KR20120034697A - FIFA Electronics Energy Manufacturing Method - Google Patents

Abstract

PURPOSE: A manufacturing method of pi-electronic energy is provided to amplify fusion energy of magnetic pi-electronic energy and spontaneous fission electron in a closure structure at high temperature/low temperature. CONSTITUTION: A manufacturing method of pi-electronic energy uses infrared ray electromagnetic wave which is applied for manufacturing a liquid body and a composition of 40 nano particles. The manufacturing method of pi-electronic energy is a chemical refinery process of grinding particle(0.04mm) of igneous rocks and tourmalines, and obtains either hydroxide igneous rocks or a hydroxide tourmaline property. The pi-electronic energy is manufactured by using hydrothermal saturation pressure. The tourmaline has piezo-electricity, pyroelectricity, and thermoelectricity functional effects.

Description

Pyroelectric energy manufacturing method

1. The present invention is to prepare a composition of the pyroelectric energy resource characteristics

1) "Liquid Preparation" Patent 10-034080 Properties When electromagnetic radiation is above -273 ° C in absolute temperature, is it a source of excitation resonance radiation of molecular vibration? It is an infrared radiation material that gives self-heating inside the molecular resonance at the center of the surface of the low-temperature object property.

2) It is a natural ceramic raw material mineral of igneous rock. It is a source material of direct current magnetism and natural radiation of potassium electron emission function of basalt, andesite, and granite.

-Amplification of pyromagnetic and paramagnetic and electromagnetic wave fusion and current electron fusion is a power material body.

3) It is a semi-permanent generator material without the functional moving parts of piezoelectric, pyroelectric and thermoelectric.

2. Regarding the manufacturing technology for obtaining the physics electron energy effect of the present invention

1) `` Manufacturing Liquid Body '' Patent 10-034080 Electromagnetic radiator is a hydrothermal composition of 40 nanoparticle dispersion mixture of fine particles with absorption and re-radiation circulation function in the sealed air, electron and radiation radiant cardiac calendar of 4-12 microns. Additive functional effect

2) The igneous rocks contain 0.004 milligrams of natural ceramic minerals physically pulverized and chemically refined magnetic and potassium electrons. ) Semi-permanent power functional effect

-Pfylated electrons are electrons that are distributed in the direction perpendicular to the two bond sides and are fused electron bonds of secondary bonds to double bonds. In conjugated secondary binding molecules, the fluorinated electrons can move freely in the molecule.

3) Tourmaline is a dielectric of a natural DC conductive electrode. It is a natural positive / negative power generator for the condensation function of a capacitor. Electromagnetic wave, radiation heat electron, and pyroelectric force are the driving force of the piezoelectric, superelectric, and thermoelectric functional effects.

(1) Piezoelectric function is a function effect that changes depending on the distance pressure or temperature change of positive and negative ions in the direction of the polar axis of the material.

(2) Pyroelectric function is the effect of charging positively on one end and heating the other side negatively on the pole of the physical body

(3) The thermoelectric function is a functional effect of the mechanism phenomenon caused by the temperature difference between two junctions when joining two different metals together.

4) Characteristics of chemical materials

(1) pH 1-2 concentrations for sulfuric acid, nitric acid, folic acid, and lactic acid in industrial use of inorganic chemicals.

It is industrial at pH 12-14 concentration of sodium hydroxide and sodium carbonate.

(2) Hydrothermal saturation pressure-In the closed part of the liquid becomes vapor, but if the pressure is constant, the liquid and vapor are in equilibrium and the vapor stops evaporating, and the vapor of pressure is concentrated by atoms or molecules charged with saturated steam pressure. The drops are saturated.

It is a characteristic to manufacture the phiated electron energy generator using this.

(3) Acidic water-It is known to produce purified water of pH 7.4--8.2 for alkaline feet, pH6.8-7.2 for neutral feet and pH 5.4-6.4 for acidic feet.

