KR20240136286A - MFC, BFC, microbial fuel cell, bio fuel cell - Google Patents

Abstract

The present invention relates to a) a battery, a fuel cell, an MFC, a BFC, a microbial fuel cell, a biofuel cell; b) one of which is used in a job, flight, gliding, driving, moving, measuring, surveying, sensing, observing, monitoring, controlling, working, transmitting, receiving, communicating, mediating, communicating, transceiving, spraying, spraying, quarantine, purifying, cleaning, disinfecting, sterilizing, extinguishing, firefighting, construction, building, construction, pressurizing, pouring, laying, injection, vibration, compaction, curing, delivering, shipping, courier service; c) the job or courier service, equipment, means in which the battery or biofuel cell is used; d) a job, method, means, device, equipment, facility, robot, system, computer, printer, program, application, cyclone, hardware, software, network, etc.

Description

MFC, BFC, microbial fuel cell, bio fuel cell {MFC, BFC, microbial fuel cell, bio fuel cell}

The present invention relates to a) a battery, a fuel cell, an MFC, a BFC, a microbial fuel cell, a biofuel cell; b) a work, flight, movement, operation, mapping, construction, construction, purification, cleaning, quarantine, delivery, boarding, transportation, monitoring, in which one of these is used; c) a work, method, device, equipment, system, computer, printer, program, application, cyclone, hardware, software, network, etc. of the battery or monitoring; e) a chip, pin, sensor, element, pendulum, electrode, battery, coil, substrate, module, modem, hub, server, circuit, conductor, condenser, transformer, semiconductor, etc. included in the battery or network.

Interest in and use of batteries, fuel cells, hydrogen batteries, solar cells, etc. are increasing. Currently, batteries or solar cells are being used in cars, vehicles, robots, drones, houses, buildings, aircraft, and moving objects. Currently, many batteries using electricity, hydrogen, and solar energy are being developed. However, batteries using microorganisms, organic matter, waste, etc., and their use are still insufficient.

The present invention has been conceived in consideration of the above-mentioned problems, and the purpose of the present invention is to design a battery using microorganisms, organic matter, waste, etc.

The present invention is to develop a battery, fuel cell, MFC, BFC, microbial fuel cell, and biofuel cell that utilize microorganisms, organic matter, waste, etc.

In the present invention, a battery, a fuel cell, an MFC, a BFC, a microbial fuel cell, a biofuel cell, etc., are developed, whereby microorganisms, organic matter, wastes, byproducts, etc. are recycled, and electricity is generated by the battery or biofuel cell.

Figures 1 to 4 are schematic diagrams showing magnetizers, vibrators, functional machines, and composite machines according to the present invention.
Figures 5, 6, and 7 are schematic diagrams showing an example of a device according to the present invention.
Figure 8 is a schematic diagram showing a decomposer, electrolyzer, and discharger according to the present invention.
Figure 9 is a schematic diagram showing a hydrogen cell or hydrogen fuel cell according to the present invention.

The title of the present invention is MFC, BFC, microbial fuel cell, biofuel cell. The MFC above represents a microbial fuel cell, and the BFC above represents a biofuel cell, and the BFC above represents a biofuel cell. Here, bio also includes microorganisms, so MFC, BFC, microbial fuel cell, and biofuel cell have the same meaning. Therefore, the title of the present invention can be abbreviated as microbial fuel cell.

The first aspect of the present invention relates to a microbial fuel cell (MFC). The microbial fuel cell comprises a first container (102), an anode (551) and a cathode (552) installed inside the first container, a first wire (6) connected between the anode (551) and the cathode (552), and a storage battery (12) for storing electricity. An organic substance is introduced into a portion (551) of the anode, electrons (e ^- ) flow from the anode (551) to the cathode (552) along the first wire, and electricity is generated by the flow of the electrons (e ^- ), and the generated electricity is stored in the storage battery (12). The electricity is generated in the microbial fuel cell. This can be seen with reference to FIG. 8 b.

A second container is placed in the first container. The second container is placed in contact with or spaced from the first container. The second container is included in an incubator. The incubator is composed of the second container (102), an anode (551) and a cathode (552) spaced apart from each other placed inside the second container, a wire (6) connected to the anode and the cathode, a heater (555) mounted in the container, and a supply line (562) for supplying air or oxygen to the container. Microorganisms are introduced into the second container, heat is applied to the second container by the heater (555), air is introduced into the second container by the supply line (562), the microorganisms introduced into the second container are cultured, and cultured microorganisms are generated in the second container through the culture. The cultured microorganisms are generated in the incubator. This can be seen with reference to FIG. 8 a.

An electrolytic cell (102) is installed in the second container. The electrolytic cell is installed in contact with or separated from the second container. The electrolytic cell is included in the electrolytic device. The electrolytic device is composed of the electrolytic cell (102), a first electrode of an anode (551) and a cathode (552) that are introduced into the electrolytic cell, and a wire (6) connected to the electrodes. An electrolyte (554) is introduced into the electrolytic cell, electricity is applied to the first electrode, and the electrolyte (554) is electrolyzed by the application of electricity, and H ⁺ , OH ^- , Na ⁺ , Cl ^- , Fe ⁺ , H ₂ , O ₂ , CO ₂ , Cl ₂ , HOCl, NaOCl, OH radicals, ions, bubbles, gases, electrolytic water, electrolyte, acidic water, and alkaline water are generated by the electrolytic device. The H ⁺ to alkaline water are generated in the electrolytic device. Refer to FIG. 8 c.

A third container is placed in the electrolytic cell. The third container is placed in contact with or separated from the electrolytic cell. The third container is included in a discharger. The discharger is composed of the third container (102, 551) and a second electrode (552) inserted into the third container. Electricity applied to the second electrode and the third container is discharged, and ozone is generated by the discharge. The ozone is generated in the discharger. This is referred to FIG. 8 d.

The first outlet of the first device is connected to the microbial fuel cell or the first container, and the first substance flowing out of the first outlet of the first device is injected into the microbial fuel cell or the first container. The second outlet of the second device is connected to the first inlet of the first device, and the second substance flowing out of the second outlet of the second device is injected into the first inlet of the first device.

The above first device is composed of a first hollow body (37) having a built-in magnetizer, a first inlet (72) mounted at the front end of the first hollow body, a first solenoid valve (92) mounted at the rear end of the first hollow body, a venturi tube (77) mounted at the rear end of the first solenoid valve, a first outlet (78) mounted at the rear end of the venturi tube, an injector (93) mounted in the middle of the venturi tube, a check valve (91) mounted at the rear end of the injector, a second solenoid valve (92) mounted at the rear end of the check valve, an ozone inlet (94) mounted at the rear end of the second solenoid valve, an ozone funnel (95) mounted at the rear end of the ozone inlet, and an ozone generator (96) mounted at the rear end of the ozone funnel. This is referred to FIG. 5. The first material (80) introduced into the first inlet is discharged through the first hollow body, the first solenoid valve (92), the venturi tube (77), and the first outlet (78). Ozone (82) generated in the ozone generator (96) is injected into the middle of the venturi tube through the ozone funnel (95), the ozone inlet (94), the second solenoid valve (92), the check valve (91), and the injector (93). The ozone (82) introduced into the middle of the venturi tube is injected into the first material passing through the venturi tube. This can be seen from the movement path of the ozone (82) in Fig. 5. The first material discharged through the first outlet (78) includes the ozone (82) introduced into the middle of the venturi tube. The first material (80) that passed through the first device is the first material that flowed out through the first outlet (78). Refer to Fig. 5.

The second device is composed of a second hollow body (37) having a built-in vibrator, a second inlet (72) mounted at the front end of the second hollow body, a tee tube (75) mounted at the rear end of the second hollow body, a venturi tube (77) mounted at the rear end of the tee tube, a second outlet (78) mounted at the rear end of the venturi tube, a check valve (91) mounted at the middle (90) of the tee tube (75), a solenoid valve (92) mounted at the rear end of the check valve, a venturi tube (77) mounted at the rear end of the solenoid valve, a pressurized inlet (103) mounted at the rear end of the venturi tube, and a compressor (105) mounted at the rear end of the pressurized inlet and generating pressurized air (83). This is referred to FIG. 6. The second material (80) introduced into the second inlet port flows through the Tee tube (75) and the venturi tube (77) and flows out through the second outlet port (78, 79). The pressurized gas (83) generated in the compressor (105) flows through the pressurized gas inlet port (103), the venturi tube (77), the solenoid valve (92), and the check valve (91) and is injected into the middle of the Tee tube (75). The pressurized gas (83) introduced into the middle of the Tee tube (75) is injected into the second material passing through the Tee tube (75). This can be seen from the movement path of the pressurized gas (83) in Fig. 6. The second material flowing out through the second outlet port (78) includes the pressurized gas (83) introduced into the middle of the Tee tube. The second material (80) that has passed through the second device is the second material that has flowed out through the second outlet (78). Refer to 18 above.

In the present invention, a) magnetization, vibration, excitation, wave, ozone, anion, rotation, vacuum, pressurization, electrolysis (abbreviation for electrolysis), discharge (abbreviation for electric discharge), quarantine, disinfection, sterilization, infrared, ultraviolet, thermal imaging, ultrasonic; b) purification, cleaning, water purification, cleaning, washing, dehydration, sorting, crushing, shotting, coating, painting, humidification, dehumidification, drying, processing; c) aeration, foaming, expansion, reaction, adsorption, capture, dust collection, coagulation, sedimentation, filtration; d) cone, mesh, rod, frame, chip, spiral, sensor, element, magnet, electrode, battery, coil, protrusion, circuit, conductor, semiconductor, measuring instrument, radar, scanner, 3D scanner; e) magnetizers, vibrators, stations, playgrounds, stadiums, gymnasiums, swimming pools, playgrounds, wave machines, ozone machines, negative ion machines, rotary machines, vacuum machines, pressurizers, electrolyzers, discharge machines, quarantine machines, disinfectants, sterilizers, infrared machines, ultraviolet machines, thermal imagers, ultrasonic machines; f) purifiers, cleaners, water purifiers, cleaners, washers, washers, dehydrators, sorters, crushers, shot blasters, coaters, painters, humidifiers, dehumidifiers, dryers, treatment machines; g) aerators, foamers, expanders, reactors, adsorbers, collectors, dust collectors, coagulators, sedimentation machines, filters; h) magnetized substances, vibrators, exciters, wave agents, ozone substances, negative ion substances, rotary substances, vacuum substances, pressurized substances, electrolyzers, discharge substances, quarantine substances, disinfectants, sterilizers, infrared substances, ultraviolet substances, thermal imagers, ultrasonic substances; i) purified matter, clean water, purified water, cleaned matter, washed matter, washed matter, dehydrated matter, selected matter, crushed matter, shot matter, coated matter, painted matter, humidified matter, dehumidified matter, dried matter, treated matter; j) aerated matter, foamed matter, expanded matter, reacted matter, adsorbed matter, captured matter, collected matter, flocculated matter, sediment, filtrated matter; k) magnetizing agent, vibrating agent, exciter, wave agent, ozone agent, anion agent, rotating agent, vacuum agent, pressurizing agent, electrolytic agent, discharge agent, bactericidal agent, disinfectant, sterilizing agent, infrared agent, ultraviolet agent, thermal imaging agent, ultrasonic agent; ℓ) purifying agent, cleaning agent, water purifying agent, cleaning agent, detergent, washing agent, dehydrating agent, selected agent, crushing agent, shot matter, coated matter, painting agent, humidifying agent, dehumidifying agent, drying agent, treating agent; m) aerating agent, foaming agent, expanding agent, reactant, adsorbent, collecting agent, dust collector, coagulant, precipitant, filter; n) magnetization treatment, vibration treatment, excitation treatment, wave treatment, ozone treatment, anion treatment, electrolytic treatment, discharge treatment, quarantine treatment, disinfection treatment, sterilization treatment, infrared treatment, ultraviolet treatment, thermal treatment, ultrasonic treatment; o) purification treatment, cleaning treatment, water treatment, cleaning treatment, washing treatment, dehydration treatment, selection treatment, crushing treatment, shot treatment, coating treatment, painting treatment, humidification treatment, dehumidification treatment, drying treatment, treatment treatment; p) aeration treatment, foaming treatment, expanding treatment, reaction treatment, adsorption treatment, collecting treatment, dust collector treatment, coagulation treatment, precipitation treatment, filtration treatment; q) a composite, complex device, composite, composite agent, composite treatment of two or more of the above magnetization or filtration treatments; r) a composite, complex device, composite, composite agent, composite treatment of two or more of the above magnetization or filtration treatments performed sequentially; s) a device, machine, equipment, means, device, facility, material, resource, method, construction, business, construction, drone, aircraft, airplane, mobility, mobility device, semiconductor, network, a combination of two or more thereof, or a composite device among the above magnetization or composite processing; t) a job, work, construction, construction, building, photography, taking pictures, taking photos, drafting, manufacturing, purification, cleaning, a combination of two or more thereof, etc., in which one of the above magnetization or composite processing is used; and the device or composite, etc., may be used or equipped with the magnetization or composite processing, work or composite, etc. and the device or composite, may perform or have a function of performing the magnetization or composite processing, work or composite, etc. and a) the device or composite, magnetization or composite processing, work or composite; b) or any of the following number or composite, flight or composite, construction or composite, machine or composite, machine or composite processing; The backs can be used, applied, equipped, installed, connected, linked, combined, merged, incorporated, added, added, added, fixed, attached, mounted, sprayed, sprayed, injected, coated, painted, etc.

