KR100894614B1 - Method for manufacturing of tending diansbo pu heating instrument using mineral mixtures and ceramic plate and heating instrument manufacturing by the method - Google Patents

Abstract

A method for manufacturing a heating device and a heating device manufactured by the same method are provided, which obtain the efficient and various effects of medical treatment. A method for manufacturing heating device comprises: a step for screening after putting 30 kinds of mineral compositions into the ball mill and milling; a step for spray-depositing the screened mineral composition on the ceramic plate; and a step for heat-treating the coated mineral composition in an oven at 900-1300 deg.C The ceramic plate is manufactured by arranging nichrome wire on the base made of the kaolin, pottery stone, talc, enterolith, clay, sericite and heat-treating it at 1000-1300 deg.C in an oven.

Description

Method for manufacturing of tending diansbo pu heating instrument using mineral mixtures and ceramic plate and heating instrument manufacturing by the method

The present invention is composed of 30 mineral compositions (mica mica, tourmaline, zirconium, zirconium, symmetrical stone, charcoal powder, lepidorite, tin, zinc, graphite, manganese, aluminum, magnesium oxide, talc, nickel, sulfur, copper oxide, calcium carbonate, magnet , Cerium, lean, jade, magnesium, cerium, sodium, carry, calcium oxide, tin oxide, sodium, fluorite, placed in a ball mill, milled and screened, and then ceramic plates (kaolin, pottery, feldspar, feldspar, A specific composite electromagnet using a mineral mixture and ceramic plate, comprising spray coating the nichrome wire on a substrate milled with clay and mica, and heat-treating it in a kiln. The present invention relates to a method for manufacturing a wave heating device and a heating device manufactured by the method.

In general, a method of contributing to the prevention and treatment of diseases by causing a thermal stimulus to a living body to cause a constant biological response has been widely used. These treatments have a lot of complexity and space-time constraints in the treatment stage, and recently, various types and functions of heat and moxibustion apparatuses based on such physical treatment methods have been developed and used.

Looking at the structure of the heating apparatus mainly used now, the situation is mainly dependent on the material by a single or a few combinations that emit far infrared radiation, the thermal therapy device using the raw material that emits far infrared rays is the best that does not differ from the body temperature Naturally approaching the activity of the cell under the conditions to emit far infrared rays can produce a good therapeutic effect, but the conventional product has a problem that the effect of the warmth just by external contact in a part of the human body, but its efficacy is not great. As a prior art, Utility Model No. 0156500 relates to a heating apparatus containing a crystallite, and more particularly, a heating apparatus configured by powdering a stone powder such as a macrocrystalline stone, a bioceramic, and an elvan, and filling it into a polymer body. By manufacturing and irradiating to the human body, due to the far-infrared rays, etc. generated from the megalithic component of the heat treatment apparatus, it can be useful for the prevention of cold symptoms of women and prevention of uterine cancer and the prevention of prostate disease in men. The invention relates to a heating appliance containing a macrocrystalline stone which has been developed so that it can be described.

In addition, conventional heat treatment devices are generally composed of a lamp type or a simple metal material, but the metal material has low emissivity due to the mixed radiation of visible light and infrared rays, and also interferes with the transmission of infrared rays to play a mysterious role of the tube wave. By blocking the situation is not the effect of a combination treatment device. The conventional heating apparatus is mainly composed of low-carbon steel sheet as the inner material, which may cause swelling of the mica plate when water enters the steel sheet, or sparks due to the connection between electricity and steel plate. Shortening is a major cause.

The present invention is to solve the above-mentioned conventional problems, to provide a new type of heating apparatus having a variety of efficient treatment effect and no side effects and long lifespan by combining an energy-emitting material that can directly affect the human tissue. do.

In order to achieve the above object, the present invention, the biotite, tourmaline, ground, zirconium, calcite, charcoal powder, lipidolite, tin, zinc, graphite, manganese, aluminum, magnesium oxide, talc, nickel, sulfur, copper oxide, calcium carbonate Ball mill 30 mineral compositions consisting of magnets, cerium, lean, jade, magnesium, cerium, sodium, carry, calcium oxide, tin oxide, sodium and fluorite, milled, screened and sprayed onto ceramic plates After coating, it relates to a method of manufacturing a heating apparatus comprising the step of heat treatment in a 900-1300 ℃ kiln.

