KR20050111557A - Manufacturing method of material for blocking far infrared radiation and water wave - Google Patents

Abstract

In the manufacture of electromagnetic waves, water waves, and far-infrared radiation materials,

60% natural aluminum silicate, 15% illite, 20% ocher, 5% chromite and heated to a temperature of about 800 ° C for at least 3 hours to pulverize the mixture into 250-300 mesh primary composition And a secondary composition comprising 15% jade powder, 40% copper powder, 20% magnetite-containing ceramic, mixed with 20 ° C, heated to about 800 ° C, melted and pulverized, to which 25% of activated carbon was added as 350 µm particles. It is manufactured so that the radiator composed of 80 to 20 is mixed with various materials such as anion release, antibacterial effect, adsorption, deodorization, adhesive strength, flame retardancy, heat conduction, electromagnetic shielding by various building interior materials, plates and far-infrared radiation. A method of preparing a cleaner for blocking far infrared radiation and water veins.

Description

Manufacturing method of material for shielding far infrared radiation and water wave {omitted}

The present invention is added to indoor interior materials, wallboards, floorings, resins, ceramics, and floorboards in architecture to emit far-infrared rays, which are beneficial to the human body, and at the same time, far-infrared radiation to block the veins and veins of the veins and veins that cause fatal detoxification to human health. And a method for producing a material for blocking water veins

Conventionally, dozens of applications have been applied to various far-infrared radiators, water wave blocking and electromagnetic wave shielding materials. Among them, a method for manufacturing waterborne wave and electromagnetic wave scattering material is disclosed, among which is No. 20-1998-0072213. To increase the thermal conductivity, feldspar, feldspar, and pottery are first heated to 1200-1300 ℃ and then powdered into 250 mesh, which is then mixed into a fermenter with 30% and 70% water, and roots, mugwort, germanium, wild chrysanthemum, azalea, and buttercup. After adding about 80 kinds of carrots and red radish, fermented for 7-9 days at 35-37 ℃, and then mixed with crushed mica, clay, kaolin, dolomite, loess, quartzite, meteorite, etc. It is registered as a material that is aged by aging for about 18 hours and then heated to about 1200-1300 ℃ for 18 hours to obtain finely pulverized and powdered material.

However, the above composition is heated to 1200-1300 ℃ feldspar, rockfall, pottery and crushed into 250 mesh 7-9 days by adding 70% water and 80 species such as brown root, mugwort, germanium, wild chrysanthemum, rhododendron, buttercup, blush After fermentation, it is mixed with crushed mica, clay, kaolin, dolomite, loess, quartz, meteorite, etc. and aged for 2 weeks and then heated again at 1200-1300 ℃ for 18 hours.

First: 80 kinds of the above-mentioned root roots, mugwort, germanium, wild chrysanthemum, azalea, buttercup blush added, and do not know what effect they have after high temperature,

Secondly, if these plants are added and matured and heated for 18 hours at a temperature of 2,200-1,300 ° C. for 2 hours, the components of these plants, as well as the aging, are burned out without any traces.

Third: All minerals, including feldspar, namseok, pottery stone, mica, clay, kaolin, baeknamseok, loess, quartzite, meteorite, etc. There is no description of the reason and effect, and it is not a technology that can easily understand the ordinary technology,

Fourthly, these 10 kinds of minerals were heated and mixed at the high temperature of 1200-1300 ℃ for the second time, and there was no doubt about the effect.

The present invention is an uneconomical problem of mixing 10 kinds of minerals and heating them at 1200-1300 ℃ for 2 hours at high heat for over 18 hours, and mixing 80 kinds of plants with these minerals and heating them to 1200-1300 ℃. As a result of solving the problems and difficult problems to be obtained and fundamentally solving and complementing them, and the simple and economical blocking of electromagnetic waves, the far-infrared radiation which is beneficial to the human body has been developed.

The present invention is selected from millennial aluminum silicate, ocher, illite, chromite, activated carbon, elvan, jade, magnetite-containing ceramics, ceramics, copper powder, and mixed at an appropriate ratio, respectively. %, Ocher 10%, chromite 5%, jade powder 5%, activated carbon 10%, copper powder 3%, magnetite 2%. First, natural aluminum silicate 50%, illite 15%, ocher 10% , 5% of chromite (5% of elvanite) and 5% of jade powder are heated at a temperature of about 800 ℃ for about 3 hours to form a lumpy mixture. , Secondary jade powder 3%, copper powder 5%, magnetite-containing ceramic 5% mixed, heated to about 800 ℃ melt mixed and pulverized 7% activated carbon mixed to form a secondary composition, and then the primary effluent And secondary composition to mix the water vein blocking and far infrared ray raw material The Castle

The components of each raw material are as follows.

Chlorite is a mica-like clay mineral whose structure contains (mg, al, fe) ₁₂ [(sial) ₈ O ₂₀ ] OH ₁₆ , which contains more oxygen than any other mineral, and emits far infrared rays and anions. All parasite eggs are not hatched, germ growth is inhibited, and anions are essential for preventing aging of the human body, helping blood circulation and decomposing free radicals.

