JPH1143367A - Production of multiobjective antibacterial, deodorant, health keeping and growing ceramic, and its utilization - Google Patents

Abstract

PROBLEM TO BE SOLVED: To produce mixed or complex ceramic having stronger effect with a low cost by mixing a small amount of tourmaline or SGE formerly had slight utilization value among natural ore ceramic because of high cost nevertheless having high efficiency. SOLUTION: This multiobjective ceramic is composed of fine powder of natural ore comprising tourmaline or SGE emitting far-infrared rays as electromagnetic waves of 4-14 μm wavelengths same as the sunlight and having <=15 μm particle diameter and magnesia fine powder having <= 15 μm particle diameter as principal base materials and titanium for a photocatalyst as an auxiliary, and further fine powders of silica rock and alumina are mixed so as an emitting fraction of animals and plants growing light (electromagnetic wave) having 4-14 μm to be >=80% at a surface temperature about 50 deg.C near a normal temperature.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention further enhances the emissivity of the electromagnetic wave growing light beam of the solar ray of 4 to 14 microns which has been studied and developed so far, and the production cost has been expensive so far, so that the utilization effect can be improved. Mixed or composite ceramics, which are known but have a narrow field of use and are not widely used, can be used at a low production cost and still have a powerful effect to greatly expand the field of use It is about.

[0002]

2. Description of the Related Art Conventionally, industrial ceramics were mostly used because of their antibacterial and deodorizing effects, because composite ceramics of industrial products were cheaper and more powerful than ceramics of natural ore. For the growth, natural ore ceramics having a high emission rate of the growth light of the same electromagnetic wave as the sunlight of 4 to 14 microns have been used.
However, it was rarely used because it was expensive. In order to reduce the cost, it was studied to mix or combine natural ore ceramics and ceramics of industrial products, but it was not possible to increase the emissivity of the growing light beam.

[0003]

Since natural ore is hard and requires a high production cost to produce fine particles, industrial products must be mixed to reduce the cost. However, if an industrial product is mixed, the emissivity of the growing light beam is weakened, and the effect of growing human bodies and animals and plants is weakened. In view of the above, an object of the present invention is to provide a manufacturing method and a processing method for the purpose of lowering the production cost and increasing the effect by using not only a single product but also a mixed or composite ceramic of industrial products.

[0004]

In order to achieve the above object, tourmaline and natural rock (SGE), which have relatively high emissivity for natural ores, mainly titanium and magnesia, which are relatively high emissivity among industrial products. To produce mixed ceramics with high emissivity by combining them in various ratios. After that, tourmaline and natural rock (SGE), natural ores with high production costs
The mixing ratio of titanium and magnesia of industrial ceramics is increased by lowering the mixing ratio of the ceramics to produce a mixed or composite ceramic having a low production cost and a high emissivity of the growing light beam.

[0005]

BRIEF DESCRIPTION OF THE DRAWINGS Several embodiments embodying the present invention will be described to provide an understanding of the invention.

In this embodiment, a mixed use of fine natural ore ceramics and fine industrial ceramics and composite ceramics are used to increase the emissivity of light rays (electromagnetic waves) of 4 to 14 microns, which is the same as that of sunlight, but at a low cost for multipurpose use. This is a case where the ceramic product of the above is manufactured.

[0007] Among natural ores, far infrared rays of 4 microns to 1
It has been proved physically and medically that the growth of the human body and animals and plants is enhanced by emitting a 4-micron cultivating light. Among the natural ores, tourmaline (an tourmaline) and SG
E (tendonite), graphite ore, etc. are famous for their high release rates.

Among the ceramics of industrial products, those having high emissivity of far infrared rays of 4 μm to 14 μm for growing light include magnesia (MGO) and titanium (TiO).
2), silica (SiO2), alumina (Al2O3), amphibole, etc. Among them, magnesia, titanium,
Mixed or composite ceramics such as silica have high emissivity and can be obtained at low cost.

Tourmaline (tourmaline) 3 ｛NaX3Al6 which is easily available and of the same quality among natural ores
(BO3) 3 Si6 O18 (OH9 F) 4} (X = Mg, F
e, Li, etc.) and SGE (Tenpoishi), which is famous as a powerful far-infrared radiator produced from the Kyushu Mountains, and magnesia (MGO) and titanium (TiO2), industrial ceramics, each in a ratio of 1: 1 according to the application. Alternatively, it is prepared by mixing or compounding at a ratio of 1: 2. In each case, fine particles of 15 microns or less are used. For example, when a large amount of (−) ions in the air is required, tourmaline is set to 2 and the others are set to a weight ratio of 1, and when growth light or health promotion is required, SGE is set to 2 and the others are combined by a weight ratio of 1, When sterilization is required (such as Escherichia coli O-157), MGO is set to 2 and the others are combined in a weight ratio of 1. If antifouling is required, titanium is set to 2 and the others are combined in a weight ratio of 1. There are various other combinations, which can be used for various purposes.