(4) Properties of chemical materials-Material compounds purified by hydroxide as water-soluble compounds

Conductive material-low performance: rhodium, zinc, iron

           High Performance: Copper, Nickel, Cobalt

Magnetic material-Low performance: Magnesium, ramen, iron oxide

           High Performance: Magnet, Nickel, Cobalt

Power material-spontaneous fission, electronics, non-still life

           Low Performance: Potassium Oxide, Cone Nitrate, and Telenium Oxide

           High Performance: Serenium Oxide, Furonium Oxide, Thorium Oxide

5) Characteristics of conductive material

Function-By using surface molecule electrostatic function of conductive material

       Addition of material compound by function of conductive material

Shape-Thin film, Tef, Film, Seed, Lattice

       Nickel additive as bottom coding additive for shaped products

Material Power Body-Resin Fabric, Pima-Polimaniline Fabric

     Electrode Body-Chemical Fiber Braid, Porima-Aniline, Geofuen Tissue

     Electrode terminal-electrode body? Cladding, coating, compression sheet, copper, silver,

     Insulation-Vertical Plate, Vinyl, Porous Resin

     Inner Packaging-Vinyl Jube Award, Aluminum Jube Award, Heat Resistant Coating

     Outer packaging-foil foil Jubi phase, metal phase, protective film

[Ref. 1] Japan-Theory and Practice of Far-Infrared Heating-Japanese Thermoelectric Society

               Far Infrared Radiation Material 26P March 1991

[Document 2] Japan- Ceramics Minerals Author- Mogada Contribution

              Tissue Classification of Igneous Rock 17P December 1990

[Ref. 3] Korea-Introduction to Mineralogy-Author Sohn Chi-moo

               Electrical Properties of Minerals 144P 1985. February

[Ref. 4] Korea-Science Dictionary -Publisher Cho Doo-hyun

               Piezo, Pyroelectric 549

               Thermoelectric 582P 1984. September

[Republic of Korea 5] Korea-Chemical Handbook-Editing

               Industrial Chemical 17P

               Inorganic Chemicals 31P 1971. September

[Ref.6] Korea-Science Dictionary -Publisher Jo Doo-hyun

               Saturated Steam 974P 1984. September

Japan-Surface Polymers and Electrostatic Authors-Murada Retention

               Electronic States of Polymer Surfaces 27P December 1988

[Ref. 8] Japan-All-out Evolution and Elegronigs Author-Ageda Hironozuge

               Conductive Porima 145P 1992. June

.

It is an object of the present invention to provide a pyroelectric energy material product of a semi-permanent product of physically spontaneous fission splitting electrons and magnetic pyrogenic fusion energy amplification force and physical half-life life at high temperature and low temperature of the closed structure.

1) Providing spontaneous cleavage electrons of zirconia and photocatalytic functional 3ev of titanium and titanium silicate and electromagnetic radiation function and radiant heat radiation source energy of particle component function of `` Liquid Preparation '' Patent 10-034080 It is provided as a dispersing function of energy source energy and a saturated vapor pressure producing binder when the composition is mixed to 40 nanometers.

2) Igneous rock is a natural ceramic raw material mineral and is composed of igneous rock, basalt, andesite, and granite.

Igneous rock is a natural ceramic raw material mineral and is a source energy semi-permanent resource. It is provided as a source material of pyro electron function of DC magnetic, paramagnetic and electromagnetic wave, and electron double bond secondary functions.

-Piation means that electrons are excited in the first, second, and third songs around the atomic nucleus of magnetism, and are amplified when moving, supplying external energy, and leaping to higher orbits. Release. The extra energy is directed to the magnetic field and the magnetic field of the electric field by electromagnetic waves, so that the direction of rotation of the electrons is in the spatial position of the electric field.

The energy of the electromagnetic waves in the law of conservation of energy is a function to obtain light and electrons amplify the emission energy as the conservation energy changes.

In other words, it is a phenomenon of brightening or aura of the amorphous phenomenon of alpha particles.