Illite is a contact thermally modified clay mineral whose molecular stone is KAl ₄ (Al Si ₇ O ₂₀ ) (OH) _{4 The} physics is mineralogy and has a three-layered flaky structure and the main component is SiO _2. , Al ₂ O ₃ K ₂ , a yellowish white synthetic mineral, emits 89-92% of far infrared rays with a wavelength of 3-25 microns at room temperature, and deodorizing power is 98%. It emits powerful groups and activates water molecules in water to triple dissolved oxygen. It secures abnormality and has strong oxygen coagulation power. It has -2 conversion in water, and it adsorbs cationic organic ions in water, its function is moisturizing effect, prevents direct ultraviolet rays, improves soil magnetic force and emits strong anions.

Natural aluminum silicate contains potassium, calcium, sodium, magnesium, and copper, which are essential elements that directly affect the physiological activities of plants and the human body. This also emits a lot of far-infrared rays. Copper and aluminum (zinc) are mainly used as materials to block water waves. In addition, iron oxide, aluminum oxide, zinc, chromium, manganese, and cobalt ceramics are widely used. The gate is also believed to have an excellent effect on blocking water waves in addition to far-infrared radiation.

In particular, the material that blocks electromagnetic water waves is ceramic, but ceramic powder containing magnetite (0.8 gauss magnet powder) is ideal, and it is more effective if copper powder is added to it.

In general, the composition of the ceramic can absorb electromagnetic waves;

First: it consists of iron oxide (Fe), aluminum oxide (Al), zinc (Zno), chromium (Cr), copper (Cuo), manganese (Mn), etc. This is a problem that the price is expensive due to artificial composition There is,

Second: It is a far-infrared radiation emitter, which can be composed of artificial far-infrared radiation radiation of 6-15㎛ with silica, ferric oxide, titanium oxide, alumina, calcium oxide, magnesium oxide, sodium oxide and carium oxide in an appropriate ratio. ,

Third: In addition to the above-mentioned artificial radiator, natural radiators, maculite, cerite, etc., as well as natural aluminum silicate, ocher, illite and chromite, are used as far-infrared radiators.

The effect of activated carbon is well known here, and description of the function is omitted.

The far infrared effect needs to be examined first, but the heating and drying effect (evenly drying to the inside of the object), the growth effect of plants, the fermentation effect of fermentation, the sweating effect at 30 ℃, the wavelength of far infrared rays are 8-14 microns, subcutaneous 40mm It is absorbed to show analgesic effect, promotes metabolic function, and is used in various fields such as construction industry, raw material industry, etc. due to the advantages of discharging waste products.

It is mixed with the above-mentioned natural aluminum silicate 60%, illite 15%, ocher 20%, chromite 5% (can be replaced by 5% elvan rock) and heated to a temperature of about 800 ℃ for about 3 hours to about 250 mesh (400㎛ ) To form a primary far-infrared radiation, 15% jade powder, 40% copper powder, 20% magnetite-containing ceramic, mixed with heat at about 500-800 ℃, and then pulverized to add 25% activated carbon. The composition is ground and mixed in an 80 to 20 ratio to form a material of the present invention.

The operation of the present invention thus constructed is as follows.

The most widely used material is the construction field, which is used to block harmful toxins and water waves generated from the concrete floor when the material is mixed with cement mortar within about 30% on the floor of a room, which is a human living space. Of course, by promoting the metabolism and vitality of the human body caused by far-infrared radiation, sleep fatigue and hangover are relieved early.

1) Far infrared rays originate,

(1) heat generation, (2) mass transfer, (3) excitation state, and (4) photoelectric effect.

The principle of heat generation in (1) lies in the radiation intensity. The application in the field of dry heating using this principle is wide. For example, it can be used for drying dried fish, seaweed, kelp, vegetables, meat, rice, lumber, curing of concrete, heating coating of automobiles and electronics, cleaning, indoor drying, and also for floors, ceilings and walls. Used for heating, cattle, pig barns, chicken coop, house cultivation, cooking, processing, cooling, refrigerator, freezer, rapid freezing, rapid thawing, etc. It is also applicable to freezing prevention. The castle and the high speed are revealed, and it is possible to save energy.

The principle of mass transfer promotion in (2) lies in the dualization phenomenon. Ionic effect seeks to balance and activate biological tissue and function

Its application field is the medical and health industry, and below 40 ℃, it is highly safe and simple to handle, and it contributes to the creation of new cells such as the repair of acquired warts, spots and skin restoration of burn treatment without destroying biological tissues. Promotes blood circulation, dilates capillaries, sweats, analgesics, and promotes metabolic activity.

The principle of the excited state in (3) is to strengthen the binding of water molecules, and the collision of water molecules enhances the attractive force effect to stabilize the structure of the biomolecules and activate the biological tissues. It speeds up the chemical reaction such as aging, and completes alcoholic beverages, soy sauce (soy sauce, etc.), meju, kimchi, and marinated with its attributes.