In the present invention, a) a cone, a mesh, a rod, a frame, a chip, a spiral, a sensor, an element, a magnet, an electrode, a battery, a coil, a protrusion, a circuit, a conductor, a semiconductor, a measuring instrument, a radar, a scanner, a 3D scanner, a magnetizer, a vibrator, a wave generator, an ozone generator, an anion generator, a rotating machine, a vacuum generator, a pressurizer, an electrolytic generator, a discharge generator, a purifier, a cleaner, a sterilizer, a disinfectant, an infrared generator, an ultraviolet generator, a thermal imager, an ultrasonic generator; b) magnetization, vibration, excitation, wave, ozone, anion, rotation, vacuum, pressurization, magnetized, vibrating material, excitation material, wave material, ozone material, anion material, rotating material, vacuum material, pressurized material, electrolyte material, discharge material, purified material, purified material, disinfectant material, sterilizer, infrared material, ultraviolet material, thermal image material, ultrasonic material; c) magnetization treatment, vibration treatment, excitation treatment, wave treatment, ozone treatment, negative ion treatment, electrolytic treatment, discharge treatment, purification treatment, cleaning treatment, disinfection treatment, sterilization treatment, infrared treatment, ultraviolet treatment, thermal treatment, ultrasonic treatment; d) a combination, composite unit, composite, composite treatment of two or more of the cones or ultrasonic treatments; e) a combination, composite unit, composite, composite treatment in which two or more of the cones or ultrasonic treatments are sequentially performed; f) the magnetized or composite material generated in one of the cones or composite units; g) the cone or composite unit generating one of the magnetized or composite materials; h) the cone or composite unit performing one of the magnetization or composite treatments; i) the magnetizer or ultrasonicator provided with one or more of the cones or 3D scanners; j) the cone or 3D scanner provided with one or more of the magnetizers or ultrasonicators; k) the cone or composite unit provided with one or more of the cones or composite units; ℓ) At least one of the cones or composite machines having one of the cones or composite machines at least one of the front, back, left, right, up, and down; m) The vibrating material or composite treatment by one of the cones or composite machines; n) The magnetization treatment or composite treatment by one of the cones or composite machines; o) The stirring, diffusion, vortex, aeration, purification, cleaning, washing, car washing, cleaning, disinfection, sterilization, quarantine by one of the cones or composite treatments; or one of them is used or sprayed, or the stirring or quarantine, etc. can be or can be used for the object.

Examples of operations in the present invention include manufacturing, material manufacturing, product manufacturing, factory manufacturing, on-site manufacturing, chemical manufacturing, hydrogen manufacturing, battery manufacturing, cement manufacturing, manufacturing, factory manufacturing, on-site manufacturing, product manufacturing, material manufacturing, concrete product manufacturing, power generation, solar power generation, wind power generation, hydroelectric power generation, tidal power generation, self-generation, electric power generation, hydrogen power generation, fuel cell power generation, power transmission, electric power transmission, distribution, electric distribution, power reception, electric power reception, substation, electric substation, assembly, product assembly, production, material manufacturing, product manufacturing, concrete product manufacturing; a combination of two or more of these or a combination of two or more in sequence; the above manufacturing or combination using or assisting mobility; etc.

The above device is a) one selected from device 1, device 2, device 3, and device equipped with MFC, or b) or sprays a substance discharged from itself or the outlet below, or c) or performs one of purification, cleaning, work, construction, or construction using a substance discharged from itself or the outlet below, or d) or d1) a magnetizer, a vibrator, a station, a playground, a stadium, a gymnasium, a swimming pool, a playground, a wave machine, an ozone machine, an anion machine, a rotating machine, a vacuum machine, a pressurizer, a sterilizer, a disinfectant, a discharge machine, a purifier, a cleaner, a construction machine, a treatment machine, a magnetization, a vibration, an excitation, a wave, an ozone, an anion, a rotation, a vacuum, a pressurization, a magnetized, a vibrating substance, an excitation substance, a wave substance, an ozone substance, an anion substance, a rotating substance, a vacuum substance, a pressurized substance, a sterilizer, a disinfectant, a discharge substance, a purified substance, a cleaned substance, a treated substance; d2) a composite device, a composite device in which two or more of these are sequentially combined; d3) or one of the magnetized or composite materials generated from one of the magnetizers or composite devices; one of the following devices in which one is used, selected from the MFC or biofuel cell.

The above device 1 comprises: a) a1) one (1, 2, 4, 5, 6, 8) of a hollow or tubular magnetizer (2), a vibrator (1), a high-frequency vibrator, a low-frequency vibrator, an oscillating magnetizer (4), and a magnetizing vibrator (4), wherein at least one of a magnetizing and an oscillating magnetic field is generated; a2) an inlet (18) at the front end of one of the magnetizers or the magnetizing vibrator, a holder or a eddy current forming holder or a holder for the generating means inside, and a solenoid valve (184), a venturi tube (185), and an outlet (186) at the rear end in any order or sequence; a3) an injector (188), a check valve (183), a solenoid valve (184), an ozone inlet (189), an ozone funnel (190), an ozone generator (191), and a high-voltage generator (192) at the middle of the venturi tube in any order or sequence; Instead of the ozone inlet, a pressurized inlet (187), a compressor (98) at the rear end of the pressurized inlet; at least one of a4) a hose (78) at the front end of the inlet; a hose (78) at the rear end of the outlet; an elbow pipe (181) between the inlet and one of the magnetizer or magnetized vibrator; an elbow pipe (181) between one of the magnetizer or magnetized vibrator and a solenoid valve; a pipe (78) between two of the solenoid valves and the outlet; a pipe (78) between two of the injector and the ozone inlet; an elbow pipe (181) between the ozone inlet and the pipe; a check valve (183), a pump (103) randomly or sequentially in one of the pipes; a5) a timer (193) for adjusting the opening/closing interval of the solenoid valve, a6) a device (40, 97) having a case (195) in which at least one of the magnetizers or timers is built in, or b) or a device having the magnetizer or the case and radiating at least one of light, a magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; c) or a device having the magnetizer or the case and having one of a magnetizer, a vibrator, a station, a playground, a stadium, a gymnasium, a swimming pool, a playground, a wave machine, an ozone machine, a mist machine, and a combination of two or more of them; d) or a device having the magnetizer or the case and generating or spraying one of a vibration material, a vibration frequency, an excitation material, an excitation number, a magnetized substance, a magnetized water, a hexagonal water, ozone material, ozone water, ozone air, mist, phytoncide, and a combination of two or more of them; e) or a device having at least two of the magnetizers or cases that emit or are provided with at least one of the light or phytoncide, the magnetizer or the complex, and the magnetized substance or the complex; f) or a device in which a substance introduced into the inlet is discharged or sprayed through the outlet or one of the hoses installed at the rear end of the outlet; g) or a device in which the discharged substance is used, radiated, sprayed, coated, painted, or painted; h) or a device that performs one of the purification or dust removal using the discharged substance; any one selected from among them.

The above device 2 comprises: a) a1) one (1, 2, 3) of a hollow or tubular magnetizer, vibrator, vibrating magnetizer, and magnetizing vibrator, which generates at least one (6, 7, 8) of a magnetizing or oscillating magnetic field; a2) an inlet (180) at the front end of one of the magnetizers or magnetizing vibrators, a holder or a eddy current forming holder or a holder for generating means inside, and at least one of a tee tube (182), a venturi tube (185), and an outlet (186) at the rear end; a3) at least one of a check valve (183), a solenoid valve (184), a venturi tube (185), a pressurized inlet (187), and a compressor (98) that generates a pressurized (62) sequentially in the middle of the tee tube; a4) an injector (188), a check valve (183), At least one of a solenoid valve (184), an ozone inlet (189) for focusing ozone (61) generated from an ozone generator onto an ozone inlet, an ozone funnel (190), an ozone generator (191) for generating ozone (61), and a high-voltage generator (192) for applying high voltage to the ozone generator, a5) a hose (78) at a front end of the inlet; a hose (78) at a rear end of the outlet; an elbow pipe (181) between the inlet and one of the magnetizers or magnetizing vibrators; an elbow pipe (181) between one of the magnetizers or magnetizing vibrators and a tee pipe; a pipe (78) between two of the tee pipes and the outlet; a pipe (78) between two of the injectors or pressurized inlets; a pipe (78) between two of the injectors or ozone inlets; an elbow pipe (181) between the solenoid valve and the pipe; A device (40) having an elbow pipe or a tee pipe (182) between the ozone inlet and the solenoid valve; at least one of a check valve (183), a pump (103) sequentially disposed in one of the pipes; a6) a timer (193) for adjusting the opening/closing interval of the solenoid valve; a7) a case (195) in which at least one of the magnetizer or magnetized vibrator, inlet or outlet, injector or high-voltage generator, injector or high-voltage generator, hose or tee pipe, timer, distribution board or power supply is built in, or b) or a device having the magnetizer or case and radiating at least one of light, magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; c) or a device equipped with the magnetizer or case, and one of a magnetizer, a vibrator, a station, a playground, a stadium, a gymnasium, a swimming pool, a playground, a wave machine, an ozone machine, a mist machine, and two or more combinations thereof are installed; d) or a device equipped with the magnetizer or case, and generating or spraying one of a vibrating substance, a vibration frequency, an exciter, an exciter number, a magnetized substance, a magnetized water, a hexagonal water, an ozone substance, ozone water, ozone air, mist, a phytoncide, and two or more combinations thereof; e) or a device equipped with any two or more of the magnetizers or cases, which emit or are provided or generate one or more of the light or phytoncide, the magnetizer or combination machine, the magnetized substance or combination; f) or a device in which a substance introduced into the inlet is discharged or sprayed through the outlet, one of the hoses installed at the rear end of the outlet; g) or a device in which the discharged substance is utilized, radiated, sprayed, coated, painted, painted, or painted; h) or a device that performs one of the purification or dust removal using the discharged material; one selected from among them.

The above device 3 is a composite device of the device 1 and the device 2, a composite device of the device 1 and the device 2 connected to the rear end thereof, a composite device of the device 1 and the device 2 connected to the rear end thereof, a composite device of the device 1 and the device 2 in which the inlet of the device 2 is connected to the outlet of the device 1, a composite device of the device 1 and the device 2 in which the inlet of the device 1 is connected to the outlet of the device 2, a composite device of the device 1 and the device 2 in which the inlet of the device 2 is connected to the outlet hose of the device 1, a composite device of the device 1 and the device 2 in which the inlet of the device 1 is connected to the outlet hose of the device 2, a composite device of the device 1 and the device 2 in which the inlet hose of the device 2 is connected to the outlet of the device 1, a composite device of the device 1 and the device 2 in which the inlet hose of the device 1 is connected to the outlet hose of the device 2, a composite device of the device 1 and the device 2 in which the inlet hose of the device 2 is connected to the outlet hose of the device 1, a composite device of the device 1 and the device 2 in which the inlet hose of the device 2 is connected to the outlet hose of the device 1, an outlet of the device 2 A composite device comprising the device 1 and the device 2, wherein the inlet hose of the device 1 is connected to the hose, a composite device wherein the device 1 and the device 2 are connected such that a substance flows into the inlet of the device 1, passes through the device 1 and the device 2, and is discharged through the outlet of the device 2, and a composite device wherein the device 2 and the device 1 are connected such that a substance flows into the inlet of the device 2, passes through the device 2 and the device 1, and is discharged through the outlet of the device 1.

Hydrogen facilities that can be used in the present invention include hydrogen facility 1, hydrogen facility 2, hydrogen facility 3, hydrogen facility 4, and hydrogen facility 5. The above hydrogen facility 1 is a) hydrogen facility, hydrogen manufacturing facility, hydrogen production facility, electrolyzer, bio-degrader, hydrogen trading facility, hydrogen transportation means, hydrogen storage facility, hydrogen tank, hydrogen charging station, hydrogen injector, hydrogen generator, hydrogen power plant, hydrogen device, hydrogen equipment, hydrogen combustion device, hydrogen cell, fuel cell, hydrogen fuel cell, hydrogen energy facility, hydrogen transportation means, hydrogen transportation means, hydrogen mobility, hydrogen car, hydrogen truck, hydrogen bus, hydrogen taxi, hydrogen train, hydrogen car, hydrogen passenger car, hydrogen cargo car, hydrogen camping car, hydrogen bicycle, hydrogen motorcycle, hydrogen floating means, hydrogen ship, hydrogen boat, hydrogen ship, hydrogen submarine, hydrogen flying means, hydrogen drone, hydrogen airplane, hydrogen airship, hydrogen spaceship, hydrogen flying car, hydrogen facility, hydrogen building, hydrogen city, hydrogen complex, hydrogen house, hydrogen plant, hydrogen cluster; b) a connecting means between two or more of the above hydrogen facilities or hydrogen clusters; c) a device, apparatus, instrument, means, apparatus, equipment, facility, or facility equipped with one or more of the above hydrogen production facilities or connecting means; d) a complex facility in which two or more of the above hydrogen facilities or facilities are combined or sequentially combined; e) a hydrogen facility or complex facility using electricity or batteries; f) a hydrogen facility or complex facility equipped with one of the above hydrogen facilities or complex facilities; etc.

