KR100248959B1 - Far infrared rays radiation material using yellow soil and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a far-infrared radiation using ocher, and a method for manufacturing the same. In particular, ocher, bentonite, barley straw powder, burlap powder, and organic solidifying agent are mixed in an appropriate ratio to obtain an ocher mixture. By filling the heat storage board or heat transfer board to be bonded, it is possible to prevent the ocher powder from being buried and to prevent the ocher layer from being broken or scratched, and by the far infrared rays having excellent affinity to the biological tissue radiated from the ocher packing layer. It can promote metabolism by activating cellular tissue, and it is designed to obtain pleasant indoor environment with antibacterial and barrier effect by humidity control.

A slab plate seated in the seating groove of the complementary material to store heat, a loess-filling layer filled in the slab material to radiate far infrared rays, and a copper plate laminated to the bottom of the slab material to block water vein and dissipate heat; The heat transfer board which is laminated to the bottom of the copper plate to generate heat, and the heat insulating board which is laminated to the bottom of the heat transfer board to reflect the heat generated from the heat transfer board to the lower side so as to reflect upwardly It provides a far-infrared radiation using and a method of manufacturing the same.

Description

Far Infrared Radiation Using Ocher and Its Manufacturing Method

The present invention relates to a far-infrared radiation using ocher and a method of manufacturing the same. In particular, ocher and bentonite, and barley straw powder and burlap powder are also mixed with an organic hardener in an appropriate ratio to obtain an ocher mixture. By filling in the attached slab or heat transfer board, it is possible to prevent the ocher powder from being buried, and to prevent the ocher layer from being broken or scratched, and by the far infrared rays having excellent affinity to the biological tissue radiated from the ocher packing layer. The present invention relates to a far-infrared radiator using a loess and a method of manufacturing the same, which can promote metabolism by activating cellular tissues and obtain a pleasant indoor environment with antibacterial and barrier effects by humidity control.

In general, the flooring and wall materials used for construction are made of cement mortar, most of them are excellent in terms of firmness and workability, but contain alkaloids and radon, which seriously affect biological tissues.

In addition, due to the long life on the cement mortar floor, metabolic metabolism of biological tissues is not smooth and suffers from diseases such as chronic fatigue and blood circulation disorder. Recently, research on the loess is being actively conducted.

Most of the supplements using the loess as described above are mostly laminated structure of the ocher on the surface of the plate and stone.

However, the ocher layer laminated as described above performs the main task of smoothing the metabolism of the human body by radiating far infrared rays, but many problems appear in handling. That is, there was a problem in that the ocher powder is wiped out when wiping with a mop to clean the ocher layer.

Therefore, the ocher layer has a problem that the surface becomes uneven when a certain period of time is not able to perform a smooth function to the flooring.

In addition, the ocher layer has a problem in that the strength is very weak, so that even a small impact is broken or scratched, so that the troublesome and economical loss of frequent replacement and repair occurs.

In order to solve the defects of the above-mentioned ocher layer, the outer circumferential surface of the ocher layer may be wrapped with vinyl, and in this case, there is an advantage that the ocher powder does not get stained during cleaning. Because of the blocking, the user could not receive 100% of far infrared rays.

An object of the present invention for solving and solving such a conventional problem,

It provides an object to prevent the ocher powder from being buried by the strength imparted to the ocher layer filled to the surface of the slab of the material and the heat transfer board and to prevent the ocher layer from breaking or scratching.

In order to achieve the above object, the present invention,

Ocher, bentonite, barley straw powder and burlap powder can also achieve the purpose of the present invention by mixing the organic solidifying agent in an appropriate ratio to obtain an ocher mixture and filling the above ocher mixture directly on the slab of the manure or the heat transfer board. Will be.

1 is an exploded perspective view showing a configuration according to the first embodiment of the present invention copy

2 is a cross-sectional view showing a bonding state according to the first embodiment of the present invention copy

Figure 3 is an exploded perspective view showing a configuration according to a second embodiment of the present invention copy

Figure 4 is a cross-sectional view showing a bonding state according to a second embodiment of the present invention copy

Figure 5 is a flute chart showing the manufacturing process of the loess filled layer in the present invention radiant

* Explanation of symbols for main parts of the drawings

102, 112: loess filling layer 103: slab

104, 114: copper plate 105, 115: heat transfer board

106, 116: reflective insulation 107: maintenance

108: settling groove

A first embodiment of the present invention will be described in detail with reference to Figs.

