KR20240010054A - cell, battery, charger, generator, fuel cell, hydrogen fuel cell - Google Patents

Abstract

The present invention relates to cells, batteries, chargers, generators, fuel cells, and hydrogen fuel cells; Or the battery or fuel cell using chips, modems, sensors, substrates, modules, circuits, semiconductors, Internet of Things, etc.; It is about etc.

Description

Cell, battery, charger, generator, fuel cell, hydrogen fuel cell {cell, battery, charger, generator, fuel cell, hydrogen fuel cell}

The present invention relates to cells, batteries, chargers, generators, fuel cells, and hydrogen fuel cells; Or eco, green, purification, clean, sterilization, disinfection, quarantine, AI, IoT, ICT, App, functional, bio, smart, digital, low carbon, green growth, hybrid, intelligent, combination of two or more of the above batteries or fuel. battery; or the battery or fuel cell having the eco or complex functions; It is about etc.

Batteries, batteries, chargers, generators, fuel cells, hydrogen fuel cells, etc. are used in human life and industrial activities. The above batteries, hydrogen fuel cells, etc. each have their own unique functions and are widely used in each field to suit their functions. Recently, eco, ecology, green, clean, purification, sterilization, disinfection, quarantine, treatment, ozone, negative ion, AI, IoT, ICT, App, bio, eco-friendly, smart, digital, hybrid, intelligent, global warming, sustainable development Interest in these issues is increasing, and problems such as germs, contamination, contaminants, pollutants, waste, pathogens, viruses, bacteria, environmental hormones, sick house syndrome substances, and formaldehyde are increasing. Accordingly, the demand for eco-friendly or sustainable development, treatment of bacteria or formaldehyde, cleanliness, purification, sterilization, disinfection, quarantine, etc. is increasing. Based on this, it would be very beneficial if the batteries, hydrogen fuel cells, etc. were designed or developed to contribute to eco-friendly or sustainable development, processing, cleanliness, purification, sterilization, disinfection, quarantine, combination of two or more of these, etc.

In order to improve the issues raised above, the present invention provides a new type of battery or hydrogen fuel cell, a battery or hydrogen fuel cell such as the eco or composite, or a battery or hydrogen fuel cell having a function such as the eco or composite. This is a problem to be solved through development.

In order to solve the above problem, the present invention provides the battery or fuel cell using chips, modems, sensors, substrates, modules, circuits, semiconductors, Internet of Things, etc.; The echo or composite in which the chip or IoT, etc. are used; The above-mentioned battery or fuel cell using the eco, composite, etc., or the like; I would like to devise something like this.

In the present invention, the battery or fuel cell such as the eco or composite; The battery or fuel cell having the eco or composite functions, etc.; etc. are provided. And the battery, fuel cell, etc. have the function of becoming the eco, composite, etc., or the like. In addition, the intrinsic performance of the battery or fuel cell is improved, and the eco or composite performance of the furniture or sink is improved.

1 and 2 are schematic diagrams showing an example of a device according to the present invention.
Figure 3 is a schematic diagram showing a decomposer, electrolyzer, and discharger according to the present invention.
Figure 4 is a schematic diagram showing a hydrogen battery or hydrogen fuel cell according to the present invention.
Figure 5 is a schematic diagram showing a wind aerator or wind compressor according to the present invention.

The present invention relates to a) a device, apparatus, apparatus, apparatus, machine, device, equipment, material, material, article, object, substance, means, facility, cell, battery, charger, generator, fuel cell, Hydrogen fuel cell, combination of two or more of the above; b) or work, work, manufacturing, production, production, construction, construction, purification, cleanliness, treatment, treatment, washing, cleaning, sterilization, disinfection, quarantine, or a combination of two or more of the above; c) or magnetization, vibration, excitation, ozone, negative ion, rotation, decomposition, electrolysis, quarantine, sterilization, disinfection, discharge, eco, green, clean, purification, detox, detox, processing, function, functional, eco-friendly, smart, digital , low carbon, green growth, hybrid, intelligent, combination of two or more of the above; d) the above-described group or complex that becomes the above-mentioned one or combination, etc.; The above-described device or combination that performs the above-mentioned work or combination, etc.; The above-described devices or combinations of the above-mentioned items or combinations, etc. are used or the like; etc. are included or relate to etc.

In the present invention, a) magnetization, vibration, excitation, wave, ozone radiation, ozone treatment, negative ion radiation, negative ion treatment, rotation, power generation, vacuum, pressurization, decomposition, electrolysis, discharge, quarantine, sterilization, disinfection; b) Magnetizer, vibrator, exciter, wave generator, ozone generator, negative ion generator, rotator, generator, vacuum, pressurizer, decomposer, electrolyzer, discharger, quarantine device, sterilizer, disinfector; c) Magnetized substances, vibrating substances, excited substances, waves, ozone substances, anion substances, rotating substances, power generation substances, vacuum substances, pressurized substances, decomposition substances, electrolytes, discharge substances, quarantine substances, sterilizing substances, disinfectants; d) Magnetizer, vibrator, exciter, wave agent, ozone agent, anion agent, rotation agent, generator, vacuum agent, pressurizer, decomposition agent, electrolytic agent, discharge agent, quarantine agent, sterilizer, disinfectant; e) Magnetization treatment, vibration treatment, excitation treatment, wave treatment, ozone treatment, negative ion treatment, rotation treatment, power generation treatment, vacuum treatment, pressurization treatment, decomposition treatment, electrolysis treatment, discharge treatment, quarantine treatment, sterilization treatment, disinfection treatment; f) Combination, combination action, complex group, complex, complex agent, combination treatment of two or more of the magnetization or disinfection treatments; g) or the magnetization or complex processing, such as the echo or complex processing, or the magnetization or complex processing, such as the echo or complex processing; h) the battery or fuel cell in which the magnetization, composite processing, etc. are used; etc. is possible.

Claim 1 of the present invention relates to a battery consisting of a battery, a generator, a fuel cell, a solar cell, and a charger. The battery is a device that stores electricity and is charged from the generator or charger. The generator is a device that produces electricity and supplies the produced electricity to the battery or charger. The fuel cell is a device that receives a supply of fuel and oxygen and produces electricity through a chemical reaction, and supplies the produced electricity to the battery or charger. The solar cell is a device that converts sunlight into electricity and supplies electricity converted from the sunlight to the battery or charger. The charger is a device that charges electricity and receives electricity from the generator or solar cell to charge the battery. The generator includes a wind turbine. The wind power generator is a device that is composed of a blade that rotates with wind power, a rotation shaft of the blade, a transmission mounted on the rotation shaft, and a generator linked to the transmission, and generates electricity from the generator. The above fuel cells include microbial fuel cells and hydrogen fuel cells. The microbial fuel cell includes a container 102, an anode 551 and a cathode 552 spaced apart from each other inside the container, an ion film 553 provided between the anode and the cathode, and a wire connected between the anode and the cathode. It consists of (6), a) a material is injected into the anode part where the anode is located, b) H ⁺ , CO ₂ , and electrons (e ^- ) are generated in the anode part by decomposition of the material, and c) The H ⁺ is directed to the cathode part where the cathode is located through the ion film, d) H ₂ O is formed in the cathode part by the combination of the H ⁺ and O ₂ contained in the air flowing in from the outside, and e) the Electrons (e ^- ) flow through a wire connected to the anode of the anode part and the cathode of the cathode part, and f) electricity is generated by the flow of the electrons (e ^- ). In the hydrogen fuel cell, electrons (e ^- ) generated through O ₂ + 4H ⁺ + 4e ^- → 2H ₂ O, a reaction in which hydrogen (H) and oxygen (O) react to form water, are connected to the anode (anode, 551). Electricity is generated (573) by moving to the cathode (552) through the external conductor (6). The fuel cell receives a supply of fuel and oxygen and produces electricity through a chemical reaction. In the microbial fuel cell, the material introduced into the anode can be the fuel of the fuel cell, and in the hydrogen fuel cell, hydrogen (H ) can be the fuel for a fuel cell. Materials introduced into the anode part can be wastewater, sewage, waste, by-products, food, microorganisms, organic matter, etc.

A modem is provided in the battery, a sensor is provided in the battery or modem, a chip is provided in the sensor, a board is provided in the chip, a module is provided in the board, a circuit is provided in the module, and A semiconductor is provided in the circuit. The Internet of Things (loT) is used for the battery, modem, or sensor. The Internet of Things means that a first object is equipped with a communication device and connected to the Internet, so that information about the second object is transmitted to the third and fourth objects. By the communicator, the first object, second object, third object, and fourth object are connected to the Internet, and the first object, second object, third object, and fourth object are connected to each other in a network based on the Internet. . The first object is a tank, barrel, box, tank, box, case, housing, silo, storage bin, hollow cylinder, hollow body, etc. Among these, the case has priority. The first object is provided with the communicator, and the first object is provided with a camera spaced apart from the communicator. The second object is a logger, record logger, data logger, logger, etc. The third object is a cell phone, and the fourth object is a smartphone. The first object is provided in the battery, modem, or sensor. The second object is provided around the first object, a battery, a modem, a sensor, around the first object, around the battery, around the modem, around the sensor, etc. The third object is provided to a person involved in the work of the battery, modem, sensor, first object, etc., and the fourth object is provided to a person who manages the battery, modem, sensor, first object, etc. An app is installed on the third and fourth objects. The sensor senses the battery, modem, sensor, chip, board, module, circuit, semiconductor, camera, etc. The camera is the battery or semiconductor. Take pictures of work, etc.

The information includes the sensed and photographed data. The information is collected, stored, recorded, etc. in the second object. The communicator includes a transmitter, a communication network, a receiver, a server, a cloud, a PC (personal computer), a computer, a laptop, a tablet, a terminal, a cell phone, a cell phone, the third object, the cell phone, the fourth object, the smartphone, and the app. (app), the mobile phone app, the smartphone app, etc., two or more selected from the group are linked sequentially. The information or data is transmitted or shared with the third and fourth objects through two or more of the communicator or app. Objection: P is that the information is a) transmitted to the third object through the transmitter, communication network, receiver, mobile phone, and mobile phone app, and b) to the fourth object through the transmitter, communication network, receiver, smartphone, and smartphone app. It is delivered. The information includes information, data, images, sensing information, sensing data, shooting information, shooting data, etc. related to the battery, modem, sensor, chip, board, module, circuit, semiconductor, etc. The information, sensing, shooting, data, collection, app, delivery, sharing, etc. are managed by one or more selected from the group consisting of the above means, modem, material, sensor, chip, board, module, circuit, semiconductor, camera, etc. do. The subject of the management is the person. The battery may include AI, IoT, ICT, devices, equipment, materials, materials, products, goods, facilities, objects, systems, platforms, metaverses, etc., or may be included sequentially.

The material supplied through the hose connected to the outlet of device 2 is sprayed into the battery. The device 2 is the device 2 in the composite device of device 1 and device 2. The battery may have the function of purification, cleaning, sterilization, disinfection, quarantine, etc., or the battery may perform the purification or quarantine, etc., or the battery may spray the substance onto itself to perform the purification or quarantine, etc. You can. The battery is the battery; Before, after, above, below, left, right, car, car, house, vehicle, nearby, surroundings, air, atmosphere, scene, place, facility, building, structure; The cell or structure equipped with the battery; It may have the function of purifying, cleansing, sterilizing, disinfecting, or disinfecting, etc. For this purpose, a purifier, purifier, sterilizer, disinfector, quarantine device, ozone group, anion group, purifier, cleaning agent, sterilizer, disinfectant, quarantine agent, ozone, anion, etc. are used or provided in the battery, or the battery is used or equipped with the purifier, anion group, etc. The battery may be provided with a means or device for irradiating, irradiating, spraying, placing, etc. The battery can perform the purification, quarantine, etc., or the like. The battery may be purified, the battery may be cleaned after the purification, the battery may be sterilized after the purification, the battery may be disinfected after the sterilization, and the battery may be disinfected after the disinfection. The battery purifies, after the purification, the battery cleans, after the purification, the battery sterilizes, after the sterilization, the battery disinfects, and after the disinfection, the battery performs quarantine. You can.

In the present invention, a device; A battery case provided in the device; a battery seated in the battery case; The device equipped with a GPS or a location sensor, the device equipped with a battery, lighting or light, the device that emits a battery, ozone or negative ions, or the ozone negative ion, or the device equipped with a battery, an ozone negative ion group, or an ozone negative ion group. battery; etc. is possible.

The above substances include a) water, water, liquid, oil, energy, solid, material, material, Liquid, powder, air, cleaning agent, purifying agent, disinfectant, disinfectant, detoxifier, disinfectant, antibacterial agent, quarantine agent, reactive agent, coagulant, adsorbent, collector, magnetization number, vibration frequency, excitation number, ozone, anion, ozone water, rotation speed, It is one selected from anionic water, ozone air, anionic air, and phytoncide, or b) or one selected from among the water or phytoncide that does or becomes one of the magnetization or complex. One of the water or phytoncide is a) sterilized, disinfected, and detoxified and becomes one of the magnetized or composite, b) oxygen or phytoncide is introduced, and then becomes one of the magnetized or composite, or c) oxygen or phytoncide is introduced, and It is one selected from the water or phytoncide that becomes one of the magnetized or composite while being magnetized, vibrated, and excited.

Examples of the above substances include water, water, matter, liquid, oil, energy, solid, material, ash, Heat, wave, light, line, wind, light, iron, H, O, C, N, P, K, Ca, Mg, Si, Fe, Al , Na, OH, COO, CaSi, CaFe, ion, ingredient, element, element, substance, object, article, material, facility, resin, carbon, fiber, catalyst, red clay, white clay, clay, mineral, ore, tailings, rock , vermiculite, metal, material, material, material, liquid, bottled water, water supply, sewage, wastewater, powder, dust, waste dust, stone dust, air, gas, air bubbles, mist, bubble, light source, ray, heat, cold air, pressure, vortex. , magnetic field, ozone, anion, cleaning agent, purifying agent, reactant, coagulant, filtration agent, adsorbent, collector, sterilizer, disinfectant, antibacterial agent, titanium agent, detox agent, detox agent, aerator, foaming agent, expanding agent, light , LED light, sterilizing light, disinfecting light, ultraviolet rays, infrared light, photocatalyst, graphene, nanomaterials, by-products, microorganisms, food, food waste water, sludge, slag, mist, fiber, latex, phytoncide, liquid, magnetized material, gin Animals, excited substances, ozonated substances, anionic substances, rotating substances, decomposition substances, electrolytes, sterilizing substances, discharge substances, bentonite, zeolite; A complex of two or more of these; etc. is possible.

