KR100322480B1 - A interior decoration materials for a construction and its manufacturing method - Google Patents

Abstract

PURPOSE: An interior material useful for constructional buildings is provided to obtain a variety of advantages including control of indoor moisture, anti-bacterial efficiency, moisture-proof, sound-proof and heat insulating properties and deodorization effect by comprising specified components. CONSTITUTION: The interior material is produced by curing a combined material containing a wooden mold(11) having a number of air-ventilation holes with determined size and thickness; a paste mixture(12) of 20kg loess, 200g pine needle, 300g pine resin, 500g wormwood, 100g ceramic magnetic material, 100g activation carbon and 200g nephrite in 30 liter water; and piece materials(13) of 200g pine charcoal, 200g bamboo charcoal, 500g bioceramic ore and 3kg germanium ore to be interposed in the paste mixture(12) based on 3.24 m¬2 of the wooden mold(11).

Description

Building interior materials and its manufacturing method {A INTERIOR DECORATION MATERIALS FOR A CONSTRUCTION AND ITS MANUFACTURING METHOD}

The present invention relates to a building interior material and a method for manufacturing the same, and more particularly, to a building interior material and a method for manufacturing the same, comprising a material beneficial to the human body such as loess, charcoal to promote a healthy and comfortable living environment.

In general, interior materials (얻기) is a material for obtaining a comfortable indoor environment in the interior of the building, the interior materials of the conventional building has been mainly used concrete, wood, etc. This is to the modern people suffering from various pollutants in the age of adult diseases It is a well-known fact that has been adversely affected. In other words, the magnetic field energy of spaces that benefit from nature such as mountains and rivers, rice fields and fields, water and trees is beneficial to the human body, but the magnetic field energy of places surrounded by semi-natural ones such as steel and concrete is harmful. There is also a statistic that the health impacts on people are absolute.

In recent years, various products such as mats and beddings using materials that radiate energy beneficial to the human body, such as loess or jade, which are living intestines, have been provided.

However, the products provided are limited in size, range of use, and the like, and accordingly, it is required to be able to benefit from the beneficial materials for the human body in a residential environment.

Therefore, the present invention has been made in view of the above-mentioned conventional problems, the object of the present invention by using the interior material made of a material beneficial to the human body for building to help the health of living in buildings and It is to provide a manufacturing method.

1a to 1c is an illustration of the interior material according to the manufacturing step of an embodiment of the present invention,

1D is a partially enlarged cross-sectional view taken along the line A-A of FIG. 1C;

3 is a manufacturing process block diagram of an embodiment of the present invention;

Figures 4a to 4d is an illustration of the interior material according to the manufacturing step of another embodiment of the present invention,

5 is a partially enlarged cross-sectional view taken along line B-B of FIG. 4D;

Figure 6a and 6b is an illustration of the use state of another embodiment of the present invention.

(Explanation of symbols for the main parts of the drawing)

10, 20; Interior materials 11, 21; Wooden frame

11a, 21a; Vent 12; mixture

13; Engraving material 22; Hinge Ball

30; Wood piece 31; spin

In order to achieve the above object, the present invention provides a wood frame (11) having a plurality of ventilation holes (11a) formed in a predetermined size and thickness in the bottom;

A mixture (12) filled in the wood mold (11) and kneaded with ruby, pine needles, rosin, sea wormwood, ceramic magnetic, activated carbon, and purgatory water;

Engraving material (13) of true charcoal, bamboo charcoal, elvan ore, germanium ore inserted and placed in the mixture (12);

It is characterized by being formed by curing the composed of.

In addition, as a method for producing the same, granular lava, pine needles, rosin, sea wormwood, ceramic magnetic, activated carbon, purgatory, etc. are mixed, water is added and kneading to form a mixture (12);

Filling the mixture (12) into a wooden mold (11) and selecting an upper surface;

Inserting large pieces of granular material 13 such as charcoal, bamboo charcoal, elvan ore and germanium ore into the mixture 12 filled in the wood mold 11;

Hardening the wood mold 11 filled with the mixture 12 and the carving material 13 by drying in the shade;

It provides a method for manufacturing the interior material comprising a.

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

First of all, the materials forming the interior materials of the present invention are considered to be ruby (好 黃土), pine needles (powder), rosin, sea wormwood (powder), ceramic magnetic (powder), activated carbon (powder), purgatory (particle), true charcoal (particle) , Bamboo charcoal (particle), elvan ore, germanium ore, and water.