In addition, the mineral composition may be based on the weight ratio of mica 20, tourmaline 400, ground 10, zirconium 10, calcite 20, charcoal powder 20, lipidoite 10, tin 10, zinc 10, graphite 10, manganese 10, aluminum 10, magnesium oxide 10, talc 10, nickel 10, sulfur 10, copper oxide 10, calcium carbonate 10, magnet 10, cerium 10, lean 10, jade 10, magnesium 10, cerium 20, sodium 20, carry 10, calcium oxide 10, tin oxide It relates to a manufacturing method of a heating apparatus, comprising 10, sodium 10, fluorite 10.

In addition, the ceramic plate is milled in a ball mill by adding water to kaolin, pottery, feldspar, feldspar, clay, and mica, and heat-processing at 1000-1300 ° C in a kiln by arranging the nichrome wire in a substrate having a particle size of 300 to 500 mesh. It includes a method of manufacturing a heating apparatus, characterized in that the manufacturing. The ceramic plate is characterized in that the ratio of kaolin 15, pottery stone 25, feldspar 10, feldspar 10, clay 30, mica 10 by weight ratio.

In addition, the mineral composition is milled in a ball mill for 48-72 hours and then screened with a 500 to 600 mesh used in the manufacturing method of a heating apparatus, characterized in that the 30 minerals screened in the ceramic plate 0.7 It is characterized by coating to a thickness of mm-1.0mm.

Optimized energy release coating material according to the present invention and having a working effect of energy penetrating efficiently into the body tissue through a heating mechanism using a ceramic plate located therein, the heat stimulation by irradiating the affected area with warm, heat, and moxibustion effect Because it is performed, it can provide the therapeutic effect of heat (which can penetrate the skin by using the heat of the released TDP and specific synthetic electromagnetic wave to strengthen immune function, anti-inflammatory action, promote blood circulation and promote tissue regeneration). have.

In addition, it is possible to provide a heating apparatus for the treatment prevention purpose to maximize the effect.

In addition, 5.6 to 27 micron specific electromagnetic waves can penetrate into the body (skin) and simultaneously perform sterilization and treatment by (resonance resonance) phenomenon, which not only simplifies the treatment process and improves convenience for use. Treatment costs and treatment time is reduced.

In addition, when the coating on the iron plate used in the existing heating apparatus is usually used for 1,300 hours lifespan TDP according to the present invention has the effect of extending the life is 7-8 times to 12,000 hours.

The features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings. Prior to this, the terms or words used in the present specification and claims are defined in the technical spirit of the present invention on the basis of the principle that the inventor can appropriately define the concept of the term in order to explain his invention in the best way. It must be interpreted to mean meanings and concepts.

Cicada, Tourmaline, Zidane, Zirconium, Meteorite, Charcoal Powder, Lipidolite, Tin, Zinc, Graphite, Manganese, Aluminum, Magnesium Oxide, Talc, Nickel, Sulfur, Copper Oxide, Calcium Carbonate, Magnet, Cerium, Lin, Jade, Thirty mineral compositions consisting of magnesium, cerium, sodium, carry, calcium oxide, tin oxide, sodium and fluorite were placed in a ball mill, milled and screened, spray coated on a ceramic plate, and then in a 900-1300 ° C. kiln. Looking at the manufacturing method of a specific electromagnetic wave heating apparatus using a mineral mixture and a ceramic plate, characterized in that it comprises a heat treatment,

The present invention relates to a heating apparatus combining an optimal element composition and a ceramic heater, wherein 30 inorganic elements such as selected germanium, phosphoric acid, ceresite, copper, cerium, zinc, lithium, beryllium, tin, etc. It is applied to the ceramic heater manufactured by synthesis specially with trace elements necessary for exercise, and processed at high temperature.It is resonated (resonance) in the body by applying heat and penetrates about 8 ~ 10cm deep into the affected tissue through various biochemical reactions. It can be expected to increase immunity and prevent prophylaxis.

The trace element mineral composition shown in Table 1 was selected to prepare a coating material that emits TDP (Tending Diansbo Pu: specific electromagnetic wave).

