KR20240004175A - Construction robot, equipment, system - Google Patents

Abstract

The present invention is a) flight, gliding, running, moving, filming, measuring, surveying, sensing, mapping, observation, observation, control, crime prevention, operation, transmission, reception, communication, mediation, correspondence, transmission and reception, spraying, spraying, spraying , quarantine, purification, cleanliness, cleaning, disinfection, sterilization, fire extinguishing, fire extinguishing, ozone radiation, negative ion radiation, disinfectant placement, pesticide spraying, dust removal, construction, construction, construction, construction, pressurization, pouring, laying, injection, vibration, Mobility that includes compaction, curing, delivery, delivery, courier, consignment, boarding, boarding and alighting, location recognition, coordinate recognition, and combination of two or more of these; b) Mobility equipped with equipment or means such as the above flight or combination; c) Mobility equipped with the above equipment or means to perform the above flight, combination, etc.; d) the above-mentioned aircraft or complex, equipment or means for which mobility is used; e) or mobility mounted on top of tasks, equipment, people, robots, means, facilities, etc.; f) Mobility that flies in the air over the above-mentioned work or facility; g) the work or facility where mobility is mounted at the top; h) said works or facilities where mobility is flown in the air; i) Mobility used in the above-mentioned flights, complexes, operations, facilities, etc.; j) Operations, methods, means, devices, equipment, facilities, robots, systems, computers, printers, programs, applications, cyclones, hardware, software, networks, the above-mentioned or combined, the above-mentioned operations for which mobility is used or used for mobility. Inland facilities; It is about etc.

Description

Robots, robot equipment, robot systems for construction, construction, and construction purposes {Construction robot, equipment, system}

The present invention relates to a) drones, robots, flying vehicles, mobility, unmanned aerial vehicles; b) One of which is used for work, flight, movement, filming, observation, control, surveying, work, mapping, construction, construction, purification, cleaning, quarantine, delivery, boarding, transport, monitoring; c) Combination of two or more of the above; d) the drone or complex operations, methods, devices, equipment, systems, computers, printers, programs, applications, cyclones, hardware, software, networks; e) Chips, pins, sensors, elements, pendulums, electrodes, batteries, coils, boards, modules, modems, hubs, servers, circuits, conductors, condensers, transformers, semiconductors included in the drone or network, etc.; It is about etc.

Interest in and use of drones, robots, flying vehicles, and airplanes is increasing. Currently, drones, flying vehicles, and airplanes are used for filming, information collection, recruitment, rescue, transportation, transportation, material transfer, surveillance, reporting, inspection, fire fighting, quarantine, and pesticide spraying.

Recently, the term mobility has been introduced in addition to drones. In particular, with the introduction of the 4th industrial revolution, the term mobility is often discussed. Mobility in the dictionary means mobility, fluidity, maneuverability, etc., but also refers to means, devices, equipment, services, transportation, transportation, and aviation that facilitate the movement of people.

Representative examples of mobility include micro mobility and urban air mobility. Here, micro-mobility is used for purposes such as transportation, and urban air mobility has not yet been put into practical use. Although mobility is only partially used, it will be very beneficial if it is used for various purposes.

To date, research, development, and design are in progress on mobility-related devices, devices, vehicles, batteries, chargers, systems, auxiliary devices, and programs, but it is assessed that there has not been much research on their various uses.

Existing technologies for mobility include mobility connection system (Korean registration number 10-2262139), auxiliary battery for personal mobility (Korean registration number 10-2168083), and two-mode mobility charger capable of slow and fast charging (Korean registration number 10-1849779). ), Foldable Personal Mobility (Korean Registration No. 10-2053432), Method for providing driving modes for personal mobility using ICT technology (Korean Publication No. 10-2021-0065879), Integrated power conversion control device for micro mobility (Korean Publication No. 10) -2020-0034865), personal mobility vehicle (US registration number 05101920), mobility device (European publication number 02575719), and mobility monitoring device and program (Japanese publication number 33071767).

It would be beneficial if drones, flying vehicles, mobility, other devices, equipment, devices, machines, means, materials, materials, facilities, equipment, systems, networks, etc. are used for the following tasks, work or complex, flight or complex, construction or complex, etc. will be. In addition, it can be said that it is necessary to devise methods, technologies, devices, equipment, facilities, systems, etc. that use mobility for the following tasks, work or complex, flight or complex, construction or complex, etc.

And recently, eco, nature, ecology, eco-friendliness, low carbon, green growth, viruses, bacteria, global warming, sustainable development, etc. have become hot topics due to urbanization, warming, population growth, industrial development, and increase in pollution. Interest in treatment, disposal, countermeasures, alternatives, hygiene, quarantine, sterilization, and disinfection is increasing. In particular, treatment, disposal, countermeasures, alternatives, hygiene, quarantine, and sterilization for germs, bacteria, pollution, dust, yellow dust, water quality, air quality, soil quality, heavy metals, waste, fine dust, viruses, environmental hormones, sick building syndrome, formaldehyde, etc. , disinfection, etc. are required.

Due to these contemporary and environmental demands, the above-mentioned eco and sustainable development, treatment and disinfection, bacteria and formaldehyde; The following operations, work to complex, flight to complex, construction to complex, machine to complex, water to complex, magnetization to complex; There is a demand for the introduction of more hygienic and eco-friendly work, means, facilities, methods, drones, systems, mobility, networks, etc.

The present invention was conceived in consideration of the above-mentioned problems, and the purpose of the present invention is to fly, move, photograph, observe, control, survey, work, map, construct, etc. mobility, robots, UAM, the following devices, etc. Methods, devices, equipment, systems, computers, printers, programs, applications, cyclones, hardware, etc. for use in purification, cleaning, quarantine, sterilization, disinfection, delivery, boarding, transportation, monitoring, lower flight or complex, lower construction or complex, etc. It provides software, networks, etc.

The present invention a) work, flight, glide, run, move, shoot, measure, survey, sensing, mapping, observation, observation, control, crime prevention, operation, transmission, reception, communication, mediation, correspondence, transmission and reception, spraying, spraying , spraying, quarantine, purification, cleanliness, cleaning, disinfection, sterilization, fire extinguishing, fire extinguishing, ozone radiation, negative ion radiation, disinfectant placement, pesticide spraying, dust removal, construction, construction, construction, construction, pressurization, pouring, placement, injection, Vibration, compaction, curing, delivery, shipping, courier, consignment, boarding, boarding and disembarking, boarding, disembarking, location recognition, coordinate recognition, lower flight or complex, lower construction or complex, two or more of the above, two or more of the above sequentially A compound made of; UAM, robots, mobility, etc., including the following groups and complexes; b) Mobility equipped with the above equipment or means such as work to complex, flight to complex, construction to complex, etc.; c) or mobility, operations, equipment, people, robots, means, facilities, etc., in which the following devices or complexes are used, the above flights or complexes; d) Or mobility mounted on top of work, equipment, people, robots, means, facilities, etc., the following groups to complexes; e) Mobility flying in the air over the above operations or facilities, the following groups or combinations; f) the work or facility where mobility is mounted at the top; g) said works or facilities where mobility is flown in the air; h) Mobility used in the above-mentioned flights, complexes, operations, facilities, etc.; i) operations, methods, means, devices, equipment, facilities, systems, computers, printers, programs, applications, cyclones, hardware, software, networks, said flights or complexes, said operations or facilities for which mobility is used or for which mobility is used; ; j) Chips, pins, sensors, elements, pendulums, electrodes, batteries, coils, boards, modules, modems, hubs, servers, circuits, conductors, condensers, transformers, and semiconductors included in the above-mentioned flights, complexes, operations, facilities, etc.; etc. are designed.

The present invention provides a method in which mobility, the following devices or complexes, etc. are utilized for various purposes such as work or complex, flight or complex, construction or complex, magnetization or magnetization treatment as described above or below. And mobility that performs the above or the following work to complex, flight to complex, construction to complex, magnetization or magnetization processing, or the following group to complex; Mobility equipped with means such as the above or below, such as one to composite, flight to composite, construction to composite, magnetization or magnetization treatment, or the following to composite; Means such as one to multiple, flying to multiple, construction to multiple, magnetization to magnetization processing, etc., as described above or below, equipped with mobility; Mobility or the following groups or complexes that perform various tasks or construction; Various tasks, construction performed by mobility; A variety of equipment equipped with mobility, mobility equipped with a variety of equipment; etc. are provided.

Figures 1, 3, and 4 are schematic diagrams showing drones, mobility, and UAM according to the present invention.
Figure 2 is a schematic diagram showing equipment linked to mobility according to the present invention.
Figure 5 is a schematic diagram showing shooting, measurement, transmission, and reception by mobility according to the present invention.
Figure 6 is a schematic diagram showing the principle of dust measurement according to the present invention
7 to 14 are schematic diagrams showing a magnetizer, vibrator, functional device, complex device, etc. according to the present invention.
Figures 15 and 16 are schematic diagrams showing cones, nets, rods, frames, and spirals according to the present invention.
17 to 22 are schematic diagrams showing an example of the device according to the present invention.
Figures 23 to 29 and 47 are schematic diagrams showing the pouring machine, pump car, pouring hole, and end hose according to the present invention.
Figures 30, 31, and 32 are schematic diagrams showing construction equipment according to the present invention.
Figures 33, 34, and 35 are schematic diagrams showing foundation construction according to the present invention.
Figures 36 and 37 are schematic diagrams showing the rebar coupler according to the present invention
Figures 38 and 39 are schematic diagrams showing the 3D printer according to the present invention
Figures 40 and 41 are schematic diagrams showing a single-engine machine, a twin-engine machine, and a screed according to the present invention.
Figures 42 and 43 are schematic diagrams showing the form according to the present invention
Figures 44 and 45 are schematic diagrams showing the scaffold according to the present invention
Figure 46 is a schematic diagram showing reinforcement, earthquake-resistant materials, and earthquake-resistant materials according to the present invention.
Figure 48 is a schematic diagram showing a bending machine according to the present invention
Figure 49 is a schematic diagram showing the tunnel pouring machine and form according to the present invention
Figure 50 is a schematic diagram showing the bridge pouring machine and form according to the present invention.
Figure 51 is a schematic diagram showing a decomposer, electrolyzer, and discharger according to the present invention.
Figure 52 is a schematic diagram showing a hydrogen battery or hydrogen fuel cell according to the present invention.
Figures 53 to 56 are schematic diagrams showing the basis according to the present invention
Figure 57 is a schematic diagram showing a room according to the present invention
Figures 58 and 59 are schematic diagrams showing devices, equipment, magnetizers, and multi-function devices according to the present invention.
Figure 60 is a schematic diagram showing a wind aerator or wind compressor according to the present invention
Figures 61 to 64 are schematic diagrams showing a sorter, crusher, and processor according to the present invention.
Figure 65 is a schematic diagram showing a purifier and dust collector according to the present invention
Figure 66 is a schematic diagram showing a dehydrator according to the present invention
Figure 67 is a schematic diagram showing a pelletizer according to the present invention
Figure 68 is a schematic diagram showing a landfill according to the present invention
Figures 69 to 95 are schematic diagrams showing purifiers, purifiers, water purifiers, vacuum cleaners, etc. according to the present invention.
Figures 96 to 98 are schematic diagrams showing a sorter, stirrer, diffuser, etc. according to the present invention.

The present invention relates to a) drones, flying vehicles, mobility, unmanned aerial vehicles; b) Filming, observation, control, surveying, operation, mapping, construction, construction, purification, cleaning, quarantine, delivery, boarding, transportation, monitoring, any of which is used; c) a method, equipment, or system of one of the above drones or monitoring; It is about etc. The present invention relates to a) drones, flying vehicles, mobility, unmanned aerial vehicles; b) Complex mobility that combines two or more of these; c) Flight, movement, filming, observation, control, surveying, work, mapping, construction, construction, purification, cleaning, quarantine, sterilization, disinfection, delivery, boarding, ride-sharing, ride-hailing, transport, monitoring where any of the above is used; d) Combination of two or more of the above flight or monitoring; e) a method, device, equipment, system, computer, printer, program, application, cyclone, hardware, software, network, of any of the above drones or complexes; It is about etc.

In the present invention, window port 1 is a robot that performs construction or is used in construction, wherein the robot is equipped with a magnetizer, the robot is provided with a vibrator spaced apart from the magnetizer, and the robot is equipped with an ozone device spaced apart from the vibrator. , the robot is equipped with a negative ion group spaced apart from the ozone machine, the magnetizer is used to magnetize the material of the construction, the vibrator is used to vibrate the material, and the ozone machine is used to ozonate the material, The negative ion machine is used to process the material with negative ions, the Internet of Things (IOT) is used in the mobility, a modem is provided in the mobility, a communicator, server, computer, and smartphone are connected to the modem, and the Internet of Things By (IOT), the robot, mobility, modem, communicator, server, computer, and smartphone are connected to the Internet, and the robot or mobility performs the construction using the modem, communicator, server, computer, smartphone, and the Internet. or manage the above-mentioned construction.

In the present invention, Example 1 is a) construction, construction, excavation, ground excavation, cutting, ground cutting, filling, ground filling, masonry, brick masonry, plastering, finishing plastering, waterproofing, water blocking, watering, shorting, coating, painting, Painting, painting, paving, road paving, pouring, concrete pouring, vibration, concrete vibration, compaction, concrete compaction, curing, concrete curing, surface treatment, concrete surface treatment, planting, tree planting, vegetation, tree vegetation, assembly, building assembly , rebar assembly, binding, rebar tying, dismantling, building dismantling, greening, slope greening, cleaning, building cleaning, washing, exterior wall washing, management, construction management, safety management, signals, traffic signals, injection, crack injection, grouting, ground. A robot is used in one or more of the sequences selected from the group consisting of grouting, shotcrete, slope shotcrete, green soil, slope green soil, seed spray, interior, and remodeling, or b) or a robot is used in one or more of the sequences selected from the group. It concerns construction and construction methods using robots, which are characterized by performing two or more tasks.

In the present invention, the work or work method corresponds to work in which the mobility 65 or the mobility 65 with a movement function is used according to Example 1. 1) a) the mobility 65 performs one or more of flying, gliding, running, moving, stopping, taking off, and landing, and b) the mobility performs b1) construction, construction, construction, work, construction; b2) Or the construction or construction of one of the facilities, equipment, buildings, houses, shops, roads, bridges, tunnels, foundations, ground, basements, factories, complexes, apartments, and structures (the above works, construction, construction, work, construction ); b3) the work or construction performed during one or more of the flight or landing (the flight, glide, drive, movement, stop, takeoff, landing); c) the mobility is c1) storage, mixing, pressurization, excavation, earthwork, transport, pouring, laying, spraying, packaging, spraying, forming, magnetizing, vibrating, compacting, spraying, curing; c2) or the storage or curing performed during one or more of the flight or landing, construction or construction (the storage, mixing, pressurization, excavation, earthwork, transport, pouring, laying, spraying, packaging, spraying, molding, magnetization, vibration) , compaction, watering, curing); c3) or storing or curing the material; Do one or two or more selected from among sequentially, and d) the mobility is d1) purification, cleaning, cleaning, washing, car washing, washing, sterilization, disinfection, quarantine, dust removal; d2) or the purification or dust removal in one or more of the flight or landing, construction or construction, storage or curing (the purification, purification, cleaning, washing, car washing, cleaning, sterilization, disinfection, quarantine, dust removal); d3) Or one of the materials, mobility, facilities or structures (the facilities, equipment, buildings, houses, shops, roads, bridges, tunnels, foundations, ground, underground, factories, complexes, apartments, structures) is purified or dusted. eliminate; Do one of the selected ones or two or more sequentially,

e) The mobility is e1) ozone, mist, anion, purifier, detergent, cleaning agent, detergent, car wash, detergent, disinfectant, disinfectant, mist, photocatalyst, phytoncide; e2) or the ozone or phytoncide in one or more of the flight or landing, construction or construction, storage or curing, purification or dust removal, materials, mobility, facilities or structures; discharging one selected from among or sequentially discharging two or more selected from among, f) said discharging f1) purifying or removing dust; f2) or one or more of the flight or landing area, the construction or construction site, the storage or curing site, the material, mobility, facility or structure is purified or dusted; g) the mobility is g1) shooting, taking pictures, taking pictures, recording, flight shooting, camera shooting, CCTV recording; g2) Or filming, recording, flight filming, camera filming, CCTV recording of one or more of the above flight or landing, construction or construction, storage or curing, purification or dust removal, ozone or phytoncide, emission, material, mobility, facility or structure. ; Do one of the selected ones or two or more sequentially,

h) The above mobility includes h1) measurement, survey, observation, observation, control, measurement, inspection, diagnosis, patrol; h2) or the measurement or patrol (the measurement, survey, observation, observation, control, measurement, inspection, diagnosis, patrol); h3) or measuring or patrolling one or more of the facilities, equipment, buildings, roads, traffic, streets, alleys, neighborhoods, villages, complexes, sites, factories, industrial complexes, construction sites, workshops, workplaces, apartments, and structures; h4) or scene, status, situation, image, location, coordinates, street number, address, point, area, distance, latitude, longitude, angle, altitude, height, length, width, height, size, area, volume, verticality, Verticality, spatial coordinates, location coordinates, GPS coordinates, temperature, humidity, wind direction, wind speed, bacteria, rust, bacteria, air, atmosphere, dust, pollution, stain, corrosion, environment, wastewater, sewage, sewage, dust, yellow dust, Measurement or patrol of one or more selected from waste, sediment, sludge, VOC, CO, CO ₂ , SOx, NOx, air quality, pathogens, mold, fine dust, viruses, bacteria, environmental hormones, sick building syndrome, and formaldehyde; h5) Or one or more of the above-mentioned scene or formaldehyde of one or more of the above flight or landing, construction or construction, storage or curing, purification or dust removal, discharge, filming, filming, photographing, recording, material, mobility, facility or structure. From the above measurements to patrolling; Do one or two or more selected from the group consisting of, i) the mobility is i1) transmission, transmission, communication, communication, transmission and reception, wireless transmission, wired transmission, Internet transmission, Wi-Fi transmission; i2) or selected from the above flight or landing, construction or construction, storage or curing, purification or dust removal, discharge, filming, filming, photographing, recording, material, mobility, facility or structure, scene or formaldehyde, measurement or patrol. One or more transmission, transmission, communication, correspondence, transmission and reception, wireless transmission, wired transmission, Internet transmission, Wi-Fi transmission; i3) or transmitting, transmitting, communicating, communicating, transmitting and receiving, wireless transmission, wired transmission, Internet transmission, Wi-Fi transmission of one or more images or photographs selected from the above flight or patrol; Either:

The flight or patrol includes the flight or landing, construction or construction, storage or curing, purification or dust removal, discharge, filming, filming, taking pictures, recording, materials, mobility, facilities or structures, scenes or formaldehyde, measurement or patrol. etc. are applicable.

2) or in addition to 1) above, or in addition to a), b), c), d), e), f), g), h), i) above, a) the video, film, or transmission water, transmitted transmittal; A video, film, transmission, or transmittal of one of the flights or patrols; One of the following is reception, incoming reception, wireless reception, wired reception, Internet reception, Wi-Fi reception, PC reception, monitor reception, smartphone reception; b) One or more of the video or transmission (the video, filming, transmitted transmission, transmitted transmission; video, filming, transmission, transmission of one of the flights or patrols) or received reception is used. Mapping, building information modeling (BIM), matching, image matching, drawing matching, drawing, three-dimensionalization, graphics; c) Drawing, 3D by one or more of the video, transmission, reception, mapping or graphics (the mapping, building information modeling, matching, image matching, drawing matching, drawing, three-dimensionalization, graphics) Drawings, graphic drawings, BIM drawings, topographic maps, cadastral maps, status maps, construction drawings, work drawings, completion drawings, as-built drawings, spatial information, 3D spatial information, aerial photos, construction photos, work photos, aerial images, construction videos, Work video, orthomosaic, digital elevation model, 3D terrain model, matching diagram, matching diagram between design and current work, matching diagram between design and current construction, design drawings and Producing one or more of the following: a matching diagram of the current construction drawing, a construction status diagram, a work status map, a topographical status map, and the drawing or work status map for the facility or structure; d) Quantity, area, size, volume, land area, earthwork volume, excavation volume, filling volume, cutting volume, construction volume, Calculating one or more of the following: slope stability, structural stability, joint surface, workload, building volume, construction volume, construction volume, the volume or construction volume per day, hour, or week, and the volume or construction volume for the facility or structure. ; Do one or more things selected from the group consisting of,

3) or mobility a) any of the above flight, patrol, transmission, transmission, communication, correspondence, transmission and reception, reception, mapping or graphicalization, production, calculation, Body, object, device, machine, tool, sensor, measuring instrument, device, equipment, facility, robot, facility, part, product, article, commodity, supply, PC, GPS, GIS, CCTV, camera, camera, semiconductor , recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network, a composite or multi-function device in which two or more of these are sequentially combined; b) 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; c) or a multi-function device in which two or more of the above chips or semiconductors are sequentially combined; d) the device to the multi-function device using one of the chips to the multi-function device; e) or the device or semiconductor that performs one of the above flight or mountaineering operations; f) or the above-mentioned device or semiconductor that sequentially performs two or more of the above-mentioned flight or calculation; It is characterized in that one or more selected from the group consisting of is used or linked. The device or semiconductor refers to the device or network, the chip or semiconductor, etc.

In the present invention, drones, flying vehicles, airplanes, mobility, mobility devices, etc. can play the role of people, robots, workers, engineers, devices, equipment, machines, devices, workers, laborers, constructors, orderers, etc. It can be done by the orderer, etc., work, construction, construction, construction, architecture, filming, filming, taking pictures, drafting, production, purification, cleanliness, and a combination of two or more of these.

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 machine, negative ion machine, rotator, vacuum, pressurizer, electrolyzer, discharge machine, quarantine machine, disinfector, sterilizer, infrared machine, ultraviolet ray. device, thermal imager, ultrasonic device; 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.

The name, description, description, effect, content, entire, specification, technical field, specific content, claims, summary, drawings, sentences, phrases, contents, terms, words, paragraphs, materials, materials, raw materials, substances, objects of the present invention , parts, devices, equipment; The sentence or equipment described in one or one of the names or drawings; Etc. uses, uses, applies, cites, provides, places, retains, replaces, exchanges, replaces, adds, aggravates, adds, adds, introduces, injects, puts in, mixes, mixes, adds, appends, edits, deletes, removes, etc. Change, change, duplication, polymerization, combination, combination, parallel, connection, connection, inclusion, inclusion, etc. are possible, or the above-mentioned use or inclusion is possible, or the contents of the present invention, specification, claims, claims, etc. It may be included in the scope of claims, etc. In addition, the names, equipment, etc. above or below can be used or changed, or can be included in the content, specification, claims, claims, claims, etc. of the present invention. Examples of this include adding phrases or materials from claim 1 to claim 2, replacing words or content from claim 2 with content from claim 1, replacing materials from claim 2 with materials from claim 1, and replacing words or phrases from the abstract with content from claim 1. Add words or paragraphs written in effect to the claims, apply paragraphs of the specification to the claims, cite terms or descriptions of specific content in the claims, write terms or descriptions of drawings in the claims, and add terms or paragraphs in the claims to the title of the invention. is described, the effect of the invention is described in the technical field, the contents of the summary are described in the technology that is the background of the invention, some specific details for implementing the invention are described in the technology that is the background of the invention, and the invention is described in the claims. Partial description of specific details for implementation, addition of vibrator to magnetizer, addition of facility to equipment, addition of material to material, addition of negative ion group to ozone, addition of semiconductor to purifier, removal of vibration from vibrating magnetizer to magnetizer, vibration and magnetization This includes deleting magnetization and making it vibrate.

In the present invention, according to Example 2, mobility 65 includes unmanned mobility, manned mobility, flight mobility, aviation mobility, urban air mobility, unmanned flight mobility, manned flight mobility, mobility, mobility device (device or machine), mobility device, It is one of mobility 65 among mobility machines, mobility means, mobility devices, mobility equipment, mobility facilities, mobility equipment, mobility products, UAM (urban air mobility), and mobility systems, and the mobility is mobility 1, mobility 2, and mobility 3. , Mobility 4, Mobility 5, Mobility 6, Mobility 7, Mobility 8, Mobility 9, Mobility 10, Mobility 11, Mobility 12, Mobility 13, Mobility 14, Mobility 15, Mobility 16, Mobility 17, Mobility 18, Mobility 19, mobility It is one of 20, Mobility 21, Mobility 22, and Mobility 23.

The mobility 1 includes: a) guests boarding, goods being loaded, takeoff, flying, measuring the concentration of dust while flying, spraying water after the measurement, radiating ozone while spraying, and spraying removing dust in the air, purifying the air by the radiation, photographing the foreground while flying or purifying the foreground, measuring the foreground while photographing the foreground, transmitting the captured image wirelessly, and transmitting the survey data transmit wirelessly, arrive at the destination, land, disembark the customer, and deliver the product to the orderer; b) UAM (urban air mobility) carries passengers, carries goods, flies or moves, photographs, surveys, measures air quality, transmits the captured images, transmits the survey data, and measures the measurements. transmitting the data, dropping off the customer at the destination, and delivering the product to the orderer; c) filming or construction while flying or moving; d) Work or construction while flying or moving; e) Filming and measuring or construction while flying or moving; f) Filming and working or construction while flying or moving; g) Filming, measuring and surveying or construction while flying or moving; h) Filming, measuring, surveying and spraying while flying or moving; i) Filming, measuring, surveying, spraying and spraying while flying or moving; j) Filming, measurement, surveying, spraying, spraying and ozone radiation while flying or moving; k) Determine the location coordinates of oneself, an object, facility or equipment while flying or moving; ℓ) Filming and determining the location coordinates of oneself, an object, facility or equipment while flying or moving; m) Filming, measurement, surveying, spraying, spraying, ozone radiation and negative ion radiation while flying or moving; n) Shooting land or buildings or real estate while flying or moving and transmitting the captured images; Purifying the air quality of oneself or surroundings while flying or moving, or purifying the air quality of oneself or surroundings using a photocatalyst coated on oneself (mobility); o) Filming, measurement, surveying, spraying, spraying, quarantine, ozone radiation, negative ion radiation, and disinfectant placement while flying or moving; p) Film work or construction scenes while flying or moving, and transmit or transmit the filmed footage from the relevant person; q) Filming, measurement, surveying, spraying, spraying, quarantine, ozone radiation, negative ion radiation, disinfectant distribution and moving delivery while flying or moving;

r) Filming, measurement, surveying, watering, spraying, quarantine, ozone radiation, negative ion radiation, and disinfectant placement while flying or moving, and moving and delivering, and boarding and moving; s) Filming, measurement, surveying, watering, spraying, quarantine, ozone radiation, negative ion radiation, and disinfectant placement while flying or moving, and moving and delivering, and moving after boarding; t) Filming, measurement, surveying, watering, spraying, quarantine, cleaning, ozone radiation, negative ion radiation, and disinfectant placement while flying or moving, and moving and delivering, and moving after boarding, and getting off after moving; u) Transmitting, wireless transmission, wire transmission, or Internet transmission of one or more videos or files or images selected from flight or movement and filming, filming, photography, measurement, surveying, sensing, observation, observation, crime prevention, work, construction, and purification. ; v) Receiving, wireless reception, wired reception, Internet reception of the transmitted video, file or image; w) Referring to the video or data transmitted or received above, contact, work contact, and give instructions to workers or construction workers using one or more of the following: phone, walkie-talkie, microphone, loudspeaker, voice receiver, cell phone, smart phone, landline phone, or wireless phone. , work order, work order, construction order, order, work order, construction order, work order, coordination, work coordination, work coordination, construction coordination; x) With reference to the above video or materials, one of the engineers, captain, manager, director, supervisor, supervisor, orderer, and person in charge shall make the above-mentioned contact or construction coordination; y) With reference to the video or data, one of the engineers or people in charge at home, head office or office contacts or coordinates construction with workers or construction workers on site using one or more of the phones or wireless phones;

z1) While flying or moving, objects, objects, facilities, buildings, operations, construction, construction, construction, construction, mixing, pressurization, transport, transport, delivery, pouring, laying, spraying, packaging, injection, magnetization, vibration, compaction, curing, processing, purifying, cleaning, sterilizing, disinfecting, photographing one or more of people, laborers, or workers; z2) Flight or movement and filming, taking pictures, measuring, surveying, sensing, mapping, observation, observation, control, crime prevention, operation, transmission, reception, communication, mediation, correspondence, transmission and reception, spraying, spraying, Spraying, quarantine, purification, cleanliness, cleaning, disinfection, sterilization, fire extinguishing, fire extinguishing, ozone radiation, negative ion radiation, disinfectant placement, pesticide spraying, dust removal, construction, construction, construction, construction, pressurization, pouring, laying, injection, magnetization , vibration, compaction, curing, delivery, delivery, courier, consignment, boarding, shared ride, passenger, boarding and alighting, boarding, alighting, combination of two or more of the above shooting to alighting, sequential combination of two or more of the above shooting to alighting; z3) Role of people or robots or equipment; Working with people or robots or equipment; Used in place of people, robots or equipment; Work on behalf of people or robots or equipment; Equipped with people, robots and equipment; Flight with people, robots and equipment on board; Mounted on top of a person or robot or equipment or facility; Aerial mounting of people or robots or equipment or facilities; Flying over people or robots or equipment or facilities; z4) Driving or self-driving, driving or remote driving, flying or moving and imaging, dust concentration measurement, aerial surveying, three-dimensional mapping, aerial observation, aerial observation, air traffic control, work control, street crime prevention, manufacturing or Construction work, wireless transmission, wired transmission, Internet transmission, wireless reception, wired reception, Internet reception, water spraying, pesticide spraying, substance spraying, purification, cleanliness, disinfection, quarantine, water purification, air purification, clothing purification, building cleaning, Air disinfection, bacterial sterilization, fire extinguishing, flame extinguishing, ozone radiation, negative ion radiation, disinfectant placement, pesticide spraying, dust removal, construction work, facility construction, structure construction, building construction, material pressurization, material placement, material placement, mortar injection , ready-mix concrete vibration, asphalt concrete compaction, concrete curing, delivery of goods, boarding of guests or people, boarding of guests or people, unloading of guests or people, combination of two or more of the above shooting and unloading, sequential combination of two or more of the above shooting and unloading; z5) Flight, movement, shooting or combination of the above while being equipped with the following devices; z6) the above flight or composite while spraying the material through the following device or outlet; Here, the flight or combination refers to the flight, movement, shooting or combination, etc.; z7) The above-mentioned flight or combination of substances being sprayed onto oneself through the following device or outlet; z8) A device, device, vehicle, body, device, device, material, object, device, or machine that performs one of the above flight or combination actions. , means, systems, networks, combinations of two or more of them, etc.; z9) Purification, cleansing, cleaning, washing, washing, washing, car washing, disinfection, sterilization, dust collection, shorting, dust removal, dust by one or more selected from the above devices, substances, sprays, mobility, nozzles of mobility, and sprayers of mobility. Removal, removal of fine dust; It is mobility that does one or more of the following, or more than one, or two or more sequentially.

The mobility includes one or more of a) to z9), devices, vehicles, bodies, objects, machines, devices, equipment, means, facilities, systems, and networks; Or a device, device, vehicle, body, device, device, material, object, machine, device, equipment, means, or device that performs one or more functions; Facilities, systems and networks; A combination or combination of two or more of the above; etc. are available. In addition, the mobility may be equipped with the above-described device or complex device, and may perform one or more of the above a) to z9).

a) The above equipment, equipment, etc. include equipment, equipment, machinery, equipment, device, kit, tool, machine, and words or terms that end in . b) Vehicle refers to cars, cars, vehicles, taxis, buses, trucks, trams, passenger cars, and words or terms that end with car. c) Body (體) refers to body, body, object, body, body, and words or terms ending in body. d) Go (庫) includes words such as go, 庫, jo, barrel, box, tank, box, warehouse, storeroom, silo, and words or terms ending with go. e) An agent includes an agent, a subject, a subject, a subtitle, an additive, a nutrient, an adjunct, and a word or term ending in zero. f) Ash (材) refers to ashes, materials, materials, building materials, construction materials, building materials, civil engineering materials, construction materials, and words or terms that end in ash.

The mobility 2 delivers the goods of the mobility 1 to the orderer with or without removing fine dust, 1) a) flying, gliding, floating, running, moving, transferring, transporting, transporting, transporting, Driving, delivery, forwarding, courier, consignment, boarding, shared ride, ride-hailing, passenger transportation, passenger transportation, travel, operation, pickup, riding, delivery, driving; b) Survey, inspection, field trip, exploration, detection, test, visit, radiation, launch, firing, diagnosis, observation, observation, control, measurement, survey, geodetic, totalization, security, guard, patrol, patrol, control, monitoring; c) Construction, construction, construction, construction, work, excavation, drilling, blasting, earthwork, cutting, embankment, masonry, woodworking, reinforcing bar work, concrete work, storage, input, mixing, pressurizing, transport, pouring, laying, packaging, injection. , mixing, forming, magnetization, vibration, compaction, spraying, watering, curing, surface treatment, operation, management, repair, repair, repair, supplementation, restoration, recovery, healing, sealing, waterproofing, water repellency, water repellent, masonry, plastering, Coating, painting, painting, improvement, reinforcement, dismantling, demolition, interior design, remodeling; d) Purification, cleaning, cleaning, cleaning, car washing, cleaning, water purification, disinfection, sterilization, quarantine, disaster prevention, fire prevention, fire extinguishing, fire extinguishing, pesticide spraying, shooting, blasting; e) Sorting, wind sorting, dry sorting, wet sorting, underwater sorting, magnetic sorting, separation, soil separation, foreign matter separation, crushing, jaw crushing, cone crushing, impact crushing, grinding, grinding, crushing, wind crushing, crushing, peeling. , landfill, landfill, incineration, high-temperature incineration, finishing, cotton finishing, processing, disposal, washing, classification, recycling; g) or people, passengers, guests, robots, equipment, devices, products, supplies, logistics, goods, goods, dams, rivers, ponds, facilities, roads, railways, bridges, tunnels, buildings, structures, subways, underground spaces, The above-mentioned flight or recycling of any of rocks, bedrock, aggregates, soil, waste, and by-products; h) a combination of two or more of the above-mentioned flight or recycling, a combination of two or more of the above-mentioned flight or recycling; i) a combination of two or more of the above flight or recycling sequentially; While doing one selected from the group consisting of shooting, taking pictures, taking pictures, recording, measuring, measuring concentration, measuring temperature, transmitting, transmitting video, transmitting data, transmitting captured video, transmitting measured data, receiving, receiving video, mediation, mutual mediation , mapping, terrain mapping, monitoring, work monitoring, construction monitoring, or a combination of two or more of these, or 2) or two or more selected from the above flight or combination, filming or combination, or two or more sequentially. , 3) Or, it is a mobility that is equipped with means to perform two or more selected from the above flight or combination, photography or combination, or to perform two or more sequentially.

The mobility includes one or more of the above-mentioned flying or complex, shooting or complex, machine, machine, vehicle, body, device, product, material, or object. , machines, devices, equipment, means, facilities, systems, networks; Or a device, device, vehicle, body, device, device, material, object, machine, device, equipment, means, or device that performs one or more functions; Facilities, systems and networks; A combination of two or more of the above; etc. are available. In addition, the mobility may be equipped with the above-mentioned device or multi-function device, and may perform one or more of the above-mentioned flying or combination, photography or combination.

The mobility 3 delivers the goods of the mobility 1 to the orderer - fine dust removal, or does or does not perform one or more of the flight or combination of the mobility 2, a) the flight or combination (the flight or combination, photography or Spraying one or more selected from the group consisting of fog, smoke, ozone, pesticide, anion, cleaning agent, purifier, disinfectant, disinfectant, fire extinguishing agent, extinguishing agent, photocatalyst, mist, and phytoncide while doing one or more of (combined), or b) or The spraying device is provided, or c) or, while spraying, it is mobility that performs one of the operations selected from the following device, spraying the material through the device, spraying the material through the outlet, and using the device below.

The mobility 4 is a) while performing one of the above flight or combination (i.e., the above flight or combination, shooting or combination), a1) one of the above flight or combination, a device, device, vehicle, Body, material, work, material, object, device, machine, means, sensor, measurement instrument, device, equipment, facility, equipment, drone, robot, part, product, article, Supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network, A compound or combination device in which two or more of these are sequentially combined; a2) 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; It is provided with one or more selected from among, or b) or, while equipped with the above, it is a mobility that performs one or more selected from among providing the following device, spraying material through the device below, spraying material through the outlet below, and using the device below. The measuring instruments include measuring instruments, measuring instruments, observation instruments, measuring instruments, etc.

The mobility 5 delivers the goods of the mobility 1 to the orderer, or performs one or more of fine dust removal, flight or combination of the mobility 2, and spraying of the mobility 3, a) equipped with the following device; b) Work using the following devices; c) carrying out the work while equipped with the following devices; d) Spraying of material through the device or outlet; e) Carrying out work while spraying material through the following devices or outlets; f) Mounting the following device on one selected from the above devices to multi-function devices; g) Spraying a substance through the following device or outlet to one or more of the above-mentioned flight, composite, mobility, or aircraft or composite aircraft; It is mobility that does one or more of the following.

The mobility 6 delivers the goods of the mobility 1 to the orderer, or does not perform one or more of fine dust removal, flight or combination of the mobility 2, spraying of the mobility 3, and provision or spraying of the mobility 5, Investigation, exploration, measurement, surveying, geodetic, integration, filming, taking pictures, recording, transmission, reception, mediation, testing, sensing, mapping, blasting, excavation, excavation, drilling, boring, driving, penetration, Purchase, insertion, storage, input, mixing, pumping, pressurization, transfer, transportation, pressure conveyance, transportation, work, rebar work, mold work, foundation work, concrete work, pouring, laying, spraying, packaging, spraying, molding, injection, mixing, Magnetization, vibration, compaction, watering, curing, demolding, surface preparation, face treatment, masonry, plastering, coating, painting, painting, woodworking, masonry, waterproofing, roofing, tile laying, brick laying, block laying, window and door work, purification, It is mobility that performs one of the following, or two or more sequentially, selected from cleaning, sterilization, disinfection, management, diagnosis, repair, repair, reinforcement, improvement, dismantling, demolition, reconstruction, redevelopment, coordinate recognition, location recognition, interior design, and remodeling. .

The mobility 7 delivers the goods of the mobility 1 to the orderer - one of fine dust removal, flight or combination of the mobility 2, spraying of the mobility 3, provision or spraying of the mobility 5, or irradiation or remodeling of the mobility 6. With or without doing the above, field investigation, geological exploration, concentration measurement, topographic survey, field geodetic, material integration, budget calculation, workload integration, construction quantity integration, work photography, construction recording, field testing, concentration sensing, 3D terrain. Mapping, matching, image matching, drawing matching, gunpowder blasting, ground excavation, slope excavation, ground drilling, underground boring, foundation driving, pile penetration, material storage, material input, material mixing, material pumping, material pressurization, Material transfer, material transportation, material conveyance, material transportation, construction work, rebar worker assembling rebar, mold worker assembling the mold, foundation worker installing foundation, concrete worker pouring concrete, pouring material, pouring material into mold, laying material, pesticide Spraying, material packaging, material spraying, photocatalyst spraying, phytoncide spraying, underground material injection, underground mixing of materials, product molding, material shaping, vibration of poured material, compaction of injected material, spraying water, curing by spraying, dismantling the mold after curing. Demolding, demolded concrete surface preparation, cured structure surface treatment, photocatalyst spray surface treatment, phytoncide spray surface treatment, wall masonry, wall plastering, wall coating, exterior painting, surface painting, woodworking assembling trees, masonry attaching stones, A waterproofing worker who waterproofs a building, a water proofing worker who seals a dam, a tile worker who attaches tiles, a bricklayer who lays bricks, a block worker who assembles blocks, a window worker who installs windows, purification to remove pollution, air purification, clothing cleaning, Bacterial sterilization, facility disinfection, structure management, safety diagnosis, building repair, structure repair, facility reinforcement, foundation improvement, ground improvement, dismantling of old buildings, building demolition, reconstruction of old buildings, regional redevelopment, recognition of own coordinates, own flight coordinates Recognition, coordinate recognition of work point, coordinate recognition of equipment, recognition of moving coordinates of equipment, recognition of facility coordinates, recognition of work coordinates, recognition of coordinates of flying path, recognition of work location, recognition of equipment location, recognition of location of work point, movement of equipment It is mobility that performs one selected among location awareness, facility location recognition, stationary location recognition, in-flight location recognition, interior design, and structural remodeling, or two or more sequentially.

a) The above pouring includes pouring, pouring of material, pouring of material, pouring of concrete, pouring of material into form, pouring of concrete into form, pouring into the ground, pouring of drainage material into the ground, mobility is installed on the concrete pour hose, and the mobility is flying. This includes pouring concrete through the pour hose while moving the pour hose. b) The above vibration includes vibration, placement material vibration, injection material vibration, laying material vibration, concrete vibration, vibration with a vibrator, vibration with an exciter, and a rod vibrator is mounted on the mobility and a part of the rod vibrator is inserted into the concrete while the mobility flies. Vibration of concrete includes a selected one. c) The above spraying includes spraying with water, spraying for curing, spraying for dust removal, spraying on poured concrete, spraying while flying, spraying while flying with mobility, and spraying while flying with a sprayer mounted on mobility. Included. d) The curing includes one selected from curing, water curing, curing concrete by watering, curing concrete by spraying with a water sprinkler, and curing concrete by spraying with a water sprinkler mounted on mobility while flying.

The mobility 8 delivers the goods of the mobility 1 to the orderer - fine dust removal, flight or combination of the mobility 2, spraying of the mobility 3, provision or spraying of the mobility 5, irradiation or remodeling of the mobility 6, one or more of the survey or recording and the test or storage, with or without one or more of the survey or remodeling of the mobility 6, the survey or remodeling of the mobility 7, or the field survey or structural remodeling of the mobility 8; One or more of the injection or concrete balls and the pouring or surface treatment; One or more of the masonry or window construction and the purification or remodeling; One or more of the investigation or greening, one or more of the testing or storage, and the injection or concrete ball; One or more of the pouring or surface treatment, one or more of the masonry or window work, and the purification or remodeling; One or more of the irradiation or greening, one or more of the testing or storage, one or more of the injection or concrete balls, and the pouring or surface treatment; One or more of the survey or greening, one or more of the testing or storage, one or more of the injection or concrete work, one or more of the pouring or surface treatment, one or more of the masonry or window work, and the purification or remodeling; It is mobility that does one selected thing among or two or more things sequentially.

The mobility 9 delivers the goods of the mobility 1 to the orderer - fine dust removal, flight or combination of the mobility 2, spraying of the mobility 3, provision or spraying of the mobility 5, irradiation or remodeling of the mobility 6, the above Doing or not carrying out one or more of the survey or remodeling of mobility 6, the survey or remodeling of mobility 7, or the field survey or structural remodeling of mobility 8, a) a car, vehicle, truck, taxi, bus, roller, scaffolding, It is equipped with, mounted on, or lands on one of the forms, equipment, devices, facilities, systems, cranes, excavators, construction equipment, and means of transportation. Figure out one; a2) The above-mentioned identification by one of the tracker installed on the self, GPS, coordinate system, and location tracker; a3) Identifying the location of work or construction by one of the above vehicles or means of transportation; a4) Identification of the location of work or construction performed at one of the above vehicles or means of transportation; b) While moving, take pictures of one or more of the vehicle or means of transportation, location or area, work, construction, work facility, or construction structure; c) While flying, photograph one or more of the vehicles, means of transportation, location, area, work, construction, work facility, or construction structure; d) Transmitting one or more of the above-mentioned information and captured images; e) Receiving the transmission contents, wireless reception, wired reception, monitor reception, smartphone reception; f) Purifying, cleansing, sterilizing, disinfecting, disinfecting, and dusting one or more of the vehicles, means of transportation, location, area, work, construction, work facility, or construction structure; g) Mapping with the transmission content, producing a status map with the transmission content, producing a work diagram with the transmission content, and producing a construction diagram with the transmission content; h) Comparison of design data with the above-mentioned received or produced contents; Comparison of design drawings with the above data; Comparison of the above location with the location of the design data; Comparison of the above coordinates with those of design data; i) transmitting the comparison result to one of the car or means of transportation, one of the drivers, or a coordinator; j) The transmission content is received by one of the vehicle or means of transportation, a driver, or a coordinator, wireless reception, wired reception, monitor reception, or smartphone reception; k) or a measuring device, coordinate device, GPS, positioning device, coordinate measuring device, camera, transmitter, receiver, boot, purifier, data input device, data controller, data mapper, data storage device, data display device, provided in person or in the office. Determining or receiving the above using one of the above measuring devices or indicators, or using two or more of them sequentially; It is mobility that does one or more of the following, or two or more sequentially.

The mobility 10 is a) one or two or more sequential devices of the above flight or complex, purification or dust removal, investigation or remodeling, grasp or reception, doing work, or doing flight or complex work, Car, body, equipment, work, material, object, device, machine, means, sensor, measurement instrument, device, equipment, facility, equipment, drone, robot, part , products, goods, supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware , software, network, a complex or multi-function device in which two or more of them are sequentially combined; b) or the above device to complex device (the device, device, vehicle, body, object, device, machine, means, sensor, measuring device, device, equipment, facility, Equipment, drones, robots, parts, products, goods, supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, cameras, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, Chip, pin, sensor, element, pendulum, electrode, battery, coil, board, module, modem, hub, server, circuit, conductor, condenser included in one of the following (program, application, cyclone, hardware, software, network, multifunction device) , trans, semiconductor; It is a mobility that is provided with one of, or provided on one, or provided on top of one, or provided in the air.

The mobility 11 is a) a mobility, one selected from the above-mentioned devices to a complex device equipped with one of the above-mentioned mobilities, or provided in the air or on top, or b) or one selected from the above-mentioned devices to a complex device. It is a mobility equipped with .

The mobility 12 includes a) the flight to complex, purification to dust removal, investigation to remodeling, grasp to reception, device to complex; b) Flying, flying or combined tasks; c) Or a certain device, device, vehicle, body, device, product, material, object, device, machine, means, sensor, measurement instrument, device, equipment, facility, installation, drone, robot, parts, products, goods, supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, Venturi, system, computer, printer, program, application, cyclone, hardware, software, network, complex or multi-function device in which two or more of these are sequentially combined; d) One of the above-mentioned flight or network spaces, air, air, atmosphere, site, workshop, construction site, machine, machine, vehicle, body, building, object ( material, object, device, machine, tool, sensor, instrument, device, equipment, facility, equipment, drone, robot, part, product, article, supply, material, material, building, structure, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network, a complex or combination of two or more of them sequentially; e) 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; One or more selected scenes, status, situation, image, location, coordinates, street number, address, point, area, distance, latitude, longitude, angle, altitude, height, length, width, height, size, area, volume, verticality , verticality, spatial coordinates, location coordinates, GPS coordinates, temperature, humidity, wind direction, wind speed, bacteria, rust, bacteria, air, atmosphere, dust, pollution, stain, corrosion, environment, wastewater, sewage, sewage, dust, yellow dust. Mobility to photograph, measure, or observe one or more of waste, sediment, sludge, VOC, CO, CO ₂ , SOx, NOx, air quality, pathogens, mold, fine dust, viruses, bacteria, environmental hormones, sick building syndrome, and formaldehyde. am.

The sensors, measuring instruments, devices, equipment, drones, robots, trackers, measuring instruments, measuring instruments, observers, mobility, and the above devices or networks of the present invention are used to photograph, photograph, record, measure, and measure the above scenes or formaldehyde, etc. , observation, etc., or may have one function.

The above 'd) the flight or network' refers to the above 'a) the flight or complex, purification or dust removal, investigation or remodeling, grasp or reception, device or complex; b) Flying, flying or combined tasks; c) Or a certain device, device, vehicle, body, device, product, material, object, device, machine, means, sensor, instrument, device, equipment, facility, installation, drone, robot, parts, products, goods, supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, This includes 'venturi, system, computer, printer, program, application, cyclone, hardware, software, and network'.

The mobility 13 is a) a mobility equipped with one of the above devices to complex devices, the following devices, and the following equipment; b) Mobility linked to one of the above devices, multi-function devices, and the following devices; c) the above-mentioned to complex machines and the following devices equipped with mobility or in the air; d) the above-mentioned devices or multi-function devices linked to mobility or linked to the air, the following devices; e) or mobility that performs one of the above flight to complex, purification to dust removal, investigation to remodeling, grasping to reception, or the following tasks 1 to 31, or two or more sequentially; It is the one chosen from among.

The device or complex device is the device, device, vehicle, body, object, product, material, object, device, machine, tool, sensor, instrument, device, equipment, facility, installation, drone, robot, parts, product, goods, supplies, material, material, building, structure, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, Tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network, two or more multi-function devices, two or more of them combined sequentially or multi-function devices, two or more of them sequentially combined Or a multifunction device, etc.

The mobility 14 includes a) a1) a device or vibrator that radiates a magnetic field; a2) Or a device or exciter that magnetizes, vibrates, excites, generates ozone, generates negative ions, sterilizes, disinfects, and discharges electricity; a3) or a device or exciter that magnetizes with a vibrator, vibrates with a magnetizer, excites with an ozone, generates ozone with an anion, generates anions with an ozone, sterilizes with a vibrator, sterilizes with a sterilizer, and discharges electricity with a sterilizer; a4) Or a magnetizer that magnetizes, a vibrator that vibrates, a station that excites, a playground, stadium, gymnasium, swimming pool, playground that generates ozone, an anion generator that generates negative ions, a sterilizer that sterilizes, a sterilizer that disinfects, and a discharger that discharges electricity. Mounted device or exciter; a5) Or a magnetizing vibrator, a vibrating magnetizer, an exciting ozone generator, an ozone-generating station, playground, stadium, gymnasium, swimming pool, or a playground. Mounted device or exciter; It is a mobility that performs the following work while being equipped with one of the above, b) or one of the above-mentioned device to the multi-function device, or mounted on one of the above devices, or c) or being provided with one or more of the above.

a) The vibrator is a vibrator that generates a magnetic field and is equipped with at least one of an exciter magnetizer and a vibrating magnetizer. b) The excitation magnetizer is a magnetizer that generates 50 to 99.99% of the total vibration caused by the vibrator and 0.01 to 49.99% of the vibration caused by the magnetic field, or generates alternating or continuous vibrations. c) The vibrating magnetizer is a combination of a magnetizer and a magnetization vibrator. d) The magnetizer is provided with an exciter on the side or rear end of the magnetizer. e) The magnetization vibrator is composed of a magnetizer 31, its attachment plate 18, and another magnetizer 31 spaced apart from the attachment plate. f) The vibrator is f1) a magnetizer that generates vibration, or f2) or a case, a stator inside the case, a rotor connected to the stator, a rotor rotation shaft, bearings provided above and below the rotation shaft, and a stator mounted inside the case. In a vibrator provided with one or more of the bearing, the rotating body or asymmetric rotating body mounted on the rotor or rotating shaft, and the case that vibrates by rotation of the rotating body, a magnetization vibrator provided with a magnetizer in one of the case or the rotating body am. g) The magnetizer is a combination of a vibrator that generates a magnetic field and an exciter magnetizer.

The mobility 15 is a) storage, injector, mixer, pump, pressurizer, transfer machine, transfer line, excavator, boring machine, pourer, injector, mixing machine, sprayer, attacher, spreader, packaging machine, compactor, vibrator, molding machine, A curing machine, a shotting machine, a coating machine, a painting machine, a painting machine, a purifier, a purifier, a construction machine, a treatment machine, and a surface treatment machine, a complex machine in which two or more of these are sequentially combined; b) or magnetizer, vibrator, station, playground, stadium, gym, swimming pool, playground, wave generator, ozone machine, negative ion machine, rotator, vacuum machine, pressurizer, sterilizer, disinfector, discharger, purifier, purifier, construction machine, processor , magnetization, vibration, excited, wave, ozone, negative ion, rotation, vacuum, pressurized, magnetized material, vibrating material, excited material, wave product, ozone water, negative ion water, rotating material, vacuum water, pressurized material, sterilizing material, disinfection Water, discharged water, purified water, clean water, treated material, a combination of two or more of them sequentially, a complex; c) or the storage device or the composite device in which one of the magnetization or composite generated in one of the magnetizer or composite device is used; It is mobility that is equipped with one of the following or two or more of them sequentially.

The above mobility 16 includes a) drone, car, vehicle, taxi, call taxi, bus, truck, ship, boat, vessel, board, train, train, electric car, subway, kickboard, electric kickboard, quickboard, cart, electric cart, scooter, Electric scooters, bicycles, electric bicycles, bikes, electric bicycles, motorcycles, electric motorcycles, drone cars, drone taxis, drone buses, drone trucks, flying vehicles, airplanes, airships, spacecraft, satellites, artificial satellites, earth satellites, aircraft, air taxis, Air bus, flying taxi, flying bus, air taxi, airbus, takeoff and landing aircraft, vertical takeoff and landing aircraft, electric vertical takeoff and landing aircraft, flying car, flying taxi, flying bus, flying truck, flying car, flying taxi, sky flying bus, flying means, unmanned aerial vehicle, manned aerial vehicle, filming drone, GPR drone, GPS drone, radar drone, UAV (unmanned aerial vehicle, uncrewed aerial vehicle), UAM (urban air mobility), mobility, unmanned mobility, Manned mobility, aviation mobility, air mobility, electric mobility, taxi mobility, delivery mobility, attack mobility, defense mobility, battery mobility, urban air mobility, unmanned flight mobility, manned flight mobility, flying mobility, flying mobility, UAM aircraft , air mobility aircraft, air mobility aircraft, moving mobility, gliding mobility, flying mobility aircraft, flying mobility aircraft, mobility aircraft (equipment or machine), mobility equipment, mobility machine, mobility means, mobility device, mobility equipment , mobility facility, mobility equipment, mobility product, mobility system, b) the drone or mobility system that flies, the drone or mobility system that moves, the drone or mobility system that takes pictures while flying, takes pictures while flying and transmits the captured video. The drone or mobility system performing one of the above flight and combination functions; c) Complex mobility of two or more of the above drones or mobility systems; Complex mobility in which two or more of the drones or mobility systems are sequentially combined; Complex mobility in which two or more of the drones or mobility systems are sequentially provided; Complex mobility in which two or more of the drones or mobility systems are used sequentially; The drone or complex mobility equipped with one of the drones or complex mobility; It is the one chosen from among.

The mobility 17 includes a) cones, nets, rods, frames, chips, spirals, sensors, elements, magnets, electrodes, batteries, coils, protrusions, circuits, conductors, semiconductors, measuring instruments, radars, scanners, 3D scanners, magnetizers, Vibrator, station, playground, stadium, gym, swimming pool, play ground, wave generator, ozone machine, negative ion machine, rotator, vacuum machine, pressurizer, electrolyzer, discharger, purifier, purifier, disinfector, sterilizer, infrared machine, ultraviolet machine, deterioration Above, an ultrasonicator; b) Magnetization, vibration, excited, wave, ozone, negative ion, rotation, vacuum, pressurized, magnetized, vibrating, excited, wave, ozone, negative ion, rotating, vacuum, pressurized, electrolyte, discharge Water, purified water, clean water, disinfectant, sterilizing material, infrared water, ultraviolet water, thermal imaging material, ultrasonic water; c) Magnetization treatment, vibration treatment, excitation treatment, wave treatment, ozone treatment, negative ion treatment, electrolytic treatment, discharge treatment, purification treatment, cleaning treatment, disinfection treatment, sterilization treatment, infrared treatment, ultraviolet treatment, thermal treatment, ultrasonic treatment; d) combination, combination, composite, combination treatment of two or more of the cone to ultrasonic treatment; e) composite, composite, composite, composite processing in which two or more of the cone to ultrasonic treatments are sequentially performed; f) the magnetization or composite generated from one of the cones or composite groups; g) the cone or composite group generating one of the magnetites or composites; h) the cone or composite subjected to one of the magnetization treatment or composite processing; i) the magnetizer or ultrasonicator equipped with one or more of the cone or 3D scanner; j) the cone to the 3D scanner equipped with one or more of the magnetizer to the ultrasonicator; k) the cone to multi-function machine equipped with one or more of the cone to multi-function machine; ℓ) the cone or multi-function device provided with one of the cones or multi-function devices at least one of the front, rear, left, right, top and bottom of one or more of the cone or multi-function device; m) the vibrating object or complex processing by one of the cone or complex machines; n) the magnetization treatment or composite treatment by one of the cones or composites; o) Agitation, diffusion, vortexing, aeration, purification, cleaning, washing, washing, cleaning, disinfection, sterilization, and quarantine by one of the cone or complex treatments above; It is one of the drones or complex mobility that is used or sprayed, or one of the drones or complex mobility that does one of the agitation or quarantine of the target.

An example of a composite consisting of two or more of the cones, nets, rods, frames, and spirals sequentially, or an object containing one of the cones, nets, rods, frames, spirals, and complexes, is a) a net before or after the cone. A cone network frame spiral or a composite of the above groups or composites is formed by mounting a rod before or after the net, a frame being mounted before or after the rod, and a spiral being mounted before or after the frame; b) a cone net, a rod, a frame, a spiral, a cone, a net, a rod, a frame, a spiral, or a composite thereof in which a magnetic material is mounted on one or more of the cones, nets, rods, frames, and spirals; c) a conglomerate spiral or a composite of the above groups or groups in which a wave body is mounted on the magnetic material; d) a conglomerate spiral or a composite of the above groups or groups formed by placing a magnetic body having a different magnetic force than the magnetic body on the wave body; e) a cone mesh frame spiral or a composite of the above groups or composites formed by placing a frame before or after the spiral, a net being placed on one side of the frame, a rod being placed inside the mesh, and a cone being inserted into the rod; f) A magnetic material is mounted on one or more of the cones, nets, rods, frames, and spirals; g) a conglomerate spiral or a composite of the above groups or groups in which a wave body is mounted on the magnetic material; h) a conglomerate spiral or a composite of the above groups or groups formed by placing a magnetic body having a different magnetic force than the magnetic body on the wave body; i) the magnetizer or composite device, group or composite device mounted on one or more of the cone, net, rod, frame, spiral, magnetic material, wave material, magnetic material, and cone mesh spiral; j) a cone net, a rod, a frame, a spiral, a magnetic body, a corrugated body, a magnetic body, a cone net frame spiral, a group or a composite in which one of the magnetizers or complexes is mounted on one or more of the cone, net, rod, frame, spiral, magnetic material, wave body, magnetic body, and cone net frame spiral; k) one of the magnetizers and complexes, or the condenser frame spiral, a group or a complex mounted on one of the magnetizers or complexes; ℓ) the magnetizer to the composite machine, the group to the composite device on which the cone mesh spiral or the cone mesh spiral is mounted; m) a hollow body provided with one or one of the above a) conglomerate spiral to ℓ) composite; n) the hollow body provided with one or more of a check valve and an injector on a side of the hollow body; o) the magnetizer to the composite group, the group to the composite, including the hollow body; p) the hollow body provided in one of the magnetizer to the composite group or the group to the composite device; etc. may apply.

The mobility 18 includes electricity, oil, gas, hydrogen, solar, solar power, solar power, wind, wind power, water power, wave power, tidal power, power, motor, charging, battery, cell, 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; One of the drones or complex mobility is used, or is driven, operated, or flown by one of the above drones or complex mobility.

In the above mobility 18, examples of 'complex combination of two or more of these' include electric motors, electric batteries, electric generators, oil generators, gas chargers, hydrogen chargers, solar generators, solar batteries, solar power, wind solar generators, and wind solar. Generator, hydroelectric generator, wave solar generator, tidal wind hydroelectric generator, power battery, battery charging, motor charger, battery generator, battery power, battery charger, rechargeable battery, charger fuel cell, generator with hydrogen tank, generator with gas tank, Batteries that charge electricity from fuel cells, chargers that charge electricity from solar cells, batteries that charge electricity from hydrogen fuel cells, batteries that charge electricity from generators, batteries that charge electricity from solar generators, batteries that charge electricity from wind generators This applies to charging batteries, etc.

The electric or complex is one of the above or The following groups or networks, the above-mentioned or the following groups or networks, the above-mentioned or the magnetization or the composite processing, one of the above-mentioned or the magnetization or composite processing, the magnetization or composite processing of one of the above-mentioned groups or complexes, etc. may also apply. there is.

In the present invention, drones, mobility, devices, equipment, means, etc. include flight, movement, running, stopping, takeoff, landing; before, during, after, or at the same time as one of these; The above electric, composite, battery charging, etc. may be possible, or the like may be provided. Examples of this include charging the battery using electricity generated by the wind machine, solar cell, etc. while a wind machine, solar cell, battery-equipped drone or mobility flies, and flying using one or more energy of the electricity or battery. This applies.