In the present invention, a) jacks, cigar jacks, wires, cables, sockets, plugs, outlets, batteries, equipment, rechargeable batteries, chargers, transformers, switchboards, generators, solar generators, wind generators, hydroelectric generators, portable generators, power supplies, and high voltage generators. ; b) a composite of two or more of the jack or high voltage generator; c) an object in which one or one of the jacks or composites is used, or a device or composite in which one or one of the jacks or composites is used; d) a) jack to c) composite equipped with a magnetizer; etc. is possible. Electricity, electronics, batteries, hydrogen, gas, combustion, fuel, batteries, power, non-power, energy, diesel, gasoline, fuel cells, hydrogen fuel cells, etc. can be used for the above devices, composites, batteries, etc.

In the present invention, a) jack, cigar jack, pressure jack, USB jack, electric jack, wire jack, 2-prong jack, 3-prong jack, wire, cable, socket, plug, 2-prong plug, 3-prong plug, plug inserted into an outlet, port , jack port, cigar jack port, USB jack port, outlet, 2-prong plug inlet outlet, 3-prong plug inlet outlet, battery, rechargeable battery, charger, hydrogen charger, electric charger, battery, secondary battery, transformer, distribution board, power supply, High voltage generator, button, electric button, lever, rotary lever, switch, on/off switch, controller, operation controller, remote controller, generator, solar generator, wind generator, hydroelectric generator, portable generator, fan generator, rotating fan generator, diesel Generator, gasoline generator, electric generator, inverter generator, generator that generates electricity with a rotating fan, generator that generates electricity with a fan that rotates by hydraulic power, portable generator that generates electricity with a rotating fan that is placed in flowing water, a generator in which the rotor of the fan rotates within a stator to generate electricity; b) a complex of two or more of them; c) an article in which one or one of the jacks or composites is used, or an article or a composite in which one or one of the jacks or composites is used; d) a) jack to c) composite sterilized with ozone generated from a magnetized vibration ozone generator; etc. can be used.

The above sensors include sensors, light sensors, heat sensors, light sensors, wave sensors, magnetic sensors, heat sensors, detection sensors, vibration sensors, excitation sensors, concentration sensors, light emitting sensors, light source sensors, element sensors, temperature sensors, humidity sensors, Pressure sensor, sound sensor, signal sensor, flow sensor, magnetic sensor, acoustic sensor, taste sensor, olfactory sensor, device sensor, equipment sensor, sound wave sensor, thermal image sensor, ultrasonic sensor, sensor, various sensors, other sensors, two of them It is one of the above complex sensors. The sensors include light, heat, light, wave, magnetism, heat generation, detection, vibration, excitation, concentration, luminescence, light source, element, temperature, humidity, pressure, sound, signal, flow rate, water leak, magnetism, sound, taste, and smell. , devices, equipment, sound waves, thermal imaging, ultrasonic waves, air quality, etc., or a combination of two or more of them, or sensors that generate or measure such things may also be included.

In the present invention, a) a charging device for charging a battery, a device that generates a low-battery signal and transmits it to a shared server when the battery charge falls below a preset standard, a device that moves by battery power, and a battery that operates a motor. or a charger, a motor or driving unit that receives power from a battery and provides rotational power, b) or a device sequentially equipped with one or more of a battery, rechargeable battery, charger, wire, plug, outlet, or power supply, c) Switches, controllers, remote controls, remote controllers, wireless controllers, etc. provided in one or more of the batteries or power supplies are possible.

Examples of the solar power generation management system that manages the solar generator included in the generator of the present invention include patrolling around solar electricity or solar generators with a drone, photographing solar electricity or solar generators with a drone equipped with a camera or thermal imaging camera, and capturing solar electricity or solar generators with a camera or thermal imaging camera. Photographing solar electricity or solar generator with a camera, transmitting the photographed data, receiving the transmitted data, analyzing cracks or abnormalities in the solar electricity or solar generator using the received data, repairing the cracks or abnormal phenomena using a drone, using a drone Cleaning the solar electricity or solar generator using the drone, or cleaning the solar electricity or solar generator by spraying water through a nozzle provided on the drone.

The scope of the wind power generation management system that manages the wind power generator included in the generator of the present invention includes patrolling around wind blades or wind power generators with a drone, photographing wind blades or wind power generators with a drone equipped with a camera or thermal imaging camera, and capturing a camera or thermal image. Photographing a wind blade or wind generator with a camera, transmitting the photographed data, receiving the transmitted data, analyzing cracks or abnormalities in the wind blade or wind generator using the received data, repairing the cracks or abnormalities using a drone, using a drone Cleaning wind blades or wind power generators using the drone, or cleaning wind blades or wind power generators by spraying water through a nozzle provided on the drone.

One of the above devices or complexes includes electricity, electronics, communication, information, intelligence, bit, code, pulse, signal, measurement, control, instrumentation, observation, observation, control, chemistry, physics, biology, artificial, nano, Logic, chip, sensor, element, pendulum, board, module, circuit, 5G, IT, Al, IC, ICT, IoT, bio, data, smart, internet, digital, semiconductor, computer, memory, silicon, wafer, control, System, artificial intelligence, process, micro, big data, monitoring, blockchain, analog, program, transistor, chip, sensor, device, pendulum, board, module, circuit, one of the above devices or combinations are included. do.

In the present invention, a) wheel, fan, wheel, wing, rotor, roller, drum, wheel, pulley, motor pulley, cog, winch, paddle, pedal, accelerator, windmill, water wheel, motor, cell, dry cell, battery , panels, solar cells, fuel cells, hydrogen fuel cells, microbial fuel cells, generators, solar generators, wind power generators, tidal power generators, wave power generators, thermal power generators, hydrogen generators, nuclear power generators, aerators, blower aerators, wind aerators , tires, pulleys, rotating bodies, rotating brushes, impellers, rotating fans, blowing fans, ventilation fans, electric motors, reducers, accelerators, brakes, retractors, hoists, accelerators; b) a composite of two or more of the wheels and tennis court rollers; A composite in which two or more of the wheels and accelerators are sequentially combined; The wheel or composite linked to one of the wheels or composite; c) an object in which one or one of the wheels or composites is used, or a device or composite in which one or one of the wheels or composites is used; etc. is possible.

In the present invention, a) jack, cigar jack, pressure jack, USB jack, electric jack, wire jack, 2-prong jack, 3-prong jack, wire, cable, socket, plug, 2 prong plug, 3 prong plug, electric plug, spark plug, outlet Plugs, ports, jack ports, cigar jack ports, USB jack ports, outlets, 2-prong plug inlet outlets, 3-prong plug inlet outlets, inverters, converters, AC/DC converters, converters, rectifiers, constant voltage regulators, transformers , transducer, transformer, transistor, demister, eliminator, indicator, desiccator, cell, solar cell, battery, dry cell, rechargeable battery, charger, hydrogen charger, electric charger, battery, secondary cell, solar cell, fuel cell , hydrogen fuel cell, HFC (hydrogen fuel cell), microbial fuel cell, MFC (microbial fuel cell), solar panel, light emitter, light emitting member, EL sheet (electro luminescence sheet), electroluminescent sheet, transformer, switchboard, power supply, High voltage generator, button, electric button, lever, rotary lever, switch, on/off switch, controller, operation controller, remote controller, timer, automatic timer, manual timer, valve opening and closing timer, time adjustment timer, terminal, bus terminal, electricity Terminal, electronic terminal, hydrogen terminal, generator, electric generator, solar generator, wind generator, hydroelectric generator, hydrogen generator, fan generator, rotating fan generator, diesel generator, gasoline generator, electric generator, inverter generator, portable generator, rotating fan. A generator that generates electricity with a fan that rotates by hydraulic power, a portable generator that generates electricity with a fan that rotates when placed in flowing water, and a generator that generates electricity by rotating the rotor of the fan within a stator. generator; b) a composite of two or more of the jacks and generators; A composite in which two or more of the jacks and generators are sequentially combined; The jack or complex linked to one of the jack or complex; c) an object in which one or one of the jacks or composites is used, or a device or composite in which one or one of the jacks or composites is used; d) a) jack to c) composite sterilized with ozone generated from a magnetized vibration ozone generator; etc. is possible.

The charger is a) one of a gas charger, a substance charger, a hydrogen charger, an electric charger, and an electric vehicle charger, b) or a body, a lower base thereof, and a charging means connected to the body, or c) or a transformer, a switchboard, or a circuit breaker. , cable, rectifier, converter, plug, charging cable, charging connector, and charging controller. Examples of this include a transformer, a breaker connected to the output terminal of the transformer, a cable connected to the output of the breaker, a rectifier connected to the cable, a DC/DC converter connected to the output of the rectifier, a charging cable connected to the output terminal of the converter, and A charging connector and a charging controller that controls the output current and voltage of the converter are available.

The camera includes a camera, a camera, a camera, a recorder, a projector, a cam, a camcorder, a CCTV, a shooting camera, a recording camera, a photo camera, a photography camera, a film camera, a digital camera, a single lens reflex camera, and a DSLR camera ( It is one of a digital single lens reflex camera, a mirror less camera, a thermal imaging camera, a DRF camera (digital range finder camera), and a digital rangefinder-linked camera. The thermal imaging camera is a camera that takes pictures using heat, a device that tracks or detects heat and displays it on a screen at a glance, and displays the screen using heat, regardless of the presence or absence of obstacles such as smoke or the presence or absence of light. Objects can be identified.

The generator includes a) a solar generator, a wind generator, a wind generator equipped with solar electricity, a solar generator equipped with a windmill, and a solar and wind generator equipped with solar cells and a windmill; b) A solar generator, solar power generator, or solar power generator consisting of solar cells and an inverter, or a rotating body using solar heat steam and a generator connected thereto; c) A wind power generator consisting of a wind blade, its rotation shaft, a transmission mounted on it, and a generator connected to it; Includes one or more of The generator is a device that supplies, provides, applies, injects, inputs, distributes, distributes, generates, creates, forms, etc. electricity, power, voltage, current, high voltage, high current, etc. This includes instruments, machines, tools, devices, equipment, cells, generators, chargers, batteries, rechargeable batteries, etc.

In the present invention, a) a generator is provided, a solar generator is provided, a wind generator is provided, and electricity is produced from one of the generators; b) Equipped with an MFC (microbial fuel cell, biofuel cell), inputting organic matter or waste into the MFC, and producing electricity in the MFC by the input; c) providing a charger, placing a battery on the charger, supplying the electricity to the charger, and charging the battery by the supply; d) Equipped with an electrolyzer, inputting water and electrodes into the electrolyzer, supplying the electricity to the electrolyzer or electrode, electrolyzing by the supply, decomposing water (H ₂ O) by the electrolysis to produce hydrogen (H ₂ ) and oxygen (O ₂ ) production; e) Injecting the hydrogen into a fuel cell, producing electricity in the fuel cell by injecting the hydrogen; f) Injecting the hydrogen into the engine, exploding the hydrogen in the engine, causing the wheel or wheels to rotate due to the explosion, and driving the vehicle or hydrogen vehicle due to the rotation; g) Electric charging station business equipped with the above charger, electric charging station business equipped with the above battery; h) Injecting the hydrogen into a hydrogen tank and operating a hydrogen charging station equipped with the hydrogen tank; i) Injecting the oxygen into an oxygen tank or oxygen room, using the oxygen tank or oxygen room by adding the oxygen; j) mixing hydrogen (H ₂ ) and oxygen (O ₂ ), forming brown gas (HHO) by mixing, using the brown gas; k) Ignition of the hydrogen or brown gas, generating a spark or explosion by the ignition, using the spark as fuel or for cooking or welding, the explosion proceeds within the engine, the engine is operated by the above proceeding, and the operation occurs by the above operation. driving a vehicle by means of a wheel or wheel rotation, said moving or rotating; ℓ) Equipped with an MFC type generator, which is a generator equipped with the MFC; Equipped with a rechargeable generator, which is a generator equipped with the charger or battery; Equipped with an electrolytic generator, which is a generator equipped with the electrolyzer; Equipped with an all-terrain generator, which is a generator equipped with the fuel cell; Equipped with an MFC electrolytic generator, which is a generator equipped with the MFC and an electrolyzer; Equipped with an electrolytic cell type generator, which is a generator equipped with the electrolyzer and fuel cell; Equipped with an electrolytic charging type generator, which is a generator equipped with the electrolyzer and charger; Equipped with an electrolytic cell MFC type generator, which is a generator equipped with the electrolyzer, fuel cell, and MFC; Equipped with an electrolytic battery charging type generator, which is a generator equipped with the electrolyzer, a fuel cell, and a charger; Equipped with an electrolytic battery charging MFC type generator, which is a generator equipped with the electrolyzer, fuel cell, charger, and MFC; m) Hydrogen vehicles, electric vehicles, hydrogen drones, electric drones, hydrogen mobility, electric mobility, equipped with one or more of the above generator, charger, battery, MFC, electrolyzer, hydrogen, engine, fuel cell, oxygen tank, oxygen room, and hydrogen tank, Use or operate one of the following: hydrogen urban air mobility (UAM), electric UAM, hydrogen charging station, or electric charging station; n) the generator-equipped-composite, which includes one of the generator-equipped-complex in which two or more of the above-mentioned generator-equipped and used or operated are sequentially included; etc. is possible.