3) Tourmaline property is a direct current of dielectric, and it provides semi-permanent generation function material with electromotive wave pyroelectric power of natural electrostatic generation function with condensation function similar to capacitor.

Gemstone-Reddish 1.5 to 3.5 Electron Bolt Black, 4.0 to 8.0 Volts

Voltage: 2 centimeters of current 0.06 milliamps

It is known to be inversely proportional to the square of the crystal distance with 1 million volts of crushed 0.3 micron powder.

4 Characteristics of Refined Liquid Technology

1) Technique-Double hot water, stirring, oxidation, decomposition, precipitation, filtration, refining, processing, saturated steam pressure, production, evaporation dry liquid gel, small powder

2) Liquid Refining Agent-Hydrothermal and Stirring Composition of Sodium Silicate, Aluminum Silicate, Zirconium, and Titanium Chloride Composition Chemical Purification Fine Particles Saturated Vapor Pressure Synthesis Technology Method of Manufacturing Nanoparticles Liquid, Gel and Powder Particles

3) Purification of physical properties-Buy igneous rock powder and tourmaline powder from Daegu-si resonant mineral manufacturer and Gyeongju-si non-mineral powder company in Gyeongju-si.

Implementation-In the chemical chemical dancing process, hydrochloric acid and hydrofluoric acid are 0.5 ~ 20.0, normalized to 60 ℃ hot water and stirred, and aged at neutral pH13 ~ 14 in neutralized tablets at acidic 1 ~ 2pH concentration for 4-6 hours depending on particle size and additives. Hydrogenated igneous rock and hydroxide tourmaline products were prepared as small-component powders in liquid or gel phase by subjecting the matured product at 150-180 ° C for 6-12 hours at hydrothermal saturation steam pressure until the electrical conductivity was 0.6-2m ^s / cm during hydrolysis filtration and cleaning.

4) Manufacturing Process-Manufacture of Physical Tablets

-Temperature of 180 ~ 230 ℃ of oxo, liquid and gel phase which lost some moisture

Dry structure is meta-powder temperature 250-320 ℃ of far-infrared function

The baking process structure is suitable for the powder temperature of 350-450 degreeC of a far-infrared function.

I. The average particle diameter of the produced particles can be obtained by calculating the X-ray powder method or by observing an electron microscope of 1,000 times.

Power generation material particles 40 ~ 60 nanometers, power plant material particles 10 ~ 30 nanometers

All. Particle Size Effect-Size Effect of Photocatalytic Activity of Titanium Oxide / Anata-Z

When the particle size is 100 A ⁰ ohms or less, the particle yield is increased.

[Document 1] Japan- Ceramics Minerals -Author and Odada Contribution

        Average chemical composition of igneous rock-7P -1990. December

[Patent 2] Japan-Patent name-Method for preparing titanium oxide for photocatalyst

        -The inventor, Koo, is a fox.-November 1995.

Examples [12] Concentrations of mine, acetic acid, hydrochloric acid, and hydrofluoric acid using 0.1 to 20 specified temperature and 60 ° C Processing time 0.5 to 12 hours

Example [16] Aqueous solution heated at 85 DEG C for 3 hours, hydrolyzed, filtered and washed with pH 1.0 adjusted suspension supersaturated 180 DEG C for 13 hours. Obtained catalyst with average particle diameter of 7.0nm

[Document 3] Japan-Chemistry horseshoe of surface excitation process-Japanese Chemical Society

        Quantum Size Effect of Titanium Oxide 139P June 1991

[4] Japan-Tunermallin causes an environmental revolution.

        Author-Dazuzo Nagai

        Natural generator that keeps static electricity. 88P -1996.3

In order to achieve the object of the present invention, the present invention provides a method for producing a phiated electron energy composition

New energy technology material Consumption of oil, gas, coal, etc. is suppressed, and the operation part is made of electromagnetic waves, radiant heat radiation, magnetic properties, and ignited electronic energy of electrons. It is a feature of the present invention of technical development.