Slab material 103 seated in the seating groove 108 of the complementary material 107 and storing heat;

The loess filling layer 102 is filled in the slab 103 to emit far infrared rays,

Copper plate 104 is laminated to the bottom of the slab material 103 to block the vein and dissipate heat, and

A heat transfer board 105 stacked on the bottom of the copper plate 104 to generate heat;

The heat insulating board 105 is stacked on the bottom of the heat insulating board 105 is configured to include a reflective insulating material 106 to reflect the upper side to prevent the transfer to the lower side.

And, the loess filling layer 102 is 50-60% by weight ocher with excellent affinity to biological tissue,

10-30% by weight of bentonite imparting firmness by crosslinking with other materials mixed with the loess;

5-10% by weight of barley straw powder added to the loess to impart breathability;

1-5% by weight of burlap powder added to the ocher to facilitate blood circulation of the human body,

The burlap powder, barley straw powder and bentonite and loess are made of 10-20% by weight of an organic hardener to smooth the surface and at the same time.

In addition, the organic hardener is 20-30% by weight of an acrylate (Acrylate) and acts as an adhesive,

5-10% by weight of vinyl acetate (Vinylacetate) copolymerized with the acrylate to serve as an adhesive,

2-5% by weight of acrylic acid (Acrylic Acid) is added to the vinyl acetate and acrylate to improve the durability,

2-5% by weight of an emulsifier added to achieve uniform mixing of the acrylic acid, vinyl acetate and acrylate,

It consists of 25-35% by weight of ion exchanged water added with the emulsifier.

And 2-3 wt% Ammonium Sulfate added as an initiator to reinforce the physical and chemical properties of the loess in order to emulsify and polymerize the acrylate.

1-2% by weight of sodium formaldehyde sulfoxide (sodium formaldehyde sulphate), which was added together with the ammonium sulphate to smooth the surface of the loess, was further added.

Meanwhile, a second embodiment of the present invention will be described in detail with reference to FIGS. 3 and 4.

An electrothermal board 115 seated in the recess 108 of the complementary material 107 to generate heat;

The ocher filling layer 112 is filled in the heat transfer board 115 to emit far infrared rays,

Copper plate 114 is laminated to the bottom of the heat transfer board 115 to block the water vein and dissipate heat at the same time,

The reflective insulation material 116 is laminated to the bottom of the copper plate 1 14 and reflects the heat upward to prevent the heat transferred to the copper plate 114 from being transferred to the lower side.

And, the loess filling layer 112 is 50-60% by weight ocher with excellent affinity for biological tissue,

10-30% by weight of bentonite imparting firmness by crosslinking with other materials mixed with the loess;

5-10% by weight of barley straw powder added to the loess to impart breathability;

1-5% by weight of burlap powder added to the ocher to facilitate blood circulation of the human body,

The burlap powder, barley straw powder and bentonite and loess are made of 10-20% by weight of an organic hardener to smoothen the surface and smooth the surface.

In addition, the organic curing agent is 20-30% by weight of the acrylate (Acrylate) and acts as an adhesive,

5-10% by weight of vinyl acetate (Vinylacetate) copolymerized with the acrylate to serve as an adhesive,

2-5% by weight of acrylic acid (Acrylic Acid) added to the vinyl acetate and acrylate to improve the durability,

2-5% by weight of an emulsifier added to achieve uniform mixing of the acrylic acid, vinyl acetate and acrylate,

It consists of 25-35% by weight of ion exchanged water added with the emulsifier.

And, the ion-exchanged water, emulsifier, and acrylic acid and vinyl acetate also 2-3% by weight of ammonium sulphate (Ammonium Sulfate) added as an initiator to enhance the physicochemical properties of the loess to emulsion-polymerize the acrylate,

1-2 wt% of sodium formaldehyde sulfoxide (sodium formaldehyde sulphate), which is added together with the ammonium sulfate and added to smooth the surface of the loess, was further added.

Meanwhile, the manufacturing process of the present invention is shown in FIG.

Crushing process (S1) for grinding the loess which is a far infrared radiation,

The ocher powder, bent nitrite and barley straw powder and burlap powder obtained in the grinding process (S1) and the mixing process of mixing the organic hardener (S2),

Filling process (S3) for filling the mixture obtained in the mixing process (S2) in the slab material 103 or the heat transfer board 115, and

It consists of a drying process (S4) for drying the ocher mixture filled in the slab material 103 or the heat transfer board 115 obtained in the filling process (S3).