The principle of the photoelectric effect of (4) is the collision of electrons emitted from the electromagnetic wave, which strengthens the binding of excitation water molecules of living tissues and functions, and activates the movement of water molecules, promotes metabolic activity, and ionization phenomenon. The origin of the principle as an electromagnetic wave

2) due to ceramics

Due to the function of ceramics, it can be summarized as three principles: (1) porosity, (2) catalysis, and (3) heat storage.

(1) The "porous principle" is in adsorption, absorption, and bacteria.

-It absorbs heavy metals and captures bacteria in the water.

-High humidity control function due to high breathability of moisture absorption and humidity,

-It can deodorize, dehumidify, prevent mold, cleanse, etc.

-It can be applied to construction, food industry, residential environment maintenance and pollution.

(2) The principle of catalysis is to promote the rate of chemical reaction

-Ion exchange function to increase alkalinity

Applications include medical and health, livestock, agriculture, food and bio

The principle of heat storage of (3) is in the large heat capacity,

-If you proportion heat capacity and mass of ceramic, you don't easily release once memorized temperature.

-It has high thermal conductivity of low temperature and high temperature, so it is used for refrigerator, freezer, warmer, drying oven, incinerator, microwave oven, sauna, bath, cold heating, etc.

Therefore, the application law of the home appliance industry, food industry, medical and health industry, agriculture and livestock industry can be wide and contribute to the management efficiency.

For example, the far-infrared emissivity and radiation energy of the inventive material were tested by the Korea Far Infrared Applied Evaluation Institute.

The above test is the measurement result of BLACK BODY using FT-IR Spectrometer.

In addition, anion release test

NOTE 1 test method; KFIA-FI-1042

        2) test piece; 50 g

        3) Using a charged particle measuring device, the temperature was tested at room temperature 23 ℃, humidity 46%, anion water 110 / CC condition in the air, and the anion released from the object was measured and expressed as the number of ion per unit volume.

The material according to the present invention, for example, in the interior of the apartment house of the building structure, in addition to the flooring, wall materials, health care facilities, refrigeration, freezing warehouse facilities and the effects on heating, drying, upbringing, ripening, sweating, analgesic, promoting metabolic function It is necessary to confirm the test by E. coli and antibacterial and Pseudomonas aeruginosa.

The number of bacteria on the medium is calculated by multiplying the number of lime

1 test method; KFIA-FI-1002

2 strains used; escherichia coli atcc25922

           pseudomonas aeruginosa atcc 15442

For example, odor must also be eliminated in refrigeration, freezing, drying, and maturation. The KFIA-FI-1004 method performed the deodorization test in Korea Far Infrared Application Evaluation Institute.

Test result

The test is BLANK; Measured with no feed, tested with ammonia gas, and gas concentration was measured with a gas detector tube.

Anion generation test and adhesive strength test results when used in addition to the building materials of the present invention were also tested for flame retardancy, thermal conductivity, formaldehyde release amount, and the following results were obtained.

Secondary anion test

Test Method: KICM-FIR-1042 (Korea Building Materials Testing Institute), an anion test for building materials

Adhesive strength test

Test Method: KSI 1593-98 (Korea Institute of Construction Materials)

Smokeability, thermal conductivity, formaldehyde release test

In the above test, the thickness of the specimen with 60% of the radiator material according to the present invention was 10 mm, and the drying time of formaldehyde emission was 24 hours.

* The test method is KSF 2271 98 JIS-K 5601-4-1-08, which is the test result of Korea Institute of Construction Materials.

As described above, the radiator material of the present invention has far-infrared emissivity and radiation energy, anion emission test, antibacterial test, deodorization test, secondary anion test, adhesive strength test, flame retardancy, thermal conductivity, and fore aldade test as demonstrated in the test. When using the material of the present invention can be achieved

First: It is composed of pure natural mineral which is harmless to human body as far-infrared radiation material.

Secondly, because of the high intensity of radiation, the energy efficiency is excellent by maintaining uniformity of dry heating, and the effect of promoting blood circulation, expansion of capillaries, sweating, analgesic, and metabolic activity in human body by ionization phenomenon.

Third: It absorbs, deodorizes, absorbs, and kills bacteria, so it has high hygroscopic, moisture and respiratory properties.

Fourth: By increasing the alkalinity by accelerating chemical reaction speed and ion exchange function by catalysis, and proportioning heat capacity and mass of ceramics by heat storage principle, it does not release the stored temperature once and improves thermal insulation, energy saving and heat conduction efficiency.

Fifth: At the same time, it has excellent effects such as preventing retroreflection or blocking water veins, preventing cracks and diseases applied to the human body during construction, and preventing electromagnetic waves. I can't submit my test report

Claims (1)

In the manufacture of electromagnetic waves, water waves, far-infrared radiation and 60% of natural aluminum silicate, 15% of illite, 20% of ocher and 5% of chromite are heated to a temperature of about 800 ℃ for more than 3 hours to form a mixture, which is pulverized to about 250-300 mesh. Tea composition, secondary powder 15%, copper powder 40%, magnetite-containing ceramic 20%, mixed, heated to about 500-800 ℃ melt mixed and then pulverized to add 25% activated carbon 25㎛ Method of manufacturing the material for blocking the far infrared radiation and the water wave, characterized in that for producing a radiator material by mixing the ratio of 80 to 20