1) Equipment-Heating and hot water double stirring vessel. Drying, heating, far-infrared functional structure Hot water and steam structure Stirring, pressure gauge product maker

2) Inspection and measuring instrument-infrared temperature measuring instrument, electron microscope, chiga inspection instrument, pH measuring instrument, weighing instrument, concentration measuring instrument, current measuring instrument, magnetic measuring instrument, electromagnetic wave measuring instrument

3) Chemical refining-Oxidation and decomposition process, chemical process. Oxidation, Neutralization, Alkaline Mixture, Saturated Steam Pressure Process Water manufacturing equipment cleaning and filtration process

4) Parts manufacturing-Conductive small product manufacturing Tep maker, weaving maker, resin film maker, liquid functional body manufacturing company by use and function

It provides a detailed description of the production of a phiated electron energy material composition provided by the present invention.

Example 1 Preparation of NAR size generation of refined igneous rock microparticles and tourmaline microparticles (0.04 micropowder of physical fine particle)

Example 2 Preparation of Fine Particles

Example 3 Preparation of Refined and Electrode Positive Electrode Microparticles

Example 4 Preparation of Refined-Dielectric Negative Electrode Fine Particles

Example 5 Manufacturing Method and Drawing of Material Test Article of the Invention

1) The description shall be limited to the test description of the shape and content of the PfFA energy material.

A-1 Terminal-Positive and Metal Size 0.4 × 0.8cm

B-2 Terminal-Negative Metallic Size 0.4 × 0.8cm

C-3 Pole-terminal-Positive, Negative, Lattice, and Pima Size 3.8 × 4.2 cm

D-4 Precursor-Positive, Negative, Lattice, and Porima Sizes: 3.04 × 4.2 cm

E-5 Insulation Film-New, Vinyl, Resin Film Size 4.0 × 4.5cm

Bar-6 Power Supply U Type-Grid, Polyethylene, Tissue Award Size Width 3.8 × 8.5cm

Sa-7 Inner Packaging-Vinyl Jube, Heat Resistant Film Size 4.7 × 4.7cm

A-8 Outer Package-Aluminum Jube, Protective Film Size 5.0 × 5.0cm

Rule-9 Inspection-Voltage Measurement, Resistance Measurement, With Terminal Plug

2) Effect measurement investigation-Measurement result of connecting the instrument to the positive and negative terminals

Meters-Voltage Current Measurement? Function Voltage DC / AC500m ^s , 3 × 10 ⁶ V HZ

end. Electrical conductivity-0.6? 2m ^s / cm. 2? 10m ^s / cm

I. Voltage? Low 2 to 3 Amps High Performance – 4 to 5 Amps

All. Current-Low-1.5-3 Volts High 10-volt

Material-half-life-spontaneous cleavage-potassium K ₄₀ 1.6 ¹⁰ years

1 단자?정극 5 절연막
2 단자?부극 6 전원체U형
3 극주?정극주?부극주 7 내포장
4 전극체?정극?부극 8 외포장
2) 소재 형 - 구조?기본형, 배터리상

크기. 두께 0.5 × 폭2 × 길4센치
기능 전압 0.5?1.0암페어
전류 1.5?2.0볼트
3) 소재?전지형 - 구조, 박막, 테프, 필름 형상

구조, 금속원통 마름둥글상
크기. 두께 0.5 × 폭2 × 길4센치
기능 전압 0.5?1.0암페어
전류 1.5?2.0볼트
4) 직열 밧데리형 - 구조 소재형 직열상

크기. 두께 1.0 × 폭2.0 × 길5.0센치
기능 전압 2?4암페어
전류 6?10볼트×2개
5) 병열 다열형 - 구조?소재형 다열상

크기. 두께 1.0 × 폭2.0 × 길5.0센치
기능 전압 2?4암페어
전류 6?10볼트×4개
6) 소재 다열형 - 구조?소재형 다결상

크기. 두께 150 × 폭2.0 × 길5.0센치
4직열×4열 = 16개
다결형 크기폭8.0 × 길20센치
기능 전압 64암페어
전류 160볼트
7) 소재 조합형 - 구조?소재형 다결조합형