And, the grinding process (S1) is a drying step (S5) and naturally dried for 3 days by collecting the ocher,

The sintering step (S6) for crushing the dried ocher dried in the drying step (S5) to a size of 3 / 8-7 / 8 inches by a crusher and then fired in an oxidizing atmosphere at about 700-900 ℃,

The loess fired in the sintering step (S6) is pulverized to a size of 1 / 7-1 / 9 inches by a pulverizer, and then pulverized to a 200-400 mesh by a pulverizer (S7).

The operation of the present invention thus described will be described in detail for each embodiment as follows.

[First Embodiment]

First, the reflection insulating material 106, the heat transfer board 105, and the copper plate 104 and the slab (l03) are coupled to the seating groove 108 formed in the material 107 of the present invention as shown in Figs. .

In addition, the filler 107 is coupled to the infrared receiver 122, the power outlet 123, the telephone line connection hole 124 and the automatic regulator 121.

The automatic regulator 121 is to allow the user to directly turn on and off the power of the heat transfer board 105 to set the temperature value.

In addition, the infrared receiver 122 allows the user to turn on and off the electric heating board 105 by remote control by a remote controller at a long distance.

In addition, an external power cord is coupled to the power outlet 123.

In addition, the telephone line connection hole 124 is connected to the telephone line to turn on and off the power to the heat transfer board 105 by a telephone signal from the outside.

When the power is supplied as described above, the heat transfer board 105 generates heat.

The heat generated from the heat transfer board 105 is transferred to the copper plate 104 at the same time as it is accumulated in the heat storage zone 103 and the heat transferred to the copper plate 104 is transferred to the ocher-filled layer 102. By warming the filling layer 102, the user can obtain a warm bottom surface.

In addition, in order to prevent the heat generated from the heat transfer board 105 from being transferred to the bottom of the mounting groove 108 of the material 107, the reflective insulation 106 is coupled to the lower side of the heat transfer board 105. Heat generated in the heat transfer board 105 is always supplied to the upper side to prevent heat loss.

On the other hand, since the loess filling layer 102 of the slab 103 includes 50-60% by weight of loess, the affinity to the biological tissue is excellent, so that the user can receive a lot of far infrared rays.

Therefore, the metabolism can be obtained by activating the cells in vivo by the above far infrared rays.

In addition, since the bonding between the materials becomes very solid by the crosslinking role of 10-30% by weight of bentonite mixed with the loess, the ocher powder is not smeared or cracked even when wiping the loess filling layer 102 with a mop. You can stop it.

In addition, the 5-10% by weight of barley straw powder added to the loess is very good air permeability is excellent in the ability to absorb the user's sweat, etc. to obtain a comfortable bed.

In addition, it is possible to obtain a smooth blood circulation of the human body by 1-5% by weight of burlap powder added to the loess.

In addition, 10-20% by weight of an organic hardener is added to the loess, thereby smoothly mixing the burlap powder, barley straw powder, bentonite and loess, and at the same time smoothing the surface of the loess filling layer 102, as if it is cardboard. You will get the same touch.

In addition, the organic curing agent is to strengthen the adhesive force because 20-30% by weight of acrylate (Acrylate) and 5-10% by weight of vinyl acetate (Vinylacetate) is copolymerized and added.

In addition, since 2-5% by weight of acrylic acid (Acrylic Acid) is added to the vinyl acetate and acrylate, the durability of the ocher filling layer 102 can be improved.

In addition, the homogeneous mixing of the acrylic acid, vinyl acetate, and acrylate is performed by 2-5% by weight of an emulsifier and 25-35% by weight of ion-exchanged water.

The ion-exchanged water, emulsifier, acrylic acid and vinyl acetate are also reinforced the physicochemical properties of the loess by 2-3% by weight of ammonium sulfate added to emulsion polymerize acrylate.

In addition, it is possible to obtain a smooth surface of the ocher filling layer 102 by 2-3% by weight of ammonium sulfate added with the ammonium sulphate.

Second Embodiment

First, the reflective insulating material 116, the copper plate 114 and the heat transfer board 115 are coupled to the seating groove 108 formed in the material 107 of the present invention as shown in FIGS.

In addition, the filler 107 is coupled to the infrared receiver 122, the power outlet 123, the telephone line connection hole 124 and the automatic regulator 121.

The automatic regulator 121 is to allow the user to directly turn on and off the power of the heat transfer board 105 to set the temperature value.

In addition, the infrared receiver 122 allows the user to turn on and off the heat transfer board 115 by remote control by a remote controller at a long distance.

In addition, an external power cord is coupled to the power outlet 123.