The above hydrogen facility 2 is a) a hydrogen production facility that produces one of the hydrogen, gas, hydrogen gas, gaseous hydrogen, liquid hydrogen, and Brown's gas, a hydrogen production facility that produces one of the hydrogen or Brown's gas, a hydrogen production facility that produces pure hydrogen or the hydrogen type by reacting natural gas with steam at high temperature and high pressure, a hydrogen production facility that purifies hydrogen generated as a by-product in a petrochemical process to produce hydrogen or the hydrogen type, a hydrogen production facility that electrolyzes water to produce hydrogen or the hydrogen type, a hydrogen production facility that decomposes microorganisms to produce hydrogen or the hydrogen type, an electrolyzer that electrolyzes water to produce hydrogen or the hydrogen type, a biodegrader that decomposes, ferments, or cultures microorganisms to produce the hydrogen type, a hydrogen trading facility that trades or sells the manufactured hydrogen or the hydrogen type, a hydrogen transportation means that transports the manufactured or traded hydrogen, a hydrogen storage facility that stores the manufactured or transported hydrogen, a hydrogen tank that stores the manufactured or transported hydrogen, a hydrogen charging station that charges a vehicle with the manufactured or stored hydrogen, and the above A hydrogen injector installed in a hydrogen charging station that injects hydrogen into a tank or tank inlet of a vehicle, a hydrogen generator that generates power using hydrogen manufactured in the hydrogen production facility, a hydrogen power plant that generates power using the produced or transported hydrogen, a hydrogen device that is a device that utilizes hydrogen while one of the hydrogen production facilities or composite means is installed, a hydrogen equipment that is equipment that utilizes hydrogen while one of the hydrogen production facilities or composite means is installed, a hydrogen combustion device that combusts one of the hydrogen or Brown's gas injected through the hydrogen injector, a hydrogen cell that separates hydrogen (H ₂ ) transported from the hydrogen transport means into electrons (e ^- ) and hydrogen ions (2H ⁺ ) and then reacts with oxygen (O ₂ ) to convert it into water (H ₂ O) and electricity, a hydrogen cell that separates hydrogen (H ₂ ), which is fuel, supplied from the hydrogen storage facility, into electrons (e ^- ) and hydrogen ions (2H ⁺ ), and then reacts with oxygen (O ₂ ) in the air to convert it into water (H ₂ O) and electricity. A fuel cell that obtains electricity, a hydrogen fuel cell that separates hydrogen (H ₂ ) stored in the fuel tank of the vehicle into electrons (e ^- ) and hydrogen ions (2H ⁺ ) through a platinum catalyst, and then converts them into water (H ₂ O) and electricity by reacting with oxygen (O ₂ ) in the air to obtain electricity, a hydrogen energy facility that uses the energy released when hydrogen (H ₂ ) produced in the hydrogen production facility reacts with oxygen (O ₂ ) to become H ₂ O, a hydrogen transportation means that moves by rotating wheels using the electricity generated in the hydrogen cell, a hydrogen transportation means that moves by using hydrogen stored in the hydrogen tank, hydrogen mobility that uses the electricity generated in the hydrogen cell, a hydrogen car that moves by rotating a motor using the electricity generated in the fuel cell to rotate the wheels, a hydrogen truck that moves by rotating a motor using electricity supplied from a battery that stores the electricity generated in the hydrogen fuel cell, a fuel cell stack that uses electricity generated by a chemical reaction between hydrogen and oxygen to rotate a motor A hydrogen bus that moves by rotating wheels, a hydrogen taxi that operates using electricity generated from the hydrogen fuel cell, a hydrogen train equipped with the hydrogen tank and fuel cell and operated using electricity generated from the fuel cell using hydrogen stored in the hydrogen tank, a hydrogen car equipped with the hydrogen tank, a hydrogen passenger car that uses hydrogen charged at the hydrogen charging station, a hydrogen cargo car that uses energy generated by combusting hydrogen in the hydrogen combustion device, a hydrogen camping car that moves by rotating the motor of the wheel using hydrogen stored in the hydrogen tank and cooks by lighting a fire, a hydrogen bicycle that uses hydrogen injected by the hydrogen injector, a hydrogen motorcycle equipped with the hydrogen cell, a hydrogen floating means equipped with the hydrogen power plant and generating electricity using hydrogen, a hydrogen ship equipped with the fuel cell, a hydrogen boat equipped with the hydrogen fuel cell, a hydrogen ship equipped with the hydrogen generator, a hydrogen submarine equipped with the hydrogen production facility, a hydrogen flying means equipped with the hydrogen storage facility, a hydrogen drone equipped with the hydrogen tank, a hydrogen energy facility equipped with the hydrogen energy facility A hydrogen airplane, a hydrogen airship that uses hydrogen charged at the hydrogen charging station, a hydrogen spaceship equipped with the hydrogen generator, a hydrogen flying car that flies using electricity generated from the fuel cell, a hydrogen facility that is a facility where hydrogen is used while one of the hydrogen manufacturing facilities or complex facilities is equipped, a hydrogen building that is a building that uses hydrogen transported by the hydrogen transportation means, a hydrogen city that uses hydrogen manufactured at the hydrogen manufacturing facility or a city equipped with the hydrogen generator, a hydrogen complex that is a complex that uses hydrogen produced at the hydrogen production facility or electricity generated at the hydrogen power plant, a hydrogen house that is a house equipped with the hydrogen energy facility or that uses hydrogen stored in the hydrogen tank for cooking and heating and cooling, a hydrogen plant that is a plant that uses hydrogen stored in the hydrogen tank as energy, a hydrogen cluster in which two or more of the hydrogen manufacturing facilities or hydrogen clusters are linked or equipped; b) a connecting means between two or more of the hydrogen production facilities or hydrogen clusters, a connecting means between the hydrogen production facilities and a hydrogen charging station, a transport pipe or a connecting pipe which is one of the connecting means; c) a facility equipped with one or more of the hydrogen production facilities or connecting means, a device equipped with the hydrogen production facility, a device equipped with the hydrogen storage facility, a device equipped with the hydrogen tank, a means equipped with the hydrogen generator, a device equipped with the hydrogen fuel cell, an equipment equipped with the hydrogen injector, a facility equipped with the hydrogen device, a facility equipped with the hydrogen equipment; d) a composite means in which two or more of the hydrogen production facilities or facilities are combined or sequentially combined, a composite means in which the hydrogen production facility, the hydrogen transaction facility, the hydrogen transportation means, and the hydrogen storage facility are combined, a composite means in which the hydrogen production facility, the hydrogen transportation means, the hydrogen storage facility, and the hydrogen cell are combined; e) the hydrogen production facility or composite means in which electricity or a battery is used while the composite means is equipped; f) A hydrogen production facility or composite means in which one of the hydrogen production facilities or composite means is installed while a microbial fuel cell is installed; etc.

The above hydrogen facility 3 is a) a hydrogen manufacturing facility that generates ozone, a hydrogen production facility that generates negative ions, an electrolyzer that generates ozone and negative ions, a biodegrader that radiates ozone and a magnetic field, a hydrogen transaction facility that generates a magnetic field, a hydrogen transportation means that sprays a sterilizing agent, a hydrogen storage facility that sprays a disinfectant, a hydrogen tank that generates the above, a hydrogen charging station that sprays the above, a hydrogen injector that radiates the above, a hydrogen generator equipped with the apparatus of 5, a hydrogen power plant equipped with the apparatus of 5, a hydrogen device that generates ozone and negative ions, a hydrogen device that generates ozone, negative ions, and a magnetic field, a hydrogen combustion device equipped with the apparatus of 5, a hydrogen cell equipped with a magnetizer, a fuel cell equipped with an ozone generator, a hydrogen fuel cell equipped with an negative ion generator, a hydrogen energy facility that utilizes hydrogen energy while being equipped with an ozone generator, a hydrogen transportation means equipped with a sterilizer, a hydrogen transportation means equipped with an negative ion generator that radiates ozone, and an ozone negative ion generator that radiates a magnetic field. Hydrogen mobility, hydrogen car equipped with a sterilizer, hydrogen truck equipped with the above-mentioned multi-purpose machine, hydrogen bus equipped with the above-mentioned ozone magnetization sterilizer, hydrogen taxi equipped with an air purifier equipped with an ozone generator, hydrogen car that generates ozone and negative ions and is equipped with a magnetizer and sterilizer, hydrogen car that generates ozone and is equipped with a magnetizer, hydrogen passenger car that generates ozone and negative ions and is equipped with a magnetizer and sterilizer to purify the air, hydrogen cargo vehicle equipped with a magnetizer that generates ozone, hydrogen camping car equipped with an ozone generator that generates ozone and negative ions, hydrogen bicycle that generates ozone and a magnetic field and is equipped with an ozone generator and magnetizer, hydrogen motorcycle that generates and sprays, hydrogen floating means equipped with the above-mentioned magnetizer that generates and sprays, hydrogen ship that emits and sprays ozone and is equipped with a magnetizer, hydrogen boat that generates ozone and is equipped with a magnetizer that emits, hydrogen ship that emits ozone and a sterilizer and is equipped with an ozone magnetizer, sterilizer is sprayed and ozone is A hydrogen submarine which generates ozone and is equipped with a magnetizer, a hydrogen flying vehicle which generates negative ions and is equipped with a sterilizer, a hydrogen drone which generates ozone and is equipped with the above combination device, a hydrogen flying vehicle which is irradiated with ozone, negative ions, and a magnetic field, and is equipped with a magnetizer and a sterilizer, a hydrogen flying ship which sprays a disinfectant, generates ozone, and is equipped with a sterilizer, a hydrogen spaceship which is equipped with a combination device combining an ozone and a sterilizer and which generates a magnetic field, a hydrogen flying car which is equipped with a combination device combining a magnetizer and an ozone and which generates ozone, a hydrogen facility which radiates ozone, negative ions, a magnetic field, and a sterilizer, a hydrogen building which radiates a disinfectant by an ozone generator, a hydrogen city which radiates a disinfectant by an negative ion generator, a hydrogen complex which radiates ozone negative ions by an ozone generator, a hydrogen house which radiates a sterilizing disinfectant by a sterilizer, a hydrogen plant which is equipped with a negative ion generator which radiates ozone, and a hydrogen cluster which uses one of the above magnetization and combination devices; b) a connecting means between two or more of the hydrogen production facilities or hydrogen clusters, a connecting means installed between the two and generating a magnetic field and equipped with a magnetizer; c) a device (or apparatus) for generating ozone, a device for generating negative ions, a device for generating a magnetic field, a means for generating ozone and equipped with a magnetizer, a device for generating a magnetic field and equipped with an ozone generator, equipment for generating ozone and negative ions and equipped with an ozone magnetizer, a facility for radiating a sterilizing agent and equipped with an ozone sterilizer, a facility for generating ozone and a magnetic field and equipped with a magnetizing ozone sterilizer; d) a composite means for radiating ozone, negative ions, and a magnetic field while two or more of the hydrogen production facilities or equipment are combined or sequentially combined; e) the hydrogen production facility or composite means that uses electricity or a battery while the composite machine in which the ozone generator is installed is installed; f) the hydrogen production facility or composite means in which the composite machine in which the sterilizer is installed is installed and one of the hydrogen production facilities or composite means is installed; The following applies.

The above hydrogen facility 4 corresponds to a hydrogen manufacturing facility or composite means, etc., which is a combination or sequential combination of at least one of the hydrogen manufacturing facilities or composite means of the hydrogen facility 2 and at least one of the hydrogen manufacturing facilities or composite means of the hydrogen facility 3.

The above hydrogen facility 5 is a) a combination of a hydrogen cell which separates hydrogen (H ₂ ) transported from the hydrogen transportation means of the hydrogen facility 2 into electrons (e ^- ) and hydrogen ions (2H ⁺ ) and then converts it into water (H ₂ O) and electricity by reacting it with oxygen (O ₂ ), and a hydrogen cell equipped with a magnetizer of the hydrogen facility 3, wherein the hydrogen cell separates hydrogen (H ₂ ) transported from the hydrogen transportation means into electrons (e ^- ) and hydrogen ions (2H ⁺ ) and then converts it into water (H ₂ O) and electricity by reacting it with oxygen (O ₂ ) and is equipped with a magnetizer; b) a hydrogen car which moves by rotating a motor using electricity generated from the fuel cell of the hydrogen facility 2 and a hydrogen car which is equipped with a sterilizer of the hydrogen facility 3, wherein the hydrogen car moves by rotating a motor using electricity generated from the fuel cell and is equipped with a sterilizer; c) a hydrogen drone in which the hydrogen tank of the hydrogen facility 2 is installed and a hydrogen drone in which ozone is generated and the complex unit of the hydrogen facility 3 is installed, wherein the hydrogen drone generates ozone while the hydrogen tank is installed and the complex unit is installed; d) a facility in which the hydrogen equipment of the hydrogen facility 2 is installed and a facility in which ozone and a magnetic field are generated and a magnetized ozone sterilizer of the hydrogen facility 3 are combined, wherein the hydrogen equipment is installed and ozone and a magnetic field are generated and a magnetized ozone sterilizer is installed; etc. are applicable.

In the present invention, a) a cone, a mesh, a rod, a frame, a chip, a spiral, a sensor, an element, a magnet, an electrode, a battery, a coil, a protrusion, a circuit, a conductor, a semiconductor, a measuring instrument, a radar, a scanner, a 3D scanner, a magnetizer, a vibrator, an exciter, a wave generator, an ozone generator, an anion generator, a rotating machine, a vacuum generator, a pressurizer, an electrolytic generator, a discharge generator, a purifier, a cleaner, a sterilizer, a disinfectant, an infrared generator, an ultraviolet generator, a thermal imager, an ultrasonic generator; b) magnetization, vibration, excitation, wave, ozone, anion, rotation, vacuum, pressurization, magnetized, vibrating substance, exciter, wave substance, ozone substance, anion substance, rotating substance, vacuum substance, pressurized substance, electrolyte substance, discharge substance, purified substance, purified substance, disinfectant substance, sterilizer, infrared substance, ultraviolet substance, thermal imager, ultrasonic substance; c3) magnetization treatment, vibration treatment, excitation treatment, wave treatment, ozone treatment, negative ion treatment, electrolytic treatment, discharge treatment, purification treatment, cleaning treatment, disinfection treatment, sterilization treatment, infrared treatment, ultraviolet treatment, thermal treatment, ultrasonic treatment; c) a composite, composite machine, composite, composite treatment of two or more of the above cones or ultrasonic treatments; d) a composite, composite machine, composite, composite treatment in which two or more of the above cones or ultrasonic treatments are sequentially performed; e) the magnetized or composite material generated in one of the above cones or composite machines; f) the cone or composite machine generating one of the above magnetized or composite materials; g) the cone or composite machine performing one of the above magnetization or composite treatments; h) it is possible to perform one of stirring, diffusion, vortexing, aeration, purification, cleaning, washing, car washing, cleaning, disinfection, sterilization, quarantine, treatment by one of the above cones or composite treatments, or to use or spray one of them.