크기. 두께 1.5 × 폭2.0 × 길5.0센치
6직열×6열×5조단 = 180개
조합형 크기
두께 10.0 × 폭120 × 길30.0센치
기능 전압 4암페어×180개 = 720암페어
전류 10볼트×180개 = 1800볼트
8) 발전소재의 자동차, 등 구성 결합구조 도시
6-2항 이용을 참고 - 자동차 구성 결합구조

- 고력발전소재 - 발진, 가속, 언덕
소재 - 직열구조의 결합구성구조
- 저력발전소재 - 감속, 저속, 평시
소재 - 병열구조의 결합구성구조
자동차의 조명, 난방, 냉방, 공기정화등의 전류이용을 발전소재를 설비 이용한다.1) Manufacturing method of the material test article of the present invention

1 terminal, 5 positive electrode insulating film
2 terminals negative electrode 6 power supply type U
3 Extreme, positive and negative poles 7 Inner packaging
4 Electrode body, positive electrode, negative electrode 8 outer packaging
2) Material type-structure, basic type, battery type

size. Thickness 0.5 X width 2 X 4 centimeters in length
Function voltage 0.5 to 1.0 amp
Current 1.5 to 2.0 volts
3) Material-battery type-structure, thin film, tape, film shape

Structure, metal cylinder
size. Thickness 0.5 X width 2 X 4 centimeters in length
Function voltage 0.5 to 1.0 amp
Current 1.5 to 2.0 volts
4) Thermal battery-Structural material

size. Thickness 1.0 X width 2.0 X 5.0 centimeters in length
Function voltage 2-4 amps
2 x 6-10 volts current
5) Parallel multi-row type-structure-material multi-row type

size. Thickness 1.0 X width 2.0 X 5.0 centimeters in length
Function voltage 2-4 amps
4 x 6-10 volts current
6) Material multi-row type-structure and material type multi-phase

size. Thickness 150 X width 2.0 X 5.0 centimeters in length
4 rows x 4 rows = 16
Multiple type size width 8.0 X 20 centimeters in length
Function voltage 64 amp
160 volts current
7) Combination type of material-Structure and material type

size. Thickness 1.5 X width 2.0 X 5.0 centimeters in length
6 rows x 6 rows x 5 columns = 180
Combination size
Thickness 10.0 X width 120 X 30.0 centimeters in length
Function voltage 4 amps × 180 = 720 amps
10 volts x 180 currents = 1800 volts
8) Combination structure of automobile, etc. of power plant materials
See use of section 6-2.

-High power materials-Oscillation, acceleration, hill
Material-combined structure of linear structure
-Low Power Plant-Deceleration, Low Speed, Normal
Material-combined structure of parallel structure
Power plant materials are used for electric current use such as automobile lighting, heating, cooling, and air purification.

.

1) Use-Redevelopment of energy power plant

A) Shape-Material type, Battery type, Battery type, Direct type, Parallel type, Polycrystalline type, Combined type, Cylindrical type, Combined multistage type

B) Commercial-Power plant material, battery material, electric material, battery material scooter, motorcycle, electric transport vehicle, farm machinery, electric car, passenger car, van, shipbuilding, ship, aircraft, helicopter

C) For uni- power plant materials and heating industry ceramic heaters, nichrome products, heater appliances, home lighting, cooking heaters, dryers, blowers, heaters, ondol heating, floor heating, folding screen heating, wall heating

D) Development of the function of the increase and decrease of the function of the heat pump (medium, meat and water) U type material structure, cylindrical material structure, cylindrical multi-stage material structure

E) Unit-Power plant material and cooling function industrial refrigerator, display refrigerator, home appliance, cooler, cooling, blower, container moving cooling, apartment, office cooling, fruit storage storage cooling