The battery or the present invention includes a) a device, device, vehicle, body, device, product, material, object, device, machine, tool, sensor, measuring instrument, device, equipment, facility, installation, drone, part, product, item, supplies, material, material, method, construction method, building, structure, PC, GPS, GIS, CCTV, camera, camera, semiconductor, Recorder, tracker, measuring device, venturi, system, computer, printer, program, application, cyclone, mobility, hardware, software, network, the generator to the hydrogen tank, the hydrogen car to the electric charging station; b) or a sequential combination of two or more of the chips, pins, sensors, elements, pendulums, electrodes, batteries, coils, boards, modules, modems, hubs, servers, circuits, conductors, condensers, transformers, semiconductors, and the above chips and semiconductors. The above device or electric charging station in which one of the above complexes is used; c) a complex device in which two or more of the above devices or electric charging stations are combined or sequentially combined; d) the above-described device or complex device included in one of the above-described devices or complex devices; e) one of the above machines to multi-function machines is used; etc. is possible.

In the present invention, a) magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressure, electrolysis (abbreviation for electrolysis), discharge (abbreviation for electric discharge), quarantine, disinfection, sterilization, infrared ray, ultraviolet ray, heat burns, ultrasound; b) Purification, cleansing, purification, cleaning, cleaning, washing, dewatering, sorting, crushing, shorting, applying, painting, humidifying, dehumidifying, drying, processing; c) Aeration, foaming, expansion, reaction, adsorption, capture, dust collection, flocculation, sedimentation, filtration; d) Cones, nets, rods, frames, chips, spirals, sensors, elements, magnets, electrodes, batteries, coils, protrusions, circuits, conductors, semiconductors, measuring instruments, radars, scanners, 3D scanners; e) Magnetizer, vibrator, station, playground, stadium, gym, swimming pool, playground wave generator, ozone generator, negative ion generator, rotator, vacuum, pressurizer, electrolyzer, discharger, quarantine device, disinfector, sterilizer, infrared device, ultraviolet device. , thermal imagers, ultrasonicators; f) Purifiers, purifiers, water purifiers, cleaners, scrubbers, washers, dehydrators, sorters, crushers, shotters, applicators, sprayers, humidifiers, dehumidifiers, dryers, processors; g) Aerators, foamers, expanders, reactors, adsorbers, collectors, dust collectors, flocculators, settlers, filters; h) Magnetized substances, vibrating substances, excited substances, waves, ozone substances, negative ion substances, rotating substances, vacuum substances, pressurized substances, electrolytes, discharge substances, quarantine substances, disinfectants, sterilizing substances, infrared substances, ultraviolet rays, heat. images, ultrasound; i) Purified water, clean water, purified water, cleaned material, washed material, washed material, dehydrated material, sorted material, shredded material, shot material, applied material, painted material, humidified material, dehumidified material, dried material, treated material; j) aerated matter, foamed matter, expanded matter, reactant, adsorbed matter, collected matter, dust collected, flocculated matter, sediment, filtrate; k) Magnetizer, vibrating agent, excitation agent, wave agent, ozone agent, anion agent, rotating agent, vacuum agent, pressurizing agent, electrolytic agent, discharge agent, quarantine agent, disinfectant, sterilizer, infrared agent, ultraviolet agent, thermal burner. , ultrasonic agent; ℓ) Purifying agent, detergent, purifying agent, cleaning agent, detergent, detergent, dehydrating agent, screening agent, crushing agent, shorting agent, coating agent, painting agent, humidifying agent, dehumidifying agent, drying agent, treatment agent; m) aeration agent, foaming agent, expanding agent, reactant, adsorbent, collecting agent, dust collector, coagulant, precipitant, filtering agent; 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 purification treatment, cleaning treatment, washing treatment, washing treatment, dehydration treatment, sorting treatment, crushing treatment, shorting treatment, coating treatment, painting treatment, humidification treatment, dehumidification treatment, drying treatment, treatment treatment; p) Aeration treatment, foaming treatment, expansion treatment, reaction treatment, adsorption treatment, collection treatment, dust collection treatment, flocculation treatment, precipitation treatment, filtration treatment; q) a combination of two or more of the magnetization and filtration treatments, complex group, complex, complex agent, and combination treatment; r) composite, composite, composite, composite agent, composite treatment in which two or more of the magnetization and filtration treatments are sequentially performed; s) Machines, devices, equipment, means, devices, facilities, materials, materials, methods, methods, work, construction, drones, flying vehicles, airplanes, mobility, Mobility devices, semiconductors, networks, two or more of these, or complex devices; t) Work, work, construction, construction, construction, construction, filming, filming, photographing, drafting, production, purification, cleanliness, or combination of two or more of the above magnetization or composite processing in which one of the above magnetization or composite processing is used; etc. can be used. In addition, the above-mentioned magnetization or composite treatment, single or composite processing, etc. may be used or provided in the device or composite. And the above-mentioned device or composite, etc. may have the function of performing the magnetization or composite processing, processing or composite, etc. and a) the above-mentioned devices to composites, magnetization to composite processing, and one to composite; b) or the following number to composite, flight to composite, construction to composite, group to composite, or group to composite treatment; etc. can be mutually used, applied, provided, mounted, connected, connected, combined, merged, merged, merged, added, edited, added, fixed, attached, mounted, sprayed, sprayed, injected, coated, painted, etc.

In the present invention, electricity, oil, gas, hydrogen, sun, solar power, solar power, wind, wind power, water power, wave power, tidal power, power, motor, charging, battery, battery, dry cell, rechargeable battery, charger, hydrogen tank, gas tank, Fuel cells, solar cells, hydrogen fuel cells, generators, solar generators, wind generators; A compound of two or more of these; a battery charged by one of the above electric or composite; A battery that is charged during flight by one of the above electric or combined methods; Power or electricity or energy of one of the above electricity or combination; Electricity by one of the above oil or composite; a motor rotating by the power or energy; Wings rotated by the motor; etc. can be used.

In the present invention, electric motors, electric batteries, electric generators, oil generators, gas chargers, hydrogen chargers, solar generators, solar batteries, solar power, wind solar generators, wind solar generators, hydroelectric generators, wave solar generators, and tidal wind hydroelectric power. Generator, power battery, battery charging, motor charger, battery generator, battery power, battery charger, rechargeable battery, charger fuel cell, generator equipped with hydrogen tank, generator equipped with gas tank, battery charging electricity from fuel cell, electricity from solar cell A battery that charges electricity from a hydrogen fuel cell, a battery that charges electricity from a generator, a battery that charges electricity from a solar generator, a battery that charges electricity from a wind generator, etc. are possible.

In the present invention, a) 4G, 5G, 6G, LTE, WiFi, app, app, application, smartphone app, electricity, electronics, communication, battery, information technology (IT), information and communication technology (ICT), robotics, biotechnology , nanotechnology, environmental technology, robotics technology, artificial intelligence (AI), Internet of Things (IoT), geographic information system (GIS), global positioning system (GPS), drones, autonomous vehicles, Virtual reality (VR), big data, mobile, cloud computing, camera, thermal imaging camera, GPR (ground penetrating radar), radar, recorder, microphone, speaker, radio, router, monitor, screen, scanner, 3D scanner, 3D 4D, metaverse, midiverse, blockchain, 3D printing, 3D printer, BIM (building information modeling); b) Among them, one device, device, vehicle, body, object, phone, device, instrument, machine, means, sensor, equipment, device, facility, equipment, part, system , computer, printer, program, application, cyclone, hardware, software, network, combination or multi-function device in which two or more of them are sequentially combined; c) Chips, pins, sensors, elements, pendulums, electrodes, batteries, coils, boards, modules, modems, hubs, servers, circuits, conductors, condensers, transformers, and semiconductors included in one of the above devices or multi-function devices; d) composite in which two or more of the 4G to semiconductors are sequentially combined; etc. is possible.

The present invention or the battery of the present invention includes a) hydrogen facilities, hydrogen production facilities, hydrogen production facilities, electrolyzers, biolyzers, hydrogen trading facilities, hydrogen transportation means, hydrogen storage facilities, hydrogen tanks, hydrogen charging stations, hydrogen injectors, hydrogen Generator, hydrogen power plant, hydrogen device, hydrogen equipment, hydrogen combustion device, hydrogen battery, fuel cell, hydrogen fuel cell, hydrogen energy facility, hydrogen transportation, hydrogen transportation, hydrogen mobility, hydrogen car, hydrogen truck, hydrogen bus, hydrogen Taxi, hydrogen train, hydrogen car, hydrogen passenger car, hydrogen truck, hydrogen camping car, hydrogen bicycle, hydrogen motorcycle, hydrogen floating vehicle, hydrogen boat, hydrogen boat, hydrogen ship, hydrogen submarine, hydrogen flying vehicle, 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) Connection means between two or more of the hydrogen facilities or hydrogen clusters: c) Equipment, devices, instruments, instruments, means, devices, equipment, equipped with one or more of the hydrogen facilities or connection means, Facilities, equipment, drones, systems, mobility, networks; d) a complex means in which two or more of the above hydrogen facilities or networks are combined or sequentially combined; e) the above hydrogen facilities or combined means using electricity or batteries; f) the hydrogen facility or combined means provided with one of the hydrogen facilities or combined means; g) The hydrogen facility or complex means that is or is equipped with the magnetization, complex processing, equipment, semiconductor, etc.; etc. may also be included.

The above hydrogen facilities 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, biolyzer, hydrogen trading facility, hydrogen transportation means, hydrogen storage facility, hydrogen tank, hydrogen charging station, hydrogen injector, hydrogen generator, and hydrogen power plant. , hydrogen device, hydrogen equipment, hydrogen combustion device, hydrogen battery, fuel cell, hydrogen fuel cell, hydrogen energy facility, hydrogen transportation, hydrogen transportation, hydrogen mobility, hydrogen car, hydrogen truck, hydrogen bus, hydrogen taxi, hydrogen train , hydrogen cars, hydrogen passenger cars, hydrogen trucks, hydrogen camping cars, hydrogen bicycles, hydrogen motorcycles, hydrogen floating vehicles, hydrogen ships, hydrogen boats, hydrogen ships, hydrogen submarines, hydrogen flying vehicles, hydrogen drones, hydrogen airplanes, hydrogen airships, hydrogen space ships. , hydrogen flying car, hydrogen facility, hydrogen building, hydrogen city, hydrogen complex, hydrogen house, hydrogen plant, hydrogen cluster; b) Connection means between two or more of the above hydrogen production facilities or hydrogen clusters: c) Device, device, mechanism, means, device, equipment, facility equipped with one or more of the above hydrogen production facilities or connection means, facility; d) A complex facility in which two or more of the above hydrogen facilities or facilities are combined or sequentially combined; e) Hydrogen facilities or complex facilities using electricity or batteries; f) the hydrogen facility or complex facility equipped with one of the hydrogen facilities or complex facilities; etc. are applicable.

The hydrogen facility 2 is a) a hydrogen production facility that produces one of the hydrogen, gas, hydrogen gas, gaseous hydrogen, liquid hydrogen, and brown gas, and a hydrogen production facility that produces one of the hydrogen or brown gas. Facility, a hydrogen production facility that produces pure hydrogen or the above hydrogen by reacting natural gas with water vapor at high temperature and high pressure, a hydrogen production facility that produces hydrogen or the above hydrogen by refining hydrogen generated as a by-product in the petrochemical process, Hydrogen production facilities that produce hydrogen or the above hydrogen types by electrolyzing water, hydrogen production facilities that produce hydrogen or the above hydrogen types by decomposing microorganisms, electrolyzers that produce hydrogen or the above hydrogen types by electrolyzing water, microorganisms A biodegrader that produces the hydrogen by decomposing, fermenting or culturing, a hydrogen trading facility that trades or sells the produced hydrogen or the hydrogen, a hydrogen transportation means that transports the produced or traded hydrogen, and the manufacturing or transportation A hydrogen storage facility for storing hydrogen, a hydrogen tank for storing the produced or transported hydrogen, a hydrogen charging station for charging the manufactured or stored hydrogen to a vehicle, and a hydrogen charging station provided at the hydrogen charging station to inject hydrogen into the tank or tank inlet of the vehicle. A hydrogen injector, a hydrogen generator that generates electricity using hydrogen produced in the hydrogen production facility, a hydrogen power plant that generates electricity using the produced or transported hydrogen, a hydrogen production facility, or a combined means where hydrogen is used. A hydrogen device, which is a device, a hydrogen equipment that is equipped with one of the hydrogen production facilities or complex means and uses hydrogen, a hydrogen combustion device that burns one of the hydrogen or brown gas injected through the hydrogen injector, and the hydrogen transport A hydrogen battery that separates hydrogen (H ₂ ) transported from the vehicle into electrons (e ^- ) and hydrogen ions (2H ⁺ ) and then reacts with oxygen (O ₂ ) to convert the hydrogen into water (H ₂ O) and electricity. Hydrogen (H ₂ ), a fuel supplied from a storage facility, is separated into electrons (e ^- ) and hydrogen ions (2H ⁺ ) and then reacted with oxygen (O ₂ ) in the air to convert it into water (H ₂ O) and electricity. In a fuel cell that produces electricity, hydrogen (H ₂ ) stored in the vehicle's fuel tank is separated into electrons (e ^- ) and hydrogen ions (2H ⁺ ) through a platinum catalyst and then reacted with oxygen (O ₂ ) in the air to produce water. Hydrogen fuel cell that obtains electricity by converting (H ₂ O) into electricity, hydrogen energy 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 facility, a hydrogen transportation means that moves by rotating a wheel using the electricity generated in the hydrogen battery, a hydrogen transportation device that moves using the hydrogen stored in the hydrogen tank, and hydrogen mobility that uses the electricity generated in the hydrogen battery, A hydrogen car moves by rotating the wheels by rotating a motor using electricity generated from a fuel cell, and moves by rotating the wheels by rotating a motor using electricity supplied from a battery that stores electricity generated by the hydrogen fuel cell. A hydrogen truck, a hydrogen bus that moves by rotating the wheels by rotating a motor using electricity generated by chemically reacting hydrogen and oxygen in the fuel cell stack, a hydrogen taxi that runs using electricity generated by the hydrogen fuel cell, A hydrogen train equipped with the hydrogen tank and a fuel cell and running on electricity generated from the fuel cell using hydrogen stored in the hydrogen tank, a hydrogen vehicle equipped with the hydrogen tank, a hydrogen passenger vehicle using hydrogen charged at the hydrogen charging station, A hydrogen truck that uses energy generated by burning hydrogen in a hydrogen combustion device, a hydrogen camping car that uses hydrogen stored in the hydrogen tank to move by rotating a wheel motor and cook by lighting a fire, and that uses hydrogen injected through the hydrogen injector. A hydrogen bicycle, a hydrogen motorcycle equipped with the hydrogen battery, a hydrogen floating means equipped with the hydrogen power plant and generating electricity using hydrogen, a hydrogen boat equipped with the fuel cell, a hydrogen boat equipped with the hydrogen fuel cell, and the hydrogen generator. A hydrogen ship equipped with the above, a hydrogen submarine equipped with the above hydrogen production facility, a hydrogen air vehicle equipped with the above hydrogen storage facility, a hydrogen drone on which the hydrogen tank is mounted, a hydrogen airplane equipped with the above hydrogen energy facility, and the hydrogen charging station. A hydrogen airship that uses charged hydrogen, a hydrogen spacecraft equipped with the hydrogen generator, a hydrogen flying car that flies using electricity generated by the fuel cell, and a hydrogen manufacturing facility or complex facility that uses hydrogen. A hydrogen facility that is a facility, a hydrogen building that is a building that uses hydrogen transported by the hydrogen transportation means, a hydrogen city that uses hydrogen produced in the hydrogen production facility or a city equipped with the hydrogen generator, and a hydrogen city that uses hydrogen produced in the hydrogen production facility. A hydrogen complex, which is a complex that uses hydrogen or electricity generated from the hydrogen power plant, a hydrogen house, which is a house that is equipped with the hydrogen energy facilities or uses hydrogen stored in the hydrogen tank for cooking and heating and cooling, and hydrogen stored in the hydrogen tank. A hydrogen plant, which is a plant used as energy, and a hydrogen cluster in which two or more of the hydrogen production facilities or hydrogen clusters are connected or equipped; b) a connection means between two or more of the hydrogen production facility or hydrogen cluster, a connection means between the hydrogen production facility and a hydrogen charging station, and a transfer pipe or connection pipe as one of the connection means; c) A facility equipped with one or more of the hydrogen production facilities or connection means, a device or machine equipped with the hydrogen production facility, a device equipped with the hydrogen storage facility, a device equipped with the hydrogen tank, and the hydrogen means equipped with a generator, a device equipped with the hydrogen fuel cell, equipment equipped with the hydrogen injector, a facility equipped with the hydrogen device, and a facility equipped with the hydrogen equipment; d) A complex means in which two or more of the above hydrogen production facilities or facilities are combined or sequentially combined, a complex means in which the above hydrogen production facility, hydrogen trading facility, hydrogen transportation means, and hydrogen storage facility are combined, the above hydrogen production facility and hydrogen A complex vehicle that combines transportation, hydrogen storage facilities, and hydrogen batteries; e) the hydrogen production facility or complex means equipped with the above complex means and using electricity or batteries; f) the hydrogen production facility or composite means equipped with one of the hydrogen production facilities or composite means while the microbial fuel cell is mounted; etc. are applicable.