Table 1 Trace Element Mineral Composition

Magnesium: Builds bones with calcium and phosphorus, is involved in neurotransmission, muscle contraction, and bone marrow hematopoiesis, deficiency in concentration, depression, muscle spasms, hypertension, relaxation, arteriosclerosis, myocardial infarction, constipation, arthritis This can come.

Sulfur: Blood detoxification can help the body resist bacteria.

Calcium: Osteoporosis, skeletal problems Causes nerve stiffness, spasms and anxiety symptoms

Zinc: Essential for increased immunity, hypogonadism, sperm growth

Mica: Sterilization and blood circulation due to far-infrared function and resonance resonance

Germanium: supply oxygen to every corner of the body

Purgatory powder: Generates aura and ki

Serium: Regenerates blood vessels and skin tissue

Selenium: An important component of oxidase and the center of activation. The strongest ability to get rid of organic matter in the body prevents cancer and improves the immune function of the organism. It prevents metabolism of thyroid hormone and platelet coagulation and contributes to coronary artery disease and stroke prevention. In shortage, myocardial necrosis is susceptible and sperm grows malformed and affects pregnancy.

Bererium (Green tin): Promotes far-infrared function in the long term.

Titanium: Blocks and neutralizes ultraviolet rays.

Zirconium: Activate the far infrared function.

Serenaum: Promotes anion generation, activating nerves, red blood cells and tissues.

Niobidium: Generates radiation energy to neutralize atomic bottles.

30 kinds of the raw materials are put into a ball mill, milled for 48-72 hours, and then screened (500-600 mesh), spray-coated to a 0.7 mm-1.0 mm thickness on a ceramic plate, and then heat-treated in a 900-1300 ° C kiln.

In the above, the particle size of 500 ~ 600 mesh is the size to be the optimum spray coating, the thickness of less than 0.7mm can not achieve sufficient energy release effect, if it is more than 1.0mm heat transfer of the internal ceramic plate is not enough. Can be.

The ceramic plate having a thermal function therein can be variously shaped as necessary in its shape and the composition is as shown in Table 2, the shape can be varied as shown in Table 3.

Table 2 Ceramic Plate Composition

The composition constituting the porcelain (ceramic) plate is selected with an optimal composition ratio for performing the optimal heat and radiation function. The raw material was milled with a ball mill in 40% of water, and then formed into particles having a particle size of 300 to 500 mesh. Then, the substrates were heat treated at 1000 to 1300 degrees in a kiln by arranging wires (nichrome wires) according to the specifications. To prepare. Heating wires typically use 220v100w-1500w and 110v100w-1500w.

Table 3 Ceramic Plate Form

Looking at the type and action of the TDP wave emitted by the heating apparatus manufactured by the present invention are shown in Table 4.

<Table 4> Types and Functions of TDP Waves

TDP waves are immunity to the human body (improve resistance to antigens, increase natural healing power), blood circulation (supply human body components, oxygen, nutrient supply, waste transport), hormone secretion (energy supply, blood circulation, ionization), cell molecule movement ( Cell activation, human wave divergence), neuromodulation (exercise, perception, autonomic nervous system break transport), nervous system hormone secretion (growth, organ function and suppression of blood ions).

Surgical diseases (various soft tissue injuries, burns, frostbite, bedsores, chronic skin ulcers, prostatitis, male dysfunction, lymphitis, vasculitis, connective tissue infections, bladder spasms due to interstitial cystitis), internal medicine (adults) Functional diarrhea, chronic bronchitis, angina pectoris caused by coronary heart disease, rheumatoid arthritis, ponsitis, etc., gynecology (physiological pain, pelvic inflammatory disease, late infertility, sexually illness, etc.), pediatrics (infant diarrhea, pediatric pneumonia, neonatal skin Fever, etc.), otolaryngology (otitis media, sore throat, ear periostitis, sinusitis, periodontitis), ophthalmology (conjunctivitis, retinitis), neurology (belioplegia, neurasthenia, cerebrovascular injury), dermatology (eczema, seborrheic dermatitis, Herpes zoster, neurodermatitis, scleroderma, partial alopecia, etc.).