The mobility 19 includes a) an upper wing, a lower body, a support for the wing, the main body on which the support is mounted, a motor for rotating the wing, a battery or generator connected to the motor, a tank mounted on the main body, and this tank. A pump for pumping the substance contained in the tank or pump, a hose connected to the tank or pump, a venturi mounted on the hose, an injector mounted on the venturi, an ozone machine mounted on the injector, a valve mounted between the injector and the ozone machine, or A nozzle or sprayer connected to a check valve, the tank or pump, hose or venturi and spraying the material; b) Chairs, booths, boarding tables, and steering wheels provided in the main body; c) Body, chair, booth, platform for carrying people; d) Sensors, cameras, CCTV, imaging devices, photographing devices, monitors, lights, electric lights, lanterns, flashing lights, lights, lights, headlights, and lighting devices provided on one of the wings or boarding platforms or more; e) a driver, regulator, controller, remote control, or remote controller of one of the wings or lighting devices; One or more of the above is provided, or one selected from the above drone or complex mobility in which two or more are provided sequentially.

The above mobility 20 includes a) 4G, 5G, 6G, LTE, WiFi, apps, applications, smartphone apps, electricity, electronics, communications, batteries, information technology (IT), information and communication technology (ICT), robotics, and life. Engineering, 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, 3 Dimensionalization, 4-dimensionalization, 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; Among the drones or complex mobility in which one or more of the drones or complex mobility is used, or the drones or complex mobility in which one or more are used, or the drones or complex mobility equipped with one or more of the cone or multi-function machine, motor or generator in which one or more are used. It is the chosen one. The groups and complexes may include groups a) to d) complexes, etc.

The mobility 21 includes a) steering wheel (540), driver's cab, boarding table, boarding room, cabin (543), passenger room, passenger compartment, chair, seat, desk, restaurant (543), cafe (543), person (541, 542), robots (541, 542), sensor (310), measuring device (310), camera (310), camera (310), CCTV (310), remote controller (539), cargo room, cargo compartment, loading platform, loading box, One or more of the goods storage box, delivery storage box, and delivery storage box 543 is provided, or b) or b1) in front, middle, back, top, bottom, left, right, side, surface, inside, and inside of oneself (mobility). , inner surface, outer surface, lower surface, upper surface, wing, motor, nozzle, sprayer, steering wheel (540), regulator; b2) or the wing or remote controller; It is one selected from the drone or complex mobility, which is equipped with one or more of the cone or multi-function device, motor or generator, 4G or network, and a steering wheel or delivery storage box.

The mobility 22 includes a) a body 531, a main body 530 including one or more supports 532 on its sides, a propulsion unit 533 including wings 534 and a motor 535 for rotating the main body 530; , a landing unit 536 including legs 537 and wheels 538, and a controller or remote controller 539 that controls the wings, motors, or mobility; b) a driver's cab, boarding table, boarding room, guest room, passenger compartment, and passenger compartment provided in the body or main body part; c) a steering wheel 540 provided in one of the body or passenger compartment; d) chairs, seats, desks, restaurants, and cafes provided in one or more of the body or passenger compartment; e) Robot 541, sensor 310, measuring instrument 310, camera 310, CCTV 310, controller, remote controller 539, cargo compartment, cargo compartment, loading provided in one or more of the body or cafe. Stand, loading box, goods storage box, delivery storage box, delivery storage box; f) a person (541, 542) or a robot (541, 542) operating the steering wheel (540) or controller (539); g) the body, arms, legs, and wings of the robot (541, 542); It is a mobility 65 that is equipped with one or more items selected from the group consisting of, etc.

The mobility 23 performs a) two or more of the above-mentioned flight or complex, purification or dust removal, investigation or remodeling, or identification or reception, or two or more sequentially, or b) or the above-mentioned mobility 1, mobility 2, mobility 3, Mobility 4, Mobility 5, Mobility 6, Mobility 7, Mobility 8, Mobility 9, Mobility 10, Mobility 11, Mobility 12, Mobility 13, Mobility 14, Mobility 15, Mobility 16, Mobility 17, Mobility 18, Mobility 19, Mobil Riti 20 , Mobility 21, and Mobility 22 are mobility that performs the content or tasks performed by two or more of them.

The above tasks are a) Task 1, Task 2, Task 3, Task 4, Task 5, Task 6, Task 7, Task 8, Task 9, Task 10, Task 11, Task 12, Task 13, Task 14, Task 15, Task 16, Task 17, Task 18, Task 19, Task 20, Task 21, Task 22, Task 23, Task 24, Task 25, Task 26, Task 27, Task 28, Task 29, Task 30, Task 31, Mobility It is one or more selected from the following: a task to do or a task to do, a task or a task for which mobility is used or assisted, a task in which mobility is mounted on top, a task in which mobility flying in the air is mounted, or b) or the above tasks include task 1, Task 2, Task 3, Task 4, Task 5, Task 6, Task 7, Task 8, Task 9, Task 10, Task 11, Task 12, Task 13, Task 14, Task 15, Task 16, Task 17, Task 18 , Task 19, Task 20, Task 21, Task 22, Task 23, Task 24, Task 25, Task 26, Task 27, Task 28, Task 29, Task 30, Task 31, what mobility does or does, what mobility does It includes one or more selected from the following tasks or tasks used or assisted, tasks in which mobility is mounted on top, and tasks in which mobility flying in the air is mounted.

The above task 1 is flight, mid-air flight, high-altitude flight, glide, mid-air gliding, movement, mid-air movement, on-site movement, material movement, people movement, driving, autonomous driving, road driving, vehicle driving, transfer, material transfer, air transfer, Passenger transportation, transportation, cargo transportation, passenger transportation, taxi transportation, pressure transportation, high-altitude transportation, high-rise transportation, operation, air operation, taxi operation, taxi role, truck role, driving, mobile operation, flight operation, transportation, product transportation, goods Transport, transmission, video transmission, image transmission, sending, file transmission, video transmission, information transmission, data transmission, reception, file reception, video reception, information reception, brokerage, video brokerage, data brokerage, certified brokerage, land brokerage, real estate Brokerage, viewing, video viewing, wiretapping, sound wiretapping, wiretapping, information interception, communication, wireless communication, communication, mutual communication, transmission and reception, information transmission and reception, transportation, air transportation, food transportation, relocation, location change, moving, house moving, Supply, material supply, refueling, oil refueling, water supply, drought water supply, bottled water supply, provision, material provision, food provision, delivery, food delivery, pizza delivery, chicken delivery, goods delivery, delivery, remote delivery, delivery, unmanned delivery, Courier, unmanned courier, air courier, product delivery, boarding, shared ride, passenger ride, passenger boarding, loading, passenger loading, goods loading, boarding, person boarding, passenger boarding, alighting, person alighting, boarding and alighting, taxi boarding and alighting, pickup, riding, Delivery, driving, flight, mid-air flight, taxi flight, long-distance flight, gliding, mid-air gliding, activity, work activity, flying, mid-air flight, mobility, flight mobility, delivery, goods delivery; Of these, a compound of two or more or a compound of two or more in sequence; Any of the above flights or combinations where mobility is used or assisted; It is either one of the selected ones, or one of them.

The above task 2 is a plan, work plan, construction plan, complex plan, flight plan, survey, field survey, status survey, ground survey, field trip, field trip, exploration, site, with or without one of the above flight or combination. Exploration, physical exploration, geological exploration, topographical exploration, non-destructive exploration, detection, geological detection, sonar detection, ultrasonic detection, search, field search, distance search, search, field search, mountain search, reconnaissance, aerial reconnaissance, perimeter reconnaissance, night Reconnaissance, inspection, on-site inspection, status inspection, drilling, ground drilling, boring drilling, boring, ground boring, excavation boring, hole boring, collection, sample collection, raw material collection, sample collection, test, field test, experiment, material test, Outdoor experiment, analysis, field analysis, geological analysis, stratum analysis, interpretation, topographic analysis, structural analysis, model analysis, modeling, numerical modeling, computer modeling, modeling analysis, matching, image matching, drawing matching, integration, material integration, budget Integration, workload integration, construction volume integration, drafting, topography drafting, drawing drafting, design, facility design, site design, building design; Of these, a compound of two or more or a compound of two or more in sequence; Any of the above schemes or combinations in which mobility is used or assisted; It is either one of the selected ones, or one of them.

The above task 3 is performed with or without one of the above flight or complex, planned or complex, shooting, work shooting, video shooting, field shooting, construction shooting, aerial shooting, aerial shooting, flight shooting, delivery shooting, courier shooting, Facility photography, portrait photography, people photography, photography, photography, photography, video recording, video recording, construction recording, work recording, imaging, 3D imaging, work imaging, lighting, aerial lighting, night lighting, measurement , air quality measurement, water quality measurement, location measurement, coordinate measurement, GPS measurement, concentration measurement, location recognition, coordinate recognition, surveying, photogrammetry, aerial surveying, aerial surveying, topographic surveying, cadastral surveying, sensing, remote sensing, temperature sensing, Concentration sensing, environmental sensing, displacement sensing, position sensing, coordinate sensing, observation, aerial observation, aerial observation, measurement, facility measurement, deformation measurement, observation, field observation, facility observation, road observation, mapping, terrain mapping, building mapping, Control, field control, work control, construction control, central control, crime prevention, night crime prevention, complex crime prevention, patrol, field patrol, road patrol, aerial patrol, night patrol, control, field control, work control, construction control, printing, drawing Printing, 3D printing, monitoring, work monitoring, construction monitoring, on-site monitoring, dust monitoring; Among them, a compound of two or more or a compound of two or more in sequence; The above-mentioned imaging or composite in which mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 4 is manufacturing, material manufacturing, product manufacturing, factory manufacturing, field manufacturing, chemical manufacturing, hydrogen manufacturing, battery manufacturing, and cement manufacturing, with or without performing one of the above flight or composite, planning or composite, filming or composite. , manufacturing, factory manufacturing, field manufacturing, product manufacturing, material manufacturing, concrete product manufacturing, power generation, solar power generation, wind power generation, hydroelectric power generation, tidal power generation, self-generated power generation, electric power generation, hydrogen power generation, fuel cell power generation, power transmission, electric power transmission. , distribution, electric distribution, faucet, electric faucet, substation, electric substation, assembly, product assembly, production, material production, product production, concrete product production; Of these, a compound of two or more or a compound of two or more in sequence; Manufacture or composite of the above in which mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 5 is construction, construction work, civil engineering work, building work, landscaping work, construction, building construction, and structure construction, with or without performing one of the above flight or composite, planning or composite, filming or composite, or manufacturing or composite. , construction, road construction, tunnel construction, bridge construction, facility construction, structure construction, architecture, building construction, prefabricated construction, development, complex development, construction, facility construction, installation, material installation, scaffolding installation, form installation, equipment installation, Landscaping, tree landscaping, modeling, facility design, sculpture, on-site sculpture, completion, building completion, completion, structure completion, operation, facility operation, building operation, management, construction management, construction management, facility management, work, construction work, construction Work, repair, crack repair, water leak repair, reinforcement, surface reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, dismantling, building dismantling, demolition, facility demolition, reconstruction, building reconstruction, redevelopment, complex redevelopment, interior, indoor interior, interior Construction, remodeling, apartment remodeling, remodeling work; Of these, a compound of two or more or a compound of two or more in sequence; The above construction or complex in which mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 6 is performed with or without one of the above flight or composite, planning or composite, filming or composite, manufacturing or composite, construction or composite, blasting, rock blasting, tunnel blasting, gunpowder blasting, excavation, ground excavation, or excavation. , underground excavation, excavation, ground excavation, foundation work, foundation work for foundation work, driving, foundation driving, pile penetration, pile penetration into the ground, foundation purchase, insertion of foundation into the ground, insertion of foundation into boring hole, earthwork, complex earthwork, road Earthwork, cutting, mountain cutting, filling, low-lying area filling, grading, floor grading, ground grading, clearing, ground preparation, complex preparation, excavation, ground excavation, earth retaining, earth retaining work; Of these, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted by the blasting to composite; It is either one of the selected ones, or one of them.

The task 7 is performed with or without one of the above flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, and blasting to composite, storage, water storage, material storage, storage in a silo, and input. , material input, input into hopper, mixing, raw material mixing, molthyl mixing, concrete mixing, mixed soil mixing, bentonite mixed soil mixing, mixing with mixer, mixing, ready-mixed concrete mixing, mixing with mixer, pumping, pressure pumping, pumping with a pump, pressurizing, Pressurizing concrete, pressurizing with a compressor, pouring, pouring mortar, pouring ready-mixed concrete, pouring concrete, pouring into a form, pouring into the ground, pouring cement, pouring concrete, pouring with a pourer, pouring with a pump car, plowing, pouring ready-mixed concrete, laying, Mixed earth laying, cement mixed earth laying, bentonite mixed earth laying, laying on the slope, laying on the ground, laying on the road, laying with a spreader, spraying on the ground, spraying pesticides, molding, product molding, material molding, vibration, vibrating with a vibrator, concrete Vibration, compaction, mixed soil compaction, cement mixed soil compaction, bentonite mixed soil compaction, compaction of the ground, agitation compaction, compaction of road pavement, compaction with rollers, curing, water curing, air curing, curing by sprinkling, curing with a curing machine, surface treatment, Surface treatment, concrete surface treatment, surface treatment by shooting slag balls with a shooting machine, surface treatment by spraying material with a spray gun; Of these, a compound of two or more or a compound of two or more in sequence; the storage or combination of which mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 8 is mixing, soil mixing, material mixing, and ground, with or without one of the above flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, and storage to composite. Mixing, ground agitation mixing, ground hardener mixing, ground and binder mixing, shallow layer mixing, deep mixing, DCM (deep cement mixing), underground agitation mixing, deep cement mixing, soil binder mixing, mixing ground and hardener, binder in the ground. Mixing while pouring, mixing with a mixer, mixing while rotating a winged rod, mixing while pouring binder into the ground to create a foundation or pillar in the ground; Of these, a compound of two or more or a compound of two or more in sequence; The mixing or combining where mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 9 is packaging, repackaging, with or without one of the above flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, Soil packaging, road packaging, sidewalk packaging, sidewalk packaging, box packaging, product packaging, food packaging, exterior packaging, external packaging, rigid packaging, flexible packaging, elastic packaging, urethane packaging, ready-mix concrete packaging, asphalt packaging, concrete packaging, soil concrete. Packaging, soil cement packaging, soil binder mixed packaging; Of these, a compound of two or more or a compound of two or more in sequence; The above packaging or composite in which mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 10 is masonry with or without one of the above flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, and packaging to composite. , brick masonry, bricklaying, plastering, wall plastering, surface plastering, waterproofing, water leakage waterproofing, building waterproofing, rooftop waterproofing, sheet waterproofing, mat waterproofing, urethane waterproofing, acrylic waterproofing, cement waterproofing, asphalt waterproofing, bentonite waterproofing, water blocking, dam Water limit, embankment water, water index, water leakage index, building index, painting, building painting, painting, wall painting, coating, cotton coating, wall coating, anti-corrosion, electrical method, painting, wall painting, indoor painting, outdoor painting; Of these, a compound of two or more or a compound of two or more in sequence; The above masonry or composite in which mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 11 may or may not be performed by one of the above flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, and masonry to composite. Injection, mold injection, underground injection, deep injection, mortar injection, leakage injection, crack injection, injection into boring hole, injection, ejection, injection, crack injection, injection injection, crack repair agent injection, grouting, ground grouting , geothermal grouting, spray grouting, high pressure grouting, steel pipe grouting, steel pipe grouting, milk grouting, compaction grouting; Among them, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted by infusion or combination of the above; It is either one of the selected ones, or one of them.

The task 12 is one of the above flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, and injection to composite. With or without, spraying, water spraying, mast spraying, spraying, mist spraying, mist spraying, spraying, water spraying, water spraying, ground spraying, underground spraying, high pressure spraying, low pressure spraying, slope spraying, underwater spraying, aerial spraying. Spraying, misting spraying, green soil spraying, dust removal spraying, dust removal spraying, drying, clothes drying, humidification, indoor humidification, spraying, mist spraying, fountain, water fountain, greening, slope greening, planting, surface planting, Garden planting, shotcrete, slope shotcrete, excavation side shotcrete, spray, seed spray, pressure spray; Among them, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted by the above sprinkler or combination; It is either one of the selected ones, or one of them.

The task 13 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. Dredging, coastal dredging, sea dredging, sand dredging, reclamation, coastal reclamation, cableway, cable cableway, improvement, ground improvement, building improvement, facility improvement, housing improvement, reinforcement, ground reinforcement, with or without one of the following: , slope reinforcement, crack reinforcement, building reinforcement, facility reinforcement, structure reinforcement; Of these, a compound of two or more or a compound of two or more in sequence; Mobility is utilized or assisted by the dredging to composite; It is either one of the selected ones, or one of them.

The task 14 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. Filling, cavity filling, uneven filling, crack filling, sinkhole filling, filling, cavity filling, crack filling, filling, uneven filling, sea filling, bottom filling, filling, with or without one of the following: inner surface composite, dredging or composite. , backfilling, wall filling, foaming, expansion foaming, volumetric foaming, material foaming, expansion, volumetric expansion, material expansion, compression, volumetric compression, material compression; Among them, a compound of two or more or a compound of two or more in sequence; The above filling or composite where mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 15 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. With or without one of the following: masonry, stone masonry, carpentry, carpentry, earthwork, earth cutting, earth laying, rebar work, rebar assembly, concrete work, concrete pouring, sheet metal work, etc. Attaching boards, roofing sheets, assembly, material assembly, building assembly, building assembly, facility assembly; Of these, a compound of two or more or a compound of two or more in sequence; The above masonry to composite where mobility is used or assisted; It is either one of the selected ones, or one of them.

The task 16 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. Management, construction management, factory management, site management, construction management, work management, remote management, head office management, branch management, clothing, with or without one of the following: composite, dredged, composite, filled or composite, masonry or composite. Management, work management, facility management, supervision, construction supervision, work supervision, supervision, site supervision, work supervision, construction supervision, estimation, earthwork volume estimation, cut quantity estimation, filling quantity estimation, aggregate quantity estimation, soil quantity estimation, waste quantity estimation, workload Calculation, construction quantity estimation, detection, facility detection, surveillance, site monitoring, process monitoring, remote monitoring, instruction, work order, construction order, remote order, designation, work designation, construction designation, remote designation, order, work order, modification order , supplementary command, remote command, coordination, work coordination, construction coordination, process coordination, operation, remote operation, work operation, correction, work modification, supplementation, work supplement, correction, work correction, error correction, control, work control, remote Control, central control, security, night security, complex security, unit security, apartment security, game, soccer game, baseball game, training, outdoor training, mountain training, play, outdoor play, tracking, outdoor tracking, service, information service, Guest service, diagnosis, bridge diagnosis, facility diagnosis, tunnel diagnosis, safety diagnosis; Of these, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted in managing or combining the above; It is either one of the selected ones, or one of them.

The task 17 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. Purification, environmental purification, pollution purification, purification, air purification, dust purification, clothing purification, cleaning, building cleaning, with or without one of the following: or composite, dredging or composite, filling or composite, masonry or composite, management or composite. , exterior wall cleaning, panel cleaning, solar panel cleaning, blade cleaning, wind blade cleaning, wind power blade cleaning, washing, exterior wall washing, car washing, vehicle car washing, washing, tank cleaning, laundry, clothing washing, car washing, vehicle washing, water purification, Water purification, contaminated water purification, sewage purification, pond purification, river purification, quarantine, disinfection and quarantine, pest control, disaster prevention, sterilization, disinfection, restoration, river restoration, sinkhole restoration, restoration, river restoration, healing, natural healing, tree healing, Self-healing, treatment, field treatment, physical therapy, healing, crack healing, body healing, treatment, pollution treatment, clothing treatment, waste treatment, cotton treatment, water treatment, dam treatment, pond treatment, river treatment, sinkhole treatment, pesticide spraying , ozone radiation, negative ion radiation, disinfectant placement, pesticide spraying, dust removal, dust removal, fine dust removal; Of these, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted to purify or combine the above; It is either one of the selected ones, or one of them.

Examples of the above purification or combination include a) use of a lamp, use of light, use of ultraviolet rays, use of infrared rays; b) Using a lamp with a sterilizing or disinfecting function, using a light with a sterilizing or disinfecting function, using ultraviolet rays with a sterilizing or disinfecting function, or using an infrared ray with a sterilizing or disinfecting function; c) or photocatalyst spraying on facilities, equipment, vehicles, materials, goods, passages, air, atmosphere, housing, drones, mobility, etc.; d) The photocatalysts include titanium dioxide (TiO ₂ ), zinc oxide (ZnO), tin oxide (SnO ₂ ), tungsten oxide (WO ₃ ), tungsten oxide-titanium dioxide (WO ₃ -TiO ₂ ), and zinc sulfide (ZnS). , nickel oxide (NiO) and iron oxide (Fe ₂ O ₃ ), etc.; e) Palladium (Pd), titanium (Ti), platinum (Pt), rhodium (Rh), Coating gold (Au), silver (Ag), tungsten (W), nickel (Ni), cobalt (Co), chromium (Cr), manganese (Mn) and barium (Ba), material metals, metal materials, etc.; f) Injecting pollution, air, atmosphere, polluted air, pollutants, etc. into the facility or outside, etc.; g) Or, placing pollution, air, atmosphere, polluted air, pollutants, etc. in the above facilities or outside, etc.; h) Irradiation of lamp light or ultraviolet rays to the above facility or outside, photocatalyst, etc.; i) the photocatalytic materials receive light or ultraviolet rays and are activated by respective chemical reactions to purify the air using ozone generated; j) The material metals of the coating layer act as a catalyst to compensate for some weak photocatalytic performance; k) The photocatalyst, coating layer, etc. effectively react with polluted air, sterilize, deodorize, purify, and chemically react; ℓ) After palladium (Pd) particles coated on the surface of titanium dioxide (TiO ₂ ) are oxidized by ultraviolet (UV) light, the excited electrons during the photocatalytic reaction react with ozone on the surface of palladium (Pd), decompose, and recombine the electrons. improve the efficiency of the photocatalyst; m) purification or compounding of the above by one or more of the above; n) The above-mentioned purification or combination as the facility or mobility, etc. flies, runs, moves, stops, fixes, settles, installs, stands, takes off, lands, etc.; etc. may apply.

The task 18 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. Extinguishing, fire extinguishing, extinguishing, flame extinguishing, arson, fire prevention, quarantine, sterilization and disinfection, with or without one of the following: fire extinguishing, fire extinguishing, extinguishing, flame extinguishing, arson or fire prevention, quarantine or disinfection , disinfection station, haze quarantine station, airborne quarantine, radiation, ozone radiation, anion radiation, ultraviolet radiation, infrared radiation, photocatalyst radiation, phytoncide radiation, launch, artillery launch, air launch, underwater launch, rocket launch, torpedo launch, gunfire, aerial Firing, smoke firing, attack, ground attack, air attack, defense, attack defense, position defense, area defense, defense, area defense, attack defense, irradiation, light irradiation, light irradiation, sound wave irradiation, ultrasonic irradiation, infrared irradiation, laser Surveying, thermal infrared irradiation, disaster prevention, earthquake disaster prevention, facility disaster prevention; Of these, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted in digestion or combination of the above; It is either one of the selected ones, or one of them.

The task 19 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. Inflow, sewage inflow, contaminated air inflow, storage, tank storage, storage tank, with or without one of the following: inflow, sewage inflow, contaminated air inflow, masonry to composite, masonry to composite, management to composite, purification to composite, digestion to composite. Storage, aeration, fan aeration, blower aeration, bubble aeration, reaction, biological reaction, flocculation reaction, flocculation, chemical flocculation, biological flocculation, sedimentation, floc precipitation, dehydration, centrifugal dehydration, electric dehydration, pressure dehydration, sludge. Dehydration, filter press dehydration, belt press dehydration, filtration, sand filtration, filter filtration, activated carbon filtration, filtration, contamination filtering, dust filtering, foreign matter filtering, sterilization, disinfection and sterilization, virus sterilization, disinfection, sterilization and disinfection, chlorine disinfection, discharge, Clean water discharge, clean air discharge, treated water discharge, treated air discharge, spill, purified water discharge, purified air discharge; Of these, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted by the inflow or combination of the above; It is either one of the selected ones, or one of them.

The task 20 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. With or without one of the following: to composite, dredged to composite, filling to composite, masonry to composite, management to composite, purification to composite, extinguishing to composite, inflow to composite, bringing in, bringing in to site, bringing in waste, sorting, aggregate. Sorting, waste selection, separation, waste separation, crushing, rock crushing, waste crushing, crushing, rock crushing, waste crushing, grinding, aggregate grinding, waste grinding, water crushing, wind crushing, pressure crushing, washing , aggregate washing, soil washing, classification, aggregate classification, yard storage, aggregate storage, loading, aggregate loading, accumulation, soil accumulation, export, aggregate removal, landfill, waste landfill, landfill landfill, incineration, waste incineration, incinerator incineration, treatment, Waste processing, recycling processing, recycling, waste recycling, by-product recycling; Of these, a compound of two or more or a compound of two or more in sequence; Mobility is used or assisted by bringing in or combining the above; It is either one of the selected ones, or one of them.

The operation 21 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. Of operations 1 to 20 above, with or without performing one of the following: to composite, dredging to composite, filling to composite, masonry to composite, management to composite, purification to composite, extinguishing to composite, inflow to composite, import to composite. It is a combination of two or more, or a combination in which two or more of the operations 1 to 20 are sequential.

The task 22 is the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, and spraying. a) one or more operations, b) or two or more combined operations selected from to composite, dredging to composite, filling to composite, masonry to composite, management to composite, purification to composite, extinguishing to composite, inflow to composite, import to composite, c) or a composite task in which two or more are performed sequentially, or d) one selected from the above tasks in which mobility is used or assisted, or one of the tasks is performed.

The task 23 is a) the flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite. , sprinkler to composite, dredging to composite, filling to composite, masonry to composite, management to composite, purification to composite, extinguishing to composite, inflow to composite, import to composite, composite operation; b) the above-mentioned flying or multi-tasking operations in which mobility is used or assisted; It is either one of the selected ones, or one of them.

The above flight to composite, planning to composite, filming to composite, manufacturing to composite, construction to composite, blasting to composite, storage to composite, mixing to composite, packaging to composite, masonry to composite, injection to composite, sprinkling to composite, dredging. To composite, fill to composite, masonry to composite, manage to composite, purify to composite, extinguishing to composite, inflow to composite, bring in to composite, and composite work are referred to as ‘the flight to composite, or the flight to composite work.’ do.

The above task 24 is a) person, owner, landlord, employee, assistant manager, assistant manager, manager, general manager, manager, director, managing director, managing director, president, chairman, supervisor, engineer, manager, robot, third party, technician, technician, One selected from among building owners, supervisors, designers, workers, constructors, supervisors, orderers, drones, and mobility performs the above flight or composite, flight or composite work; 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, The above flight to composite, flight to composite task by one selected from the network; c) one selected from the above-described devices to the above-mentioned devices to the above-mentioned flight to composite, flight to composite operation; d) or house, room, residence, home, facility, building, headquarters, branch, company, construction company, designer, architect, construction company, inspector, site, factory, workshop, construction site, structure, facility, apartment, situation room, control room, The above flight or composite, flight or composite operation in one selected from the cockpit, ordering office, government office, supervisory office, supervisor's office, and office; e) one of the person or mobility performs the flight or composite operation, or the flight or composite operation using one selected from the device or multi-function device; f) one of the person or mobility performs the flight or combination, flight or combination work in one selected from the home or office; g) one selected from the person or mobility equipped with one of the above devices or combination devices is configured to perform the flight or combination operation, or the flight or combination operation; h) one of the person or mobility performs the flight or composite operation, or the flight or composite operation using one selected from the device or multifunction device at one of the home or office; i) one of the person or mobility equipped with one of the above devices or multi-function devices performs the flight or multi-function, flight or multi-function operation in one selected from the home or office; It is one selected from the group consisting of, or does one. The groups or complexes may include the groups a) to i) complexes.

The task 25 is one of the flight or composite task and the flight or composite task; The flight or composite task performed before or after one of the flight or composite tasks; The flight or composite operation in parallel with one of the flight or composite operations; The flight or composite task that performs one of the flight or composite tasks; The flight or composite task performed while performing one of the flight or composite tasks; It is either one of the selected ones, or one of them.

The above task 26 is for dogs, pets, people, animals, cats, clothing, clothing, objects, substances, vehicles, passages, retained objects, sediments, sediments, inflows, outgoings, surroundings, dams, rivers, streams, coasts, Marine, ground, water quality, soil quality, air quality, contaminants, pathogens, room, house, housing, facility, building, structure, fixture, office, apartment, basement, cellar, parking lot, temperature, humidity, wind direction, wind speed, bacteria, rust , germs, air, atmosphere, dust, pollution, stain, corrosion, environment, wastewater, sewage, sewage, dust, yellow dust, waste, sediment, sludge, pathogens, fine dust, virus, bacteria, environmental hormones, sick building syndrome, formaldehyde One or more of the above-mentioned management or combination, purification or combination is performed.

Task 27 is one of the above flight to combination and the above plan to combination; or one of the above filming or combining with the above manufacturing or combining; or one of the construction to composite and the blasting to composite; or one of the above storing or combining with the mixing or combining; or one of the above packaging or composite and the above masonry or composite; or one of the above injection or combination with the above spray or combination; or one of the dredged to composite and the filled to composite; or one of the above masonry to composite and the above management to composite; or one of the above construction or combination with the above purification or combination; or one of the purification or combination above and the digestion or combination above; or one of the above inflow or combination with the above import or combination; It is either one of the selected ones, or one of them.

The task 28 includes one of the flight to composite and one of the planning to composite and one of the shooting to composite and the manufacturing to composite; or one of the construction or composite and one of the blast or composite and the storage or composite and the mixing or composite; or one of the packaging or composite and one of the masonry or composite and the injection or composite and the spray or composite; or one of the dredging and composite and one of the filling and composite and one of the masonry and composite and the management and composite; or one of the construction or combination with one of the storage or combination with one of the purification or combination with the digestion or combination; or one of the purification or combination with one of the inflow or combination with the import or combination; It is either one of the selected ones, or one of them.

The task 29 is a) a1) a device, device, vehicle, body, object, device, machine, means, sensor, measuring instrument, device, of one of the above flight or complex tasks. Equipment, facilities, installations, drones, robots, parts, products, goods, supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, cameras, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, Computer, printer, program, application, cyclone, hardware, software, network, combination or multi-function device in which two or more of them are sequentially combined; a2) 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; b) or the above-mentioned flight or complex operation by one or more of the above-described device or combination device, using, provided, the following device, or the following equipment; One of the above-mentioned flight or composite operation and the above-mentioned flight or composite operation; The flight or composite operation in parallel with one of the flight or composite operations; The flight or composite task that performs one of the flight or composite tasks; The flight or composite task performed while performing one of the flight or composite tasks; Do one of the selected ones.

a) Drones, mobility, etc. of the present invention can be equipped with one of the above-described devices to complex devices, the following devices, the following equipment, and the above-mentioned flight to composite devices, and b) drones, mobility, etc. ) The above task, flight or combination, etc. may be possible, or the like may be performed by one of the following means, such as a complex machine, the following device, the following equipment, or the above flight or combination. c) And the above work, flight or combination, etc. may be performed by a drone, mobility, the above device or combination device, the following device, the following equipment, or one of the above flight or combination means.

The task 30 is a) using one or more of the above-described devices to multi-function devices, the following devices, and the following equipment, b) or mobility equipped with one or more of the above-mentioned devices to multi-function devices, the following devices, and the following equipment. Using, c) or using one or more of the above-mentioned to complex machine, the following device, and the following equipment provided in the mobility, one of the above-mentioned flight to complex and the above-mentioned plan to complex; or one of the above filming or combining with the above manufacturing or combining; or one of the construction to composite and the blasting to composite; or one of the above storing or combining with the mixing or combining; or one of the above packaging or composite and the above masonry or composite; or one of the above injection or combination with the above spray or combination; or one of the dredged to composite and the filled to composite; or one of the above masonry to composite and the above management to composite; or one of the above construction or combination with the above purification or combination; or one of the purification or combination above and the digestion or combination above; One of the above inflow or combination with the above import or combination; It is either one of the selected ones, or one of them.

The task 31 is a) using one or more of the above devices to multi-function devices, the following devices, and the following equipment, b) or mobility equipped with one or more of the above devices to multi-function devices, the following devices, and the following equipment. Using, c) or using one or more of the above-mentioned device to multi-function device, the following device, and the following equipment provided in the mobility, one of the above-mentioned flight to complex, one of the above-mentioned plan to complex, and one of the above-mentioned shooting to complex. and the preparation or combination of the above; or one of the construction or composite and one of the blast or composite and the storage or composite and the mixing or composite; or one of the packaging or composite and one of the masonry or composite and the injection or composite and the spray or composite; or one of the dredging and composite and one of the filling and composite and one of the masonry and composite and the management and composite; or one of the above construction or combination with one of the storage or combination with one of the purification or combination with the digestion or combination; or one of the purification or combination with one of the inflow or combination with the import or combination; It is either one of the selected ones, or one of them.

The devices include a) Device 1, Device 2, Device 3, Device 4, Device 5, Device 6, Device 7, Device 8, Device 9, Device 10, Device 11, Device 12, Device 13, Device 14, Device 15, Device 16, Device 17, Device 18, Device 18, Device 20, Device 21, a device equipped with one of the above groups or networks, the following device provided in the device, the following device equipped with the device, the equipment provided in the following device, Equipment equipped with the following device, the following device provided with mobility, the following device provided in mobility, a device provided with mobility at the top, a device provided with flying mobility, mobility provided with the following device, mobility provided in the following device , one selected from the devices performing the above work, or b) or spraying itself or a substance discharged from the outlet below, or c) or performing one of the above purification or compounding using itself or a substance discharged from the outlet below. , d) or d1) magnetizer, vibrator, station, playground, stadium, gym, swimming pool, playground, wave generator, ozone machine, negative ion machine, rotator, vacuum machine, pressurizer, sterilizer, disinfector, discharger, purifier, purifier, construction. machine, processor, magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, magnetized material, vibrating material, excited material, wave product, ozone water, anionic water, rotating material, vacuum water, pressurized material, sterilization Water, disinfectant, discharged water, purified water, clean water, treated water; d2) a complex, a complex in which two or more of them are sequentially combined; d3) or the magnetization or composite generated in one of the magnetizer or composite group; One of the following devices to be used is one selected from the above devices and networks.

The device 1 is composed of a) a1) hoses (70, 72, 76), venturi tubes (77), and nozzles (78, 66) in that order, and a2) pressurized material or air through the hoses (72, 76). flows in, a3) one or more injectors 93 are provided in the reduced portion 53 of the venturi tube 77, and a4) a tank 60, an ozone group 95, and an anion group are provided in the injector 93. (95), one or more of the compressors (105) are connected, and a5) one or more of the material or disinfectant of the tank (60), ozone of the ozone group, negative ions of the anion group, and pressure air of the compressor are injected into the injector ( flows into the venturi 53 through 93), and through a6) the nozzles 78, 66, one (80) or more of the substances, air, disinfectant, ozone, anion, pressure, mist, or complex is It is a spraying device, or b) or one of the magnetizer or composite is used, equipped, mounted, or mounted on one or more of the hose, venturi tube 77, nozzle 66, reduction part 53, and injector 93. , injection, injection, spraying, coating, painting, painting, etc. is the device in a).

The device 2 includes a) a magnetizer, a vibrator, a station, a playground, a stadium, a gym, a swimming pool, a playground, and a wave generator on one or more of the hose, venturi pipe, nozzle, injector, and tank; b) a check valve 91 and a solenoid valve 92 on the injector 93; c) a regulator or timer (98) that adjusts the opening and closing interval of the valve; d) the nozzle 66 through which one of the mist or composite is sprayed; It is a device equipped with one or more selected from among.

The device 3 consists of a) inlet pipes 70, 72, 76; b) a venturi tube (77) connected to the inlet pipe; c) an injector (93) mounted to protrude outward from the reduced portion (53) of the venturi tube; d) an outlet pipe (78) connected to the rear end of the venturi tube; e) a check valve (91) connected to the injector; f) a hose (76) connected to the check valve; g) an ozone generator (95) that supplies ozone to the hose; h) an anion group (95) that supplies negative ions to the hose; i) a compressor (105) that supplies pressure to the hose; j) a valve or solenoid valve (92) that opens and closes the hose; k) a timer (98) for adjusting the opening and closing time of the valve; ℓ) the inlet pipes (70, 72, 76) through which water or air or material flows; m) the outlet pipe 78 through which one or more of ozone, negative ions, and pressure are introduced; n) the outlet pipe 78 to which pulse pressure is applied by pressure supplied intermittently or shockingly by adjusting the opening and closing time; o) the outlet pipe 78 through which one or more of the ozone, negative ions, pressure, water, air, and substances to which the pulse pressure is added is discharged; Consisting of, p) it is a device in which one or more of a hose 79, a nozzle 66, a sprayer 66, a water tank, and a cyclone are connected to the outlet pipe.

The device 4 includes a) a1) a hollow or tubular magnetizer (2), a vibrator (1), a high-frequency vibrator, a low-frequency vibrator, a vibrating magnetizer (4), and a magnetization vibrator (4) that generate one or more of magnetization and oscillating magnetic fields. One of (1, 2, 4, 5, 6, 8), a2) an inlet 18 at the front end of one of the magnetizer or magnetization vibrator, a holder inside or a vortex forming holder or a holder for the generation means, and a random order at the rear end. or sequentially solenoid valve 184, venturi tube 185, outlet 186, a3) in random or sequential order in the middle of the venturi tube, injector 188, check valve 183, solenoid valve 184, ozone Inlet (189), ozone funnel (190), ozone generator (191), high voltage generator (192); Instead of the ozone inlet, there is a pressure air inlet (187), and a compressor (98) at the rear end of the pressure air inlet; At least one of, a4) a hose 78 in front of the inlet; A hose 78 at the rear end of the outlet; An elbow pipe (181) between the inlet and one of the magnetizer or magnetization vibrator; An elbow pipe (181) between one of the magnetizer or magnetization vibrator and the solenoid valve; a pipe (78) between two of the solenoid valves and outlets; A pipe 78 between two of the injector and the ozone inlet; An elbow pipe (181) between the ozone inlet and the pipe; A check valve 183 and a pump 103 are installed in one of the pipes in random or sequential order; at least one of, a5) a timer 193 that adjusts the opening and closing interval of the solenoid valve, a6) a device (40, 97) provided with a case 195 in which one or more of the magnetizer or timer is built-in, or b) Or a device equipped with the magnetizer or case and emitting 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 case and equipped with one of a magnetizer, a vibrator, a station, a playground, a stadium, a gym, a swimming pool, a playground, a wave machine, an ozone machine, a mist machine, and two or more combined devices; d) Or, when the magnetizer or case is provided, one of two or more of vibrating matter, 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 of them is generated, or spraying device; e) or a device equipped with any two or more of the magnetizer or case in which one or more of the light or phytoncide, the magnetizer or composite device, or the magnetizer 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; One of the selected ones.

The device 5 is a) a1) a hollow or tubular magnetizer that generates one or more of the magnetization and oscillation magnetic fields (6, 7, 8), a vibrator, a vibrating magnetizer, and a magnetization vibrator (1, 2, 3), a2 ) An inlet 180 at the front end of one of the magnetizer or magnetization vibrator, a holder inside or a vortex forming holder or a holder for the generation means, and one of the Tee tube 182, the Venturi tube 185, and the outlet 186 at the rear end. Above, a3) at least one of the check valve 183, solenoid valve 184, venturi pipe 185, pressure air inlet 187, and compressor 98 that sequentially generates pressure air 62 in the middle of the tee pipe. , a4) In the middle of the venturi tube, there is sequentially an injector 188, a check valve 183, a solenoid valve 184, an ozone inlet 189 that focuses the ozone 61 generated from the ozone generator into the ozone inlet, and an ozone inlet 189. At least one of a funnel 190, an ozone generator 191 that generates ozone 61, and a high voltage generator 192 that applies high voltage to the ozone generator, a5) a hose 78 at the front of the inlet; A hose 78 at the rear end of the outlet; An elbow pipe (181) between the inlet and one of the magnetizer or magnetization vibrator; An elbow pipe (181) between one of the magnetizer or magnetization vibrator and the TE pipe; A pipe (78) between two of the tee pipe and outlet; A pipe (78) between two of the injector and the pressure inlet; A pipe 78 between two of the injector and the ozone inlet; An elbow pipe (181) between the solenoid valve and the pipe; An elbow pipe or tee pipe (182) between the ozone inlet and the solenoid valve; A check valve 183 and a pump 103 are sequentially installed on one of the pipes; one or more of, a6) a timer 193 for adjusting the opening/closing interval of the solenoid valve, a7) the magnetizer to magnetization vibrator, inlet to outlet, injector to high voltage generator, injector to high voltage generator, hose to tee pipe, timer, It is a device 40 equipped with a case 195 in which one or more of a switchboard or a power source is built-in, or b) or the magnetizer or case is provided with light, magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, and disinfection. A device that emits one or more of water and phytoncide; c) or a device equipped with the magnetizer or case and equipped with one of a magnetizer, a vibrator, a station, a playground, a stadium, a gym, a swimming pool, a playground, a wave machine, an ozone machine, a mist machine, and two or more combined devices; d) Or, when the magnetizer or case is provided, one of two or more of vibrating matter, 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 of them is generated, or spraying device; e) or a device equipped with any two or more of the magnetizer or case in which one or more of the light or phytoncide, the magnetizer or composite device, or the magnetizer 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; One of the selected ones.

The device 6 is a combination device of the device 4 and device 5, a composite device of the device 4 and the device 5 connected to the rear end of the device, a combined device of the device 5 and the device 4 connected to the rear end, and an outlet of the device 4. A composite device of the device 4 and device 5 in which the inlet of the device 5 is linked, a composite device of the device 4 and device 5 in which the inlet of the device 4 is linked to the outlet of the device 5, and the outlet hose of the device 4 is connected to the A combination device of the device 4 and device 5 with the inlet of device 5 connected to the inlet of device 4, a combination device of device 4 and device 5 with the inlet of device 4 connected to the outlet hose of device 5, and the device with the outlet of device 4 A composite device of device 4 and device 5 in which the inlet hose of device 5 is connected, a composite device of device 4 and device 5 in which the inlet hose of device 4 is connected to the outlet of device 5, and the outlet hose of device 4 is connected to the outlet hose of device 4. A combination device of device 4 and device 5 in which the inlet hose of device 5 is connected, a combination device of device 4 and device 5 in which the inlet hose of device 4 is connected to the outlet hose of device 5, and device 4 and device 5. A complex device in which substances are connected to the inlet of device 4, pass through device 4 and device 5, and discharged to the outlet of device 5, and device 5 and device 4 are connected to allow substances to flow into the inlet of device 5. It is one selected among complex devices that flows in, passes through device 5 and device 4, and is discharged to the outlet of device 4.

The device 7 includes a) a1) perforated body; a2) a motor mounted inside the body; a3) Wings rotated by the motor; a4) a hollow ring nozzle having a flat outer surface and a curved inner surface, forming a gap through which the wind provided by the rotation of the blade or the vacuum pump is discharged; a5) the inner side where the discharged wind flows quickly; the outside where the discharged wind flows slowly; a6) the inner side where the air pressure is lower than the outer side due to the fast and slow speeds; a7) the inside where surrounding air flows in due to one or more of the high pressure and low air pressure; a8) a device provided with a ring through which the introduced air flows or is blown through the inside like the wind; b) or a device equipped with the body or ring and emitting one or more of light, magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; c) or a device equipped with the body or ring and equipped with one of a magnetizer, a vibrator, a station, a playground, a stadium, a gym, a swimming pool, a playground, a wave machine, an ozone machine, a mist machine, or two or more combined devices; d) Or, while the body or ring 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 sprayed. a device that does; e) or a device equipped with any two or more of the body or ring through which one or more of the light or phytoncide, magnetizer or composite, or magnetization or composite is radiated or provided or generated; f) or a device that performs one of the purification and dust removal using the blown air and wind; One of the selected ones.

The device 8 includes a) a vibrator of one of vibrator 1, vibrator 2, vibrator 3, vibrator 4, vibrator 5, vibrator 6, vibrator 7, vibrator 8, drone, mobility, the magnetizer or the complex, or b) or The material that has passed through the vibrator is used, spun, sprayed, coated, painted, painted, or c) or is a device that uses the material that has passed through the vibrator to purify or remove dust.

The vibrator 1 is a complex device that combines a vibrator that irradiates a magnetic field, an exciter that irradiates a magnetic field, and one or more of a magnetizer, an ozone generator, and a mist device that irradiates a magnetic field. The vibrator 2 is a vibrator that generates or sprays one of the following: vibrating material, vibration frequency, excited water, excited water, magnetized water, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, phytoncide, and two or more composites by the complex machine. am. The vibrator 3 is a vibrator that emits one or more of light, magnetic field, ozone, mist, sterilizing agent, disinfectant, and phytoncide while treating materials with one or more of the light or phytoncide.

The vibrator 4 is configured such that a) vibration is generated, and after the vibration is generated, a magnetic field is generated by the vibrator, and after the magnetic field is generated, vibration is generated by the magnetizer, or b) or a magnetic field is generated, and after the magnetic field is generated. It is a vibrating magnetizer or magnetization vibrator in which vibration is generated by a magnetizer, and after the vibration is generated, a magnetic field is generated by the vibrator.

The vibrator 5 vibrates, excites, and radiates ozone during magnetic field irradiation. The ozone is a vibrator that is emitted by electric discharge between the needle and the plate facing each other.

The vibrator 6 includes a case (7), a stator (2) inside the case, a rotor (1) connected to the stator, a rotor rotation shaft (3), bearings provided above and below the rotation shaft, and mounted on the rotor or the rotation shaft. It is a vibrating magnetizer in which a rotating body (4) or an asymmetric rotating body (4) and the case (7) that vibrates by rotation of the rotating body are mounted, and a magnetizer is provided in one of the case or the rotating body.

The vibrator 7 includes a) a magnetizer consisting of a magnetizer 31, its attachment plate 18, and a magnetizer 31 spaced apart from the attachment plate; b) a magnetization vibrator consisting of a magnetizer (31), a core (15) between the two, a core outer coil (16), and a spacer (17) spaced apart from the core and the magnetizer; c) a magnetizer consisting of a mounting plate 19, a magnetizer attachment plate 18 mounted thereon, a magnetizer 31 attached to the attachment plate, and an outer coil 16 of the magnetizer and the attachment plate; It is either one or a vibrator provided with one.

The vibrator 8 includes a) a1) a power supply unit 20 that provides one of the power source, AC, and DC; a2) a converter 21 that converts one of the power source, AC into DC; and a3) one of the power source, DC. Inverter (22), a4, which converts or amplifies AC or constant voltage and constant frequency AC, switches and supplies one of the power, AC, and DC, or a switching unit that adjusts the flow direction of one of the power, AC, and DC ( 23), a5) Detector 24 that detects one of power, AC, and DC supplied from one of the power supply unit, converter, inverter, and switching unit, a6) Energization pattern of one of the converter, inverter, switching unit, and detection unit connected to the rotation shaft 3 of the motor 26, which includes one or more of the control unit 25, which controls one or more of the power, AC, DC, size, continuation, energization, and blocking. Vibration generated by the rotation of the rotating body (4) or the asymmetric rotating body (4), b) or a magnetic field either before, during, or after the vibration occurring in the motor or the case into which it is inserted due to the rotation, 1,000 It is one of a vibrator, a vibrating magnetizer, a high-frequency vibrator, a low-frequency vibrator, and a magnetization vibrator that generates a magnetic field of ∼20,000 Gauss or a magnetic field of 0.1∼2 Tesla.

The device 9 includes a) magnetizer 1, magnetizer 2, magnetizer 3, magnetizer 4, magnetizer 5, drone, mobility, one of the magnetizers to complex devices, or b) or through the magnetizer. It is a device that uses, radiates, sprays, coats, paints, paints, or paints materials, or c) uses materials that have passed through the magnetizer to purify or remove dust.

The magnetizer 1 is a complex device that combines a vibrator that irradiates a magnetic field, an exciter that irradiates a magnetic field, and one or more of a magnetizer, an ozone device, and a mist device that irradiates a magnetic field. The magnetizer 2 generates or sprays one of two or more composites of vibrating material, vibration frequency, excited water, excited water, magnetized material, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, phytoncide, and more by the complex machine. It is a magnetizer. The magnetizer 3 is a magnetizer that emits one or more of light, magnetic field, ozone, mist, sterilizing agent, disinfectant, and phytoncide while treating materials with one or more of the light or phytoncide. The magnetizer 4 is a magnetic field after one of the following: vibration, 10 to 150 dB vibration, vibration due to rotation of an asymmetric rotating body, and vibration of the asymmetric rotating body case due to the rotation, a magnetic field of 1,000 to 20,000 Gauss, and a magnetic field of 0.1 to 2 Tesla. It is a magnetizer equipped with a vibrator that generates one of the magnetic fields. The magnetizer 5 is configured to: a) generate vibration, generate a magnetic field by the vibrator after generation of the vibration, and generate vibration by the magnetizer after generation of the magnetic field, or b) generate a magnetic field, and generate the magnetic field. It is one of a magnetizer, a vibrating magnetizer, and an excitation magnetizer in which vibration is generated by a magnetizer, and a magnetic field is generated by the vibrator after the vibration.

The device 10 includes a) ozone group 1, ozone group 2, ozone group 3, ozone group 4, drone, mobility, the magnetizer or the complex machine, or b) or uses a material that has passed through the ozone group, It is a device that performs one of the above purification or dust removal by either spinning, spraying, coating, painting, painting, or c) or using the material that has passed through the ozone group.

The ozone device 1 is a complex device that combines a vibrator that irradiates a magnetic field, an exciter that irradiates a magnetic field, and one or more of a magnetizer, an ozone device, and a mist device that irradiates a magnetic field. The ozonator 2 generates or sprays one of two or more composites of vibrating material, vibration frequency, excited water, excited water, magnetized material, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, and phytoncide by the complex machine. It's an ozone device. The ozone group 3 emits light, emits a magnetic field, and emits one or more of ozone, mist, sterilizing agent, disinfectant, and phytoncide, while treating substances with one or more of the light, magnetic field, ozone, or phytoncide. It is a firearm. The ozone group 4 is a magnetic field after one of the following: vibration, 10 to 150 dB vibration, vibration due to rotation of an asymmetric rotating body, and vibration of the asymmetric rotating body case due to the rotation, a magnetic field of 1,000 to 20,000 Gauss, and a magnetic field of 0.1 to 2 Tesla. It is an ozone device equipped with a oscillator that generates one of the magnetic fields.

The device 11 includes a) a filter, a cyclone pre-treatment filter, a filter medium in which the filter medium is placed after the filter, a filter medium in which the filter is placed after the filter medium, and a filter medium filter in which the filter medium and the filter are mixed; A filter, a filter container, a filter case, and a filter cartridge into which one or more of the filters or filter material filters are inserted; One of the devices 1 to 10; A material provided in one of the above devices 1 to 10; A device in which one selected from among is used or sprayed; b) or devices 1 to 10; The magnetizer to the complex device; A material provided in one of the above devices 1 to 10; The filter or filter cartridge, one of which is used or sprayed; c) or the device 11 a), or the device 11 b) is one of a filter or a filter cartridge and emits one or more of light, magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide. Device; d) or the device 11 a), or the device 11 b) is one of a filter or a filter cartridge and is a magnetizer, vibrator, exciter, waver, rotator, electrolyzer, discharger, sterilizer, sterilizer, ozonator, mist A device equipped with one of two or more multi-function devices; e) or the device 11 a), or the device 11 b) is one of a filter or a filter cartridge and includes vibrating water, vibration frequency, excited water, excited water, magnetization, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, A device that generates or sprays one of mist, phytoncide, or a combination of two or more of them; f) or the filter or filter cartridge in which one or more of the light, phytoncide, magnetizer or composite, magnetized or composite is radiated or provided or sprayed; g) Or a device for performing one of the purification and dust removal using one of the filters and filter cartridges and a material that has passed through one of the filters and filter cartridges; One of the selected ones. The filter is selected from among filters, filtration filters, pre-filters, sedimentation filters, HEPA filters, deodorization filters, membrane filters, sand filters, activated carbon filters, hollow fiber filters, pre-treatment filters, post-treatment filters, nano filters, ultra filters, and micro filters. It's more than one thing.

The device 12 includes a) a main body provided with a plurality of propellers, a motor that provides rotational force to the propeller, and a battery or generator that provides power to the motor, and includes the devices 1 to 11; The magnetizer to the complex device; a substance provided in one of the above devices 1 to 11; Drones either used or sprayed; b) or devices 1 to 11 above; a substance provided in one of the above devices 1 to 11; A drone that is used or sprayed is one selected from among; c) or the above device 12 a) drone or b) a drone that is a drone and emits one or more of light, magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, and phytoncide; d) or the above device 12 a) a drone, or b) a drone and equipped with one of a magnetizer, a vibrator, an exciter, a wave generator, a rotator, an electrolyzer, a discharger, a disinfector, a sterilizer, an ozone generator, a mist machine, or two or more combined devices. drone; e) or the above device 12 a) drone or b) a drone and one of two or more of vibrating water, vibration frequency, excited water, excited water, magnetization, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, phytoncide, etc. Drones that generate or spray; f) or the drone that radiates or is equipped with or sprays one or more of the light, phytoncide, magnetizer, composite, magnetizer, or composite; g) Or a device for performing one of the purification and dust removal using the drone or one of the materials provided therein; One of the selected ones.

The device 13 is equipped with one of the device 1, device 2, device 3, device 4, device 5, device 6, device 7, device 8, device 9, device 10, device 11, device 12, drone, mobility, or Equipped with one equipment, device, mechanism, facility, equipment, drone, tube, nozzle, hose, magnetizer, vibrator, ozonator, mixer, pourer, sprayer, injector, packaging machine, compactor, purifier, purifier, cleaner, It is one selected from the group consisting of an inhaler, dust collector, shower, processor, mist machine, and ventilation facility.

The device 14 is the device 1 used for one or more of purification, cleaning, cleaning, washing, washing, washing, car washing, disinfection, sterilization, dust collection, shorting, dust removal, dust removal, and fine dust removal, One selected from Device 2, Device 3, Device 4, Device 5, Device 6, Device 7, Device 8, Device 9, Device 10, Device 11, Device 12, Device 13, Drone, and Mobility.

The device 15 is the device 1, device 2, device 3, device 4, device 5, device 6, device 7, device 8, device 9, device 10, device 11, device 12, device 13, device 14, drone, mobility , It is a complex device in which any two or more selected from devices or complex devices are combined or linked.

a) The vibrating magnetizer may be one of a vibrator and a magnetizer, a magnetizer equipped with a vibrator, or a magnetizer equipped with a vibrator and an ozone group. b) The magnetization vibrator may be one of a magnetizer and a vibrator, a vibrator with a magnetizer, or a vibrator with a magnetizer and an ozone generator. c) The vibrator is a vibrator, a magnetization vibrator, a vibrator that generates vibration, a vibrator that generates a magnetic field, a vibrator that generates vibration and a magnetic field, a vibrator that generates ozone, and that generates vibration by the rotation of a rotating body or an asymmetric rotating body. It may be any one selected from a vibrator and a vibrator in which the case of the rotating body vibrates by the rotation. d) The magnetizer may be any one selected from a magnetizer, a vibrating magnetizer, a magnetizer that generates vibration, a magnetizer that generates a magnetic field, a magnetizer that generates vibration and a magnetic field, and a magnetizer that generates ozone. e) The ozone machine or ozone generator is e1) ozone machine, ozone generator, electric discharge ozone machine, ozone generator that generates ozone, ozone machine with a coil wound inside or outside of a cylindrical tube or double tube, spaced apart on one side of the plate. An ozone machine with a needle mounted on the other side, an ozone machine with a brush facing the hollow part of one side, an ozone machine that sterilizes or disinfects with ozone, and an ozone machine that radiates ozone by electric discharge; e2) or an ozone generator that generates ozone by electric discharge when power is applied to one or more of the cylindrical tube, coil, plate, needle, and brush; It can be any one selected from among.

The device 16 is sequentially connected to a venturi tube, injector, check valve, solenoid valve, ozone group, and anion group, or one of the devices 1 to 12 is connected to a venturi tube, injector, check valve, solenoid valve, ozone group, and anion group. They are linked sequentially.

The device 17 is the devices 1 to 16; The venturi tube to the anion group; Front, middle, back, left, right, inside, front end, rear end, inside, outside, and center of one or more of the anionic groups in the device 1 to the anion group; One or more of them: hose, tube, pipe, magnetizer, vibrator, exciter, oscillator, rotator, electrolyzer, discharger, sterilizer, sterilizer; A combination machine combining two or more of the hoses and sterilizers; One of them is provided.

The device 18 is connected to one of a pump, a pressurizer, and a compressor to one or more of the devices 1 to the central part, a hose, or a multi-function device, or to supply pressurized air from one of a pump, a pressurizer, or a compressor to one or more of the devices 1 to the multi-function device. is supplied.

The device 19 is one in which one or more of the devices 1 to a multi-function device, a pump, or a compressor is equipped with one or more of a wire, a cable, a power supply, a high voltage generator, a timer, and a switch.

The device 20 is one of the devices 1 to 19 provided in a box or case. The device 21 is a composite device in which two or more of the devices 1 to 20 are linked.

The above equipment, equipment equipped with the device, equipment linked to the drone, equipment linked to mobility, etc. are Equipment 1, Equipment 2, Equipment 3, Equipment 4, Equipment 5, Equipment 6, Equipment 7, Equipment 8, Equipment 9, above. Equipment for working, mobility for the above work, mobility used for the above work, mobility equipped with the equipment, mobility provided in the equipment, equipment equipped with mobility, equipment equipped with mobility at the top, equipment equipped with flying mobility It is one selected from the following equipment, equipment provided in mobility, equipment linked to flying mobility, the following equipment equipped with one of the magnetizer or composite, and the following equipment where one of the magnetizer or composite is sprayed.

The equipment 1 includes the above machine to composite machine, machine to composite machine; Or one of the above-mentioned aircraft or complex operation of the above-mentioned flight or complex operation; Or the above-mentioned aircraft or complex, or aircraft or complex aircraft performing one of the above-mentioned flight or complex tasks; It is one of the

The equipment 2 is equipment equipped with one or more of the above device, mobility, mobility with device, device with mobility, device, or multi-function device, or two or more of them sequentially.

The above equipment 3 includes a) storage, injector, mixer, pump, pressurizer, transfer machine, transfer line, excavator, boring machine, pourer, injector, mixing machine, sprayer, applicator, spreader, packaging machine, compactor, vibrator, molding machine, Curing machines, shooting machines, coating machines, painting machines, painting machines, purifiers, purifiers, construction machines, processing machines, surface treatment machines; b) two or more combination machines among the storage and surface treatment machines; A complex machine in which two or more of the storage and surface treatment machines are sequentially combined; The storage unit or the multi-function machine equipped with one of the storage units or the multi-function machine; c) the storage or multi-function device equipped with a drone or mobility, or the storage or multi-function device equipped with a drone or mobility; The storage unit or the multi-function device equipped with one of the magnetizer or the multi-function device; It is one of the following equipment, or two or more are equipped sequentially.

Examples of the storage or complex of the drone or mobility include drone storage, drone insertion machine, drone mixer, drone pump, drone pressurizer, drone transfer machine, drone transfer line, drone excavator, drone boring machine, drone pouring machine, drone injection machine, drone. Mixing machine, drone sprayer, drone attachment machine, drone laying machine, drone packaging machine, drone compactor, drone vibrator, drone molding machine, drone curing machine, drone shooting machine, drone coating machine, drone painting machine, drone painting machine, drone purifier, drone purifier, Drone construction machine, drone processor, drone surface processor, mobility storage, mobility injection machine, mobility mixer, mobility pump, mobility pressurizer, mobility transfer machine, mobility transfer line, mobility excavator, mobility boring machine, mobility pouring machine, mobility injection machine, mobility mixing machine. , mobility sprayer, mobility attacher, mobility laying machine, mobility paving machine, mobility compactor, mobility vibrator, mobility forming machine, mobility curing machine, mobility shorting machine, mobility coating machine, mobility painting machine, mobility painting machine, mobility purifier, mobility purifier, mobility construction company. This includes devices, mobility processors, and mobility surface processors.