When the mixed or composite ceramic is used as a powder as it is or when dissolved and used in water, an aqueous solution is prepared, a binder is added, a resin solution is prepared, sprayed or coated, and the resin solution is taken out after being impregnated. Use after drying.

According to an embodiment of the present invention, the mixed or composite ceramic fine powder is mixed in a weight ratio of sodium sulfate 5, sodium bicarbonate 4 and the ceramic 1 and mixed with a small amount of fragrance and pigment to form a bath agent. Create and use Livestock, pets,
It can be used as an antibacterial and deodorant by spraying it directly into places with bad smell. It is used as a plant growth agent by mixing it into the soil of agricultural products. It is mixed into the soil of fruit trees to increase the sweetness of the fruit and increase the yield. Eliminates bad smell by disinfecting directly into sludge, dove ponds and ditches. Escherichia coli O-157 and yellow grape,
Bacteria such as staphylococci, Bacillus subtilis, Pseudomonas aeruginosa, and fungi are 0.1% to 0.1%.
Kindergarten by sterilizing at a concentration of about 5% to almost 0 state in 2-3 hours (Japan food inspection finished, Kumamoto Institute of Technology experimented)
Used in the sandbox of the nursery school, used for school lunch tableware, drinking water sterilization, disinfection of raw vegetables and raw foods, shipping of Kaiware radish, etc. or sterilization just before raw eating. Detoxify pesticides used to sterilize and kill insects on golf course turf. Mixing about 0.1% in feed for raising poultry, swine, fish, etc. is effective for its growth, growth and health. Disinfection of school and sports pools, nursing homes, hospitals, and deodorization.

According to an embodiment of the present invention, the aqueous solution is used to purify the air in a room by spraying or aerosol, and to kill mold, mite and mite on a ceiling of a bathroom, a wall of a room or a tatami mat. use. A small amount of resin (5% to 1%) is added to the aqueous solution.
0% by weight) to maintain its efficacy. The use of an inorganic resin as much as possible does not change the efficacy even for long-term storage without suppressing the efficacy. In the case of using a resin having a radical stem among organic substances, the efficacy often increases due to the excitatory action, but a long time test is necessary because the resin may become a gel. It is used for elimination of odors in toilets, pets, long-term sick persons and elderly urine, and for disinfection.

According to an embodiment of the present invention, as a base material, zeolite, glass cullet, and clay or stone powder having a high specific gravity are kneaded and baked into a desired shape mainly in a spherical shape. I do. In order to coat the ceramics on the outside of the base material, make a resin solution of about 5% to 20% having a radical stalk in an inorganic or organic material, immerse the desired base material in the resin solution, take out it sufficiently, and take it out. Use after drying. Drying may be general thermal drying, but preferably far infrared drying. In order to enhance the effectiveness of the hot spring, use a material coated with heavy clay or stone powder in a net. It is placed in water, such as a vase of fresh flowers to be used in front of cut flowers or Shinto Buddha, to prevent water from decay and extend the life of fresh flowers. Also, put it in the flower vase water to maintain a healthy condition. There are similar materials so far, but the ceramics are several times better in terms of sustainability and vitality. Further, when 4 to 6 balls having a diameter of 0.5 to 1 cm coated in a ball shape are put in a net and washed in a washing machine together with a laundry with a lot of oil stains, the surface activity of the ceramics becomes strong and the detergent of the ceramics becomes strong. The use amount is small, the finish is high, the disinfection effect is strong, and disinfection and washing can be performed at one time. In addition, a suitable amount (about 1% to 5%) is placed in a flower pot to activate the plant, and it emits far-infrared rays (4 to 14 microns) from the leaf surface of the plant to purify polluted air. Then, it can be installed in necessary rooms or offices to purify the air in those rooms. Of course 0
Instead of the powder described in 011, small particles coated with the ceramic can be used for agricultural crops and fruit trees to increase the sugar content, yield, and promote growth described in 0011.