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 magnetic fields, a hydrogen trading facility that generates magnetic fields, and disinfectants. A hydrogen transport means through which the disinfectant is injected, a hydrogen storage facility through which the disinfectant is injected, a hydrogen tank to generate the hydrogen, a hydrogen charging station to be injected, a hydrogen injector to radiate, a hydrogen generator equipped with the device of 5 above, and a hydrogen generator equipped with the device of 5 above. Hydrogen power plant, hydrogen device that generates ozone and negative ions, hydrogen equipment that generates ozone, negative ions, and magnetic fields, hydrogen combustion device equipped with the facilities of the above 5, hydrogen cell equipped with magnetizer, fuel cell equipped with ozone group, negative ion device. A hydrogen fuel cell equipped with an ozone generator, a hydrogen energy facility that uses hydrogen energy, a hydrogen transportation device equipped with a sterilizer, a hydrogen transportation device equipped with a negative ion device that emits ozone, a hydrogen mobility device equipped with an ozone negative ion device that emits a magnetic field, A hydrogen car equipped with a sterilizer, a hydrogen truck equipped with the above-described complex device, a hydrogen bus equipped with the ozone magnetization sterilizer, a hydrogen taxi equipped with an air purifier equipped with an ozone generator, ozone and negative ions are generated and equipped with a magnetizer and sterilizer. Hydrogen train, 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 truck that is equipped with a magnetizer that generates ozone, and that generates ozone and negative ions. A hydrogen camping car equipped with an ozone generator, a hydrogen bicycle that generates ozone and a magnetic field and is equipped with an ozone generator and a magnetizer, a hydrogen motorcycle that generates and sprays, a hydrogen flotation means that is equipped with a magnetizer that generates and sprays, and that emits and sprays ozone. A hydrogen boat that generates and is equipped with a magnetizer, a hydrogen boat that generates ozone, is equipped with a magnetizer and radiates, a hydrogen ship that radiates ozone and disinfectant and is equipped with an ozone magnetizer, and that sprays a disinfectant, generates ozone and is equipped with a magnetizer. Hydrogen submarine, a hydrogen aircraft that generates negative ions and is equipped with a sterilizer, a hydrogen drone that generates ozone and is equipped with the above complex device, a hydrogen airplane that irradiates ozone, negative ions and magnetic fields and is equipped with a magnetizer and sterilizer, disinfectant is sprayed and ozone is sprayed. A hydrogen airship that generates ozone and is equipped with a sterilizer, a hydrogen spacecraft that is equipped with a complex device combining an ozone generator and a sterilizer and generates a magnetic field, a hydrogen flying car that is equipped with a composite device that combines a magnetizer and an ozone generator and generates ozone, ozone, negative ions, and a magnetic field. Hydrogen facility where disinfectants are emitted, hydrogen building where disinfectants are emitted by ozone generators, hydrogen city where disinfectants are emitted by anion generators, hydrogen complex where ozone anions are emitted by ozone generators, hydrogen house where disinfectants are emitted by sterilizers, ozone A hydrogen plant equipped with this radiating negative ion value, a hydrogen cluster using one of the magnetized or composite materials; b) a connecting means between two or more of the hydrogen production facilities or hydrogen clusters, a connecting means that generates a magnetic field while being placed between the two and is provided with a magnetizer; c) One or more of the above hydrogen production facilities or connecting means is provided, and an ozone-generating device (device or device), a negative ion-generating device, a magnetic field-generating device, an ozone-generating device and a magnetizer-equipped device, and a magnetic field are provided. A device that generates ozone and is equipped with an ozone generator, equipment that generates ozone and negative ions and is equipped with an ozone magnetizer, a facility that radiates disinfectant and is equipped with an ozone sterilizer, a facility that generates ozone and a magnetic field and is equipped with a magnetized ozone sterilizer; d) a composite means in which ozone, negative ions, and magnetic fields are emitted while two or more of the above hydrogen production facilities or facilities are combined or sequentially combined; e) the hydrogen production facility or complex means using electricity or batteries and equipped with the complex machine in which the ozone group is mounted; f) the hydrogen production facility or combination means equipped with one of the hydrogen production facility or combination means while the combination device on which the sterilizer is mounted is mounted; etc. are applicable.

The hydrogen facility 4 is the hydrogen production facility or composite means in which one or more of the hydrogen production facility or composite means of the hydrogen facility 2 and one or more of the hydrogen production facility or composite means of the hydrogen facility 3 are combined or sequentially combined. This includes means, etc. The hydrogen facility 5 is a) separating hydrogen (H ₂ ) transported from the hydrogen transportation means of the hydrogen facility 2 into electrons (e ^- ) and hydrogen ions (2H ⁺ ) and then reacting with oxygen (O ₂ ) to produce water. It is a combination of a hydrogen battery that converts (H ₂ O) into electricity and a hydrogen battery equipped with a magnetizer of the hydrogen facility 3, and the hydrogen (H ₂ ) transported from the hydrogen transportation means is converted into electrons (e ^- ) and hydrogen ions ( A hydrogen battery that is separated into 2H ⁺ ) and then reacted with oxygen (O ₂ ) to convert it into water (H ₂ O) and electricity, and is equipped with a magnetizer; b) A hydrogen car that moves by rotating the wheels by rotating a motor using the electricity generated in the fuel cell of the hydrogen facility 2 and a hydrogen car equipped with a sterilizer in the hydrogen facility 3 are a combination of the hydrogen vehicle generated in the fuel cell. A hydrogen car that uses electricity to rotate a motor to rotate the wheels and is equipped with a sterilizer while moving; c) A combination of a hydrogen drone on which the hydrogen tank of the hydrogen facility 2 is mounted and a hydrogen drone on which ozone is generated and the multi-function device of the hydrogen facility 3 is equipped, where the hydrogen tank is mounted, ozone is generated and the multi-function device is equipped. hydrogen drone; d) The facility equipped with the hydrogen equipment of the hydrogen facility 2 and the facility equipped with the ozone and magnetic field generating and magnetizing ozone sterilizer of the hydrogen facility 3 are combined. As the hydrogen equipment is equipped, ozone and magnetic fields are generated and magnetized. Equipment equipped with ozone sterilizer; etc. are applicable.

In the present invention, a) a generator that produces electricity while forming a magnetic field by a rotor (electromagnet) and a stator (iron core) surrounding the outside of the rotor; b) an inverter that converts the produced electricity into direct current or alternating current; c) wires, plugs, outlets, and power supplies that supply or transmit the electricity; etc. is possible.

The chip is one of chip 1, chip 2, and chip 3. The above chip 1 is a chip, chip, IC chip, IT chip, ICT chip, PC chip, circuit chip, sensor chip, pendulum chip, magnetic core chip, coil chip, code chip, amplifier chip, substrate chip, module chip, component chip, and condenser. Chip, resistance chip, vibration chip, excitation chip, rotating chip, electric chip, integrated chip, active chip, passive chip, electronic chip, magnetization chip, ozone chip, piezoelectric chip, thermoelectric chip, heating chip, hot chip, cold chip, Hot and cold chips, equipment chips, device chips, composite chips, diode chips, thermistor chips, ferrite chips, magnet chips, magnetron chips, transistor chips, transformer chips, anion chips, Peltier chips, integrated circuit chips, microchips, computers. It is one selected from among chip, laptop chip, internet chip, memory chip, smart chip, biochip, smartphone chip, and two or more composite chips. The chip 2 is a chip made from a silicon wafer, a chip etched with circuits and electronic devices, a PRN code chip of GPS, a chip corresponding to 0 or 1 in a binary code, and a logic circuit of a computer memory or microprocessor. A chip or module equipped with a chip or module, a chip with a speed unit of cps (chip/second), a pulse of a spreading code waveform, a signal waveform used to spread a digital symbol in the frequency domain, and a composite chip of two or more of these. The chip 3 includes iron chips, iron chips, waste chips, wood chips, metal chips, ceramic chips, conductor chips, semiconductor chips, conductor chips, non-conductor chips, plant chips, stem chips, root chips, wood chips, red clay chips, coconut chips, and fired chips. Chips, elastic chips, rubber chips, glass chips, carbon chips, resin chips, phyton chips, PE chips, PP chips, PC chips, PVC chips, FRP chips, SBR chips, PVB chips, PLA chips, SEBS chips, HDPE chips, It is one selected from tire chips, plastic chips, and composite chips of two or more of these.

The above pins include pins, pins, protrusions, electronic pins, electrical pins, device pins, chip pins, pendulum pins, circuit pins, electrode pins, ozone pins, anion pins, condenser pins, screw pins, pins installed on the foundation, and pins installed on the pile. , a pin installed in the facility, a pin protruding from the object, two pins for electrolysis, two pins of anode and cathode for electrolysis, a pin spaced apart from the plate, an ozone generator consisting of pins spaced apart from the plate, and a pin spaced apart from the plate. This includes an anion group consisting of a pin, a pin of one of the chips or semiconductors, etc. The above elements include chips, elements, elements, circuits, sensors, pendulums, magnetic cores, coils, amplifiers, boards, modules, parts, condensers, resistors, oscillators, magnets, rotors, inductors, antennas, vacuum tubes, electric circuits, Integrated circuits, light elements, thermal elements, optical elements, light-emitting elements, active elements, passive elements, electric elements, electronic elements, communication elements, magnetizing elements, vibration elements, excitation elements, ozone elements, rotation elements, piezoelectric elements, thermoelectric elements. , heating elements, thermal irradiation, cold and hot elements, hot and cold elements, sensor elements, equipment elements, device elements, integrated elements, composite elements, UV elements, IC elements, ICT elements, IoT elements, diodes, thermistors, ferrites, magnets, magnetrons. , transistor, transformer, LED device, negative ion device, Peltier device, semiconductor device, and two or more composite devices. The magnetization element, vibration element, excitation element, ozone element, and negative ion element are elements that perform one or more of magnetization, vibration, excitation, wave, ozone generation, and sound generation. The active elements include diodes, transistors, etc. that have the function of amplifying or rectifying current or electrical signals, or processing electrical signals. Passive elements are elements that store, emit, or consume supplied electricity, voltage, power, etc., or do not actively control the given electricity, signal, power, etc., and include resistors and capacitors. ), inductors, etc. Resistance is an element that converts current into heat energy, an element that impedes the flow of current, and is denoted by R.