The above treatment is one of a) purification, cleansing, cleaning, washing, washing, cleaning, purified water, sterilization, disinfection, treatment, polishing, shot blasting, and b) or one or more of the purification or blasting of fungi, rust, water, water quality, air, atmosphere, soil, cotton, surface, stain, dross, bacteria, dust, yellow dust, dirt, contamination, environment, fragrance, odor, smell, ozone, heat, temperature, humidity, wind speed, wind direction, sound, wind, noise, vibration, concentration, bending, displacement, stress, strength, stiffness, pressure, shrinkage, expansion, subsidence, bulge, crack, crack width, VOC, CO, CO ₂ , SOx, NOx, water quality, soil quality, air quality, pollutants, pathogens, by-products, waste, sediment, fine dust, ultrafine dust, bacteria, viruses, environmental hormones, sick house syndrome, formaldehyde, VOC (volatile organic compound).

One of the above chips or semiconductors may include a chip, pin, sensor, element, pendulum, electrode, battery, coil, substrate, module, modem, hub, server, circuit, conductor, condenser, transformer, semiconductor, etc., in the fields of electricity, electronics, communication, information, intelligence, bit, code, pulse, signal, measurement, control, instrumentation, chemistry, physics, biology, artificial, nano, logic, chip, sensor, element, pendulum, substrate, module, circuit, 5G, IT, Al, IC, ICT, IoT, bio, microorganism, data, smart, internet, digital, semiconductor, computer, memory, silicon, wafer, control, system, artificial intelligence, process, micro, big data, monitoring, blockchain, analog, program, transistor. Examples thereof include electric chips, electronic sensors, communication elements, intelligent substrates, bit pendulums, 5G chips, IT sensors, Al elements, ICT pendulums, IoT substrates, biochips, smart sensors, artificial intelligence elements, big data circuits, blockchain substrates, chip sensors, chip elements, substrate circuits, etc. The above chips or semiconductors, etc. can be used for the above electric or transistors, etc., or can be used for the above electric or transistors, etc.

The above chip refers to chip, etc., 5G refers to 5th Generation, etc., IT refers to Image Technology, Information Technology, etc., Al refers to Artificial Intelligence, etc., IC refers to Integrated Circuit, etc., ICT refers to Information and Communications Technology, etc., IoT refers to Internet of Things, etc., Blockchain refers to Block Chain, etc., and circuit refers to circuit, integrated circuit, etc. CCTV refers to CCTV, closed-circuit television, CCTV, Closed Circuit Television, a system that transmits images to specific recipients, etc.

The above battery is a battery, Cell, dry cell, wet cell, battery, fuel cell, solar cell, hydrogen fuel cell, electrolytic cell, electrolytic cell, device that converts chemical energy from chemical substances pre-filled in the battery into electrical energy, chemical device that changes chemical energy into electrical energy using a spontaneous oxidation-reduction reaction, battery having a magnetizer or composite material provided in a body or case, etc. A primary cell is a battery that cannot be recharged when the electromotive force of the battery drops to 0 and therefore cannot be reused. A secondary cell or storage cell is a battery that can be reused because it can repeat the discharging process, which converts chemical energy into electrical energy, and the charging process, which changes electrical energy into chemical energy.

The above solar cell includes a solar cell, a photovoltaic cell, a photovoltaic cell, a device that converts sunlight into electricity, a device that produces electricity by the photovoltaic effect in which light energy is converted into electricity, etc.

The above fuel cell is a fuel cell, a device that generates electrical energy by electrochemically reacting fuel and an oxidizer, a device that continuously receives a supply of fuel and oxygen and continuously supplies electricity through a chemical reaction, a device composed of an electrolytic cell, an anode, a cathode, and an electrolyte, a fuel cell provided with the magnetizer or composite, or a fuel cell provided with the magnetizer or composite, etc. in an electrolytic cell, an anode, a cathode, an electrolyte, etc. At the anode, an oxidation reaction occurs, releasing hydrogen ions and electrons carrying a (+) electric charge. When the electrons generated here move from the anode to the cathode through an external conductor, a direct current is generated. The electrolyte plays a role in enabling hydrogen ions (cations) carrying a (+) electric charge to move between the two poles of the fuel cell. At the cathode, the hydrogen ions moved from the anode, the electrons moved through the conductor, and the oxygen in the air supplied from the outside combine to create water or water vapor and discharge it.

The above hydrogen fuel cell is a hydrogen fuel cell, a fuel cell that uses hydrogen, a device that generates electrical energy by moving electrons from the anode to the cathode through an external conductor through the overall reaction (2H ₂ + O ₂ → H ₂ O) in which hydrogen and oxygen react to form water. At the oxidation electrode, the oxidation reaction of hydrogen, which is the fuel, occurs as follows: 2H ₂ → 4H ⁺ + 4e ^- (acidic conditions), 2H ₂ + 4OH- → 4H ₂ O + 4e ^- (basic conditions), and at the reduction electrode, the reduction reaction of oxygen occurs as follows. O ₂ + 4H+ + 4e ^- → 2H ₂ O (acidic conditions), O ₂ + 2H ₂ O + 4e ^- → 4OH ^- (basic conditions), and when a polymer membrane that allows hydrogen ions to move under acidic conditions is used as an electrolyte, it is called a polymer electrolyte fuel cell, and when a 30-40% concentrated potassium hydroxide (KOH) solution is used as an electrolyte, it is called an alkaline fuel cell.

In the present invention, a device, an apparatus, a vehicle, a body, an object, a device, a machine, a means, a sensor, a measuring instrument, a device, equipment, a facility, a facility, a drone, a robot, a part, a product, an article, a commodity, a material, a building, a structure, a PC, a GPS, a GIS, a CCTV, a camera, a camera, a semiconductor, a recorder, a tracker, a measuring instrument, a venturi, a system, a computer, a printer, a program, an application, a cyclone, hardware, software, a network, a composite or compound device in which two or more of these are sequentially combined; a device or compound device; The back can film, take pictures, take photos, record, measure, survey, gauge, observe, grasp, evaluate, confirm, estimate, etc. of scenes, current situations, situations, images, locations, coordinates, addresses, points, regions, distances, latitudes, longitudes, angles, altitudes, heights, lengths, widths, heights, sizes, areas, volumes, verticality, plumb lines, spatial coordinates, location coordinates, GPS coordinates, temperature, humidity, wind direction, wind speed, fungi, rust, bacteria, air, atmosphere, dust, pollution, stains, corrosion, environment, wastewater, sewage, sewage, dust, yellow dust, waste, sediment, sludge, VOC, CO, CO ₂ , SOx, NOx, air quality, pathogens, mold, fine dust, viruses, bacteria, environmental hormones, sick house syndrome, formaldehyde, etc., or can have one function.

The above artificial intelligence (AI) refers to a system in which a computer performs human or human perception, judgment, reasoning, language, behavior, instruction, learning, problem solving, action instruction, learning function, brain function, brain function, etc. on its own, or works while performing inference, learning, judgment, etc. The above Internet of Things (IoT) refers to a system in which objects in daily life and activities are connected to a wired or wireless network to share information. Various objects are equipped with communication functions to connect to the Internet, allowing people and objects, objects and objects, and objects and people and objects to communicate with each other based on the Internet, and through this, information can be shared by connecting objects to a network in various fields such as home appliances, electronic devices, healthcare, remote metering, smart homes, smart cars, and remote diagnosis. The above virtual reality (VR) refers to a system in which a person can have a realistic experience in a virtual world created by a computer. This can be applied to surgical and dissection practice in the medical field, flight control training in the aviation and military fields, and construction simulations in the construction field. If necessary, you can experience it using an HMD, a display device mounted on your head. The above metaverse refers to metaverse, a three-dimensional virtual world, distribution using virtual currency, virtual reality, a compound word of meta meaning fabrication or abstraction, and universe meaning the real world, use of UGC (User Generated Content) products created by virtual world users, vision technology behind real work in three-dimensional virtual space, and human interaction with software agents (avatars) in virtual space.

Hereinafter, the present invention will be further explained using the drawings. FIG. 1 is an example of a functional device (30), a functional object (40), etc. according to the present invention. Here, the vibrator in FIG. A includes: a) a stator (2, stator); b) a rotor (1, rotor) connected thereto; c) a rotational axis (3), a single-sided rotational axis, a double-sided rotational axis, a rotational axis having a hinge (240) of the rotor; d) an eccentric body, a rotating body (4), a single-sided rotational body, a double-sided rotational body connected to one of the rotational axes; e) a case (7) that vibrates by the rotation of one of the rotating bodies; f) a hollow body (37, 76, 77, 102, 104) into which the case (7) is inserted; g) a cable (6) connected to the stator or the case and extended to the outside of the hollow body or the outside of the wall of the hollow body, a tube or hose (8) having the cable built in; h) a plug (10), an outlet (11), a power supply (12) sequentially connected to the cable; i) or the stator or power supply in which one of the magnetizers or composites is used; j) the stator or power supply in which one of the magnetizers or composites is provided; k) the stator or power supply in which one of the magnetizers or composite processes is or is used; etc., a vibrator (32) is shown. Figure b shows a cross-sectional view of a stator (2), a rotor (1), and a rotational shaft (3). And Figures c, d, and e show various forms of magnetizers, vibrators, etc. The stator or power supply, etc. can use or be provided with the above or the following devices or composites, multiple devices or composites, magnetization or composite processes, etc.

The magnetization or composite refers to the magnetization or composite, purification or composite, aeration or composite, etc. The magnetizer or composite refers to the magnetizer or composite, purification or composite, aeration or composite, etc. The magnetization or composite treatment refers to the magnetization or composite treatment, purification or composite treatment, aeration or composite treatment, etc. The magnetizer or composite, etc. can include: a) provision of the magnetization or composite, magnetizer or composite, magnetized or composite, aeration or composite, purification or composite, etc., b) or generation of the magnetization or composite, magnetized or composite, aeration or composite, purification or composite, etc.

In the drawing a of FIG. 1, the vibrator (32) comprises: a case (7); a stator (2) as a stator inside the case; a mounting member or fixing member of the stator; a rotor (1) as a rotor connected to the stator; a rotational shaft (3) of the rotor; bearings (5) at one end, the middle, both ends, etc. of the rotational shaft; one or more rotating bodies (4) or asymmetrical rotating bodies provided on the rotational shaft; the case (7) which vibrates or oscillates by the rotation of the rotational shaft or the rotating bodies; a wire or cable (6) connected to one or more of the cases or rotating bodies; a tube (8) in which the wire or cable is built; a hollow housing (37) in which the case is built; an upper cap, an intermediate body, and a lower shoe forming the case; the cap through which the wire or cable passes; a rod or tube (7) which is one of the cases or bodies; the wire (6), cable (6), tube (8), hose (8) extended to the outside of the hollow body or housing; A vibrator (32) is shown, which is composed of a plug (10), an outlet (11), a power supply (12) connected to the wire or cable; a switch or controller (9) for controlling the rotor or rotation; or the case or controller in which one of the magnetizing or composite materials is used; the case or controller in which one of the magnetizing or composite materials is provided; the case or controller in which one of the magnetizing or composite materials is used; etc. The case or controller, etc. can use or be provided with the above or the following machine or composite, number or composite, magnetizing or composite processing, etc.

And in the drawing a of FIG. 1, the vibrator comprises: A) a) a case (7); b) a motor (26), a stator (2) or a stator inside the case; c) a rotor (1) or a rotor that is connected to the motor or the stator and rotates; d) a rotational shaft (3) of the motor or the rotor; e) bearings (5) provided above and below the rotational shaft; f) a vibrator (4), a rotating body, a semi-cylindrical body, a 3/4 cylinder, a 3/5 cylinder, a semi-cylindrical vibrator, a semi-cylindrical rotating body, an asymmetric vibrator, an asymmetric rotating body (4) mounted on the rotor or the rotational shaft; g) the vibrator (4), rotating body (4) that rotates by the rotation of the rotor or the rotational shaft; h) the case (7) that vibrates by the rotation of the vibrator or the rotating body; i) a rod, a vessel, a box, a block, a tank, a container, a pipe, a housing, one of the cases (7) or in which the case (7) is built; j) a cap, a body, a shoe, an upper cap, a middle body, a lower shoe constituting one of the case, the rod or the housing; k) a screw, a mutually engaging screw formed on at least one of the cap, the body and the shoe; ℓ) a hose, a connecting hose, a wire (6), a shaft (6), a cable (6), a flexible cable (6) connected to at least one of the case or the cap; m) a hose, a tube (8), a protective tube (8) having one of the wires or cables built in; n) the rotating body (4) connected to the shaft or the cable; o) the rotating body (4) connected to a motor (26), etc. separately provided on the shaft or the cable (6) and rotating by the rotation of the shaft or the cable (6); p) the case (7) vibrating by the rotation; q) a plug (10), an outlet (11), a power supply (12) connected to one of the motors or the protective tube; r) a switch (9), controller (9) for adjusting or controlling at least one of the rotation of the motor or power supply, the rotation of the rotor, the rotation of the rotation shaft, the rotation of the rotating body, the rotation of the shaft, and the rotation of the cable; s) the switch (9), controller (9) provided on one of the surface, inside, surface, inside, and outside of the case or power supply; t) a mounting stand, a holder, or a fixing means for at least one of the motors or controllers inserted into the case; u) a urethane, epoxy, or filler for filling a space or empty space between at least one of the motors or controllers and the inner surface of the case; v) the urethane or filler for fixing the motor or controller, etc. inside the case by filling so that it does not move; or the case or filler in which one of the magnetization or composite materials is used; the case or filler in which one of the magnetizers or composite materials is provided; the case or filler in which one of the magnetization or composite materials is used or is one of the magnetization or composite processing; etc. B) or a vibrator (32) that performs one or more of the following: magnetization, excitation, ozone, anion, rotation, decomposition, electrolysis, fluidization, discharge, sterilization, and a combination of two or more thereof; etc.