According to an embodiment of the present invention, the ceramic is wrapped in a non-woven fabric or a fine fibrous structure as in a tea leaf pack and used in a desired dish, water or hot water. I do. In the case of rice, just before cooking rice, place a pack containing the ceramics at the bottom and cook rice. Coffee, tea, tea and the like are also delicious if cooked in boiling water with a pack containing the ceramics before boiling the water. Even water having the odor of a disinfectant such as tap water is put in a container, and if the ceramic pack is put in it for 4 to 5 minutes, high quality water similar to name water or mineral water can be obtained. Boiled dishes, tempura, etc. are also delicious when cooked in a pack containing the ceramics. Alcohol, whiskey, shochu, fruit liquor, etc. can be turned into a high-quality liquor in 4 to 5 minutes by putting a pack containing the ceramics in a container. Further, if a pack containing the ceramics or a ball having a high specific gravity coated with the ceramics is placed in a fish and shell fish tank, sterilization, health and growth can be promoted. In addition, the ceramic-containing pack can be hung with a thread in oysters, seaweeds, and pearl oysters to protect them from harmful bacteria and prevent death.

[0015]

According to the first aspect of the present invention, a mixed or composite ceramic which emits far infrared rays of 4 to 14 microns, which is the same as the sun rays, grows and grows humans and animals and plants, has an effective emissivity of 70% of the health material currently available on the market. It is 88.9% to 89.2%, which is a high rate compared to -80%. In addition, photocatalytic titanium and extremely powerful MGO with antibacterial and antifungal effects
Antibacterial, deodorizing, antifouling, antifungal,
In addition to mites, electrostatic energy, (-) ion generation,
It has been proven to be useful for improving the health of the human body, such as raising the surface temperature of the human body by 0.6 ° C. Although it has been expensive so far, stiff shoulders, coldness, asthma, atopic dermatitis, shortness of breath, prevention of aging, sleep, etc. The effective emissivity is higher than natural ore tourmaline, SGE, etc., which have been tested and proven to be effective, and its effects on the human body have been tested, and the production cost can be extremely low. Therefore, the mixed or composite ceramics described in claim 1 can greatly contribute to the health industry in the future. Naturally, it absorbs even a small amount of energy due to light, temperature changes, wind power, divergence, etc. from the natural world and emits it as photocatalyst, electrostatic energy, far-infrared energy, (-) ion generation energy due to electrolysis, etc. Therefore, the effect is semi-permanent, and the human race will be the environmental revolution, agriculture and fisheries revolution,
The earth which has been destroyed for 150 years from the coal age to the petroleum age must be returned to the original natural environment friendly earth by using the mixed or composite ceramic material for the health revolution and the like.

According to an embodiment of the present invention,
Research on antibacterial, deodorizing, antifouling, antifungal, mites, health and hygiene, growth and development, environmental revolution, agricultural and fisheries industry revolution, housing revolution, cooking revolution, esthetic revolution, etc. as detailed in 11, 0012, 0013, 0014 Each time you repeat, you will be able to demonstrate the greatness of its effectiveness. Thereafter, as the largest material in the ecological venture industry, the mixed or composite ceramics can contribute to the development of related industries.

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[Table 6]

Claims (5)

[Claims] 1. An electromagnetic wave of 4 microns to 14 which is the same as sunlight.
Fine particles of natural ore that emits far-infrared rays with a particle diameter of 15 microns or less and fine particles of magnesia with a particle diameter of 15 microns or less are used as the main base material, followed by titanium for photocatalyst and fine particles of silica and alumina. The method is a method for producing mixed or composite ceramics in which the emissivity of an animal or plant growing light beam (electromagnetic wave) of 4 to 14 microns is 80% or more at a surface temperature of about 50 ° C. near normal temperature. 2. A method of using the mixed or composite ceramics prepared according to claim 1 as fine powder for antibacterial and deodorizing purposes, and for the health and growth of human bodies and animals and plants. 3. A method of spraying, applying and impregnating the mixed or composite ceramics prepared according to claim 1 as a liquid and utilizing it for antibacterial, deodorizing, antifouling, and health and growth of human bodies and animals and plants. 4. An appropriate material is selected from the mixed or composite ceramics produced according to claim 1 according to the application, and the ceramics is coated and adhered to the outside of the mixed or composite ceramics,
Method used for deodorization, and for health and nurturing of human body and animals and plants. 5. An antibacterial composition comprising a fine powder of the mixed or composite ceramics prepared according to claim 1 or a nonwoven fabric or a synthetic resin and a fibrous structure, which are coated or impregnated and dried, and a method of use is selected according to the intended use. Method used for deodorization, taste, health, and nurturing purposes.