A capacitor is a capacitor, battery, accumulator, or device that stores electric charges, and is denoted by C. It is filled with an insulator between two conductive plates spaced apart to prevent electrical connection. When a voltage is applied to the capacitor, the surface of each plate and the insulator At the boundary of , charges with opposite signs and the same amount of charge are stored. An inductor is a device that uses the phenomenon of electromagnetic induction to form induced electromotive force by changing current over time. It is denoted by L and usually has a ring or coil shape. The above sensors include sensors, light sensors, heat sensors, light sensors, wave sensors, magnetic sensors, heat sensors, detection sensors, vibration sensors, excitation sensors, concentration sensors, light emitting sensors, light source sensors, element sensors, temperature sensors, and humidity. Sensor, pressure sensor, sound sensor, signal sensor, flow sensor, magnetic sensor, acoustic sensor, taste sensor, olfactory sensor, device sensor, equipment sensor, sound wave sensor, thermal image sensor, ultrasonic sensor, camera, infrared sensor, near-infrared sensor, It is one selected from among ultraviolet sensors, digital cameras, various sensors, other sensors, GPS (global positioning system), INS (inertial navigation system), and two or more composite sensors. The pendulum is a pendulum, an element, or a pendulum. Oscillator, pendulum, simple pendulum, double pendulum, spring pendulum, torsion pendulum, something that vibrates by the action of elastic force, a pendulum swinging while hanging on a string or string, a pendulum or object that repeats oscillating motion, fixed A pendulum or object that oscillates around an axis or point at regular intervals. It is one selected from among a weight or object that is hung on a string or thread and reciprocates at regular time intervals, a weight or object that repeats oscillating motion around an equilibrium point by forces such as gravity or elastic force, and two or more compound pendulums.

The circuit includes circuits, electric circuits, electronic circuits, operating circuits, operation circuits, device circuits, equipment circuits, mechanism circuits, mechanical circuits, integrated circuits, logic circuits, closed circuits, open circuits, series circuits, parallel circuits, direct current circuits, It is one selected from among AC circuits, IC circuits, IT circuits, ICT circuits, LC circuits, LR circuits, RLC circuits, system circuits, semiconductor circuits, paths through which current flows, and two or more composite circuits. The closed circuit is a circuit in which the start point of the circuit is connected to the end point, an open circuit is a circuit in which the start point of the circuit is not connected to the end point, and a series circuit is a circuit in which the circuit elements are connected in order. A circuit connected in series, a parallel circuit is a circuit in which circuit elements are connected in parallel, a direct current circuit is a circuit that uses direct current power, and an alternating current circuit is a circuit that uses alternating current power. do. Typically, a circuit consists of a power source that is electrical energy, a load that receives electrical energy and performs a desired function, and a conducting wire that connects the power source and the load.

The above servers include servers, servers, information provision servers, data provision servers, communication servers, servers that control printers, servers that manage files, servers that monitor and control networks, computer programs that provide services, and local area networks (LAN). A subsystem that services intensive processing functions, computer hardware on which server programs are running, a server that connects to other networks through a mainframe or public network, a support server for data, programs, files, and software, and a client that requests services. This includes servers that process requests from clients, computers that provide information stored on their hard disks to the outside world, and computers that provide information stored in their own hard disks to the outside world. The hub refers to hub, hub, center, core, center, core area, central device, core device, PC hub, computer hub, Internet hub, WiFi network hub, central processing unit, central processing hub, central place. central device. A central place. This includes the central axis where the spokes of a bicycle wheel are gathered, a device that focuses several signals, and a device that distributes signals to several different lines.

The module is a module, IC module, IT module, PC module, ICT module, LED module, software module, hardware module, software module, NOT gate, memory module, memory module such as RAM, and an independent component that performs the function of the program. A dimension used as a standard when building a separation, a collection of subroutines and data structures, a compilable unit, a building, etc. A value representing the size of gear teeth, a logical part of a program divided by function. Each part of a computer system, when parts are designed to be easily removed and exchanged, a portion of software or hardware, an independent component of the whole or a system or system, or a single component that is independent of other components of the whole or system or system. A component is an independent electronic circuit packaged on a circuit board to provide basic functionality within a computer. A module's interface expresses the elements provided or required by the module. Languages that support the concept of modules include Ada, FORTRAN, Pascal, Python, and Ruby. Generally, depending on the programming language, the concept of a module is also called a package.

The modem is a modem, a modulation device, a demodulation device, a modem, a communication modem, a computer modem, an Internet modem, a WiFi modem, an LTE modem, a device that converts direct current/alternating current signals, an online system modem, and a direct current digital signal into an alternating current analog signal. A modem that converts an analog signal into a digital signal, a device that converts direct current/alternating signals when exchanging information between a computer and a terminal using a communication line, and a device that changes the signal transmitted when transmitting data through a communication facility. This applies to devices, etc. The substrate includes a substrate, a base, a chip board, an IC board, an IC circuit board, a substrate, a silicon substrate, a thin sheet of silicon for making an IC, a laminated board for making an electronic circuit, a thin sheet of silicon for a semiconductor integrated circuit, a plate on which an electric circuit is organized, An insulating material capable of forming a conductor pattern on the surface of an insulating substrate, a single crystal plate of silicon on which circuits such as integrated circuits or high-density integrated circuits are copied, the surface of which is wired with copper foil to form integrated circuits or These include synthetic resin plates used to install electrical components such as resistors, and laminates for making electronic circuits by coating copper foil on a glass cloth, paper substrate, or epoxy resin laminate and etching a portion of the copper foil.

The above condensers include condensers, high-frequency condensers, low-frequency condensers, diode condensers, condensers, electrolytic condensers, super condensers, audio condensers, LCD condensers, motherboard condensers, film condensers, OS-CON condensers, AC motor condensers, power condensers, and ceramics. Condenser, multilayer ceramic condenser, mica condenser, film condenser, polyethylene condenser, steel condenser, polypropylene condenser, polycarbonate condenser, polyester condenser, Mylar condenser, condenser, cooler, capacitor. ), a condenser lens, a light concentrator, a charger, and a non-conductor. It consists of two conductive surfaces separated by These include devices that can accumulate, condensers that prevent direct current from flowing but allow alternating current to flow, and devices that condense gas or vapor.

The above transformer is a transformer, a transformer, a transducer, a power regulator, a power transformer, a power transformer, a signal transformer, an output transformer, a line transformer, a transformer that transforms electricity, a converter that converts alternating current and direct current, and an alternating current transformer. Circuit components that perform voltage conversion and impedance conversion, a signal transformer in which the primary and secondary sides are set to different impedances due to impedance conversion or separation of the input and output systems by direct current, and the primary side as an unbalanced line. This includes a transformer with an unbalanced → balanced conversion function designed to match the secondary side to the balance line. The conductor refers to a conductor, metal, gold, silver, copper, aluminum, metal body, conductor, conductive rapid, conductive non-rapid, conductive fiber, conductive plastic, an object or material that allows the flow of current, that is, electricity, in one direction or multiple directions, This includes conductors that comply with Ohm's law, which states that the voltage applied to the conductor and the current flowing through the conductor are proportional.

The semiconductor is a semiconductor, a silicon (Si) semiconductor, a semiconductor device, a diode semiconductor, a transistor semiconductor, a material that conducts electricity only under certain special conditions, a semiconductor used to control current, and the electrical conductivity value changes depending on the applied voltage or heat. semiconductors whose electrical conductivity changes depending on the wavelength of irradiated light, semiconductors whose electrical conductivity is greater than that of an insulator but smaller than that of a conductor, conductors and metals whose electrical conductivity decreases as temperature increases, Electrical conductivity increases with increasing semiconductors. Solid materials that form a crystal lattice are semiconductors in which electrons in the material form an energy band due to the periodicity of the lattice. The gap between the valence band and the conduction band is too large. A semiconductor is a material that has a band gap of an appropriate size, a semiconductor made of a single element semiconductor material such as silicon or a compound semiconductor material such as GaAs that has a small band gap, and a semiconductor that uses heat, an electric field, or light to transfer valence electrons across the band gap. When large energy is applied, these electrons cross the band gap and rise to the excited state of the conduction band. When the electrons are excited into the conduction band, holes are created in the valence band from which the electrons were removed, so the electrons in the conduction band and the holes in the valence band are (respectively) This includes semiconductors that become charge carriers with -) and (+) charges and contribute to electrical conduction.

One of the above chips or semiconductors includes electrical, electronic, communication, information, intelligence, bit, code, pulse, signal, measurement, control, instrumentation, chemical, physical, biological, artificial, nano, logic, chip, sensor, element, and 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, chip, pin, sensor, element, pendulum, electrode, battery, coil, board, module, modem, hub, server, circuit, conductor, condenser, Transformers, semiconductors, etc. may be included. Examples include electric chips, electronic sensors, communication devices, intelligent boards, bit pendulums, 5G chips, IT sensors, Al devices, ICT pendulums, IoT boards, biochips, smart sensors, artificial intelligence devices, big data circuits, blockchain boards, This includes chip sensors, chip devices, and board circuits. The chips, semiconductors, etc. may be used for the electricity, transistors, etc., or may be used for the electricity, transistors, etc.

The above chips are chips, etc., 5G is 5th Generation, etc., IT is Image Technology, Information Technology, etc., Al is Artificial Intelligence, etc., IC is Integrated Circuit, etc., ICT is Information and Communications Technology, etc., IoT is Internet of Things, etc., and Blockchain refers to Block Chain, etc., and circuit refers to circuits, integrated circuits, etc. CCTV includes CCTV, closed circuit television, CCTV, cameras, closed circuit television, and systems that transmit images to specific recipients. The above batteries include batteries, cells, dry cells, wet cells, batteries, fuel cells, solar cells, hydrogen fuel cells, electrolytic cells, electrolytic cells, and chemicals that are pre-filled in the battery. This includes a device that converts chemical energy into electrical energy, a chemical device that converts chemical energy into electrical energy using a spontaneous oxidation-reduction reaction, and a battery equipped with the magnetizer or composite, etc., in a body or case. A primary cell is a battery that cannot be reused because it cannot be recharged when the electromotive force of the battery drops to 0. A secondary cell or storage cell is a reusable battery that can repeat the discharging process of converting chemical energy into electrical energy and the charging process of converting electrical energy into chemical energy. am.

The solar cell is a solar cell, a photovoltaic cell, a photovoltaic cell, a device that converts solar light into electricity, and produces electricity by the photovoltaic effect in which light energy is converted into electricity. Applies to devices that produce . The fuel cell is a fuel cell, a device that generates electrical energy by electrochemically reacting fuel and an oxidant, a device that continuously supplies electricity through a chemical reaction by receiving a continuous supply of fuel and oxygen, an electrolyzer, and an anode. This includes a device consisting of a cathode and an electrolyte, a fuel cell equipped with the magnetizer or composite, or a fuel cell equipped with the magnetizer or composite, etc., in an electrolyzer, an anode, cathode, electrolyte, etc. As oxidation occurs at the anode, hydrogen ions and electrons with positive (+) electricity are released. Direct current is generated as the electrons generated here move from the anode to the cathode through an external conductor. The electrolyte serves to allow hydrogen ions (cations) with positive electricity to move between the two poles of the fuel cell. At the cathode, hydrogen ions moving from the anode, electrons moving through the conductor, and oxygen in the air supplied from the outside combine to create water or water vapor and discharge it.

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

The above devices or complex devices are a) devices, devices, vehicles, bodies, objects, devices, machines, means, sensors, measuring instruments, devices, equipment, facilities, robots, Equipment, parts, products, goods, goods, supplies, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, Network, a multi-function device in which two or more of them are sequentially combined; b) or device, device, vehicle, body, object, device, phone, telephone, server, device, equipment, PC (personal computer), computer, laptop, tablet, tablet PC, SNS (social network service), SNS device, cell phone, mobile kit, radio, monitor, screen, smartphone, drone, mobility, system, computer, printer, program, application, cyclone, hardware, software, Network, a composite or multi-function device in which two or more of them are sequentially combined; etc. may apply.

The Internet of Things (loT) refers to the sharing of information by connecting objects in everyday life and activities through wired and wireless networks. It embeds communication functions in various objects and allows them to connect to the Internet. Internet-based mutual communication between people and objects is possible, and through this, information can be shared by connecting objects through a network in various fields such as home appliances, electronic devices, healthcare, remote meter reading, smart homes, smart cars, and remote diagnosis. . The above apps, apps, applications, smartphone apps, etc. are apps, apps, applications, applications, phone apps, phone apps, PC apps, cell phone apps, smartphone apps, software, programs, applications, app, appl, application, applications (or applications ) is an abbreviation or abbreviation, a program or application that runs on a smart device such as a smartphone or smart TV, a program or application that goes into a smartphone or tablet PC, an application for a smart TV, or a program that can be downloaded and used on a mobile phone or smart phone, etc. Or application programs, etc.

The device, equipment, facility, battery, machine or multifunction device of the present invention includes wires (25), power, electricity, voltage, current, AC (alternating current), DC (direct current), cables (25), jacks, and power jacks (27). , plug (27), outlet (28), battery, charger, rechargeable battery, distribution board, distribution board, transformer, power supply (28), high voltage generator, power supplier, regulator (26), driver, remote control (26), controller, Remote controllers, buttons, switches, on/off buttons, on/off switches 26, etc. can be used, provided, installed, supplied, approved, provided, connected, linked, installed, etc. In the above power sources, AC, DC, etc., a) power sources include power, current, voltage, AC, DC, alternating current, direct current, current, voltage, electric powder; b) AC stands for AC, alternating current, alternating current, alternating current; c) DC stands for DC, direct current, direct current, direct current; etc. are applicable.