Therefore, the specific synthetic electromagnetic wave emitted from the heating apparatus according to the present invention has a function of differentiating existing electromagnetic waves and infrared waves (see Table 5). Moreover, 800-1300 m / cc anions are generated in the black disk plate of the heating apparatus according to the present invention.

TABLE 5

Hereinafter, the content of the present invention will be described in more detail with reference to Examples and Comparative Examples. However, these examples are only presented to more easily understand the contents of the present invention, the scope of the present invention is not limited by these examples.

<Example 1>

Cicadas 20, tourmaline 400, ground 10, zirconium 10, calcite 20, charcoal 20, lepidorite 10, tin 10, zinc 10, graphite 10, manganese 10, aluminum 10, magnesium oxide 10, talc 10, nickel by weight ratio 10, sulfur 10, copper oxide 10, calcium carbonate 10, magnet 10, cerium 10, lean 10, jade 10, magnesium 10, cerium 20, sodium 20, carry 10, calcium oxide 10, tin oxide 10, sodium 10, fluorite 30 mineral compositions consisting of 10 in a ball mill and milled for 48-72 hours, then screened with 500-600 mesh,

By adding 40% by weight of water to kaolin 15, pottery stone 25, feldspar 10, feldspar 10, clay 30, and mica 10 by weight, milling with a ball mill and arranging the nichrome wire in a particle size of 300 to 500 mesh After forming a spray coating to a ceramic plate 0.7 mm-1.0mm thickness by molding and heat treatment at 1000 ℃ in a kiln, a heating apparatus was prepared, comprising the step of heat treatment in a 1000 ℃ kiln.

<Example 2>

The heating apparatus was manufactured in the same manner as in Example 1, except that the coating material was used as the macrocrystalline powder in Example 1.

<Example 3>

The heating apparatus was manufactured in the same manner as in Example 1 except that the low carbon steel iron plate was used instead of the ceramic plate in Example 1.

Comparative Example

In Example 1, a heating device was manufactured using a low carbon steel sheet instead of a ceramic plate as a coating material as a coating material.

Experimental Example 2: Antibacterial Experiment

For each of the 40 eczema patients interested in the Examples and Comparative Examples, each treatment group was treated with 10 patients each for 30 minutes every day while maintaining an irradiation distance of about 20-30 cm to the affected area for 30 days. Was reviewed. We investigated the time point at which we began to feel symptomatic of amelioration reaction (a manifestation reaction).

TABLE 6

In the case of the embodiment having the mineral coating composition according to the present invention in the ceramic heating element according to the present invention, the best response was obtained.

1 is a process diagram of manufacturing a heating apparatus according to the present invention.

Claims (7)

Cicadas 20, tourmaline 400, ground 10, zirconium 10, calcite 20, charcoal 20, lepidorite 10, tin 10, zinc 10, graphite 10, manganese 10, aluminum 10, magnesium oxide 10, talc 10, nickel by weight ratio 10, sulfur 10, copper oxide 10, calcium carbonate 10, magnet 10, cerium 10, lean 10, jade 10, magnesium 10, cerium 20, sodium 20, carry 10, calcium oxide 10, tin oxide 10, sodium 10, fluorite After the mineral composition consisting of 10 in a ball mill milling and screening, spray coating it on a ceramic plate, and then heat treatment in a kiln 900-1300 ℃ characterized in that the specific mixture using a ceramic mixture and a ceramic plate Method for manufacturing electromagnetic wave heater. delete The method of claim 1, wherein the ceramic plate is added to the kaolin 15, pottery stone 25, feldspar 10, feldspar 10, clay 30, mica 10 by weight milling by ball milling the nichrome to a particle size of 300 ~ 500 mesh A method of manufacturing a specific synthetic electromagnetic wave heating apparatus using a mineral mixture and a ceramic plate, characterized in that the wires are arranged and heat-treated at 1000-1300 ° C. in a kiln. delete The method of claim 1, wherein the mineral composition is milled in a ball mill for 48-72 hours, and then screened with 500 to 600 mesh to prepare a specific electromagnetic wave heater using the mineral mixture and ceramic plate. The method of claim 1, wherein the ceramic plate is coated with the 30 kinds of the screened minerals to a thickness of 0.7mm-1.0mm. The heating apparatus manufactured by the method of any one of Claims 1, 3, 5, and 6.

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