Examples of the storage or complex equipped with the drone or mobility include a storage with a drone, an injector with a drone, a mixer with a drone, a pump with a drone, a pressurizer with a drone, a transfer machine with a drone, a transfer line with a drone, an excavator with a drone, and mobility. Boring machine with mobility, pouring machine with mobility, injector with mobility, mixing machine with mobility, sprayer with mobility, attacher with mobility, laying machine with mobility, paver with mobility, compactor with mobility, vibrator with mobility, molding machine with mobility, These include curing machines with mobility, shorting machines with mobility, coating machines with mobility, painting machines with mobility, painting machines with mobility, purifiers with mobility, purifiers with mobility, construction machines with mobility, treatment machines with mobility, surface treatment machines with mobility, etc.

a) The above storage means tank, barrel, box, tank, box, battery, hydrogen tank, gas cylinder, battery, storage, silo, material storage, storage for storing materials, storage means or equipment, storage for construction materials, It is one selected from storage units connected to the above construction equipment. b) The injector is one selected from a hopper, an injector, a material injector, an injecting means or equipment, an injector for injecting materials, an injector for injecting materials into a mixer, and an injector linked to the construction equipment. c) The mixer is a mixer, a mixer, a blade rotating mixer, a wing-mounted rod rotating mixer, a material mixer, mixing means or equipment, a mixer for mixing materials, a mixer for mixing construction materials, and a mixer for mixing materials introduced into the feeder. It is one selected from a mixer and a mixer connected to the above construction equipment. d) The pump is one selected from a pump, a pressurizer, a material pump, a pumping means or equipment, a pump for pumping a material, a pump for pumping the material mixed in the mixer, and a pump connected to the construction equipment. e) The pressurizer is one selected from the group consisting of a pump, pressurizer, compressor, material pressurizer, means or equipment for pressurizing, a pressurizer for pressurizing the material, a pressurizer for pressurizing the material and sending it to the pouring machine, and a pressurizer connected to the construction equipment.

f) The transporter is a hose, line, pipe, transporter, material transporter, means or equipment for transporting, a transporter for transporting the material, a transporter for transporting the material pumped from the pump, and transport linked to the construction equipment. It is one selected from among the groups. g) The transfer line is a hose, tube, line, pipe, transfer line, supply line, pipeline, material transfer line, a transfer line for transferring materials, a transfer line for transferring materials pressurized from the pressurizer, and the construction equipment. It is one selected from the connected transfer lines. h) The excavator includes a backhoe, excavator, excavator, excavator, ground excavator, rock excavator, underground excavator, means or equipment for excavating, an excavator that excavates while spraying water supplied from the transfer line, and an excavator connected to the above construction equipment. It is the one chosen from among. i) The boring machine includes a boring machine, a drilling machine, a ground boring machine, a rock boring machine, an underground boring machine, a grouting boring machine, a means or equipment for boring, a boring machine that performs boring while injecting water supplied from the transfer line, and It is one of the boring machines connected to construction equipment. j) The said pouring machine is a pouring machine, pump car, concrete pump car, material pouring machine, concrete pouring machine, pouring means or equipment, pouring machine for pouring material, pouring machine for pouring material into form, pouring machine for pouring concrete into form. Machine, pouring machine for pouring materials into the ground, pouring machine for pouring materials into a structure, pouring machine for pouring materials into the ground, pouring machine for pouring bubbles into the ground, pouring machine for pouring vertical drainage material into the ground, It is one selected from among a pouring machine for pouring PBD material (plastic board drain material or prefabricated board drain material), a pouring machine for pouring materials mixed in the mixer, and a pouring machine linked to the construction equipment.

k) The injector is an injector, syringe, injector, grouter, grouting machine, material injector, injection injector, grouting injector, injection equipment, injector for injecting material, injector for injecting material into the mold, and injecting material into the ground. It is one selected from an injector, an injector for injecting materials supplied from the transfer line, and an injector linked to the construction equipment. ℓ) The mixing machine includes a mixing machine, underground mixing machine, soil mixing machine, deep mixing machine, shallow layer mixing machine, material mixing machine, mixing means or equipment, mixing machine for mixing materials, mixing machine for mixing ground and materials, A mixer for mixing the materials put into the ground, a mixer for mixing the materials put into the ground and slag balls, a mixer for mixing construction materials, a mixer for mixing materials supplied from the transfer line, connected to the above construction equipment. It is one of the selected mixing machines. m) The sprayer is a nozzle, sprayer, sprayer, grouting machine, grouting sprayer, high pressure sprayer, low pressure sprayer, seed sprayer, material sprayer, shot sprayer, blasting sprayer, shotcrete sprayer, green soil sprayer, seed sprayer, spray means or equipment, a sprayer for spraying materials, a sprayer for spraying materials on a mold, a sprayer for spraying materials into the ground, a sprayer for spraying materials and slag into the ground, a sprayer for spraying materials and slag into the ground, A sprayer selected from among a sprayer that sprays materials and aerosol slag by penetrating a rod, a sprayer that sprays materials and aerosol slag through a rod penetrated into the ground, a sprayer that sprays materials supplied from the conveyor, and a sprayer connected to the construction equipment. It is one. n) The attachment device is an attachment device, a material attachment device, a wallpaper attachment device, a flooring attachment device, an attachment means or equipment, an attachment device for attaching materials, an attachment device for attaching wallpaper to a wall, an attachment device for attaching materials stored in the storage unit, and the construction equipment. It is a selected one among the associated attachment devices.

o) The laying machine is a layer, spreader, flooring layer, ready-mix concrete layer, asphalt layer, concrete layer, laying equipment, material layer, wallpaper layer, layer for laying materials, and the injector It is one selected from a laying machine that lays materials and a laying machine linked to the above construction equipment.

p) The paver is a paver, a laying machine, a material paver, a road paver, a sidewalk paver, a concrete paver, a paving machine, a paver for laying materials, a paver for laying construction materials, a paver for paving the materials input into the input device, It is one of the packaging machines linked to the above construction equipment. q) The compactor is a roller, compactor, compactor, vibration compactor, impact compactor, pavement compactor, material compactor, ground compactor, means or equipment for compaction, compactor for compacting materials, compactor for compacting road pavement materials, and compactor for compacting materials in the ground. It is one selected from among a compactor that compacts the construction material, a compactor that compacts the material to be poured into the ground, a compactor that compacts the material to be placed in the ground by the pourer, and a compactor connected to the construction equipment. r) The vibrator includes a vibrator, a rod vibrator, a material vibrator, a compaction vibrator, an impact vibrator, a ready-mix concrete vibrator, a concrete vibrator, a means or equipment to vibrate, a vibrator to vibrate a material, a vibrator to vibrate poured materials, and a vibrator to vibrate construction materials. It is one selected from a vibrator, a vibrator that vibrates the material poured with the pouring machine, and a vibrator connected to the construction equipment. s) The molding machine is a frame, form, mold, mold, slip form, molding machine, form, material molding machine, concrete molding machine, molding means or equipment, molding machine for molding materials, molding machine for molding construction materials, and connected to the construction equipment. It is one of the molding machines (250) selected. t) The curing machine includes a curing machine, a spray curing machine, an air curing machine, a steam curing machine, a material curing machine, a concrete curing machine, a curing machine for curing materials, a means or equipment for curing, a curing machine for curing construction materials, and the like. It is one selected from among a curing machine that cures the material poured with a pouring machine, a curing machine that cures the material poured with a pouring machine by spraying water, and a curing machine connected to the construction equipment. The form includes foam, form, mold, slipform, formwork, etc. The slip form includes slip form, slip form, sliding form, movable form, internal hollow quadrangular form, internal hollow quadrangular form 250 used in the construction of an apartment 310, movable form that moves upward, building ( A movable formwork 250 that moves in the upper direction where 310) is built, a formwork that continuously completes the concrete wall surface by pulling up the formwork step by step when pouring concrete, so that there are no joints, and a formwork that is placed along the concrete surface while pouring concrete. A form that can continuously apply concrete by slowly moving it, a movable form (250) that is installed on the outside of the building (310) to be built and moves upward, and concrete that is installed and poured to close the four corners on the outside of the apartment building (310). This includes a formwork 250 with a certain shape that allows it to have the shape of an apartment.

u) The above shotting machine includes a shooting machine, a blasting machine, a material shotting machine, a shotting equipment, a shotting machine that sprays materials, a shot machine that sprays materials on the surface of a facility, and a shot that sprays materials on the surface of a facility and polishes the surface of the facility. It is one selected from among a shorting machine, a shotting machine that removes rust from the surface of a facility by spraying material on the surface of the facility, a shotting machine that shots the material transferred to the transfer machine, and a shotting machine that is linked to the construction equipment. v) The coating machine is a coating machine, a material coating machine, a coating means or equipment, a coating machine for coating a facility, a coating machine for coating a surface, a coating machine for spraying and coating a facility with a material pressurized by the pressurizer, and a coating machine linked to the construction equipment. It is the one chosen from among. w) The above-mentioned painting machine or painting machine refers to a painting machine, a painter, a painting machine, a material painting machine, a means or equipment for painting, a painting machine spraying materials, a painting machine painting the surface of a facility, a painting machine painting a surface, or painting a material. It is one selected from a sprayer that sprays and paints the surface, a sprayer that sprays and paints the facility with material pressurized by the pressurizer, and a sprayer that is linked to the construction equipment.

x) The above purifier or purifier is a) filter, filter material, adsorption tower, purification tower, clean tower, purifier, purifier, cleaner, washer, car wash, washer, sterilizer, disinfector, processor, ozone group, anion group, soil purifier, water purifier , waste water purifier, air purifier; b) or temperature, humidity, wind direction, wind speed, bacteria, rust, bacteria, air, atmosphere, dust, contamination, stain, corrosion, environment, wastewater, sewage, sewage, dust, yellow dust, waste, sediment, sludge, VOC, CO , CO ₂ , SOx, NOx, air quality, pathogens, mold, fine dust, viruses, bacteria, environmental hormones, sick house syndrome, formaldehyde, or the filter to purify one or more of the anion group; c) a combination of two or more of the filters and anion groups; A composite device in which two or more of the filters and anion groups are sequentially combined; It is the one chosen from among. The purifier or purifier includes a purifier or purifier equipped in a drone or mobility, a flying purifier or purifier, a drone or mobility equipped with a purifier or purifier, a drone or mobility with a purification or purification function, a drone or mobility equipped with a filter, etc., Drones or mobility devices that purify or purify while flying or performing the above-mentioned operations are also possible.

y) The above construction equipment is construction equipment, construction equipment, construction means, construction equipment, construction equipment, civil engineering equipment, construction equipment, construction equipment, facility construction equipment, construction equipment, construction equipment, construction equipment, construction equipment, construction equipment, building facilities. It is one selected from a construction period that is used, a construction period that constructs a building, a construction period in which the construction equipment is used, and a construction period that is linked to the construction equipment. z1) The processor is a processor, cotton processor, material processor, purification processor, soil processor, air processor, water quality processor, waste processor, processing means or equipment, processor for processing materials, processor for processing facilities, and the above bacteria or forms. It is one selected from a processor that processes one or more of aldehydes, the filter or anion device, and a processor linked to the construction equipment. z2) The above surface treatment machines include hand, iron hand, trowel, ancient hand, Yanggodae, marumen, finisher, Girisu machine, Naenggagodae, Gagakgodae, Mejigodae, plastering knife, plastering machine, single machine, double machine, screed, surface processor, It is one selected from among the surface treatment machines in facilities, surface treatment machines, surface treatment machines for treating concrete surfaces, and surface treatment machines linked to the above construction equipment.

The materials include water, water, liquid, oil, material, ash, ball, beam, rod, plate, bar, iron, steel, Rebar, steel frame, gold, silver, copper, zinc, metal, pack, net, mesh, pack net, wire mesh, fiber mesh, membrane, net, grid, mat, sheet, rod, material, material, building material, construction material, construction material , construction materials, construction materials, landscaping materials, main materials, subsidiary materials, chemicals, resin, detergent, stone, wood, trees, cypress, steel, wall materials, rebar, steel frame, plate, plywood, board, filter, fiber, woven fabric, non-woven fabric, steel fiber , fiberglass, fiber, brick, block, tile, wallpaper, flooring, box, culvert, Hume pipe, pile, foundation, column, pier, caisson, pipe, slab, PHC pile (prestressed spun high strength concrete pile or pretensioned spun high strength) concrete pile), binder, solidifying agent, polymer, water repellent, coating agent, shorting agent, painting agent, paint, purifier, cleaning agent, cleaning agent, disinfectant, disinfectant, waterproofing agent, waterproofing material, waterproofing membrane, water barrier, water barrier, waterproofing mat, waterproofing Sheet, paint, drainage material, PBD material (plastic board drain material or prefabricated board drain material), resin material, rubber material, fiber material, plastic material, sand, gravel, aggregate, crushed stone, mortar, mineral, clay, red clay, slag, Slag balls, ball slag, crushed slag, aerated slag. Sludge, slurry, kaolin, bentonite, zeolite, photocatalyst, cement, ready-mixed concrete, asphalt concrete, concrete, green soil, microorganisms, nano materials, nanometer materials, phytoncide, interior materials, exterior materials, improvement materials, reinforcement materials, repair materials, repair materials, earthquake-resistant materials, interior Ash, remodeling material, grouting material, shot concrete material, seed spray material; Among them, two or more composites or composite materials, or a composite or composite material that is a combination of two or more, or a composite or composite material that is a sequential combination of two or more materials; It is the one chosen from among.

The foundations include foundations, piles, columns, piers, caissons, shallow foundations, deep foundations, building foundations, bridge foundations, structure foundations, apartment foundations, PRD (percussion rotary drill) foundations, RCD (reverse circulation drill) foundations, and PRD (percussion drill) foundations. It is one of the foundations created with a rotary drill and a foundation created with an RCD (reverse circulation drill).

The piles include piles, columns, underground piles, wooden piles, factory piles, field piles, PHC piles, concrete piles, cast-in-place piles, sand compaction piles (SCP), and gravel compaction piles (GCP). pile), crushed stone compaction pile (CCP), slag compaction pile (SCP; slag compaction pile), CIP (cast in place pile), and a pile constructed by pouring concrete into the ground.

The equipment 4 includes a) a storage unit where the material is stored, a hopper or injector for injecting the stored material into the mixer, a mixer for mixing the stored or injected material, a pump for pumping the injected or mixed material, and pressurizing the material. A pressurizer, a conveyor for conveying the pumped or pressurized material, a conveyance line for conveying the material, an excavator for excavating the ground, a boring machine for boring the ground, a forming machine, or a material for the excavated excavation portion or the bored boring portion. A pouring machine for pouring, an injector for injecting the material into the form or the ground or an excavation or boring part, a mixer for mixing the ground or boring part into which the material is injected, a sprayer for spraying the material transferred from the transfer line, the material An attacher for attaching, a layer for laying the material supplied from the transfer machine, a paver for packaging the mixed material from the mixer on the ground, a compactor for compacting the material poured from the pourer, and a compactor for compacting the material poured from the pourer. A vibrator that vibrates, a molding machine that molds the material inserted into it, a curing machine that sprays water or steam on the material to cure the material, a shorting machine that sprays the pressurized material, and a molding machine that sprays the material transferred from the transfer machine. A coating machine, a painting machine that sprays materials supplied from the transfer line, a paint machine that sprays materials supplied from the storage, a purifier that purifies waste water, a purifier that purifies the air, a construction machine that performs construction, and a construction machine that is construction equipment. , a processor that sprays the material to treat the surface, a surface processor that smoothens the surface of the cured material; b) two or more combination machines among the storage and surface treatment machines; A complex machine in which two or more of the storage and surface treatment machines are sequentially combined; The storage unit or the multi-function machine equipped with one of the storage units or the multi-function machine; c) the storage or multi-function device equipped with a drone or mobility, or the storage or multi-function device equipped with a drone or mobility; The storage unit or the multi-function device equipped with one of the magnetizer or the multi-function device; It is one of the following equipment, or two or more are equipped sequentially.

The equipment 5 is one or more of the device, mobility, device to complex, storage or complex, through which the substance discharged from the device or outlet is sprayed, or is sprayed and becomes one of the purification or compounding. This equipment is equipped sequentially.

The equipment 6 is one of a magnetizer, a vibrator, an exciter, a wave generator, an ozone generator, a disinfector, a sterilizer, an electrolyzer, a discharger, an anion generator, and a complex device in which two or more of these are sequentially combined. It is one or two or more of the above-mentioned devices, mobility devices, devices, complex machines, storage devices, and multi-function devices, or equipment that is sequentially provided.

The equipment 7 includes a) a vibrator, rod vibrator, plural vibrator, magnetization vibrator, excitation vibrator, ozone vibrator, negative ion vibrator, and concrete vibrator; A composite vibrator that combines two or more of these; b) or case; A stator inside this; A rotor that rotates in conjunction with the stator; The axis of rotation of this rotor; An asymmetric rotating body provided on this rotating shaft; The case vibrates by the rotation of the rotating body; A cable connected to one or more of the case or rotating body; The tube in which this cable is embedded; a housing in which the case is built; A cap, body, and shoe constituting the case; The magnetizer or complex vibrator consisting of one or more of the following; c) At least one of the vibrator, case or shoe a) magnetizer, vibrator, exciter, wave generator, ozone generator, sterilizer, sterilizer, electrolyzer, discharger, negative ion generator, magnetization, vibration, excitation, wave, ozone, Negative ions, rotation, vacuum, pressurization, magnetization, vibration, excited water, waves, ozonated water, disinfectant, sterilizing material, electrolyte, discharged material, anionic material; b) Two or more of them are complex, complex; c) Materials, magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, magnetization, vibrating material, excited material, wave product, ozone material, disinfectant, radiated from one of the magnetizer or complex device, Sterilizing substances, electrolytes, discharge substances, anionic substances; The magnetizer or complex vibrator, one or more of which is provided, sprayed, generated, coated, or injected; It is equipment equipped with one or two or more of the above-mentioned devices, mobility, devices or complex machines, and storage or multi-function machines, which are equipped with one of the above.

The above equipment 8 is magnetization, vibration, excitation, wave, compaction, vibration compaction, compaction vibration, magnetization compaction, excitation compaction, ozone treatment, ozone sterilization, ozone disinfection, anion treatment, anion purification, fluidization, softening, densification, slurry, Slumping, slump value increase, air emission, gas emission; b) the magnetization or gas discharge while moving; c) one of the magnetizer or complex device is provided to discharge the magnetizer or gas; d) one of the magnetizer or composite device is provided and moves to discharge the magnetizer or gas; e) one of the magnetizer or the composite device is provided and the magnetizer or the gas is discharged while moving one of the magnetizer or the composite device; It is equipment that is sequentially equipped with one or two or more of the above devices, mobility devices, storage devices, and multi-function devices that perform one or more of the above.

The above equipment 9 includes a) a1) ring, O-ring, jack, female jack, male jack, cigar jack, socket, female socket, male socket, flange, valve, ball valve, check valve, solenoid valve, nipple, elbow, reducer, bolt, Nut, washer, gasket, strainer, coupling, coupler, joint, joint pipe, jointer, pipe jointer, cock, water cock, drain cock, tap, faucet, nozzle, diffuser, adapter, Tee pipe, Lee Kyung-tee pipe, pipe , pipe, T pipe, Y pipe, L pipe, venturi, venturi pipe, band, tube, cyclone, sprinkler, tank, barrel, box, tank, box, battery, hydrogen tank, gas cylinder, battery, hose, line, pipe, pipeline; a2) a composite or combined device of two or more of the rings or pipelines, or a composite or composite device in which two or more of the rings or pipelines are sequentially combined; a3) the ring or multi-function machine equipped with one of the ring or multi-function machine, and the ring or multi-function machine using one of the ring or multi-function machine; It is one of the above device, equipment, device, drone, mobility, device to complex device, magnetizer to complex device, storage device to complex device, or a combination of two or more of the above, equipped with one selected from among, b) or the above It is one of the above-mentioned ring to complex machine, ring or composite equipped with one of the equipment, complex machine, machine or composite. The group or complex may include the ring or complex, etc.

The above flight to composite, work, construction, task 1 to task 31, construction to composite, etc. include drones, mobility, people, laborers, workers, robots, engineers, captains, experts, technicians, drivers, drivers, couriers, equipment technicians. etc., or the drone or equipment engineer, etc. can perform the above tasks, construction, tasks 1 to 31, flight to composite, construction to composite, etc. The above-mentioned machine, network, equipment, device, drone, mobility, chip or semiconductor, combination of two or more of the above, etc. can be used, operated, driven, flown, moved, etc. by the person or equipment engineer. The drone, equipment engineer, etc. may use the above-mentioned aircraft, combination, etc., or may use it to perform the above-mentioned flight, combination, use, movement, etc., or may use it to perform the above-mentioned flight, combination, use, movement, etc. there is.

In the present invention, according to Example 3, the work or work method is unmanned mobility, manned mobility, flight mobility, air mobility, urban air mobility, unmanned flight mobility, manned flight mobility, mobility, mobility device (device or machine), mobility device, Using or using one of the following mobility machines, mobility means, mobility devices, mobility equipment, mobility facilities, mobility facilities, mobility products, UAM (urban air mobility), and mobility systems, a) becomes work, or b) or Do the task, c) or do one of the tasks 1, 2, or 3 below, d) or do any of the tasks 1, 2, or 3 below, or e) or do any of the tasks 1, 2, or 3 below, or f) Or, perform one of the operations 1, 2, and 3 below.

Said 1 is as described in Mobility 1 of Example 2, or is the same as what Mobility 1 performs or the task. The above 2 is a) one or more of fumes, smoke, ozone, pesticides, anions, cleaners, purifiers, disinfectants, disinfectants, fire extinguishers, fire extinguishers, photocatalysts, mist, and phytoncide while flying or in combination with one or more of the above. sparge; b) Equipped with the spraying device; c) the operation while spraying, providing the following device, spraying the material through the following device, spraying the material through the outlet, and using the following device; d) d1) While performing one of the above flights or combinations, an apparatus, machine, vehicle, body, object, device, machine, means, sensor, measurement instrument, device, equipment, facility, installation, drone, robot, parts, products, goods, supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, Venturi, system, computer, printer, program, application, cyclone, hardware, software, network, complex or multi-function device in which two or more of these are sequentially combined; d2) 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; Equipped with one or more selected from; e) working with the above device, providing the device below, spraying the material through the device, spraying the material through the outlet, and using the device; Do one or more of the selected items. The above 3 is a) equipped with the following device; b) Work using the following devices; c) spraying the material through the device or outlet; d) Mounting the following device on one of the above devices or multi-function devices; e) spraying a substance that has passed through the following device or outlet into one or more of the above-mentioned flying or composite or device or composite device; Doing one or more of the following: The device is a) a device, b) sprays a material discharged from itself or a nozzle, or c) uses a material discharged from the nozzle or the device itself to perform one of the purification or compounding operations. The apparatus and operation were as described in Example 2.

According to Example 4, the work or work method in the present invention includes unmanned mobility, manned mobility, flight mobility, air mobility, urban air mobility, unmanned flight mobility, manned flight mobility, mobility, mobility device (device or machine), mobility device, Working using one of mobility machines, mobility means, mobility devices, mobility equipment, mobility facilities, mobility equipment, mobility products, UAM (urban air mobility), and mobility systems, or work in which the mobility is used, or as a task performed by the mobility, the task; Before, during, after, middle, middle, beginning, pause, stop, pause, finish, ending; One or more of the mobility is moving or flying or stopping or landing. The above operations are the same as the operations described in Examples 1, 2, 3, etc., or the operations described in the mobility of Examples 1, 2, 3, etc., or the operations or operations performed by the mobility of Examples 1, 2, 3, etc.

In the present invention, according to Example 5, the construction or construction method is in construction, or in construction, civil engineering, architecture, landscaping, facilities, buildings, roads, bridges, tunnels, structures, wood, steel, ready-mixed concrete, asphalt concrete, and concrete. In the construction of, or during construction, or during the construction of one of the above, a) mobility a1) performs construction work, a2) photographs the construction scene or work, and a3) transmits, receives, communicates the photographed video, One or more of mediation, communication, transmission and reception, and viewing are performed; a4) one or more of dust is measured, removed, sprinkled, purified, and cleaned; or b) a construction scene is filmed through mobility, and the filmed footage is transmitted through a transmitter. is transmitted wirelessly, and the transmitted transmission is received by a receiver, or c) or the captured video or recording is sent to a home, head office, branch office, remote, office, situation room, ordering place, person, owner, employee, building owner, ordering person, Transmits to one of the supervisor, third party, server, PC (personal computer), computer, laptop, tablet, SNS, cell phone, smart phone, mobile kit, monitor, or screen and performs the construction work at the home or one of the screens. watching or making the scene visible, d) or filming the construction scene with mobility, measuring dust concentration, removing dust, spraying to remove dust, purifying pollution, purifying dust, cleaning the air, transmitting the captured video, and transmitting the transmitted video. Receiving one or more of the above, or two or more of them sequentially, e) or filming a construction scene using mobility, transmitting the captured video, cleaning up construction dust, f) or using f1) the materials or site of the above-mentioned construction using mobility. Magnetization, vibration, excitation, wave, compaction, vibration compaction, compaction vibration, magnetization compaction, excitation compaction, disinfection, sterilization, ozone radiation, anion radiation, photocatalyst spray, phytoncide spray, ozone treatment, ozone sterilization, ozone disinfection, anion treatment, Anion purification, fluidization, softening, densification, slurry, slumping, slump value increase, air discharge, gas discharge; f2) The magnetization or gas discharge as the mobility moves; f3) Magnetization or gas discharge by one of a magnetizer, vibrator, exciter, wave generator, ozone machine, disinfector, sterilizer, electrolyzer, discharger, anion machine, and a combination of two or more of them provided in the mobility; d) one of the magnetizer or composite device is provided in a mobility unit, and the magnetizer or gas is discharged while the mobility moves; e) one of the magnetizer or multi-function device is provided in mobility, and the magnetization or gas is discharged while moving one of the magnetizer or composite device; Do one of the following, or do two or more sequentially, g) or the above construction, work, filming, taking pictures, taking pictures, transmitting, receiving, communicating, mediating, communicating, transmitting and receiving, viewing, measuring, removing, spraying, purifying, One or more of the above-mentioned magnetization or gas discharge during one or more of the clean, or two or more sequentially, h) or flying mobility is used, or i) or during the above construction or clean, magnetization or gas discharge while flying. Mobility is used to do one, or to do two or more sequentially, or j) or one of the following 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, or Do.

The above 1 is mobility, or mobility is flown or used for construction, construction, construction, repair, reinforcement, repair, improvement, redevelopment, reconstruction, purification, cleanliness, cleaning, washing, washing, laundry, car washing, water purification, spraying, watering. , shorting, blasting, dust removal; The construction or reconstruction in one of the purification or dust removal; The purification or dust removal during any of the above construction or reconstruction; Do one of the following, or do two or more sequentially.

2 above is the construction and dust removal; Among them, one scene, task, status, situation, progress, facility, complex, site, site, space, public, facility, building, structure, site, workshop, worker, robot, worker, construction robot, work robot; Shooting one or more of the captured videos, files, recordings, images, recordings, and videos in real time or simultaneously with the filming, and transmitting them through one of wireless transmission, wired transmission, and Internet transmission.

In the above 3, one of the transmitted videos, files, recordings, images, filming, and video materials is home, head office, branch office, remote, office, situation room, ordering place, person, owner, employee, building owner, ordering person, supervisor, third party, It is received from one of the following: server, PC (personal computer), computer, laptop, tablet, SNS, cell phone, smartphone, mobile device, monitor, or screen.

The above 4 is mobility, or mobility is flown or used to photograph one or more of construction scenes, work, sites, facilities, and workers, transmit the captured video, and receive the transmitted video remotely or wirelessly.

The above 5 is mobility, or mobility is flown or used to a) take pictures, take pictures, take video, take construction videos, record, video, measure, measure temperature, measure dust, survey, topographic survey, measurement, displacement measurement. , observation, construction observation, diagnosis, safety diagnosis, management, construction management, transmission, image transmission, reception, image reception, communication, wireless communication, correspondence, mutual communication, transmission and reception, information transmission and reception, investigation, field investigation, exploration, topographic exploration , obstacle exploration, mapping, map mapping, map production, topographic map production, status map production, construction status map production, comparison with design, comparison with design drawings, comparison with BIM (building information method) drawings, and the above status map Comparison of design drawings, comparison of the above-mentioned status drawings and BIM drawings; b) the management or comparison by one of the imaging or diagnosis; c) the management or comparison using the data or results of one of the imaging or diagnosis; d) or purifying, cleansing, cleaning, washing, washing, washing, washing, purifying, spraying, sprinkling, shorting, blasting, dusting; e) purifying or removing dust while performing one of the photographing or comparing; f) the photographing or comparison while performing one of the purifying or dust removal; Do one of the following, or do two or more sequentially.

The above 6 refers to a) a device, device, vehicle, body, or object that performs one of the above construction or purification, magnetization or gas emission, or flight, or two or more sequentially, instrument, machine, tool, sensor, measuring instrument, device, equipment, facility, fixture, drone, robot, part, product, item, supplies, material, material, building, structure, PC, GPS, GIS, CCTV, camera, camera, Semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network, a complex or multi-function device in which two or more of them are sequentially combined; b) 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; One of which is to use or assist the provided mobility.

The above 7 refers to a) a device, device, vehicle, body, or object that performs one of the above construction or purification, magnetization or gas emission, or flight, or two or more sequentially, instrument, machine, tool, sensor, measuring instrument, device, equipment, facility, fixture, drone, robot, part, product, item, supplies, material, material, building, structure, PC, GPS, GIS, CCTV, camera, camera, Semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network, a complex or multi-function device in which two or more of them are sequentially combined; b) 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; One of the flying mobility is used or assisted while being provided. The group or composite of the present invention may include the above facilities or structures, groups or semiconductors, etc.

The above 8 refers to a) a device, device, vehicle, body, or object that performs one of the above-mentioned construction, purification, magnetization, or gas discharge while flying, or two or more sequentially, instrument, machine, tool, sensor, measuring instrument, device, equipment, facility, fixture, drone, robot, part, product, item, supplies, material, material, building, structure, PC, GPS, GIS, CCTV, camera, camera, Semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network, a complex or multi-function device in which two or more of them are sequentially combined; b) 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; One of which is to use or assist the provided mobility.

9 above refers to a) a machine, machine, vehicle, body, or object that flies while doing one of the above construction, purification, magnetization, or gas discharge, or two or more sequentially, instrument, machine, tool, sensor, measuring instrument, device, equipment, facility, fixture, drone, robot, part, product, item, supplies, material, material, building, structure, PC, GPS, GIS, CCTV, camera, camera, Semiconductors, recorders, trackers, measuring instruments, venturis, systems, computers, printers, programs, applications, cyclones, hardware, software, networks, complex or multi-function devices in which two or more of them are sequentially combined; b) 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; One of which is to use or assist the provided mobility.

10 is one or more of the groups, networks, and mobility a) magnetizer, vibrator, exciter, wave generator, ozone generator, sterilizer, sterilizer, electrolyzer, discharger, negative ion group, magnetization, vibration, excitation, wave, ozone , negative ions, rotation, vacuum, pressure, magnetized matter, vibrating matter, excited matter, waves, ozonated matter, disinfectant, sterilized substance, electrolyte, discharged substance, anionic substance; b) Two or more of them are complex, complex; c) Materials, magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, magnetization, vibrating material, excited material, wave product, ozone material, disinfectant, radiated from one of the magnetizer or complex device, Sterilizing substances, electrolytes, discharge substances, anionic substances; d) the magnetizer or composite device that generates one of the materials or composites; One or more of the following may be provided, sprayed, generated, coated, or injected.

In 11, one or more of the magnetizer or composite is provided, sprayed, generated, coated, or injected, and one or more of the groups, networks, and mobility are used. 12 is the group or network in which one or more of the magnetizer or composite is provided, sprayed, generated, coated, or injected, while performing one or more of the construction, cleaning, magnetization, and gas discharge sequentially. , one or more of mobility is used.

The mobility includes drones, cars, vehicles, taxis, call taxis, buses, trucks, ships, boats, ships, and boards. , train, train, electric car, subway, kickboard, electric kickboard that moves by electricity, quick board that moves at high speed, cart, electric cart that uses electric energy, scooter, electric scooter that moves by electricity, bicycle, electric that uses electricity. Bicycles, bikes, electric bikes, motorcycles, electric motorcycles using electric power, drone cars, which are drones for cars, drone taxis, which are drones for taxis, drone buses, which are drones for buses, drone trucks, which are drones for trucks, and flying vehicles. , airplane, aircraft, air taxi, which is a taxi that moves in the sky, air bus, which is a bus that moves in the sky, flying taxi, which is a taxi that flies in the sky, flying bus, which is a bus that flies in the sky, air taxi, which is a sky taxi, sky bus, which is a taxi that flies in the sky. Airbus, a takeoff and landing machine that takes off and lands, a vertical takeoff and landing machine that takes off and lands vertically, an electric vertical takeoff and landing machine that uses electricity to take off and land, a flying car, a flying car, a flying taxi, a flying bus. In-flying bus, flying truck, flying car, flying taxi, flying bus, means of flying, unmanned aerial vehicle with unmanned operation, manned airplane with manned operation, shooting function Filming drone, GPR drone equipped with GPR, GPS drone equipped with GPS, radar drone equipped with radar, UAV (unmanned aerial vehicle, uncrewed aerial vehicle), urban air transportation, UAM (urban air mobility), movement Mobility with performance, unmanned mobility that moves unmanned, manned mobility that moves by manned means, aviation mobility, air mobility, electric mobility that uses electricity, taxi mobility that is mobility for taxi purposes, delivery mobility that has a delivery function, attack that has an attack function. Mobility, defensive mobility with defensive functions, battery mobility using batteries, urban air mobility, unmanned flight mobility, manned flight mobility, flying mobility, flying mobility, UAM aircraft, air mobility aircraft, air mobility aircraft, moving Mobility, gliding mobility, flying mobility device, flying mobility device, mobility device (device or machine), mobility device as a mobility device, mobility machine as a mobility machine, mobility means as a means of mobility, mobility device, mobility equipment, mobility Facilities, mobility equipment, mobility products, mobility systems, flying drones or complex mobility, complex mobility in which two or more of the drones or mobility systems are sequentially combined, complex mobility in which two or more of the drones or mobility systems are used sequentially , the drone or complex mobility equipped with one of the drones or complex mobility may be applicable.

The mobility includes the drone or complex mobility, the drone or complex mobility of one of the flying or complex, the drone or complex mobility of one of the construction or complex, the drone or network of one of the drone or complex mobility, and the unit. The drone or complex mobility in one of the networks, the drone or complex mobility in one of the magnetization or complex processing, the drone or complex mobility in one of the magnetization or complex processing, or a means of flight, a means of transportation, a means of gliding, This may also include driving means, transportation means, riding means, boarding means, delivery means, courier means, etc.

The above construction projects include Construction 1 and Construction 2. The above work 1 refers to a) construction, construction, building, civil engineering work, construction work, building work, construction work, blasting, excavation, drilling, boring, earthwork, cutting, filling, digging, storage, input, mixing, stirring, pumping. , pressurization, pouring, laying, spraying, packaging, injection, spraying, watering, magnetization, vibration, compaction, curing, water spray curing, surface treatment, curing surface treatment, structure surface treatment, masonry, plastering, coating, painting, painting, Masonry, carpentry, rebar work, concrete work, water repellency, waterproofing, water blocking, window work, shorting, blasting, repair, repair, improvement, reinforcement, dismantling, structure dismantlement, redevelopment, reconstruction; b) Complex in which two or more of the above construction or reconstruction are performed sequentially; c) the construction or complex that performs one of the purification, purification, magnetization, and gas discharge; d) the construction or combination of the above-mentioned works or complexes performed while being one of the above-mentioned purification or purification, magnetization or gas discharge; e) The above construction or reconstruction performed by drones or mobility; The above construction or complex where drones or mobility are used; The construction or composite in which one of the magnetizer or composite is used; Either one or two or more are selected sequentially.

The above work 2 is a) construction, construction, development, architecture, construction, work, civil engineering work, environmental work, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping work, planting, and shaping. Construction, sculpture, manufacturing, material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work, building construction, disaster prevention work, earthwork, earthwork, ground work , underground work, underground work, slope work, surface work, slope work, foundation work, pile work, PHC pile work, excavation, excavation, excavation, cut, embankment, geothermal pile work, factory pile work, foundation foundation work, driving. Foundation work, rotary buried foundation work, cast-in-place pile work, earth retaining work, earth retaining wall work, slurry wall work, underground continuous wall work, diaphragm wall work, CIP (cast in place pile) work, CP (compaction pile) work, SCP (sand compaction pile) construction, CCP (crushed stone compaction pile) construction, VCCP (vibrated CCP) construction, PBD (prefabricated board drain) construction, dredging, reclamation, underwater, cableway, elevator construction, masonry, plastering, waterproofing, water blocking. , water supply, painting, paving, dirt paving, road paving, sidewalk paving, improvement, ground improvement, ground preparation, complex preparation, drilling, boring, mixing, mixing, supply, provision, conveyance, transport, transportation, pouring, casting of molds, Concrete pouring, plowing, paving, slope laying, ground laying, road laying, coating, painting, injection, form injection, underground injection, deep injection, mortar injection, leakage injection, crack injection, injection into boring hole, injection, crack. Injection, injection injection, crack repair agent injection, grouting, ground grouting, geothermal grouting, spray grouting, high pressure grouting, steel pipe grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting rocket) construction, JSP (jumbo special pattern) ) Construction, spraying, water spraying, ground spraying, underground spraying, high pressure spraying, low pressure spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, water curing, geothermal drilling, mixing, ground mixing, ground agitation mixing, Ground hardener mixing, ground and binder mixing, DCM (deep cement mixing), SCW (soil cement wall) construction, compaction, ground compaction, stirring compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, repair, crack repair, water leak. Repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, water treatment, dam treatment, pond treatment, river treatment, sink hole treatment, sink hole filling, cavity filling, masonry work, masonry, exterior wall work, scaffolding work, dismantling, Building dismantling, window work, sheet metal work, roof sheet metal work, assembling, building assembly, steel work, window work, water and sewage work, anticorrosion, electrical system, greening, cleaning, washing, car washing, redevelopment, reconstruction, interior, remodeling; b) Complex in which two or more of the above construction or remodeling are performed sequentially; b) The above construction or complex work performed by drones or mobility; The above construction or complex where drones or mobility are used; The construction or composite in which one of the magnetizer or composite is used; Either one or two or more are selected sequentially.

The above equipment, work equipment, construction equipment, construction equipment, civil engineering equipment, construction equipment, construction equipment, work equipment, etc. are divided into equipment 1, equipment 2, equipment 3, equipment 4, equipment 5, equipment 6, equipment 7, Equipment 8, Equipment 9, Equipment 10, Equipment 11, equipment for the above work, mobility for the above work, mobility used for the above work, mobility equipped with the equipment, mobility equipped with the equipment, equipment equipped with mobility, upper part Equipment equipped with mobility, equipment equipped with flying mobility, equipment equipped with mobility, equipment linked to flying mobility, the following equipment equipped with one of the magnetizer or composite device, one of the magnetizer or composite device It is one selected from the following equipment for spraying.

Examples of equipment in which one of the magnetized materials or composites is sprayed include equipment that sprays sterilizing water, equipment that sprays sterilizing agent, equipment that sprays disinfectant, equipment that sprays disinfected water by a magnetizer, sterilizing water and disinfectant by a vibrator. This includes equipment that is sprayed, equipment that is sterilized or disinfected by the spray, etc.

The equipment 1 is equipment, construction equipment, construction equipment, civil engineering equipment, construction equipment, work equipment, one or more of the purification or purification equipment, one or more of the flight or composite equipment, one or more equipment of the magnetization or gas discharge, the above It is one selected from a group consisting of one or more construction or complex equipment, or is composed of two or more sequentially. The equipment 2 includes a) the above machine to a multi-function device; or one of the above-mentioned construction and composite devices; or the above-described machine or complex machine that performs one of the above-mentioned construction or composite work; It is one of the following, or b) or is equipped with one or two or more devices in sequence. The above equipment 3 includes a) storage, injector, mixer, pump, pressurizer, transfer machine, transfer line, excavator, boring machine, pourer, injector, mixing machine, sprayer, attacher, spreader, packaging machine, compactor, vibrator, molding machine, Curing machines, shooting machines, coating machines, painting machines, painting machines, purifiers, purifiers, construction machines, processing machines, surface treatment machines; b) two or more combination machines among the storage and surface treatment machines; A complex machine in which two or more of the storage and surface treatment machines are sequentially combined; The storage unit or the multi-function machine equipped with one of the storage units or the multi-function machine; c) the storage or multi-function device equipped with a drone or mobility, or the storage or multi-function device equipped with a drone or mobility; The storage unit or the multi-function device equipped with one of the magnetizer or the multi-function device; It is one of the following equipment, or two or more are equipped sequentially.

The equipment 4 includes a) a storage unit where the material is stored, a hopper or injector for injecting the stored material into the mixer, a mixer for mixing the stored or injected material, a pump for pumping the injected or mixed material, and pressurizing the material. A pressurizer, a conveyor for conveying the pumped or pressurized material, a conveyance line for conveying the material, an excavator for excavating the ground, a boring machine for boring the ground, a forming machine, or a material for the excavated excavation portion or the bored boring portion. A pouring machine for pouring, an injector for injecting the material into the form or the ground or an excavation or boring part, a mixer for mixing the ground or boring part into which the material is injected, a sprayer for spraying the material transferred from the transfer line, the material An attacher for attaching, a layer for laying the material supplied from the transfer machine, a paver for packaging the mixed material from the mixer on the ground, a compactor for compacting the material poured from the pourer, and a compactor for compacting the material poured from the pourer. A vibrator that vibrates, a molding machine that molds the material inserted into it, a curing machine that sprays water or steam on the material to cure the material, a shorting machine that sprays the pressurized material, and a molding machine that sprays the material transferred from the transfer machine. A coating machine, a painting machine that sprays materials supplied from the transfer line, a paint machine that sprays materials supplied from the storage, a purifier that purifies waste water, a purifier that purifies the air, a construction machine that performs construction, and a construction machine that is construction equipment. , a processor that sprays the material to treat the surface, a surface processor that smoothens the surface of the cured material; b) two or more combination machines among the storage and surface treatment machines; A complex machine in which two or more of the storage and surface treatment machines are sequentially combined; The storage unit or the multi-function machine equipped with one of the storage units or the multi-function machine; c) the storage or multi-function device equipped with a drone or mobility, or the storage or multi-function device equipped with a drone or mobility; The storage unit or the multi-function device equipped with one of the magnetizer or the multi-function device; It is one of the following equipment, or two or more are equipped sequentially.

The equipment 5 is any one selected from the group consisting of a backhoe, truck, dozer, roller, scaffold, form, grader, excavator, crane, boring machine, excavator, excavator, and means of transportation. The equipment 6 includes a) backhoe, excavator, crane, boring machine, excavator, excavator, and means of transportation; b) one of the leaders; c) the leading edge or cradle hitch of the leader; d) rotating means mounted on one of the backhoe or cradle hitch; e) a shaft or rod mounted on one of the backhoe or rotation means; f) a blade or variable blade mounted on the shaft or rod; g) hoses, pumps, mixers, hoppers, silos or reservoirs sequentially connected to the shaft or rod; It is one selected from among them, or two or more are configured sequentially.

The above equipment 7 includes a) silos or silos, mixers, pumps, and supply lines; b) a shaft or rod mounted on the supply line; c) a backhoe, excavator, or moving means equipped with the axle or rod; d) a boom of one of the backhoes or means of transportation; e) an arm connected to the boom; f) the tip of the arm; g) Cradle hitch at the tip; h) a motor, rotation means, and drive mounted on one of the backhoe or cradle hitch; i) the shaft or rod on which one of the motors or drives is mounted; j) a blade or variable blade mounted on the shaft or rod; It is one selected from among them, or two or more are configured sequentially. The equipment 8 is one of a magnetizer, a vibrator, an exciter, a wave generator, an ozone generator, a sterilizer, a sterilizer, an electrolyzer, a discharger, an anion generator, and a complex device in which two or more of these are sequentially combined. It is equipment equipped with one or two or more of the above-mentioned devices, mobility, equipment or complex equipment, storage or complex equipment, backhoe or means of transportation, silo or variable wings, etc., sequentially.

The equipment 9 includes a) a vibrator, rod vibrator, plural vibrator, magnetization vibrator, excitation vibrator, ozone vibrator, negative ion vibrator, and concrete vibrator; A composite vibrator that combines two or more of these; b) or case; A stator inside this; A rotor that rotates in conjunction with the stator; The axis of rotation of this rotor; An asymmetric rotating body provided on this rotating shaft; The case vibrates by the rotation of the rotating body; A cable connected to one or more of the case or rotating body; The tube in which this cable is embedded; a housing in which the case is built; A cap, body, and shoe constituting the case; The magnetizer or complex vibrator consisting of one or more of the following; c) At least one of the vibrator, case or shoe a) magnetizer, vibrator, exciter, wave generator, ozone generator, disinfector, sterilizer, electrolyzer, discharger, negative ion generator, magnetization, vibration, excitation, wave, ozone, Negative ions, rotation, vacuum, pressurization, magnetized matter, vibrating matter, excited matter, waves, ozonated matter, disinfectant, sterilized substance, electrolyte, discharged substance, anionic substance; b) Two or more of them are complex, complex; c) Materials, magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, magnetization, vibrating material, excited material, wave material, ozone material, disinfectant, radiated from one of the magnetizer or complex device, Sterilizing substances, electrolytes, discharge substances, anionic substances; The magnetizer or complex vibrator, one or more of which is provided, sprayed, generated, coated, or injected; It is equipment that is sequentially equipped with one or two or more of the above-mentioned devices, mobility, equipment or complex equipment, storage or complex equipment, backhoe or means of transportation, silos or variable wings.

The above equipment 10 is magnetization, vibration, excitation, wave, compaction, vibration compaction, compaction vibration, magnetization compaction, excitation compaction, ozone treatment, ozone sterilization, ozone disinfection, anion treatment, anion purification, fluidization, softening, densification, slurry, Slumping, slump value increase, air emission, gas emission; b) the magnetization or gas discharge while moving; c) one of the magnetizer or complex device is provided to discharge the magnetizer or gas; d) one of the magnetizer or composite device is provided and moves to discharge the magnetizer or gas; e) provided with one of the magnetizer or composite device, and discharging the magnetization or gas while moving one of the magnetizer or composite device; It is equipment that is sequentially equipped with one or two or more of the above devices, equipment, mobility, equipment or complex equipment, storage or complex equipment, backhoe or means of transportation, silos or variable wings, which perform one or more of the above.

The above equipment 11 includes a) a1) ring, O-ring, jack, female jack, male jack, cigar jack, socket, female socket, male socket, flange, valve, ball valve, check valve, solenoid valve, nipple, elbow, reducer, bolt, Nut, washer, gasket, strainer, coupling, coupler, joint, joint pipe, jointer, pipe jointer, cock, water cock, drain cock, tap, faucet, nozzle, diffuser, adapter, Tee pipe, Lee Kyung-tee pipe, pipe , pipe, T pipe, Y pipe, L pipe, venturi, venturi pipe, band, tube, cyclone, sprinkler, tank, barrel, box, tank, box, battery, hydrogen tank, gas cylinder, battery, hose, line, pipe, pipeline; a2) a complex machine in which two or more of the rings or pipelines are sequentially combined; a3) the ring or multi-function machine equipped with one of the ring or multi-function machine, and the ring or multi-function machine using one of the ring or multi-function machine; It is one of the above equipment, device, mobility, machine to complex machine, storage to composite machine, backhoe or means of transportation, silo to variable wing, or b) or provided in one of the equipment to variable wing. Or, it is one of the above-mentioned ring or complex machine equipped with one.

The above materials, construction materials, work materials, materials used in construction, materials used in work, etc. are referred to as Material 1, Material 2, Material 3, Material 4, Material 5, Material 6, Material 7, Material 8, Material 9, Material 10, Material 11, Material 12, Material 13, Material 14, Material 15, a material that is one of the magnetization or outgassing, a material that is processed by one of the magnetizers or composites, a material containing one of the magnetizations or composites It is the one chosen from among.

The above material 1 is a) or water, water, liquid, oil, medicine, sol, gel, energy, substance, agent, ash, Material, materials, fluid, liquid, gas, solid, liquid gas, liquid solid, solid, liquid solid, water, bottled water, fresh water, sewage, rainwater, sewage water, waste water, turbid water, turbid water, carbonated water, ion water, sea water, salt water , spring water, drinking water, groundwater, rock water, surface water, oil, fuel, diesel, gasoline, iron, scrap metal, copper, metal, non-metal, mineral, tailings, ore, rock, rock powder, stone, stone dust, wood, wood powder, powder, Sawdust, soil, soil, earthen stone, red clay, white clay, clay, granite, sand, graphite, silica sand, carbon, graphene, ceramic, pozzolan, silica, silica fume, lime, gypsum, sand, sea sand, crushed sand, gravel, crushed stone, Aggregate, recycled aggregate, recycled aggregate, waste concrete, clay minerals, kaolin, zeolite, sepiolite, bentonite, attapulgite, organic matter, inorganic matter, by-products, waste, food waste, waste dust, fine powder, iron, dust, slag, sludge , slurry, molding sand, charcoal, ash, bottom ash, fly ash, coal ash, incineration ash, fired ash, carbonized ash, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, pharmaceutical, Chemical solutions, suspensions, enzymes, yeast, urea, catalysts, positive catalysts, photocatalysts, titanium dioxide, ionic substances, zero-valent substances, polyvalent substances, cations, anions, ionic waters, iron ions, metal ions, phytoncide, aerators, reactive agents, adsorbents, Coagulant, restorer, disinfectant, disinfectant, activator, surfactant, binder, solidifying agent, setting agent, powder, nano material, granular material, particulate material, fired material, incinerated material, carbide, seed, germinated material, microorganism, Fertilizers, nutrients, fat, starch, vitamins, minerals, fibers, woven fabrics, non-woven fabrics, carbon fibers, fibers, fiber fibers, glass fibers, metal fibers, collectors, adsorbents, dehumidifiers, dehydrators, disinfectants, admixtures, additives, hardeners, dispersants , accelerator, finalizing agent, sintering agent, water reducing agent, accelerator, retardant, rust preventive, expanding agent, foaming agent, foaming agent, aeration agent, antifoaming agent, colorant, adhesive, adhesive, binder, solidifying agent, setting agent, waterproofing agent, waterproofing liquid, water repellent, Acidic agent, base agent, fluidizing agent, phytoncide, air entraining agent, cellulose, CMC (carboxymethyl cellulose); b) Among them, two or more composites or composites, or a composite or composite material of two or more, or a composite or composite material of two or more sequentially combined; It is the one chosen from among.

The above material 2 is a) water, water, liquid, oil, agent, material, ball, beam, rod, plate, bar, iron , steel, rebar, steel frame, gold, silver, copper, zinc, metal, pack, net, mesh, pack net, wire mesh, fiber mesh, membrane, net, grid, mat, sheet, rod, material, material, substance, object, Goods, products, building materials, construction materials, construction materials, building materials, construction materials, landscaping materials, main materials, subsidiary materials, chemicals, resin, detergents, stone, lumber, trees, cypress, steel, wall materials, rebar, steel frame, plates, plywood, Boards, filters, fibers, woven fabrics, non-woven fabrics, steel fibers, glass fibers, fibers, bricks, blocks, tiles, wallpaper, flooring, boxes, culverts, Hume pipes, piles, foundations, columns, piers, caissons, pipes, slabs, PHC files ( prestressed spun high strength concrete pile (pretensioned spun high strength concrete pile), binder, solidifying agent, polymer, water repellent, coating agent, shorting agent, painting agent, paint, purifying agent, cleaning agent, cleaning agent, disinfectant, disinfectant, waterproofing agent, waterproofing material, waterproofing Membrane, water barrier material, water barrier material, waterproof mat, waterproof sheet, paint, drainage material, PBD material (plastic board drain material or prefabricated board drain material), resin material, rubber material, fiber material, plastic material, sand, gravel, aggregate, crushed stone. , mortar, minerals, clay, red clay, slag, slag balls, ball slag, crushed slag, aerated slag. Sludge, slurry, kaolin, bentonite, zeolite, photocatalyst, cement, ready-mixed concrete, asphalt concrete, concrete, green soil, microorganisms, nano materials, nanometer materials, phytoncide, interior materials, exterior materials, improvement materials, reinforcement materials, repair materials, repair materials, earthquake-resistant materials, interior Ash, remodeling material, grouting material, shot concrete material, seed spray material; b) Among these, two or more composites, or a composite of two or more, or a composite or composite of two or more in sequential combination; It is the one chosen from among.

The above materials 3 are a) water, liquid, oil, drug, agent, ash, sol, gel, soil, burnt, charcoal, red clay, white clay, clay, sand, silica sand, crushed sand, gravel, crushed stone, aggregate, ash, Fiber, carbon, resin, catalyst, waste dust, stone dust, iron powder, dust, mineral, substance, tailings, material, rock, lime, gypsum, air, gas, masato, granite, magnetite, apatite, dolomite, graphene, By-products, slag, sludge, ceramics, silica, enzymes, cement, admixtures, accelerators, completers, adhesives, adhesives, expanding agents, foaming agents, waterproofing agents, water repellent, decontamination agents, moisturizing agents, desiccants, fibers, binders, solidifying agents, binders , nanomaterials, reinforcing materials, poured materials, porous materials, carbides, incinerated materials, fired materials, ionic materials, ionized water, cations, anions, activated carbon, kaolin, asphalt, phytoncide, fluidizing agent, micromaterials, bentonite, zeolite, attapulgite, Geopolymer, mixing water, mixing material, mixture, mixture, mortar, milk, chemical solution, suspension, slurry, remetal, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO: b) Among these, two or more composites, or a composite of two or more, or a composite or composite of two or more in sequential combination; It is the one chosen from among. One of the Ca to CaMgFeCOO contains one or more selected from Ca, Mg, Si, Fe, Me, Al, K, Na, OH, and COO.

The material 4 is a) one or more of the Ca to CaMgFeCOO agents, materials, ions, components, elements, elements, substances, reactants, combinations, inclusions, nanomaterials, resin materials, by-products, carbon materials, fibers, and catalysts. For sale, fiber water, latex water, bio-water, phytoncide water: b) Among them, two or more composite materials, or a composite material that is a combination of two or more materials, or a composite material that is a sequential combination of two or more materials; It is the one chosen from among. The material 5 is a) the water to composite material containing at least one of the Ca to CaMgFeCOO; b) one or more of the water to composite materials, liquid, gaseous, solid, powder, particulate, stirred, input, additive; c) the mortar or plaster containing one or more of the water and additives (i.e., the water and composite materials, inclusions, liquid materials, gaseous materials, solid materials, powders, particles, stirred materials, inputs, additives); d) or the water to composite material in which one or more of hydration reaction, pozzolanic reaction, hydroxylation reaction, and carbonation reaction occurs; It is the one chosen from among.

The material 6 has a) a low particle size of 1 to 100 ㎛, a medium particle size of 1 to 100 mm, and a high particle size of 1 to 100 cm, b) a low specific gravity of 0.1 to 0.5, a low to medium particle size of 0.51 to 1.0, medium specific gravity of 1.1 to 1.5, medium specific gravity of 1.51 to 2.0, high specific gravity of 2.1 to 3.0, c) low powder fineness of 100 to 1,000 cm2/g, ultra-low powder fineness below this, medium and low powder fineness of 1,001 to 2,000 cm2/g. It is one selected from the above-mentioned water to composite material having at least one of a powder degree, a medium powder degree of 2,001 to 5,000 cm2/g, a medium powder degree of 5,001 to 7,000 cm2/g, a high powder degree of 7,001 to 10,000 cm2/g, and an ultra-high powder degree greater than this. The material 7 is used for low pressure of 1 to 50 kg/cm2, ultra-low pressure of 51 to 100 kg/cm2, medium pressure of 101 to 200 kg/cm2, medium pressure of 201 to 300 kg/cm2, and low pressure of 301 to 600 kg/cm2. It is one selected from the above water or composite materials that are supplied, poured, or injected at either high pressure or ultra-high pressure that is higher than this. The material 8 is a) the water to composite material containing two or more of sand, gravel, aggregate, filler, binder, admixture, and water; b) the water to composite material containing cement and one or more of water, sand, gravel, crushed stone, aggregate, water, and admixtures; c) the water to composite material which is a mixture of cement or asphalt and one or more of filler, sand, stone dust, and crushed stone; It is the one chosen from among.

The material 9 is a) the aggregate is fine aggregate, coarse aggregate, sand, sea sand, crushed sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-product, waste dust, dust, stone dust, fine powder, slag, The water to composite material is one or more of sludge and incineration ash; b) the water to composite material in which the filler is one or more of minerals, ores, tailings, waste, by-products, waste dust, dust, stone dust, fine powder, slag, sludge, and incineration ash; c) the water to composite material wherein the binder is one or more of binder, cement, asphalt, gypsum, lime, starch, chemical, polymer, and adhesive; d) The above admixtures are rapid setting agents, retarders, sintering agents, dispersants, waterproofing agents, water blocking agents, water repellent agents, foaming agents, expanding agents, foaming agents, antifoaming agents, colorants, curing agents, water reducing agents, pigments, dyes, microorganisms, useful microorganisms, effective microorganisms, Bacillus , pasteurization, fluidizing agent, air entraining agent, anion emitting material, far infrared ray emitting material, mineral, ore, tailings, waste, slag, sludge, or the above water or composite material; e) the water or composite material wherein the water is one of water, water, liquid, oil, spring water, tap water, sewage, dam water, pump water, groundwater, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ion water; It is the one chosen from among.

The above material 10 is cement, asphalt, soil, red clay, air, bubbles, press, oxygen, nitrogen, resin, chemicals, chemical solution, urea, enzyme, yeast, catalyst, enzyme, surfactant, activator, silica, carbon, foaming agent, expanding agent. , colorant, graphene, polymer, microorganism, or fiber, in addition to one or more of aggregate, filler, binder, admixture, and water. It is one selected from the above water to composite materials. The material 11 is a) the water to composite material containing two or more of 25 to 70 parts by weight of aggregate or filler, 15 to 40 parts by weight of binder, 0.1 to 10 parts by weight of admixture, and 5 to 35 parts by weight of water; b) Contains two or more of 15 to 30 parts by weight of cement, 20 to 45 parts by weight of fine aggregate, 30 to 60 parts by weight of coarse aggregate, 0.1 to 3 parts by weight of waste, 0.1 to 5 parts by weight of admixture, and 15 to 35 parts by weight of water. The above water to composite materials; c) the water to composite material containing a cement binder, aggregates and wastes with particle size ranges of 5 to 13 mm and 13 to 20 mm, and a fluidizing agent, and having a wave mixture ratio of 25 to 35% or a porosity of 15 to 30%; It is the one chosen from among.

The material 12 is a) the water to composite material containing fine aggregate and coarse aggregate at a ratio of 0.2 to 0.65 m3 per 1 m3 of water, cement binder, and admixture; b) the water to composite material composed of cement, aggregate, water, and admixture and having a water-cement ratio of 25 to 40%; c) cement with a density of 3.0 to 3.2 g/cm ³ and a fineness of 3,000 to 3,400 cm ² /g, with one or more of the main chemical components of CaO, SiO ₂ and Al ₂ O ₃ ; Coarse aggregate having at least one of particle size of 3 to 5 mm or 15 to 25 mm, density of 2.5 to 2.8 g/cm ³ , and unit volume mass of 1,340 to 1,580 kg/m ³ ; A composite material containing water and an admixture in fine aggregate having at least one of a density of 2.2 to 2.6 g/cm ³ and a unit volume of 1,295 to 1,580 kg/m ³ ; d) 14 to 15 parts by weight of binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of admixture, 0.3 to 3 parts by weight of waste, and separate water; the water to composite material consisting of 100 parts by weight; e) 100 parts by weight of the water or composite material obtained by mixing 20 to 40 parts by weight of cement, 10 to 50 parts by weight of sand, 10 to 50 parts by weight of gravel, and 2 to 30 parts by weight of water; k25) The water to composite material obtained by mixing 20 to 60 parts by weight of asphalt, 10 to 50 parts by weight of aggregate, and 10 to 50 parts by weight of stone dust to obtain 100 parts by weight; f) the water to composite material containing binder, water, sand, gravel and admixture; g) A binder mixed with 30 to 90 parts by weight of cement, 1 to 55 parts by weight of slag, and 0.1 to 35 parts by weight of fly ash or silica fume, and any coarse particle size selected from 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm. The aqueous to composite material comprising aggregate, fine aggregate or slag aggregate with a particle size of 5 mm or less, and 0.03 to 3.0 parts by weight of an admixture containing a fluidizer or AE water reducer based on the binder; It is the one chosen from among.

The material 13 is composed of a) 5 to 8 parts by volume of binder, 60 to 80 parts by volume of aggregate, 0.2 to 0.5 parts by volume of admixture, and water to fill 100% of the total volume, and the aggregate is waste, waste, waste, etc. It is one type or a mixture of 2 to 7 types selected from concrete, crushed stone, bottom ash, slag, and rock, and the binder is one type selected from cement, asphalt, lime, gypsum, fly ash, and sludge, or a mixture of 2 to 6 types. Phosphorus to the composite material; b) The above water or composite material containing 200 to 250 parts by weight of fine aggregate, 260 to 280 parts by weight of coarse aggregate, 3 to 8 parts by weight of carbide, 0.5 to 1.5 parts by weight of admixture, and 35 to 45 parts by weight of water per 100 parts by weight of binder such as cement. ; c) 100 parts by weight, including 30 to 40 parts by weight of sand, 35 to 45 parts by weight of gravel, 10 to 30 parts by weight of water, 5 to 25 parts by weight of incineration ash or fly ash, and 1 to 15 parts by weight of mineral or polymer, and the polymer. is the water to composite material containing one or more of polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, dihydroxyhexane, and isocyanate; d) 100 parts by weight, including 3 to 10 parts by weight of water, 10 to 25 parts by weight of cement, 25 to 35 parts by weight of fine aggregate, 40 to 45 parts by weight of coarse aggregate, 0.5 to 1.5 parts by weight of fly ash, and 1 to 7 parts by weight of by-products. The above water to composite materials; e) For 100 parts by weight of binder containing cement, the above water containing 250 to 660 parts by weight of aggregate containing sand or gravel, 10 to 150 parts by weight of mineral or zeolite, 1 to 15 parts by weight of microorganisms including Bacillus, and 10 to 30 parts by weight of water. to composite materials; It is the one chosen from among.