In addition, the telephone line connection hole 124 is connected to the telephone line is connected to turn on and off the power supply board 115 by a telephone signal from the outside.

When the power is supplied as described above, the heat transfer board 115 generates heat.

Then, the heat generated from the heat transfer board 115 is transferred to the ocher filling layer 112 to warm the ocher filling layer 112, so that the user can obtain a warm bottom surface.

In addition, in order to prevent the heat generated from the heat transfer board 115 from being transferred to the bottom of the seating groove 108 of the material 107, the reflective insulation 116 is coupled to the lower side of the heat transfer board 115. Heat generated from the heat transfer board 115 is always supplied to the upper side to prevent heat loss.

In addition, the copper plate 114 stacked between the heat insulating board 115 and the reflective insulating material 116 serves to dissipate heat and to prevent water veins.

On the other hand, the ocher filling layer 112 of the heat transfer board 115 contains 50-60% by weight of ocher, so that the affinity to the biological tissue is excellent, so that the user can receive a lot of far infrared rays.

Therefore, the metabolism can be obtained by activating the cells in vivo by the above far infrared rays.

In addition, since the bonding between the materials becomes very solid by the cross-linking role of bentonite of 10-30 wt% mixed with the loess, the ocher powder is not smeared or cracked even when wiping the loess filling layer 112 with a mop. You can stop it.

In addition, the 5-10% by weight of barley straw powder added to the loess is very good air permeability is excellent in the ability to absorb the user's sweat, etc. to obtain a comfortable bed.

In addition, it is possible to obtain a smooth blood circulation of the human body by 1-5% by weight of burlap powder added to the loess.

In addition, 10-20% by weight of an organic hardener is added to the loess, thereby smoothly mixing the burlap powder, barley straw powder, bentonite and loess, and at the same time smoothing the surface of the loess filling layer 112, as if it is cardboard. You can get the same touch.

In addition, the organic curing agent is to strengthen the adhesive force because 20-30% by weight of acrylate (Acrylate) and 5-10% by weight of vinyl acetate (Vinyl acetate) is added to the copolymerization.

In addition, since 2-5% by weight of acrylic acid (Acrylic Acid) is added to the vinyl acetate and acrylate, the durability of the ocher filling layer 112 can be improved.

In addition, the homogeneous mixing of the acrylic acid, vinyl acetate, and acrylate is performed by 2-5% by weight of an emulsifier and 25-35% by weight of ion-exchanged water.

In addition, the ion-exchanged water, the emulsifier, acrylic acid and vinyl acetate are also reinforced the physical and chemical properties of the loess by 2-3% by weight of ammonium sulfate added to emulsify the acrylate.

In addition, it is possible to obtain a smooth surface of the loess filling layer 112 by 2-3% by weight of ammonium sulfate (Ammonium Sulfate) added together with the ammonium sulfate.

Third Embodiment

In this embodiment, a manufacturing method for obtaining the loess filling layers 102 and 112 used in the first and second embodiments will be described.

[1st course: crushing]

As a natural clay mineral, it collects ocher, which is far infrared radiation, which has affinity for biological tissues, and then naturally dries it.

Then, the naturally dried loess is crushed to a size of about 3 / 8-7 / 8 inches by a crusher.

In addition, the crushed loess to a predetermined size is calcined in an oxidation atmosphere at about 700-900 ℃ and then pulverized to 1 / 7-1 / 9 inch size by a grinding roller.

Then, the above-mentioned crushed loess is finely pulverized for about 2 hours by a crusher and then put into mortar and crushed into 200-400 mesh to obtain ocher powder.

Further, after obtaining the ocher powder, bentonite is pulverized and powdered.

After the bentonite is processed, barley straw is processed.

The barley straw is washed and naturally dried to remove contaminants.

In addition, the naturally dried barley straw is pulverized by a grinder to powder.

Then, when the powdering of the barley straw is completed, the burlap is finely pulverized and powdered.

After the burlap is pulverized, an organic hardener and ion-exchanged water are prepared.

[Step 2: Mixing]

50-60% by weight of ocher powder, 10-30% by weight of bentite, 5-10% by weight of barley straw, 1-5% by weight of hemp, 10-20% by weight of organic solidifying agent and 30- of ion-exchanged water Add 60% by weight to the mixer and knead.

In addition, the organic curing agent is a water-soluble resin copolymerized 20-30% by weight of acrylate and 5-10% by weight of vinyl acetate and added 2-5% by weight of acrylic acid to improve the durability of 2-5% by weight of Emulsifier was added and 25-35% by weight of ion-exchanged water was added, followed by emulsion polymerization.