Loess soil refers to loess having weakness as good loess which is rich in rare earths and rich in non-ferrous metal among loess. It is known to have the effect of removing various bad energy and regenerating vitality, and has been scientifically proven to be effective. (Reference: 'ocher therapy', written by Lee Won-seop, Dongbang Media)

Mugwort has been used as a covenant by Korean people since ancient times. Mugwort contains 0.02% of essential oils. The main ingredient is 50% of cineol, and it contains a mixture of corin, inulin, adenine, sesquiterpene and some vitamins. In particular, the sea wormwood is a wormwood grown in the sea breeze (海風) is known to have effects such as warming the hands and feet, intestinal activity, healthy skin, and bone health in the human body.

Oak charcoal is made by baking oak for more than 48 hours at a high temperature of 1300 ℃ or more. It has a strong reducing effect and an energy synergistic effect to filter and purify various pollutants, improve antibacterial effect on the human body, and block water and electromagnetic waves. It is known to have a wide range of effects, such as dermatitis, diabetes, liver disease, and cancer.

Bamboo charcoal also has a surface area of over 200 pyeong in 1 g, and is known for its excellent deodorization, filtration and purification. In addition, it is known to be effective in the mental and mental stabilization effect by continuously generating negative ions, to promote metabolism through the thermal effect by releasing far infrared rays, block vein and harmful electromagnetic waves, and also effective in treating cancer.

(Reference: `` The Miracle Charcoal Health Act '' written by Chengdu and Makiuchi Daido, Central M & B)

In addition, germanium emits 94.6% of far-infrared rays in natural light without firing, and far-infrared rays reach the deep part of the human body. It sweats a lot due to its excellent sweating, but there is no smell or stickiness, and it absorbs and decomposes gas harmful to human body with deodorization rate of 93%, thereby solving problems such as radon gas, formaldehyde gas and ammonia gas.

Germanium used in the present invention is a germanium biotite, its wavelength is known to be excellent because of its human body-friendly, it contains more than 30 minerals and purifies the indoor air by excellent humidity control and excellent antibacterial, antibacterial, deodorizing action And releases anion which is beneficial to human body.

Ceramic magnetic is known to help prevent atherosclerosis hypertension and improve blood circulation.

Elvan is a feldspar rock containing silicon oxide (SiO₂), which elutes 40 kinds of minerals that are beneficial to the human body. Its excellent antibacterial ability is very good for treating skin diseases and trauma, and it emits large amounts of far-infrared rays. It is known.

Activated carbon is a carbonaceous granular or powdery substance which exhibits particularly high adsorption capacity for gas, pigment molecules, etc., and is made from lignite, peat, and the like. It is used for various purposes such as deodorization, decoloring agents, purification of gases and solutions, and gas masks.

Pine needles are known to be good for humans if they are edible, so they have also been provided with a drink. They are known to have effects such as lightening the body and brightening the eyes if they are laid and warmed on the earth. In the present invention also serves to enhance the binding force of the mixture.

The amount of material mixing for constituting the interior material of the present invention to an area of 1 (flat) 坪 is illustrated below.

Yellow soil 20 kg

Pine needles (piece) 200 g

300 g of rosin

500 g of sea breeze mugwort (powder)

100 g of ceramic magnetic (powder)

100 g of activated carbon (powder)

Purgatory (particle) 200 g

Charcoal (grain) 200 g

200 g of bamboo charcoal (particle)

500 g of ganban stone gemstones

3 kg of germanium gemstones

30ℓ of water

(First embodiment)

When the material is prepared as described above, as shown in FIG. 1A, the wooden mold 11 having a predetermined size and thickness is provided. The wood frame 11 is preferably made of oak, the bottom of which forms a plurality of ventilation holes (11a). The size and thickness of the wood frame 11 can be set according to the area to be applied.

Then, kneading rust soil, pine needles, rosin, sea wormwood, ceramic magnetic, activated carbon, nephrite, etc. among the above listed materials is mixed and water is added to the dough. Then, the mixture in the dough state (hereinafter referred to as the mixture below) is filled in the wood mold 11 as shown in FIG. 1B and the top surface is selected.

Then, the mixture 12 filled with the material having a large particle size (13; hereinafter referred to as a engraving material) such as true charcoal, bamboo charcoal, elvan ore and germanium ore as shown in FIG. Insert it into and place it.

The state in which the engraving material 13 is inserted and positioned in the mixture 12 filled in the wood mold 11 is shown in FIG.

Then, the wood mold 11 filled with the mixture 12 and the engraving material 13 is dried in the shade to harden to complete the interior 10.

The invention may also illustrate other embodiments.