The above material 14 is a) binder or cement amount of 250 to 550 kg/m3, fine aggregate amount of 350 to 650 kg/m3, coarse aggregate amount of 850 to 1,100 kg/m3, quantity of 150 to 200 kg/m3, mineral or waste 200 to 450 ㎏/㎥, the water to composite material containing at least one of 0.1 to 5 parts by weight of admixture; b) 50 to 55 parts by weight of SiO ₂ , 15 to 20 parts by weight of Al ₂ O ₃ , 1 to 2 parts by weight of MgO, 2 to 4 parts by weight of FeO, 2 to 3 parts by weight of Fe ₂ O ₃ based on 100 parts by weight of binder or cement. parts, CaO 0.5 to 0.9 parts by weight, K ₂ O 0.5 to 1.1 parts by weight, Na ₂ O 0.5 to 0.7 parts by weight, P ₂ O ₅ 0.2 to 0.6 parts by weight, MnO 0.03 to 0.09 parts by weight, mineral component 13 to 18 parts by weight Contains 5 to 45 parts by weight of waste manure, stone dust and tailings, the particle size of one of the waste manure, stone dust and tailings is 0.03 to 0.08 mm, slump is 8 to 12 cm, unit quantity/cement amount is 50 to 60 % by weight, the above water to composite material having a fine aggregate ratio of 45 to 53% by weight; c) 75 to 83 parts by weight of aggregate, 13 to 15 parts by weight of binder, 5 to 7 parts by weight of water, and 0.07 to 0.3 parts by weight of admixture are mixed with 3 to 15% more microorganisms relative to the weight of the binder, and the binder is cement, The water to composite materials are at least one selected from slag and fly ash, and the microorganisms are one or more selected from photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous bacteria, Bacillus, and yeast; k36) 50~90% by weight of cement, 1~15% by weight of powdered slag, 0.1~7% by weight of powdered resin, 0.01~6% by weight of latex, 0.11~15% by weight of expanding agent, 0.01~3.0% by weight of fiber, 0~3% by weight of water reducing agent. A composite material containing at least one of the weight percent; d) The above containing one or more of 13 to 21 parts by weight of cement, 27 to 36 parts by weight of fine aggregate, 38 to 47 parts by weight of coarse aggregate, 1 to 7 parts by weight of phytoncide, 0.3 to 1.8 parts by weight of admixture, and 4 to 10 parts by weight of water. water to composite materials; e) the above aqueous or composite material that is magnetized, vibrating or hexagonally hydrated; It is the one chosen from among.

The above material 15 is a) 100 parts by weight of one or more of lime, gypsum, cement, binder, binder, and asphalt, b) 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 parts by weight of admixture. At least one of ~30 parts by weight, and c) 50-400 parts by weight of water or ionized water, 10-600 parts by weight of waste dust or stone dust or ash or by-products, 10-600 parts by weight of soil or red clay or masato, and 0.005 parts by weight of resin, polymer or latex. It is one selected from the above-mentioned water or composite material containing one or more of ~50 parts by weight, 0.0001-40 parts by weight of fiber or reinforcing material, and 0.00001-10 parts by weight of microorganisms or their contents.

A detailed description of what is included in the water to composite, water to composite material, water to composite, etc. is as follows. What is described below may be included in the material of the present invention or the water to composite, water to composite, water to composite, etc. 1) Water refers to water, water, tap water, sewage, dam water, river water, groundwater, surface water, pumping water, etc. 2) Water refers to water, water, water, substances, etc. 3) Liquid refers to liquid, liquid, chemical liquid, liquid, etc., 4) Oil refers to oil, oil, oil, oil, etc., 5) Sol refers to sol, sol, organic sol. , inorganic sol, hydrosol, hydrosol, aerosol, hydrosol, organosol, colloidal sol, colloidal solution, sol obtained by dissolving a gel, and substances with fluidity due to colloidal particles dispersed in liquid. 6) Gel is a gel, a gel made by gelling a sol, agar, tofu, bonding gel, silica gel, hydrogel, hydrogel, diatomaceous earth gel, acid white clay gel, xerogel, porous. Gel, xerogel, diatomaceous earth, acid white clay, colloidal solution (sol) thickened beyond a certain concentration, hardened by solvent, water, etc. entering between the network structures of colloidal particles. 7) Soil refers to soil, soil, soil, etc., 8) Carbon refers to coal, briquette, ash, charcoal, activated carbon, carbide, etc., 9) Charcoal refers to charcoal, charcoal, charcoal, and wood charcoal. , charcoal, etc., 10) Ash includes ash, ash, incineration ash, incineration ash, fired ash, carbonized ash, combustion ash, rice husk ash, volcanic ash, briquette ash, bottom ash, fly ash, ash, buttom ash, flyash, thermal power. This includes power plant ash, incinerator ash, incinerator ash, and ash containing 40 to 60 parts by weight of SiO ₂ .

11) Carbon is carbon, carbon material, carbon material, carbon yarn, carbon fiber, carbon sheet, carbon monoxide, carbon dioxide, carbon, carbon tube, nanocarbon, nanocarbon tube, carbon dioxide that reacts with carbonation such as Ca+CO ₂ =CaCO ₃ , etc. 12) Graphene refers to a layer, thin layer, 0,2nm layer, etc. of graphene, graphene, graphite, or graphite, and 13) Waste dust includes waste dust, stone dust, ash, iron dust, dust, human waste, and copper dust. , livestock manure, fine powder, iron dust, cement dust, concrete fine powder, etc. 14) Gas includes gas, oxygen, hydrogen, nitrogen, chlorine, carbon, carbon dioxide, etc. 15) Microorganisms include cultured microorganisms, fermentation microorganisms, Decaying microorganisms, decomposing microorganisms, useful microorganisms, effective microorganisms, aerobic microorganisms, anaerobic microorganisms, aerobic microorganisms, quasi-aerobic microorganisms, quasi-anaerobic microorganisms, halophilic microorganisms, alkaline microorganisms, strains, lactic acid bacteria, actinomycetes, radiobacteria, photosynthetic bacteria, yeast. , Aspergillus bacteria, mold bacteria, lactic acid bacteria, acetic acid bacteria, Bacillus subtilis, Bifidobacterium, bacteriophages, Bacillus bacteria, Pasteuri bacteria, Lactobacillus bacteria, Saccharomyces bacteria, Sporosarcina bacteria, Bacillus cereus, Bacillus anthracis, Bacillus sub. Tilis, Bacillus spaericus, Bacillus pasteuri, Bacillus sudophimus, Bacillus coni, etc., and the microorganism of the present invention is used for bonding, sealing, binding, bridging, and carbonation of substances, materials, materials, pours, etc. , improve low water permeability, high water permeability, fill cracks, etc. 16) Phytoncide is a) phytoncide, phytoncide, magnetized phytoncide, bio phytoncide, magnetized phytoncide passed through a magnetic material, bio phytoncide introduced by microorganisms, one of these, b) phytoncide extracted from one of the following: tree, stem, plant, bark, cypress tree, This includes its contents, etc.

17) Resins include resins, resins, chemicals, chemicals, water glass, natural resins, artificial resins, synthetic resins, nano resins, polymer materials, polymer polymers, hydraulic polymers, geopolymers, polymer chemicals, urea, silicic acid, silicon, sodium silicate, and phosphoric acid. , ammonia, enzyme, silica, paraffin, silica sol, silica gel, activated silica, micro silica, hybrid silica, acrylic emulsion, acrylate, acrylic, urethane, epoxy, urea, uracil, latex, polymer, acrylic urethane, water-soluble resin, hydraulic Resin, oil-soluble resin, hardenable resin, hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, amine, aniline, amide, aldehyde, naphthalene, melamine, cellulose, chromium lignin, acrylamide, acrylate. , polyacrylate, sodium bisulfate, calcium chloride, magnesium chloride, potassium chloride, sodium chloride, calcium sulfate, magnesium sulfate, potassium sulfate, sodium sulfate, glyoxal, calcium hydroxide, sodium hydroxide, sodium silicate, sodium sulfite, sodium bicarbonate, polypropylene. These include glycol, polyethylene glycol, ethylene glycol, butanediol, dihydroxyhexane, isocyanate, MMA (Methyl Methacrylate), CMC (carboxymethyl cellulose), and SAP (super absorbent polymer).

18) Fiber or fiber refers to a) fiber, fiber, fiber, fiber, fibrous tissue, hair root, wool, hemp, rock wool, silk, saran, fineness, fabric, jute, wool, raw silk, rayon, short fiber, long fiber, Cotton, kapok cotton, coier, abaca hemp, sisal, flax, ramie grass, goat hair, camel hair, cashmere, house silk, and night silk. ), silk fiber, asbestos, gold thread, silver thread, rayon, viscose rayon, cupra rayon, filament, bylon, viscose rayon, staple fiber, coir, natural fiber, Artificial fibers, plant fibers, animal fibers, mineral fibers, seed fibers, vein fibers, bast fibers, hair fibers, inorganic fibers, organic fibers, metal fibers , glass fiber, rock fiber, slag fiber, silicate fiber, regenerated fiber, semi-synthetic fiber, synthetic fiber, cellulose fiber, protein fiber, semi-synthetic fiber, nylon fiber, semi-long fiber, hard fiber, peanut protein fiber, bast. Fiber, grass fiber, copper ammonium rayon, heat-resistant fiber, ceramic fiber, wool fiber, plant fiber, regenerated fiber, synthetic fiber, new synthetic fiber, soft fiber with a length of 1.1 to 100 times its own thickness, b) The above fibers Instead, the short fibers or new synthetic fibers replaced with fibers, one of these, short fibers, new synthetic fibers, etc.

19) Reinforcement materials include a) bars, bars, nets, beams, plates, cells, rebars, steel frames, rebar nets, iron bars, H-beams, I-beams, steel wires, columns, piles, girders, steel pipes, steel bars, iron bars, carbon, mesh. , grid, wire mesh, sheet, mat, fiber, glass, metal, steel, framing, rope, bolt, anchor, bridge, arch, nailing, truss, cable, wire, grid, fiber, mesh, mesh, carbon mesh. , carbon rod, carbon band, carbon bar, reinforcing material, vertical material, horizontal material, inclined material, bracket, nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon net, FRP material. , bracing, Two or more composite materials, c) one of these, such as reinforcing bars and carbon nets, nets and grids, nets, grids and sheets, etc.

20) Nanomaterials include nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanoirons, nanometals, nanoions, nanoresins, nanocarbons, nanolatex, or 10^(-9) meters, nanometers. Meter-sized or equivalent in size, water, liquid, oil, medicine, drug, sol, gel, substance, solid, agent, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, These include iron, stone, wood, polymer materials, liquid gas, liquid solid, gaseous solid, liquid solid, particulate matter, granular material, etc. Nanomaterials also have a limit of 10^(-9), which is ±100 of 10^(-9) meters. It has the characteristic of including material measuring 7 to -11 meters. Nanomaterials have small particles and a large specific surface area, so their decomposition, reaction, function, and performance are improved. For example, in the case of nano resin, properties such as reaction, bonding, binding, and fluidity are improved compared to general resin, and effects such as increased strength and decreased water permeability after hardening or curing are increased.

21) Micro-material refers to water, water, liquid, oil, medicine, water, liquid, oil, drug, or water of a size of 10^(-6) meters or equivalent to a micro-material, micro-material, micro-material, micro-material, micro-material, or micro-material. Drug, sol, gel, substance, substance, substance, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, iron, stone, wood, polymer, liquid gas, liquid solid, solid gas, This includes liquid solids, particles, granular materials, etc.

22) Admixtures include admixtures, additives, accelerators, finalizers, water reducers, rust inhibitors, sintering agents, adhesives, adhesives, curing agents, hardening agents, binders, binders, water repellent, antifouling agents, fluidizers, air entrainers, fire retardants, Flame retardant, fire retardant, emulsifier, pH agent, pH regulator, agent below pH 7, agent above pH 7, acidic agent, base agent, neutralizer, neutralizer, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, binder, modifier, fastening agent, Coupling agent, catalyst, cross-linking agent, dispersing agent, plasticizer, accelerator, retardant, coagulation retardant, waterproofing agent, waterproofing agent, swelling agent, foaming agent, foaming agent, anti-foaming agent ( pigment, coloring agent, setting accelerator, setting retardant, absorbent, adsorbent, collector, antibacterial agent, decontamination agent, dehydrating agent, wind blowing agent, crushing agent, aeration agent, activator, dehumidifying agent, dehydrating agent, These include moisture-containing agents, containing agents, containing agents, thickening agents, nano agents, micro agents, anion-emitting materials, far-infrared ray-emitting materials, cement admixtures, concrete admixtures, and composites of two or more of these.

23) The above additives include gas, air, pressure, bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, drugs, drugs, medicinal materials, chemical solutions, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, and iron. , stone dust, red clay, by-products, microorganisms, media, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ions, cations, anions, phytoncides, enzymes, yeast, urea, enzymes, aerobic agents, anaerobics, activators , nano agent, carbonating agent, cleaning agent, reactive agent, adsorbent, coagulant, sterilizer, disinfectant, fragrance, antibacterial agent, germ remover, decontamination remover, odor remover, atopy source remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump pressure. , blower compressors, wind compressors, and combinations of two or more of them. 24) The above pressure is compressed air, pressure air, pump pressure, blower pressure, compressor pressure, wind pressure, mixed pressure of two or more of these, or low pressure of 1 to 50 kg/cm2, ultra-low pressure below this, or medium pressure of 51 to 100 kg/cm2. This includes low pressure, medium pressure of 101 to 200 kg/cm2, medium pressure of 201 to 300 kg/cm2, high pressure of 301 to 600 kg/cm2, and ultra-high pressure above this, compressed air, pressure air, etc.

25) By-products include by-products, waste, waste dust, stone dust, dust, iron dust, tailings, waste water, ash, bottom ash, fly ash, kiln dust, food waste, food waste water, slag, sludge, foundry sand, waste foundry sand, waste gypsum, waste lime. , scrap iron, waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, factory by-products, etc. 26) An activator is an activator, surfactant, material activator, state activator, an activator that improves the reaction, hydration, hydration, strength, or energy of a substance, ionic surfactant, cationic surfactant, anionic surfactant, non-ionic surfactant. , Zwitterionic surfactant, lignin sulfonate type, polyalkylaryl sulfonate type, melamine formalin sulfonate type, aromatic polycyclic condensate sulfonate type, ether type, ester type, resinate type, polyalkylbenzenesulfonate type, poly These include alkylsulfonate triethanolamine, dodecylamine, HDTMA (hexadecyltrimethylammonium), sodium laurate, and complexes of two or more of these.

27) Reactive agents include sodium silicate, calcium silicate, sodium silicate, water glass, silica, alumina, citric acid, aluminum sulfate, magnesium sulfate, ferrous sulfate, ferric sulfate, calcium sulfate, sodium sulfate, potassium chloride, magnesium chloride, ferrous chloride, ferric chloride, Sodium chloride, calcium chloride, cobalt chloride, magnesium oxide, titanium oxide, calcium phosphate, calcium hydroxide, lignin sulfonic acid, urea formaldehyde, polyester, zero-valent metal, polyvalent metal, slag, perlite, attafalgite, smectite, activated carbon, waste tires, shellfish. Shell, oyster shell, rice husk, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, two or more of these, or a reaction, heating reaction, exothermic reaction, catalytic reaction Agents, ashes, substances, materials that cause or cause one of the following: hydration reaction, oxidation reaction, reduction reaction, flocculation reaction, urea reaction, decomposition reaction, desalting reaction, cleavage reaction, carbonation reaction, hydroxylation reaction, pozzolanic reaction, and microbial reaction. , medicines, etc. 28) Accelerators include accelerator, cement accelerator, concrete accelerator, silicate accelerator, aluminate accelerator, alkali free accelerator, cement mineral accelerator, etc. do.

29) Disinfectants include formalin, alcohol, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux solution, lime sulfur solution, phenol water, cresol water, Seungsoo water, chlorcalc, organic mercury agent, dithiocarbamate, Daisen M, Balibi, Valcot, Benomyl, Blasticidin S, Vinclozolin, Edifenphos, Oxycarboxin, Oxincofer, Organophosphorus disinfectant, Organosulfur disinfectant, Isoprothiolein, Iprodione, Zineb, Maneb, Anthrachol, Georam, Phthalamide, Carboxin, Captan, Cooper Hydroxide, Chlorothalonil, Triadimefon, Dodyne, Dinocap, Dichlorfluanide, Diclone, Dithianon, Maneb, Captan, Captipol, Dipolatan, Folpet, Bendimidazole, Benomyl, Benate, Thiophaneethyl, Triazole, Triadimefon, Tricyclazole, Organic Disinfectant, Metalaxyl, Dazigaren (hymexazol) ), chitazine (IBP), hinosan (edifenphos), fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, casugamycin, polyoxin, validamycin, neoasoxin, Validamycin A, a combination of two or more of these, etc.

30) Mixed water is water, water, liquid, oil, medicine, sol, gel, liquid, bottled water, tap water, sewage, rainwater, sewage, wastewater, turbid water, turbid water, seawater, salt water, spring water, drinking water, groundwater, rock water. , surface water, acidic water, basic water, carbonated water, magnetized water, hexagonal water, water, water, liquid, liquid, etc. used in mixing. 31) Mixing materials include agents, ash, materials, raw materials, substances, and magnetizing materials used in mixing. , magnetized mixtures, etc., 32) Mixtures include pouring materials, chemicals, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, mixed materials, materials used in mixing, mixing water and mixing. This includes mixtures of ash, magnetization, and magnetization combinations. 33) Milk includes milk, cement milk, lime milk, and mixtures of cement and water, etc. 34) Mortar includes mortar, mortar, cement mortar, lime mortar, gypsum mortar, asphalt mortar, cement, water, and sand. 35) Chemical solutions include chemical solutions, drugs, water glass, sodium silicate, resin solutions, solutions containing chemicals, etc., 36) Suspensions include soil, cement, lime, gypsum, resin, etc., water, water, 37) Slurry includes slurry, slurry, resin slurry, clay slurry, cement slurry, asphalt slurry, bentonite slurry, etc. 38) Remital refers to Remital, ready mixed mortar, This includes mortar without water, a mixture of cement and sand, etc.

39) Ready-mix concrete includes ready-mix concrete, raw concrete, ready-mix concrete, ready mixed concrete, fresh concrete manufactured at a batch plant (concrete that has not yet hardened), and a mixture of cement, water, sand, and gravel, etc. 40) Asphalt This includes asphalt, tar, pitch, bituminous water, asphalt, crude oil tailings, crude oil evaporation tailings, crude oil tailings, etc. 41) Paste refers to paste, paste, cement paste, asphalt paste, mixture of cement and water, etc. , 42) Plaster includes plaster, plaster, gypsum plaster, lime plaster, and a mixture of lime and water. 43) Concrete includes concrete, red clay concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel concrete, and carbon. Concrete, reinforced concrete, fiber reinforced concrete, cold and cold concrete, cold and cold concrete, heavy concrete, lightweight concrete, foamed concrete, foamed concrete, ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete. , prefact concrete, mixtures of cement, water, sand, gravel, etc., etc., 44) The pouring materials include the milk to concrete, k1) k11) water to k40) plaster, etc. described in Example 12. do.

a) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe that can be used in the present invention , CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO; b) One or more of these agents, materials, ions, components, elements, elements, substances, reactants, combinations, inclusions, nanomaterials, resin materials, by-products, carbon materials, fiber materials, catalyst materials, fiber materials, latex materials, Bio-water, phytoncide water; The explanation is as follows.

Primarily, one of the Ca to phytoncide water is one of the Ca to phytoncide water, or a material containing ions, components, elements, etc. of the Ca to phytoncide water is included. Examples of the latter include CaO, CaCO ₃ , and Ca(OH) ₂ containing Ca component. In addition, 1) Ca is Ca, calcium, calcium ion, Ca^(+2), CaO, CaCO ₃ , Ca(OH) ₂ , Ca ₃ SiO ₅ (tricalcium silicate), Ca ₂ SiO ₄ (dicalcium silicate), CaSiO ₃ (calcium metasilicate), CaO·SiO ₂ ·nH ₂ O, etc. are included, 2) Mg includes Mg, Mg^(2+), MgO, MgCO ₃ , magnesium, magnesium ion, Mg(OH) _2, etc. 3) Si includes Si, Si^(+2), Na ₂ SiO ₃ , silicon, silicic acid, silicon ion, SiO ₂ , CaO·SiO ₂ ·nH ₂ O, etc., and 4) Fe includes Fe, FeO , Fe ₂ O ₃ , Fe ₃ O ₄ , iron, iron ions, etc., 5) Me includes metal, metal ions, Metal, its abbreviation Me, etc., 6) Al includes aluminum, aluminum ions, etc. 7) K includes K, K+, KOH, potassium, potassium ions, etc., and 8) Na includes Na, Na+, NaOH, NaCl, Na ₂ SiO ₃ , Na ₂ SO ₄ , sodium, sodium ions, etc. 9) OH includes OH, OH-, KOH, NaOH, hydroxide ion, etc., 10) COO includes COO, COO-, COOH, CH ₃ COOH, carboxyl, carboxyl ion, resin raw materials, resin components, etc. This is included.

and CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeC OO , CaMgFeCOO, etc. have the characteristic of containing one or more of the components that make up porcelain. Examples of this include 1) CaMg includes Ca, Mg, CaMg, etc., 2) CaSi includes Ca, Si, CaSi, etc., 3) CaFe includes Ca, Fe, CaFe, etc., and 4) CaMgSiAl includes Ca, Mg, Si, Al, CaMg, SiAl, CaMgSi, MgSiAl, CaMgSiAl, etc. are included, 5) MgSiFeAl includes Mg, Si, Fe, Al, MgSi, FeAl, MgSiFe, SiFeAl, MgSiFeAl, etc., 6) CaMgSiFeAl includes Ca, Mg, Si, Fe, Al, CaMg, SiFe, MgSi, FeAl, CaMgSiFe, MgSiFeAl, CaMgSiFeAl, etc. 7) MgFeCOO includes Mg, Fe, COO, MgFe, FeCOO, MgFeCOO, etc. 8) CaMgFeCOO includes Ca, Mg, Fe, COO, CaMg, FeCOO, CaMgFe, MgFeCOO, CaMgFeCOO, etc.

The above agents, ashes, ions, components, elements, elements, substances, reactants, compounds, inclusions, nanomaterials, resin products, by-products, carbon materials, fiber materials, catalysts, fiber products, latex products, bio products, phytoncide In terms of water, 1) the agent is one or more of the Ca to CaMgFeCOO agents, one of which is a Ca agent, an Mg agent, a FeCOO agent, a CaMgFeCOO agent, etc., and 2) the ash is one or more of the Ca to CaMgFeCOO agents, etc. One includes Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc., 3) The ion includes one or more ions of Ca to CaMgFeCOO, one of which includes Ca ion, Mg ion, FeCOO ion, CaMgFeCOO ion, etc., 4) The component includes one or more of the above Ca to CaMgFeCOO, or one or more components containing one or more of the Ca component, Mg component, FeCOO component, CaMgFeCOO component, Ca-containing component, Mg-containing component, FeCOO-containing component, CaMgFeCOO-containing component, etc., 5 ) The element is one or more of the Ca to CaMgFeCOO, one of them is the Ca element, Mg element, FeCOO element, CaMgFeCOO element, etc., 6) The element is one or more of the Ca to CaMgFeCOO, one of the Ca element, Mg element, etc. , FeCOO element, CaMgFeCOO element, etc., 7) The material corresponds to one or more of the Ca to CaMgFeCOO, one of which is Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc., 8) The reactant includes the Ca to CaMgFeCOO. Reactions between one or more of or between one or more of the following substances and other substances, oxidation reactants, hydration reactants, carbonation reactants, etc., one of which is Ca reactants CaO, Ca(OH) ₂ , CaCO ₃ , Mg reactants MgO, Mg(OH) ₂ , MgCO ₃ , etc.

And 9) the combination is a combination between one or more of the above Ca to CaMgFeCOO or between one or more of them and another substance, one of which is CaMg, a combination of Ca and Mg, CaO, a combination of Ca and O, and a combination of Ca and H ₂ O. Water, Ca(OH) ₂ , etc., 10) Included materials include one or more of the Ca to CaMgFeCOO, one of which includes Ca-containing materials, Mg-containing materials, FeCOO-containing resin, CaMgFeCOO-containing sand, etc., 11) Nanomaterials include one or more of the Ca to CaMgFeCOO nanomaterials, nanomaterials containing Ca, nanomaterials containing Mg, FeCOO nanomaterials, CaMgFeCOO nanomaterials, or Ca to CaMgFeCOO having a nanometer size. 12) And resin, by-product, carbon, fiber, catalyst, fiber, latex, bio, phytoncide, etc. are one or more of the Ca to CaMgFeCOO or one or more components containing resin, by-product, carbon, These include fibers, catalysts, fibers, latex, microorganisms, phytoncide, etc. Here, examples of biomaterials include microorganisms containing Ca or Ca components, microorganisms containing Mg or Mg components, microorganisms containing FeCOO or FeCOO components, and microorganisms containing CaMgFeCOO or CaMgFeCOO components.

In the present invention, the Ca to CaMgFeCOO and the like are 1) calcium reaction, oxidation reaction, hydroxylation reaction, carbonation reaction, pozzolanic reaction by Ca or Ca-containing components, 2) magnesium reaction, oxidation reaction, and hydroxylation reaction by Mg or Mg-containing components. , carbonation reaction, 3) silicon reaction, silicic acid reaction, silicon solidification reaction by Si or Si-containing components, 4) iron reaction by Fe or Fe-containing components, iron agglomeration reaction, iron oxidation reaction, iron solidification reaction, iron ionization reaction , 5) Metal reaction by Me or Me-containing components, metal aggregation reaction, metal oxidation reaction, metal solidification reaction, metal ionization reaction, 6) Aluminum reaction by Al or Al-containing components, aluminum aggregation reaction, aluminum ionization reaction, 7 ) Potassium reaction, oxidation reaction, carbonation reaction by K or K-containing components, 8) Sodium reaction, oxidation reaction, carbonation reaction by Na or Na-containing components, 9) Hydroxidation reaction, anion reaction by OH or OH-containing components, Radical reaction, 10) Resin reaction, solidification reaction, expansion reaction, carboxyl reaction due to COO or COO-containing components, 11) Two or more of the above reactions, complex reactions, etc. occur, and as a result, used substances, materials, pouring materials, etc. The strength, rigidity, density, bonding, binding, cohesion, adhesion, friction angle, waterproofness, water resistance, durability, etc. are improved, and the functions, performance, and effects of existing cement, chemicals, substances, materials, and pouring materials are improved. It further improves the curing of the materials used, the strength, rigidity, density, bonding, binding, bonding force, adhesion, friction angle, waterproofness, water resistance, durability, etc. of the solidified material.

And two or more of the Ca and phytoncides combine with each other to form new substances, materials, pouring materials, etc., thereby generating new effects, improvements, etc. As an example of this, the reaction between Ca component and Si component produces calcium silicate, lime silicate, 3CaCO ₃ + SiO ₂ → Ca ₃ SiO ₅ + 3CO ₂ , 2CaCO ₃ + SiO ₂ → Ca ₂ SiO ₄ + 2CO _2, etc. , whereby the above-mentioned effects, improvements, etc. appear. In another embodiment, the Si and Al components, one of which is Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ , etc., and one or more of the K, Na, and OH components, one of which is KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ SiO ₃ , NaOH+Na ₂ SO ₄ , Ca(OH) ₂ +Na ₂ SiO ₃ , Ca(OH) ₂ +Na ₂ SO ₄ , Na ₂ SiO ₃ +Na ₂ CO ₃ , etc. are mutual By combining, it becomes a new material such as geopolymer, which causes the above-mentioned effects, improvements, etc.

The reaction formula for the geopolymer composition is n(Si ₂ O ₅ , Al ₂ O ₂ ) + 2nSiO ₂ + 4nH ₂ O + NAOH (or) KOH → (NA+, K+) - (-Si-O-Al-O- Si-O-) + 4nH ₂ O, or n(Si ₂ O ₅ ,Al ₂ O ₂ ) + 2nSiO ₂ + 4nH ₂ O + NaOH/KOH → (Na+ ,K+) + n(OH) ₃ -Si-O -Al-O-Si-(OH) ₃ , or n(OH) ₃ -Si-O-Al-O-Si-(OH) ₃ + NaOH/KOH → (Na+,K+)-(-Si-O- Al -O-Si-O-)+4H ₂ O, etc., and the composition or structural formula of the geopolymer is (Na,K)-(Si-O-Al-O-Si-O-), (Na,K )-n(Si-O-)-(Si-O-Al-), (Na,K)-(Si-O-Al-O-Si-O-), (Na,K)-((SiO ₂ )zㆍAlO ₂ )nㆍwH ₂ O, (NA+, K+)-(-Si-O-Al-O-Si-O-)+4nH2O, etc. In the geopolymer, when one or more of Li, Na, K, Rb, and Cs is used instead of K and Na, the geopolymer is formed in the following order of size: Li component < Na component < K component < Rb component < Cs component. Geopolymers using one or more of Li, Na, K, Rb, and Cs are also included.

The above materials, construction materials, work materials, materials used in construction, materials used in work, etc. include Material 1, Material 2, Material 3, Material 4, Material 5, materials that are one of the magnetization or gas emissions, and the above. It is a material that is treated with one of the above-described magnets or composites, or a material that contains one of the above magnetized materials or composites.

The above material 1 is a) beam, beam, underground beam, ground beam, crossbeam, vertical beam, tile, brick, block, lattice block, slope block, reinforcing block, reinforced earth block, panel, interior panel, exterior panel, wall, wall body, Columns, slabs, construction materials, construction materials, building materials, landscaping materials, construction materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, window materials, waterproofing materials, water blocking materials, mats, sheets, composite mats, composite sheets, waterproofing mats, waterproofing sheets , cement mat, cement sheet, concrete mat, concrete sheet, bentonite mat, bentonite sheet, asphalt sheet, beam, plate, covering board, support board, reinforcement board, floor board, covering board, anchor, soil anchor, rock anchor, nailing, soil Nailing, bolts, soil bolts, rock bolts, forms, molds, formwork, boards, girders, slabs, culverts, sewer culverts, rainwater culverts, boxes, tanks, storage boxes, underground boxes, storage boxes, manholes, pipes, steel pipes, Perforated pipes, non-porous pipes, pipes, waterways, waterways, U-shaped pipes, drainage pipes, sewer pipes, water pipes, hume pipes, plume pipes, clay pipes, cement pipes, concrete pipes, water tanks, water storage tanks, water collection tanks, water collection wells, rainwater storage tanks, rainwater storage tanks, Pavement materials, sidewalk materials, boundary stones, separation strips, foundations, columns, piles, piles, PHC piles, factory piles, embedded foundations, driving foundations, rotating embedded foundations, cast-in-place piles, piers, caissons, geothermal piles, geothermal piers, geothermal caissons, Pile with built-in geothermal circulation pipe, tetraport, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, tunnel lining segment, mortar material, cement material, concrete material, asphalt material, interior material, remodeling Ash, cement secondary products, asphalt secondary products, Remital secondary products, asphalt concrete secondary products, ready-mixed concrete secondary products, LMC (latex modified concrete) materials, PC (pre cast) materials, PS (pre stress or post stress) ) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) materials; b) Among these, two or more composite materials, or a composite material that is a combination of two or more materials, or a composite material that is a sequential combination of two or more materials; c) or the beam or composite material containing at least one of the water or composite materials; It is the one chosen from among.

The above material 2 is used in construction, construction, development, architecture, construction, work, civil engineering, environment, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, modeling, sculpture, manufacturing, Material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work, building construction, disaster prevention, earth, earthwork, ground, underground, underground, slope, slope , slope, foundation, pile, PHC pile, excavation, excavation, excavation, cut, embankment, geothermal pile, factory pile, buried foundation, driving foundation, rotary buried foundation, cast-in-place pile, earth retaining wall, slurry wall, underground Continuous wall, diaphragm wall, CIP (cast in place pile), CP (compaction pile), SCP (sand compaction pile), CCP (crushed stone compaction pile), VCCP (vibrated CCP), dredging, landfill, underwater, cableway, Elevators, masonry, plastering, waterproofing, water blocking, water retention, painting, paving, dirt paving, road paving, sidewalk paving, improvement, ground improvement, ground preparation, complex preparation, drilling, boring, mixing, mixing, supply, provision, transportation, Transfer, transportation, pouring, mold pouring, concrete pouring, paving, paving, slope laying, ground laying, road laying, coating, painting, injection, mold injection, underground injection, deep injection, mortar injection, leakage injection, crack injection , injection into boring holes, injection, crack injection, injection injection, crack repair agent injection, grouting, ground grouting, geothermal grouting, spray grouting, high pressure grouting, steel pipe grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting) rocket), JSP (jumbo special pattern), spraying, sprinkler spraying, ground spraying, underground spraying, high pressure spraying, low pressure spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, water curing, geothermal hole, mixing, Ground mixing, ground agitation mixing, ground hardener mixing, ground and binder mixing, DCM (deep cement mixing), SCW (soil cement wall), compaction, ground compaction, agitation compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, Repair, crack repair, water leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, water treatment, dam treatment, pond treatment, river treatment, sink hole treatment, sink hole filling, cavity filling, stone, masonry, exterior wall, Scaffolding, dismantling, windows, sheet metal, roof sheet metal, assembly, building assembly, steel, windows, sheet metal, water supply and sewerage, corrosion protection, electrical systems, greening, cleaning, washing, car washing, redevelopment, reconstruction, interior design, remodeling; Among them, a compound of two or more or a compound of two or more sequentially; It is one of the materials, materials, and beams or composite materials mentioned above.

The material 3 is a material used in one of the construction or composite, a material or material for one of the construction or composite, a material for one of the construction or composite, or a beam or composite. The above materials 4 are heavy, light, foamed, foamed, expanded, water permeable, plain, rebar, plain concrete, reinforced concrete, RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete), Materials, materials, liquids, using one or one of PS (prestressed, poststressed), PSC (prestressed concrete, poststressed concrete), SRC (steel reinforced cement), and CRC (carbon reinforced cement), Water, water, material, raw material, material, material, powder, sheet, mat, pouring material, interior material, exterior material, main material, subsidiary material, construction material, mortar, remetal, ready-mixed concrete, asphalt concrete, concrete, one selected from the beam or composite material.

The material 5 is a) the beam or composite material containing one or more of rods, bars, plates, nets, meshes, grids, fibers, sheets, mats, rebars, wire meshes, steel frames, ceramics, fibers, cages, nanomaterials, and reinforcements. ; b) or b1) after pouring, curing, hardening, or solidification, one of the strength, compressive strength, tensile strength, and shear strength is low strength of 1∼50kg/㎠, ultra-low strength less than this, and mid-low strength of 51∼100kg/㎠. , medium strength of 101 to 150 kg/㎠, medium strength of 151 to 200 kg/㎠, high strength of 201 to 400 kg/㎠, ultra-high strength higher than this, b2) low density of 0.1 to 0.5 t/㎥, ultra-low density lower than this. , low to medium density of 0.51∼1.0t/㎥, medium density of 1.1∼1.5t/㎥, medium density of 1.51∼2.0t/㎥, high density of 2.1∼3.0t/㎥, ultra high density above this, b3) Permeability coefficient Low permeability of 10^(-15∼-10)㎝/sec, ultra-low permeability below this, mid-low permeability of 10^(-9∼-6)㎝/sec, 10^(-5∼-3)㎝ The above beam is one of medium permeability of /sec, medium permeability of 10^(-2∼+1) cm/sec, high permeability of 10^(+2∼+5) cm/sec, and ultra-high permeability higher than this. composite; It is the one chosen from among.

In the present invention, the material or material is one of the materials, the material, the construction or composite, the material or materials used in one of the construction or composite, the construction or composite ( This may include material or material used in one of the above construction or composite works.

Facilities or foundations are created through the above construction, work, etc. The facility is one selected from facility 1, facility 2, facility 3, facility 4, and facility 5. The facility 1 refers to a) a facility using one of the above equipment, materials, materials, materials, objects, articles, products, water, and composite materials; b) a facility created by one of the above equipment, materials, materials, substances, objects, articles, products, water or composite materials; c) facilities containing any of the above materials, materials, substances, objects, articles, products, water or composite materials; d) Any of the above construction or complex facilities, buildings, roads, pavements, ground, structures, facilities; e) Facilities, buildings, roads, pavements, ground, structures, and facilities created by one of the above construction or complex projects; It is the one chosen from among.

The above facility 2 is a) house, building, house, house, house, single-family house, apartment house, manufactured house, steel house, steel frame house, canopy building, canopy house, mobile house, container house, Hanok, Western-style house, red clay room, shopping mall. , apartments, officetels, residential-commercial complexes, low-rise buildings, high-rise buildings, high-rise buildings, houses, wooden houses, wooden buildings, artificial wooden houses, synthetic wooden houses, red clay houses, tile-roofed houses, traditional houses, hanok houses, mud houses, rice straw houses, traditional buildings. , cultural properties, cultural property buildings, basements, underpasses, underground buildings, underwater buildings, above-ground buildings, aerial buildings, floating buildings, plant factories, urban farms, farm buildings, plant farm buildings, plant factory buildings, urban farm buildings, urban farm buildings, House, greenhouse, glass house, pent house, plastic house, polymer composite house, wood house, transparent house, translucent house, opaque house, farm house, plant house, plant farm house, zero energy house, plants Farm containers, steel buildings, steel buildings, steel buildings, rebar buildings, iron cone buildings, steel frame buildings, assembled buildings, containers, container houses; b) Among these, two or more complex facilities, or a combination of two or more complex facilities, or a complex facility with a sequential combination of two or more facilities; It is the one chosen from among.

The penthouse refers to a penthouse, Pent House, Penthouse; Or the highest floor, top floor, upper floor, luxurious residential space of apartments, hotels, residential-commercial complexes, high-rise buildings, etc.; indicates etc. Steel houses, steel-frame houses, container houses, etc. are houses that use or include iron, steel, steel bars, steel frames, containers, etc. And canopy buildings and canopy houses refer to buildings and houses with canopies.

The above facilities 3 are a) steel towers, pillars, chimneys, fences, street lights, tunnels, road tunnels, railway tunnels, NATM tunnels, TBM tunnels, Shield tunnels, TBM-Shield underwater tunnels, underwater tunnels, submerged tunnels, submerged tunnels, and wind tunnels. , underground tunnel, Piam Tunnel, cut-out tunnel, aerial tunnel, soundproof wall, soundproof tunnel, road, roadway, sidewalk, sidewalk, railway, track, track, pavement, pavement, runway, operating route, operating route, city, safety, structure , ground, foundation, bridge, bridge, road bridge, railway bridge, overpass, abutment, pier, wind bridge, aerial bridge, dam, earthen dam, soil dam, rock dam, cement dam, concrete dam, arch dam, embankment dam, embankment, soil Embankments, earthen embankments, sand embankments, cement embankments, concrete embankments, river embankments, rivers, oceans, ports, coasts, revetments, lakes, waterways, quay walls, water docks, estuaries, breakwaters, seawalls, marine structures, weirs, underwater weirs, above-ground parts, Water weirs, water weirs, river weirs, four major river weirs; b) Among these, two or more complex facilities, or a combination of two or more complex facilities, or a complex facility with a sequential combination of two or more facilities; It is the one chosen from among.

The above facilities 4 are a) facilities, facilities, buildings, structures, sculptures, landscaping, subways, structures, facilities, retaining walls, reinforced earth retaining walls, stonework, underground walls, retaining walls, cutoff walls, reaction walls, composite walls, equipment, plants, landscaping. Facilities, landfills, landfills, power plants, solar power plants, wind power plants, offshore wind power plants, thermal power plants, hydro power plants, tidal power plants, wave power plants, nuclear power plants, earth structures, earth and sand structures, earthwork structures, slope structures, slope structures, repairs. Structure, marine structure, cement structure, concrete structure, ready-mixed concrete structure, wooden structure, steel structure, steel structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembled structure, ground structure, underground structure, water surface structure, Underwater structures, hydraulic structures, aerial structures, building facilities, hydraulic facilities, purification facilities, hydrogen facilities, road facilities, transportation facilities, underground facilities, underwater facilities, ground facilities, public facilities, park facilities, amusement facilities, space facilities, launch vehicles, Launch facilities, stations, playgrounds, stadiums, gyms, swimming pools, playgrounds, car stations, space stations, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, hydraulic facilities, architectural facilities, civil engineering Facilities, environmental facilities, landscaping facilities, road facilities, railroad facilities, transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, above-ground facilities, public facilities, and floating facilities; b) Among these, two or more complex facilities, or a combination of two or more complex facilities, or a complex facility with a sequential combination of two or more facilities; It is the one chosen from among.

The above facilities 5 are a) houses, buildings, houses, houses, houses, single-family houses, apartment houses, manufactured houses, canopy buildings, canopy houses, mobile homes, container houses, Hanok, Western-style houses, red clay rooms, shops, apartments, officetels, and residential buildings. Complex, low-rise building, high-rise building, high-rise building, house, mobile home, wooden house, wooden building, artificial wooden house, synthetic wooden house, red clay house, tile-roofed house, traditional house, Hanok house, earthen house, rice straw house, traditional building, cultural property, Cultural heritage buildings, basements, underpasses, underground buildings, underwater buildings, above-ground buildings, aerial buildings, floating buildings, plant factories, urban farms, farm buildings, plant farm buildings, plant factory buildings, urban farm buildings, urban farm buildings, houses, vinyl House, glass house, plastic house, polymer composite house, wood house, transparent house, translucent house, opaque house, farm house, plant house, plant farm house, zero energy house, plant farm container, steel building, steel building, rebar Buildings, steel cone buildings, steel frame buildings, prefabricated buildings, containers, container houses, steel towers, pillars, chimneys, fences, street lights, tunnels, road tunnels, railway tunnels, NATM tunnels, TBM tunnels, Shield tunnels, TBM-Shield tunnels, underwater Tunnels, water-immersed tunnels, immersed tunnels, wind tunnels, underground tunnels, Piam tunnels, cut-and-cover tunnels, aerial tunnels, soundproof walls, soundproof tunnels, roads, roads, sidewalks, sidewalks, railways, tracks, pavements, pavers, runways, running roads, Navigation route, ground, slope, slope, slope, cut surface, foundation, pile, pier, caisson, bridge, bridge, road bridge, railway bridge, overpass, abutment, pier, wind bridge, aerial bridge, dam, earth dam, soil dam , rock dam, cement dam, concrete dam, arch dam, embankment dam, embankment, earthen embankment, earthen embankment, sand embankment, cement embankment, concrete embankment, river embankment, river, ocean, port, coast, revetment, lake, waterway, quay wall, Water docks, estuaries, breakwaters, seawalls, marine structures, weirs, underwater weirs, land weirs, water weirs, water weirs, river weirs, four major river weirs, facilities, architecture, structures, sculptures, landscaping, subways, retaining walls, reinforced earth retaining walls, stonework, Underground walls, retaining walls, cutoff walls, reaction walls, composite walls, equipment, plants, landscaping facilities, landfills, power plants, landfills, thermal power plants, nuclear power plants, earth structures, earth and sand structures, earthwork structures, slope structures, slope structures, repairs. Structure, marine structure, cement structure, concrete structure, ready-mixed concrete structure, wooden structure, steel structure, steel structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembled structure, ground structure, underground structure, water surface structure, Underwater structures, hydraulic structures, aerial structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, hydraulic facilities, architectural facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railways Facilities, transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, above-ground facilities, public facilities, floating facilities; b) or rods, bars, plates, nets, meshes, grids, fibers, sheets, mats, reinforcing bars, wire nets, steel frames, ceramics, fibers, cages, reinforcing materials, groups or combinations of the above or below, numbers or combinations of the above or below Including one or more of the above-mentioned houses or floating facilities; etc. are applicable.

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, instrument, 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.

The foundation (foundation) is foundation 1, foundation 2, foundation 3, foundation 4, foundation 5, foundation 6, foundation 7, foundation 8, foundation 9, foundation 10, foundation 11, foundation 12, foundation 13, foundation 14. , Foundation 15, Foundation 16, Foundation 17, Foundation 18, Foundation 19, Foundation 20, Foundation 21, Foundation 22, Foundation 23, Foundation 24, Foundation 25, Foundation 26, Foundation 27, Foundation 28, Foundation 29, Foundation 30, Foundation Foundation 31, Foundation 32, Foundation 33, Foundation 34, Foundation 35, Foundation 36, Foundation 37, Foundation 38, Foundation 39, Foundation 40, Foundation 41, Foundation 42, Foundation 43, Foundation 44, Foundation 45, Foundation 46, Foundation 47, It is one selected from Basic 48, Basic 49, Basic 50, Basic 51, Basic 52, Basic 53, Basic 54, Basic 55, Basic 56, Basic 57, Basic 58, and Basic 59.

The foundation 1 includes foundations, piles, piers, columns, caissons, pin foundations, steel foundations, iron foundations, and steel foundations. Protruded foundation, protruded foundation, pile foundation, micropile foundation, solidified foundation, consolidated foundation, improved foundation, column foundation, injection foundation, injection foundation, mixing foundation, compaction foundation, injection foundation, grouting foundation, reinforced foundation, screw foundation , mix foundation, earthquake-resistant foundation, underground foundation, surface foundation, underground foundation, middle-rise foundation, deep foundation, ground foundation, facility foundation, shallow foundation, deep foundation, building foundation, bridge foundation, structure foundation, apartment foundation, facility support foundation, Variable foundation, top foundation, expansion foundation, expansion plate foundation, tapered section foundation, screw foundation, grouting foundation, cast-in-place foundation, combined foundation of solidified material and reinforcement, surface foundation with a thickness of 2 m or less, middle layer foundation with a depth of 15 m or less, depth of 15 m or more Deep foundation, PRD (percussion rotary drill) foundation, RCD (reverse circulation drill) foundation, foundation created by PRD (percussion rotary drill), foundation created by RCD (reverse circulation drill); b) Among them, two or more composite foundations, or a composite foundation that is a combination of two or more, or a composite foundation that is a sequential combination of two or more; It is the one chosen from among.

The piles include piles, columns, underground piles, wooden piles, factory piles, field piles, PHC piles, concrete piles, cast-in-place piles, sand compaction piles (SCP), and gravel compaction piles (GCP). pile), crushed stone compaction pile (CCP; crushed stone compaction pile), slag compaction pile (SCP; slag compaction pile), CIP (cast in place pile), pile manufactured in a factory, constructed for pouring concrete into the ground. It is the one selected among the files. The pier is one of a pier, a pillar, a pier with a square cross-section, a pier with a circular cross-section, or a foundation with a length or depth of 15 m or more.

The above caissons include caissons, box-shaped box caissons, cylindrical-shaped cylindrical caissons, square-shaped caissons, hollow caissons with internal hollows, steel caissons, steel caissons, concrete caissons, foundations with a length or depth of 30 m or more, on water or on land. A manufactured hollow concrete structure, open caisson, excavated with the upper part open, and open caisson created by inserting reinforcing bars and concrete into the excavation, excavated with the upper part closed, and air is introduced into the excavation A pneumatic caisson is created by inserting reinforcing bars and concrete into the excavation to block the inflow of water or soil into the excavation. After settling down to the support layer by its own weight or load, one or more of sand, gravel, and concrete This is a selected one of the filled bases.

The pin foundation, steel foundation, iron foundation, and steel foundation. One of the stone foundations, pile foundations, and micropile foundations is pin, steel, iron, steel. It is the basis of one of reinforcing bars, steel frames, metals, steel pipes, protrusions, piles, steel pipe piles, small diameter piles, and micropiles, or one of the pins or micropiles is used, included, or formed, or the pins or micropiles are used or formed in concrete. One of the files is the inserted base.

a) The solidified foundation is a foundation in which soil and binder are solidified, or is one of the solidified foundation and the grouting foundation. b) The consolidated foundation is a foundation formed by solidifying binder and soil. c) The improved foundation is a foundation in which the ground has been improved, or a foundation created by pouring improved materials into the ground or foundation. d) The column foundation is a column-shaped foundation or a column-shaped foundation created by infiltrating material into the ground. e) The injection foundation is a foundation created by injection and grouting of binder into the ground. f) The sprayed foundation is a foundation created by spraying binder into the ground. g) The mixing foundation is a foundation created by mixing solidified materials into the ground. h) The compaction foundation is a foundation created by compacting materials or solidified materials into the ground. i) The injection foundation is a foundation created by injecting material or solidified material into the ground. j) The grouting foundation is a foundation created by grouting material or grouting material into the ground. k) The reinforced foundation is a foundation with reinforcing materials inserted, or a foundation with reinforcing materials inserted into the foundation.

a) The screw foundation is a screw foundation inserted into the ground or inserted by rotation. b) The expanded foundation is a foundation in which the tip, bottom, middle, part, etc. of the foundation are expanded. c) The expansion plate foundation is a foundation with expansion plates installed at the tip, bottom, middle, part, etc. d) The mixed foundation is a foundation created by stirring the binder into the ground. e) The mixing foundation is a foundation created by mixing binder into the ground. f) The above seismic foundation is the foundation for earthquake reinforcement, seismic reinforcement, and earthquake preparedness. g) The underground foundation is a foundation created in the ground, or a foundation formed by mixing a binder in the ground using a rod equipped with variable wings. h) The surface foundation is a surface foundation with a thickness of 2 m or less, or a surface foundation created by stirring one or more of the residual soil and slime generated during the construction of the foundation and the binder and then laying, compacting, and solidifying on the ground. . i) The shallow foundation is one of a shallow foundation, a foundation whose width is greater than the length, a foundation whose width is 1.5 times or more than the length, and a foundation whose length or depth is shallower than the deep foundation. j) The deep foundation is one of a deep foundation, a foundation whose width is less than the length, a foundation whose width is 1.5 times or less than the length, and a foundation whose length or depth is greater than the shallow foundation.

a) The ground foundation is a foundation built on the ground. b) The above facility foundation is the foundation that supports the facility. c) The facility support foundation is a foundation installed at the bottom of the facility to support the facility. d) The surface layer foundation is a surface layer foundation mounted on top of an underground foundation, a surface layer foundation with a certain thickness, or a foundation composed of a surface solidified body. e) The variable foundation is one of variable foundation, variable foundation, cross-section change foundation, variable cross-section foundation, variable foundation, variable shape foundation, or one of width, diameter, cross-section, shape, longitudinal shape, and longitudinal cross-section. is the basis for change.

The tapered cross-section foundation is a tapered cross-section foundation, a foundation whose cross-section changes, a foundation whose shape or size of the cross-section changes, a foundation whose cross-section changes in the longitudinal direction, a foundation having a funnel shape in the longitudinal direction, and a foundation whose cross-section gradually decreases or enlarges in the longitudinal direction. Foundation, the upper part is cylindrical, the middle is cone-shaped, and the lower part is cylindrical, smaller than the upper cylinder, the foundation is composed of the upper cylindrical part, the middle cone part, and the lower tail part, and the cross-sectional shape is the upper cylindrical part and the middle cone part. A foundation composed of a base and a lower tail, the shape of the cross-section in the longitudinal or underground direction is composed of an upper cylindrical part, a middle cone part, and a lower tail, and a foundation whose cross-sectional shape in the longitudinal or underground direction is of the upper cylindrical part, the middle cone part, and the lower cylindrical part. It is one of the bases consisting of the tail.

a) The cylindrical foundation is a cylindrical foundation, a foundation mounted on top of the cone foundation below, an underground cylindrical foundation, or a cylindrical foundation formed by injecting a binder into the ground. b) The cone foundation is a) a cone-shaped foundation, an underground cone foundation, a foundation mounted on the lower part of the cylindrical foundation, b) or a cone foundation whose cross-section is gradually reduced along its central axis, c) or the above It is one of the cone foundations created by using two or more variable blades that are shorter and narrower in length than two or more identical wings used in the construction of a cylindrical foundation. c) The tail foundation is a foundation forming the lower part of the foundation, or is a foundation mounted on the lower part of the cone foundation, or is smaller than the diameter of one of the cylindrical part, the cone part, the top of the cone part, and the middle of the cone part, or the bottom of the cone part. It is a cylindrical tail base with a diameter equal to the diameter of.

The foundation 2 is one of a composite foundation consisting of a solidified underground body and the unconsolidated surrounding ground, a composite foundation of the solidified body and reinforcement, and a composite foundation of the solidified body, reinforcement and the ground. The above base 3 consists of a) wings; b) a rod equipped with teeth; c) rotating means for rotating the rod; d) a backhoe or moving means equipped with one or more of the above wings or rotating means; It is a solidified base created by solidifying one or more of the binder and soil, residual soil, sand, ground, slime, and reinforcing materials introduced by equipment consisting of one or more of the above, or the wing or rod provided with one of the magnetizer or combination device. It is the foundation that is used and created. The foundation 4 is a composite foundation composed of one of the foundations and the surrounding ground or original ground. The foundation 5 is a reinforced foundation in which a reinforcement material is inserted into one of the foundations.

The foundation 6 is a composite foundation consisting of one of the foundations above, reinforcement material, and the ground. The foundation 7 is a surface foundation created by mixing one or more of soil, residual soil, sand, and slime generated during the construction of one of the foundations and a binder, followed by laying, compacting, and solidifying. The foundation 8 is a composite foundation composed of one of the foundation, reinforced foundation, and composite foundation and an upper surface layer foundation. The foundation 9 is an underground cross-section solidified body formed by stirring the ground and a binder containing one or more of soil, residual soil, sand, slime, and by-products with a blade. The foundation 10 is a surface solidified foundation created by stirring the remaining soil, sand, slime, and binder generated during the formation of the solidified body with a backhoe bucket. The foundation 11 is a composite foundation that combines an underground edge-section solidified body and a surface layer compacted solidified body formed on the upper part.

The foundation 12 is a) a composite foundation composed of the solidified body and the surrounding unconsolidated raw ground; b) a reinforced base with reinforcing material inserted into the solidified body; c) a composite foundation composed of two or more of the solidified body, reinforcement, and ground; It is one of the The base 13 includes a) a cylindrical portion; b) a cone portion whose diameter or cross-section gradually decreases along its central axis; c) a cylindrical tail having a diameter smaller than one of the cylindrical part, the cone part, the top of the cone part, and the middle of the cone part, or the same diameter as the diameter of the bottom of the cone part; It is a column-shaped foundation composed of two or more rows. The foundation 14 includes a) two or more equal-length wings for stirring the binder and the ground to form the cylindrical portion; b) two or more variable length wings having a length shorter than the above length to agitate the binder and the ground to form the cone portion; c) two or more equal-length wings having a length shorter than the lengths of a) and b) for stirring the binder and ground to form the tail portion; A column-shaped base composed of two or more of the cylindrical portion, cone portion, and tail portion formed by using one or more of the above, or the a) wing, b) wing provided with one of the magnetizer to the composite device. c) A foundation constructed using one of the wings.

The foundation 15 is a backhoe on the top of one of the cylindrical portion, cone portion, tail portion, foundation, and pillar-shaped column, and one or more of the binder, soil, soil, residual soil, slime, and reinforcement is stirred by one or more of its buckets, It is a surface-type foundation that is installed by one or more of paving and compaction, or it is a foundation that is created by using the bucket equipped with one of the vibrator or the combination machine. The foundation 16 is a surface layer foundation in which one or more of residual soil, sand, and slime generated during the construction of one of the cylindrical portion, cone portion, tail portion, foundation, and column-shaped column is used. The foundation 17 is a composite foundation composed of a columnar foundation formed from one or more of the cylindrical portion, the cone portion, and the tail portion, and the surface layer foundation. The foundation 18 is a composite foundation composed of the column-type foundation and a surface-type foundation installed on top of the column-type foundation. The foundation 19 is a reinforced foundation in which reinforcing material is added to one or more of the cylindrical portion, cone portion, tail portion, foundation, column, surface layer, and surface layer.

The base 20 includes: a) a rotary rod equipped with a rod or wings; b) the hole, nozzle, bit, and rotation means of the rod; c) an arm on which the rotation means is mounted; d) a boom equipped with the arm; e) equipment or drill or excavator or excavator equipped with one or more of the above rods or booms; f) the rod that rotates and agitates the ground and binder; g) an injector for injecting reinforcing material into the stirring area; h) the rod or excavator that is stirred and placed to create a reinforcing foundation in the ground; i) an expansion bit, which is one of the above bits; j) a rod equipped with the bit or expansion bit; k) rotating means for rotating the rod; It is a foundation constructed using equipment consisting of one or more of the above, or it is a foundation constructed using one or more of the rod, hole, nozzle, and bit provided with one of the magnetizer to the complex machine, and the hole or nozzle is the above. This is where the binder is ejected as it is formed on the rod, the bit is formed at the tip of the rod and excavates the ground when the rod rotates, and the rotation means rotates the rod.

The foundation 21 is a foundation constructed using equipment consisting of one or more of a supply hose, a pump, a mixer, a hopper, and a silo sequentially connected to the rod, or the rod and supply hose equipped with one of the magnetizer to the complex machine. It is a foundation on which one or more of the silos are used. The base 22 includes a) a vibrating magnetizer on one or more of the wings, equipment, rod or excavator, hose or silo; b) Alternatively, it is a foundation created using equipment equipped with a vibrating magnetizer that vibrates the binder. The base 23 includes a binder used to form the base; Binder supplied through the equipment; Binder slurry blended in the blender; The slurry sprayed through the nozzle; The rod rotated by the rotation means; The wing rotated by the rotation; stirring by the blades; A bucket mounted on a certain number of backhoes; agitation by its bucket; It is a foundation created by one or more of the above, or it is a foundation created by injecting a binder that has passed through one of the magnetizer or combination machine into the ground.

The foundation 24 is a foundation created by stirring and curing one or more of soil, soil, residual soil, ground, slime, solidification material, reinforcing material, binder, and slurry. The foundation 25 is a composite foundation composed of the columnar foundation created by stirring with a wing and a surface layer foundation created by stirring with a bucket mounted on a backhoe, or the wing provided with one of the magnetizer to the composite machine, It is a foundation created by using one or more of the buckets. The foundation 26 is one of a surface foundation created by stirring with a bucket and a column-type foundation created by stirring with a blade. The foundation 27 is a foundation composed of two or more of the surface portion, cylindrical portion, cone portion, and tail portion. The base 28 includes a surface portion 194 and a cylindrical portion 196, a surface portion 194 and a cone portion, a surface portion 194 and a tail portion, a cylindrical portion 196 and a cone portion 197, a cylindrical portion, a tail portion, and a cone portion 197. ) and the tail portion 198, the surface portion 194, the cylindrical portion 196, and the cone portion 197, the surface portion 194, the cylindrical portion 196, and the tail portion 198, the cylindrical portion 196, and the cone portion 197. ) and the tail portion (198), the surface layer (194), the cylindrical portion (196), the cone portion (197), and the tail portion (198).

The above basic 29 has its a) depth within 15m, 5 to 15m; b) The tip is placed in a weathered soil layer, placed in a weathered rock layer, and placed in a stratum with an N value of 18 to 35; It is one or more of the foundations. The N value is calculated by a standard penetration test. The foundation 30 is mounted on a stratum with an N value of 15 to 30 in the upper section of the tapered or columnar section, and in a stratum with an N value of 18 to 35 in the lower section with a smaller diameter than the same cross section, and the upper and lower sections It is the foundation for one or more of the strata with a cone cross section in the middle of N between 16 and 32. The foundation 31 is a foundation that supports one of the following: a building of 8 stories or less, a facility with a load of 25 to 45 tons/m2, or a structure with a load of 250 to 450 kN/m2 or less placed on top of it. The foundation 32 is a surface foundation containing one or more of soil, residual soil, sand, and slime generated during the composition or by the composition of the foundation.

The foundation 33 is a surface foundation created by stirring one or more of binder, soil, residual soil, sand, slime, and reinforcing materials by rotating the wings 176 and 178, and then laying, compacting, and solidifying them. The foundation 34 is made of binder, soil, residual soil, sand, slime, and reinforcement by one or more of the backhoe 172, the bucket 178 mounted thereon, a wing mounted inside the bucket, and a rotary wing mounted inside the bucket. It is a surface foundation created by stirring one or more of the following and then laying, compacting, and solidifying it. The foundation 35 is formed by stirring one or more of the binder, soil, soil, soil, ground, slime, and reinforcement by the wings 176 and 178 during one of the forming, stirring, and injection. The foundation 36 is a foundation created by using a binder that has been vibratingly magnetized by a vibrating magnetizer or by pouring the binder into the ground.