2) Use-Development of shape structure of energy power plant materials Development by use, vehicle and ship

A) Structural combination of solid tissue and energy power plant materials

Power Plant Re-Function-Voltage-4 Amps, Current 10 Volts

Material composition-Thickness 2 × Width 4 × 5 centimeters 6 squares × 6 rows × 5 layers = 180 pieces

Assembly: Thickness 15 × Width 20 × Length 30 cm

Constituent conjugate functional effect

Voltage-Current-Voltage 720 Amps Current 1800 Volts

B) Combination of low power-energy power plant materials

Power Plant Re-Function-Voltage-4 Amps, Current 10 Volts

Material composition-thickness 2 × width 4 × length 5 centimeters 6 squares × 6 rows × 3 layers = 108

Assembly: Thickness 9 × Width 24 × Length 30 cm

Constituent conjugate functional effect

Voltage-Current-Voltage 432 Amps Current 1080 Volts

C)-Combined development of high power and low energy power plant materials

-High power plant recombination body-Oscillation, acceleration, hill running

                        -Control System ↔ Electric Motor

-Low power plant recombination-Low speed, slow speed, slow speed

D)-foreign battery cars-new experiments (example investigation)

(1) chemical cells-performance of experimental vehicles

Battery-Element Configuration (16 x 4 w) 5 Stacked = 320 Pieces

       Voltage-Current-210 Amps / 290 Volts Ab

       Output capacity-60 kilowatts-h 480 kilowatts

       Experimental Results-Battery Efficiency 80% Supply 70%

Battery-Device Composition (25 Bolts × 4 Bottles) 4 Stacked = 400

       Voltage-Current-150 Amps / Ab 320 Volts

       Output capacity-65 kilowatts-h 50 kilowatts

       Experimental Results-Battery Efficiency 77% Supply 64%

(2) electrolytic circulating chemical cells

Compact Electric Truck-Charging, 500 km Driving Record

                Voltage. 400 amps

                electric current. 165 volts

Literature-1 Japanese Battery Evolution and Eregudo Nigre-Author Hironozge Igeda

       Battery car 177? 189p-June 1992

Claims (4)

-Dependent claim in the technical properties of the technical field of the present invention;
1) `` Production of liquid body '' Patent 10-034080 Natural radiation of physical electromagnetic radiation The absolute temperature of the zirconium electron emission function is -273 ℃, which is the source of excitation resonance radiation of molecular motion, and the molecules on the surface and the center of high and low temperature object. Infrared radiation material that gives self-heating inside resonance
2) DC paramagnetic and natural radiation potassium electron emitters of basalt, andesite, granite, and compositional rocks of natural ceramic raw material minerals of igneous rock are source materials, and pyrogenated electronic functional properties
3) It is a natural electrode DC conductor of tourmaline and it is a piezoelectric, pyroelectric, and thermoelectric arm. Dependent claims in the technical field of the present invention
1) Liquid body manufacturing Infrared electromagnetic wave and physical composition of 40 nanoparticles Dispersion function and hydrothermal and saturated vapor pressure combined production
2) Mechanically crushed particles of igneous rock and tourmaline 0.04 mm in advance for the purification and oxidative decomposition of chemicals to produce pyro-electron-amplified bonds of direct-magnetic, paramagnetic and potassium electron fusion of hydroxide igneous rocks Dependent claims in the manufacture of a philated electron energy composition of the present invention
4) Composition manufacturing technology of purified material compound of hydroxide property as water-soluble compound of chemical material property
5) Functionality, shape, material Depends on the manufacture of the pyro electron energy composition of the present invention
6) Example 1 purification of the effect
Production of NAR size of igneous rock fine particles and tourmaline fine particles
Example 2 Preparation of Refined, Power-Supply Whole and Fine Particles
Example-3 Preparation of Tablets, Mechanisms, Cathodes, and Microparticles
Example 4 Preparation of Tablets, Electrodes, Negative Electrodes, and Microparticles
Example-5 Material Manufacturing Method

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