The present invention will be further explained using the following drawings. Contents, terms, words, idioms, sentences, etc. described below or above may be included in the content, scope, claims, embodiments, etc. of the present invention. Figure 1 shows an example of the device, device 1, functional device, functional device, functional equipment, the magnetizer to the complex device, etc. (30, 50) according to the present invention. This means at least one (40) of a) a1) magnetization (41), vibration (42), excitation (43), ozone (44), rotation, decomposition, electrolysis, discharge, sterilization, negative ion (45), magnetic field (41). A hollow (37) or tubular (37) magnetizer, a vibrator, a functional group, the magnetizer to a complex device, and the magnetizer to a magnetic field generator (30, 37) in which this is generated; The electrolysis refers to electrolysis, and the discharge refers to electric discharge. a2) or a tube or hollow body (37) equipped with a magnetizer, a functional group, the magnetizer or a composite device, the magnetizer or a 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 inside, or a bundle holder 112 with two or more feet, herein In case 1, a bundle holder 112 equipped with four feet is shown. Here, the foot swirls or aerates the water or material passing through the tube or hollow body. A solenoid valve (92), a venturi tube (77), and an outlet (78) in random or sequential order at the rear end; a4) a41) In the middle of the venturi tube, in random or sequential order, there is an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet or material inlet (94), an ozone funnel (95), and an ozone generator (96). ), high voltage generator (99); a42) Pressure inlet or material inlet (94, 103) instead of the ozone inlet; a43) a storage unit 60, a compressor 105, and a pressurized air supply compressor 105 at the rear end of the pressurized air inlet or material inlet; a5) Hose 71 at the front 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 the solenoid valve; a pipe (76) between two of the solenoid valves and outlets; a pipe (76) between two of the injector and the ozone inlet; An elbow pipe (74) between the ozone inlet and the pipe; A hose 76, a check valve 91, a pump 63, and a reservoir 60 in random or sequential order at one or more of the inlet or elbow pipe; In its storage 60, substances, additives, water to complexes, water to phytoncide, etc. 85 are stored, and the stored products are stored through the hose 76, check valve 91, pump 63, etc. It is injected into the pipe or material inlet, etc., and its injection is added to the material flowing through the pipe or material inlet. a6) a timer (98) for adjusting the opening and closing interval of the solenoid valve; a7) a distribution board (97) that supplies electricity to one or more of the valve, timer, ozone generator, and high voltage generator; A switch 100 that controls the electricity supply; Wires, plugs (10), outlets (11), and power supplies (12) connected sequentially or out of sequence to the distribution board; a8) a case 102 on which one or more of the a1) magnetizer to a7) power supply is mounted; a9) the a1) magnetizer to a8) case equipped with one of the magnetizers to complex machines (30, 37); a10) a1) magnetizer to a9) case for treating a material with one of the magnetizers to a9); a11) a nozzle mounted on the outlet 78, the outlet hose 79, etc., a nozzle with a collision plate 67 and a diffusion cone 68, a nozzle with a collision plate inside and a diffusion cone at the tip, a vortex plate 67, and A nozzle with an extension (68); a12) the magnetizer or nozzle in which one of the magnetizers or composites is used; A device equipped with one or more of the following: device 1, a magnetizer, a vibrator, a functional group, a pulse device, the magnetizer to a complex device, the magnetizer to a magnetic field generator, etc. (30, 50); b) or a device equipped with the magnetizer or nozzle, and emitting one or more of light, magnetic field, vibration, excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; c) or a device equipped with the magnetizer or nozzle, and equipped with one of a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, and two or more combined devices; d) Or, when the magnetizer or nozzle is provided, one of vibrating material, vibration frequency, excited water, excited water, magnetized material, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, phytoncide, and a composite of two or more of them is generated. or spraying device; e) or a device equipped with any two or more of the magnetizer or nozzle through which one or more of the light or phytoncide, magnetizer or composite device, or magnetization or composite device is radiated or provided or generated; f) or a device for discharging or spraying the material flowing into the inlet through the outlet or one of the hoses mounted at the rear end of the outlet; g) or a device in which the discharged material is utilized, spun, sprayed, coated, painted, painted or painted; h) Or a device that performs one of the purification and dust removal using the discharged material; etc. may apply. The magnetizer or device may be equipped with or use the above or following groups or complexes, water or complexes, magnetization or complex treatments, etc.

The device 1 includes a) a hollow magnetizer that generates a magnetic field; b) an inlet mounted at the front of the magnetizer; b) a holder provided inside the magnetizer; c) a first solenoid valve, venturi tube, and outlet sequentially mounted at the rear end of the magnetizer; d) an injector, check valve, second solenoid valve, ozone inlet, ozone funnel, and ozone generator sequentially mounted in the middle of the venturi tube; e) a high voltage generator that applies high voltage to the ozone generator; f) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; g) an elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the first solenoid valve; h) a pipe mounted between two of the first solenoid valve and the outlet; A pipe mounted between two of the injector and the ozone inlet; i) a first timer that adjusts the opening/closing interval of the first solenoid valve and the second solenoid valve, j) one or more of the check valve, first solenoid valve, second solenoid valve, first timer, ozone generator, and high voltage generator A switchboard that supplies electricity to; k) a switch that controls the supply of electricity; ℓ) wires, plugs, and outlets sequentially connected to the distribution board; m) a case where the a) magnetizer to k) switch are mounted; It is a device equipped with.

The material flowing into the inlet of device 1 flows out of the outlet of device 1 through the hollow magnetizer, the first solenoid valve, and the venturi pipe. The opening and closing interval of the second solenoid valve is adjusted by the first timer, so that the ozone generated from the ozone generator is repeatedly supplied at the interval, through the ozone funnel, ozone inlet, second solenoid valve, check valve, and injector, and then into the venturi. It flows into the material passing through the pipe. The hose mounted at the rear end of the outlet of device 1 is connected to the hose mounted at the front end of the inlet port of device 2 below. The ozone flowing in from the venturi tube passes through the outlet of device 1 and the hose mounted at the rear end of the outlet of device 1, and then flows into the hose mounted at the front of the inlet port of device 2.

Figure 2 shows an example of the device, device 2, functional device, functional device, functional equipment, the magnetizer to the complex device, etc. (30, 51) according to the present invention. This means at least one (40) of a) a1) magnetization (41), vibration (42), excitation (43), ozone (44), rotation, decomposition, electrolysis, discharge, sterilization, negative ion (45), magnetic field (41). A hollow (37) or tubular (37) magnetizer, a vibrator, a functional group, the magnetizer to a complex device, and the magnetizer to a magnetic field generator (30, 37) in which this is generated; a2) or a tube or hollow body (37) equipped with a magnetizer, a functional group, the magnetizer or a composite device, the magnetizer or a 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 inside, or a bundle holder 112 with two or more feet at the rear end. Tee tube (75), Venturi tube (77), outlet (78); a4) In the middle (90) of the tee pipe (75), sequentially a check valve (91), a solenoid valve (92), a venturi pipe (77), a pressure inlet or material inlet (103), a reservoir (60), and a pressure ( Compressor (105) that generates air; a5) In the middle of the venturi tube, there is sequentially an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet or material inlet (94) that focuses ozone generated from the ozone generator into the ozone inlet, and an ozone funnel. (95), an ozone generator (96) that generates ozone, a high voltage generator (99) that applies high voltage to the ozone generator; a6) Hose 71 at the front 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 magnetization vibrator; An elbow pipe (74) between one of the magnetizer or magnetization vibrator and the TE pipe; A pipe (76) between two of the tee pipe and outlet; A pipe (76) between two of the injector and the pressure inlet; A pipe 76 between two of the injector and the ozone inlet; An elbow pipe (74) between the solenoid valve and the pipe; An elbow pipe (74) or tee pipe (75) between the ozone inlet and the solenoid valve; A hose 76, a check valve 91, a pump 63, and a reservoir 60 in random or sequential order at one or more of the inlet or tee pipe; In its storage 60, substances, additives, water to complexes, water to phytoncide, etc. 85 are stored, and the stored products are stored through the hose 76, check valve 91, pump 63, etc. It is injected into the pipe or material inlet, etc., and its injection is added to the material flowing through the pipe or material inlet. a7) a timer (98) for adjusting the opening and closing interval of the solenoid valve; a8) a distribution board (97) that supplies electricity to one or more of the valve, timer, ozone generator, and high voltage generator; A switch 100 that controls the electricity supply; Wires, plugs (10), outlets (11), and power supplies (12) connected sequentially or out of sequence to the distribution board; a9) a case 102 on which one or more of the a1) magnetizer to a8) power supply is mounted; a10) a1) magnetizer to a9) case equipped with one of the magnetizers to complex devices (30, 37); a11) the a1) magnetizer to a10) case that processes the material with one of the magnetizers and composites; a12) a nozzle mounted on the outlet 78, the outlet hose 79, etc., a nozzle with a collision plate and a diffusion cone, a nozzle with a collision plate 76 inside and a diffusion cone 68 at the tip, a vortex plate 67, and A nozzle with an extension (68); a13) the magnetizer or nozzle in which one of the magnetizers or composites is used; A device equipped with one or more of the following: Device 2, a magnetizer, a vibrator, a functional group, a pulse device, the magnetizer to a complex device, the magnetizer to a magnetic field generator, etc. (30, 51); b) or a device equipped with the magnetizer or nozzle and emits one or more of light, magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; c) or a device equipped with the magnetizer or nozzle, and equipped with one of a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, and two or more combined devices; d) Or, while the magnetizer or nozzle is provided, one of two or more of vibrating material, vibration frequency, excited water, excited water, magnetization, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, phytoncide, or a composite of two or more is generated. or spraying device; e) or a device equipped with any two or more of the magnetizer or nozzle through which one or more of the light or phytoncide, magnetizer or composite device, or magnetization or composite material is radiated or provided or generated; f) or a device for discharging or spraying the material flowing into the inlet through the outlet or one of the hoses mounted at the rear end of the outlet; g) or a device in which the discharged material is utilized, spun, sprayed, coated, painted, painted or painted; h) Or a device that performs one of the purification and dust removal using the discharged material; etc. may apply. The magnetizer or device may be equipped with or use the above or following groups or complexes, water or complexes, magnetization or complex treatments, etc.

The device 2 includes a) a hollow vibrator that generates vibration; b) an inlet mounted at the front of the magnetizer; c) a holder provided inside the magnetizer; d) a TE tube, a first Venturi tube, and an outlet sequentially mounted at the rear end of the magnetizer; e) a first check valve, a first solenoid valve, a second venturi pipe, a pressurized air inlet, and a compressor that generates pressurized air sequentially mounted in the middle of the tee pipe; f) an injector, a second check valve, a second solenoid valve, an ozone inlet, an ozone funnel, and an ozone generator sequentially mounted in the middle of the first venturi tube; g) a high voltage generator that applies high voltage to the ozone generator; h) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; i) an elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the TE pipe; j) a pipe mounted between two of the tee pipe and outlet; A pipe mounted between two of the check valve and the pressure inlet; A pipe mounted between two of the injector and the ozone inlet; k) a second timer for adjusting the opening/closing intervals of the first and second solenoid valves, ℓ) the first check valve, second check valve, first solenoid valve, second solenoid valve, second timer, ozone A switchboard that supplies electricity to one or more of a generator and a high voltage generator; m) a switch that controls the supply of electricity; n) wires, plugs, and outlets sequentially connected to the distribution board; o) a case where the a) magnetizer to m) the switch are mounted; It is a device equipped with.

The material flowing into the hose mounted at the front of the inlet of device 2 flows out to the outlet of device 2 through the inlet of device 2, the hollow vibrator, the Tee pipe, and the first venturi pipe. The opening/closing interval of the first solenoid valve is adjusted by the second timer so that the pressure air generated by the compressor repeatedly passes the pressure air inlet, venturi pipe, third solenoid valve, and first check valve according to the interval. It flows into the material passing through the TEE pipe. The opening/closing interval of the second solenoid valve is adjusted by the second timer, so that ozone generated from the ozone generator repeatedly passes the ozone funnel, ozone inlet, second solenoid valve, second check valve, and injector according to the interval. The material flows through the first venturi tube. As pressure flows in from the Tee pipe, ozone flowing in from the first venturi pipe flows out through the outlet of device 2 and the hose mounted at the rear end of the outlet of device 2. The material flowing into the inlet of device 1 passes through devices 1 and 2 and is discharged through the outlet of device 2. Ozone supplied from device 1, pressure air supplied from device 2, and a substance containing ozone are supplied through a hose connected to the outlet of device 2. The supplied material is sprayed, sprayed, sprinkled, coated, contacted, contained, contained, etc. in the battery.

Figure 3 shows examples of decomposers, electrolyzers, and dischargers according to the present invention. In the decomposer, electrolyzer, discharger, etc., one of the magnetized or composite materials, hollow body, device 1, device 2, device 3, or device passing material can be used. The decomposer 550 may include decomposer 1, decomposer 2, decomposer 3, etc. The decomposer 1 is one of the decomposer 550, a fermenter, a fermenter, an incubator, an electrolyzer, an electrolyzer, a microbial decomposer, a microbial fermenter, a microbial incubator, and a microbial fuel cell (MFC). The decomposer 2 includes a container 102, an anode 551 and a cathode 552 spaced apart from each other inside the container, an ion film 553 between the anode and the cathode, a wire 6 connected to the anode and the cathode, A storage battery or power supply 12 connected to this wire, a heater 555 mounted on the container, a material inlet 560 of the container, an outlet 561 of the container, and a supply for supplying air or oxygen to the container. It consists of one or more of lines 562. Please refer to Figure 3a. In the decomposer, water, water, liquid, oil, substances, microorganisms, organic matter, wastewater, sewage, waste, etc. are introduced into the container 102, and the water or waste is cultured, decomposed, fermented, putrid, matured, etc. It's a place. The storage battery 12 stores electricity generated when a microbial fuel cell is formed through a reaction of the microorganisms or wastes. The power supply 12 is used to supply electricity to the anode, cathode, electrode, etc.

The decomposition unit 3 includes the following incubator, electrolyzer, MFC, CO ₂ ; or externally imported CO ₂ ; Ca, CaO, lime, _mortar , etc. contained in wastewater, seawater, salt, brine, water, waste, by-products, food, microorganisms, electrolyte, electrolyte solution, cement material, waste concrete, etc. by one or more of or by injection of CO 2 Decomposition, separation, removal, desorption, carbonation, formation of CaCO ₃ , separation of Na, separation of Cl, and reduction of pH of one or more of cement, salt, and NaCl. Here, carbonation refers to the formation of CaCO ₃ . CaCO ₃ is formed by CaO + CO2 = CaCO ₃ . Due to the formation of CaCO ₃ , the waste water or waste concrete is decomposed, separated, removed, desorbed, carbonated, and pH reduced. The pH is reduced by the above decomposition, separation, removal, desorption, carbonation, etc. The salt or NaCl is separated into Na and Cl by electrolysis. The incubator includes a) the waste water or waste concrete introduced into the container 102; b) heat by heater 555; c) air, oxygen, and nutrients introduced into the container through the supply line 562; d) H ₂ generated at the anode and O ₂ generated at the cathode in the container by applying electricity; e) Decomposition and cultivation of one or more of the above microorganisms and waste concrete; f) H ₂ , O ₂ , CO ₂ , CH ₄ , microorganisms, proliferating microorganisms, cultured microorganisms, bio-water, bio-liquid, biogas, and biosimilars produced by the above decomposition or cultivation; One or more of the following is used, implemented, or generated.