The basic 37 is a hydration reaction agent containing a Ca component, a hydration setting agent containing a Na component, a silica agent containing an Al component, a catalyst containing a Ti component, a sol-gel agent containing an H component, and a Si component. It is a foundation created by using a binder containing one or more of a collector, a carbonating agent containing Mg, a by-product agent containing Fe, and a growth agent containing cells, or by pouring the binder into the ground. The base 38 includes 60 to 80 parts by weight of the hydration reaction agent, 5 to 10 parts by weight of the hydration setting agent, 4 to 7 parts by weight of the silica agent, 1 to 3 parts by weight of the sol-gel agent, and the collection agent, based on a total of 100 parts by weight. It is a foundation formed by using a binder containing one or more of 6 to 12 parts by weight and 4 to 8 parts by weight of the carbonating agent, or by pouring the binder into the ground. The basic 39 has its own N value of 15 to 35; Strength 25∼45ton/㎡; Strength 25 to 45 ton/m2 × safety factor or (25 x 1.1 to 3.0) ton/m2 to (45 x 1.1 to 3.0) ton/m2; Maximum strength 100ton/㎡; It is one of the foundations.

The foundation 40 is a surface foundation 194 mounted on top of one of the foundation, underground foundation, middle layer foundation, and deep foundation. The foundation 41 is a composite foundation composed of one of the foundation, underground foundation, middle layer foundation, and deep foundation (195) and a surface foundation (194). The foundation 42 is a composite foundation composed of one of the foundation, underground foundation, middle layer foundation, and deep foundation (195) and the surrounding unconsolidated ground or original ground (190). The foundation 43 is a composite foundation composed of one of the foundation, underground foundation, middle layer foundation, and deep foundation (195) and the uninjected raw ground (190). The foundation 44 is a reinforced foundation in which rods 174 and 516, which rotate and spray the binder 80, are permanently placed in the ground and reinforced with the rods. The foundation 45 is a reinforced foundation composed of one of the solidified foundation and the grouting foundation (195) and the reinforcing material (193) or the rod (174, 516) inserted therein. The foundation 46 is a reinforced foundation composed of a reinforcing material 193 permanently left in the ground or one of the solidified foundation and grouting foundation 195 formed around the rods 174 and 516 and their surroundings 190 permanently left in the ground. am.

The foundation 47 is a reinforced foundation composed of one of the foundation, underground foundation, middle layer foundation, and deep foundation and reinforcing materials inserted thereto. The foundation 48 is the foundation into which the reinforcing material 193 is inserted by an inserter 171 or a moving means 171 with an insertion function. The foundation 49 is a foundation in which the reinforcing material 193 is at least one of a reinforcing material with a plate, a reinforcing material with an expansion plate, a reinforcing material with an expansion plate connected to itself with a bolt, and a reinforcing material with a protrusion. As the reinforcement material 193 is inserted, the foundation 50 has a) a depth of 15 m or more, 100 m or less, 15 to 100 m; b) The tip is placed on a rock layer, placed on a soft rock layer, placed on a stratum with an N value of 30 or more, placed on a stratum with an N value of 100 or less, and placed on a stratum with an N value of 50 to 100; It is one or more of the foundations. The foundation 51 is a foundation in which reinforcing materials 193 are inserted to support one of the following: earthquake-resistant facilities, buildings with 8 stories or more, buildings with 100 stories or less, facilities with a load of 25 to 45 tons / ㎡ or more, and structures with a load of 250 to 450 kN / ㎡ or more. The foundation 52 is a combination of the underground solidified body 195 and the unconsolidated ground 190, a combination of the underground solidified body 193 and its surrounding ground or original ground 190, and the underground solidified body 193 and the rods 174, 516. Combination, combination of underground solidification body (195) and reinforcement (193), combination of underground solidification body (195) and screw, combination of solidification body (195), rod (174, 516) and ground (190), solidification body, reinforcement material and ground. It is a combination of a combination body, a solidification body, a screw, and the ground. The base 53 is a composite base that is the combination.

The foundation 54 is a foundation formed by stirring one or more base materials selected from ground and slime and one or more binders selected from reinforcing materials, admixtures, by-products, and microorganisms, or the binder subjected to vibration magnetization by rotating blades 176. The foundation 55 refers to walls, underground walls, columns, underground columns, support, building support, facility support, structure support, support, facility support, support, building support, reinforcement, ground reinforcement, building reinforcement, improvement, ground improvement, building improvement. , repair, ground maintenance, building maintenance, water blocking, ground water blocking, embankment water blocking, waterproofing, ground waterproofing, building waterproofing, water permeability, ground water permeability, block, water block, earth block, filtration, pollution filtration, reaction, contamination reaction, contamination purification reaction, It is a foundation or a foundation for one purpose selected from chemical reaction, mechanical reaction, purification, pollution purification, impervious, semi-permeable, underground wall, continuous wall, continuous underground wall, reactive permeability, pollution reactive permeability, and pollution remediation reactive permeability.

The foundation 56 is composed of 1st, 2nd, 3rd, and 4th support layers, a) the first support layer is soil, residual soil, and sand discharged during the formation of the 2nd, 3rd, and 4th support layers, The support layer 194 is formed by stirring one or more of the slimes and a binder and is mounted on top of the secondary support layer. b) The secondary support layer is formed by stirring the binder into the ground by a rotating rod equipped with wings. It is a support layer (196) in the area corresponding to the upper part of the tapered section solidified layer or the same cross-section of the upper part, and c) the tertiary support layer is the support layer (197) in the area corresponding to the cone cross-section between the secondary support layer and the fourth support layer. ), and d) the fourth support layer is the lower part of the edge-section solidified layer or the same cross-section of this lower part, and the underground foundation (195) is the support layer (198) of the portion corresponding to the same cross-section with a smaller diameter than the secondary same cross-section. )am.

The above basic 57 has a tapered section: a) upper and lower tapered sections, upper and middle lower tapered sections, point axis cross section, point cross section, point axis cross section, point axis cross section after point point, point point cross section after the same, point axis cross section after the same, same cross section after point, After the same (196), the same (198) cross-section after the point axis (197), the same cross-section after the cone shape, b) the same cross-section pillar (196) and its lower part, the cone-section pillar (197) and its lower part, the same as above. A column of the same cross-section (198) having a smaller diameter than the cross-section, c) a column of the same cross-section (196) and a cone-cross-section column (197) located below the column of the same cross-section and a column of the same cross-section (198) having a smaller diameter than the same cross-section. ), d) or the axis, length, column, and the above-mentioned lower edge cross-section with respect to one of the above-mentioned rods are the same, and then the point axis is one of the same cross-sections, which is an underground foundation.

The foundation 58 is a driving foundation, a foundation installed by driving into the ground, a foundation installed by driving into the ground with a pile driver, an embedded foundation, a foundation embedded in the ground, a foundation embedded in a boring hole in the ground, and a foundation installed in a boring hole in the ground. Foundation created by grouting the inside of the boring hole, cast-in-place foundation, foundation poured on-site, foundation on which concrete is poured on-site, foundation on which concrete is poured inside the boring hole on-site, concrete poured inside the boring hole on-site A foundation that is built by curing and curing, a foundation that is built by inserting steel bars and concrete into a boring hole on the site, a CIP (cast in place) foundation that is built by inserting steel and concrete inside a boring hole on the site, and a foundation that is built by inserting steel and concrete inside a boring hole on the site, and is driven into the ground on the site. Or a foundation that is embedded in a boring hole, a PHC (pre-tensioned spun high strength concrete) foundation that is driven into the ground of the site or embedded in a boring hole, a SCP (sand compaction pile) foundation that is created by compacting sand in the ground, and gravel in the ground. GCP (gravel compaction pile) foundation created by compacting the ground, CCP (crushed stone compaction pile) foundation created by compacting crushed stone in the ground, SCP (slag compaction pile) foundation created by compacting slag in the ground, reinforcement material in the foundation It is one of the selected reinforcing foundations to be inserted.

The foundation 59 is a foundation having the average or converted adhesion or internal friction angle of two or more of the solidified body, reinforcement, and ground. The average adhesive force or internal friction angle is based on one of calculations a, b, and c. The calculation a is calculated as (adhesion or internal friction angle of the solidified body (referred to as p1) + adhesion or internal friction angle of the ground (referred to as p2)) ÷ 2. The calculation b is calculated as (p1 + adhesive force or internal friction angle (referred to as p3) of the reinforcing material) ÷ 2. The calculation c is calculated as (the p1 + the p2 + the p3) ÷ 3. The adhesion force or internal friction angle in the above conversion is based on one of Calculation 1, Calculation 2, Calculation 3, Calculation 4, Calculation 5, Calculation 6, Calculation 7, Calculation 8, and Calculation 9.

The calculation 1 is calculated as (p1 Calculation 2 is calculated as (p1 × A1 + p3 × area of the reinforcing material (referred to as A3)) ÷ (A1 + A3). Calculation 3 is calculated as (p1 × A1 + p2 × A2 + p3 × A3) ÷ (A1 + A2 + A3). The calculation 4 is calculated as (p1 Calculation 5 is calculated as (p1 × V1 + p3 × volume of the reinforcing material (referred to as V3)) ÷ (V1 + V3). Calculation 6 is calculated as (p1 × V1 + p2 × V2 + p3 × V3) ÷ (V1 + V2 + V3). The calculation 7 is (the p1 It is calculated as A21) above. Calculation 8 is calculated as (p1 Calculation 9 is calculated as (p1 × A11 + p2 × A21 + p3 × A31) ÷ (A11 + A21 + A31).

The adhesive force is t/m ² and the angle of internal friction has units of degrees (°) or a physical quantity. The bearing capacity of the foundation is calculated using one or more bearing capacity formulas among Terzaghi, Meyerhof, and Hansen. The Terzaghi bearing capacity formula is q _u = αcN _c + βBr ₁ N _r + r ₂ D _f N _q . The Meyerhof bearing capacity formula is q _u = αcN _c F _cs F _cd F _ci + βr ₁ BN _r F _rs F _rd F _ri + r ₂ D _f N _q F _qs F _qd F _qi . The Hansen bearing capacity formula is q _u = αcN _{c s c} d _c i _c g _c b _c + βr ₁ BN _r s _r d _r i _r g _c b _r + r ₂ D _f N _q s _q d _q i _q g _c It is b _q . where q _u = bearing capacity of foundation; α = basic shape coefficient; β = basic shape coefficient; B = base width; c = adhesion; Df = basic penetration depth; Nc, Nr, Nq = bearing capacity coefficient; Fcs, Frs, Fqs = shape coefficient; Where Fcd, Frd, Fqd = depth coefficient; Where Fci, Fri, Fqi = slope coefficient; Where sc, sr, sq = shape coefficient; Where dc, dr, dq = depth coefficient; where ic, ir, iq = slope coefficient; Above gc, gr, gq = ground coefficient; Where bc, br, bq = bottom slope coefficient; am.

The ultimate bearing capacity of the foundation is one of the 1 bearing capacity, 2 average bearing capacities, and 3 average bearing capacities calculated above. The allowable bearing capacity of the foundation is the ultimate bearing capacity as the safety factor (F _s ). I q _ㅁ = q _u / F _s or q _ㅁ = q _u / 3 am. The settlement amount of one of the facilities, buildings, and structures supported by the foundation (40) is the formula S = q·B·(1-μ ² )/E·I _w using ground properties, and the formula S = S ₃₀ based on load test. ㆍ(2B/(B+0.3)) ² , formula S = 0.4 based on N value, ㆍ(P _o /N)ㆍHㆍlog(P _o +ΔP)/P _o , or the individual settlement amount calculated by one or more of the following. This is the average subsidence amount. Above, q = load intensity acting on the foundation or load intensity of the facility, B = foundation width, μ = Poisson's ratio of the ground, E = elastic modulus of the ground, I _w = influence value due to settlement, S ₃₀ = load during loading test. The plate settlement amount, H = soil layer thickness, P _o = effective overburden load of the ground, ΔP = increase in vertical stress due to the load of the facility.

In the present invention, according to Example 6, mobility is a) observing or filming work, recording a facility or the facility being worked on, videoing construction or the construction of the facility, and capturing dust or dust generated from the work with a camera. Contains, measures the dust concentration or the dust concentration during the above operations, or b) or observes, films, takes pictures, records, images, captures with a camera, measures, measures dust concentrations, transmits captured images, transmits measured data, or two or more of the following. or c) or simultaneously photographing, measuring and transmitting, d) or one of the following 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, e) or e1) the following device is provided, or the material that has passed through the following device or outlet is injected, e2) or the material that has passed through the following device or outlet is injected into one or more of the imaging, the measurement, the construction or the composite, or e3) or is associated with itself. It is a mobility in which the following device is provided in one or more of the means of the photographing, the measurement, the following construction or combination, or d4) or the material that has passed through the following device or outlet is sprayed into the means.

1 above is construction. The above 2 refers to construction or work, filming or recording, measurement or observation. The above 3 are construction, work, filming, measurement, transmission, and reception. The above 4 are construction, work, filming, measurement, transmission, reception, communication, mediation, correspondence, transmission and reception, purification, cleaning, dust removal, etc. Step 5 above is to photograph a construction or work scene and transmit the captured video in real time. The above 6 refers to construction, work, photographing the construction scene, photographing the work scene, measuring dust from the construction or work, transmitting the captured image, transmitting the measurement data, receiving the transmission content, cleaning the construction or work site, and cleaning the construction or work site. Cleans the air, removes the above dust; A combination of two or more of these; A compound of two or more of them sequentially; Do one of the following. 7 above refers to the video being shown at home, head office, branch office, remote, office, situation room, ordering place, person, owner, employee, building owner, ordering person, supervisor, third party, server, PC (personal computer), computer, laptop, tablet, It is to be received on one of SNS (social networking service), cell phone, smartphone, mobile device, monitor, or screen.

The above 8 refers to a) one of the above-mentioned constructions or complexes, devices, devices, vehicles, bodies, objects, devices, machines, means, sensors, measuring instruments, devices, equipment, facilities, Equipment, drones, robots, parts, products, goods, supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, cameras, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, Program, application, cyclone, hardware, software, network, complex or multi-function device in which two or more of them are sequentially combined; b) 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; One of the above is used, or mobility that flies while being equipped with one of the above aircraft or networks is used or assisted.

9 is one or more of the groups, networks, and mobility a) magnetizer, vibrator, exciter, wave generator, ozone generator, sterilizer, sterilizer, electrolyzer, discharger, negative ion group, magnetization, vibration, excitation, wave, ozone , negative ions, rotation, vacuum, pressure, magnetized matter, vibrating matter, excited matter, waves, ozonated matter, disinfectant, sterilized substance, electrolyte, discharged substance, anionic substance; b) Two or more of them are complex, complex; c) Materials, magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, magnetization, vibrating material, excited material, wave material, ozone material, disinfectant, radiated from one of the magnetizer or complex device, Sterilizing substances, electrolytes, discharge substances, anionic substances; d) the magnetizer or composite device that generates one of the materials or composites; One or more of the following may be provided, sprayed, generated, coated, or injected. The number 10 refers to the use of one or more of the magnetizer, network, and mobility in which one or more of the magnetizer or composite is provided, sprayed, generated, coated, or injected. The mobility, tasks, etc. are as described above.

The filming device is one of a camera, a camera, a CCTV, a wireless camera, a wired camera, a video camera, a video transmission camera, a rotating camera, and a 360-degree rotating camera. The transmitter that transmits is one or more of a beacon, NFC, WiFi, Bluetooth, wire, cable, cable line, wireless transmitter, and wired transmitter. The receiving receiver is one of a server, personal computer (PC), computer, laptop, tablet, SNS, cell phone, smartphone, mobile device, monitor, or screen. The mobile device is one of a phone, cell phone, smartphone, laptop, tablet, SNS (social networking service), SNS device, cell phone, smartphone, mobile device, and portable information terminal.

The devices include a) Device 1, Device 2, Device 3, Device 4, Device 5, Device 6, Device 7, Device 8, Device 9, Device 10, Device 11, Device 12, Device 13, Device 14, Device 15, A device equipped with one of the above devices or networks, the following device provided in the device, the following device equipped with the device, the device provided in the following device, the device provided with the following device, the following device provided with mobility, the following device provided in mobility It is one selected from the following device, a device with mobility on top, a device with flying mobility, a mobility with the following device, mobility with the following device, and a device that performs the above task, or b) or itself or the outlet below. spraying the material discharged from the purifier, c) or performing one of the above purification or complexes using itself or the material discharged from the following outlet, or d) or d1) magnetizer, vibrator, exciter, wave generator, ozone. machine, negative ion machine, rotating machine, vacuum machine, pressurizer, sterilizer, disinfector, discharger, purifier, purifier, construction machine, processor, magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, magnetization, vibrating material , excited water, waves, ozone water, anion water, rotating water, vacuum water, pressurized water, sterilizing water, disinfection water, discharge water, purified water, clean water, treated water; d2) a complex, a complex in which two or more of these are sequentially combined; d3) or the magnetization or composite generated in one of the magnetizer or composite group; One of the following devices to be used is one selected from the above devices and networks. For details of the device, please refer to the information described above.

In the present invention, according to Example 7, mobility is a) a1) construction, photographing the construction scene, measuring the dust concentration at the construction site, observing the construction scene, purifying the site, and purifying the air at the site. a2) or construction, filming construction scenes, measuring dust concentration at the construction site, and processing the contamination of the site, transmitting the captured video, receiving the transmitted video, and removing dust from the site. a3) performing one or more of the following: observing a scene, purifying the site, cleaning the air at the site, treating contamination at the site, transmitting the captured video, receiving the transmitted video, removing dust at the site, a3) or carrying out construction, a4) or performing construction, filming, measuring, a5) or performing one of construction, filming, measuring, surveying, observation, purification, cleansing, processing, dust removal, a combination of two or more of these sequentially, a6) or construction, filming, Measurement, surveying, observation, purification, cleansing, processing, image transmission, image reception, dust removal, a composite in which two or more of the above construction or dust removal are sequentially performed; Photographing the construction site, measuring the dust concentration of the site, surveying the construction area, observing the construction scene, purifying the site, purifying the air at the site, processing dust generated from the construction, transmitting the photographed video, receiving the photographed video, and Site dust removal; a7) or mobility that does one of the above construction or complex while moving or flying, or b) or one of mobility 1, mobility 2, mobility 3, mobility 4, or mobility 5.

The mobility 1 is a mobility that performs one of the above construction or complex tasks while transmitting or wirelessly transmitting or wired transmitting one of images, videos, footage, construction videos, work videos, and field footage.

The mobility 2 transmits, wirelessly or wiredly transmits one of the images or recordings while a) storing (60), storing materials, putting in (61), putting in materials, putting the storage materials into mixing, mixing (62), Raw material mixing, moltyl mixing, concrete mixing, mixed soil mixing, bentonite mixed soil mixing, mixing, ready-mixed concrete mixing, pumping (63), pressure pumping, pressurization (63), concrete pressurization, pouring (66), mold pouring, concrete pouring, plowing ( 66), ready-mix concrete laying, paving, slope laying, ground laying, road laying, spraying on the ground, pesticide spraying, molding, product molding, material molding, paving, road paving, vibration, concrete vibration, compaction, ground compaction, stirring compaction, Pavement compaction, watering, curing, water curing, air curing, surface treatment, surface treatment, concrete surface treatment; b) Putting the stored material into the mix, mixing or blending the stored or put in material, pumping or pressurizing the mixed or pressed material, pouring or pounding or laying or packaging the mixed or pressing material, pouring or placing the material. Vibrating or compacting, spraying the material, spraying the poured material, curing the poured or vibrating material, spraying and curing the material, surface treatment of the cured structure; c) a combination of two or more of the storage or surface treatment, a combination of two or more of the storage and surface processing in sequence; It is mobility that does one of the selected ones.

The above mobility 3 is a) a1) construction site photography; a2) Transmission of the captured video; a3) Or germs, germs, dust, yellow dust, dust, pollution, environment, scent, odor, odor, ozone, heat, temperature, humidity, wind speed, wind direction, sound, wind, noise, vibration, concentration, bending, displacement, stress. , strength, rigidity, pressure, contraction, expansion, settlement, uplift, crack, crack width, VOC, CO, CO ₂ , SOx, NOx, water quality, soil quality, air quality, pollutants, pathogens, fine dust, ultrafine dust, bacteria, Viruses, environmental hormones, sick building syndrome, formaldehyde, VOC (volatile organic compound); either concentration or density or size; Measure one or more of the following; a4) Transmitting the measurement values; It is a mobility that performs any one selected from the above storage or combination while at least one of the following, and b) at least one of the camera for taking the picture, the sensor or measuring device for the measurement, and the transmitter for the transmission.

The above-mentioned mobility 4 includes shooting, taking pictures, taking pictures, on-site shooting, video shooting, surveying, site surveying, mapping, topographic mapping, topographic map mapping, 3D, on-site 3D, earthwork volume estimation, cutting volume estimation, filling volume estimation. , Calculation of aggregate amount, estimation of soil quantity, estimation of waste quantity, estimation of work quantity, estimation of construction earthwork quantity, estimation of cut quantity, estimation of fill quantity, estimation of construction quantity, estimation of amount of work done, 3D drawing, 3D drawing of the site, production of construction status map, Production of as-built drawings; Producing the survey or as-built drawing using captured images; Complex in which two or more of the above filming or production are performed sequentially; One of the things is mobility. The mobility 5 is a mobility that performs one or more of the transmission, storage or composite, shooting or composite, or storage or composite while moving or flying.

The above construction includes: A) a) a1) construction, construction, construction, architecture, construction, construction, landscaping; a2) Surveying, measurement, excavation, excavation, drilling, blasting, shotcrete, boring, grouting, dredging, cutting, filling, earthwork, woodworking, masonry, rebar work, concrete work; a3) Storage, injection, mixing, pumping, pressurization, transfer, transportation, delivery, boarding, sharing, riding, pouring, spraying, injection, injection, placement, spraying, packaging, magnetization, vibration, compaction, spraying, curing; a4) Plastering, waterproofing, shorting, blasting, coating, painting, painting, surface treatment, surface finishing, window work, planting, greening, greening, seed spraying, repair, reinforcement, improvement, repair, repair, interior design, remodeling; a5) the storage or curing of or in the material; a6) The above plastering or remodeling of the ground or structure; a7) The construction or remodeling in which one or more means or devices of the construction or remodeling are used; a8) the construction or landscaping that is one or more of the surveying or remodeling; a9) the survey or remodeling for one of the above construction or landscaping; or b) or dam, foundation, pile, embankment, building, house, facility, bridge, road, pavement, tunnel, retaining wall, structure, apartment, residential/commercial complex, underground foundation, surface foundation, interior, exterior, plastering, It is one of the following works: masonry, lining, injection, grouting, shot concrete, repair reinforcement, ground improvement, ground reinforcement, slope reinforcement, slope greening, interior, remodeling, ready-mix concrete, asphalt concrete, concrete, reinforced concrete, material use, material use, or c. ) or c1) cone, net, rod, frame, chip, spiral, sensor, element, magnet, electrode, battery, coil, protrusion, circuit, conductor, semiconductor, measuring instrument, radar, scanner, 3D scanner, magnetizer, vibrator, Excitation machine, wave machine, ozone machine, negative ion machine, rotator, vacuum machine, pressurizer, electrolyzer, discharge machine, purifier, purifier, disinfector, sterilizer, infrared machine, ultraviolet machine, thermal imager, ultrasonic machine; c2) Magnetization, vibration, excited, wave, ozone, negative ion, rotation, vacuum, pressurized, magnetized, vibrating, excited, wave, ozone, negative ion, rotating, vacuum, pressurized, electrolyte, discharge Water, purified water, clean water, disinfectant, sterilizing material, infrared water, ultraviolet water, thermal imaging material, ultrasonic water; c3) Magnetization treatment, vibration treatment, excitation treatment, wave treatment, ozone treatment, anion treatment, electrolytic treatment, discharge treatment, purification treatment, cleaning treatment, disinfection treatment, sterilization treatment, infrared treatment, ultraviolet treatment, thermal treatment, ultrasonic treatment; c4) combination, combination, composite, combination treatment of two or more of the cone to ultrasonic treatment; c5) composite, composite, composite, composite processing in which two or more of the cone to ultrasonic treatments are sequentially performed; c6) the magnetization or composite generated from one of the cones or composite groups; c7) the cone or composite group generating one of the magnetites or composites; c8) the cone or composite subjected to one of the magnetization treatment or composite processing; c9) the magnetizer or ultrasonicator equipped with one or more of the cone or 3D scanner; c10) the cone to the 3D scanner equipped with one or more of the magnetizer to the ultrasonicator; c11) processing of the vibrating object or complex by one of the cone or complex machine; c12) the magnetization treatment or composite treatment by one of the cones or composites; c13) Agitation, diffusion, vortexing, aeration, purification, purification, washing, washing, washing, disinfection, sterilization, and quarantine by one of the cone or complex treatments above; B) or use or spray one of the above, or use construction equipment equipped with one of the cones or combination machines above, or perform one of the magnetization treatment or composite treatment, agitation or quarantine of the materials used. am.

The processing includes a) purifying, purifying, cleaning, washing, washing, cleaning, purifying, sterilizing, disinfecting, processing, polishing, shorting, blasting; b) Or bacteria, rust, water, water, water quality, air, atmosphere, soil, cotton, surface, stain, dregs, bacteria, dust, yellow dust, dust, pollution, environment, incense, bad smell, smell, ozone, heat, temperature. , humidity, wind speed, wind direction, sound, wind, noise, vibration, concentration, bending, displacement, stress, strength, stiffness, pressure, contraction, expansion, settlement, heave, crack, crack width, VOC, CO, CO ₂ , SOx, Purification of one or more of NOx, water quality, soil quality, air quality, pollutants, pathogens, by-products, waste, sediment, fine dust, ultrafine dust, bacteria, virus, environmental hormones, sick building syndrome, formaldehyde, and VOC (volatile organic compound) inner blasting; It is one of the

In the present invention, according to Example 8, mobility is mobility flying in the air, and the mobility is mobility 1, mobility 2, mobility 3, mobility 4, mobility 5, mobility 6, mobility 7, mobility 8, mobility 9, mobility 10, mobility It is one of 11.

The mobility 1 is A) A1) a) one of drones, airplanes, flying vehicles, unmanned drones, manned drones, unmanned aerial vehicles, manned airplanes, unmanned aerial vehicles, and manned aerial vehicles; b) a camera provided therewith; A transmitter that transmits the image captured by the camera; A cable connected to the camera or transmitter; A receiver or monitor connected to the camera, transmitter, or cable; Or a cell phone or mobile device wirelessly connected to the camera or transmitter or cable; The receiver or monitor or cell phone or mobile device on which the video is broadcast; A controller that controls the drone or its flight; a mapper that maps the photographing target using the image; Consisting of, A2) one of the drones or manned aircraft is equipped with a fogger, an ozone gas in the camera, a discharger in the cable, and a negative ion generator in the receiver or monitor, or C) or a fogger in one or more of the drones or mappers. , an emitter, a purifier, a purifier, a vacuum cleaner, a washing machine, a car wash, a washer, a sprinkler, a sterilizer, a disinfector, a shorting machine, an ozone machine, an anion machine, a discharger, and a dust remover are provided.

The mobility 2 is a) filming an object or filming an object while flying, and b) emitting haze during the filming, emitting it through a venturi, emitting it using Bernoulli's principle, emitting it with ozone, and ozone and disinfectant flowing in. either radiating through a venturi, or c) or in addition to said radiating, purifies, purifies, sweeps, washes, washes, launders either the object, the aerial of the object, the area of the photograph, the object and the aerial, or the area. , Car washing, disinfection, sterilization, dust collection, shorting, dust removal, dust removal, fine dust removal, d) The contents or files of the above shooting are stored on a PC (personal computer), monitor, cell phone, smartphone, mobile ( mobile) or transmitting to one of the devices, e) or, in addition to the transmission, mapping, 3D imaging, 3D printing, and 3D shaping of the object using one of the shooting, shooting video, shooting file, and shooting results. , monitoring, and f) a fogger, emitter, purifier, purifier, cleaner, washer, car washer, washer, sprinkler, sterilizer, sterilizer, shotter, ozonator for one or more of the above fogging, radiation, purification or dust removal. , one or more of an anionizer, a discharger, and a dust remover is provided, or g) or a mist, emission, purifier, cleaning agent, cleaning agent, detergent, sprinkler, disinfectant, disinfectant, shorting agent, ozone, anion, discharge, dust. provided with one or more of the fogger or dust remover that radiates one or more of the removers, h) one or more of the imaging, radiation, purification, dust removal, transmission, mapping, or monitoring, including fog, smoke screen, ozone, catalyst, negative ions, Radiating one or more of a magnetic field, mist, photocatalyst, frequency, excitation water, magnetized water, hexagonal water, ozone water, anion water, and phytoncide, or using one or more of the fogger or dust remover, i) the venturi, PC or One or more of light, waves, ultraviolet rays, infrared rays, far-infrared rays, sound waves, ultrasonic waves, and magnetic fields are radiated from one or more of the mobile device, fogger, or dust remover, or j) or the venturi or dust remover (the venturi, PC, mobile device, A magnetizer, a vibrator, an exciter, a wave generator, a vibrator equipped with a magnetizer, a vibrator equipped with a magnetizer, a magnetizer consisting of a core with a coil wound, and a magnetizer equipped with a positive plate and a cathode needle. one of the above is provided, or k) or one of the magnetizer, vibrator, exciter, and wave device that radiates one or more of the mist or dust remover, mist or phytoncide, light or magnetic field to one or more of the venturi or dust remover. is provided.

The mobility 3 is the mobility 1 or mobility 2, which includes a venturi in the nebulizer, a double tube with an inner tube and an outer outer tube in the ozone machine, a plate-shaped anode and a needle-shaped cathode in the discharger, and a pine-shaped cathode in the anion group. The mobility 4 is the mobility 1 or mobility 2 or mobility 3 in which a diffuser is provided in one or more of the drone or manned aircraft, fogger or dust remover, venturi or dust remover, magnetizer, vibrator, exciter, or waver.

The diffuser includes an inner tube, an outer tube, one or more holes formed in the inner tube, a collision plate mounted on the tip of the inner tube and having a diameter larger than the diameter of the inner tube, and a collision plate mounted on the tip of the outer tube and having a diameter larger than the diameter of the outer tube. It is composed of an excitation diffusion part, or the material flowing into the inner tube is sprayed through the hole of the inner tube, hits the inner surface of the exterior, collides with the collision plate, becomes vortexed, and is discharged while spreading through the diffusion part.

The mobility 5 is a mobility that photographs an object and transmits the photographed image. The mobility 6 is a mobility that photographs an object, measures the dust concentration of the object, and transmits the photographed image and the measured data. The mobility 7 is a mobility that photographs an object, measures the dust concentration of the object, transmits the photographed image and the measured data, and removes dust from the object. The Mobility 8 performs one or both of filming, construction filming, measurement, dust measurement, dust purification, transmission of the captured image, and transmission of the measured data while performing one of construction, construction, construction, construction, work, and flight. This is mobility that does the above sequentially.

The mobility 9 performs one or both of filming, construction filming, measurement, dust measurement, dust purification, transmission of the captured image, and transmission of the measured data while performing one of construction, construction, construction, construction, work, and flight. a) the drone or complex mobility that does the above sequentially; b) or b1) the drone or complex mobility that is one of the cone or quarantine, or is used or sprayed, or performs one of the agitation or quarantine on an object; c) or the drone or complex mobility driven, operated or flown by one of the gas or wings; d) Or the drone or complex mobility provided with one or more of an upper wing or a remote controller, or two or more of them sequentially; e) or the drone or complex mobility equipped with one or more of the cone or multi-function device, motor or generator using one or more of the 4G or semiconductors, or used for one or more, or using one or more of the above; f) or one or more of the steering wheel or delivery storage box is provided, or f2) or one or more of the electric or remote controller is provided with one or more of the cone or multi-function device, motor or generator, 4G or network, or the steering wheel or delivery storage box. The drone or complex mobility; c) Complex mobility in which two or more of the drones or complex mobility are sequentially combined; The drone or complex mobility equipped with one of the drones or complex mobility; It is the one chosen from among.

The mobility 10 includes a) a body 531, a main body 530 including one or more supports 532 on its sides, a propulsion unit 533 including wings 534 and a motor 535 for rotating the main body 530; , a landing unit 536 including legs 537 and wheels 538, and a controller or remote controller 539 that controls the wings, motors, or mobility; b) a driver's cab, boarding table, boarding room, guest room, passenger compartment, and passenger compartment provided in the body or main body portion; c) a steering wheel 540 provided in one of the body or passenger compartment; d) chairs, seats, desks, restaurants, and cafes provided in one or more of the body or passenger compartment; e) Robot, sensor 310, measuring device 310, camera 310, CCTV 310, controller, remote controller 539, cargo room, cargo compartment, loading stand, loading box provided in one or more of the body or cafe. , goods storage box, delivery storage box, delivery storage box; f) a person or robot operating the steering wheel or controller; It is mobility equipped with one or more items selected from the group consisting of.

The mobility 11 includes a) urban air mobility or urban air mobility (UAM) that picks up passengers, takes off, flies in the sky, arrives at the destination, lands at the destination, and drops off the guests at the destination; b) Mobility to load goods, take off, fly in the sky, arrive at the destination, land at the destination, and deliver or courier the goods to the relevant person; c) Mobility to load food, take off, fly in the sky, arrive at the destination, land at the destination and deliver the food to the orderer; d) Filming, city shooting, recording, video recording, measurement, temperature measurement, transmission, video transmission, work, delivery work, construction, facility construction, in one or more of the above takeoff, flight, arrival, loading, landing, delivery, and delivery, Purification, surrounding purification, cleanliness, dust cleaning, sterilization, contamination sterilization, departure point sterilization, disinfection, smoke sterilization, destination sterilization, quarantine, perimeter quarantine, flight route quarantine, patrol, destination patrol, crime prevention, destination crime prevention, the above flight or complex, Mobility that performs one or more of the magnetization and complex processing; It is the one chosen from among.

In the present invention, according to Example 9, mobility includes drones, airplanes, flying vehicles, unmanned drones, manned drones, unmanned airplanes, manned airplanes, unmanned aerial vehicles, manned aerial vehicles, unmanned mobility, manned mobility, flight mobility, aviation mobility, urban air mobility, Unmanned flight mobility, manned flight mobility, mobility, mobility device (equipment or machine), mobility device, mobility machine, mobility means, mobility device, mobility equipment, mobility facility, mobility facility, mobility product, UAM (urban air mobility), mobility One mobility of the system, said mobility is Mobility 1, Mobility 2, Mobility 3, Mobility 4, Mobility 5, Mobility 6, Mobility 7, Mobility 8, Mobility 9, Mobility 10, Mobility 11, Mobility 12, Mobility 13, Mobility It is one of 14, Mobility 15, Mobility 16, Mobility 17, Mobility 18, Mobility 19, Mobility 20, Mobility 21, Mobility 22, Mobility 23, and Mobility 24.

The mobility 1 a) photographs an object while flying, b) determines the current state of the object using the captured image, maps the object, or creates a current state map or topographical map of the object, c) photographing a ground suspension scene of the object, d) identifying the ground suspension state through a captured image of the ground suspension, or mapping the ground suspension state, or prepare a status map, e) photograph a construction scene being performed on the object, f) determine the construction state through a captured video of the construction scene, or map the construction state, or prepare a status map, g) photograph the completion scene of the construction, h) identify the completion state through a filmed video of the completion scene, or map the completion state, or Create a status map, i) while flying in one or more of the above flight, filming, filming, photographing, understanding, mapping, writing, ground grading, construction, and completion i1) one or more areas or spaces among the above flight or completion; Purification, cleaning, cleaning, quarantine, control, sterilization, disinfection, watering, shorting, sanding, washing, car washing, cleaning, dust collection, blasting, dust removal, dust removal, fine dust removal, a combination of two or more of the above purification and dust removal. Do any one selected from among, or i2) or radiate one of the fog, smoke screen, ozone, catalyst, anion, magnetic field, mist, purifier, cleaner, disinfectant, disinfectant, photocatalyst, phytoncide, or a combination of two or more of the above fog or phytoncide, i3) Alternatively, it is a mobility that performs any one selected from the above purification or combination by emitting one of the above fumes or complex agents.

The mobility 2 is equipped with any one selected from the group consisting of a fog machine, a smoke machine, an ozone machine, an anion machine, a magnetizer, a magnetic device, a mist machine, a purifier, a purifier, a discharge machine, a sterilizer, a disinfector, and two or more of the fog machines or disinfectors. The above is provided in sequence to a) perform any one selected from the purification or complex, b) or emit one of the fumes or complex agents, or c) or emit one of the fumes or complex agents to perform any one selected from the purification or complex. One of the above is Mobility 1.

The mobility 3 includes A) a main body, wings mounted thereon, means for rotating the wings, a tank mounted on the main body, a pump for pumping the material stored in the tank, a hose connected to the tank or pump, and a hose connected to the tank. It is composed of one or more selected from the mounted venturi, the pump or hose, or the nozzle mounted on the venturi, and B) one or more of the main body or nozzle is provided with any one selected from the nebulizer or combination device, or two or more are sequentially provided, a) performing any one selected from the purification or combination, b) or emitting one of the fumes or complex agents, or c) or emitting one of the fumes or complex agents to perform any one selected from the purification or combination. 1 or mobility 2.

The above mobility 4 is A) a) planning, investigation, field trip, filming, taking pictures, mapping, analysis, interpretation, drafting, design, blasting, excavation, cutting, filling, stopping, storage, input, mixing, pumping, pressurization. , transport, transportation, transmission, carrying, supply, delivery, shipping, courier, consignment, boarding, ride-sharing, riding, pouring, laying, spraying, coating, packaging, painting, plastering, injection, injection, spraying, magnetization, vibration, compaction , curing, surface treatment, construction, construction, building, landscaping, completion, operation, management, repair, reinforcement, dismantling, demolition, reconstruction, redevelopment, management, supervision, supervision, control, surveying, measurement, sensing, construction management, factory. Management, field management, imaging, printing, monitoring; b) the above planning and monitoring for development; c) Planning or monitoring of the complex or facility or road or construction; d) Planning and monitoring for the construction of complexes, facilities or roads; e) Combination of two or more of the above planning or monitoring; A combination of two or more of the above planning and monitoring in sequential order; f) the above plan or combination in which he (mobility) is used; The above plan or combination by oneself (by mobility); Do any one selected from among them, or do two or more sequentially, or B) or any one or any one selected from the above plans to combinations, including fog, smoke screen, ozone, catalyst, anion, magnetic field, mist, purifier, detergent, disinfectant, It is a mobility device that radiates one of a disinfectant, photocatalyst, phytoncide, or a combination of two or more of the above-mentioned mist or phytoncide, or radiates two or more sequentially, or radiates, irradiates, sprays, sprays, sprays, ejects, and discharges two or more at a time.

The above mobility 5 is a) field investigation and filming, filming and mapping, filming and terrain analysis, filming and drawing, filming and contour creation, filming and material transportation, filming and pumping, filming and video transmission, filming and concrete pouring, concrete Pouring and vibration, concrete curing by spraying, filming and surveying, filming and management, filming and supervision, filming and control, filming and sensing, filming and construction management, filming and 3D printing, filming and monitoring, filming and mapping and 3D imaging, Shooting and mapping and 3D imaging and monitoring, shooting and mapping and 3D imaging and monitoring and construction management, or b) radiating one of the above-mentioned fumes or combination agents to one of the following, or radiating two or more sequentially or two or more with a time difference. It is radiating mobility.

The mobility 6 divides the radiation into primary mist, secondary ozone, tertiary negative ions, primary magnetic field, secondary mist, tertiary purifier, primary purifier, secondary sterilizer, tertiary disinfectant, primary haze and secondary ozone. and 3rd magnetic field and 4th mist, 1st haze and 2nd ozone and 3rd magnetic field and 4th mist and 5th purifier, 1st haze and 2nd ozone and 3rd magnetic field, 4th mist and 5th purifier and 6 Mobility is one of the car disinfectants. The mobility 7 is used for any one of the above plans or complexes, or assists one, or purifies, cleans, cleans, quarantines, pest control, sterilizes, disinfects, sprays, shorts, sands, washes, car washes, and cleans while doing one. , dust collection, blasting, dust removal, dust removal, fine dust removal, and a combination of two or more of the above purification or dust removal. The mobility 8 is a mobility that performs one of the above-mentioned plans and combinations while performing one of the purification and combination, or performs two or more sequentially.

The above mobility 9 is purification and purification, pollution purification and air purification, pollution purification and dust cleaning, purification and quarantine, air purification and germ control, air purification and sterilization, dust removal and disinfection, disinfection and spraying, purification and shorting, and cleanliness and Sanding, air purification and foreign matter cleaning, air purification and dust removal, pollution purification and dust removal, sterilization and blasting, pollution purification, air purification and fine dust removal, disinfection and pollution purification, air purification and fine dust removal, as mentioned above. It is mobility that performs one selected from planned or complex or two or more sequentially. The mobility 10 is a mobility that is used in one of the above-mentioned plans or complexes and radiates one of the above-mentioned fumes or complex agents, or radiates two or more sequentially, or radiates two or more in a staggered manner. The mobility 11 is a mobility that radiates one of the above-mentioned fumes or complex agents to one of the above plans or complexes and performs one of the purification or complexes above. The mobility 12 is a mobility that radiates one of the above-mentioned mist or complex agent to one of the above plans or combinations and purifies an area or space of one of the above plans or combinations. The mobility 13 is a mobility that is equipped with or connected to one of the means of the plan or combination, or is equipped with or connected to the means, emits one of the fumes or complex agents and performs one of the purification or combination.

The means include equipment, devices, devices, machines, instruments, devices, equipment, means, trucks, dozers, vehicles, hoses, tubes, pipes, cranes, excavators, tower cranes, graders, planning means, surveys. Tools, exploration means, camera, camera, digital camera, mapping means, analysis means, analysis means, drafting means, design means, blasting equipment, excavator, excavator, boring machine, drilling machine, cutting equipment, filling equipment, grading equipment, storage, Mixer, pumper, pump, compressor, pressurizer, transporter, transporter, transmitter, transporter, delivery means, pourer, pump car, placer, injector, injector, vibrator, compactor, curing machine, shotting machine, coater, sprayer, Painter, purifier, purifier, construction machine, processor, surface treatment machine, construction equipment, construction equipment, building equipment, civil engineering equipment, landscaping equipment, paving equipment, completion means, operation means, management means, repair equipment, reinforcement equipment, dismantling equipment , reconstruction means, redevelopment means, management means, supervision means, supervision means, control means, control system, measuring instrument, sensor, measuring instrument, system, computer, printer, program, application, cyclone, hardware, software, network, operating means, operation means, construction management means, site management means, imaging equipment, printer, printing machine, 3D printer, PC (personal computer), cell phone, mobile, mobile device, monitor, monitoring device; Two or more of the above devices or monitoring devices are combined or combined; It is any one selected from the group consisting of.

The camera consists of a camera, a digital camera, a thermal imaging camera, a camera camera, a CCTV, an imaging device, a photography device, a monitor, a camera, and a monitor connected thereto, a camera, a monitor, and a line connecting the camera and the monitor. It is one of the configured shooting devices. The above sensors include: a) sensor, measurement sensor, detection sensor, electronic sensor, automatic sensor, camera, infrared sensor, near-infrared sensor, ultraviolet sensor, hyper spectral sensor, multi spectal sensor, digital camera, GPS (global positioning system), INS (inertial navigation system), or b) or bacteria, germs, dust, yellow dust, dust, pollution, environment, scent, odor, odor, ozone, heat, temperature, humidity, wind speed, wind direction. , sound, wind, noise, vibration, concentration, bending, displacement, stress, strength, stiffness, pressure, contraction, expansion, settlement, uplift, crack, crack width, VOC, CO, CO ₂ , SOx, NOx, water quality, soil quality , air quality, pollutants, pathogens, fine dust, ultrafine dust, bacteria, viruses, environmental hormones, sick building syndrome, formaldehyde, VOC (volatile organic compound); either concentration or density or size; It is a sensor that measures or detects one or more of the following. The measuring device is a) one of a measuring device, a pressure measuring device, a concentration measuring device, an electronic measuring device, and an automatic measuring device, or b) or a measuring device that measures or detects one or more of the bacteria or VOC. The sensor and measuring device are capable of sensing, measuring, detecting, observing, etc. other than the bacteria and VOC.

The system is one of the planned or complex systems, one of the purification or complex systems, or one selected from a construction system, a management system, an observation system, a multi-observation system, a supervision system, a control system, a purification system, and a monitoring system. The observation system observes the object by filming it through mobility, or observes the object using video or footage provided from mobility, or video transmitted from mobility to one or more of PCs, monitors, cell phones, and mobile devices, or It is a system that observes an object using filmed images. The multi-observation system is a system that observes or observes an object using video or footage transmitted from the mobility that photographs the object to one or more of two or more PCs, monitors, cell phones, and mobiles.

The mobility 14 is equipped with any one selected from the group consisting of a fog machine, a smoke machine, an ozone machine, an anion machine, a magnetizer, a magnetic device, a mist machine, a purifier, a purifier, a discharge machine, a sterilizer, a disinfector, and two or more of the fog machines or disinfectors. The mobility, mobility 1, mobility 2, mobility 3, mobility 4, mobility 5, mobility 6, mobility 7, mobility 8, mobility 9, mobility 10, the mobility to which the means are linked, and the mobility to which the means are linked are provided in this order. It is one of mobility.

In the present invention, connection means connection, connection, communication, continuous, connection, provision, installation, installation, presence, anchorage, attachment, connection by line, connection by line, connection by cable, connection by wire, connection by wireless, connection by air, Connected to the upper part, mobility linked to the upper part of the facility, mobility linked to the upper part of the facility, mobility linked to the upper part of the facility, mobility linked to the upper part of the facility, mobility linked to the upper part of the site, mobility linked to the upper part of the site, etc. This applies.

The mobility 15 emits one or more of a certain amount of light, fire, wave, ray, light, ray, wind, or substance, or sequentially emits two or more of the following water or combination. The radiating mobility, Mobility 1, Mobility 2, Mobility 3, Mobility 4, Mobility 5, Mobility 6, Mobility 7, Mobility 8, Mobility 9, Mobility 10, Mobility 11, the mobility to which the means are linked, and the mobility to which the means are linked. It is one of mobility.

The above substances include water, water, liquid, oil, medicine, sol, gel, liquid, gas, solid, powder, gas, air, and pressure. , bubbles, oxygen, hydrogen, nitrogen, carbon, medicine, drug, medicine, chemical solution, resin, ion, enzyme, yeast, microorganism, cation, anion, enzyme, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture, aerobic agent, anaerobic Agent, activator, carbonating agent, reactive agent, adsorbent, coagulant, fragrance, antibacterial agent, vibration frequency, excited water, ozonated water, magnetized water, hexagonal water, ion water, carbonated water, anionic water, cationic water, vibrating material, excited water, ozonated water, magnetized water , anionic water, germ remover, decontamination remover, odor remover, atopy source remover, environmental hormone remover, bacteria remover, sick house syndrome remover, pump compressor, blower compressor, compressor compressor, wind compressor compressor; The above mist or combination agent; A combination or combination of two or more of the above water or wind compressors; Any one selected from the group consisting of may apply.

The mobility 16 is the mobility, Mobility 1, Mobility 2, Mobility 3, Mobility 4, Mobility 5, which is equipped with any one selected from the nebulizer or complex machine that sprays one of the water or complex, or two or more are sequentially provided. , Mobility 6, Mobility 7, Mobility 8, Mobility 9, Mobility 10, Mobility 11, Mobility 12, mobility to which the above means are linked, and mobility to which the above means are linked. The mobility 17 is the mobility equipped with one or more of a light, an electric light, a lantern, a flashing light, a light, a luminous light, a light, a headlight, a lighting device, a driver, a regulator, a controller, a remote controller, and a remote controller. 1, mobility 2, mobility 3, mobility 4, mobility 5, mobility 6, mobility 7, mobility 8, mobility 9, mobility 10, mobility 11, mobility 12, mobility 13, mobility to which the above means are linked, mobility to which the above means are linked It is one of mobility.

The mobility 18 is one of a magnetizer, a vibrator, an exciter, a wave generator, a discharger, an ozone generator, a sterilizer, a disinfector, an anion generator, and a mist device, which irradiates one or more of ozone, negative ions, and a magnetic field, and a combination device of two or more of them. is provided, or in addition to the above-described provisions, a substance generated from one of the above, vibrating material, vibration frequency, excited water, excited water, magnetized material, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, negative ion, negative ion water, negative ion water, Mist, disinfectant, disinfectant, phytoncide; A complex of two or more of the above substances or phytoncides; It is one of the mobility or the mobility that creates or sprays the selected one. Here, the mobility is the mobility, mobility 1, mobility 2, mobility 3, mobility 4, mobility 5, mobility 6, mobility 7, mobility 8, mobility 9, mobility 10, mobility 11, mobility 12, mobility 13, mobility 14, This includes mobility linked to means, mobility linked to said means, etc.

The mobility 19 is a magnetizer equipped with an ozone device mounted on a magnetizer that irradiates one or more of ozone, negative ions, and a magnetic field, a vibrator, an exciter, a wave device, a discharger, an ozone device, a sterilizer, a sterilizer, an anion device, and a mist device. group, one of two or more complex devices is provided, or in addition to the above-described devices, materials generated from one of the above-mentioned devices, vibrating material, vibration frequency, excited water, excited water, magnetized material, magnetized water, hexagonal water, ozonated water, ozonated water, ozonized air, Anion, anion water, anion water, mist, sterilizing agent, disinfectant, phytoncide; A complex of two or more of the above substances or phytoncides; It is either a mobility that generates or sprays a selected one among the above mobility or one of the above mobility.

The mobility 20 is a) one or more of the drone, airplane, flying vehicle, mobility, machine to complex, machine to complex, mist machine to complex, lamp to remote controller, magnetizer to complex, as follows. Equipped with equipment; b) the following device is provided in one or more of the drone or multi-function device (the drone, airplane, flying vehicle, mobility, machine or multi-function device, fogger or multi-function device, light or remote controller, magnetizer or multi-function device); c) one of the mist or composite agent, light or substance, water or composite, substance or composite, generated product, sprayed spray, or a composite of two or more of the mist or spray passes through the following device or outlet; d) At least one of the drones or complex machines is equipped with the following device to produce the mist or spray (i.e., the mist or composite agent, light or substance, water or composite, water or composite agent, substance or composite, product, powder) (object, compound) passing through the following device or outlet; e) spraying or coating one of the above mists or compounds passing through the following device or outlet; f) one of the fumes or complexes flows into the inlet of the device and exits the outlet of the device; g) one of the emitted mists or complexes is emitted or sprayed; h) one of the above-mentioned fumes or compounds is sprayed or released into one or more of the above-mentioned fumes or compounds, purified or compounded, photographed, photographed, photographed, broadcasted or flown; i) one of the fumes or complexes is sprayed or coated on one or more of the drone or complex, a flight area of the mobility, a filming area of the mobility, a filming target of the mobility, and a person controlling the mobility; j) purifying or compounding the above by one or more of the fogging, compounding, spraying, releasing, or coating; k) one or more of the drone or complex device, area, object, or person is purified or purified by one or more of the fog or complex, spraying, discharge, or coating; It is a mobility that is or causes one or more selected from among or one of the above mobility.

The mobility 21 is a) drone to complex mobility that performs one selected from the planned to complex, purified to complex, or two or more sequentially; b) Drones or complex mobility; c) Drones or complex mobility; d) Drones or complex mobility; e) Drones or complex mobility; f) Drones or complex mobility; It is the one chosen from among.

The mobility 22 includes a) a body 531, a main body 530 including one or more supports 532 on its sides, a propulsion unit 533 including wings 534 and a motor 535 for rotating the main body 530; , a landing unit 536 including legs 537 and wheels 538, and a controller or remote controller 539 that controls the wings, motors, or mobility; b) a driver's cab, boarding table, boarding room, guest room, passenger compartment, and passenger compartment provided in the body or main body portion; c) a steering wheel 540 provided in one of the body or passenger compartment; d) chairs, seats, desks, restaurants, and cafes provided in one or more of the body or passenger compartment; e) Robot, sensor 310, measuring device 310, camera 310, CCTV 310, controller, remote controller 539, cargo room, cargo compartment, loading stand, loading box provided in one or more of the body or cafe. , goods storage box, delivery storage box, delivery storage box; f) a person or robot operating the steering wheel or controller; It is mobility equipped with one or more items selected from the group consisting of.

The mobility 23 refers to a) urban air mobility or urban air mobility (UAM) that picks up passengers, takes off, flies in the sky, arrives at the destination, lands at the destination, and drops off the guests at the destination; b) Mobility to load goods, take off, fly in the sky, arrive at the destination, land at the destination, and deliver or courier the goods to the relevant person; c) Mobility to load food, take off, fly in the sky, arrive at the destination, land at the destination and deliver the food to the orderer; d) Filming, city shooting, recording, video recording, measurement, temperature measurement, transmission, video transmission, work, delivery work, construction, facility construction, in one or more of the above takeoff, flight, arrival, loading, landing, delivery, and delivery, Purification, surrounding purification, cleanliness, dust cleaning, sterilization, contamination sterilization, departure point sterilization, disinfection, smoke sterilization, destination sterilization, quarantine, perimeter quarantine, flight route quarantine, patrol, destination patrol, crime prevention, destination crime prevention, the above flight or complex, Mobility that performs one or more of the magnetization and complex processing; It is the one chosen from among.

The mobility 24 is the mobility 1, mobility 2, mobility 3, mobility 4, mobility 5, mobility 6, mobility 7, mobility 8, mobility 9, mobility 10, mobility 11, mobility 12, mobility 13, mobility 14, mobility 15, Two or more of Mobility 16, Mobility 17, Mobility 18, Mobility 19, Mobility 20, Mobility 21, Mobility 22, and Mobility 23 are combined, combined, merged, connected, linked, composed, provided, placed, retained, mounted, settled, attached. , Mobility that is concluded, parallel, etc., or mobility that performs tasks performed by two or more people.

The above devices are a) Device 1, Device 2, Device 3, Device 4, Device 5, Device 6, Device 7, Device 8, Device 9, Device 10, Device 11, Device 12, Device 13, Device 14, and Device 15. Either, b) or spraying the material discharged from itself or the following outlet, or c) or using the material discharged from itself or the following outlet to perform one of the above purification or compounding. For information on the device, please refer to the above description.

The drones, mobility, etc. may include drone 1, drone 2, drone 3, drone 4, drone 5, drone 6, drone 7, drone 8, drone 9, drone 10, drone 11, drone 12, etc. The drone 1 is one of a drone, an unmanned drone, a manned drone, a mobile drone, a flying drone, an indoor drone, an outdoor drone, an unmanned aerial vehicle, a drone weighing less than 12 kg, a drone weighing less than 25 g, and a drone weighing more than 25 kg. Drone 2 is a drone equipped with a main body equipped with a plurality of propellers 534, a motor 535 that provides rotational force to the propellers, and a battery or generator that provides power to the motor. The drone 3 is a drone composed of wings, rotary blades, a propeller, four propellers, one of multiple propellers (534), and a main body (531).

The drone 4 includes an upper wing 534, a lower body 531, a support for the wing 532, the main body on which the support is mounted, a motor 535 for rotating the wing, and a battery or generator connected to this motor. , a tank mounted on the main body, a pump for pumping the material contained in the tank, a hose connected to the tank or pump, a venturi mounted on the hose, an injector mounted on the venturi, an ozone generator mounted on the injector, It is a drone composed of one or more selected from the group consisting of a valve or check valve mounted between the injector and the ozone generator, a nozzle or injector that sprays the material while connected to the tank or pump, hose, or venturi. The drone 5 is a drone equipped with wings or propellers that generates at least one of a downward flow and a backward flow to provide thrust for flight of the drone 5. The drone 6 is a drone that flies upward by a downward flow that sends wind to itself or the lower part of its body, and flies horizontally by a directional flow that sends wind to the rear of the main body.

The drone 7 is a drone that flies in three dimensions by the downward and directional flow. The drone 8 is one or more of a motor that rotates wings or propellers, a wire connected to this motor, a battery connected to this wire, a charger, a rechargeable battery, a plug, an outlet, a battery, a generator, a solar cell, a solar generator, a windmill, and a wind generator. It is a Gubi drone. The drone 9 is one or more of a generator, a solar cell, a solar generator, a wind generator, a rotating fan, a rotor connected to the rotating fan, a stator provided outside the rotor, and a generator including the rotating fan, the rotor, and the stator. This is a drone equipped with this. The drone 10 includes 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; It is a drone equipped with one or more of the following: The drone 11 includes cameras, CCTV, imaging devices, filming devices, monitors, lights, lights, lights, flashing lights, lights, lights, headlights, lighting devices, drivers, regulators, controllers, remote controllers, remote controllers, the sensors, A drone equipped with one or more of the above measuring devices.

The drone 12 is a) a drone provided in one of the above devices to a combination device, a device to a combination device, a fogger to a combination device, a light to a remote controller, a magnetizer to a combination device, and a device; b) a drone equipped with one of the above devices or devices (the above devices or combination devices, nebulizers or combination devices, lights or remote controllers, magnetizers or combination devices, devices); c) a drone spraying one of the above fogs or compounds; d) a drone sprayed or coated with one of the above fumes or compounds; e) a drone that performs or is used for one of the above planning or combination, purification or combination; One of the selected ones.

The aircraft includes: a) airplane, unmanned aerial vehicle, manned airplane; b) an airplane provided in one of the above-mentioned machine to complex machine, mist machine to composite machine, lamp to remote controller, magnetizer to composite machine, and device; c) an airplane equipped with one of the above devices or devices (the above devices or combination devices, foggers or combination devices, lights or remote controllers, magnetizers or combination devices, devices); d) an aircraft spraying one of the above fumes or compounds; e) an airplane sprayed or coated with one of the above fumes or compounds; f) an aircraft that performs or is used for one of the above planned or combined, purified or combined; One of the selected ones.

The plan may be a plan, a development plan, a construction plan, a complex plan, a plan for one of the above surveys or monitoring, or a purification plan, a cleanliness plan, a facility construction plan, a road construction plan, etc. The above investigation includes survey, field survey, field survey, complex survey, ground survey, geological survey, survey for one of the above plans or monitoring, or status survey, site survey, location survey, building survey, obstacle survey, target site survey, etc. am. The above-mentioned field trip includes field trip, field trip, local field trip, complex field trip, field trip for one of the above plans or monitoring, or status field trip, site field trip, target site field trip, planned site field trip, etc. The above-mentioned shooting includes filming, taking pictures, taking pictures, video shooting, aerial shooting, field shooting, field shooting, terrain shooting, object shooting, shooting for one of the above plans or monitoring, or target site shooting, object shooting, construction shooting, and purification shooting. , image shooting, etc.

The mapping may be mapping, texture mapping, opacity mapping, reflection mapping, bump mapping, mapping for one of the above planning or monitoring, or creating a three-dimensional map. It is one of the following: work, 3D image realization work, map production, topographic map production, 3D map production, and 3D topographic map production. The reflection mapping is mapping that makes the model appear to be reflected. Bump mapping is mapping that creates an embossing effect on the surface of a model. Texture mapping is mapping that adds color and pattern to the surface of a model, making it look as if the image has been painted on the model. Opacity mapping is a mapping that specifies opaque and transparent parts in a model.

The analysis includes analysis, local analysis, field analysis, topographic analysis, geological analysis, geotechnical analysis, soil analysis, environmental analysis, analysis of one of the planning or monitoring, or pollution analysis, survey analysis, target analysis, complex analysis, and structural analysis. , it is one of structure analysis, model analysis, numerical analysis, and pollution concentration analysis. The above analysis includes analysis, image analysis, topographic analysis, structural analysis, contamination analysis, numerical analysis, and model analysis. Analysis, analysis for one of the above planning or monitoring, or just analysis, structural analysis , modeling analysis, computer analysis, finite element analysis, or computer-assisted analysis. The system is one of drafting, pictorial drafting, drawing drafting, drafting for one of the above planning or monitoring, or numerical drafting, topographic drafting, cartography, drawing production, and image production. The design is one of design, drawing design, structural design, complex design, design for one of the above planning or monitoring, or facility design, building design, road design, and structure design.

The blasting is one of blasting, gunpowder blasting, rock blasting, ground blasting, underground blasting, ground blasting, complex blasting, blasting for one of the above planning or monitoring, or target site blasting, building blasting, building dismantling blasting, and blasting with a blaster. The excavation is one of excavation, boring, groundbreaking, ground excavation, ground excavation, excavation for one of the above planning or monitoring, or rock excavation, soil excavation, road excavation, tunnel excavation, and excavation with an excavator. The cutting is one of cutting, ground cutting, ground cutting, soil cutting, cutting for one of the above planning or monitoring, or cutting with an excavator, cutting with a forklift, or cutting with a cutting means. The filling is one of filling, land building, earth filling, filling with a truck, cutting for one of the above planning or monitoring, filling with a dozer, and filling using a filling method. The stop is one of stop, ground stop, complex stop, mountain stop, stop for one of the above planning or monitoring, or target site stop, ground stop, or grader stop.

