay, clay, charcoal, salt and elvan.

The mixing ratio is ocher: clay: char: salt: elvan. The ratio is 4: 4: 0.4: 0.1: 1.5.

When the mixture is mixed in this way, it is added to the refining machine to mix, compress, and discharge again, thus removing the air between the materials and close the gaps between the molecules to make the produced panel more firm.

When the mixed raw material is obtained by passing through the refining machine, it is pressed and made into a rectangular panel having a thickness of 6-15 mm.

Such a panel is used as a product after sufficiently drying through the seventh step, in the seventh step, the manufactured panel is dried for two days in the shade of air in the air to some extent to prevent the problem of cracking in the sun.

Then, the panel is dried again for about 8 to 10 hours in the sun to almost dry the moisture in the panel, which is put into a heating furnace and heated at 500-700 ° C. for about 24 hours, followed by air cooling to form a finished product.

Since the built-in panel for the building according to the present invention manufacturing method using a material useful to the body can be obtained various advantages when dwelling in the interior of the building constructed with such an interior material.

As can be seen from the fact that health promotion methods using ocher such as ocher jjimjilbang and loess are widely spread, in ocher, far infrared rays are released and thus blood circulation promotion can be obtained, and humidity control, sound insulation and insulation effect are additionally added. You can get

In addition, the charcoal has the function of purifying the air to purify the muddy air in the room, the salt prevents the decay, that is, the growth of microorganisms to prevent mold growth in the room due to moisture.

Elvan stone emits far-infrared rays like ocher or ceramic so that it can promote health such as blood circulation promotion.

Therefore, the building constructed with the decorative panel of the present invention has the advantages of improving the health of the inhabitants and preserving the building in a good state.

According to the manufacturing method of the decorative panel for building according to the present invention as described above, the blood circulation is promoted by far-infrared rays generated from ocher and elvan, it is possible to improve the health, air contaminated by the air purifying action of charcoal It is purified, and there is an effect of preventing bacterial propagation such as mold propagation due to moisture by the antiseptic action of salt.

Claims (1)

In the manufacturing method of building interior panels, Filtering the fine loess by filtering the loess, and then the selected ocher is mixed with water to separate the precipitated ocher to settle over time, and the separated ocher is put into a known refining machine to remove the air and moisture contained in the loess A first step of removing; A second process including clay from which air and moisture are removed through the same process as the first process; A third step of crushing the charcoal and providing the charcoal in the particulate state; A fourth tablet comprising crushed salt to provide fine salt; A fifth step of crushing the elvan rock and including the elvan rock in the particulate state; In each of the materials provided in the first step through the fifth step, the mixture of ocher: clay: char: salt: elvan was mixed in a ratio of 4: 4: 0.4: 0.1: 1.5 and then press-molded to manufacture a panel. A sixth step; The prepared panel is dried in air in the shade for 2 days, and dried again in the sun for 8-10 hours, put it in a heating furnace and heated for 24 hours at 500-700 ℃, and then air cooled to the seventh step Built-in panel manufacturing method for building, characterized in that consisting of.