Second Embodiment

First, as shown in FIG. 4A, the timber mold 21 is provided to be deeper than the depth of the receiving part of the timber mold 11 shown in the first embodiment. In other words, if the side height of the timber mold 11 is 'K' in the first embodiment shown in Fig. 1A, it is 'K + α' in the second embodiment.

The mixture 12 is filled in the wood mold 21, and this time, as shown in FIG. 4B, the wood mold 21 is not completely filled.

As in the first embodiment, the engraving material 13 is inserted and placed in the filled mixture 12 (FIG. 4C), and then naturally dried in the shade to cure.

Thereafter, as shown in FIG. 4D, a plurality of wood pieces 30 covering the upper part of the wood mold 21 are assembled at the remaining positions of the wood mold 21 filled with the mixture 12. To this end, hinges 22 are formed at predetermined intervals on both opposite upper sides of the wooden mold 21, and protrusions 31 are formed at both ends of the wood long piece 30 so as to be fitted thereto. Therefore, the projection 31 of the wood long piece 30 is inserted into the hinge hole 22 of the wood mold 21 to achieve the arrangement as shown in Figure 4d.

FIG. 5 is a partially enlarged cross-sectional view taken along line B-B of FIG. 4D, and illustrates a state in which the wood piece 30 is rotated by using the protrusion 31 as a hinge axis. As described above, the wood piece 30 that is rotatable is connected and configured so that a plurality of the rotatable pieces can be rotated at the same time. Therefore, detailed description of the structure is omitted since the technique is cited in a blind used as a general shading means.

Interior material 20 according to the second embodiment of the present invention configured as described above is given a predetermined picture different from each other on both sides of the plurality of wood pieces (30). Accordingly, when one surface is selected, a picture as shown in FIG. 6A is formed, and when the back surface is selected by rotating the wood piece 30, another picture, that is, a picture as illustrated in FIG. 6B, is displayed.

As described above, the interior materials 10 and 20 of the present invention described in the first embodiment and the second embodiment are formed in a suitable size according to the installation place to form a wall or the like by mutual assembly.

Although the present invention as described above is not shown separately, if the thickness and size of the exterior is appropriately set, it is applied to a frame, a furniture inner wall, a top plate of a desk, a door, an auxiliary top plate placed on a desk, an inner wall of a refrigerator, a telephone support plate, etc. in addition to the building interior materials. I can make it.

As described above, the present invention has the effects of indoor humidity control, antibacterial, and humidity by the efficacy of each material, and the effects such as sound insulation, insulation, and odor removal in the space in which the interior material is installed, as well as water vein and electromagnetic wave blocking. Therefore, it affects the human body and promotes a healthy environment.

In particular, in the case of the second embodiment there is an advantage that can realize its own decoration.

Claims (6)

Wood frame 11 having a plurality of ventilation holes (11a) on the bottom and formed in a predetermined size and thickness; A mixture (12) filled in the wood mold (11) and kneaded with ruby, pine needles, rosin, sea wormwood, ceramic magnetic, activated carbon, and purgatory water; Engraving material (13) of true charcoal, bamboo charcoal, elvan ore, germanium ore inserted and placed in the mixture (12); Building interior material, characterized in that formed by curing the consisting of. The material according to claim 1, wherein the material is 20 kg of crushed earth, 1 g of pine needles, 200 g of pine needles, 300 g of pine needles, 500 g of sea wormwood, 100 g of ceramics, 200 g of jade, 200 g of charcoal, and 200 g of charcoal. A building interior material comprising a mixture of 200 g of bamboo charcoal, 500 g of bar stone ore, 3 kg of germanium ore, and 30 liters of water. According to claim 1, wherein the mixture 12 is formed a plurality of hinge holes 22 of a predetermined interval on the upper side of the opposite sides of the filled wooden mold 21, and the projections at both ends to be fitted into the hinge holes 22 A building interior material further comprising a plurality of wood pieces (30) arranged and assembled with (31). The building interior material according to claim 3, wherein the wood piece (30) is connected and configured so that a plurality of the pieces are rotated at the same time. The interior of the building according to claim 3, wherein different surfaces are provided on both sides of the arranged wooden pieces (30). Mixing granular lava, pine needles, rosin, sea wormwood, ceramic magnetic, activated carbon, nephrite, etc., followed by adding water and kneading to form a mixture 12; Filling the mixture (12) into a wooden mold (11) and selecting an upper surface; Inserting large pieces of granular material 13 such as charcoal, bamboo charcoal, elvan ore and germanium ore into the mixture 12 filled in the wood mold 11; Hardening the wood mold 11 filled with the mixture 12 and the carving material 13 by drying in the shade; Method of manufacturing the interior material comprising a.