The microbial fuel cell (MFC, 570) is one of MFC 1, MFC 2, and MFC 3. The MFC 1 is a battery 570 that converts the chemical energy of organic matter contained in one or more of the wastewater or waste concrete into electrical energy using microorganisms as a catalyst. The MFC 2 is a battery in which electrons (e ^- ) and hydrogen ions (H ⁺ ) generated when microorganisms oxidize organic substances travel between the anode 551 and the cathode 552 to generate water and electricity. The MFC 3 is a) the waste, material, or organic matter inputted into the anode part 551 of the container 102; b) H ⁺ , CO ₂ , and electrons (e ^- ) generated in the anode part 551; c) the H ⁺ directed to the cathode through the ion film 553; d) H ₂ O formed by combining the H ⁺ with O ₂ in the external incoming air in the cathode part 552; e) the electrons (e ^- ) flowing through 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 electrons (e ^- ); g) a storage battery (12) that stores the electricity; One or more of the batteries are used or generated. Please refer to Figure 3b. The container 102 is one of a tank, barrel, box, ring, pipe, tank, box, container, tube, band, hose, conduit, pipe, hollow body, hollow cylinder, hollow tube, silo, case, house, and housing. .

The electrolyzer may include electrolyzer 1, electrolyzer 2, electrolyzer 3, electrolyzer 4, etc. The electrolyzer 1 includes a) an electrolyzer (571), an electrolyzer, an electrolyzer, an electrolyzer, an electrolyzer, an electrolyzer (102); b) Electrode and electrolyte applied to one of them; c) an ion film 553 between the anode 551 and the cathode 552 among the electrodes; d) a wire (6), a plug (10), an outlet (11), and a power supply (12) sequentially connected to the electrodes; e) electrolyte, electrolyte solution 554, which is electrolyzed when electricity is applied to the electrode; f) By the above electrolysis, H ⁺ , OH ^- , Na ⁺ , Cl ^- , Fe ⁺ , H ₂ , O ₂ , CO ₂ , Cl ₂ , HOCl, NaOCl, OH radical, ion, iron ion, metal ion, bubble , an electrolyzer (102) in which one or more of gas, fresh water, electrolyzed water, electrolyte, acidic water, alkaline water, bleach, salt, and hypochlorous acid is produced; It consists of one or more of: See Figure 3c. The electrolyzer 2 includes a) the waste water or waste concrete introduced into the electrolyzer 102; b) electrolysis of one or more of the waste water or waste concrete generated at the anode 551 and the cathode 552 by applying electricity; c) the H ⁺ to hypochlorous acid produced by the electrolysis; d) desalting and desalinating at least one of the wastewater and waste concrete by electrolysis; e) H ₂ and O ₂ discharged separately into the anode and cathode by the ion film 433; One or more of the following is used, generated, formed, implemented, or discharged.

The electrolyzer 3 includes a) a pipe, purifier, condenser, compressor, and storage tank sequentially connected to the electrolyzer 102; b) the pipe or storage tank that transports, purifies, condenses, pressurizes, and stores at least one of H ₂ and O ₂ ; One or more of these is provided. The electrolyzer 4 includes a) the electrolyzer, a power supply, a pipe, or a storage tank in which one of the magnetized or composite materials is used; b) the electrolyzer or storage tank equipped with one or more of a hose, nozzle, diffuser, or sprayer for supplying or spraying one or more of the H ⁺ to hypochlorous acid; c) The ^above , which causes one or more of the waste or material, soil or pellets to be sterilized, disinfected, cleaned, purified, carbonated, removed from mortar, removed from cement, or removed from foreign matter by one or more of the H + to hypochlorous acid. Electrolyzer or storage tank; It consists of one or more of:

The decomposer, electrolyzer, discharger, container or supply line, storage battery, electrolyzer, anode, cathode, anode part, cathode part, electrolyzer or power supply, pipe or storage tank, etc. include the magnetized or composite material, hollow body, device 1, It is possible to use either device 2, device 3, or material passing through the device. Looking at the generation of H ⁺ to hypochlorous acid, etc., 1) H ⁺ is the anode, OH ^- is the cathode, Fe ⁺ is the anode, H ₂ is the anode, O ₂ is the cathode, CO ₂ is the anode, OH radical is the cathode, ion or Fe ⁺ is the anode, acidic water is the anode, and alkaline water is the cathode; 2) And Na ⁺ , Cl ^- , Cl ₂ , HOCl, NaOCl, bubbles, gas, fresh water, bleach, hypochlorite, hypochlorous acid, etc. are stored in the electrolytic cell, electrolyzed water, electrolyte, between the anode and cathode; It occurs in etc. The fresh water is fresh water created by electrolysis of sea water. The electrolyte solution is water, water, liquid, oil, seawater, etc. used in electrolysis or introduced into an electrolyzer, and the electrolytic water is water, water, liquid, oil, fresh water, etc. electrolyzed or discharged from an electrolyzer. The electrolyte is an electrolyzed material, and its materials include H ⁺ to hypochlorous acid.

The discharger 572 includes a) discharger 572, electric discharger 572; b) Containers 102 and 551 into which the electrode 552 is inserted, a discharger 572 that discharges electricity by applying electricity to the electrode and the container, and ozone is generated by the discharge or dust is charged in the air passing through the container. a discharger 572 that is attached to the container and removed; etc. may be included. See Figure 3d. The discharger can be applied as an electrostatic precipitator. The discharger or electrostatic precipitator includes: a) a discharger, an electrostatic precipitator, a precipitator that uses electricity, a precipitator that uses electrical corona discharge, and a precipitator that collects charged particles by corona discharge; b) A device that applies an electric field to dust floating in the air to make it electrically charged and then collects and removes the dust with electrostatic force; c) Electrostatic precipitators using voltages of 40,000 to 70,000 V; d) An electrostatic precipitator using a voltage of 40,000 to 70,000 V generated through a high-voltage generator using alternating current power of 50 to 60 Hz; e) A dust collector in which the electric charge generated by corona discharge attaches to dust particles and becomes charged particles, which are attracted to electrodes of opposite polarity by electrostatic force and move to collect dust; f) The dust collection electrode of the cylinder is used as the anode (551), and the discharge line mounted in the center of the cylinder is used as the cathode (552). Then, air containing dust is passed through the cylinder to collect dust. A dust collector that is charged with this sound and attaches to and removes the inner surface of the cylinder; This is shown in Figure 3d, g) a dust collector that removes dust deposited on the cylinder by washing it with water or applying mechanical shock to the cylinder; It is one of the

Figure 4 shows an example of a hydrogen battery or hydrogen fuel cell according to the present invention. The hydrogen battery or hydrogen fuel cell 573 may include hydrogen battery 1, hydrogen battery 2, hydrogen battery 3, hydrogen battery 4, etc. In the hydrogen cell 1, electrons generated through a reaction in which hydrogen (H) and oxygen (O) react to form water (2H ₂ + O 2 → H ₂ O) are transferred from the anode 551 or the anode to an external conductor. Electricity is generated (573) by moving to the cathode (552) or cathode (cathode) through (6). See Figure 4a. The hydrogen cell 2 is a hydrogen cell 573 that generates electricity by providing at least one of an electrolyte 438 and an ion film 433 between the anode and the cathode, or between the anode and the cathode. See Figure 4b. In the hydrogen cell 3, the oxidation reaction of hydrogen, which is a fuel, occurs at the anode electrode 551 as in Reaction 1 or Reaction 2 below, and the reduction reaction of oxygen occurs at the reduction electrode 552 as Reaction 3 or Reaction 4 below. It is a hydrogen battery (573) that generates electricity as follows. See Figure 4 ab c. The above reaction 1 is 2H ₂ → 4H ⁺ + 4e ^- under acidic conditions. The reaction 2 is 2H ₂ + 4OH ^- → 4H ₂ O+ 4e ^- under basic conditions. Reaction 3 above 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 hydrogen cell 4 is a combination of an electrolyzer 571 and a hydrogen fuel cell 573. See Figure 4c. This is a battery that generates electricity in the hydrogen fuel cell 573 using hydrogen and oxygen generated in the electrolyzer 571. The decomposer, electrolyzer, discharger, electrolyzer, electrolyte, ion film, electrode, anode, cathode, heater, inlet, outlet, supply line, etc. are equipped with the magnetized or composite material, device 1, device 2, device 3, device passing through. The use of either substance is possible.

Figure 5 shows a wind aerator, a wind blower, a wind bubble, a wind compressor, etc. according to the present invention. This means a) equipment, materials, raw materials, water, water, dam, river, pond, substance, object, dam water, pond water, river water, water tank, reservoir, reservoir, facility, the storage unit or complex, the water Injecting pressurized air, air, atmosphere, compressed matter, compressed water, compressed air, etc. into the complex, the above-mentioned, the above-mentioned, into the above-mentioned, into the above-mentioned, etc.; Lightening, foaming, porosity, aeration, vortexing, stirring, cavitation, b) or injection of oxygen or air injection into the material or composite device, etc. by injection thereof; These include wind aerator (50), wind blower, wind bubbler, wind compressor, wind water compressor, wind air compressor, wind compressor (50), etc.

The wind aerator or wind compressor, etc. (50) is a) a wind compressor ( wind compressor, wind screw compressor, wind piston compressor, etc., or b) wind or wind power (51), a blade, windmill, or rotor (52) rotated thereby, one of which is a rotational force (53), a crank (54) that rotates by this rotational force, a rod (55) that is mounted on this crank and makes linear motion, a piston (56) mounted on this rod, and a cylinder that reciprocates inside this piston. (56), Compression of water, water, liquid, oil, air, substances, etc. inside the cylinder by the pushing force of the piston, and the resulting pressure, compressed matter, compressed water, compressed air, etc. (63), It consists of an outlet 62 of the cylinder through which lice are discharged, a hose connected to the lice outlet, a discharge hose, and a supply hose 64. The pressure indicates compressed air. It is possible to use, provide, spray, etc. the magnetization or composite treatment, the machine or composite, etc. for the blade, supply hose, machine or composite, etc.

The compressed material includes compressed air, compressed material, compressed water, compressed air, etc. obtained using wind power. The cylinder 56 is formed with an air inlet 59, an inlet valve 60 installed therein, a pressure outlet 62, and a discharge valve 61 installed therein, so that the pushing force of the piston 57, When materials or air in the cylinder (56) are compressed due to action, etc., the air inlet valve (60) is closed and the discharge valve (61) is opened so that the compressed air, compressed material, etc. (63) flows through the outlet (62), discharge hose (64), etc. When the piston (57) moves in the opposite direction, the pressure discharge valve (61) is closed and the inflow valve (60) for water, water, liquid, oil, substances, air, etc. is opened, allowing substances, air, etc. to flow into the cylinder. When the piston compresses the cylinder again, the material and air inlet valve closes and the compressed material discharge valve opens and the compressed air and compressed material are discharged through the discharge port and discharge hose. When the piston moves in the opposite direction, the discharge valve opens. is closed, the material and air inlet valve is opened, and the process of material and air flowing into the cylinder is repeated, and the pressure, compressed material, compressed air, wind pressure, etc. (63) are supplied, provided, and injected. In the case of the hollow body (37, 76, 77) into which lice are injected, substances, raw materials, materials, and mixtures are introduced into the hollow body through the injector (93), inclined pipe (93), etc. provided in the hollow body and flow inside the hollow body. By injecting pressurized air, compressed air, etc. into water, mixtures, mixtures, etc., it contributes to weight reduction, aeration, and exhalation. The wind-powered compressed air, compressed materials, compressed water, compressed air, etc. are eco-friendly compressed air, compressed materials, compressed water, compressed air, etc. that can be permanently obtained by using natural wind without the supply of external power or electricity. . Here, compressed matter, compressed water, and compressed air from wind power, wind, and wind compressors have the characteristics of being able to use a certain pressure, as a substitute for a compressor, as a substitute for lightweight materials injected into lightweight concrete, and as a substitute for compressed water or compressed air from a general compressor.

And if we explain in detail the wind aerator or wind compressor (50), in the case of a wind piston compressor, the rotational force (53) of the blade, rotor, blade, propeller, rotation shaft, etc. (52) that rotates with wind, wind power, etc. (51) ) to linearly move (58) or rotate the piston (57), screw, etc. in the cylinder (56) through the crank (54) connected to the rotation axis (52), the shaft or connecting rod (55) connected thereto, etc. This includes a device that compresses the air in the cylinder and discharges compressed water or compressed air (63) through the outlet (62) formed at one end of the cylinder. Therefore, a wind compressor is a device that obtains, produces, provides, supplies compressed water or compressed air using wind, wind power, etc. When the piston 57 moves to the left, the valve 61 of the compressed air outlet 62 closes and the water or air inlet 59 valve 60 opens, allowing water or air to flow into the cylinder, and conversely, the piston 57 ) moves to the right, the water or air inlet (59) valve (60) is closed and the valve (61) of the compressed water or compressed air outlet (62) is opened and compressed water or compressed air (63) is discharged through the cylinder outlet. , supply, etc. In the case of the wind screw compressor, the screw in the cylinder rotates due to the rotational force, compressing the water or air in the cylinder to one side, and compressed water or compressed air is discharged or supplied through an outlet formed on one side of the cylinder. .