The storage refers to storage, material storage, material storage, material storage, water storage, storage for one of the above planning or monitoring, or sand storage, gravel storage, aggregate storage, cement storage, storage in a silo, material for mixing. One of the saves. The input is one of input, material input, material input, cement input, aggregate input, input into a hopper, input into an injector, and material input into a mixer. The mixing is one of mixing, material mixing, mortar mixing, ready-mixed concrete mixing, concrete mixing, mixing with a mixer, and mixing the added materials. The pumping is one of pumping, pressurization, material pumping, pumping with a pump, ready-mixed concrete pumping, and pumping the mixed material.

Any of the foregoing transfer, transport, transport, conveyance, supply, delivery, shipping, courier, consignment shall be the transfer of any of the following: a substance, object, product, commodity, commodity, material, material, food, cargo, package, passenger, guest, or person; , transportation, transmission, transportation, supply, delivery, shipping, courier, consignment. The boarding is one of boarding, sharing, riding, boarding, getting off, passenger boarding, guest boarding, person boarding, passenger transfer, guest transfer, and person transfer.

The measurement or sensing objects include bacteria, bacteria, dust, yellow dust, dust, pollution, environment, fragrance, odor, odor, ozone, heat, temperature, humidity, wind speed, wind direction, sound, wind, noise, vibration, concentration, bending, Displacement, stress, strength, rigidity, pressure, contraction, expansion, settlement, elevation, crack, crack width, VOC, CO, CO ₂ , SOx, NOx, water quality, soil quality, air quality, pollutants, pathogens, fine dust, ultrafine dust , bacteria, viruses, environmental hormones, sick building syndrome, formaldehyde, VOC (volatile organic compound); either concentration or density or size; contains one or more of

The monitoring includes monitoring, one of the survey or field management monitoring, one of the above flight or complex monitoring, one of the above construction or complex monitoring, construction scene monitoring, monitoring using a screen, monitoring using a monitor, monitoring using a cell phone, drone. It can be either monitoring using a screen or monitor or a cell phone connected to a drone's camera, or monitoring using a screen or monitor or a cell phone connected to a drone's camera by wire or wirelessly.

According to Example 10, the work or work method in the present invention is work using one of mobility, flying mobility, unmanned mobility, and manned mobility, or work using one of mobility, flying mobility, unmanned mobility, and manned mobility. or as a task in which mobility is used, or as a task performed by mobility, a) the task is one of the mobility, flight mobility, unmanned mobility, and manned mobility, such as flying, gliding, running, moving, driving, starting, stopping, Performed during one or more of takeoff and landing, b) During the above operations, electricity, oil, gas, hydrogen, solar, solar power, solar power, wind, wind power, water power, wave power, tidal power, power, motor, charging, battery, cell , battery, rechargeable battery, charger, hydrogen tank, gas tank, fuel cell, solar cell, hydrogen fuel cell, generator, solar generator, wind generator, energy from one of the gas or generator, a motor rotating by the energy, the motor The gas or energy that powers, the wing provided in the mobility, the motor mounted on the wing, the wing rotated by the motor, the gas or wing used in the mobility, the motor or wing provided in the mobility , one or more of the gas or wings to fly the mobility is used. For detailed information on the above work, please refer to the contents described above.

a) The above work includes work, work, work, assignment, business, the above flight or complex, the above construction or complex, etc. b) Examples of the location recognition and coordinate recognition include setting the mobility flight path, shooting a video with mobility, determining GPS values for points on the path, and the image center point of a specific frame of the video exists on the mobility flight path. Then, the GPS coordinates of the point on this mobility flight path are recognized as this specific frame.

A receiver, terminal, user terminal, etc. may be used for the reception. Examples of this include a coordinate receiver that receives the location coordinates of a ground control point terminal installed in the area subject to filming or surveying, a mapping unit that maps the location information of the ground control point in the area to be surveyed with the image captured by the mobility, and the mapped survey target. A position adjustment unit that receives local information and adjusts the mobility location of the shooting or surveying target area, selects a specific section of the shooting or surveying target station, and the location of the shooting or surveying target area of the mobility is adjusted to adjust the shooting or surveying data It consists of a section selection unit that transmits to the receiver.

The coordinate receiving unit receives the location coordinates along with the identification number of the ground control point terminal installed in the area subject to filming or surveying and stores them for each identification number of the ground control point terminal. The mapping unit receives the location coordinates of a ground control point terminal installed in an area subject to filming or surveying from the coordinate receiving unit, displays the location coordinates on the image captured by the mobility, and maps them to map information. The position adjusting unit moves the mobility position of the shooting or surveying target area according to the position of the ground reference point terminal and adjusts the fixed position. The section selection unit sets a section for each distance of each ground control point terminal in the identification information for each ground control point terminal, and transmits data photographed or measured according to the selected section among the set sections to a set receiver in real time.

The mobility, mobility device, mobility device, etc. includes a device main body, wings or propellers mounted thereon, a power control unit that controls the power that causes the main body to fly, and a power control unit installed at the bottom of the mobility to take pictures or survey according to a control signal from the power control unit. A photographing unit for photographing the target area, a ground control point detection unit for detecting the position of the ground control point terminal, a stabilizer installed at the bottom of the mobility to prevent vibration caused by the power control unit from being transmitted to the photographing unit, and the location of the mobility. An infrared sensor that detects the distance between the terminal and the target ground control point, a communication unit that transmits the captured image to a set receiver through a network, etc. may be provided.

Examples of use of the mobility and its shooting information include mobility flight, mobility shooting, receiving the flight path of the mobility, receiving image data of the mobility, acquiring image data of the mobility, correcting the flight path using digital elevation model information, and receiving the image data. This includes correction of the digital elevation model of the relevant area, terrain or facility, creation of maps, topographic maps, contour maps, status maps, etc. of the relevant area, terrain or facility. The production of the topographic map can be produced through acquisition of standard data using GPS (global positioning system), total station, etc., and production of a status map using filming results of drones or mobility.

Examples of the mobility include mobility, a mobility launcher, a mobility coordinator, a main server, a sensor equipped with a GPS receiver inside to receive GPS location information about the point currently in flight from a satellite, and a sensor whose flight location is tracked by transmitting it to the main server. It includes a location measurement module, a camera that takes pictures of the target, a notification module that notifies the controller of arrival information when the mobility arrives at the target area, and a distance sensor that maintains a certain distance from the buildings in the target area.

In the above, a) unmanned mobility includes UAV (unmanned aerial vehicle, uncrewed aerial vehicle), UAM (unmanned aerial mobility, uncrewed aerial mobility); b) Manned mobility includes MAM (manned aerial mobility), CAM (crewed aerial mobility); c) Flight mobility refers to flying mobility; d) Aviation mobility refers to aviation mobility; e) Urban air mobility is UAM (urban air mobility); f) unmanned flying mobility; g) manned flying mobility; h) mobility is mobility; i) Mobility apparatus (器 or machine) means mobility apparatus; j) Mobility device is a mobility instrument; k) Mobility machine is mobility machine; ℓ) mobility means; m) The mobility device is a mobility device; n) Mobility equipment is mobility equipment; o) Mobility facilities include mobility plants; p) Mobility facilities are mobility facilities; q) Mobility products are mobility products; r) The mobility system is a mobility system; It means etc.

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 among tire chips, plastic chips, and composite chips of two or more.

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, pins spaced apart from the plate, ozone generator consisting of pins spaced apart from the plate, and pins spaced apart from the plate. This includes a negative ion 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 are sensors, light sensors, heat sensors, light sensors, wave sensors, magnetic sensors, heat sensors, detection sensors, vibration sensors, excitation sensors, light emitting sensors, light source sensors, element sensors, temperature sensors, pressure sensors, and sound. Sensor, signal sensor, flow sensor, magnetic sensor, acoustic sensor, taste sensor, olfactory sensor, device sensor, equipment sensor, sound wave sensor, ultrasonic sensor, camera, infrared sensor, near-infrared sensor, ultraviolet sensor, digital camera, various sensors, etc. Sensor, GPS (global positioning system), INS (inertial navigation system), one selected from two or more complex sensors.

The pendulum is a pendulum, an element, or a pendulum. Oscillator, pendulum, simple pendulum, double pendulum, spring pendulum, torsion pendulum, something that vibrates due to the action of elastic force, a pendulum hanging on a string or string that swings, 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, operation 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 (LANs). A subsystem that services intensive processing functions, computer hardware on which a server program is running, a server that connects to other networks through a mainframe or public network, a support or 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 is a 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 into 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, and 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 concentrator, a charger, and a non-conductor, and 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 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 is 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 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, which is a material with 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, which 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, closed circuit television, and systems that transmit images to specific recipients.

The above batteries are batteries, cells, dry cells, wet cells, batteries, fuel cells, solar cells, hydrogen fuel cells, electrolytic cells, electrolytic cells, and chemicals that come from chemicals 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 enable 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 and electrons moving through the conductor combine with oxygen in the air supplied from the outside 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 above devices, devices, vehicles, bodies, objects, devices, machines, means, sensors, measuring instruments, devices, equipment, facilities, equipment, drones, robots, parts, products, articles , supplies, materials, materials, buildings, structures, PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network , a complex or combination device in which two or more of these are sequentially combined; Device to complex device; Scene, status, situation, image, location, coordinates, street number, address, point, area, distance, latitude, longitude, angle, altitude, height, length, width, height, size, area, volume, verticality, verticality. degrees, spatial coordinates, location coordinates, GPS coordinates, temperature, humidity, wind direction, wind speed, bacteria, rust, bacteria, air, atmosphere, dust, pollution, stain, corrosion, environment, wastewater, sewage, sewage, dust, yellow dust, waste , sediment, sludge, VOC, CO, CO ₂ , SOx, NOx, air quality, pathogens, mold, fine dust, viruses, bacteria, environmental hormones, sick building syndrome, formaldehyde, etc. It may measure, measure, observe, observe, understand, evaluate, confirm, calculate, etc., or may have one function.

a) The above devices, devices, etc. refer to words, terms, substances, objects, etc. that end in ki, and examples include airplanes, measuring devices, observation devices, measuring devices, magnetizers, and multi-function devices. You can. b) The above measuring instruments include measuring instruments, measuring instruments, observation instruments, measuring instruments, etc. c) The PC refers to a PC, computer, personal computer, personal computer, small computer used by an individual, etc., and has an operating system (OS) as software, and the language used. Examples include assembly language, basic, CPU (central processing unit), and ROM (read only memory). It includes RAM (random access memory), keyboard, display, printer, etc. d) The above GPS refers to GPS, a global positioning system, a satellite navigation system, a satellite navigation system that calculates the current location of a facility or user by receiving signals sent from satellites, drones, mobility, or GPS satellites. e) The GIS quantifies GIS, geographic information system, geographic information system, or various geographical information collected in the region, inputs, information, and processes them into a computer, analyzes and synthesizes them in various ways according to the user's needs, and provides them. This includes information processing systems, or geographic information systems used for mass information processing using computers, map production, remote sensing, etc.

a) The 4G refers to the 4th generation mobile network, 4th generation wireless technology, 4th generation, 4th generation mobile network, and fourth generation of wireless technology. b) The 5G refers to the 5th generation mobile network, 5th generation wireless technology, 5th generation, 5th generation mobile network, and fifth generation of wireless technology. c) The artificial intelligence (AI) refers to a computer that performs human or human perception, judgment, reasoning, language, behavior, commands, learning, problem solving, behavioral commands, learning functions, brain functions, and brain functions, etc. Or, it represents a system that works while reasoning, learning, and making judgments. d) The Internet of Things (loT) refers to sharing information by connecting objects in daily life and activities through wired and wireless networks. It embeds communication functions in various objects and connects them to the Internet, making it possible for people and objects, and objects and objects, to connect to the Internet. , objects, people, and objects communicate with each other based on the Internet, 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. You can. e) The self-driving car refers to a car that understands the road situation and drives automatically without the driver controlling the steering wheel, accelerator pedal, brakes, etc. This may also include the concept of driverless cars, which are cars that drive without a driver. f) The virtual reality (VR) allows people to have a realistic experience in a virtual world created by a computer. This can be applied to surgery and dissection practice in the medical field, flight control training in the aviation and military fields, and mock construction in the construction field. If necessary, you can experience it using an HMD, a display device mounted on your head. g) The drone (Drone) is a small unmanned aerial vehicle (UAV, uninhabited aerial vehicle) and includes airplanes, helicopters, etc. that fly and control by guidance of radio waves without a pilot. It is used for aerial video filming, construction scene filming, long-distance aerial filming, military operations, internet shopping delivery, and unmanned delivery.

The LTE includes LTE, Long Term Evolution, 4G mobile communication technology, technology that provides communication speeds of 1Gbps (1000Mbps) or more in a stationary state, and technology that provides communication speeds of 100Mbps or more when moving at high speeds of 60 kilometers or more. In 4G or 5G, G is an abbreviation for Generation, which means generation. Wireless mobile communication standards are broadly divided into 1st generation (1G), 2nd generation (2G), and 3rd generation (3G). Currently, it has developed into the 4th generation (4G) mobile communication system, and since 2015, the mobile communication industry has been We are moving toward 5G, and the most important criterion for classifying each generation is the difference in data transmission speed. A product using LTE communication service is a 4G LTE modem for computers that plugs into the computer's USB port and connects to LTE communication service. Examples of application of LTE in the present invention include using an LTE modem, using a 4G LTE modem, using a USB LTE modem, communicating using LTE, transmitting or receiving captured images using LTE, and connecting to an LTE communication service by plugging it into a USB port of a computer. This includes the use of an LTE modem that provides LTE communication services, drones that provide LTE communication services, mobility that provides LTE communication services, and mobility that uses LTE communication services.

The WiFi includes WiFi, wireless fidelity, WiFi wireless LAN, wireless communication, wireless Internet, wireless data transmission system, communication technology using a wireless router, and communication technology that enables high-performance wireless communication in a relatively small area. To use WiFi, you must have a WiFi router, be in an area that supports WiFi, use WiFi using a wireless router at home or work, install a wireless LAN card and drivers for the wireless LAN card on your computer, and have WiFi installed. When this happens, computers can communicate with each other, smartphones can also communicate with data, and WiFi technology can be used for wireless external hard disks. Examples of application of WiFi in the present invention include wireless transmission and reception of images captured by a drone through WiFi, wireless transmission and reception with mobility, wireless transmission and reception mobility, wireless transmission and reception between mobility and smartphones, wireless transmission and reception between mobility and head office PCs, and mobility and supervisor smartphones. This includes wireless transmission and reception between people, and wireless transmission and reception between mobility and the president of the head office.

The metaverse is a compound word of Meta, which means metaverse, a three-dimensional virtual world, distribution through virtual currency, virtual reality, processing, or abstraction, and universe, which means the real world, This includes the use of UGC (User Generated Content) products created by virtual world users, the vision technology behind real work in a 3D virtual space, and human interaction with a software representative (avatar) in a virtual space. The above-mentioned midibus includes midibus, mid-size bus, 25-seat small bus, vehicles larger than minibuses and smaller than large buses, video management solutions, and video integration solutions. The blockchain is a block chain, a collection of blocks connected in succession, a technology used in the virtual currency Bitcoin, and a P2P (Peer to Peer) network to prevent double payments. , technology used to prevent double payments through P2P networks. In Block Chain technology, a block contains transaction details confirmed for a certain period of time. A block containing the transaction details is formed online, the user is the person who decides on this transaction details, and this block is stored in the network. It is sent to all participants in , participants check the validity of the transaction, and only the approved blocks are connected to the existing blockchain and the remittance is made.

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 above machine to composite, machine to network, equipment to semiconductor, storage to complex machine, magnetizer to composite machine, combination of two or more of the above, etc. include venturi, venturi tube, ejector, injector, ejector mounted on venturi, injector mounted on venturi, etc. This body is thin. The venturi, venturi pipe, etc. include venturi, venturi pipe (77), venturi, and venturi pipe. The venturi tube may be composed of a pipe, a reduction part 53, a venturi 53, an expansion part, etc. The reduction unit, venturi, etc. can be equipped with an ejector, injector (93, 94), check valve, solenoid valve, etc. The above equipment, devices, means, drones, mobility, devices, complex machines, equipment, semiconductors, etc. can be equipped with venturis, venturi tubes, reduction parts, expansion parts, hoses, conduits, pipes, pipelines, etc.

a) The above methods include methods, methods, means, countermeasures, alternatives, solutions, etc. b) The above transmission, transmission, etc. include transmission, delivery, transmission, delivery, delivery, sending, wireless transmission, wired transmission, Internet transmission, wifi transmission, etc. c) The above-mentioned radiation, spray, etc. include radiation, radiation, irradiation, 照射, injection, 噴射, jetting, discharge, outflow, spraying, spraying, fountain, laying, spraying, generation, generation, composition, formation, spray, spray, etc. do. d) The above grading includes grading, land grading, leveling, land preparation, ground maintenance, complex grading, industrial complex grading, grading work, ground treatment, soil grading, land grading, ground grading, etc. e) The above cableway is a cableway, cableway, cableway, ropeway, thick braided rope made of several strands of hemp, etc., construction or maintenance using ribs, construction or maintenance using cable cars, and suspension of carriages on steel wires installed in the air. This includes devices that carry people or objects, a rope installed in the air, a transport device hung on it, and driven using power or the transport device's own weight. f) The above transfer, transport, transfer, transportation, delivery, etc. refer to transfer, transport, transfer, conveyance, delivery, delivery, courier, consignment, transportation, movement, delivery, sending, supply, provision, delivery, etc. The above movement, delivery, etc. include movement, activity, movement, transfer, relocation, moving, conveyance, driving, transport, transportation, transmission, delivery, delivery, delivery, performance, performance, enforcement, flight, glide, flying, courier, mobile, This includes mobility, delivery, etc. g) The above shotting, sanding, blasting, etc. are shot, sanding, blasting, polishing, surface polishing, rust removal, blasting, shoting, shooting, sanding, blasting, etc., or balls, iron, iron balls, beads, sand, sand, slag. , slag balls, blown slag, crushed slag, crushed slag, etc. are sprayed to perform the above-described shooting or blasting. h) The above fog, smoke, mist, etc. include fog, smoke, mist, moisture, bubbles, steam, water vapor, etc. i) The above complexes, facilities, roads, etc. include complexes, facilities, roads, industrial complexes, residential land, houses, buildings, structures, facilities, etc.

In the present invention, mobility or mobility machine 65 includes a drone, taxi, truck, bus, flying vehicle, airplane, aircraft, air taxi, air bus, flying taxi, flying bus, air taxi, airbus, takeoff and landing aircraft, vertical takeoff and landing aircraft, and electric vertical aircraft. Takeoff and landing aircraft, flying cars, flying taxis, flying buses, flying trucks, flying cars, flying taxis, flying buses, unmanned aerial vehicles, manned airplanes, filming drones, GPR drones, GPS drones, radar drones, UAV (unmanned aerial vehicle, uncrewed aerial vehicle), UAM (urban air mobility) aircraft, mobility aircraft, mobility device, mobility device, mobility device, mobility system, air mobility aircraft, air mobility aircraft, flying mobility aircraft, flying mobility aircraft This includes mobility aircraft, mobility facility, means of transportation, means of transportation, means of transport, means of carrying out the above or the following flight or combination, etc., mobility aircraft of the above or the following flight or combination, etc. The above means include: a) device, device, machine, apparatus, device, equipment, means, method, system, computer, printer, program, application, cyclone, hardware, software, network, two or more of them in sequence; combined all-in-one; b) 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 networks; etc. may apply.

In the present invention, the mobility or mobility device a) photographs (321) a work or construction scene (320) of a schedule of work, work, manufacturing, construction, work, etc., and captures dust, dust form, dust image, dust-containing air, and air. Measure (331) the dust concentration or number of particles (330) while recording (321) dust or dust group (320) such as dust in the air or dust in the air, or b) or 1 or 2 below. , 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, or c) or c1) the following device is provided, or the material is sprayed through the following device or outlet, or c2) or The substance passing through the device or outlet is sprayed into one or more of the imaging, the measurement, the following observation or combination, or c3) or the following device is connected to one or more of the imaging, the measurement, the following observation or combination linked to it. It may also be provided, c4), or mobility or a mobility device in which the material is sprayed through the following device or outlet to the above means. In the present invention, a system using mobility or a mobility device may perform the following tasks, may be equipped with the mobility or mobility device, or may be equipped with the following device.

The tasks performed in the present invention, or tasks by mobility, or tasks by mobility devices are task 1, task 2, task 3, task 4, task 5, task 6, task 7, task 8, task 9, task 10, task 11, work 12, etc. may apply. The above task 1 is to photograph work or construction scenes of a certain amount of work, work, manufacturing, construction, work, etc., and capture dust such as dust, dust form, dust image, air containing dust, dust in the air, dust contained in the air, etc. Alternatively, the dust concentration or number of particles can be measured while recording a dust group. The above task 2 is to perform one of the following 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, and 12. The task 3 is c1) mounting the following device on the mobility or the mobility, c2) or spraying the material through the following device or outlet on the mobility, c3) or one or more of the filming, the measurement, the following observation or combination. spraying the material that has passed through the following device or outlet, c4) or mounting the following device on one or more of the imaging, measurement, observation or composite means linked to the mobility device, c5) or the following device on the means, or The material is sprayed through the outlet. Task 4 is to manufacture the following device and then install or connect the following device to the mobility. Task 5 is to fly the mobility aircraft in the air and place the following device on the ground. Task 6 is to connect the hose provided in the following device to the mobility or mobility device.

Task 7 is to mount one or more of a hose, pipe, nozzle, sprayer, or sprinkler on the mobility or mobility device. Task 8 is to spray the material supplied from the hose provided in the following device through the nozzle provided in the mobility device. The above task 9 is one or more of purification, cleansing, water purification, cleaning, washing, washing, washing, car washing, disinfection, sterilization, air purification, pollution purification, dust removal, dust removal, and fine dust removal by the above substances or spraying. will be. The above task 10 involves observing, controlling, measuring, diagnosing, investigating, detecting, exploring, surveying, measuring, measuring, working, mapping, construction, construction, building, construction, purifying, cleaning, performing one or more of the purification or dust removal. Disinfection, sterilization, quarantine, fire extinguishing, fire extinguishing, watering, injection, spraying, spraying, delivery, shipping, courier, consignment, boarding, sharing, riding, moving, transfer, transport, transport, surveillance, patrol, filming, filming, taking pictures. , recording, measuring, imaging, monitoring, a combination of two or more of the above observation or monitoring, or a combination of two or more of the observation or monitoring sequentially, while performing one of the following: two or more of the above filming, taking, photographing, recording, measuring, and imaging. is to do. The task 11 is to perform one or more of the purification or dust removal while performing one of the observation or combination. The task 12 is to perform one or more of the purification or dust removal simultaneously with one of the observation or combination.

1 above measures (331) the concentration of dust (330) or the number of particles while filming (321) a work (320) or construction scene. In step 2, dust concentration or the number of particles 330 is measured 331 while photographing 321 dust or a group of dust 320. In step 3 above, the dust or dust group 320 is photographed (321) by the image sensor 310 and the concentration or particle number of the dust 330 is measured (331) by the dust sensor 311. In 4, the work scene is photographed (321) by the camera (320), the dust or dust group is recorded (321) by the image sensor (310), and the dust concentration or particle number is measured by the dust sensor (311). (330) is measured (331). The dust sensor measures dust using a laser light scattering method, that is, a light scattering measurement method using a laser. The dust concentration can be measured by recognizing the reflection area using a laser in the flow of air flowing into the dust sensor.

5 above is to image one or more of facilities, objects, landscapes, and sites, photograph work or construction scenes, record dust images, and measure dust concentration or particle number. The above shooting, taking pictures, taking pictures, recording, imaging, etc. correspond to filming, taking pictures, taking pictures, recording, taking pictures, recording, imaging, making movies, making videos, making continuous videos, etc. Step 6 above is to photograph one or more of facilities, objects, landscapes, and sites, record dust images, and measure dust concentration or number of particles. 7 above measures the concentration of dust or the number of particles while imaging one or more of facilities, objects, landscapes, and sites.

The above 8 are observation, control, measurement, diagnosis, investigation, detection, navigation, surveying, measuring, instrumentation, work, mapping, construction, construction, construction, construction, purification, cleanliness, disinfection, sterilization, quarantine, fire extinguishing, fire extinguishing, and watering. , spraying, spraying, spraying, delivery, delivery, courier, consignment, boarding, shared ride, passenger ride, movement, transfer, transport, transport, surveillance, patrol, monitoring, combination of two or more of the above observations and monitoring, two of the above observations and monitoring Doing two or more of the above filming, taking pictures, taking pictures, recording, measuring, and imaging while doing one of the sequential combinations of the above. 9 above refers to performing one of the above observations or combinations while performing two or more of the above filming, taking pictures, taking pictures, recording, measuring, and imaging. The above 10 is performing one or more of the above observation or construction, one or more of the purification or spraying, and one or more of the delivery or monitoring while performing one or more of the filming, taking, photographing, recording, measuring, and imaging. 11 is to perform one or more of the observation or construction, one or more of the purification or spraying, and one or more of the delivery or monitoring. 12 is performing one or more of the observation or construction, one or more of the purification or spraying, one or more of the delivery or monitoring, and one or more of the filming, filming, photographing, recording, measuring, and imaging.

The above device, outlet, outlet, equipment, drone, mobility, etc. a) sprays substances emitted from itself, nozzles, sprayers, other equipment, etc., or b) or emits substances emitted from itself, nozzles, sprayers, other equipment, etc. It can be used to purify, purify, sweep, clean, wash, wash, car wash, disinfect, sterilize, dust collect, process, remove dust, remove dust, remove fine dust, etc.

Drones, mobility, mobility devices, etc. of the present invention include drone 1, drone 2, drone 3, drone 4, drone 5, drone 6, drone 7, drone 8, drone 9, drone 10, drone 11, drone 12, drone 13, Drone 14, Drone 15, Drone 16, Drone 17, Drone 18, Drone 19, Drone 20, Drone 21, Drone 22, etc. may also apply.

The drone 1 is one of a drone, an airplane, an aircraft, a mobility device, a drone with an inhaler, a drone with a dust collector, and a drone with a purifier. The drone 2 is a drone equipped with a main body equipped with a plurality of propellers, a motor that provides rotational force to the propellers, and a battery or generator that provides power to the motor. The drone 3 is a drone equipped with one of a nozzle and a sprayer. The drone 4 is a mist machine that emits mist containing a magnetic field; Mounted sprayers, aspirators, and dust collectors thereof; One of these is a equipped drone. The drone 5 is a drone 65 that removes dust in the air by spraying mist 30, 230 into the air through one of a nozzle, a sprayer, or a spray means 79. The drone 6 is a drone that generates, forms, forms, radiates, irradiates, sprays, sprays, fountains, sprinkles, launches, emits, emits, or shoots one of fog, fog, moisture, fog, and mist. The drone 7 includes a magnetizer 31, a vibrator 32, a vibrator 33, and an ozone generator 34; Two or more of these are combined: a vibrating magnetizer (36), a magnetized vibrator, an excited magnetizer, a magnetized vibrator (36), a vibrating magnetized ozone device (36), a magnetized vibrating ozone device (36), an excited magnetized ozone device, and a magnetized vibrating ozone device. Ki (36); One of these is a equipped drone.

The drone 8 includes a) a mist machine that generates or sprays mist or mist water containing water in the mist; b) or a rotary cleaner provided with a rotating brush 205, a central axis 260 of the rotating brush, and a motor 162 that rotates the central axis; c) a water tank (100), hose (78), and pump (103) that supply one or more of water, pressure, air, and bubbles to one or more of the mist, mist water, mist machine, rotating brush, central axis, and cleaner, Water supply line, compressor (98); It is a drone (65) equipped with one or more of the following. The drone 9 is a material that has passed through one of a magnetizer, a vibrator, an ozone generator, a magnetization vibrator, and a magnetization vibrating ozone device; or magnetization, vibration, excitation, ozone, magnetic field, magnetic field vibration, magnetic field vibration ozone by one; One of them is a drone that radiates or sprays. The drone 10 is equipped with a mist machine (202) that generates mist (30, 230) and is a drone that cleans one of buildings, exterior walls, glass, and facilities. The drone 11 is a drone that generates mist with a mist machine 202 using water supplied through the water tank 100 and sprays or injects the product through a hose 78 to purify an object or water quality. The drone 12 is a) tunnel, culvert, passage, underground space, soundproof tunnel, b) dam, river, stream, pond, reservoir, reservoir, retention pond, septic tank, flocculation tank, sedimentation tank, c) conduit, piping, pipe, water pipe. , sewer pipes, water pipes, oil pipes, pipelines, d) buildings, exterior walls, glass, windows, rooms, indoors, living rooms, e) air, atmosphere, space, public space, roads, pavements, soundproof walls. It is a drone that cleans or purifies one of the following. .

The drone 13 is a purifier, purifier, water purifier, vacuum cleaner, washing machine, washer, car wash, washing machine, absorber, collector, aerator, reactor, flocculator, precipitator, sterilizer, disinfector, filter, water cannon, sprayer, separator, shredder, and processor. It is a drone equipped with one or more devices selected from the group consisting of mist machines, ventilation facilities, cleaning facilities, ventilation facilities, and combination devices that combine two or more of them. The drone 14 is a drone equipped with one or more sensors selected from a dust detection sensor, a pollution detection sensor, a water quality detection sensor, and an air quality detection sensor. The drone 15 is a drone or mobility device equipped with one or more selected from the group consisting of a lamp, an LED lamp, an air quality indicator lamp, a pollution concentration indicator lamp, a dust concentration indicator lamp, and a lamp that displays what is detected by the sensor. The drone 16 measures dust concentration, fine dust concentration, ultrafine dust concentration, pollution concentration, gas concentration, temperature, time, heavy metal concentration, VOCs concentration (volatile organic compounds), CO concentration (carbon monoxide), and _CO2 (carbon dioxide). It is a drone equipped with a display unit that displays one or more of concentration, wind intensity, and wind speed. The drone 17 includes a brush, a rotating brush (205), a side dish (271), a pusher, a sponge pusher, a rubber pusher, a pusher attached to a stick (271), and a duster; The brush or duster mounted on a stand; It is a drone or mobility equipped with one or more of the following.

The drone 18 includes a hose 270 that is connected to the building's water supply and supplies tap water; A mist machine (202) through which the tap water passes and supplies mist water; Or a side dish (271), pusher, duster, sponge pusher, rubber pusher, pusher attached to a stick (271) for cleaning exterior walls and glass; It is a drone equipped with one or more of the following: The drone 19 is a drone that performs one or more of purification, cleansing, cleaning, washing, laundry, car washing, cleaning, dust collection, and processing. The drone 20 is used to target, air, pollution, water quality, water, sewage, sewage, wastewater, muddy water, dust, dust, foreign substances, tunnels, buildings, roads, pavement, exterior walls, pipes, piping, tanks, waste, objects, It is a drone that purifies, purifies, washes, cleans, washes, washes, sweeps, collects, or treats one or more selected soundproof walls. The drone 21 is a drone or mobility device that inhales air and collects one or more of dust and dust in the air. The drone 22 is a drone or mobility device that collects dust, dust, etc. in the air by sucking air in addition to spraying mist. In the present invention, clean refers to purification, purity, clean, clean, cleaning, clean, purified, clean, having a clean function, etc.

Drones, flying vehicles, floating bodies, flying means, mobility, and mobility devices of the present invention; A purifier equipped with one of the above drones or mobility devices; The drone or mobility device equipped with a purifier; 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24. , 25, 26, 27, 28, 29, 30, 31, 32, etc. may also apply.

The above 1 refers to dust collection or a) mist emission; Mist emissions while collecting dust; Dust collection while emitting fumes; Removing dust by spraying water or mist while collecting dust and emitting fumes; b) Equipped with one or more of lamps, vibrators, vibrators, ozone generators and negative ion generators while collecting dust or emitting fumes and spraying water or mist to remove dust; c) Emitting at least one of light from a lamp, vibration from a vibrator, excitation from an exciter, ozone from an ozone group, and negative ions from an anion group while removing dust by collecting dust or emitting a mist or spraying water or mist; d) Dust is collected by a dust collector equipped with an ozone generator, or a mist machine equipped with a vibrator emits mist, and dust is removed by spraying water or mist with a sprayer equipped with a vibrator, and light and negative ions are provided from a lamp equipped with an ozone device. Vibration from a vibrator, excitation from a vibrator equipped with a lamp, ozone from an ozone machine equipped with a vibrator, radiation of one or more negative ions from an anion machine equipped with a vibrator; e) While radiating, e1) a magnetizer, a vibrator, an exciter, a wave generator, an ozone generator, a mist generator, two or more of these combined devices, e2) a device, an outlet, e3) a substance passed through one of the magnetizers and outlets, Providing or utilizing or spraying one or more of the materials; Doing one or more of the selected items.

The above 2 is a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of them, b) the device below, an outlet below, and c) a substance or material passed through one of the magnetizers and outlets. Provided or used or sprayed with one or more of the following: a) dust collection or mist emission; Mist emissions while collecting dust; Dust collection while emitting fumes; Removing dust by spraying water or mist while collecting dust and emitting fumes; b) Equipped with one or more of lamps, vibrators, vibrators, ozone generators and negative ion generators while collecting dust or emitting fumes and spraying water or mist to remove dust; c) Emitting at least one of light from a lamp, vibration from a vibrator, excitation from an exciter, ozone from an ozone group, and negative ions from an anion group while removing dust by collecting dust or emitting a mist or spraying water or mist; d) Dust is collected by a dust collector equipped with an ozone generator, or a mist machine equipped with a vibrator emits mist, and dust is removed by spraying water or mist with a sprayer equipped with a vibrator, and light and negative ions are provided from a lamp equipped with an ozone device. Vibration from a vibrator, excitation from a vibrator equipped with a lamp, ozone from an ozone machine equipped with a vibrator, radiation of one or more negative ions from an anion machine equipped with a vibrator; Doing one or more of the selected items.

The above 3 refers to a) disinfection, sterilization, air purification and dust removal; b) Disinfection by magnetizer, sterilization by vibrator, air purification by vibrator, and dust removal by ozonator; c) Disinfection by a vibrating magnetizer, sterilization by a vibrator that generates a magnetic field, air purification by a vibrator that generates ozone, and dust removal by an exciting ozone generator; d) Disinfection by a magnetizer equipped with a vibrating ozone generator, sterilization by a vibrator equipped with a magnetizer that generates a magnetic field, air purification by a vibrator equipped with a negative ion device that generates ozone, and dust by an ozone device equipped with an exciting magnetizer. eliminate; Doing one or more of the selected items.

The above 4 is a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passed through one of the magnetizer or outlet. One or more of them are provided, used or sprayed, for a) disinfection, sterilization, air purification and dust removal; b) Disinfection by magnetizer, sterilization by vibrator, air purification by vibrator, and dust removal by ozonator; c) Disinfection by a vibrating magnetizer, sterilization by a vibrator that generates a magnetic field, air purification by a vibrator that generates ozone, and dust removal by an exciting ozone generator; d) Disinfection by a magnetizer equipped with a vibrating ozone generator, sterilization by a vibrator equipped with a magnetizer that generates a magnetic field, air purification by a vibrator equipped with a negative ion device that generates ozone, and dust by an ozone device equipped with an exciting magnetizer. eliminate; Doing one or more of the selected items.

Above 5 is a) spraying one or more of ozone, anion, magnetized water, hexagonal water, mist, photocatalyst, and phytoncide while having one or more functions of disinfection and sterilization; b) purifying, purifying, purifying, cleaning, and removing dust while performing one or more of the disinfection, sterilization, and spraying; c) or the disinfection, sterilization, spraying, purification or dust removal using an ozone device equipped with a sterilizer, a sterilizer, and a vibrator equipped with a magnetizer; d) disinfection, sterilization, spraying, purification or dust removal using a mist machine equipped with the ozone group; Doing one or more of the selected items.

The above 6 is a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of them, b) the following device, the following outlet, c) a substance or material passed through one of the magnetizer or outlet. One or more are provided, used or sprayed, a) spraying one or more of ozone, negative ions, magnetized water, hexagonal water, mist, photocatalyst, and phytoncide using a drone or mobility device that has one or more functions of disinfection and sterilization; b) purifying, purifying, purifying, cleaning, and removing dust while performing one or more of the disinfection, sterilization, and spraying; c) or the disinfection, sterilization, spraying, purification or dust removal using a sterilizer mounted on the drone or mobility, a sterilizer, and an ozone device equipped with a magnetizer; d) disinfection, sterilization, spraying, purification or dust removal using a mist machine equipped with the ozone device and mounted on the drone or mobility; Doing one or more of the selected items.

The above 7 is a drone, flying vehicle, flying means, mobility, etc. of a vehicle type, a boat type, a vehicle type floating body, and a boat type floating body, including: 1) mist emission; emits a mist containing mist; Haze emissions generated from an ozone generator equipped with a magnetizer; Emission of mist containing mist generated from an ozonator equipped with a magnetizer; 2) Purification, purification, water purification, cleaning, washing, cleaning, car washing, laundering, spraying, showering, dust collection, capture, adsorption, filtration, aeration, sterilization, disinfection, blowing, ventilation, hot air, electric fan, Ventilation, dust removal, cleaning and disinfection, cleaning, disinfection and sterilization, cleaning, disinfection, sterilization and cleaning, cleaning, disinfection, sterilization, cleaning and spraying, cleaning, disinfection and sterilization, cleaning, spraying and dust collection, cleaning, disinfection and sterilization and cleaning, spraying, collecting and dust removal; 3) Or a complex device consisting of a vibrator that radiates a magnetic field, an exciter that radiates ozone, a magnetizer that radiates vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone group, haze, magnetized water, hexagonal water, A combination device consisting of a sprayer or a mist machine that emits one or more of mist, sterilizing agent, disinfectant, and phytoncide is used to remove the dust; 4) Or while performing one of the above emission or dust removal, a) magnetizer, vibrator, exciter, wave generator, ozone generator, mist generator, two or more of these combined devices, b) the following device, the following outlet, c) the magnetizer to A material, one or more of which is provided or utilized or sprayed through one of the outlets; It is to do one or more things selected from the group consisting of.

The above 8 is a drone or mobility of one of vehicle type, boat type, vehicle type floating body, and boat type floating body and has 1) disinfection or purification function; Disinfection or purification function by emitting fumes; Disinfection or purification function by emitting mist containing mist; Disinfection or purification function by emitting fumes generated from an ozone device equipped with a magnetizer; Disinfection or purification function by emitting a mist containing mist generated from an ozone device equipped with a magnetizer; 2) A complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave device, ozone device, mist, magnetized water, hexagonal water, and mist. , disinfection or purification function by a complex device consisting of a sprayer or mist device that emits one or more of sterilants, disinfectants, and phytoncides; 3) or a) magnetizer, vibrator, exciter, wave generator, ozone machine, mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passing through one of the above magnetizer or outlet. One or more functions provided, used or dispensed; It is to have one or more of the selected ones.

The above 9 is a drone or mobility of one of vehicle type, boat type, vehicle type floating body, and boat type floating body, or a mobile type, vehicle type, boat type, mobile body, floating body, flying body, vehicle type floating body, and boat type part. A drone or mobility that is one of a fluid, a moving vehicle type, a moving boat type, a moving floating body, and a moving flying object, wherein the drone or mobility 1) purifies, purifies, purifies, cleans, washes, washes, washes, launders, Spraying, showering, dust collection, collection, adsorption, filtration, aeration, sterilization, disinfection, blowing, ventilation, hot air, fan, ventilation, dust removal, cleaning and disinfection, cleaning and disinfection and sterilization, cleaning and disinfection and sterilization and cleaning, cleanliness and disinfection, sterilization, cleaning, spraying, cleaning, disinfection, sterilization, cleaning, spraying, dust collection, cleaning, disinfection, sterilization, cleaning, spraying, collecting, and dust removal; 2) The purification or dust removal by vibration of a vibrator that radiates a magnetic field; 3) The purification or dust removal using the magnetic field of a magnetizer that radiates vibration; 4) The above purification or dust removal by ozone from an ozone generator emitting a magnetic field; 5) The purification or dust removal using mist from a mist machine equipped with a vibrating magnetizer; 6) The above purification or dust removal by ozone generated in a mist machine equipped with a vibrator that radiates a magnetic field and a vibrating magnetizer; 7) A complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave device, ozone device, mist, magnetized water, hexagonal water, and mist. , the purification or dust removal using a complex device consisting of a sprayer or mist machine that emits one or more of sterilants, disinfectants, and phytoncides; 8) While performing one of the purification or dust removal, a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone generator, a mist generator, two or more of these combined devices, b) a device, an outlet, c) a magnetizer or an outlet. One or more of the substances, materials provided or utilized or sprayed; It is to do one or more things selected from the group consisting of.

The above 10 refers to 1) photocatalytic coating; Photocatalyst coating on the inside or outside; Photocatalyst coating by spray gun; Photocatalyst coating by sprayer equipped with magnetizer and ozone group; Equipped with a lamp in addition to the above coating; In addition to the coating, an LED lamp is provided; In addition to the coating, a lamp equipped with an ozone group that radiates a magnetic field is provided; 2) In addition to the coating or provision, a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an ozone device that excites, or the magnetizer, vibrator, exciter, wave generator, ozone device, and mist Equipped with a complex device consisting of a sprayer or mist machine that emits one or more of magnetized water, hexagonal water, mist, sterilizing agent, disinfectant, and phytoncide; 3) While installing the above, a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone generator, a mist generator, two or more of these combined devices, b) the following device, the following outlet, c) a substance passing through one of the magnetizer or the outlet, providing or utilizing or dispensing one or more of the materials; It becomes one or more of the selected ones.

The above 11 is 1) emitting fumes to disinfect, sterilize, purify, and clean; 2) Or emit a mist containing mist to disinfect, sterilize, purify, and clean; 3) Disinfection, sterilization, purification, and purification by emitting fumes generated from an ozone device equipped with a magnetizer; 4) Disinfection, sterilization, purification, and purification by emitting a mist containing mist generated from an ozone device equipped with a magnetizer; 5) Or a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone group, haze, magnetized water, hexagonal water, A combination device consisting of a sprayer or mist machine that emits one or more of mist, disinfectant, disinfectant, and phytoncide is used to disinfect, sterilize, purify, and clean; 6) or a) magnetizer, vibrator, exciter, wave generator, ozone machine, mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passing through one of the above magnetizer or outlet. Disinfection, sterilization, purification, and cleansing of one or more of the above while being provided, used, or sprayed; Doing one or more of the following:

The above 12 is a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of them, b) the following device, the following outlet, c) a substance passing through one of the magnetizer or the outlet, among the materials. One or more are provided, used, or sprayed, 1) emitting a fume to disinfect, sterilize, purify, or clean; 2) Or emit a mist containing mist to disinfect, sterilize, purify, and clean; 3) Disinfection, sterilization, purification, and purification by emitting fumes generated from an ozone device equipped with a magnetizer; 4) Disinfection, sterilization, purification, and purification by emitting a mist containing mist generated from an ozone device equipped with a magnetizer; 5) Or a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone group, haze, magnetized water, hexagonal water, A combination device consisting of a sprayer or mist machine that emits one or more of mist, disinfectant, disinfectant, and phytoncide is used to disinfect, sterilize, purify, and clean; Doing one or more of the following:

The above 13 refers to one of the following: 1) emitting fumes to disinfect, sterilize, purify, clean and remove dust; 2) Or emit a mist containing mist to disinfect, sterilize, purify, clean and remove dust; 3) Alternatively, an ozone device equipped with a magnetizer emits the generated mist to disinfect, sterilize, purify, clean and remove dust; 4) Alternatively, emit a mist containing mist generated from an ozone device equipped with a magnetizer to disinfect, sterilize, purify, clean and remove dust; 5) Or a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone group, haze, magnetized water, hexagonal water, A combination device consisting of a sprayer or mist machine that emits one or more of mist, disinfectant, disinfectant, and phytoncide is used to disinfect, sterilize, purify, clean, and remove dust; 6) or a) magnetizer, vibrator, exciter, wave generator, ozone machine, mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passing through one of the above magnetizer or outlet. One or more of the above disinfection, sterilization, purification, cleaning and dust removal when provided or used or sprayed; Doing one or more of the selected items.

The above 14 is a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of them, b) the following device, the following outlet, c) a substance passing through one of the magnetizer or outlet, among the materials. One or more of them, provided or used or sprayed, 1) emits a mist to one of disinfection, sterilization, purification, cleaning and dust removal; 2) Or emit a mist containing mist to disinfect, sterilize, purify, clean and remove dust; 3) Alternatively, an ozone device equipped with a magnetizer emits the generated mist to disinfect, sterilize, purify, clean and remove dust; 4) Alternatively, emit a mist containing mist generated from an ozone device equipped with a magnetizer to disinfect, sterilize, purify, clean and remove dust; 5) Or a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone group, haze, magnetized water, hexagonal water, A combination device consisting of a sprayer or mist machine that emits one or more of mist, disinfectant, disinfectant, and phytoncide is used to disinfect, sterilize, purify, clean, and remove dust; Doing one or more of the following:

15 above refers to 1) fume emission; Emission of fumes for disinfection or sterilization of objects or air; emits a mist containing mist; Haze emissions generated from an ozone generator equipped with a magnetizer; Emission of mist containing mist generated from an ozonator equipped with a magnetizer; Disinfection and sterilization with the above fog; Disinfection and sterilization by releasing; 2) Or a complex device consisting of a vibrator that radiates a magnetic field, an exciter that radiates ozone, a magnetizer that radiates vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone group, haze, magnetized water, hexagonal water, A complex device consisting of a sprayer or mist machine that emits one or more of mist, disinfectant, disinfectant, and phytoncide is used to perform the discharge and sterilization; 3) or a) magnetizer, vibrator, exciter, wave generator, ozone machine, mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passing through one of the above magnetizer or outlet. Discharging or sterilizing one or more of the above while being provided, used, or sprayed; Doing one or more of the selected items.

The above 16 refers to a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of them, a combined device, b) the following device, the following outlet, c) a substance or material passed through one of the magnetizer or outlet. One or more are provided, used or sprayed, including: 1) emitting a fume; Emission of fumes for disinfection or sterilization of objects or air; emits a mist containing mist; Haze emissions generated from an ozone generator equipped with a magnetizer; emission of a mist containing mist generated from an ozonator equipped with a magnetizer; Disinfection and sterilization with the above fog; Disinfection and sterilization by releasing; 2) Or a complex device consisting of a vibrator that radiates a magnetic field, an exciter that radiates ozone, a magnetizer that radiates vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone group, haze, magnetized water, hexagonal water, A complex device consisting of a sprayer or a mist machine that emits one or more of mist, sterilizing agent, disinfectant, and phytoncide is used to perform the discharge and sterilization; Doing one or more of the selected items.

The above 17 is to disinfect an object or the air by spraying a disinfectant using a drone or mobility, 1) the drone or mobility is equipped with a generator that generates magnetized water and ozone air; The disinfectant can be used as a mist; The spraying is by a sprayer equipped with a magnetizer and an ozone generator; dust removal during said disinfection; 2) Or, the injection is a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone device, mist, and magnetized water. , by a sprayer including a sprayer that emits one or more of hexagonal water, mist, sterilant, disinfectant, and phytoncide, or a combination device consisting of a mist machine; It is one or more of the following, or it is to do more than one.

The number 18 is a drone or mobility that sprays a disinfectant, 1) the drone or mobility is equipped with a sprayer equipped with a magnetizer and an ozone generator; The spraying is by the sprayer equipped with a vibrator; The disinfectant can be used as a mist; Removal of dust during disinfection by said disinfectant; 2) Or, the injection is a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone device, mist, and magnetized water. , by a sprayer including a sprayer that emits one or more of hexagonal water, mist, sterilant, disinfectant, and phytoncide, or a combination device consisting of a mist machine; It is one or more of the following, or it is to do more than one.

19 above refers to 1) disinfection by spraying mist; 2) Spray mist to disinfect and remove dust; 3) Disinfection and dust removal by spraying mist, mist or mist water; 4) Disinfection and dust removal by spraying mist with a spray gun; 5) Disinfection and dust removal by spraying fog and mist using a mist machine; 6) Disinfection and dust removal by spraying mist using a mist machine equipped with a magnetizer and ozone generator; 7) Or, the injection is a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave generator, ozone device, mist, and magnetized water. , disinfection and dust removal by spraying mist by a sprayer including a sprayer that emits one or more of hexagonal water, mist, sterilizing agent, disinfectant, and phytoncide, or a combination device consisting of a mist machine; 8) or a) magnetizer, vibrator, exciter, wave generator, ozone machine, mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passing through one of the above magnetizer or outlet. Disinfection, dust removal, one or more of which are provided, used or sprayed; Doing one or more of the selected items.

The above 20 refers to a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passed through one of the magnetizer or outlet. One or more of them is provided, used or sprayed, 1) disinfecting by emitting mist and removing dust by spraying water or mist, or 2) disinfecting by emitting mist by a mist machine equipped with a vibrator that radiates a magnetic field, Dust is removed by spraying water or mist using a sprayer that emits ozone, or 3) or the spray is a complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an ozone device that excites, or Fog and mist are produced by a sprayer including a complex device consisting of a sprayer or mist device that emits one or more of the magnetizer, vibrator, exciter, wave generator, ozone machine, mist, magnetized water, hexagonal water, mist, sterilizing agent, disinfectant, and phytoncide. to disinfect and remove dust.

The above 21 is a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of them, b) the following device, the following outlet, c) a substance or material passed through one of the magnetizer or outlet. One or more are provided, used, or sprayed to: 1) emit a fume to disinfect; 2) Release fumes to disinfect and remove dust; 3) Disinfection and dust removal by spraying mist, mist or mist water; 4) Disinfection and dust removal by spraying mist with a spray gun; 5) Disinfection and dust removal by emitting fumes and mist using a mist machine; 6) Disinfection and dust removal by emitting fumes using a mist machine equipped with a vibrating magnetizer and an exciting ozone group; 7) A complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave device, ozone device, mist, magnetized water, hexagonal water, and mist. , a complex device consisting of a sprayer or mist that emits one or more of sterilants, disinfectants, and phytoncides is used to emit fumes to disinfect and remove dust; Doing one or more of the selected items.

The above 22 includes 1) disinfecting the object or the air and removing dust from the object or the air; 2) the removal during the disinfection; 3) Disinfection and removal of the above by emitting fumes; 4) Disinfection and removal by spraying fog and mist; 5) Disinfection by emitting mist and removal by spraying water or mist; 6) Disinfection and removal by spraying mist from a sprayer; 7) Disinfection and removal by emitting fumes and mist generated from a mist machine equipped with a vibrating magnetizer and an exciting ozone group; 8) A complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave device, ozone device, mist, magnetized water, hexagonal water, and mist. , a complex device consisting of a sprayer or mist that emits one or more of sterilants, disinfectants, and phytoncides is used to emit fumes to disinfect and remove dust; 9) or a) magnetizer, vibrator, exciter, wave generator, ozone machine, mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passing through one of the above magnetizer or outlet. Disinfection, dust removal, one or more of which are provided, used or sprayed; Doing one or more of the selected items.

The above 23 refers to a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, a mist machine, two or more of these combined devices, b) the following device, the following outlet, c) a substance or material passed through one of the magnetizer or outlet. One or more of them provided, used or sprayed to 1) disinfect and remove dust; 2) Disinfection and removal of the above by emitting fumes; 3) Disinfection and removal by spraying fog and mist; 4) Disinfection by emitting mist and removal by spraying water or mist; 5) Disinfection and removal by spraying mist from a sprayer; 6) Disinfection and removal by emitting fumes and mist generated from a mist machine equipped with a vibrating magnetizer and an exciting ozone group; 7) A complex device consisting of a vibrator that emits a magnetic field, an exciter that emits ozone, a magnetizer that emits vibration, and an exciting ozone group, or the magnetizer, vibrator, exciter, wave device, ozone device, mist, magnetized water, hexagonal water, and mist. , a complex device consisting of a sprayer or mist that emits one or more of sterilants, disinfectants, and phytoncides is used to emit fumes to disinfect and remove dust; Doing one or more of the selected items.

The 24 refers to a) spraying a disinfectant, spraying a disinfectant, spraying one of mist, fog, moisture, steam, fog, bubbles, water vapor, water mist, or mist, or b) or in addition to the spraying, light, magnetization, or vibration. excitation, emitting one or more of ozone, magnetic field, phytoncide, c) or spraying using a sprayer equipped with a magnetizer and a vibrator, and emitting using a mist machine equipped with a vibrator and an ozone group, d) or using a magnetic field A complex device consisting of a radiating vibrator, an exciter that radiates ozone, a magnetizer that radiates vibration, and an exciting ozone device, or the magnetizer, vibrator, exciter, wave generator, ozone and mist, magnetized water, hexagonal water, mist, sterilizing agent, A combination device consisting of a sprayer or mist machine that emits one or more of disinfectant or phytoncide is used to perform one of the spraying, discharge, spraying and discharge.

25 above is a) spraying a disinfectant by a sterilizer, spraying a disinfectant by a sterilizer, spraying one of mist, fog, moisture, steam, fog, bubbles, water vapor, water mist, or mist by a mist machine, or b) or In addition to the spray, one or more of light, magnetization, vibration excitation, ozone, magnetic field, and phytoncide are emitted by a magnetizer, or c) or a vibrator 32 or an exciter in one or more of the sterilizer, sterilizer, mist machine, and magnetizer. , magnetizer (31), ozone device (34), vibrating magnetizer (36), magnetization vibrator, excitation magnetizer, magnetization excitation device (36), vibrating magnetization ozone device (36), magnetization and vibration ozone device (36), excitation device It is equipped with one selected from a magnetized ozone machine and a magnetized ozone machine to spray and emit the above, or d) or a composite device consisting of a vibrator that radiates a magnetic field, an exciter that radiates ozone, a magnetizer that radiates vibration, and an ozone device that excites, Or, a complex device consisting of a sprayer or mist machine that emits one or more of the magnetizer, vibrator, exciter, wave generator, ozone machine, mist, magnetized water, hexagonal water, mist, sterilizing agent, disinfectant, and phytoncide is used to spray, emit, It is either spraying or emitting.

The above 26 refers to a) spraying a disinfectant by a sterilizer or sprayer, spraying a disinfectant by a sterilizer or sprayer, and spraying a mist, mist, moisture, steam, fog, bubble, water vapor, water mist, or mist by a mist machine or sprayer. Sprays, emits one or more of light, magnetization, vibration, ozone, magnetic field, and phytoncide by a magnetizer, and is applied to one or more of the sterilizer, sterilizer, sprayer, mist machine, and magnetizer, Any one selected from the group consisting of a wave generator, an ozone group, a vibrating magnetizer, a magnetized vibrator, a vibrating magnetizer, a magnetized vibrator, a vibrating magnetized ozone device, a magnetized vibrating ozone device, an excited magnetized ozone device, and a magnetized vibrating ozone device is provided, or b) or In addition to the spraying, emission, and provision, a material that has passed through one of the magnetizer or magnetized ozone group is sprayed, and magnetization, vibration excitation, ozone, magnetic field, magnetic field vibration, and magnetic field are performed by one of the magnetizer or magnetized ozone group. emitting one of the vibrating ozone, or c) or a complex device consisting of a vibrator emitting a magnetic field, an exciter emitting ozone, a magnetizer emitting vibration, and an exciting ozone generator in addition to the spraying, emitting, and provision of a) above, or the above A complex device consisting of a sprayer or mist machine that emits one or more of a magnetizer, a vibrator, an exciter, a wave machine, an ozone machine, mist, magnetized water, hexagonal water, mist, sterilizing agent, disinfectant, and phytoncide is used to perform the spraying, emission, spraying, and spraying. It is one of the emissions.

The 27 a) emits light, irradiates a magnetic field during the emission of the light, sprays ozone during the irradiation of the magnetic field, and magnetizes, vibrates, fumes, mist, sterilizes, etc. during the spray of the ozone. radiating one or more of a disinfectant, disinfectant, disinfectant, or phytoncide, b) or emitting by a vibrator, irradiating by a magnetizer, spraying by an ozone group, or radiating by an exciter, or c) or a magnetic field. A complex device consisting of a vibrator that radiates, an exciter that radiates ozone, a magnetizer that radiates vibration, and an ozone device that excites, or the magnetizer, vibrator, exciter, wave generator, ozone and mist, magnetized water, hexagonal water, mist, and sterilizing agent. A complex device consisting of a sprayer or mist machine that emits one or more of , disinfectant, and phytoncide is used to emit, irradiate, spray, and radiate.

28 refers to a) during irradiation of a magnetic field, one or more of magnetization, vibration excitation, and ozone are radiated, the vibration is vibration by a magnetizer, the excitation is excitation by a magnetic field, and the ozone is a needle facing each other. It is generated by an electric discharge between the plate and the plate, and during the radiation, one or more of light, mist, mist, sterilizing agent, disinfectant, disinfectant, disinfectant, or phytoncide is emitted, or b) or the irradiation is a magnetizer, the radiation is A vibrator, the vibration is a magnetized exciter, the excitation is a vibrating magnetizer, the generation is a magnetized and vibrating ozone device, the emission is by a mist, or c) or a vibrator that radiates a magnetic field and an exciter that radiates ozone and that radiates vibration. A complex device consisting of a magnetizer and an exciting ozone device, or a sprayer or mist device that radiates one or more of the magnetizer, vibrator, exciter, wave device, ozone device, mist, magnetized water, hexagonal water, mist, sterilizing agent, disinfectant, and phytoncide. The above-described radiation and emission are performed using a configured complex device.

The 29 is provided with one or more of an ozone group and a mist machine, and the ozone machine emits ozone while emitting one or more of light, mist, mist, sterilizing agent, disinfectant, sterilizing agent, disinfectant, and phytoncide, and the misting machine is While spraying the mist, one or more of light, ozone, sterilizing agent, disinfectant, disinfectant, disinfectant, and phytoncide are emitted, and at least one of the ozone group and the mist device includes at least one of a magnetizer, a vibrator, an exciter, and a wave device. is provided, and the vibrator is a complex device that combines one or more of a vibrator that irradiates a magnetic field, an exciter that irradiates a magnetic field, and a magnetizer, an ozone generator, and a mist device that irradiates a magnetic field, and the vibrator is an asymmetric rotating body. It is an exciter equipped with a vibrator that generates a magnetic field during vibration due to rotation, and the magnetizer is used by the complex machine to generate vibrating material, vibration frequency, excited material, excited water, magnetization, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, It is a magnetizer that generates or sprays one of mist, phytoncide, or a composite of two or more of them.

The number 30 is a drone or mobility device having one or more functions of disinfection and sterilization, and the drone is any one selected from drone 1, drone 2, drone 3, drone 4, drone 5, drone 6, drone 7, and drone 8. The drone 1 is a) disinfectant, disinfectant, disinfectant, disinfectant, disinfectant, antibacterial agent, reactive agent, photocatalyst, phytoncide; Mist with one of these; It is a drone that sprays one or more of the above, or b) or is equipped with one or more of a disinfectant or sterilizer, or c) or sprays one or more of the disinfectant or mist by one or more of a disinfector or sterilizer. The drone 2 is a drone equipped with a sterilizing lamp and spraying mist, or a drone equipped with a lamp and a mist machine that sprays mist. The drone 3 is a drone that disinfects or sterilizes by one of vibration (5), excitation, ozone (7), and magnetic field (6), or by radiating one of magnetization, vibration excitation, ozone, and magnetic field. The drone 4 is a drone that disinfects or sterilizes by emitting one or more of light, magnetic field, ozone, mist, sterilizing agent, disinfectant, and phytoncide. The drone 5 is a drone that disinfects or sterilizes by spraying mist while emitting one or more of light, magnetic field, ozone, mist, disinfectant, disinfectant, and phytoncide.

The drone 6 is a drone that disinfects or sterilizes by emitting a magnetic field while emitting light and spraying one or more of ozone, mist, disinfectant, disinfectant, and phytoncide. The drone 7 is a drone equipped with an ozone device that sterilizes or disinfects with ozone. The drone 8 is one of the drones 1, drone 2, drone 3, drone 4, and drone 5, and is equipped with at least one of a sterilizer and a sterilizer, and at least one of the drones, the sterilizer and the sterilizer includes a) a magnetizer (31), Vibrator (32), exciter (33), ozonator (34); Two or more of these are combined: a vibrating magnetizer (36), a magnetized vibrator, an excited magnetizer, a magnetized vibrator (36), a vibrating magnetized ozone device (36), a magnetized vibrating ozone device (36), an excited magnetized ozone device, and a magnetized vibrating ozone device. Ki (36); Either one of the following devices is provided, or b) or the following device is provided, or c) or the magnetizer to the magnetized ozone group, or a material that has passed through one of the following devices is used or sprayed.