In addition, the emulsion polymerization is sufficiently stirred while raising the temperature from 68 ° C to 75 ° C at 60-70 revolutions per minute.

In addition, the mixture was introduced at a constant rate in the initiator tank mixed with 2-3% by weight of ammonium sulphate and 1-2% by weight of sodium formaldehyde sulfoxate as the initiator and the mixture in the monomer tank and the temperature was 75-79. It is obtained by stirring while maintaining at ℃.

In the organic curing agent obtained by the above method, 50-60% by weight of the far-infrared radiation produced in the first step (ocher, bentonite, barley straw, burlap mixture) was added and 30-60% by weight of ion-exchanged water was added. After stirring for 2 hours and reducing the temperature below 39 ℃, the ocher mixture is completed.

[Step 3: Filling]

The mixture of the atherosclerosis obtained in the mixing process of the second process is filled with a thickness of 0.5-1.5 cm on the surface of the slab 103 or the heat transfer board 115.

[Step 4: Drying]

In the third process, when the slab material 103 and the heat transfer board 115 filling the ocher mixture are put into a hot air dryer and dried, the loess filling layer laminated on the surface of the slab material 103 and the heat transfer board 115 ( 102) 112 can be obtained.

In the present invention thus obtained, the ocher, bentonite, barley straw powder, and burlap powder, and the organic solidifying agent are obtained in the ocher mixture at an appropriate ratio, and the ocher mixture is directly filled in the slab or heat transfer board of the filler. It is possible to prevent the loess powder from being buried by the strength and at the same time to prevent the ocher layer from cracking or scratching.

In addition, it is possible to convert the living environment, which is mostly cement mortar structure into a comfortable environment.

In addition, the above-mentioned loess filling layer radiates far-infrared rays with high affinity to biological tissues, thereby promoting metabolism by activating cellular tissues in the human body.

Thus, by the smooth metabolism of the above to contribute to health promotion to improve the quality of life and to control the humidity has a useful effect that can suppress the growth of fungi and bacteria by the antibacterial and barrier effects.

Claims (4)

In the case where the slab, the ocher-filled layer, the copper plate, the heat insulation board, and the reflective insulation material are selectively laminated to the mounting groove of the material, The ocher filling layer is 50-60% by weight of ocher with excellent affinity for biological tissue, 10-30% by weight of bentonite imparting firmness by crosslinking with other materials mixed with the loess; 5-10% by weight of barley straw powder added to the loess to impart breathability; 1-5% by weight of burlap powder added to the ocher to facilitate blood circulation of the human body, Far infrared radiation using ocher, characterized in that the burlap powder, barley straw powder and 10-20% by weight of an organic hardening agent to smooth the surface of the bentonite and ocher. The method of claim 1, The organic hardener is 20-30% by weight of an acrylate (Acrylate) to act as an adhesive, 5-10% by weight of vinyl acetate (Vinylacetate) copolymerized with the acrylate to serve as an adhesive, 2-5% by weight of acrylic acid (Acrylic Acid) added to the vinyl acetate and acrylate to improve the durability, 2-5% by weight of an emulsifier added to achieve uniform mixing of the acrylic acid, vinyl acetate, and aglylate, Far-infrared radiation using ocher, characterized in that consisting of 25-35% by weight of ion-exchanged water added together with the emulsifier. The method of claim 2, 2-3% by weight of ammonium sulfate added as an initiator to reinforce the physical and chemical properties of the loess in order to emulsify and polymerize the acrylate. Far-infrared radiation using ocher characterized in that the addition of 1-2% by weight of sodium formaldehyde sulfoxide (sodium formaldehyde sulphate) is added with the ammonium sulfate to smooth the surface of the ocher. The process of pulverizing ocher, which is a far-infrared radiant, the process of mixing the ocher powder, bentonite, barley straw powder and burlap powder and organic hardener obtained from the crushing process, and the mixture obtained from the mixing process In the filling process of filling in, and drying process of drying the ocher mixture filled in the slab or heat transfer board obtained in the filling process, The pulverization process, the drying step of taking the ocher and dried naturally for 3 days, After crushing the dried ocher dried in the drying step to a size of 3 / 8-7 / 8 inches by a crusher and the firing step in the oxidation atmosphere at about 700-900 ℃, Manufacture of far-infrared radiation using ocher, characterized in that the pulverized loess is pulverized to 1 / 7-1 / 9 inch size by a pulverizer and then pulverized to 200-400 mesh by a pulverizer again Way.