1) the vibrator, stator or power supply, case or controller, case or filler; 2) one or more of the surface, inside, top, bottom, left, right, front, middle, back, surface, inner surface, inside, outside, outer surface, one end, both ends, tip, space, hollow part of the vibrator or filler (the vibrator, stator or power supply, case or controller, case or filler); a) a magnetizer (31), a vibrator (32), an exciter (33), an ozone generator (34), an anion generator (35); two or more composite devices (30) among them; b) or water, matter, liquid, oil, gas, solid, agent, material, light, heat, wave, light, line, wind, air, bubble, gas, mist, bubble, liquid, powder, material, substance, light source, heat, cold, pressure, mist, LED light, sterilizing light, liquid, magnetized substance (41), vibrating substance (42), exciter (43), ozone substance (44), negative ion substance (45), a combination of two or more of these or a combination; c) the magnetizer or composite unit (30) from which at least one of the water or composite substances is radiated; d) the water or composite substance that has passed through one of the magnetizers or composite units or has been treated with one of the magnetizers or composite units or has been radiated from one of the above; e) or the magnetization or composite substance, the magnetizer or composite unit, the magnetization or composite treatment; f) Any one or more selected from the above or the following machine to composite, machine to composite, magnetization to composite treatment; can be utilized, used, applied, equipped, mounted, attached, contacted, adhered, bonded, sprayed, sprayed, laid, included, used, generated, coated, painted, impregnated, immersed, injected, introduced, etc. The vibrator may be the magnetizer or composite machine, etc.

By one of the magnetization, compound processing, use or injection, a) the vibrator or the hollow portion (i.e., 1) the vibrator or the filler; 2) one of the surfaces or hollow portions); b) a substance, object, thing, product, article, commodity, liquid, air, atmosphere, material, supply, device, equipment surrounding one of the vibrators or hollow portions, or passing through one of the vibrators or hollow portions, or having one of the vibrators or hollow portions; at least one of the following can be magnetized, vibrated, excited, wave-treated, sterilized, disinfected, purified, purified, washed, magnetically radiated, vibrated, ozone-radiated, or negatively radiated.

By one of the magnetization or composite treatment, preparation or injection, magnetization or negative ion radiation, one or more of the purification, cleaning, sterilization, disinfection, fluidity, flowability, mobility, dispersibility, workability, purification, cleanliness, environmental friendliness, ecology, sterilization, disinfection, antibacterial, atomization, nano-ization, slurrying, energy, injection, injection, spraying, stirring, vortexing, penetrability, pouring, compaction, injection, grouting, and workability of the vibrator or equipment (i.e., a) the vibrator or hollow portion; b) the material or equipment) can be increased, augmented, improved, accelerated, multiplied, or sped up.

Figure b of FIG. 1 is a cross-sectional view of a stator (2), a rotor (1), and a rotation shaft (3). Figure c of FIG. 1 represents a) a mechanism composed of a magnetizer (31), an attachment plate (18) thereof, and another magnetizer (31) spaced apart from the attachment plate; Figure d represents a mechanism composed of a mounting plate (19), a magnetizer attachment plate (18) mounted thereon, a magnetizer (31) attached to the attachment plate, and an outer coil (16) surrounding the magnetizer and the attachment plate; Figure e represents a mechanism composed of a magnetizer (31), a core (15) between the two, an outer coil (16) surrounding the core, and a spacing plate (17) spaced apart from the core and the magnetizer; and the like, and the mechanisms can be magnetizers, vibrators, exciters, wave generators, ozone generators, negative ion generators, sterilizers, disinfectors, discharge generators, combination generators, etc. The above stator (2), rotor (1), rotating shaft (3), magnetizer (31), attachment plate (18), mounting plate (19), coil (16), core (15), separation plate (17), etc. can be equipped with or utilize the above or the following basic or composite, hydrophilic or composite, magnetized or composite treatment, etc.

Therefore, a vibrator equipped with a magnet-equipped stator (2), a magnetic field-radiating rotor (1), and an ozone-radiating rotation shaft (3) is possible in Figure 1 b. A composite device is possible in Figure 1 c, including a) a magnetizer (31) that radiates ozone, an attachment plate (18) that radiates a magnetic field while attached thereto, and another magnetizer (31) that vibrates while spaced from the attachment plate. A composite device is possible in Figure d, including a mounting plate (19) that radiates a magnetic field, a magnetizer attachment plate (18) that radiates ozone while mounted thereon, a magnetizer (31) that radiates negative ions while attached to the attachment plate, and an outer coil (16) that surrounds the magnetizer and the attachment plate and radiates negative ions. Figure e shows a composite device that is composed of a magnetizer (31) equipped with a vibrator, a core (15) that is placed between the two and radiates a magnetic field, an outer coil (16) that surrounds the core and discharges electricity, and a separation plate (17) that is spaced from the core and the magnetizer and radiates negative ions.

And, in Fig. 1, Figure b shows a possible vibrator including a case equipped with a magnetizer and a stator (2), a rotor (1), and a rotation shaft (3) provided in the case. Figure c shows a possible composite device including a) a mechanism including a magnetizer (31), an attachment plate (18) thereof, and another magnetizer (31) spaced apart from the attachment plate, and a case in which an ozone-radiating wave generator is mounted while surrounding the mechanism. Figure d shows a possible composite device including a mechanism including a mounting plate (19), a magnetizer attachment plate (18) mounted thereon, a magnetizer (31) attached to the attachment plate, and an outer coil (16) surrounding the magnetizer and the attachment plate, and a case in which the mechanism is built and a sterilizer that emits negative ions is mounted. Figure e shows a composite device including a magnetizer (31), a mechanism comprising a core (15) between the two, an outer coil (16) surrounding the core, and a separation plate (17) separated from the core and the magnetizer, and a case in which a discharger emitting a sterilizing agent is mounted while including the mechanism. The case, stator, rotor, rotating shaft, rotating body, vibrator, magnetizer, attachment plate, wave generator, mounting plate, coil, core, separation plate, etc. can be used, equipped, etc. with the above or the following devices or combinations, multiple devices or combinations, magnetization or combination treatments, etc.

FIG. 2 is an example of a vibrator (32), a functional unit (30), a magnetizer or composite unit (30, 31, 32, 33, 34, 35, 36), etc., having a projection (230), a javar (230), a coil (16), an electrode, an electromagnet (135), an elastic material (231) according to the present invention, a projection (230), and the like, the magnetizer or composite unit (30). The projection or electromagnet can be used for the magnetization or composite, drones, mobility, etc., or the magnetization or composite processing, etc. The projection corresponds to a bar, a rod, a plate, a stick, a projection, a reinforcing bar, an iron bar, a rough body, a protrusion, a protrusion, etc. The elastic material (231) corresponds to a joint, an elastic material, a soft material, a spring, a javarba, a joint, etc. The above protrusion (230) or javara (230) can be mounted one, two, three, in a pair, single, multiple, or several, etc. on a) a vibrator (32), a functional unit (30), the magnetizer or composite unit; b) one of the upper, lower, left, right, cap, body, shoe, etc. The protrusion can be magnetized or composite, etc., or can be magnetized or composite, etc. according to the magnetization or composite, etc. of the functional unit. For example, in the case of a vibrator on which a protrusion is mounted, the protrusion vibrates by the vibration of the vibrator. When power is supplied to the coil or electrode, or when a wire, a plug, an outlet, a power supply, etc. are connected, heat, light, ozone, an anion, a magnetic field, an electric field, a spark, a sterilizer, the magnetization or composite, etc., can be generated in the coil or electrode. When a protrusion, etc. is provided on a sealing device, the sealing device can have a shape of a goblin's bat.

a) The vibrator, magnetizer or composite machine; b) a line, wire, electrical wire (6), stand, hose (8), cable (6) connected to one of them; c) a hose (8) or a jabara of the electrical wire (6) or cable (6), a protective hose (8) or a jabara of the electrical wire or cable, a hose (8) or a jabara having the electrical wire or cable built in; etc. can be equipped with a drone, UAM, mobility, etc. In this case, the line or jabara, etc. is mounted on a drone, etc., and the vibrator, magnetizer or composite machine, etc. mounted on the line or jabara, etc. is moved or inserted into concrete by the movement or flight of the drone, etc. An example of this application is that a drone flies over concrete poured by a pump car or a pouring machine and inserts a vibrator into the poured concrete to vibrate or compact the concrete. This is an embodiment in which concrete vibration and compaction work done by manpower is performed by a drone, UAM, mobility, etc.

FIG. 2 a shows a vibrator (32) equipped with the stator or power supply, case or controller, case or filler, etc., b shows a vibrator (32) equipped with a coil (16), a protrusion (230), an electromagnet (135), a functional unit (30), etc., c shows a vibrator (32) equipped with a coil (16), a protrusion (230), a functional unit (30), an electromagnet (135), an ozone generator (34), an anion generator (35), etc., d shows a vibrator (32) equipped with an elastic material (231), a protrusion (230), etc. Here, when vibrating a material or concrete using a vibrator, magnetization or magnetic field by a coil (16), vibration transmission or vibration of reinforcing bar by a protrusion (230), magnetization or magnetic field by an electromagnet (135), magnetization or combination of the above by a functional unit (30), ozone sterilization by an ozone generator (34), anion sterilization by an anion generator (35), etc. are possible. The stator or power supply, case or controller, case or filler, vibrator, coil, protrusion, electromagnet, functional unit, elastic material, etc. can be used or equipped with the above or the following units or combinations, water or combinations, magnetization or combination treatments, etc.

FIG. 3 is an example of an ozone generator, an anion generator, a functional group, a case, etc. according to the present invention. FIG. a1) an ozone generator, anion generator, a functional group (30), a case (37) in which ozone is generated by a corona discharge, etc. when an anode (120) and a cathode (122) are placed between an insulator (121) or a space (121) and a high voltage, etc. are applied thereto, or ozone is generated from oxygen by a reaction such as 3O ₂ + electric E = 2O ₃ + heat; a2) a discharge generator, ozone generator, anion generator, a functional group (30), a case (37), etc. in which a corona discharge, etc. is generated between the objects (120, 122) made of gold, silver, copper, platinum, nickel, etc. that are coated, printed, attached, etc. on both sides of a ceramic plate or a space, etc. (121) when a high voltage, etc. is applied to them; During the above discharge, oxygen (O ₂ ) in the air is split into oxygen atoms, and the split oxygen atoms combine with unsplit oxygen molecules to form ozone (O ₃ ). Figure b shows: b1) an ozone generator, a functional unit (30), anion unit, and a case (37) in which a coil (16) is wound inside or outside a cylindrical tube (123) or a double tube (123, 124); b2) an ozone generator, a functional unit, and anion unit in which a coil (16) is wound inside or outside a cylindrical tube (123) or a double tube (123, 124) and ozone, anions, etc. are generated when power is applied to the tube and coil. b3) When voltage, power, current, etc. are applied to a dielectric (123) such as a glass tube or quartz tube, a rod-shaped anode (124) inserted inside the dielectric, and a coil-shaped or spring-shaped cathode (16) wound around the outside of the dielectric, a discharge occurs, thereby changing oxygen in the air into ozone, such as an ozone generator, a functional generator (30), a discharge generator, an anion generator, a case (37); etc.

Figure c shows c1) an ozone generator, a functional unit, an anion generator, etc., which is spaced apart from one side of a plate (126) and has a needle (127) or a case placed on the other side; c2) an ozone generator, a functional unit (30), anion generator, a case (37), etc., which is spaced apart from one side of a plate (126) and has a needle (127) placed on the other side and ozone, anion, etc. are generated when + or - voltage is applied to the plate and the needle; Figure d shows d1) an ozone generator, anion generator, etc., which is spaced apart from the hollow portion (128) of one side of a plate and has a brush (129) or a needle facing each other; d2) an ozone generator, a functional unit, anion generator, etc., which is spaced apart from the hollow portion (128) of one side of a plate and has a brush (129) facing each other and ozone, anion, etc. are generated when + or - voltage is applied to the plate and the brush; The above discharger, ozone generator, anion generator, functional unit, case, housing, etc. (30) may be equipped with the magnetization or composite material, etc. (30, 40), or the magnetization or composite material, etc. (30, 40) may be generated, or the above discharger, ozone generator, anion generator, functional unit, etc. corresponds to the magnetization or composite material, etc. (30). The needle corresponds to a needle, a chip, a tip, a pin, a needle, a single needle, two needles, multiple needles, etc., and the brush corresponds to a brush, a string, a brush, a single-strand brush, a two-strand brush, a multiple-strand brush, etc. The needle, brush, coil, core, electrode, anode, cathode, etc. may correspond to a conductor, a conductive material, gold, silver, copper, iron, copper, zinc, a metal, graphite, carbon, a semiconductor, tungsten, aluminum, etc. The above-mentioned discharger, ozone generator, negative ion generator, functional unit, case, housing, etc. can be equipped with a pump (63), a pressurizer (63), a cyclone (161), a nozzle (66), a sprayer (66), etc.

The above insulator, space, anode, cathode, ozone group, anion group, functional group, case, ceramic plate, gold, silver, copper, platinum, nickel, object, cylindrical tube, double tube, inside, outside, coil, tube, glass tube, quartz tube, dielectric, rod, spring, plate, needle, needle, hollow part, case, housing, etc. can utilize or be provided with the above or the following group or composite, number or composite, magnetization or composite treatment, etc. And the ozone generator, anion generator, functional group, case, insulator (121), space (121), anode (120), cathode (122), ceramic plate, space, object, cylindrical tube (123), double tube (123, 124), inside, outside, coil (16), glass tube, quartz tube, dielectric (123), plate (126), needle (127), needle, hollow part (128), brush (129), needle, etc. can utilize one of the magnetization or composite, magnetization or magnetization treatment, hollow body, device 1, device 2, device 3, and device passing materials.