The 31 is mounted on one or more selected from the group consisting of a filter, purifier, dust collector, sprayer, and mist machine, and one or more of the filter, purifier, dust collector, sprayer, mist machine, drone, and mobility a) magnetizer (31). , vibrator (32), exciter (33), ozonator (34); Two or more of these are combined: a vibrating magnetizer (36), a magnetized vibrator, an excited magnetizer, a magnetized vibrator (36), a vibrating magnetized ozone device (36), a magnetized vibrating ozone device (36), an excited magnetized ozone device, and a magnetized vibrating ozone device. Ki (36); Either one of the following devices is provided, or b) or the following device is provided, or c) or the magnetizer to the magnetized ozone group, the material that has passed through one of the following devices is used or sprayed. The number 32 is a drone equipped with at least one selected from a filter, purifier, dust collector, sprayer, and mist machine.

The drone, mobility, mobility device, purifier 40, a purifier linked to the mobility or mobility device, a purifier provided in the mobility or mobility device, etc. include purifier 1, purifier 2, purifier 3, purifier 4, purifier 5, purifier 6, Purifier 7, Purifier 8, Purifier 9, Purifier 10, Purifier 11, Purifier 12, Purifier 13, Purifier 14, Purifier 15, Purifier 16, Purifier 17, Purifier 18, Purifier 19, Purifier 20, Purifier 21, Purifier 22, Purifier 23 , any one selected from the purifier 24, b) or the drone or mobility device may be equipped with any one selected from the cleaners 1 to 24, or c) or the purifier may be equipped with a drone, mobility, mobility device, etc. .

The purifier 1 is a purifier, purifier, water purifier, vacuum cleaner, washer, washer, car wash, washing machine, sprayer, nozzle, water cannon, shower, mixer, injector, syringe, injector, dust collector, collector, absorber, filter, aerator, reactor. , coagulator, precipitator, sterilizer, disinfector, filter, separator, shredder, sorter, processor, blower, ventilator, heater, electric fan, rotating fan, ventilation fan, drone, tube, adsorption tower, ventilation equipment, purification tunnel, clean tunnel, Spray tunnel, dust collection tunnel, spray passage, dust collection passage, spray arch, dust collection arch, purification facility, clean facility, spray facility, dust collection facility, mist machine, water sprayer, mist sprayer, mist sprayer, sprinkler, ventilation facility, two or more of these These include combined multi-function devices, multi-function devices in which two or more of them are sequentially combined, etc. The purifier 2 is a combined device consisting of two or more of the purifier and ventilation system. The purifier 3 is equipped with one or more of the following: a nozzle with a pump, a sprayer with a pump, a nozzle with a collision plate and an expansion cone, a drone with a nozzle, a drone with a sprayer, a sprayer with a nozzle, a sprinkler with a nozzle, the purifier or ventilation facility, and the above complex device. It's a drone. The purifier 4 is one selected from the purifiers, ventilation facilities, and multi-function devices provided in the drone.

The purifier 5 is a tank, barrel, ship, rod, fan, dam, river, pillar, drone, vehicle, engine, boat, tube, nozzle, hose, hopper, box, tank, pipeline, piping, pump, filter, wall, Doors, windows, windows, windows, glass, ceilings, ceilings, indoors, outdoor, buildings, houses, factories, chimneys, sites, aerial, underwater, underground, tunnels, roads, lanes, horizontal, flue, sidewalks, sidewalks, bridges, At least one selected from the group consisting of construction sites, underpasses, passages, street lights, traffic lights, signs, separators, pavements, pipes, hollow bodies, moving bodies, floating bodies, flying bodies, combustors, incinerators, pourers, sprayers, filters, cases, and housings. This applies to the purifier or combination device provided in . The purifier or combination device is the purifier, ventilation facility, or combination device. The group or complex may include the tank or housing, etc.

The purifier 6 is any one selected from the above purifiers and combination devices equipped with one or more of the tanks and housings. The purifier 7 is any one selected from the tank or housing equipped with one of the purifiers or multi-function devices. The purifier 8 is any one selected from the tanks or housings provided with one or more of the tanks or housings. The purifier 9 is any one selected from the above purifiers to multi-function devices equipped with one of the above-mentioned purifiers to multi-function devices. The purifier 10 is any one selected from the purifiers or multi-function devices having one of the shapes of the tank or housing.

The purifier 11 includes a) at least one of an inlet, hose, hood, and suction device (174) on one side of a case (78, 100, and 195); an outlet on the other side; Inside, there is an ozone generator (191), a lamp (90), a coil (85) for a heater, etc., sequentially or randomly; Photocatalyst coating on the inner or outer surface; b) at least one of a fan 93, a rotating fan 93, a suction fan 93, a vacuum pump 175, a vacuum hose 175, and a vacuum pump hose 175 on one or more of the one side and the other side; c) a net 215 or a perforated plate 215 at the front or rear end of at least one of the fans and vacuum pumps; d) the fan, net, other side, outlet, perforated plate, vacuum pump; One of the front and rear ends; In one or more of the following, in random or sequential order, a water tank (100, 176), a dust collector (76), a cyclone (83), a cyclone dust collector (83), a filter (84), a filter membrane (84), a filter material (84), and a filter tank (84). ), one or more of the adsorption tank (84), filter media (84), and filter cartridge (84); e) a hose (78), a passage (78), a pipe (78), a stand (91), a wheel (163), a lamp (90), an aspirator (174), a pump (175) mounted on one or more of the above devices, Vacuum pump (175); It is a purifier (40, 96) equipped with a light.

The purifier 12 is an additional or separate purifier from the purifier 11, and the air or material introduced by vacuum is stored in the tank 100, water tank 176, dust collector 83, cyclone 83, and filter 84. These are purifiers (40, 96) that are purified by one or more. See Figure 3. The purifier 13 is a separate purifier added to one or more of the purifiers 11 and 12, and includes an internal hollow cylindrical filter (84, 170), an activated carbon filter medium (84), and a rotating fan (93) in random or sequential order on the upper part thereof. , purifiers (40, 96) integrated with one or more of the protective nets (171).

The purifier 14 is a purifier added to or separate from one or more of the purifiers 11, 12, and 13, and c) is a purifier (40, 96) equipped with a sterilizing lamp (90) and spraying mist to purify dust. The purifier 15 is a separate purifier added to one or more of the purifiers 11, 12, 13, and 14, and sprays the mist, etc. (30, 230) into the air through a nozzle, sprayer, spray means, etc. (79). These include drones or mobility (65) that remove dust from the air.

The purifier 16 is a) negative pressure type, positive pressure type, wind power type, flow type, no wind type, negative pressure purification type, positive pressure purification type, negative pressure ventilation type, positive pressure ventilation type, wind negative pressure type, wind positive pressure type, flow wind negative pressure type, flow wind type. Positive pressure, wind-free negative pressure, wind-free positive pressure, wind-free negative pressure purification, wind-free positive pressure purification, wind-free negative pressure purification, wind-free positive pressure purification, wind-free negative pressure ventilation, wind-free positive pressure ventilation, wind-free negative pressure ventilation, wind-free positive pressure ventilation. ; b) Negative pressure type in which (-) pressure acts on the room or inside, positive pressure type in which (+) pressure acts in the room or inside, wind type in which the wind blows, oil-wind type in which wind is used, no-wind type in which wind is not used. , negative pressure type, which extracts air from the room or inside with a fan or pump, positive pressure type, which draws air from the outside into the room or inside with a fan or pump, etc., wind power type with wind blowing, positive wind type with wind blowing, and no wind blowing type. Wind-free type, wind-powered type with a wind speed of more than 10 cm/sec, flowing-wind type with a wind speed of more than 10 cm/sec, no-wind type with a wind speed of less than 10 cm/sec, negative pressure purification type that cleans the air by extracting it from the room or inside, Positive pressure purification type, which cleans by introducing air from the outside into the room or inside; negative pressure ventilation, which ventilates by pulling out air from the room or inside; positive pressure ventilation, which ventilates by bringing air into the room or inside from the outside; Wind-free positive pressure ventilation that ventilates by introducing air at a speed of 10 cm/sec or less; c) or the negative pressure type or wind-free positive pressure ventilation type mounted on one of the walls, doors, windows, windows, windows, glass, ceilings, and ceilings; One of the above purifiers is one selected from the group consisting of a combination device.

The purifier 17 is one selected from the above purifiers and combination devices equipped with one or more of A, B, and C below. The A is a filter, filter box, filtration filter, pre-filter, sedimentation filter, HEPA filter, deodorizing filter, membrane filter, sand filter, activated carbon filter, hollow fiber filter, pre-treatment filter, post-treatment filter, nano filter, ultra filter, micro It is one selected from among filters, cartridge filters, and two or more composite filters. B is one selected from among a fan, ventilation fan, exhaust fan, compressor fan, blower fan, or wind fan mounted before, during, after, inside, or outside of one of the filters or composite filters. C is a sensor, a lamp, , display unit, or case. The sensor includes a dust detection sensor, a pollution detection sensor, a water quality detection sensor, an air quality detection sensor, an infrared sensor, a near-infrared sensor, an ultraviolet sensor, a thermal image sensor, a hyper spectral sensor, a multi spectral sensor, These include digital cameras, GPS (global positioning system), and INS (inertial navigation system). The lamp is one or more selected from the group consisting of a lamp, a sterilizing lamp, an LED lamp, an air quality indicator lamp, a pollution concentration indicator lamp, a dust concentration indicator lamp, a filter replacement notification lamp, and a lamp that displays what is detected by the sensor. The display unit displays one or more of dust concentration, fine dust concentration, ultrafine dust concentration, pollution concentration, gas concentration, temperature, time, heavy metal concentration, VOCs concentration, CO concentration, CO ₂ concentration, wind intensity, and wind speed. , liquid crystal display, LCD is one of the liquid crystal displays. The case' is a) a case including one or more of the filter or composite filter, fan or wind fan, sensor or display unit, or b) or one of a hole, a screw hole, a hanging hole, a fixing hole, or a wall hanging hole. This is the case in which this was formed.

The purifier 18 includes a) a magnetizer, a vibrator, an exciter, a wave generator, an ozone machine, and a mist machine; Among these, two or more multi-function devices; b) or a vibrating magnetizer, magnetized vibrator, excited magnetizer, magnetized vibrator, vibrating magnetized ozone machine, magnetized vibrating ozone machine, excited magnetized ozone machine, magnetized vibrating ozone machine; This is a purifier equipped with one of the selected ones. The purifier 19 generates any one selected from among magnetization, vibration excitation, ozone, magnetic field, magnetic field vibration, oscillating magnetic field, magnetic field excitation, excitation magnetic field, magnetic ozone oscillation, and oscillating ozone magnetic field by one of the magnetizer or magnetized ozone generator. Or it is a purifier that emits air. The purifier 20 is a drone, mobility, a substance generated from one of the magnetizer or complex machine, vibrating material, vibration frequency, excited water, excited water, magnetization, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, phytoncide; A complex of two or more of these; It is a purifier that radiates or sprays one of the selected substances. The purifier 21 is equipped with light, magnetization, vibration excitation, ozone, magnetic field, mist, sterilizing agent, disinfectant, vibrating material, vibration frequency, excitation water, excitation water, magnetization, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, and disinfectant. , disinfectants, antibacterial agents, disinfectants, reactive agents, coagulants, photocatalysts, microorganisms, phytoncides; A composite of two or more of the above mist or phytoncide; It is a purifier that radiates or sprays one of the selected substances.

The purifier 22 purifies, purifies, magnetizes, vibrates, aerates, vortexes, Advection, pressurization, acceleration, agitation, circulation, dispersion, diffusion, flocculation, reaction, sterilization, disinfection, stimulation, shaking, purification, atomization, granulation, micronization, granulation, nanoization, picoization, femtoization, atomization, humidification , wetting, fluidizing, liquefying, bubbling, foaming, expanding, lightweighting, misting, hexagonal hydration, slurrying, ozonation, magnetic treatment, and micronization. The purifier 23 purifies an object, the public, air, pollution, water quality, water, sewage, sewage by one or more selected from the group consisting of the purifier, a magnetizer or a magnetized ozone group, a magnetized or vibrating ozone magnetic field, a material or a composite, or a light or a composite. , wastewater, muddy water, dust, dust, foreign substances, tunnels, buildings, roads, pavements, exterior walls, pipes, pipes, tanks, wastes, objects, soundproof walls, purify, purify, wash, wash, launder any one or more selected from the group consisting of , car washing, cleaning, dust collection, processing, and dust removal. The purifier 24 is self-supporting, attached, hanger, indoor, outdoor, mobile, vehicle, fixed, drone, mobile, boat, tunnel, house, factory, wall, and glass. , This is one of the ceiling-mounted purifiers.

1) The drone or mobility is a) a drone, airplane, flying vehicle, mobility, mobile drone, vehicle-type drone, boat-type drone, indoor drone, outdoor drone, tunnel-type drone, etc., or b) or is equipped with a plurality of propellers. This may include a drone or mobility device equipped with a main body, a motor that provides rotational force to the propeller, and a battery or generator that provides power to the motor. 2) The water cannon can be a water cannon, a mobile water cannon, a vehicle-type water cannon, a boat-type water cannon, an indoor water cannon, an outdoor water cannon, a tunnel-type water cannon, water cannon 1, water cannon 2, etc. The water cannon 1 includes a) frame 171; Laura (163) in the lower part of the tooth; A handle (210) and a rotating fan (93) at the top; Controller 197 of the rotating fan; The water cannons 195 and 202 include one or more nozzles 79 before or after the rotating fan. The water cannon 2 includes a water tank 100, a mist generator 202 provided at the front, inside, outside, and rear of the water tank, a controller 197 for controlling the mist generator, and mist 230 generated from the mist generator. A pump 103 that pressurizes the water in the water tank, a nozzle or sprayer 79 that sprays the mist 230 into the air, the atmosphere, objects, buildings, exterior walls, tunnels, roads, pavements, etc. 121, the water tank A vehicle 106 equipped with one or more of the sprayers or a vehicle 106 equipped with wheels 163, a water cannon 40 equipped with one or more of the water tanks or vehicles, etc.

3) The above purifiers include: a) purifier, air purifier, pollution purifier, water purifier, sewage purifier, wastewater purifier, dust purifier, indoor purifier, outdoor purifier, mobile purifier, vehicle purifier, fixed purifier, drone purifier, boat type purifier, tunnel-type purifier, residential purifier, factory purifier, etc., or b) or inlet hose (78); A coagulation tank (110) containing a pipe (111) connected to the hose; an injector (82) for injecting a coagulant into the pipe; A screen 112 for filtering foreign substances mounted between the outer wall of the pipe and the inner wall of the flocculation tank; A rotating scum collector (107) mounted on the water surface of the flocculation tank; A scum collector (76) provided on the surface of the water; A pipe 78 connected to the scum collector and carrying scum to the outside; A magnetizer (3) provided on the hose and pipe, etc.; A settling unit 113 provided at the bottom of the flocculation tank; An outlet (114) connected to the sedimentation portion thereof to carry the sediment to the outside; an outlet hose (78) provided on top of the screen; It is a purifier composed of etc.

4) The above dust collector is a) dust collector, dust collector, dust collector, fine dust collector, indoor dust collector, outdoor dust collector, mobile dust collector, vehicle type dust collector, fixed dust collector, drone type dust collector, tunnel type dust collector, residential dust collector, factory use. A dust collector, etc., or b) or b1) frame 171, or a frame 171 provided on a cart, roller, moving means, etc. 163; b2) one or more inhalers 174, either on the floor or in the air, mounted on its frame; Or at least one suction device (174) on the floor or in the air provided with a rotating brush (205); b3) a bucket (203) in which one or more of dirt, fungus, soil, sand, scrap metal, contamination, sludge, slurry, slime, foreign substances, and debris discharged by the rotation of the rotating brush is deposited; b4) a mist machine (202) that sprays mist into the inhaler rear passage or deposits in the bucket; b5) A rotating fan (93), a rotating fan (93) equipped with a motor (162), a mister (202), a heater (85), and a tank or water tank (100, 176) connected randomly or sequentially to the inhaler or its passage. , dust collector (83), cyclone (83), filter (84); b6) one or more sprayers 79, lamps 90, ozone units 191, and negative ion units 201 on the floor or in the air provided on the frame 171; g) Hose (78), passage (78), pipe (78), stand (91), wheel (163), lamp (90), suction device (174), pump (175) mounted on the device, frame or anion device, etc. ), a vacuum pump 175, and a vacuum pump 175 connected to an aspirator are dust collectors 40 and 96. The heater 95 is provided in the passage, bucket, rear end of the filter, etc., and serves to heat, heat, sterilize, and disinfect air and substances that are incoming, outgoing, and passing through. The lamp 90, ozone generator 191, negative ion generator 201, etc. also play a role in heating, heating, sterilizing, and disinfecting air, atmosphere, public space, and materials.

5) The cleaners include vacuum cleaners, indoor cleaners, outdoor cleaners, mobile cleaners, vehicle cleaners, stationary cleaners, drone-type cleaners, boat-type cleaners, tunnel-type cleaners, residential cleaners, factory cleaners; Vacuum cleaner 1, Vacuum cleaner 2, Vacuum cleaner 3, Vacuum cleaner 4, Vacuum cleaner 5, Vacuum cleaner 6, Vacuum cleaner 7, etc. are available. The cleaner 1 is a mist machine that generates or sprays mist or mist water containing water. The cleaner 2 is a rotary cleaner equipped with a rotating brush 205, a central axis 260 of the rotating brush or a central axis 260 of the inner hollow outer shell 262, and a motor 162 that rotates the central axis. The cleaner 3 includes a water tank 100, a hose 78, which supplies one or more of water, pressure, air, and bubbles to one or more of the mist, mist water, mist machine, rotating brush, central axis, internal hollow, and cleaner, It is a vacuum cleaner equipped with one or more of a pump (103), a water supply line, and a compressor (98). The cleaner 4 is a cleaner equipped with one of a holder and support 91 for holding one or more of the mist machine, a rotating brush, a central axis, a motor, a cleaner, a water tank, or a compressor. The cleaner 5 is a frame 171 on which one or more of the mist machine or compressor (i.e., mist machine, rotating brush, central axis, motor, cleaner, water tank or compressor), holder, cart 163, truck, or vehicle is mounted. (163), instrument, drone (65), mobility, suspender, carrier, platform (171), mobile frame, means of transportation (163), one of the means of flight. The cleaner 6 includes the mist machine or holder (i.e., the mist machine, compressor, or holder), a frame or a flying means (i.e., frame, cart, truck, vehicle, mechanism, drone, mobility, suspender, support, platform, moving frame) , a means of transportation, a means of flight) sequentially provided on one or more of a hood or suction port 174, a suction line 78, an aspirator or vacuum pump 175, a dust collector or water tank 100 or a cyclone 83, a filter or Two or more of the filter cartridge (84) and heater (85). The cleaner 7 includes a hood or suction inlet 174, a suction line 78, an inhaler or vacuum pump 175, a dust collector or water tank 100, or a cyclone ( 83), a filter or filter cartridge (84), and a heater (85). The cleaner 8 includes the mist machine or flying means (i.e., the mist machine or holder, frame or flying means), a hood or filter cartridge (i.e., hood or suction port, suction line, suction machine or vacuum pump, dust collector or water tank or cyclone, A vacuum cleaner (40, 96) equipped with one or more of a filter or filter cartridge.

6) The blower is a) a blower, indoor blower, outdoor blower, mobile blower, vehicle blower, fixed blower, drone-type blower, tunnel-type blower, etc., or b) or b1) body (100, 195), perforated a body, a lower perforated body and an upper non-perforated body, a body 100, 195 having an upper cross section narrowed into a cone 76 shape; b2) a motor mounted inside one of its bodies; b3) a rotary blade or a blade rotated by the motor; b4) Ring nozzle 220, ring nozzle 220, ring-shaped nozzle, hollow ring nozzle, gap or slot along the circumference through which the wind 221 provided by the rotation of the blade or the vacuum pump flows in or passes through. 222), a hollow ring nozzle 220 formed, a hollow ring nozzle with an inner side 223 that is curved, round, or inclined, a hollow ring nozzle with a flat outer side, a hollow ring nozzle with an inner side 223 curved and an outer side 224 flat, A hollow ring nozzle with a gap 222 formed along the circumference, a curved inner surface 223 and a flat outer surface 224, the nozzle 220 through which the wind 221 is discharged through the gap or slot 222; b5) the inner side, curved surface, round surface, inclined surface 223 through which the discharged wind 221 flows quickly; or the outer, flat surface 224 that flows slowly; b6) the inner, curved, rounded, or inclined surface (223) having lower air pressure than one of the outer, flat surfaces (224) due to the fast and slow speeds; b7) the inner side, curved surface, round surface, inclined surface 223 into which the surrounding air 225 flows due to one or more of the high pressure and low air pressure; b8) a ring 220 through which the introduced air 225 flows or is blown 226 through one of the inner, curved, round, and inclined surfaces 223, like the wind 221; b9) the blowing air (226) flowing in a direction towards or towards the opening of the gap or slot (222) or outward or away from the ring; b10) the ring 220 through which the blowing air 226 is blown; It is a blower equipped with one or more of the following.

7) The filter can be filter 1, filter 2, etc. The filter device 1 is a filter device equipped with one of a filter, a cyclone pretreatment filter, a filter material in which a filter material is placed after the filter, a filter material in which a filter is mounted after the filter material, and a filter material filter in which a filter material and a filter are mixed. The filter 2 is one of a filter, a filter container, a filter case, and a filter cartridge into which one of the filters is inserted. 8) The water purifier includes a water purifier, a filter water purifier, an ion water purifier, an alkaline water purifier, an electrolytic water purifier, an electrolyzer (71), a water purifier (88), an inlet hose (78), a filter (84), cold and hot water purifiers (85, 86), and water intake. A water purifier (88) consisting of a faucet (75), in which acidic water (170) is discharged and alkaline water (171) is taken in through a filter (84), hot and cold units (85, 86), and a water intake faucet (75). , cold and hot water purifiers (88, 89) that discharge hot and cold water from bottled water bottles, indoor water purifiers, outdoor water purifiers, mobile water purifiers, vehicle water purifiers, fixed water purifiers, drone-type water purifiers, boat-type water purifiers, etc. Here, the cold and hot units 85 and 86 are composed of a heater 85 and a cooler 86, and heat and cool the passing water. The water purifier may be equipped with the mist machine, a magnetizer, or a magnetization vibrator, etc.

9) The above ventilation facilities or ventilation equipment include a) hoods, ducts, chimneys, ventilators, fans, blowers, exhaust fans, supply ports (255), exhaust ports (256), vents, vents, supply and exhaust ports, ventilation lines, ventilation facilities, Ventilation equipment, air supply line (255), exhaust line (256), supply and exhaust lines (255, 256), natural ventilation equipment, forced ventilation equipment, mechanical ventilation equipment, ventilation opening installed at a height of 2 m or more from the floor, vertically from the floor Ventilation equipment (252, 253) installed at a height of 1.2 m or higher, ventilation equipment that ensures that the building is ventilated more than 0.5 times per hour, a supply port (254) on one side or the floor, and an exhaust vent (排) on the other side or on the top of the wall. Ventilation equipment consisting of an air machine (252), a positive pressure air supply machine (251) on one side or the floor, and an exhaust port (排氣口, 253) on the other side or on the top of the wall. Ventilation equipment consisting of a positive pressure supply device (251) and a negative pressure exhaust device (252) on the other side or on the top of the wall; b) the hood or ventilation equipment equipped with a fan (93) or pump (103); Any one selected from among them is possible.

10) The purification tunnel can be a door, gate, tunnel, passage, arch, tank, box, etc. equipped with an inhaler. When a vehicle, object, person, etc. (121) passes by, air, pressure, mist, etc. are sprayed (79) to desorb dust, dust, etc., and the air is sucked (174) using a vacuum or suction device. Water is moved to one side using a fan (93) and settled and collected using a tank, water tank, dust collector, cyclone, etc. (100).

11) The processors may include processor 1, processor 2, processor 3, processor 4, processor 5, processor 6, etc. The processor 1 purifies, purifies, purifies, cleans, washes, washes, washes, washes, sprays, showers, mixes, injects, injects, dust collection, captures, adsorbs, filtration, aerates, blows, vents, hot air, fan, adsorption, It is a device that performs one or more of the following: ventilation, separation, selection, pulverization, shredding, processing, disposal, and dust removal. The processor 2 is a device that purifies or removes dust from one or more of water, water, soil, soil, pollution, air, gas, sewage, water, sewage, turbid water, waste water, contaminated water, and waste. The processor 3 is one of the purifiers and ventilation facilities. The processor 4 is a complex device composed of two or more of the purifier and ventilation system. The processor 5 is a processor equipped with two or more of the purifier and ventilation facilities. The processor 6 is one of the purifier, ventilation facility, and complex device that performs one or more of the purification and dust removal.

12) One of the above purifiers or multi-function devices (40) includes a) negative pressure type (280), positive pressure type (281), wind type, flow type, no wind type, negative pressure purification type (280), positive pressure purification type (281), and negative pressure type. Ventilation type (280), positive pressure ventilation type (280), wind negative pressure type, wind positive pressure type, wind negative pressure type, wind positive pressure type, wind-free negative pressure type, wind-free positive pressure type, wind negative pressure cleaning type, wind positive pressure cleaning type, wind-free negative pressure cleaning type. Formal, wind-free positive pressure ventilation, wind-free negative pressure ventilation, wind-free positive pressure ventilation, wind-free negative pressure ventilation, wind-free positive pressure ventilation; b) Negative pressure type (280) in which negative pressure or (-) pressure acts indoors or inside, positive pressure type (281) in which positive pressure or positive pressure acts in the room or inside, wind power type in which the wind is used, Flow type, windless type that does not use wind, negative pressure type (280), which extracts air from the room or inside with a fan or pump, positive pressure type (281), which draws air from the outside into the room or inside with a fan or pump, etc. Wind-powered type with the wind blowing, Stream-wind type with the wind blowing, No-wind type with no wind, Wind-powered type with a wind speed of 10 cm/sec or more, Stir-wind type with a wind speed of 10 cm/sec or more, No-wind type with a wind speed of 10 cm/sec or less Negative pressure purification type (280), which purifies the air by extracting it from the room or inside, positive pressure purification type (281), which cleans the air by drawing it from the outside into the room or inside, and negative pressure ventilation type, which ventilates by extracting air from the room or inside. (280), a positive pressure ventilation type (281) that ventilates by introducing air from the outside into the room or inside, and a wind-free positive pressure ventilation type (281) that ventilates by introducing air from the outside into the room or inside at a speed of 10 cm/sec or less; c) or the negative pressure type or wind-free positive pressure ventilation type mounted on one of the walls, doors, windows, windows, windows, glass, ceilings, and ceilings; One of the purifiers, complex devices, etc. 40 may be included.

13) The purifier or complex machine, etc. 40 includes a) the purifier or complex machine, etc. provided with the following A, B, C, etc., or b) or the wall 298 with the following A, B, C, etc., Doors, windows 299, windows, windows, glass 299, ceilings, ceilings, the purifier to the complex device, etc. 40 provided either indoors or outdoors may be included. The A is a filter 290, filter box, filtration filter, pre-filter, sedimentation filter, HEPA filter, deodorization filter, membrane filter, sand filter, activated carbon filter, hollow fiber filter, pre-treatment filter, post-treatment filter, nano filter, ultra It is one (290) selected from among filters, microfilters, cartridge filters, and two or more composite filters. The B is a fan (291) mounted on one of the front, middle, back, inside, and outside of one of the filter or composite filter, a ventilation fan, an exhaust fan, a compressor fan, a blowing fan, or a wind fan (291) selected from the group. am. The C is one or more selected from a sensor, lamp, alarm, display unit, and case. The sensor includes a sensor 292, a dust detection sensor, a pollution detection sensor, a water quality detection sensor, an air quality detection sensor, an infrared sensor, a near-infrared sensor, an ultraviolet sensor, a hyper spectral sensor, a multi spectral sensor, and a digital sensor. One or more of a camera, a global positioning system (GPS), or an inertial navigation system (INS). The lamp is one or more of the lamp 293, a sterilization lamp, an LED lamp, an air quality indicator lamp, a pollution concentration indicator lamp, a dust concentration indicator lamp, a filter replacement notification lamp, and a lamp that displays what is detected by the sensor. The alarm is an alarm (294) notifying filter replacement. The display unit shows dust concentration, fine dust concentration, ultrafine dust concentration, pollution concentration, gas concentration, temperature, time, heavy metal concentration, VOCs concentration (volatile organic compounds), CO concentration (carbon monoxide), and CO2 concentration (carbon dioxide ₎ . , a display unit 295 that displays one or more of wind intensity and wind speed, a liquid crystal display unit, and an LCD liquid crystal display unit. The case is a) a case 296 containing one or more of the filter or composite filter, a fan or wind fan, a sensor or a display unit, or b) or a hole 297, a screw hole, a hanging hole, a fixing hole, This is the case 296 in which one of the holes for wall hanging is formed.

The mist includes haze, fog, moisture, steam, fog, bubbles, water vapor, water fog, mist, mist, etc. By the light, magnetic field, magnetization, vibration excitation, ozone, mist, sterilizing agent, disinfectant, phytoncide, etc., certain or the above substances are purified, purified, magnetized, vibrating excitation, aeration, vortex, advection, pressurization, acceleration, etc. Stirring, circulation, dispersion, diffusion, coagulation, reaction, sterilization, disinfection, stimulation, shaking, purification, atomization, granulation, micronization, granulation, nanoization, picoization, femtoization, atomization, humidification, wetting, fluidization, It can be liquefied, bubbled, foamed, expanded, lightweight, misted, hexagonal hydrated, slurried, ozonated, magnetic treated, microsized, energy increased, dust removed, etc. And purification by sterilizing light, purification by ozone, vibration by excitation, excitation by vibration, aeration by vibration, vortex by excitation, advection by magnetic field, pressurization by vibration, acceleration by excitation, vibration. Stirring by vibration, circulation by vibration, dispersion by magnetic field, diffusion by magnetic field, sterilization by ozone, disinfection by ozone, stimulation by vibration, shaking by vibration, purification by ozone, atomization by vibration, magnetic field Granulation by vibration, micronization by vibration, segmentation by vibration, nanoization by vibration, picoization by vibration, femtoization by ions, atomization by magnetic field, humidification by vibration, humidification by vibration, vibration Fluidization by , liquefaction by magnetic field, weight reduction by vibration, mist by magnetic field, hexagonal hydration by magnetic field, ozone treatment by ozone, magnetic treatment by magnetic field, energy increase by vibration, etc.

The mist machine of the present invention a) generates, compositions, forms, radiates, irradiates, sprays, sprays, fountains, sprays, launches, discharges mist, fog, moisture, fog, mist, the mist or composite, the mist or composite mist, etc. , devices for discharging, shorting, etc., fans, devices, instruments, machines, means, sensors, devices, equipment, nozzles, drones, mobility, boxes, tanks, water tanks, tubes, pipes, storage tanks, humidifiers, This includes fans, blowers, ventilators, sprayers, spray means, sprinklers, and the above mist machines. And the mist machine is a) mist machine, light mist machine, lamp mist machine, magnetized mist machine, light magnetized mist machine, lamp magnetized mist machine; b) or a mist machine on which an exciter, a magnetizer, a magnetizer, a magnetizer, etc. are mounted, the mist machine, the mist machine in an excited magnetic field, the mist machine in a magnetic field; c) an exciter, magnetizer, exciter, and magnetizer equipped with one or more of the mist, nozzle, or sprayer; d) the mist machine, scraper, machine, or magnetizer; etc. also apply.

The purifier or ventilation system of the present invention includes a mist spray purifier, a mist water purifier, a mist air spray dust collector, a mist washer, a mist discharge water purifier, a mist application processor, a mist water sprayer, a mist air pourer, a mist wet separator, This also includes mist spray adsorption towers, mist spray ventilation equipment, mist-using cleaning means, cleaning devices that spray mist air, mist-coated clean materials, and mist-generating clean facilities. The filters include filters, filtration filters, pre-filters, sedimentation filters, HEPA filters, deodorization filters, membrane filters, sand filters, activated carbon filters, hollow fiber filters, pre-treatment filters, post-treatment filters, nano filters, ultra filters, micro filters, etc. It applies.

In the present invention, a magnetizer (31), a vibrator (32), an exciter (33), an ozone device (34); Two or more of these are combined: a vibrating magnetizer (36), a magnetized vibrator, an excited magnetizer, a magnetized vibrator (36), a vibrating magnetized ozone device (36), a magnetized vibrating ozone device (36), an excited magnetized ozone device, and a magnetized vibrating ozone device. The group 36 and the like include a) the magnetizer to the magnetized ozone group; b) one or more multiple vibrators, one or more multiple magnetizers, one or more multiple ozone generators, one or more multiple vibrators, one or more magnetizers and one or more ozone generators combined; c) Magnetizer, vibrator, exciter, wave generator, ozone generator that generates vibration; d) Magnetizer, vibrator, exciter, wave generator, ozone generator that generates a magnetic field; e) Magnetizers, vibrators, exciters, wave generators, ozone generators that generate vibrations and magnetic fields; f) Magnetizers, vibrators, exciters, wave generators, and ozone generators that generate ozone; g) A vibrator or exciter that generates vibration by rotation of a rotating body or an asymmetric rotating body; h) A vibrator or exciter that generates vibration by rotation of the rotating body 24 or the asymmetric rotating body 24 provided in the motor 26 equipped with a switching unit for adjusting the flow direction of power; i) a vibrator, an exciter, and the case that generate vibration by the motor case (7), the rotating body case (7), the asymmetric rotating body case (7), etc. by the rotation; j) the power unit 20, converter 21, inverter 22, detection unit 23, switching unit 24, control unit 25, motor 26, rotation shaft 23, rotating body 24, A vibrator, vibrator, case in which the case (7), etc. is provided or inserted; k) the magnetizer or case provided with a certain ozone group (34); ℓ) an ozone device equipped with one of the magnetizers and cases; m) cones, nozzles, tubes, boxes, tanks, pipes (29) on which the magnetizer, ozone generator, etc. are equipped, mounted, installed, embedded, inserted, attached, mounted, etc.; n) a tube, box, tank, pipe (29) equipped with one or more of the cones and nozzles; o) Devices, equipment, instruments, facilities, materials, materials, products, objects, drones, mobility, facilities, magnetizers, vibrators, ozone generators, mixing machines, pourers, sprayers, injectors equipped with the above magnetizers or pipes, etc. , packaging machine, compactor, purifier, purifier, construction machine, processing machine, magnetizer, ozone machine, magnetized vibrator, magnetized vibrating ozone machine, magnetized vibrating ozone machine; etc. (30) are also applicable or included. In the magnetizer or magnetized ozone machine, etc., vibration (42), excitation (43), ozone (44), magnetic field (41), magnetic field vibration (46), vibrating magnetic field, magnetic field excitation, excited magnetic field (46), magnetic field ozone Vibration, oscillating ozone magnetic fields, etc. are composed, formed, radiated, irradiated, generated, and released.

And the magnetizer 31 is a magnetizer, magnetizer, vibrating magnetizer, magnetization vibrator, magnetization vibrator, vibrating magnetizer, magnetization vibrating ozone device; A device, device, instrument, machine, means, etc. that generates, generates, creates, forms, radiates, irradiates, sprays, emits, discharges, supplies, provides, works, works, operates, operates, uses, etc. magnetic fields or magnetic field vibrations, etc. This includes sensors, devices, equipment, facilities, equipment, etc. And the vibrator 32 is a vibrator, a vibrating magnetizer, a magnetized vibrator, a magnetized vibrating ozone device; Applies to devices, instruments, instruments, machines, means, sensors, devices, equipment, facilities, equipment, etc. that generate or use vibration or excitation, etc. In the present invention, magnetization and magnetic fields can be used, applied, described, exchanged, replaced, replaced, etc., different from each other or identical to each other.

And the ozone machine 34 is an ozone machine, a vibrating ozone machine, a magnetized ozone machine, a magnetized vibration ozone machine, an electric discharge ozone machine, an ozone machine that radiates ozone, an ozone machine with a coil wound inside or outside a cylindrical tube or a double tube. , an ozone machine with a needle placed on one side spaced apart from the other side, an ozone machine with a brush facing the hollow part of one side, an ozone machine that sterilizes or disinfects with ozone, an ozone machine that radiates ozone by electric discharge, etc. This applies. The plates, brushes, rotating bodies, etc. are made of materials such as iron and metal. When power is applied to the cylindrical tube, coil, plate, needle, brush, etc., ozone, etc. is generated due to electrical discharge. The above needles, brushes, etc. include needles, chips, brushes, rods, pins, stems, needles, rods, pointed needles, needle needles, one or more needles, multiple needles, needle bundles, bundle needles, needle bundles, one or more brushes, This includes a bundle brush, a bundle of brushes, a bundle brush, a bundle of brushes, a brush, a brush, etc.

In the present invention, purifiers, purifiers, cleaning devices, cleaning facilities, etc. include purifiers, purifiers, dust collectors, washing machines, scrubbers, water purifiers, processors, sprayers, pourers, sorters, adsorption towers, ventilation equipment, cleaning devices, cleaning facilities, etc. The purifier includes a purifier, a bacteria purifier, an air purifier, a dust purifier, a pollution purifier, a water purifier, a wastewater purifier, an on-site purifier, a waste purifier, an underground space purifier, a sick house syndrome purifier, the above-mentioned purifier, and a purifier that performs the purification or dust removal. , a purifier that purifies or removes dust from the bacteria or underground pipelines, etc. In addition, the purifier, processor, and cleaning means of the present invention also include purifiers, purifiers, dust collectors, washing machines, cleaners, water purifiers, processors, sprayers, pourers, sorters, adsorption towers, ventilation equipment, cleaning means, cleaning devices, and cleaning facilities.

Apparatus, equipment, facility, means, mist machine, timer, rotating body, rotating shaft, ozonizer, stator, compressor, controller, solenoid valve, purifier of the present invention Multifunction devices, etc. include wires (25), power, electricity, voltage, current, AC (alternating current), DC (direct current), cable (25), jack, power jack (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 control, button, switch, on/off button, on The /off switch 26, etc. can be used, provided, installed, supplied, authorized, provided, connected, linked, installed, etc.

The power supply unit a) power supply unit, power supply unit, power supply, power supplier; b) b1) providing power, AC, DC, etc., b2) the mister, lamp, converter, inverter, detection unit, switching unit, control unit, motor, solenoid valve, timer, heater, cooler, cold/heater, mist A power supply unit, power supply unit, power supplier, etc. that provides power, AC, DC, etc. to machines or scrapers, machines or magnetizers; etc. are applicable. 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 means DC, direct current, direct current, direct current; etc. are applicable.

The excitation or 10 to 150 dB excitation of the motor or the case into which it is inserted is generated by rotating one or more of the rotating shaft and the rotating body by one of the power source, AC, and DC. a) By one of the power source, AC, and DC Excitation of the motor generated by rotation of one or more of the rotating shaft and the rotating body, or 10 to 150 dB excitation, b) The motor generated by rotating one or more of the rotating shaft and the rotating body by one of the power source, AC, or DC This applies to excitation or 10 to 150 dB excitation of the inserted case.

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. The diagrams, pictures, contents, sentences, terms, words, names, idioms, objects, things, substances, equipment, devices, facilities, means, parts, materials, materials, work, work, work, construction, etc. described below or above. is a) device (device or machine), drone (65), mobility (65), robot (541), person (541), sensor (310), measuring device (310), camera (310), camera (310), CCTV (310), remote controller (539), person (541, 542) or robot (541, 542) operating the steering wheel (540) or controller (539); b) Group to complex, group to network, chip to semiconductor, equipment to semiconductor, magnetization to composite processing (30, 31, 32, 33, 34, 35, 36, 40, 41, 42, 43, 44) of the above or below , 45, 46), magnetized to composite, magnetized to composite, number to composite, number to composite, single to composite, flight to composite, construction to composite; c) material 80 that has passed through one of the above, material 80 generated by one of the above; d) Combination of two or more of the above; It is possible to use, apply, utilize, provide, place, add, add, connect, link, spray, coat, etc.

Figure 1 shows a drone, mobility, UAM, etc. 65 of the present invention. Here, drones, mobility, UAM, etc. (65) include the main body (530), propulsion unit (533), landing unit (536), remote controller (539), steering wheel (540), cabin (543), and passenger compartment (543). , a passenger compartment 543, etc., the main body 530 includes a body 531 and a support 532, the propulsion unit 533 includes a wing 534, a motor for rotating it 535, and a landing unit. 536 may be composed of legs 537, wheels 538, etc. The drone, robot, mobility, UAM, main body, etc. include a steering wheel (540), driver's cab (543), boarding table, boarding room, cabin (543), passenger compartment, passenger compartment, chair, seat, desk, restaurant, Cafe, human cabin, passenger cabin, passenger cabin, robot (541), sensor (310), measuring instrument (310), camera (310), CCTV (310), controller, remote controller (539), cargo room, cargo compartment, loading stand , loading boxes, goods storage boxes, delivery storage boxes, delivery storage boxes, etc. are available. The drone, mobility, main body or passenger compartment, steering wheel or delivery storage box, etc. may be used using the above or following groups to composite, several to composite, magnetized to composite, magnetized to composite, magnetized to composite processing, single to composite, etc. or It is possible to provide. The steering wheel, controller, remote control, etc. are driven or controlled by people, robots, programs, remote control, etc. People, robots, customers, passengers, passengers, etc. can enter, enter, withdraw, board, sit, get off, and use the driver's cabin or cafe. Here, driving, movement, flight, etc. of drones, mobility, UAM, etc. are possible with people (541), robots (541), riders, steering wheels (540), remote controllers (539), automatic operation, manual operation, remote operation, etc. . Here, drones, mobility, UAM, etc. can drive, move, and fly by themselves, driver, captain, robot, driver, rider, automatic system, remote operation, etc. Here, drones, mobility, UAM, etc. perform the above-mentioned flights or combinations, or boarding, disembarkation, passenger transportation, human transportation, delivery, delivery, courier, consignment, taxi, bus, truck, call taxi, air taxi, and city taxi. , it can be used as a city airport taxi, city air taxi, one of the above flight or combination means, etc.

Examples of the drone, mobility, UAM, etc. (65) include a) a body (531), a main body (530) including a supporter (532) on its side, wings (534), and a motor (535) that rotates it. A propulsion unit 533 including a landing unit 536 including legs 537 and wheels 538, and a controller or remote controller 539 that controls the wings, motors, or mobility; b) a driver's cab, boarding table, boarding room, cabin 543, passenger compartment, and passenger compartment provided in the body or main body portion; c) a steering wheel 540 provided in one of the body or passenger compartment; d) chairs, seats, desks, restaurants, and cafes provided in one or more of the body or passenger compartment; e) Robot, sensor 310, measuring device 310, camera 310, CCTV 310, controller, remote controller 539, cargo room 543, cargo compartment, loading provided in one or more of the body or cafe. Stand, loading box (543), goods storage box, delivery storage box, delivery storage box (543); f) a person (541) or robot (541) operating the steering wheel (540) or controller (539); It may be composed of etc.

In the present invention, drones, mobility, UAM, mobility devices, etc. include a) drone, car, vehicle, taxi, call taxi, bus, truck, Ship, boat, watercraft, board, kick board, electric kickboard, quick board, cart, electric cart, scooter, electric scooter, bicycle, Electric bicycle, bike, electric bike, motorcycle, electric motorcycle, drone car, drone taxi, drone bus, drone truck, flying vehicle, airplane, airship, spacecraft, satellite, artificial satellite, earth satellite, aircraft, air taxi, aviation Bus, flying taxi, flying bus, air taxi, airbus, take-off and landing aircraft, vertical take-off and landing aircraft, electric vertical take-off and landing aircraft that use electricity to take off and land vertically, flying car, flying taxi, flying bus , flying truck, flying car, flying taxi, flying bus, flying means, unmanned aerial vehicle, manned airplane, filming drone, GPR drone equipped with GPR, GPS drone equipped with GPS. , radar-equipped radar drone, UAV (unmanned aerial vehicle, uncrewed aerial vehicle), urban air transportation (UAM), mobility, unmanned mobility, manned mobility, aviation mobility, air mobility, electric flying Electric mobility, taxi mobility for taxi use, delivery mobility for delivery, attack mobility for offense, defensive mobility for defense, battery mobility using batteries, urban air mobility, unmanned flight mobility, manned flight mobility, flying mobility, sky Flying mobility, UAM (urban air mobility plane), air mobility plane, air mobility plane, moving mobility, gliding mobility, flying mobility plane, flying mobility plane, mobility plane (device or machine), mobility-equipped plane Mobility devices, which are devices, mobility machines, which are mobility-using machines, mobility means, which are means through which mobility is used, mobility devices, which are devices equipped with mobility, mobility equipment, which are equipment where mobility is used, mobility facilities, which are facilities that include mobility, and mobility. Mobility equipment, which is a constituting facility, a mobility product, which is a mobility use product, a mobility system, which is a system of mobility or a system that constitutes mobility, b) the drone or complex mobility that flies in the air, etc., the drone or complex mobility that moves in an area, The drone or complex mobility that takes photos while flying in the air, etc., the drone or complex mobility that takes photos and transmits the captured image while flying in the sky, etc., and the drone or complex mobility that performs one of the above flights or complex mobility; c) Two or more complex mobility among the drones or complex mobility; Complex mobility in which two or more of the drones or complex mobility are sequentially combined; Complex mobility in which two or more of the drones or complex mobility are sequentially provided; Complex mobility in which two or more of the drones or complex mobility are used sequentially; The drone or complex mobility equipped with one of the drones or complex mobility; etc. are applicable.

1 to 98 of the present invention, a drone 65, a mobility 65, a robot 541, a person 541, a sensor 310, a measuring device 310, a camera 310, a camera 310, CCTV (310), magnetization or complex processing (30, 31, 32, 33, 34, 35, 36, 40, 41, 42, 43, 44, 45, 46), material (80), etc. are described or shown. . This is shown in Figures 1 to 98 of the present invention; any device, equipment, means, drawing, drawing, material, material, substance or object depicted in any one of them; The back includes a drone (65), mobility (65), robot (541), person (541), sensor (310), measuring device (310), camera (310), camera (310), CCTV (310), remote controller ( 539), a person (541, 542) or robot (541, 542) operating the steering wheel (540) or regulator (539), material (80), magnetization or complex processing (30, 31, 32, 33, 34, 35, 36, 40, 41, 42, 43, 44, 45, 46) indicates that use, application, utilization, provision, placement, addition, addition, connection, connection, spraying, coating, etc. are possible. The sensor or CCTV may have the function of filming, taking pictures, recording, measuring, measuring, observing, etc. the scene or formaldehyde. Measurement data, captured images, etc. from the sensors, CCTV, etc. are a) transmitted via the Internet, transmitter, transceiver, Wi-Fi, etc. 340 (341), wireless transmission, wired transmission; b) or receive, view, receive in real time, view in real time through a receiver, PC (342), monitor (343), screen (343), cell phone (344), smartphone (344), mobile device, etc.; etc. is possible.

According to Figure 2, the drone or mobility 65 may be sequentially equipped with a storage 60, a hopper 61, a mixer 62, a pump 63, a hose 64, and a nozzle or sprayer 66. . The drone, mobility, main body, body, support, propulsion part, wings, motor, landing part, legs, wheels, storage or sprayer, etc. include magnetization or composite, magnetizer or composite, magnetization or composite processing, or group as described above or below. It is possible to use or provide a composite, several to composite, etc.

In the present invention, the drone or mobility 65 moves the equipment, device, storage or multi-function device, chip or semiconductor, device or network, magnetizer or multi-function device, or is equipped with one or more of them, or magnetizes the device by the installation. , vortex, magnetized vortex, storage or composite, flight or composite, drone, unmanned drone, mobility, mobility aircraft, unmanned aerial vehicle, pouring equipment mounted on a main body flying by rotary blades, or drone equipped with a pouring machine, etc. This may apply. The mounting means that the device or complex, equipment or complex, etc. are mounted, mounted, mounted, installed, held, welded, joined, fastened, hung, hung, etc. on the drone or wheels. Examples of drones or mobility of the present invention include a) a drone or mobility consisting of wings 534, rotary blades, a propeller 534, four propellers, one of multiple propellers and a main body 530, 531, b) an upper wing 534 ) and a drone or mobility consisting of a lower body 530, c) equipped with wings, propellers, etc. 534 that generate downward flow, backward direction flow, etc. to provide thrust for flight of the main body 530 Drone or mobility, d) Drone or mobility flying upward by a downward flow sending wind to the lower part of the main body 530, e) Drone or mobility flying horizontally by a directional flow sending wind to the rear of the main body, f ) A drone or mobility that flies in three dimensions by the downward flow, directional flow, etc., g) a motor 535 that rotates the wings, propellers, etc. 534, a wire connected thereto, a battery connected thereto, a charger, a rechargeable battery, a plug, Drone or mobility equipped with an outlet, battery, generator, solar cell, solar generator, windmill, wind generator, etc., h) Drone or mobility equipped with a holder provided on the propeller 534, i) Main body 530 connected to and fixed to the holder ) Equipped with a drone or mobility, j) The main body 530, the propeller 534, one of which is mounted on one or more of the upper and lower parts and is controlled by one or more of the sun, the downward flow, the directional flow, and the wind due to flight j1) Solar cells that produce electricity, j2) Drones or mobility equipped with a rotating body and a generator that produces electricity with its rotational force, k) The generator is made up of a central rotor (electromagnet) and a stator (iron core) surrounding the outside. A drone or mobility that produces electricity while forming a magnetic field, l) the j2) the k) drone or mobility equipped with a rotor (electromagnet) that rotates in conjunction with the rotating body, m) the rotation of the rotor (electromagnet) k) a drone or mobility equipped with a generator, which produces electricity by, n) the rotating body, its outer circumference, upper part, lower part, upper outer circumference, lower outer circumference, and is mounted on one or more of the downward flow, directional flow, and wind A drone or mobility equipped with a conical hollow guide that allows one of inflow, outflow, and inflow and outflow, o) A drone or mobility equipped with an inverter that converts the generated electricity into direct current, alternating current, etc., p) Wires, plugs, and outlets that supply the generated electricity. , Drone equipped with power supply, etc., q) Camera, CCTV, imaging device, filming device, monitor, light, , electric light, lantern, flashing light, light, headlight, lighting device, driver, regulator, controller, remote controller, remote controller This applies to drones or mobility devices equipped with lights.

Figures 3, 4, and 5 are schematic diagrams showing drones, robots, flying vehicles, airplanes, unmanned aerial vehicles, mobility, mobility devices, and mobility devices according to the present invention. This is an example where a drone, robot, mobility 65, etc. is composed of a main body 300, an arm 301, a wing 302, a leg 303, a dust sensor 311, an image sensor 310, etc. . In the present invention, while a mobility equipped with a dust sensor, an image sensor, etc. flies in the air, the dust concentration is measured by the dust sensor, a dust image is captured by the image sensor, and the measured dust concentration and the captured dust image are posted on the Internet, It is transmitted (341) through a transmitter, transceiver, Wi-Fi, etc. (340), and is transmitted to a PC (342), monitor (343), screen (343), cell phone (344), smartphone (344), mobile device, etc. , supervisors, supervisors, ordering parties, etc. can observe and monitor dust concentration and dust images without going to the site. As a result, mobility or mobility devices can become 4-dimensional smart devices that can perform dust management and dust processing in places other than the field. The body, image sensor, etc. can be provided with or used magnetization or composite, magnetizer or composite, magnetization or magnetization treatment, group or composite, water or composite, etc.

In the present invention, sensors, various sensors, dust sensors, image sensors, etc. 310 can be installed on the drone or mobility used for measurement. The dust sensor can observe the concentration of fine dust with a diameter of 10㎛ or less (PM 10), ultrafine dust with a diameter of 2.5㎛ or less (PM 2.5), and ultrafine dust with a diameter of 1.0㎛ or less (PM 1.0). . And using an image sensor, images of dust in the air can be captured and transmitted as clearly as seen with the naked eye. Here, the measured dust concentration and the captured dust image results can be transmitted to a PC, monitor, screen, cell phone, smartphone, mobile device, etc., or stored on a server and viewed on a computer or printed on a printer. The dust includes dust, dust, yellow dust, dust, fine dust, indoor dust, outdoor dust, factory dust, site dust, construction dust, PM1.0, PM2.5, PM10, etc. PM1.0 refers to ultrafine dust of 1.0μm or less, PM2.5 refers to ultrafine dust of 2.5μm or less, and PM10 refers to fine dust of 10μm or less. Here, PM stands for material, particle matter, particle, aerosol, etc.

Figure 6 is a schematic diagram showing the principle of dust measurement according to the present invention. The dust sensor measures dust 350 using a laser light scattering method, that is, a light scattering measurement method using a laser. By irradiating a laser 351 to the flow of air flowing into the dust sensor, the lens 352 and the optical sensor ( 353), etc., the dust concentration is measured by recognizing the reflective area.

Figure 7 shows the function 40, functional group 30, functional material 40, functional processing, etc. according to the present invention. This is a) magnetization (41), vibration (42), excitation (43), ozone (44), negative ion (45), rotation, decomposition, electrolysis, electrolysis, fluidization, discharge, electric discharge, sterilization, protrusion, magnetizer (31), vibrator (32), exciter (33), ozone group (34), negative ion group (35), rotator, decomposer, electrolyzer, electrolyzer, fluidizer, discharger, electric discharger, sterilizer, magnetization ( 41), magnetic field (41), vibrating matter (42), excited matter (43), ozone matter (44), anion matter (45), rotating matter, decomposition matter, electrolyte, electrolyte, fluid cargo, discharge, electric discharge Water, sterilizing agent, magnetization treatment (41), vibration treatment (42), excitation treatment (43), ozone treatment (44), anion treatment (45), rotation treatment, decomposition treatment, electrolytic treatment, fluidization treatment, discharge treatment, Sterilization treatment, protrusion treatment, treatment with protrusions, b) composite (40, 46), composite (30, 36), composite (40, 46), composite treatment in which two or more of these are combined or sequentially combined; indicates etc. In the above, the function 40 corresponds to magnetization, sterilization, complex, etc., and is generated from the functional group 30, magnetizer to complex, functional material 40, magnetization to complex, etc. The functional group 30 corresponds to the magnetizer, sterilizer, protrusion, composite group, etc., which generates the function 40, functional material 40, magnetization or composite, magnetization or composite, etc. The functional material 40 corresponds to the magnetized material, sterilizing material, composite, etc., and is produced by the magnetization to the composite, the magnetizer to the composite, etc. The functional processing includes the magnetization processing, protrusion processing, composite processing, etc., which are generated by the magnetization or composite, magnetizer or composite, etc. For the magnetization or complex treatment, it is possible to use or provide the above or following groups or complexes, numbers or complexes, or single or complex groups. It is possible to use or provide the above-mentioned magnetization or composite treatment for the above or below group to complex, water to complex, single to complex, etc.

The function, functional group, functional material, etc. according to the present invention may also include magnetization or complex, aeration or complex, purification or complex, magnetization or complex treatment, etc. In the present invention, a) magnetization or combination treatment, aeration or combination treatment, purification or combination treatment; b) or one of the magnetization or composite processing is used for or one of the magnetization or composite processing; c) one to composite, flying to composite, construction to composite, in which one or one of the above magnetization or composite treatments is used; d) the magnetization to composite treatment in which one or one of the single to composite, flying to composite, or construction to composite is used for one or the other; etc. is possible or available.

a) The above equipment, equipment, device, work, construction, material, material, substance, object, article, product, facility, work means, construction means, machine to composite, number to composite, work to composite, Flight to composite, construction to composite, flight to composite; b) one of the above means, group to composite, group to network, chip to semiconductor; c) Combination of two or more of the above; For example, the magnetization to complex treatment, single to complex, group to complex, water to complex, etc. may be used, provided, generated, created, composed, formed, performed, progressed, sprayed, coated, etc. The above group or complex, magnetization or complex treatment, water or complex, single or complex, etc. can be mutually used, applied, utilized, replaced, exchanged, changed, quoted, provided, placed, etc.

Water, water, liquid, oil, substance, liquid, gas, solid, object, functional agent, water or complex, etc. (80) that pass through or come in contact with the functional group 30 are the functional material, magnetized or complex, magnetic It is processed as cargo, complex, etc. (40, 41, 42, 43, 44, 45, 46), or, etc. In the present invention, devices, equipment, objects, functional groups (30. 50, 51, 52); Among them, one front, rear, left, right, top, bottom, front end, rear end, one end, leading end, both ends, inlet, outlet; The back may be provided with hoses 64, 79, pipes 70, nozzles 66, pumps 63, pressure pumps 63, vacuum pumps 63, and cyclones 161.

The vibrator 32 includes a) a power supply unit 20 that provides one of power, AC, and DC, b) a converter 21 that converts one of the power supply and AC into DC, and c) one of the power supply and DC. an inverter (22) that converts or amplifies AC or constant voltage and constant frequency AC, d) a switching unit that switches and supplies one of the power, AC, and DC, or adjusts the flow direction of one of the power, AC, and DC ( 23), e) a detection unit 24 that detects one of power, AC, and DC supplied from one of the power unit, converter, inverter, and switching unit, f) an energization pattern of one of the converter, inverter, switching unit, and detection unit A control unit 25 that controls or controls one or more of the size, continuation, energization, and blocking of one of the power sources, AC, and DC; or the power supply unit or control unit in which one of the magnetization or composite processing is used or one of the magnetization or composite processing is used; A motor 26 comprising one or more of the following may be used. The vibrator 32 in which the motor 26 is used includes a rotating body 4 connected to the rotating shaft 3 of the motor 26, an asymmetric rotating body 4, an eccentric body 4, an asymmetric eccentric body 4, etc. There is an example of a vibrator in which the case 7 into which the motor is inserted vibrates by rotation. The power supply unit, control unit, motor 26, etc. can be inserted into the case 7, and the functional units, magnetizers, multi-function devices, etc. can be inserted into the housing 37. The material 80 that has passed through the functional group 30 can pass through the cyclone 161 and be discharged through the nozzle 66. The power source includes power, electricity, voltage, current, AC, DC, etc. AC refers to alternating current, alternating current, and electric current that regularly changes size and direction with a certain period. DC refers to direct current, direct current, and current that always flows in a certain size and direction. The power supply unit, control unit, etc. may be equipped with or use the above or following group or complex, water or complex, magnetization or complex processing, etc.

Figure 8 is an example of the functional group 30, functional material 40, etc. according to the present invention. Here, the vibrator in Figure a is a) stator (2, 固定子, stator); b) a rotor connected thereto (1, rotor); c) The rotor's rotation axis (3), one rotation axis (a, c in Fig. 10), both rotation axes (b, d, e, f, g in Fig. 10), and the rotation axis with hinge 240 (e in Fig. 10, f, g); d) an eccentric body, a rotating body (4), one rotating body (a, c in Fig. 10), a rotating body on both sides (b, d, e, f, g in Fig. 10) connected to one of the rotating shafts; e) a case (7) that vibrates by rotation of one of the rotating bodies; f) hollow bodies (37, 76, 77, 102, 104) into which the case (7) is inserted; g) a cable (6) connected to the stator or case and led out of the hollow body or to the outside of the wall of the hollow body, and a tube or hose (8) in which this cable is embedded; h) a plug (10), an outlet (11), and a power supply (12) sequentially connected to the cable; i) or the stator or power supply in which one of the magnetizers or composites is used; j) the stator or power supply equipped with one of the magnetizer or multi-function device; k) the stator or power supply used or subjected to one of the magnetization or complex processing; It shows a vibrator 32 composed of etc. Figure b shows a cross-sectional view of the stator (2), rotor (1), and rotation shaft (3). And Figures c, d, and e show various types of magnetizers, vibrators, etc. The stator, power supply, etc. can be used or equipped with the above or following groups, complexes, water or complexes, magnetization or complex treatments, etc.

The magnetized or composite includes the magnetized or composite, purified or composite, aerated or composite, etc. The magnetizer to the complex machine includes the magnetizer to the composite machine, the purifier to the composite machine, the aerator to the composite machine, and the like. The magnetization or complex treatment includes magnetization or complex treatment, purification or complex treatment, aeration or complex treatment, etc. The magnetizer or composite device includes a) the magnetization or composite, magnetizer or composite, magnetized or composite, aerated or composite, purified or composite, etc., b) or the magnetized or composite, magnetized or composite, aerated or composite, etc. It is possible to create complexes, purification, or complexes.

In figure a of Figure 8, the vibrator 32 is a case 7; A stator (2), which is a stator inside it; A seat or fixture for this stator; A rotor (1), which is a rotor connected to the stator; The rotation axis (3) of this rotor; Bearings (5) at one end, middle, and both ends of the rotating shaft; One or more rotating bodies (4) or asymmetric rotating bodies provided on the rotating shaft; The case (7) vibrates or shakes due to rotation of the rotating shaft or rotating body; An electric wire or cable (6) connected to one or more of the case or rotating body; A tube (8) containing the wire or cable; A hollow housing (37) containing the case; An upper cap, a middle body, and a lower shoe forming the case; the cap through which the wire or cable passes; A rod or barrel (7), which is one of the cases or bodies; The wire (6), cable (6), tube (8), and hose (8) drawn out of the hollow body or housing; A plug (10), an outlet (11), and a power supply (12) connected to the wire or cable; a switch or controller (9) to adjust the rotor or rotation; or the case or controller in which one of the magnetization or composite is used; The case or controller equipped with one of the magnetizer or multifunction device; The case or controller that performs or uses one of the magnetization and complex processing; It shows a vibrator 32 composed of etc. The cases, controllers, etc. can be equipped with or use the above or following groups or complexes, water or complexes, magnetization or complex treatments, etc.