Pressure, compressed matter, compressed water, compressed air, etc. (63) provided from the wind aerator or wind compressor (50) is supplied through a hose, pipe, pipeline, etc. (64) connected to the outlet (62) of the cylinder. (水), water, liquid (液), oil (流), energy (氣), solid (固), agent (劑), material (材), substance, object, body, material, material, in water, underwater, River, pond, water tank, tank, pipeline, tube, hose, pipe, hollow body, mixer (62), pump (63), supply route (64), storage tank, aeration tank, reaction tank, biological reaction tank, chemical reaction tank, air, indoor , factories, sites, atmosphere, indoor air, tunnels, tunnel sites, dusty air, odorous air, etc. are injected into the tube or surface treatment machine, etc. to supply air, oxygen, bubbles, etc. for aeration, reaction, coagulation, oxidation, purification, water purification, etc. Improved cleanliness, etc., or injected into soil, mortar, ready-mixed concrete, concrete, etc. (80) and embedded with air and bubbles, such as foamed soil, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight mortar, lightweight ready-mixed concrete, Lightweight concrete, etc. is created, and curing is promoted by being added to the curing air sprayed from the curing machine, or the amount of curing air sprayed can be reduced. The magnetized or composite, hollow body, device 1, device 2, device 3, Any of the device passing materials may be used.

In the present invention, or in the construction, equipment, device, manufacturing, material manufacturing, storage or composite, storage or complex, magnetization or composite, wire or power supply, etc., eco-friendly energy, alternative energy, electricity, generator, etc. can be used. do. The above energies include geothermal heat, solar power, solar power, wind power, tidal power, wave power, solar electricity, and wind power. The electricity or energy is obtained from geothermal generators, solar generators, solar power generators, wind power generators, tidal power generators, wave power generators, etc. The generator includes a) a wind power generator consisting of a wind blade, a rotation shaft thereof, a transmission mounted on the wind turbine, and a generator connected thereto; b) solar cells that produce electricity; c) a generator that produces electricity using a rotating body and its rotational force; d) Generating electricity by forming a magnetic field through a central rotor (electromagnet) and a stator (iron core) surrounding the outside; e) producing electricity by rotation of the rotor (electromagnet); f) A solar generator, solar power generator, or solar power generator consisting of solar cells and an inverter, or a rotating body using solar thermal steam and a generator connected thereto; etc. are applicable.

In the present invention, a solar generator generates electricity using the sun, and is divided into a solar power generator and a solar power generator. Here, the solar power generator generates electricity by solar cells, storage batteries, power conversion devices, etc., and here the solar power generators are divided into infrared type and steam type, and the infrared type solar power generator generates electricity by collectors, heat accumulators, generators, etc. The steam solar power generator generates electricity using a collector, heat exchanger, steam turbine, condenser, generator, etc. Here, a solar power generator is a device that generates electricity by using solar light energy by installing solar cells etc. in a place where the sun is present, and directly converts the light received by solar cells etc. into electricity. An example of a solar power generator is composed of solar cells, storage batteries, power conversion devices, etc. When sunlight shines on a solar cell made of a P-type semiconductor and an N-type semiconductor, holes (holes) are created in the solar cell by the energy contained in the sunlight. Holes and electrons are generated, and at this time, holes are gathered toward the P-type semiconductor and electrons are gathered toward the N-type semiconductor, and when a potential difference occurs, electricity is generated. The storage battery stores the generated electricity, and the power conversion device is a device that converts direct current electricity into alternating current electricity or alternating current electricity into direct current electricity.

A solar power generator is a device that is installed in a place where the sun is present and generates electricity using the sun's heat energy. Solar power generators are classified into infrared type, steam type, etc. Here, an infrared solar power generator largely consists of a collector, heat storage, and generator. The collector is a facility that collects energy from the sun and converts it into heat. The simplest form of the collector is to pump water into a black tube that absorbs light well. It is a flat collector that allows light to flow, and it consists of a transparent outer layer (glass or plastic) that transmits light surrounding a black internal component that absorbs light, creating a greenhouse effect. When light enters the collector, it becomes a black When it hits the inside, it changes into infrared rays, but since infrared rays cannot pass through the transparent layer, the inside gets hotter and hotter. A medium that absorbs and then transfers heat flows through the heated inside. This heated medium exchanges heat with water and produces water for heating or hot water. The heat accumulator is a facility that stores heating water, hot water, etc., which are media to be utilized by the user by exchanging the heat obtained from the collector, and the generator generates electricity using infrared rays generated by the collector.

Here, the steam-type solar power generator consists of a collector, heat exchanger, steam turbine, condenser, and generator. It collects solar heat using a collector that gathers light in one place, heats the heat medium in the pipe wrapped in the absorber, and the heated heat medium is heat exchanged. It circulates through the heat exchanger, and in the meantime, the heat medium in other pipes passing through the heat exchanger is heated, and the heat medium returns to the heat exchanger, consuming heat energy in that order from the steam turbine and the condenser, and in this process, electricity generation, heating and cooling, and hot water supply, etc. This is done, and here the condenser, called a condenser, condenser, etc., cools the steam discharged from the steam turbine with water and condenses or condenses it, and the generator uses the kinetic energy provided from the steam turbine to generate electricity (82). is to create.

The wind power generator of the present invention consists of a) wings, a transmission, a generator, an inverter, wires, etc., b) a wing that is rotated by the wind and converts wind energy into mechanical energy, and the rotational force generated from the wing is transmitted through the central rotation shaft to the transmission gear. It consists of a transmission that rotates the generator by increasing the number of revolutions required by the generator, and a generator that converts the mechanical energy transmitted from the transmission into electrical energy. Examples of wind power generators include windmills, wind blades, rotating shafts, converters, and generators. The rotational motion of the windmill or wind blades is transmitted to the converter or gearbox through the rotation shaft of the wind blades, and rotates in the converter or gearbox. This involves accelerating the rotational speed of the movement and sending it to a generator, where the generator converts mechanical energy into electrical energy and generates electricity. In addition to the generator, an inverter may be provided. The inverter converts the generated direct current electricity (DC) into alternating current electricity (AC) or alternating current electricity (AC) into direct current electricity (DC). The wind aerator, wind compressor, and generator; One double fitting; Accessories described above; It is possible to use the above-described magnetized or composite materials, etc.

The above relates to 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 construed as limited to the above contents, claims, examples, etc. The technical details of the present invention described above and the technical details underlying it will all be included in the scope of the present invention.

6: wire 12: storage battery or power supply
102: Container 551: Anode 552: Cathode 553: Ion film

Claims (1)

A battery consisting of a battery, generator, fuel cell, solar cell, and charger,
The battery is a device that stores electricity and is charged from the generator or charger,
The generator is a device that produces electricity and supplies the produced electricity to the battery or charger,
The fuel cell is a device that receives a supply of fuel and oxygen and produces electricity through a chemical reaction, and supplies the produced electricity to the battery or charger,
The solar cell is a device that converts sunlight into electricity and supplies electricity converted from the sunlight to the battery or charger,
The charger is a device that charges electricity and receives electricity from the generator or solar cell to charge the battery.
The generator includes a wind generator,
The wind power generator is a device that generates electricity from the generator by consisting of a blade that rotates with wind power, a rotation shaft of the blade, a transmission mounted on the rotation shaft, and a generator linked to the transmission,
The fuel cell includes a microbial fuel cell and a hydrogen fuel cell,
The microbial fuel cell consists of a container, an anode and a cathode spaced apart from each other inside the container, an ion film provided between the anode and the cathode, and a wire connected between the anode and the cathode, a) an anode portion with the anode. A material is injected into, b) H ⁺ , CO ₂ , and electrons (e ^- ) are generated in the anode part by decomposition of the material, and c) the H ⁺ is directed to the cathode part where the cathode is located through the ion film. , d) H ₂ O is formed in the cathode part by the combination of the H ⁺ and O ₂ contained in the air flowing in from the outside, and e) the electrons (e ^- ) are connected to the anode part of the anode part and the cathode of the cathode part. flows through a wire connected to, f) electricity is generated by the flow of electrons (e ^- ),
In the hydrogen fuel cell, electrons (e ^- ) generated through O ₂ + 4H ⁺ + 4e ^- → 2H ₂ O, a reaction in which hydrogen (H) and oxygen (O) react to form water, are transferred from the anode to the outside. It generates electricity by moving to the cathode through the conductor.
A modem is provided in the battery,
A sensor is provided in the battery or modem,
The sensor is provided with a chip,
The chip is provided with a substrate,
A module is provided on the board,
The module is provided with a circuit,
A semiconductor is provided in the circuit,
The Internet of Things (loT) is used in the battery, modem, or sensor,
The Internet of Things is a first object equipped with a communication device and connected to the Internet, so that information from the second object is transmitted to the third and fourth objects,
By the communicator, the first object, second object, third object, and fourth object are connected to the Internet, and the first object, second object, third object, and fourth object are connected to each other in a network based on the Internet. ,
The first object is a case,
The first object is provided with the communication device,
A camera is provided on the first object and spaced apart from the communicator,
The second object is a logger,
The third object is a mobile phone,
The fourth object is a smartphone,
The first object is provided in the battery,
The second object is provided on the first object or around the first object,
The third object is provided to a person involved in the business of the battery,
The fourth object is provided to the person who manages the battery,
An app is installed on the third and fourth objects,
The sensor senses the battery, modem, sensor, chip, board, module, circuit, semiconductor, and camera,
The camera is the battery or semiconductor. Filming work,
The information includes the sensed and photographed data,
The information is collected in the second object,
A transmitter, communication network, receiver, mobile phone, mobile phone app, smartphone, and smartphone app are linked to the communication unit,
The information is a) transmitted to the third object through the transmitter, communication network, receiver, mobile phone, and mobile phone app, and b) transmitted to the fourth object through the transmitter, communication network, receiver, smartphone, and smartphone app,
The battery, modem, sensor, chip, board, module, circuit, semiconductor, and camera are managed by the information, sensing, shooting, data, collection, app, and delivery,
The material supplied through the hose connected to the outlet of device 2 is sprayed into the battery,
The device 2 is the device 2 in the composite device of device 1 and device 2,
The battery has the function of purification, cleaning, sterilization, disinfection, and quarantine,
The device 1 includes a) a hollow magnetizer that generates a magnetic field; b) an inlet mounted at the front of the magnetizer; b) a holder provided inside the magnetizer; c) a first solenoid valve, venturi tube, and outlet sequentially mounted at the rear end of the magnetizer; d) an injector, check valve, second solenoid valve, ozone inlet, ozone funnel, and ozone generator sequentially mounted in the middle of the venturi tube; e) a high voltage generator that applies high voltage to the ozone generator; f) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; g) an elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the first solenoid valve; h) a pipe mounted between two of the first solenoid valve and the outlet; A pipe mounted between two of the injector and the ozone inlet; i) a first timer that adjusts the opening/closing interval of the first solenoid valve and the second solenoid valve, j) one or more of the check valve, first solenoid valve, second solenoid valve, first timer, ozone generator, and high voltage generator A switchboard that supplies electricity to; k) a switch that controls the supply of electricity; ℓ) wires, plugs, and outlets sequentially connected to the distribution board; m) a case where the a) magnetizer to k) switch are mounted; It is a device equipped with
The material flowing into the inlet of device 1 flows out of the outlet of device 1 through the hollow magnetizer, the first solenoid valve, and the venturi pipe.
The opening and closing interval of the second solenoid valve is adjusted by the first timer, so that the ozone generated from the ozone generator is repeatedly supplied at the interval, through the ozone funnel, ozone inlet, second solenoid valve, check valve, and injector, and then into the venturi. enters the material passing through the pipe,
The hose mounted at the rear end of the outlet of device 1 is connected to the hose mounted at the front end of the inlet port of device 2,
The ozone flowing in from the venturi tube passes through the outlet of device 1 and the hose mounted at the rear end of the outlet of device 1 and flows into the hose mounted at the front of the inlet port of device 2,
The device 2 includes a) a hollow vibrator that generates vibration; b) an inlet mounted at the front of the magnetizer; c) a holder provided inside the magnetizer; d) a TE tube, a first Venturi tube, and an outlet sequentially mounted at the rear end of the magnetizer; e) a first check valve, a first solenoid valve, a second venturi pipe, a pressurized air inlet, and a compressor that generates pressurized air sequentially mounted in the middle of the tee pipe; f) an injector, a second check valve, a second solenoid valve, an ozone inlet, an ozone funnel, and an ozone generator sequentially mounted in the middle of the first venturi tube; g) a high voltage generator that applies high voltage to the ozone generator; h) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; i) an elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the TE pipe; j) a pipe mounted between two of the tee pipe and outlet; A pipe mounted between two of the check valve and the pressure inlet; A pipe mounted between two of the injector and the ozone inlet; k) a second timer for adjusting the opening/closing intervals of the first and second solenoid valves, ℓ) the first check valve, second check valve, first solenoid valve, second solenoid valve, second timer, ozone A switchboard that supplies electricity to one or more of a generator and a high voltage generator; m) a switch that controls the supply of electricity; n) wires, plugs, and outlets sequentially connected to the distribution board; o) a case where the a) magnetizer to m) the switch are mounted; It is a device equipped with
The material flowing into the hose mounted at the front of the inlet of device 2 flows out of the outlet of device 2 through the inlet of device 2, the hollow vibrator, the Tee pipe, and the first venturi pipe.
The opening/closing interval of the first solenoid valve is adjusted by the second timer so that the pressure air generated by the compressor repeatedly passes the pressure air inlet, venturi pipe, third solenoid valve, and first check valve according to the interval. flows into the material passing through the TEE pipe,
The opening/closing interval of the second solenoid valve is adjusted by the second timer, so that ozone generated from the ozone generator repeatedly passes the ozone funnel, ozone inlet, second solenoid valve, second check valve, and injector according to the interval. flows into the material passing through the first venturi pipe,
As pressure flows in from the TEE pipe, ozone flowing in from the first venturi pipe flows out through the outlet of device 2 and the hose mounted at the rear end of the outlet of device 2,
A battery characterized in that ozone supplied from device 1, pressure air supplied from device 2, and a substance containing ozone are supplied through a hose connected to the outlet of device 2.