FIG. 4 illustrates mechanisms such as a magnetic body, a magnetizer, an electromagnet, and a functional device of the present invention. Here, FIG. a illustrates a lining magnet or device (130) in which two or more magnets (131) are embedded or coated or lined (133), a lining magnet or device (130) in which a spacer (132) is inserted between the two or more magnets, FIG. b illustrates an electromagnet or device (135) that generates a magnetic field or electromagnetic field by applying electricity, an electromagnet or device (135) that generates a magnetic field or electromagnetic field by applying electricity to a coil (16) wound around a core (15) or a functional device (30), and FIG. c illustrates a magnetizer (31), a coil (16), the device (130), and the following tubes or hollow bodies (7, 37, 76, 77, 104) in which a rod or metal rod is inserted to generate a magnetic field or electromagnetic field. Here, the core may be a rod, a bar, a core, a steel bar, a copper bar, a hollow body, a solid body, a core rod, a center rod, a metal rod, a functional unit, a magnetizer or a composite unit, a pipe, a conduit, a tube, a hose, a hollow body, a conveying pipe, a pressure pipe, a venturi pipe, a hollow pipe, a hollow body, etc. Inside the pipe or hollow body, etc. (7, 37, 76, 77, 104), water, liquid, oil, substance, material, mortar, concrete, etc. (80) can flow, pass through, move, transport, etc., and the water or concrete can be magnetized, hexagonally hydrated, fluidized, activated, slumped, slurried, long-distance transport, high-rise transport, high-rise building transport, etc. by a magnetic field. Application examples of the drawing b of FIG. 4 include 1) a case where a coil is wound around the entire exterior, part, one point, three points, or multiple points of the rod or composite body, etc., and electricity is applied thereto so that the rod or composite body becomes an electromagnet (135), 2) a case where a coil is wound around the entire exterior, part, one point, three points, or multiple points of the pipe or hollow body, etc., and electricity is applied thereto so that water or concrete passing through the pipe or hollow body (104) becomes magnetized or transported to a high-rise building by a magnetic field, 3) a case where the rod or composite body, etc. is inserted into the pipe or hollow body, etc. (see drawing c) so that water or concrete passing through the pipe or hollow body becomes magnetized or transported to a high-rise building by a magnetic field, etc. The above magnetic body, magnetizer, electromagnet, functional body, magnet (131), spacer (132), core (15), coil (16), rod or hollow body, etc. can utilize one of the magnetization or composite, hollow body, device 1, device 2, device 3, and device passing materials.

FIG. 5 shows an example of a device, a functional device, a functional apparatus, a functional equipment, a magnetizer or a composite device, etc. (30, 50) according to the present invention. This includes: a) a hollow (37) or tube-shaped (37) magnetizer, vibrator, functional device, the magnetizer or composite device, the magnetization or magnetic field generator (30, 37) in which one or more (40) of magnetization (41), vibration (42), excitation (43), ozone (44), rotation, decomposition, electrolysis, discharge, sterilization, negative ion (45), and magnetic field (41) is generated; the electrolysis corresponds to electrolysis, and the discharge corresponds to electric discharge, etc. a2) or a tube or hollow body (37) equipped with a magnetizer, a functional device, the magnetizer or composite device, the magnetization or magnetic field generator, etc. (30, 31, 32, 33, 34, 15, 36); a3) an inlet (72) at the front end of one of the tube, hollow body, magnetizer or generator, a holder (112) or a vortex forming holder (112) or a bundle holder (112) having two or more legs, wherein in the case of FIG. 5, a bundle holder (112) having four legs is illustrated. Here, the legs vortex or aerate water or a substance passing through the tube or hollow body. At the rear end, a solenoid valve (92), a venturi tube (77), an outlet (78) are provided in random or sequential order; a4) a41) an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet or a substance inlet (94), an ozone funnel (95), an ozone generator (96), a high-voltage generator (99) are provided in random or sequential order in the middle of the venturi tube; a42) A pressurized inlet or a material inlet (94, 103) instead of the ozone inlet; a43) a storage (60), a compressor (105), a pressurized air supply compressor (105) at the rear end of the pressurized inlet or the material inlet; a5) a hose (71) at the front end of the inlet; a hose (79) at the rear end of the outlet; an elbow pipe (73) between the inlet and one of the magnetizer or generator; an elbow pipe (74) between one of the magnetizer or generator and a solenoid valve; a pipe (76) between two of the solenoid valves and the outlet; a pipe (76) between two of the injectors and the ozone inlets; an elbow pipe (74) between the ozone inlet and the pipe; a hose (76), a check valve (91), a pump (63), a storage (60) randomly or sequentially provided on at least one of the inlets or elbow pipes; In the storage (60) of the object, materials, additives, the water or complex, the water or phytoncide, etc. (85) are stored, and the stored materials are injected into the pipe or material inlet, etc. through the hose (76), check valve (91), pump (63), etc., and the injected materials are added to the materials flowing through the pipe or material inlet, etc. a6) a timer (98) for adjusting the opening/closing interval of the solenoid valve; a7) a distribution board (97) for supplying electricity to at least one of the valve, the timer, the ozone generator, and the high-voltage generator; a switch (100) for controlling the electricity supply; wires, plugs (10), outlets (11), and power supplies (12) sequentially or randomly connected to the distribution board; a8) a case (102) in which at least one of the a1) magnetizer to the a7) power supplies is installed; a9) a1) magnetizer to a8) case equipped with one (30, 37) of the magnetizer or composite device; a10) a1) magnetizer to a9) case for processing a material into one of the magnetization and composite devices; a11) a nozzle mounted on the outlet (78), the outlet hose (79), etc., a nozzle equipped with a collision plate (67) and a diffusion cone (68), a nozzle equipped with a collision plate inside and a diffusion cone at the tip, a nozzle equipped with a vortex plate (67) and an extension part (68); a12) a device equipped with at least one of the magnetizer or nozzle in which one of the magnetization and composite devices is used, device 1, magnetizer, vibrator, functional device, pulse device, the magnetizer or composite device, the magnetization or magnetic field generator, etc. (30, 50); b) or a device equipped with the magnetizer or nozzle, etc. and radiating at least one of light, a magnetic field, vibration, excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; c) or a device equipped with the magnetizer or nozzle, etc., and one of a magnetizer, a vibrator, an exciter, a wave generator, an ozone generator, a mist generator, and two or more combinations thereof; d) or a device equipped with the magnetizer or nozzle, etc., and generating or spraying one of a vibrating substance, a vibration frequency, an exciter, an exciter number, a magnetized substance, a magnetized water, a hexagonal water, an ozone substance, ozone water, ozone air, mist, a phytoncide, and two or more combinations thereof; e) or a device equipped with any two or more of the magnetizers or nozzles, which emit or are provided or generate one or more of the light or phytoncide, the magnetizer or combination, the magnetized substance or combination; f) or a device in which a substance introduced into the inlet is discharged or sprayed through the outlet or one of the hoses installed at the rear end of the outlet; g) or a device in which the discharged substance is utilized, radiated, sprayed, coated, painted, painted, or painted; h) or a device in which the discharged substance is used for one of the purification or dust removal; etc. The above magnetizer or device can utilize or be equipped with the above or the following machine or composite, water or composite, magnetization or composite treatment, etc.

The above pulse generator is named so because it repeatedly supplies (open), does not supply (close), supplies (open), and does not supply (close) the pressure by the solenoid valve, the opening/closing interval, the timer, etc., thereby generating pulses, non-periodic pressure, time difference pressure, vibration pressure, impact pressure, pulse pressure, pressure that is blocked (closed) and then suddenly opened (open), etc. In this case, water or material (80) discharged to the outside through the outlet, outlet hose, outlet pipe, etc. becomes pulse number, pulse liquid, pulse material, pulse pressure, pulse pressure number, pulse pressure liquid, pulse pressure material, material containing pulse pressure, etc.

Examples of devices, functional devices, functional devices, functional equipment, magnetizers or composite devices according to the present invention may also be included. These include: a) a1) a hollow or tubular magnetizer or magnetic field generator in which at least one of the magnetization and magnetic fields is generated; a2) or a tube or hollow body provided with the magnetizer or magnetic field generator; a3) a inlet or outlet; a4) an injector or a compressor; a5) a hose or storage; a6) a timer; a7) a valve or power supply; a8) a case; a9) a1) magnetizer to a8) case, etc. provided with one of the magnetizers or composite devices; a10) a1) magnetizer to a9) case, etc. that processes a material by one of the magnetization and composite methods; a11) a nozzle; a12) a magnetizer or nozzle, etc. in which one of the magnetization and composite methods is used; A device, device 1, a magnetizer, a vibrator, a functional device, a pulse device, the magnetizer or the composite device, the magnetization or magnetic field generator; b) or a device in which light, a magnetic field, a vibration, an excitation, ozone, mist, a sterilizing agent, a disinfectant, phytoncide, etc. are sprayed onto one of the magnetizer or the nozzle; a device in which the light or phytoncide, etc. is radiated from one of the magnetizer or the nozzle; c) or a device in which the magnetizer or the composite device, magnetization or composite treatment, etc. is performed or is mounted on the magnetizer or the nozzle, etc.; d) or a device in which one of a magnetized substance, a vibrator, a vibration frequency, an excitation substance, an excitation number, a magnetized substance, a magnetized water, a hexagonal water, ozone water, ozone air, mist, phytoncide, and a composite of two or more thereof is generated or sprayed from the magnetizer or the nozzle, etc. e) or a device having at least two of the magnetizers or nozzles that emit or are provided with or generate at least one of the light, phytoncide, magnetizer or composite, magnetized or composite, and magnetization or composite treatment; f) or a device in which a substance introduced into the inlet is discharged or sprayed through the outlet, a hose installed at the rear end of the outlet, or one of the nozzles; g) or a device in which the discharged substance is utilized, radiated, sprayed, sprinkled, coated, painted, or painted; h) or a device that performs one of the purification or dust removal using the discharged substance; i) the magnetization or composite treatment in which one of the devices a) to h) is utilized; the devices a) to h) in which the magnetization or composite treatment, etc. is performed or is utilized; etc. may be applicable.

FIG. 6 shows an example of a device, a functional device, a functional device, a functional equipment, a magnetizer or a composite device, etc. (30, 51) according to the present invention. These include: a) a1) a hollow (37) or tube-shaped (37) magnetizer, vibrator, functional device, the magnetizer or composite device, the magnetization or magnetic field generator (30, 37) in which one or more (40) of magnetization (41), vibration (42), excitation (43), ozone (44), rotation, decomposition, electrolysis, discharge, sterilization, negative ion (45), and magnetic field (41) is generated; a2) or a tube or hollow body (37) provided with a magnetizer, a functional device, the magnetizer or composite device, the magnetization or magnetic field generator, etc. (30, 31, 32, 33, 34, 15, 36); a3) an inlet (72) at the front end of one of the tubes, hollow bodies, magnetizers or generators, a holder (112) or a vortex-forming holder (112) or a bundle holder (112) having two or more legs inside, a tee tube (75), a venturi tube (77), and an outlet (78) at the rear end; a4) a check valve (91), a solenoid valve (92), a venturi tube (77), a pressurized air inlet or a material inlet (103), a storage (60), and a compressor (105) for generating pressurized air sequentially in the middle (90) of the tee tube (75); a5) In the middle of the venturi tube, sequentially, an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet or material inlet (94) for focusing ozone generated from an ozone generator onto an ozone inlet, an ozone funnel (95), an ozone generator (96) for generating ozone, a high voltage generator (99) for applying a high voltage to the ozone generator; a6) a hose (71) at a front end of the inlet; a hose (79) at a rear end of the outlet; an elbow pipe (73) between the inlet and one of the magnetizers or magnetizing vibrators; an elbow pipe (74) between one of the magnetizers or magnetizing vibrators and a Tee pipe; a pipe (76) between two of the Tee pipes and the outlet; a pipe (76) between two of the injector and the pressurized inlets; a pipe (76) between two of the injector and the ozone inlets; An elbow pipe (74) between the solenoid valve and the pipe; an elbow pipe (74) or a tee pipe (75) between the ozone inlet and the solenoid valve; a hose (76), a check valve (91), a pump (63), a storage (60) in random or sequential order to at least one of the inlets or tee pipes; a material, an additive, the water or a composite material, the water or phytoncide, etc. (85) are stored in the storage (60), and the stored material is injected into the pipe or material inlet, etc. through the hose (76), the check valve (91), the pump (63), etc., and the injected material is added to the material flowing through the pipe or material inlet, etc.; a7) a timer (98) for adjusting the opening and closing interval of the solenoid valve; a8) a distribution board (97) for supplying electricity to at least one of the valve, the timer, the ozone generator, and the high-voltage generator; a switch (100) for controlling the electricity supply; Wires, plugs (10), outlets (11), power supplies (12) sequentially or randomly connected to the above distribution board; a9) a case (102) in which at least one of the a1) magnetizer to the a8) power supplies is installed; a10) a case in which the a1) magnetizer to the a9) is installed with one (30, 37) of the magnetizer to the composite material; a11) a case in which the a1) magnetizer to the a10) processes a material into one of the magnetization and composite materials; a12) a nozzle installed in the outlet (78), the outlet hose (79), etc., a nozzle having a collision plate and a diffusion cone, a nozzle having a collision plate (76) inside and a diffusion cone (68) at a tip, a nozzle having a vortex plate (67) and an extension (68); a13) the magnetizer or the nozzle in which one of the magnetization and composite materials is used; A device equipped with at least one of the following: a device 2, a magnetizer, a vibrator, a functional unit, a pulse unit, the magnetizer or a composite unit, the magnetization or magnetic field generator, etc. (30, 51); b) or a device equipped with the magnetizer or the nozzle, etc. and radiating at least one of light, a magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; c) or a device equipped with the magnetizer or the nozzle, etc. and equipped with one of the magnetizer, vibrator, excitation, wave unit, ozone generator, mist generator, and two or more composite units thereof; d) or a device equipped with the magnetizer or the nozzle, etc. and generating or spraying one of the following: a vibrating object, a vibration frequency, an excitation object, an excitation number, a magnetized substance, a magnetized water, a hexagonal water, ozone water, ozone air, mist, phytoncide, and two or more composite units thereof; e) or a device having at least two of the magnetizers or nozzles that emit or are provided with at least one of the light, phytoncide, magnetizer, composite, magnetized substance or composite; f) or a device in which a substance introduced into the inlet is discharged or sprayed through the outlet or one of the hoses installed at the rear end of the outlet; g) or a device in which the discharged substance is utilized, radiated, sprayed, coated, painted, painted, or painted; h) or a device that uses the discharged substance to perform one of the purification or dust removal; etc. may be applicable. The magnetizers or devices, etc. may utilize or be provided with the above or the following devices or combinations, water or composites, magnetization or composite processing, etc.

Examples of devices, functional devices, functional devices, functional equipment, magnetizers or composite devices according to the present invention may also be provided. These include: a) a1) a hollow or tubular magnetizer or magnetic field generator in which at least one of the magnetization and magnetic fields is generated; a2) or a tube or hollow body in which the magnetizer or magnetic field generator, etc. is mounted; a3) an inlet or outlet, etc.; a4) a check valve or a compressor, etc.; a5) an injector or a high-voltage generator, etc.; a6) a hose or storage, etc.; a7) a timer, etc.; a8) a distribution board or power supply, etc.; a9) a case, etc.; a10) a1) magnetizer to a9) case, etc. in which one of the magnetizers or composite devices is mounted; a11) a1) magnetizer to a10) case, etc. that processes a material by one of the magnetization and composite processes; a12) a nozzle, etc. a13) a device having a magnetizer or nozzle, etc., in which one of the magnetization or composite materials is used; device 2, a magnetizer, a vibrator, a functional device, a pulse device, the magnetizer or composite material, the magnetization or magnetic field generator, etc. (30, 51); b) or a device having the magnetizer or nozzle, etc. and radiating the light or phytoncide, magnetization or composite material, etc.; c) or a device having the magnetizer or nozzle, etc. and in which one of the magnetizer or composite material, magnetization or composite treatment is mounted; d) or a device having the magnetizer or nozzle, etc. and generating or spraying one of the vibration material or composite material, magnetization or composite treatment; e) or a device having any two or more of the magnetizers or nozzles in which at least one of the light or phytoncide, the magnetizer or composite material, the magnetization or composite material, and the magnetization or composite treatment is radiated or provided or generated; f) or a device in which a substance introduced into the inlet is discharged or sprayed through one of the outlet, the hose installed at the rear end of the outlet; g) or a device in which the discharged material is used, radiated, sprayed, coated, painted, painted, or painted; h) or a device in which the discharged material is used to perform one of the purification and dust removal; i) a device in which one of the devices a) to h) is used for magnetization or composite processing; a device in which the magnetization or composite processing, etc. is performed or is used; etc. may be applicable.

FIG. 7 shows two functional units or devices according to the present invention being connected. For example, one functional unit (50) or device 1's rear end or outlet (78) is connected to another functional unit (51) or device 2's front end or inlet (72), or conversely, one functional unit (50) or device 1's rear end or outlet (78) is connected to another functional unit (51) or device 2's rear end or outlet (78). In this case, the passing material is magnetized or processed in a composite manner by two of the functional unit (50) or device 1 and the other functional unit (51) or device 1. Here, the device of FIG. 5 is named device 1, the device of FIG. 6 is named device 2, and the device of FIG. 7 is named device 3.

Fig. 7a shows a detailed drawing of the nozzle (66). In the present invention, the nozzle includes a nozzle, a nozzle having an inner collision plate (67) and a diffusion cone (68) at the tip, a nozzle having an inner tube (66-1) and an outer tube (66-3), a nozzle having an inner tube hole and an outer diffusion cone, a nozzle having an inner tube hole (66-2), an inner collision plate (67), and an outer tube (66-3) diffusion cone (68), a nozzle in which water passing through the inner tube hole collides with the inner wall of the outer tube and then collides with the inner collision plate and diffuses through the outer diffusion cone before being sprayed, a nozzle (66) in which water that is rough while first swirling through the inner tube (66-1) hole (66-2) collides with the inner wall of the outer tube (66-3) to form a second swirl, then collides with the inner collision plate (67) to form a third swirl, and then diffuses through the outer tube (66-3) diffusion cone (68) to form a fourth swirl before being sprayed, etc. The above collision plate has the function of causing the material passing through the nozzle to collide, eddy, aerate, swirl, etc. The nozzle (66), interior, collision plate (67), tip, diffusion cone (68), inner tube (66-1), outer tube (66-3), inner tube hole (66-2), diffusion cone (68), etc. can use one of the magnetized or composite materials, hollow bodies, device 1, device 2, device 3, and device passing materials.

The above nozzle (66), hose (76, 79), pipe (76, 79), transfer line (64), hollow body (7, 37, 76, 77, 102, 104); one of the front, middle, back, intermediate, front end, rear end; etc., can utilize or be equipped with a venturi tube (77), an injector (93), a check valve (91), a solenoid valve (92), a timer (98), an outlet (10), a plug (11), a power supply (12), the magnetization or composite treatment, the machine or composite, the water or composite, etc. As the material (80) passing through the nozzle or hollow body passes through the venturi or the reducing tube, the path becomes smaller, so the speed increases and negative pressure is generated, and accordingly, external materials, additives, etc. (82, 83, 84, 85) are non-powerfully introduced into the nozzle or hollow body through the injector connected to the venturi or the reducing tube, so that external additives can be non-powerfully injected into the material passing through the nozzle or hollow body. The check valve)91) is a one-way open valve that prevents the passing material from flowing out to the injector, and the solenoid valve (92) opens and closes at regular intervals by adjusting the timer (98) to control the introduction time or interval of the additive, and the outlet, plug, power supply, etc. supplies power to the timer, solenoid valve, etc.

The above functional units, magnetizers and composite units are described below. 1) The magnetizer, vibrator, ozone generator, composite machine, etc. above comprises: a) one of a hollow or tubular vibrator, magnetizer, high-frequency vibrator, low-frequency vibrator, vibration magnetizer, and magnetizing vibrator (7, 30, 37) that generates one or more of vibration (42), excitation (43), and magnetic field (41); b) an inlet (72) at the front end of one of the vibrator or magnetizing vibrator, a holder (112) or a eddy current forming holder (112) or a generating means holder (112) inside, and a solenoid valve (92), a venturi tube (77), and an outlet (78) at the rear end in any order or sequence; c) an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet (94), an ozone funnel (95), an ozone generator (96), and a high-voltage generator (99) at the middle of the venturi tube in any order or sequence; Instead of the above ozone inlet, at least one of a pressurized inlet (94, 104), a compressor (105) at the rear end of the pressurized inlet, a pressurized air supply compressor (105); d) a hose (72) at the front end of the inlet; a hose (79) at the rear end of the outlet; an elbow pipe (73) between the inlet and one of the vibrator or magnetized vibrator; an elbow pipe (74) between one of the vibrator or magnetized vibrator and a solenoid valve; a pipe (76) between two of the solenoid valves and the outlet; a pipe (76) between two of the injector and the ozone inlet; an elbow pipe (74) between the ozone inlet and the pipe; a check valve (91), a pump (63) in one of the pipes, in any order or sequentially; A device 1 (50) is possible, which comprises: at least one of: e) a timer (98) for adjusting the opening/closing interval of the solenoid valve; f) a distribution board (97) for supplying electricity to at least one of the valve, the timer, the ozone generator, and the high-voltage generator; a switch (100) for controlling the electricity supply; at least one of: a wire, a plug (10), an outlet (11), a power source, which are sequentially or randomly connected to the distribution board; and g) a case (102) in which at least one of a) a vibrator to f) a power source is installed.

2) In addition, the magnetizer, vibrator, ozone generator, composite machine, etc., a) one (30, 37) of a hollow or tubular vibrator, magnetizer, vibrating magnetizer, or magnetizing vibrator that generates at least one of vibration (42), excitation (43), and magnetic field (41), b) an inlet (72) at the front end of one of the vibrator or magnetizing vibrator, a holder (112) or a vortex forming holder (112) or the generating means holder (112) inside, and at least one of a tee tube (75), a venturi tube (77), and an outlet (78) at the rear end, c) at least one of a check valve (91), a solenoid valve (92), a venturi tube (77), a pressurized air inlet (103, 104), and a compressor (105) that generates pressurized air sequentially in the middle (90) of the tee tube (75), d) the In the middle of a venturi tube, at least one of an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet (94) for focusing ozone generated from an ozone generator onto an ozone inlet, an ozone funnel (95), an ozone generator (96) for generating ozone, and a high-voltage generator (99) for applying a high voltage to the ozone generator, e) a hose (72) at a front end of the inlet; a hose (79) at a rear end of the outlet; an elbow pipe (73) between the inlet and one of the vibrators or magnetizing vibrators; an elbow pipe (74) between one of the vibrators or magnetizing vibrators and a Tee pipe; a pipe (76) between two of the Tee pipes and the outlet; a pipe (76) between two of the check valves and the pressurized inlets; a pipe (76) between two of the injectors and the ozone inlets; an elbow pipe (74) between the solenoid valve and the pipe; An elbow pipe (74) or a tee pipe (75) between the ozone inlet port and the solenoid valve; at least one of a check valve (91), a pump (63) sequentially disposed in one of the pipes; f) a timer (98) for adjusting the opening/closing interval of the solenoid valve; g) a distribution board (97) for supplying electricity to at least one of the valve, the timer, the ozone generator, and the high-voltage generator; a switch (100) for controlling the electricity supply; at least one of a wire, a plug (10), an outlet (11), a power source, which are sequentially or randomly connected to the distribution board; h) a device 2 (51) equipped with a case (102) in which at least one of a) the vibrator to g) the power source is installed.

3) In the above devices 1, 2, etc., a) at the front end of the inlet hose (72), an inlet pipe, a water pipe, a pressure pipe, an inlet pipe, pressure water, tap water, pressure air, etc. (70); b) at the outlet of the outlet hose (79), a nozzle (66), an injector (66), a sprayer (66), a vortex plate (67), a nozzle (66) equipped with an expansion part (68), etc.; c) at the pipes (73, 74, 75, 77), hoses (72, 79), pipes (76), hollow (37), tubes (37), etc., a vibration, excitation, magnetization, magnetic field, ozone, vibrator, magnetizer, exciter, ozone, a combination of two or more of these, etc. (30, 31, 32, 33, 34, 40, 41, 42, 43', 44); at the pump (63), a storage (60); The case (102) above may be provided with an air hole (101); etc., which may be installed, positioned, maintained, composed, formed, supplied, generated, etc.

FIG. 8 shows examples of a decomposer, an electrolyzer, and a discharger according to the present invention. The decomposer, electrolyzer, and discharger can utilize one of the magnetization or composite, hollow body, device 1, device 2, device 3, and device passing material. The decomposer (550) can correspond to decomposer 1, decomposer 2, decomposer 3, and the like. The decomposer 1 is one of a decomposer (550), a maturation unit, a fermentation unit, an incubator, an electrolyzer, an electrolyzer, a microbial decomposer, a microbial fermentation unit, a microbial cultivator, and a microbial fuel cell (MFC).

The above decomposer 2 is composed of at least one of a container (102), an anode (551) and a cathode (552) spaced apart from each other inside the container, an ion membrane (553) between the anode and the cathode, a wire (6) connected to the anode and the cathode, a battery or power supply (12) connected to the wire, a heater (555) mounted on the container, a material inlet (560) of the container, an outlet (561) of the container, and a supply line (562) for supplying air or oxygen to the container. This can be seen with reference to FIG. 8 a.

In the above decomposer, the container (102) is a place where water, liquid, oil, material, microorganisms, organic matter, wastewater, sewage, waste, etc. are introduced, and the water or waste, etc. are cultured, decomposed, fermented, decomposed, matured, etc. The above storage battery (12) stores electricity generated when the microorganisms or waste, etc. become a microbial fuel cell by reaction. The above power supply (12) is used when electricity is to be supplied to the anode, cathode, electrode, etc.

The above decomposer 3 decomposes, separates, removes, desorbs, carbonates, forms CaCO ₃ , separates Na _, separates Cl , and reduces pH by one or more of the following: Ca, CaO, lime, mortar, cement, salt, _NaCl contained in wastewater, seawater, salt, brine, water, waste, byproduct, food, microorganisms, electrolyte, electrolyte solution, cement material, waste concrete, etc., by one or more of the following incubators, electrolyzers, MFCs, CO ₂ ; or externally introduced CO 2 ; or by injecting CO 2 .

Here, carbonation refers to the formation of CaCO ₃ , etc. CaCO ₃ is formed by CaO + CO2 = CaCO _3. By the formation of CaCO ₃ , the wastewater or waste concrete, etc. are decomposed, separated, removed, desorbed, carbonated, and the pH is reduced, etc. The pH is reduced by the decomposition, separation, removal, desorbed, carbonated, etc. The salt or NaCl is separated into Na and Cl by electrolysis.

The above incubator uses, implements, or generates at least one of: a) wastewater or waste concrete fed into a container (102); b) heat by a heater (555); c) air, oxygen, and nutrients fed into the container via a supply line (562); d) H ₂ generated at an anode and O ₂ generated at a cathode within the container by applying electricity; e) decomposition or cultivation of at least one of the microorganisms or waste concrete; f) H ₂ , O ₂ , CO ₂ , CH ₄ , microorganisms, proliferating microorganisms, cultured microorganisms, biowater, bioliquid, biogas, and biosimilar generated by the decomposition or cultivation.

The above microbial fuel cell (MFC, microbial fuel cell, 570) is one of MFC 1, MFC 2, and MFC 3. The MFC 1 is a cell (570) that converts chemical energy of organic matter contained in at least one of the wastewater and waste concrete into electrical energy using microorganisms as a catalyst. The MFC 2 is a cell that generates water and electricity by having electrons (e ^- ) and hydrogen ions (H ⁺ ) generated by microorganisms oxidizing organic matter move between the anode (551) and cathode (552).

The above MFC 3 is a battery in which at least one of a) the waste or material, organic matter fed into the anode part (551) of the container (102); b) H ⁺ , CO ₂ , electrons (e ^- ) generated in the anode part (551); c) the H ⁺ flowing toward the cathode part through the ion membrane (553); d) H ₂ O formed by the combination of the H ⁺ and O ₂ in the externally introduced air in the cathode part (552); e) the electrons (e ^- ) flowing in the wire (6) connected to the anode (551) of the anode part and the cathode (552) of the cathode part; f) electricity generated by the flow of the electrons (e ^- ); g) a storage battery (12) storing the electricity; This can be referred to FIG. 8 b. The above container (102) is one of a vessel, a barrel, a box, a ring, a pipe, a tank, a box, a container, a tube, a band, a hose, a conduit, a pipe, a hollow body, a hollow cylinder, a hollow pipe, a silo, a case, a house, and a housing.

The above electrolyzer may correspond to electrolyzer 1, electrolyzer 2, electrolyzer 3, electrolyzer 4, etc. The above electrolyzer 1 includes: a) an electrolyzer (571), an electrolyzer, an electrolytic device, an electrolyzer, an electrolytic cell (102); b) an electrode, an electrolyte inserted into one of the electrodes; c) an ion membrane (553) between an anode (551) and a cathode (552) of the electrodes; d) a wire (6), a plug (10), an outlet (11), a power supply (12) sequentially connected to the electrodes; e) an electrolyte, an electrolyte (554) that is electrolyzed by applying electricity to the electrodes; f) An electrolytic cell (102) in which at least one of H ⁺ , ^OH- , Na ⁺ , ^Cl- , Fe ⁺ , _H2 , _O2 , _CO2 , _Cl2 , HOCl, NaOCl, OH radicals, ions, iron ions, metal ions, bubbles, gases, fresh water, electrolyzed water, electrolytes, acidic water, alkaline water, bleach, hypochlorite, and hypochlorous acid is generated by the electrolysis; It consists of at least one of these. This refers to FIG. 8c.

The above electrolyzer 2 uses, generates, forms, executes, or discharges at least one of: a) the wastewater or waste concrete fed into the electrolytic tank (102); b) electrolyzes at least one of the wastewater or waste concrete generated at the anode (551) and the cathode (552) by applying electricity; c) generates the H ⁺ or hypochlorous acid by the electrolysis; d) desalination and desalination of at least one of the wastewater or waste concrete by the electrolysis; e) _H2 , _O2 separated and discharged to the anode and the cathode, respectively, by the ion membrane (433).

The above electrolyzer 3 is equipped with at least one of a) a pipe, a purifier, a condenser, a compressor, and a storage tank sequentially connected to the electrolytic cell (102); and b) at least one of the pipes or storage tanks that transport, purify, condense, pressurize, and store at least one of the H ₂ and O ₂ .

The above electrolyzer 4 is composed of at least one of: a) the electrolyzer or power supply, pipe or storage tank in which one of the magnetization or composites is used; b) the electrolyzer or storage tank provided with at least one of the hose, nozzle, and sprayer for supplying or spraying at least one of the H ⁺ to hypochlorous acid; c) the electrolyzer or storage tank which sterilizes, disinfects, cleans, purifies ^, carbonizes, removes mortar, removes cement, and removes foreign substances at least one of the wastes or materials, soils or pellets by at least one of the H+ to hypochlorous acid.

The above decomposers, electrolyzers, dischargers, containers or supply lines, storage batteries, electrolytic cells, anodes, cathodes, anode portions, cathode portions, electrolyzers or power supplies, pipes or storage tanks, etc. can utilize one of the magnetization or composite, hollow body, device 1, device 2, device 3, and device passing materials. Looking at the generation of the above H ⁺ to hypochlorous acid, etc., 1) H ⁺ is the anode, ^OH- is the cathode, Fe ⁺ is the anode, _H2 is the anode, _O2 is the cathode, _CO2 is the anode, OH radicals are the cathode, ions or Fe ⁺ are the anode, acidic water is the anode, and alkaline water is the cathode; 2) and Na ⁺ , Cl- _, ^Cl2 , HOCl, NaOCl, bubbles, gases, fresh water, bleach, hypochlorite, hypochlorous acid, etc. are generated in electrolytic cells, electrolyzed water, electrolytes, between the anode and the cathode; The above fresh water is fresh water created by electrolysis of seawater. The above electrolyte is water, water, liquid, oil, seawater, etc. used for electrolysis or injected into an electrolytic cell, and the above electrolytic water is water, water, liquid, oil, fresh water, etc. that has been electrolyzed or discharged from an electrolytic cell. The above electrolyte is an electrolyzed substance, and its substance includes H ⁺ to hypochlorous acid, etc.

The above discharger (572) may include: a) a discharger (572), an electric discharger (572); b) a container (102, 551) in which an electrode (552) is inserted, a discharger (572) that applies electricity to the electrode and the container to discharge, a discharger (572) that generates ozone by the discharge or electrifies dust in the air passing through the container and attaches to the container and is removed; etc. See FIG. 8 d. The discharger can be applied as an electric dust collector. The discharger or electric dust collector is a) a discharger, an electric dust collector, a dust collector that uses electricity, a dust collector that uses corona discharge by electricity, a dust collector that collects particles electrified by corona discharge; b) a device that applies an electric field to dust floating in the air to electrify it and then collects and removes the dust with electrostatic force; c) an electric dust collector that uses a voltage of 40,000 to 70,000 V; d) An electric dust collector that uses 40,000 to 70,000 V voltage generated by a high-voltage generator using an AC power of 50 to 60 Hz; e) A dust collector in which charges generated by corona discharge are attached to dust particles, thereby becoming charged particles, which are attracted to an electrode of the opposite polarity by electrostatic force and are collected; f) A dust collector in which a dust collecting electrode of a cylinder is an anode (551) and a discharge line installed in the center of the cylinder is a cathode (552), and then air containing dust is passed through the cylinder to negatively charge the dust and attach and remove it from the inner surface of the cylinder; this is one of the following: see FIG. 8 d; g) A dust collector in which dust deposited on the cylinder is washed with water or mechanically impacted to remove dust.

FIG. 9 shows an example of a hydrogen cell or hydrogen fuel cell according to the present invention. The hydrogen cell or hydrogen fuel cell (573) may include hydrogen cell 1, hydrogen cell 2, hydrogen cell 3, hydrogen cell 4, etc. The hydrogen cell 1 generates electricity (573) by moving electrons generated through a reaction (2H ₂ + O2 → H ₂ O) in which hydrogen (H) and oxygen (O) react to form water from an anode (551) or an oxidation electrode to a cathode (552) or a reduction electrode through an external conductor (6). See FIG. 9 a for details. The hydrogen cell 2 is a hydrogen cell (573) that generates electricity by providing at least one of an electrolyte (438) and an ion membrane (433) between the anode and the cathode, or between the oxidation electrode and the reduction electrode. See FIG. 9 b for details. The above hydrogen cell 3 is a hydrogen cell (573) that generates electricity by causing an oxidation reaction of hydrogen as a fuel at the oxidation electrode (551) as in reaction 1 or reaction 2 below, and causing a reduction reaction of oxygen at the reduction electrode (552) as in reaction 3 or reaction 4 below. Refer to FIGS. 9 ab c for this. The above reaction 1 is 2H ₂ → 4H ⁺ + 4e ^- under acidic conditions. The above reaction 2 is 2H ₂ + 4OH ^- → 4H ₂ O+ 4e ^- under basic conditions. The above reaction 3 is O ₂ + 4H ⁺ + 4e ^- → 2H ₂ O under acidic conditions. The above reaction 4 is O ₂ + 2H ₂ O + 4e ^- → 4OH ^- under basic conditions. The above hydrogen cell 4 is a combination of an electrolyzer (571) and a hydrogen fuel cell (573). Refer to FIG. 9 c for this. This is a cell that generates electricity from a hydrogen fuel cell (573) using hydrogen and oxygen generated from an electrolyzer (571). One of the magnetizing or composite materials, hollow bodies, device 1, device 2, device 3, and device passing materials can be used in the decomposer, electrolyzer, discharger, electrolytic cell, electrolyte, ion membrane, electrode, anode, cathode, heater, inlet, outlet, supply line, etc.

The above is about some of the contents, claims, examples, etc. that can be implemented by the present invention, and as is well known, the scope of the present invention should not be interpreted as being limited to the above contents, claims, examples, etc., and the technical details of the present invention described above and the technical details that are fundamental to the present invention are all included in the scope of the present invention.

1: vibrator 2: magnetizer 3: ozone generator
4: Magnetizing vibrator, ozone vibrator, magnetizing vibrating ozone 5: Vibration
6: Magnetic field 7: Ozone 8: Magnetization oscillation, ozone oscillation, magnetization oscillation ozone

Claims (1)

As a microbial fuel cell (MFC),
The above microbial fuel cell is composed of a first container, an anode and a cathode installed inside the first container, a first wire connected between the anode and the cathode, and a storage battery for storing electricity.
Organic matter is injected into the above anode area,
Electrons ( ^e- ) flow from the anode to the cathode along the first wire,
Electricity is generated by the flow of electrons ( ^e- ).
The electricity generated above is stored in the battery,
A second container is placed in the first container above,
The above second container is included in the incubator,
The incubator is composed of the second container, an anode and a cathode spaced apart from each other inside the second container, a wire connected to the anode and the cathode, a heater mounted in the container, and a supply line supplying air or oxygen to the container.
Microorganisms are introduced into the second container,
Heat is applied to the second container by the heater,
Air is supplied to the second container through the above supply line,
The microorganisms introduced into the second container are cultured,
By the above cultivation, cultured microorganisms are created in the second container,
An electrolytic cell is installed in the second container above,
The above electrolytic cell is included in the electrolytic cell,
The above electrolytic cell is composed of the above electrolytic cell, the first electrode of the anode and cathode to be introduced into the above electrolytic cell, and a wire connected to the electrode.
Electrolyte is injected into the above electrolytic cell,
Electricity is applied to the first electrode,
The electrolyte is electrolyzed by the above electric application,
By the above electrolysis _, H ⁺ , ^OH- , Na ⁺ , ^Cl- , Fe ⁺ , _H2 , _O2 , CO2, _Cl2 , HOCl, NaOCl, OH radicals, ions, bubbles, gases, electrolytic water, electrolytes, acidic water, and alkaline water are generated.
A third container is placed in the above electrolytic cell,
The above third container is included in the discharger,
The above discharger is composed of the third container and the second electrode inserted into the third container,
The electricity applied to the second electrode and the third container is discharged,
Ozone is generated by the above discharge,
The first outlet of the first device is connected to the above microbial fuel cell or the first container,
The first material flowing out from the first outlet of the first device is injected into the microbial fuel cell or the first container,
The second outlet of the second device is connected to the first inlet of the first device,
The second material flowing out from the second outlet of the second device is injected into the first inlet of the first device,
The above first device comprises a first hollow body having a built-in magnetizer, a first inlet mounted at the front end of the first hollow body, a first solenoid valve mounted at the rear end of the first hollow body, a venturi tube mounted at the rear end of the first solenoid valve, a first outlet mounted at the rear end of the venturi tube, an injector mounted in the middle of the venturi tube, a check valve mounted at the rear end of the injector, a second solenoid valve mounted at the rear end of the check valve, an ozone inlet mounted at the rear end of the second solenoid valve, an ozone funnel mounted at the rear end of the ozone inlet, and an ozone generator mounted at the rear end of the ozone funnel.
The first material flowing into the first inlet is discharged through the first hollow body, the first solenoid valve, and the venturi tube to the first outlet.
Ozone generated from the above ozone generator is injected into the middle of the venturi tube through the ozone funnel, ozone inlet, second solenoid valve, check valve, and injector.
Ozone injected into the middle of the above venturi tube is injected into the first substance passing through the above venturi tube,
The first material flowing out through the first outlet includes ozone injected into the middle of the venturi tube.
The second device comprises a second hollow body having a built-in vibrator, a second inlet mounted at the front end of the second hollow body, a tee tube mounted at the rear end of the second hollow body, a venturi tube mounted at the rear end of the tee tube, a second outlet mounted at the rear end of the venturi tube, a check valve mounted in the middle of the tee tube, a solenoid valve mounted at the rear end of the check valve, a venturi tube mounted at the rear end of the solenoid valve, a pressurized inlet mounted at the rear end of the venturi tube, and a compressor mounted at the rear end of the pressurized inlet to generate pressurized gas.
The second material flowing into the second inlet is discharged through the Tee tube and Venturi tube to the second outlet.
The pressure generated from the compressor is injected into the middle of the Tee tube through the pressure inlet, venturi tube, solenoid valve, and check valve.
The pressure applied to the middle of the above tee tube is injected into the second material passing through the above tee tube,
A microbial fuel cell characterized in that the second material flowing out through the second outlet includes a pressurized gas injected into the middle of the tee tube.