And in figure a of Figure 8 the vibrator is A) a) case (7); b) motor (26), stator (2) or stator inside its case; c) a rotor (1) or rotor that rotates in connection with the motor or stator; d) the rotation axis (3) of the motor or rotor; e) bearings (5) provided above and below its rotation axis; f) Vibrator (4), rotating body, semi-cylindrical body, 3/4 cylindrical body, 3/5 cylindrical body, semi-cylindrical vibrator, semi-cylindrical rotating body, asymmetric vibrator, asymmetric rotating body (4) mounted on the rotor or rotating shaft. ; g) the vibrator (4) and the rotating body (4) that rotate by rotation of the rotor or the rotating shaft; h) the case (7) vibrating by rotation of the vibrator or rotating body; i) a rod, tank, box, plate, tube, box, block, tank, container, pipe, or housing that is one of the cases (7) or in which the case (7) is built; j) a cap, body, shoe, upper cap, middle body, and lower shoe constituting one of the case, rod, or housing; k) a screw formed on one or more of the cap, body, and shoe, and a mutual insertion screw; ℓ) a hose, connecting hose, wire (6), shaft (6), cable (6), flexible cable (6) connected to one or more of the case or cap; m) a hose, tube (8), or protective tube (8) containing one of the above wires or cables; n) the rotating body (4) linked to the shaft or cable; o) the rotating body (4) that rotates by the rotation of the shaft or cable (6), which is connected to and rotates a motor (26) provided separately to the shaft or cable (6); p) the case (7) vibrating by the rotation; q) a plug (10), an outlet (11), and a power supply (12) connected to one of the motor or protection tube; r) A switch (9) that adjusts or controls one or more of the motor or power supply, rotation of the motor, rotation of the rotor, rotation of the rotation shaft, rotation of the rotating body, rotation of the shaft, and rotation of the cable. , controller(9); s) the case or power supply; one of these: plane, inside, surface, inside, outside; The switch (9) and the controller (9) provided in one of the; t) a seat, holder, or fixing means for one or more of the motor or controller inserted into the case; u) Urethane, epoxy, or filler that fills the space or empty space between one or more of the motor or controller and the inner surface of the case; v) the urethane or filling material that is filled and seated inside the case to prevent the motor or controller from moving; or the case or filling material in which one of the magnetization or composite is used; The case or filling material equipped with one of the magnetizer or multi-function device; The case or filling material used or subjected to one of the magnetization and composite treatments; A vibrator (32) consisting of a back; B) or the vibrator 32 that performs one or one of magnetization, excitation, ozone, negative ion, rotation, decomposition, electrolysis, fluidization, discharge, sterilization, and a combination of two or more of them; etc. are applicable.

1) The vibrator, stator or power supply, case or controller, case or filling material; 2) The surface, inside, top, bottom, left, right, front, middle, back, surface, inner surface, inside of one of the vibrator or filler (the vibrator, stator or power supply, case or controller, case or filler) exterior, outer surface, one end, both ends, leading edge, space, hollow part; At least one of a) magnetizer (31), vibrator (32), exciter (33), ozone group (34), anion group (35); Among them, two or more multi-function devices (30); b) or water, water, liquid, oil, energy, solidity, material, ashes, light, heat, Wave, light, line, wind, air, air bubble, gas, mist, bubble, liquid, powder, material, substance, light source, heat, cold air, pressure, mist, LED light , sterilizing light, liquid matter, magnetized matter (41), vibrating matter (42), excited matter (43), ozonated matter (44), anionic matter (45), two or more of these, or a composite thereof; c) the magnetizer or composite device 30 from which one or more of the water or composite material is emitted; d) the water or composite material processed through or spun from one of the magnetizers or composite devices; e) or the above magnetization to composite, magnetizer to composite, magnetization to composite treatment; f) Group to complex, water to complex, magnetization to complex treatment of the above or below; Any one or more selected from the following are used, used, applied, provided, placed, installed, attached, contacted, adhered, adhered, sprayed, sprayed, placed, included, used, generated, coated, painted, impregnated, immersed, injected, injected, etc. This is possible. The vibrator may be the magnetizer or the multi-function device.

a) the vibrator to the hollow part (i.e., 1) the vibrator to the filler by one of the magnetization or composite processing, use or input; 2) one of the above surfaces or hollow parts); b) a substance, object, article, product, article, commodity, liquid, air, around one of the vibrators or hollow parts, or passing through one of the vibrators or hollow parts, or equipped with one of the vibrators or hollow parts, atmosphere, materials, materials, devices, equipment; One or more of these may be magnetization, vibration, excitation, wave, sterilization, disinfection, purification, purification, cleaning, magnetic field radiation, vibration radiation, ozone radiation, negative ion radiation, etc.

The vibrator to the equipment (i.e., a) the vibrator to the hollow portion by one of the magnetization or composite processing, provision or injection, magnetization or negative ion radiation; b) one or more of the above substances or equipment) purification, cleanliness, sterilization, disinfection, fluidity, flowability, mobility, dispersibility, workability, purification, cleanliness, environmental friendliness, ecology, sterilization, disinfection, antibacterial, atomization, One or more of nanoization, slurryization, energy, injectability, insertion, injection, agitation, vortex, permeability, pouring, compaction, injection, grouting, and workability increases, increases, improves, accelerates, and doubles. , double speed, etc. are possible.

Figure b in FIG. 8 is a cross-sectional view of the stator (2), rotor (1), and rotation shaft (3). Figure c in FIG. 8 shows a) a mechanism consisting of a magnetizer 31, its attachment plate 18, and another magnetizer 31 spaced apart from its attachment plate; Figure d shows a mechanism consisting of a mounting plate 19, a magnetizer attachment plate 18 mounted thereon, a magnetizer 31 attached to the attachment plate, and an outer coil 16 surrounding the magnetizer and the attachment plate; Figure e shows a mechanism consisting of a magnetizer 31, a core 15 between the two, an outer coil 16 surrounding the core, and a spacer 17 spaced apart from the core and the magnetizer; These devices include magnetizers, vibrators, exciters, wave generators, ozone generators, negative ion generators, sterilizers, disinfectors, dischargers, complex devices, etc. The stator (2), rotor (1), rotation shaft (3), magnetizer (31), attachment plate (18), mounting plate (19), coil (16), core (15), separation plate (17), etc. It is possible to use or provide the above or following groups or complexes, water or complexes, magnetization or complex treatments, etc.

Therefore, figure b of FIG. 8 can be a vibrator equipped with a magnet-equipped stator (2), a magnetic field radiation rotor (1), and an ozone radiation rotation shaft (3). Figure c in FIG. 8 shows a) a complex device consisting of a magnetizer 31 that emits ozone, an attachment plate 18 that is attached to the magnetizer and radiates a magnetic field, and another magnetizer 31 that vibrates while being spaced apart from the attachment plate. possible. Figure d shows a mounting plate 19 that radiates a magnetic field, a magnetizer attachment plate 18 that radiates ozone while mounted on the magnetizer, a magnetizer 31 that radiates negative ions while attached to the attachment plate, and the magnetizer and the attachment plate. A complex device consisting of an outer coil 16 that surrounds the device and emits negative ions is possible. Figure e shows a magnetizer (31) equipped with a vibrator, a core (15) that radiates a magnetic field while being held between the two, and an outer coil (16) that surrounds the core and discharges electricity while being spaced apart from the core and the magnetizer. A complex device consisting of a spacer 17 that emits negative ions is available.

And Figure b of FIG. 8 shows a case equipped with a magnetizer and a vibrator including a stator (2), a rotor (1), and a rotating shaft (3) provided in the case. Figure c in FIG. 8 shows a) a device consisting of a magnetizer 31, its attachment plate 18, and another magnetizer 31 spaced apart from the attachment plate, and a wave generator that radiates ozone while surrounding the device is mounted. A multifunction device with a case is available. Figure d shows a mechanism consisting of a mounting plate 19, a magnetizer attachment plate 18 mounted thereon, a magnetizer 31 attached to the attachment plate, and an outer coil 16 surrounding the magnetizer and the attachment plate. A multi-function device is possible that includes a case with a built-in sterilizer that emits negative ions. Figure e shows a mechanism consisting of a magnetizer 31, a core 15 between the two, an outer coil 16 surrounding the core, and a spacer plate 17 spaced apart from the core and the magnetizer, and the mechanism is included. A complex machine equipped with a case on which a discharger that emits a disinfectant is mounted is available. The case, stator, rotor, rotating shaft, rotating body, vibrator, magnetizer, attachment plate, wave device, mounting plate, coil, core, spacer plate, etc. are subjected to the above or below group or composite, water or composite, magnetization or composite treatment. It is possible to use, provide, etc.

Figure 9 shows the protrusion 230, the bellows 230, the coil 16, the electrode, the electromagnet 135, the protrusion 230 with the elastic material 231, the magnetizer to the complex device 30, etc. according to the present invention. Examples include the mounted vibrator 32, the functional group 30, and the magnetizer or complex device (30, 31, 32, 33, 34, 35, 36). The protrusions, electromagnets, etc. can be used for magnetization, composite, drone, mobility, etc., or for magnetization or composite processing. The protrusions include rods, bars, plates, rods, protrusions, reinforcing bars, iron rods, uneven bodies, protrusions, protrusions, etc. The elastic material 231 includes joints, elastic materials, soft materials, springs, collars, joints, etc. The protrusion 230 or bellows 230 include a) a vibrator 32, a functional group 30, the magnetizer to the complex device; b) one of the top, bottom, left, right, cap, body, shoe; It can be mounted on the back in one, two, three, pair, single, multiple, multiple, etc. The protrusions may be magnetized or complexed, or may be magnetized or complexed, etc., depending on the magnetization or complexation of the functional group. An example of this is that in the case of a vibrator on which protrusions are mounted, the protrusions vibrate due to the vibration of the vibrator. When power is supplied to the coil or electrode, or a wire, plug, outlet, power supply, etc. is connected, heat, light, ozone, negative ions, magnetic fields, electric fields, sparks, disinfectants, magnetization or complexes, etc. are generated in the coil or electrode. It can be. If the rod vibrator is provided with protrusions, etc., the rod vibrator may be shaped like a goblin bat.

a) the vibrator, magnetizer or combination device; b) String, line, wire (6), stand, hose (8), cable (6) connected to one of them; c) a hose (8) or bellows of the wire (6) or cable (6), a protective hose (8) or bellows of the wire or cable, a hose (8) or bellows containing the wire or cable; The back can be equipped with drones, UAM, mobility, etc. In this case, the string or bellows, etc. are mounted on a drone, etc., and by the movement or flight of the drone, etc., the vibrator, magnetizer, complex machine, etc. mounted on the string or bellows, etc. are moved or inserted into concrete. An example of its application is to have a drone fly over the concrete poured with a pump car or pouring machine and insert a vibrator into the poured concrete to vibrate and compact the concrete. This is an example where drones, UAM, mobility, etc. perform the concrete vibration and compaction work performed by humans.

Figure 9 a shows the vibrator 32 equipped with the stator or power supply, case or controller, case or filling material, etc., and b shows the coil 16, protrusion 230, electromagnet 135, functional group 30, etc. A vibrator (32) provided, c is a vibrator (32) provided with a coil (16), a protrusion (230), a functional group (30), an electromagnet (135), an ozone group (34), an anion group (35), etc. d shows a vibrator 32 equipped with an elastic material 231, a protrusion 230, etc. Here, when the material or concrete is vibrated using the vibrator of FIG. 3, magnetization or magnetic field by the coil 16, vibration transmission or rebar vibration by the protrusion 230, magnetization or magnetic field by the electromagnet 135, functional group ( The above magnetization or composite by 30), ozone sterilization by ozone group 34, anion sterilization by anion group 35, etc. are possible. The stator or power supply, case or controller, case or filler, vibrator, coil, protrusion, electromagnet, functional group, elastic material, etc. are used or provided with the above or following group or composite, water or composite, magnetization or composite treatment, etc. is possible.

The protrusions include a) pins, needles, chips, rods, cones, nets, rods, frames, rings, plates, irregularities, protrusions, washers, bands, spirals, wings, coils, rubber, rods, reinforcing bars, iron bars, reinforcements, hollow Sieves, extrusions, wires, bellows; b) the pin or bellows in which one of the magnetizers or composites is used; c) the above chips or combinations; d) a combination of two or more of the above pins and combinations; It is any one selected from the group consisting of. The pin or assembly includes the pin or bellows, the chip or assembly, etc. The composite is a composite in which two or more of the pins, bellows, chips, and combinations are combined or sequentially combined. Examples include pins and needles, chips, stems and cones, nets, rods, frames, rings and plates, irregularities, protrusions, washers, bands and spirals.

The bellows include bellows, corrugated bellows, bendable bellows, bent tubes, bent hoses, bent tubes, bent bellows, corrugated objects, corrugated hoses, corrugated pipes, corrugated hollow bodies, corrugated hollow tubes, corrugated hollow objects, It is one selected from the group consisting of a hollow object that has wrinkles and bends, a hose that has wrinkles that bends, a bellows that has wrinkles that bends, and a combination of two or more of these. The bellows may be included in protrusions, and may be longer or thicker than the protrusions. The length of the protrusion or bellows may be 0.01 to 3.0 times the length of one of the magnetizer or complex device.

The protrusions, bellows, pins to composites, bellows to composites, etc. include: a) the protrusions, bellows, pins to composites, bellows to composites, magnetizers to composites; b) the top, bottom, left, right, front, rear, front end, rear end, middle, side, top, bottom of one of the protrusions or complexes; It can be equipped or mounted on the back. Examples of this include a pin, a cone after the pin, a spiral after the cone, a bellows on a side of the spiral, and a magnetizer at the rear end of the bellows, a protrusion, a ring at the rear end of the protrusion, a wing after the ring, and a magnetizer at the rear end of the bellows. This includes a bellows on the side and a vibrator at the rear end of the bellows. The protrusions, bellows, etc. can be used, provided, placed, placed, injected, sprayed, coated, etc. with the magnetized or composite materials.

The vibrating tube, which is one of the vibrators, is a) a vibrating tube, an excitation tube, a vibrating hollow body, a vibrating tube, a tube (7, 37, 76, 77) equipped with or built into the vibrator (32), and a rotating body (4) The tube (7, 32) vibrates by the rotation of the tube (7, 32), the tube (7, 32) vibrates by the rotation of the rotating body (4) mounted on the rotating shaft (3), the rotating shaft of the motor (26) or the rotor (1) The tubes (7, 32) vibrate by the rotation of the rotating body (4) mounted on (3), and the rotating body (4) mounted on the rotating shaft (3) of the rotor (1) linked to the stator (2). Any one selected from the group consisting of tubes (7, 32) vibrating by rotation, or b) or the motor, stator, rotor, rotating shaft, rotating body, tube cap, tube body, tube shoe, tube interior, tube exterior , one or more of the following: a protrusion, a discharger, an ozone machine, a rotator, a vibrator, an anion machine, a magnetic field, a sterilizer, and a sterilizer that radiates ozone, generates negative ions, and generates a magnetic field while performing a sterilizing function. This is a tube provided with, or with two or more tubes sequentially provided.

The vibrating case, which is one of the vibrators, is a) a vibrating case, an exciting case, a vibrating hollow body, a vibrating case, a case (7, 37, 76, 77) equipped with or inserted into the vibrator (32), and a rotating body (4). Case (7, 32) vibrating by rotation, case (7, 32) vibrating by rotation of the rotating body (4) mounted on the rotating shaft (3), rotating shaft of the motor (26) or rotor (1) The case (7, 32) vibrates by the rotation of the rotating body (4) mounted on 3), and the rotation of the rotating body (4) mounted on the rotating shaft (3) of the rotor (1) linked to the stator (2) or b) or the motor, stator, rotor, rotating shaft, rotating body, case cap, case body, case shoe, case interior, case exterior, This is a case in which one or more of the protrusions or sterilizers are provided on one or more selected from the group consisting of themselves, or two or more of the protrusions or sterilizers are provided sequentially. The shape of one of the tubes, cases, and vibrators is one of a rod, stand, plate, tank, barrel, box, tube, rod, container, pipe, rod, case, or housing.

The rotating body or eccentric body is mounted on a rotating body, an eccentric body, a semi-cylinder, a quarter cylinder, a rotating eccentric body, an eccentric rotating body, a rotating object, a rotating rotating body, a rotating eccentric body, a rotating shaft, or a rotating shaft equipped with a hinge. A rotating body mounted on a rotating shaft of a rotor or motor, a rotating body mounted on a rotating shaft mounted on both sides of a rotor or a motor, a rotating body mounted on a rotating shaft of a rotor connected to a stator, a tube or a case. It is one of the rotating bodies mounted on the rotation axis of the rotor connected to the mounted stator.

The tube, case or hollow body includes: a) a motor and a stator mounted inside the tube; b) a rotor mounted on the motor or stator; c) a rotation axis of the motor or rotor, a rotation axis of one side of the motor or rotor, a rotation axis of both sides of the motor or rotor; d) a rotating body mounted on the rotating shaft; e) itself vibrating due to rotation of the rotating body; f) itself provided with protrusions; g) the protrusion through which the vibration is transmitted; h) the protrusion vibrating by the transmission; One or more of these may be provided.

Figure 10 is an example of various rotors, rotation shafts, rotating bodies, functional groups, etc. according to the present invention. A rotating shaft (3) is provided on one side, both sides, the upper, lower, upper and lower parts of the rotor (1), and the rotating shaft is provided with one, two, three, multiple, etc. rotating bodies (4). Or it is provided eccentrically. Due to the rotation of the rotating shaft 3, the rotating body 4 rotates or eccentrically rotates, and as a result, the rod, tube, case, etc. 7 surrounding the rotating body vibrates, and this becomes a vibrator 32 or It becomes an exciting time. The rotation axis can be equipped with a hinge 240, a bearing 5, etc. The hinge 240 allows the rotating shaft 3 to rotate in a bent manner, and the bearing 5 allows the rotating shaft to rotate without friction. The rotating body includes a semi-cylindrical body, a 1/2 cylindrical body, a 1/3 cylindrical body, a 1/4 cylindrical body, a rotating body, an eccentric body, a block, a metal body, etc. Figure a shows a rotating shaft on one side of the rotor and one rotating body provided on this rotating shaft. Figure b shows a rotating shaft on both sides of the rotor and one rotating body provided on both rotating shafts. Figure c shows a rotating shaft on one side of the rotor. and two rotating bodies provided on this rotating shaft, Figure d shows a rotating shaft on both sides of the rotor and two rotating bodies provided on both rotating axes, Figure e shows a rotating shaft with a hinge on one side, and Figure f shows a hinge in the middle. Equipped with a rotating shaft, Figure g shows a rotating shaft with hinges at 3 points. The hinge includes a hinge, a joint, a fracture, a hinge, a joint, a connection part, an inflection part, a hinge, a bending point, a point capable of rotation, a point of free rotation, a point where rotation is free but horizontal and vertical movement is fixed, etc.

The stator or power supply, case or controller, stator, rotor, rotor, stator, rotating shaft, rotating body, eccentric body, bearing, hinge, etc. may be one, two, three, multiple, multiple, two or more, etc. This is possible, or, etc. are available. Examples thereof include two rotating bodies provided on a rotating shaft, three eccentric bodies provided on a rotating shaft, two rotating bodies provided on one or both sides of the rotating shaft, two rotating bodies provided on a rotating shaft with three hinges, 4 This includes three eccentric bodies provided on a rotating shaft with two hinges, and two rotating bodies provided on one or both sides of a rotating shaft with two hinges. For the stator, hinge, etc., one of the magnetized materials, composite, hollow body, device 1, device 2, device 3, and device passing materials can be used. The material passing through the device refers to a material that has passed, flowed, roughed, passed, passed, etc. through one of the device, device 1, device 2, and device 3, or has been processed in the device, the water or composite, magnetized material or composite, etc. do. The stator, hinge, etc. can be used or provided with the above or following groups or complexes, water or complexes, magnetization or complex treatments, etc.

Figures h, i, j, k, ℓ, and m in Figure 10 show various types of functional groups. Here, Figure h shows a functional group 30 consisting of a vibrator 32 and the magnetizer or complex device 30, 31, 32, 33, 34, 35, 36 mounted on one side or lower part of the vibrator 32. Figure i shows a functional group 30 consisting of a vibrator 32 and the magnetizer or complex device 30, 31, 32, 33, 34, 35, 36 mounted on the other side or top of the vibrator 32. Figure j shows a functional group 30 consisting of a vibrator 32 and the magnetizer or complex device 30, 31, 32, 33, 34, 35, 36 mounted on both sides or above and below the vibrator 32. Figure k shows a functional group (30) composed of a vibrator (32) and the magnetizer or complex device (30, 31) and provided with a protrusion (230). Figures ℓ and m show the vibrator 32 and the magnetizer or complex device, etc. (30) provided or protruding in front, middle, rear, top, bottom, left, right, surface, surface, inside, outside, middle, etc. of the vibrator 32. , 31), and is a functional group, complex group, etc. (30). Figure n is a tube or case (7) in which the device of Figure g is embedded, and is a tube or case (7) in which two rotating bodies or eccentric bodies are embedded, mounted on both sides of a rotating shaft with three hinges on each side. In this case, the tube or case 7 vibrates in both directions due to the rotation of two rotating bodies or eccentric bodies mounted on each side of the rotating shaft. When a rotating body is provided on one side of the rotating shaft, it is possible for the tube or case 7 to vibrate in one direction on one side due to the rotation of the rotating body. On the other hand, when the rotating body is provided on both sides of the rotating shaft It is possible for the tube or case 7 to vibrate in both directions due to the rotation of the rotating body.

In the present invention, a) magnetization to composite, magnetization to composite processing, magnetization to composite, magnetization to composite, aeration to composite, purification to composite, storage to composite, storage to composite, water to composite; b) one or more of the above: before, during, after, above, below, left, right, side, surface, inside, outside, middle, complex; The above magnetization to composite, magnetization to composite processing, magnetization to composite, magnetization to composite, aeration to composite, purification to composite, storage to composite, storage to composite, storage to composite, number to composite, group to composite, group. network, chip or semiconductor, equipment or semiconductor, combination of two or more of the above, installation, use, mixing, mixing, combination, input, injection, discharge, supply, provision, connection, connection, protrusion provision, internal provision, Insertion equipment, etc. is possible. and the flight or composite, one of the means, the construction or composite, one of the means, or the equipment, device, facility, material, material, material, object, article, product, the storage or the complex, the storage or the complex, the device. In the network, chip or semiconductor, equipment or semiconductor, etc., the magnetization or composite processing, magnetizer or composite, group or composite, water or composite, etc. are provided, placed, used, mixed, mixed, combined, input, injected, discharged, etc. Supply, provision, linkage, connection, etc. are possible.

Figure 11 is an example of ozone group, anion group, functional group, case, etc. according to the present invention. Figure a is a1) When the anode 120 and the cathode 122 are placed between the insulator 121 or the space 121 and a high voltage is applied to them, corona discharge occurs and ozone is generated, or 3O ₂ + electric E = 2O Ozone group, anion group, functional group (30), case (37) in which ozone is generated from oxygen by reaction such as ₃ + heat, etc.; a2) When a high voltage, etc. is applied to the objects 120, 122 such as gold, silver, copper, platinum, nickel, etc. coated, printed, attached, etc. on both sides of the ceramic plate or space 121, the objects 120, 122 ) Discharge group, ozone group, anion group, functional group (30), case (37) in which corona discharge, etc. occurs in the liver; indicates etc. During the discharge, oxygen (O ₂ ) in the air is separated into oxygen atoms, and the separated oxygen atoms combine with non-separated oxygen molecules to form ozone (O ₃ ). Figure b shows b1) an ozone group, a functional group (30), an anion group, and a case (37) in which a coil (16) is wound inside or outside a cylindrical tube (123) or a double tube (123, 124); b2) A coil 16 is wound inside or outside the cylindrical tube 123 or the double tube 123, 124, and when power is applied to the tube and coil, ozone, anion, etc. are generated. Ozone group, functional group, anion group ; b3) Voltage, power, and current connected to the dielectric 123 such as a glass tube or quartz tube, the rod- or tube-shaped anode 124 inserted inside the dielectric, and the coil- or spring-shaped cathode 16 wound around the outside of the dielectric. An ozone group, a functional group (30), a discharge group, an anion group, and a case (37) that change oxygen in the air into ozone by generating a discharge when such a light is applied; indicates etc.

Figure c shows c1) ozone group, functional group, and anion group spaced apart from one side of the plate 126 and having a needle 127 or a needle mounted on the other side; c2) It is spaced apart from one side of the plate 126, and a needle 127 is placed on the other side. When + or - power is applied to the plate and needle, ozone, anion, etc. are generated. An ozone group, a functional group 30, an anion group, a case ( 37); indicates etc. Figure d shows d1) ozone group and anion group spaced apart from the hollow portion 128 of one side plate and facing the brush 129 or needle; d2) an ozone group, a functional group, an anion group that is spaced apart from the hollow part 128 of one side of the plate, faces the brush 129, and generates ozone, anion, etc. when + or - power is applied to the plate and the brush; indicates etc. The discharger, ozone group, anion group, functional group, case, housing, etc. (30) are provided with the magnetization or composite, etc. (30, 40), or the magnetization or composite, etc. (30, 40) are generated, or The above-mentioned discharge group, ozone group, anion group, functional group, etc. correspond to the magnetizer to complex group, etc. (30). The needles include needles, chips, tips, needles, needles, single needles, double needles, multiple needles, etc., and the brushes include brushes, strings, brushes, single-strand brushes, two-strand brushes, and multi-strand brushes. It applies. The needle, brush, coil, core, electrode, anode, cathode, etc. may be conductors, gold, silver, copper, iron, copper, zinc, metal, graphite, carbon, semiconductor, tungsten, aluminum, etc. The above discharger, ozone group, anion group, functional group, case, housing, etc. can be equipped with a pump 63, pressurizer 63, cyclone 161, nozzle 66, sprayer 66, etc. In Figure 5, the vertical solid lines between a and b, c and d are used to distinguish the pictures a and b, c and d, respectively.

The above insulator, space, anode, cathode, ozone group, anion group, functional group, case, ceramic plate, gold, silver, copper, platinum, nickel, object, cylindrical tube, double tube, inside, outside, coil, tube, glass tube , quartz tubes, dielectrics, rods, springs, plates, needles, needles, hollow parts, cases, housings, etc. can be used or provided with the above or following group or composite, water or composite, magnetization or composite treatment, etc. And the ozone group, anion group, functional group, case, insulator 121, space 121, anode 120, cathode 122, ceramic plate, space, object, cylindrical tube 123, double tube 123 , 124), inside, outside, coil 16, glass tube, quartz tube, dielectric 123, plate 126, needle 127, needle, hollow part 128, brush 129, needle, etc. It is possible to use one of the following materials: magnetized or composite, magnetized or magnetized, hollow body, device 1, device 2, device 3, or device passing material.

Figure 12 shows mechanisms such as magnetic material, magnetizer, electromagnet, and functional group of the present invention. Here, Figure a shows a lining magnet or mechanism (130) in which two or more magnets (131) are embedded, coated or lined (133), and a lining magnet or mechanism (130) in which a spacer (132) is inserted between the two or more magnets. ), Figure b shows an electromagnet or device 135 that generates a magnetic field or electromagnetic field by applying electricity, an electromagnet that generates a magnetic field or electromagnetic field by applying electricity to the coil 16 wound around the core 15 or the functional group 30. Or the mechanism 135, Figure c shows the magnetizer 31, the coil 16, the mechanism 130, the following pipe or hollow body, etc. (7, 37) in which the following rod or metal rod is inserted to generate a magnetic field or electromagnetic field. , 76, 77, 104), etc. Here, the core is a rod, rod, core, iron rod, copper rod, non-hollow body, solid body, core rod, center rod, metal rod, functional group, the magnetizer or complex device, pipe, conduit, tube, hose, hollow body, transfer pipe, pressure feed. Tubes, venturi tubes, hollow tubes, hollow bodies, etc. are possible. Inside the pipe or hollow body (7, 37, 76, 77, 104), water, water, liquid, oil, substance, material, mortar, concrete, etc. (80) flow, pass, move, transport, etc. It is possible, and the water or concrete, etc. can be magnetized, hexagonally hydrated, fluidized, activated, slumped, slurried, long-distance transported, high-rise transported, high-rise building transported, etc. by a magnetic field. Examples of application in Figure b of FIG. 6 include 1) a coil is wound around the entire, partial, 1 point, 3 point, multi-point, etc. exterior of the rod or complex machine, and electricity is applied to the rod or complex machine, etc. using an electromagnet (135) 2) A coil is wound around the entire exterior of the pipe, hollow body, etc., part, one point, three points, multiple points, etc., and electricity is applied to the water to pass through the pipe, hollow body, etc. (104). Concrete, etc., becomes magnetized or transported to a high-rise building, etc. by a magnetic field; 3) the rod or complex machine, etc. is inserted into the pipe or hollow body, etc. (see Figure c) and passes through the pipe or hollow body, etc. This includes the water or concrete being magnetized or transported to a high-rise building by a magnetic field. The magnetic material, magnetizer, electromagnet, functional group, magnet 131, spacer 132, core 15, coil 16, rod or hollow body, etc. include the magnetized composite, hollow body, device 1, device It is possible to use either device 2, device 3, or material passing through the device.

Figure 13 shows hollow bodies (7, 37, 76, 77, 102, 104) equipped with functional groups, expressing functions, generating functional substances, etc. according to the present invention. Here, the functional group 30 refers to the magnetizer or complex, the function 40 refers to the magnetization or composite, the functional material 40 refers to the magnetized or composite, etc., and the hollow body 104 refers to a tube, barrel, or tube. (37, 76), pipe (76), box (102), venturi pipe (77), injector (93), nozzle (66), pipe (76), hollow body, hollow pipe, case (7), housing ( 37) etc. are applicable. The hollow body; Its walls, sides, capsule, exterior, and middle; The back can be equipped with injectors (93, 94), check valves (91), etc. The functional groups 30 and 40 can be provided on the hollow body 104 by holders, supports, etc. 112, where the holders, supports, etc. 112 are one, two, multiple, two. It can be applied to more than 1 point of a functional group, multiple points of a functional group, or 2 or more points of a functional group. In order to prevent shock, contact, collision, etc. between the functional group and the hollow body, holders, supports, rubber, rubber plates, spacers, cushioning materials, impact prevention materials, contact prevention materials, etc. between the functional group, the hollow body, and the two. Stepping prevention materials, etc. can be provided.

The injectors (93, 94) are pipes (93, 94), tubes, pipes, injectors, ejectors, inclined pipes (94), vertical pipes (93), and inclined pipes (94) mounted on the sides of the hollow body (104). , the vertical pipe 93 mounted on the side of the hollow body 104, the inclined pipe 94 mounted on the reduced portion 53 of the Venturi pipe 77, and the reduced portion 53 of the Venturi pipe 77. This applies to the vertical pipe 93, etc. The hollow body 104 allows a certain substance 80 to flow in, out, flow, pass, penetrate, pass, etc., and the injectors 93 and 94 provide ozone 82, pressure 83, and pulse pressure. (84), additives (85), etc. can be introduced into the hollow body (104), the hollow body material (80), etc. The injector, venturi pipe, reduced portion of the venturi pipe, pipe or vertical pipe, etc. are equipped with valves, check valves (91), solenoid valves (92), check valves for backflow blocking (91), and solenoid valves (91) that are periodically opened and closed. , a timer 98 for adjusting the opening/closing interval, etc. can be provided. Here, the check valve 91 is composed of a spring 54, a ball 55, a valve 56, etc., and when the additives 92, 93, 94, and 95 flow into the hollow body 104, the spring 54 ) is compressed and the valve 56 is opened so that the additives (92, 93, 94, 95) flow into the hollow body through the injectors (93, 94), and on the contrary, the material (80) inside the hollow body is injected into the spring (54) The valve 56 is closed by the pressure or the restoration of the spring, so that the material 80 inside the hollow body does not leak out of the injectors 93 and 94.

The hollow body (7, 37, 67, 77, 104) can be used independently or as an object, body, ring, pipe, conduit, band, tube, hose, pipe, transfer pipe, end hose, pouring hole, or the above object. It is used by being placed between two or more of the pouring ports, between the two or more pipes in the transfer pipe 208 composed of two or more pipes, or between the two or more objects in the pouring port, etc., which are composed of two or more pipes. This is possible. The hollow body (7, 37, 67, 77, 104) includes a functional group (30), a holder (112), a support, a magnetizer (31), a vibrator (32), a rotator (27), a stirrer, a rotating stirrer, and a stirring device. It is possible to use, equip, place, put in, embed, express, generate, composition, form, mount, spray, spray, coat, paint, etc. the rotator, the magnetizer to the composite machine, the magnetizer to the composite, etc. The hollow body, wall or middle, injector (93, 94), check valve (91), stand, support, stand or anti-collision material, pipe or vertical pipe (93), inclined pipe (94), venturi pipe (77) ), reduction unit 53, valve or timer, object or pouring hole, etc., use one of the above magnetized or composite, group or composite, water or composite, hollow body, device 1, device 2, device 3, device passing material This is possible.

In the example of FIG. 13, a magnetization device 31 is provided, and the material 80 is vibrated 42 or generates a magnetic field 41, and the material 80 is excited 43 to become an excited object 43. This includes the hollow body 104 into which the additive 85 is injected through the injector 93 mounted on the side of the body 102. Figure 13 shows a hollow body 104 equipped with a functional group 30, expressing a function 40, generating a functional material 40, etc. Figure a of Figure 13 shows a tube, a single tube, a tube, and a pipe 76. ; Figure b shows a venturi tube (77) with a vertical tube (93); Figure c shows a hollow body (7, 37, 76) with an inclined pipe (94) and a venturi pipe (77) with a vertical pipe (93); Figure d shows the hollow body 104 combining figures a, b, and c. In Figure 13, θ is the inclination angle of the injectors 93, 94 or the inclined pipe 94 provided on the side of the hollow body 104, D is the inner diameter of the hollow body 104, and d is the inner diameter of the venturi tube 77. , L corresponds to the length of the venturi (53) or the length of the reduced portion (53) of the venturi tube. Here, L can be 0 or 1 to 100 cm. Two or more hollow bodies can be combined, where two or more connections are made using jacks, connecting jacks, strings, wires, rings, bands, sockets, flanges (57), screws, bolts (58), and nuts (59). , joint, tightening band, hose band, connecting means, threaded socket, bolt and nut, bolt hole forming flange and bolt inserted into the bolt hole, bolt hole forming flange (57) and bolt (58) inserted into the bolt hole. ) and the nut (59) fitted to the bolt. Injectors, vertical pipes, inclined pipes, etc. (93, 94) provided on the outside, outer surface, face, surface, side, etc. of the hollow body include ozone (82), pressurizer (83), pulse pressure (84), and additives (85). ), materials such as the water to the complex, the water to the phytoncide, etc. can be introduced, and these materials can be introduced into the hollow body 104.

Figure 14 shows a functional group, a hollow body, etc. equipped with a coil, a magnetizer, a coil winding rod, a coil winding functional group, etc. according to the present invention. Here, the functional group 30, the hollow body (7, 37, 67, 77, 104), etc. are provided with a coil 16, a magnetizer 31, a coil winding rod, a coil winding functional group, etc., so that the functional group, the hollow body, etc. Magnetic fields, electromagnetic fields, magnetic waves, electromagnetic waves, etc. 41 are generated, and at this time, the functional group 30, hollow body 104, etc. can be a magnetizer, fluidizer, magnetic field generator, etc. 31. Here, the material 80, concrete, etc. that passes through the functional group 30 and the hollow body 104 undergoes magnetization, hexagonal hydration, fluidization, sultryization, increased slump value, increased flow velocity, increased inner wall flow velocity, increased slip zone velocity, etc. This can be. The coil 16, magnetizer 31, etc. can be connected to wires, plugs, outlets, power supplies, etc.

The material flowing through the hollow body includes a slip zone 86 on the inner wall of the hollow body, a plug flow zone 88 at the center of the hollow body, and a shearing zone between the inner wall and the center of the hollow body ( 87) flows. The flow velocity of the material flowing through the hollow body is small or almost non-existent at the inner wall of the hollow body, and is largest at the center of the hollow body, and has a certain size between the inner wall and the center of the hollow body (Figure a in FIG. 8). In this case, when the hollow body is provided with the coil 16, magnetizer 31, coil winding rod, etc., a magnetic field, electromagnetic field, magnetic wave, electromagnetic wave, etc. 41 is generated in the hollow body and flows through the hollow body 104. Materials 80, concrete, etc. can be magnetized, hexagonally hydrated, fluidized, sullied, increased slump value, increased flow velocity, increased inner wall flow velocity, increased slip zone flow velocity, etc. (Figures b, c, d in Figure 8) . When pouring concrete on a high-rise building to construct a high-rise building, the transfer pipe 208 is equipped with a coil 16, a magnetizer 31, a coil winding rod, a hollow body 104, etc. to fluidize the concrete by a magnetic field, etc. And, it can be applied to smoothly pour concrete up to high rises by increasing the flow rate of the slip zone of the transfer pipe.

Figures 15 and 16 are schematic diagrams showing a functional group or a functional group with protrusions according to the present invention, which is a) a function equipped with a cone, net, rod, frame, chip, spiral, rotator, cone network, rod frame spiral, the chip or combination, etc. air or hollow body; b) Or a functional group or hollow body provided in the cone or combination, etc.; c) or the cone or combination, hollow body provided with a functional group; d) or the cone or combination or hollow body in which one of the magnetization or composite is used; Show your back. In the present invention, the functional group includes: a) the magnetizer to the composite group, the magnetizer to the composite group; b) a magnetizer or combination device, a magnetizer or combination device equipped with the cone or spiral, etc.; etc. are applicable. The cones, spirals, etc. may be included in protrusions. In Figure 15, figure a shows a cone 210 or a cone with a slope 216 of θ, a net 211, a rod 212, a frame 213, a spiral 214, and a rotator 27; Figure b shows a cone, net, rod, frame, rotator (27), and spiral with a rod (212) and a functional group (30) mounted at the center (215); Figure c shows cones, nets, rods, frames, chips, and spirals embedded in tubes, conduits, pipes, hollow pipes, hollow bodies, etc. (7, 37, 76, 77, 102, 104); Figure d shows a cone, net, rod, frame, rotator (27), and spiral mounted on a stand, support, etc. (112); Show your back. Figures 15 and 16 show functional groups composed of a mixture of cones, helices, magnetizers, complex groups, etc. In the cone or helix, cone net frame spiral, etc., it is possible to place a functional group (30), flow a material (80), or pass a material (80). Materials, objects, etc. (80) passing through the cone or spiral, rotator, cone net spiral, etc. are subjected to collision, magnetization, vibration, sterilization, disinfection, cleaning, stirring, mixing, mixing, mixing, aeration, detonation, pulsation, eddy current, Screening, separation, filtration, filtration, crushing, fracture, pulverization, cutting, hitting, fine-graining, micronization, micronization, nano-ization, short-circuiting, single-granulation, cavitation, etc.

The magnetic material, magnetizer, electromagnet, functional group, magnet, lining magnet, mechanism, electromagnet, core, coil, rod, rod, core, iron rod, copper rod, non-hollow body, solid body, core rod, center rod, metal rod, functional group, Pipe, duct, tube, hose, hollow body, transfer pipe, pressure pipe, venturi pipe, hollow pipe, hollow body, whole, part, 1 point, 3 points, multi-point, magnetic material, magnetizer, electromagnet, functional group, magnet , spacer, injector, check valve, pipe to hollow body, rod to composite machine, rod to hollow body, pipe to housing, hollow body to middle, pipe to vertical pipe, valve to timer, object to pouring hole, hollow body to pouring Spheres, cones, cone-shaped spirals, chips, combinations, etc. can be used or provided with the above or following groups or complexes, water or complexes, magnetization or complex treatments, etc.

In the present invention, magnets, magnetic materials, magnetizers, etc. are a) magnets, group of magnets, electromagnets, twin magnets, bar magnets, sheet magnets, atomic magnets, magnetite, magnet, magnetic material, magnetic material, magnetic material, magnetized material, wave material, Magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet equipped body, magnetized energy body, double magnet, bunch magnet, multi-type magnet, composite magnet, nanomagnet, superconducting magnet, magnetosome, magnetic bacteria, south pole and north pole magnet. , N-pole S-pole magnet, S-pole N-pole/S-pole N-pole magnet, N-pole S-pole/S-pole N-pole magnet, S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, coil on the iron core Wound electromagnet, solenoid electromagnet, mounted non-magnet, vortex type mounted non-magnet; b) the magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or non-mounted magnet whose outer diameter is 0.01 to 0.8 times the inner diameter of the hollow body below, the magnet or non-mounted magnet that magnetizes a material; c) one or more of the magnets or holder non-magnets embedded, covered, lined, or repeated, combined, or connected to two or more magnets, magnetic materials, magnetized materials, or magnetic field materials; etc. is possible.

In the present invention, magnets, magnetic substances, magnetizers, etc. are 1) magnets, electromagnets, superconducting magnets, lining magnets, 2) NS pole, SN pole, NS pole/NS pole, SN pole/SN pole, NS pole/SN pole, SN. At least one magnet among pole/NS pole, NS pole/membrane/NS pole, SN pole/membrane/SN pole, NS pole/membrane/SN pole, and SN pole/membrane/NS pole, 3) one magnetic force or all combined magnetic forces A magnet of 1000 to 20,000 Gauss, 4) a body or magnetic material (16) in which one of the magnets (10) is embedded, coated, covered, or lined (15), 5) a magnet penetrated and inserted into the central passage of the cone , magnetic materials, 6) Magnets, magnetic materials, etc. having an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or inner cross-sectional area of the tube or hollow body are also possible. And a magnet is a magnet, group of magnets, magnetic body, magnetic body, magnetized body, wave body, magnet, magnet, hexagonal hydrate, magnetic wave body, magnetized wave body, magnetic energy body, N-pole S-pole magnet, NS-pole or N-pole S. This includes things with poles, magnets with one or more magnets covered with a cover material, magnetic materials with one or more magnets embedded inside the cover material, and materials that are magnetized or hexagonally hydrated.

To explain the above, 1) a) NS pole magnet is N pole S pole magnet, b) SN pole magnet is S pole N pole magnet, c) NS pole/NS pole magnet is N pole S pole/N pole S pole magnet. , two combined magnets of N-pole S-pole magnet and N-pole S-pole magnet, d) SN-pole/SN-pole magnet is the combination of S-pole-N-pole/S-pole-N-pole magnet, S-pole-N-pole magnet and S-pole-N-pole magnet. Two combined magnets, e) NS-pole/SN-pole magnet, N-pole/S-pole N-pole magnet, two combined magnets of N-pole-S-pole magnet and S-N-pole magnet, f) SN-pole/NS-pole magnet Silver S-pole N-pole/N-pole S-pole magnet, two combined magnets of S-pole N-pole magnet and N-pole S-pole magnet, g) NS-pole/film/NS-pole magnet is N-pole S-pole/film/N-pole S A pole magnet, or a magnet combined in the order of an N-pole S-pole magnet, a film, and an N-pole S-pole magnet, or a magnet combined with a film embedded between the N-pole S-pole magnet and the N-pole S-pole magnet, h) SN pole /Film/SN pole magnet is a S-pole N-pole/film/S-pole N-pole magnet, or a magnet combined in that order with a S-pole-N-pole magnet, a membrane (14), and an S-pole-N-pole magnet, or a S-pole-N-pole magnet. A magnet with a membrane embedded between the S and N pole magnets, where the membrane includes a membrane, separator, separator, separator, spacer, etc. i) NS pole/membrane/SN pole magnet is N pole/S pole/membrane. /S-pole N-pole magnet, or a magnet combined in the order of N-pole S-pole magnet, a film, and S-pole N-pole magnet, or a magnet combined with a film embedded between a N-pole S-pole magnet and a S-pole N-pole magnet, j ) SN pole/film/NS pole magnet is S pole N pole/film/N pole S pole magnet, or a magnet combined in the order of S pole N pole magnet, film, N pole S pole magnet, or S pole N pole magnet. and a magnet with a film embedded between the N and S pole magnets, k) Examples of two or more magnets in one or more magnets include k1) 2 magnets with an NS pole magnet and an SN pole magnet, k2) NS/NS pole magnets and SN. Combined magnet of pole/SN pole and NS pole/SN pole magnet, k3) SN pole/NS pole, NS pole/membrane/NS pole, SN pole/membrane/SN pole, NS pole/membrane/SN pole, SN pole/ This applies to membrane/NS pole bonded magnets, etc.

2) Examples of magnets with a single magnetic force or a total combined magnetic force of 1000 to 20,000 Gauss include an SN pole magnet in the case of SN pole/film/NS pole, or a single magnetic force of an NS pole magnet, or an SN pole magnet or an NS pole magnet 2 These include magnets with a total combined magnetic force of 1,000 to 20,000 Gauss. In the case of a magnet lined with a tube (132) in which 10 magnets (131) are embedded inside the tube cover (133), the magnetic force of one of the ten magnets or the combined magnetic force of all ten magnets is 1,000 to 20,000 Gauss. . 3) Examples of the body or magnetic body 130 in which one of the magnets 131 is embedded, coated, covered, or lined 133 include an SN pole magnet, an NS pole magnet, and an SN pole/film/NS pole magnet. The back 131 is attached to metal, film, film material, cover material, polymer material, plastic, STS material, coating material, lining material, melt, heated material, barrel, hose, tube, pipe, heating pipe, etc. 133. This includes a body or magnetic material 130 that is embedded, coated, covered, lined, etc. Here, the magnet 131 is coated with a coating, cover, lining, etc. 133. 5) A magnet having an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or inner cross-sectional area of the tube or hollow body, the magnetic material is a magnet, the outer diameter of the magnetic material is Or, the diameter or cross-sectional area is 0.01 to 0.8 times the inner diameter or inner cross-sectional area of the tube or hollow body and is smaller than the inner diameter or inner cross-sectional area of the tube or hollow body so that a magnet or magnetic body can be sufficiently embedded inside the tube or hollow body. These are the standard conditions for magnets and magnetic materials in this case.

Here, a) the lower limit condition of 0.01 times the outer diameter or diameter or cross-sectional area of the magnet or magnetic material is that, considering that the inner diameter of a hollow body is usually 20 cm, 0.01 times 20 cm is 2 mm, so the outer diameter of the magnet or magnetic material is manufactured to be 2 mm or less. This is difficult, and the outer diameter of the magnet or magnetic material is small, so the magnetization power of the magnet or magnetic material embedded inside the 20cm hollow body is minimal. b) The upper limit condition of 0.8 times is when the outer diameter of the magnet exceeds 80% of the inner diameter of the hollow body. In this case, the cross-sectional area of the hollow body becomes smaller, which causes greater restrictions and resistance to the flow of materials passing through the hollow body. In the case of the above 0.01 to 0.8 times, it can be said that it is common to apply about 0.4 times, which is the average value of this range.

The magnetization and hexagonal hydration of the present invention are a) a1) magnet, group of magnets, magnetic body, magnetic body, magnetized body, wave body, hexagonal hydration body, magnetic wave body, magnetization wave body, magnetic energy body, the cone or magnetic energy body, a2) Hollow body with one duplex, a3) Storage, mixer, pump, supply line, pouring machine, sprayer, injector, curing machine, surface treatment machine with one duplex, a4) Equipment with one duplex, magnetization equipment, magnetization by pouring equipment, etc. , hexagonal hydration, b) passage, contact, passage, flow, penetration of the magnet or magnetic energy body, etc., c) water by one of these, water, mixing water, mixing material, mixture, substance, mortar, ready-mixed concrete, concrete, etc. magnetization, hexagonal hydration, d) fluidization of the water or concrete, etc. by one of the above, increase in workability, etc., decrease in water/cement ratio, etc., increase in strength after curing, decrease in permeability coefficient, etc.

In the present invention, magnetization, magnetization, magnetization, waveization, hexagonal hydration, magnetization, magnetic field, magnetization energy, etc. can be representatively expressed by the term magnetization. Therefore, a) the magnet or magnetized energy body, b) a hollow body equipped with the same, c) a storage unit equipped with one of the two, a mixer, a pump, a supply line, a pourer, a sprayer, an injector, a curing machine, a surface treatment machine, and d) equipment equipped with one of the two. , magnetization equipment, pouring equipment, etc. are a single magnetizer, hexagonal water device, magnetizing device, hexagonal water device, magnetization equipment, hexagonal water equipment, etc., and also the above or the following cones or equipment, magnets equipped with the magnet or magnetized energy body, etc. The magnetizer, hexagonal water equipment, etc. are also one of the magnetizers and hexagonal water equipment. By magnetization of the present invention, magnetized material, magnetized water, magnetized material, magnetized pouring material, etc. are formed, where the magnetized material is a) magnetized material, magnetized water, hexagonal water, magnetized liquid, magnetized oil, magnetized agent, magnetized material, magnetized body, Magnetized material, magnetized material, b) or a material that has become magnetized, magnetized, demagnetized, wave-like, hexagonal, etc. by passing, flowing, touching, penetrating, grazing, or through a magnet, electromagnet, magnetic material, etc. It applies.

a) Magnet, group of magnets, electromagnet, twin magnet, bar magnet, plate magnet, atomic magnet, hexagonal magnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate, magnetization of the present invention Wave body, magnet equipment, magnetized energy body, double magnet, bunch magnet, multi-type magnet, composite magnet, nanomagnet, superconducting magnet, magnetosome, magnetic bacteria, S-pole N-pole magnet, N-pole S-pole magnet, S-pole N Pole/S-pole N-pole magnet, N-pole S-pole/S-pole N-pole magnet, S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, electromagnet with a coil wound around an iron core, 2 with the same or different magnetic force More than one plurality of magnets, solenoid electromagnets, mounted non-magnets, vortex type mounted non-magnets; b) the magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or non-mounted magnet whose outer diameter is 0.01 to 0.8 times the inner diameter of the hollow body below, the magnet or mounted non-magnet that magnetizes the pouring material; b) A description of one or more magnets, magnetic materials, magnetized materials, magnetic field materials, etc. among the above magnets or holder non-magnets, embedded, covered, lined, or repeated, combined, or connected to two or more is as follows.

1) A magnet group is two or more magnets, a group of magnets, etc., or S-pole N-pole magnet, N-pole S-pole magnet, S-pole N-pole/S-pole N-pole magnet, N-pole S-pole/S-pole N-pole magnet, These include S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, etc. 2) Electromagnets include electromagnets with a coil wound around an iron core, solenoid electromagnets, magnets that generate magnetic force when electricity is applied, and magnets that generate magnetic force when electricity is applied to the coil. 3) Electromagnets with a coil wound around an iron core, solenoid electromagnets, etc. are types of electromagnets. 4) A twin magnet refers to two or more magnets or pairs of magnets. And twin magnets are a) two or more magnets, magnetic substances, the above magnets or magnetic energy bodies, b) or before, after, left, right, front, back, up, down, apart, attached, pressed, contacted, joined, Two or more magnets, magnetic substances, said magnets or magnetic energy bodies combined, linked, connected, jointed, parallel, right angle, inclined, connected, etc., c) arranged, arranged, placed, connected, etc. in one of the above-mentioned elements or connected together, etc. This also applies to two or more magnets, magnetic materials, the above magnets or magnetic energy materials. 5) Bar magnets, sheet magnets, atomic magnets, and percussion magnets include magnets such as rods, plates, boards, circles, circles, cylinders, angles, squares, and polygons. 6) Magnetic body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet equipped body, magnetized energy body are magnets, magnetism, magnetism, magnetization, waves, magnetization, Magnetizing a substance by a magnetic field, hexagonal hydration, magnetization wave, magnetization energy, etc., emitting a magnetization, etc., having the functions of emitting a magnetization, etc., magnetizing a substance by a magnetization, magnetizing a substance by a magnetization, etc. This includes magnets, sieves, objects, etc. And the magnet body or magnetized energy body, etc. is a material, material, body, object, object, object, instrument, metal, means, or magnet-containing material, material, body, object, object, etc. with magnetic force, magnetism, magnetic field, etc. This also applies to instruments, metals, and tools.

7) A double magnet refers to two or more magnets or groups of magnets. 8) Bunch magnets include magnets that form a bundle of two or more magnets. 9) Nanomagnets include magnets whose constituent particles, molecules, and substances have nanometer sizes. Multi-type magnets refer to magnets in which two types or two or more magnetic forces are combined, combined, provided, fastened, connected, linked, etc. And a composite magnet is a magnet in which one or more of the following magnets are combined, combined, provided, fastened, connected, linked, etc., among two, two sets, two types, two pairs, two sets, two magnets, or objects other than magnets and magnets. This includes things, means, instruments, etc. that are combined, combined, equipped, concluded, connected, connected, etc. And the magnetic equipment includes materials, materials, bodies, objects, objects, instruments, metals, means, holders, supports, spacers, fixtures, etc. equipped with magnets, electromagnets, magnetic materials, composite magnets, multi-type magnets, etc.

10) Superconducting magnets include superconducting magnets, solenoid coils, racetracks, dipoles, toroidals, and superconducting strings that are wound into a superconducting state when immersed in liquid helium at -269°C and generate a stable high magnetic field. An air core using a superconductor in the coil. Electromagnets, cryogenic electromagnets using a superconductor in the coil, and magnets that use Nb alloy, a superconductor, in the coil wire and cool it to the temperature of liquid helium to generate a super-strong magnetic field are used, etc. Since superconducting magnets do not consume power, they are used in linear motor cars, nuclear fusion reactors, MHD (magneto hydrodynamics) power generation, and magnetic levitation railways. Cooling methods for superconducting magnets include immersion cooling, in which the magnet is immersed in liquid helium, and forced cooling, in which helium is forcibly circulated in a superconducting wire. 11) Magnetosomes, magnetic bacteria are a) microorganisms, bacteria, magnetosomes, etc. with magnetism, magnetic force, magnetic substances, etc. b) magnets, magnets, nanometer-sized magnetic particles, molecules, etc. on themselves, their bodies, interior, exterior, surfaces, etc. , microorganisms, bacteria, magnetosomes, etc. containing elements, etc.

12) S-pole N-pole magnet, N-pole S-pole magnet, S-pole N-pole/S-pole N-pole magnet, N-pole S-pole/S-pole N-pole magnet, S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnets include magnet groups that combine magnets such as S-pole N-pole, N-pole S-pole, twin magnets, double magnets, bundle magnets, multi-type magnets, and composite magnets. 13) S-pole and N-pole magnets include magnets with S and N poles. 14) N-pole and S-pole magnets include magnets with N and S poles. 15) S-pole-N-pole/S-pole-N-pole magnets include magnets that combine an S-pole-N-pole magnet and a S-pole-N-pole magnet, and magnets that combine a S-pole-N-pole magnet with a separator and a S-pole-N-pole magnet. 16) N-pole S-pole/S-pole N-pole magnet includes a combination magnet of an N-pole S-pole magnet and a S-pole N-pole magnet, or a combination magnet of an N-pole S-pole magnet, a separator, and a S-pole N-pole magnet. 17) S-pole-N-pole/N-pole-S-pole magnets include a combination magnet of an S-pole N-pole magnet and a N-pole S-pole magnet, and a magnet combining a S-pole N-pole magnet with a separator and a N-pole S-pole magnet. 18) N-S-N-S-N-S-N-S magnet refers to a combination magnet of N-S magnet-N-S magnet-N-S magnet-N-S magnet, N-S magnet-separator-N-S magnet-separator-N-S magnet-separator-N-S magnet combination magnet, etc. 19) N-S-S-N-N-S-S-N magnets include N-S magnet-S-N magnet-N-S magnet-S-N magnet, N-S magnet-separator-S-N magnet-separator-N-S magnet-separator-S-N magnet, etc. 20) Non-mounted magnets include magnets equipped with holders, spacers, supports, etc., magnets equipped with means to mount themselves, etc.

21) The magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 Gauss is the magnet or non-mounted magnet whose magnetic force of the magnet or magnetic material constituting the magnet is 1000 to 20,000 Gauss. Here, the magnetic force when composed of one magnet or magnetic material is the magnetic force of one magnet or magnetic material, and the magnetic force when composed of two or more magnets or magnetic materials is the individual magnetic force of each magnet or magnetic material, or the magnetic force of two or more magnets or magnetic materials. This applies to the combined magnetic force of magnets or magnetic materials. Here, as an example of the combined magnetic force of two or more magnets, in the case of a plurality of magnets in which three magnets are combined, the first 2,000 Gauss magnet, the second 1,000 Gauss magnet, and the third 3,000 Gauss magnet are combined to produce a combined magnetic force of 6,000 Gauss, etc. It applies. Therefore, if the magnet or magnetic material cone of the present invention is a magnetic material cone with three magnets embedded, it can be a magnetic material cone with 11,000 gauss magnetic force embedded with three magnets: a 1000 gauss magnet, a 3000 gauss magnet, and a 7000 gauss magnet. .

And the magnet, magnetic material, cone equipped with the same, etc. of the present invention are a) a magnet composed of or combined with n magnets such as n1 Gauss magnet, n2 Gaussian magnet, and n3 Gaussian magnet, b) cone equipped with the same, n cone, c) A magnetic material embedded or lined with n magnets, such as an n1 Gauss magnet, an n2 Gauss magnet, or an n3 Gauss magnet, d) a cone equipped therewith, n cones, etc. are possible. This is a) a magnet consisting of or combined with n magnets such as n1 magnets, n2 magnets, n3 magnets, etc., b) a cone with two magnets, n cones, c) n1 magnets, n2 magnets, n3 magnets, etc. It can also be expressed as a magnetic material in which n magnets are embedded, lined, or embedded and lined, d) a cone with this, n cones, etc.

22) The magnet or non-mounted magnet whose outer diameter is 0.01 to 0.8 times the inner diameter of the hollow body below corresponds to the magnet or non-mounted magnet whose outer diameter is 0.01 to 0.8 times the inner diameter of the hollow body below. If the outer diameter of the magnet or holder non-magnet is 0.01 to 0.8 times the inner diameter of the hollow body below, if the magnet or holder non-magnet is 0.01 times or less, the magnet or holder non-magnet is too thin, making it difficult to manufacture, and the effect is minimal, and if it is 0.8 times or more, the inner diameter of the hollow body is This is because it is difficult to flow and pass through hollow bodies such as filling materials and pouring materials.

The magnet or non-mounted magnet of the present invention includes a) magnet, group of magnets, electromagnet, magnetic material, magnetized material, magnetized material, hexagonal hydrated material, magnetizing agent, magnetic field material, wave material, solenoid electromagnet, mounted non-magnet, vortex-type mounted material. magnet; b) Magnet, group of magnets, electromagnet, twin magnet, bar magnet, sheet magnet, atomic magnet, hexagonal magnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, Magnetic equipment, magnetized energy body, double magnet, bunch magnet, multi-type magnet, composite magnet, nanomagnet, superconducting magnet, magnetosome, magnetic bacteria, S-pole N-pole magnet, N-pole S-pole magnet, S-pole N-pole/S N-pole magnet, N-pole S-pole/S-pole N-pole magnet, S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, electromagnet with a coil wound around an iron core, two or more with the same or different magnetic force. Magnet, solenoid electromagnet, mounted non-magnet, vortex type mounted non-magnet; c) the magnet or holder non-magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or holder non-magnet having an outer diameter 0.01 to 0.8 times the inner diameter of the hollow body below, the magnet or holder non-magnet that magnetizes the pouring material; etc. are applicable.

In the present invention, cones, nets, rods, frames, spirals, etc. are a) cones, nets, rods, frames, spirals, cones, rods, cones, mesh cones, corn rods, mesh rods, rods, rods, rods, rods, protruding rods, cones, Conical cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone, porous cone, hollow cone, channel cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone helix, post-spiral cone. , cone-mung helix, spiral-mong cone, spiral weave cone, cone helix, one-sided apart cone, double-spaced cone, network helix, cone-shaped cone, cone-shaped spiral, cone-shaped helix, cone-shaped helix, cone-shaped cone, cone-cone spiral, cone-cone spiral, cone-cone spiral. spiral; b) A cone with an inclination angle of 1 to 89 degrees (see the α angle in FIGS. 2, 4 and 8 for the inclination angle), a spaced cone with a spacing range between the outer diameter and the inner diameter, and a cone with a hollow diameter on one side 1.1 to 5.0 times the hollow diameter on the other side. Cone, a cone whose length is 0.1 to 0.8 times the length of one of the magnets or holder non-magnets or 0.1 to 10.0 times the diameter of the hollow on one side, the cross-sectional area of the hollow on one side is 0.05 to 0.9 times the internal cross-sectional area of the hollow body or the cross-sectional area of the magnet Cones of 1.1 to 10.0 times are possible. The cone or cone network spiral, etc., functions as a material vortex due to its own or formed net, sieve, frame, perforation, pore, perforation, hole, etc., and also removes paper, foreign matter, trash, coarse material, and fragmented material contained in the material, etc. It also has the characteristic of having functions such as sorting, filtering, sifting, separating, sorting, removing, and sorting. In the present invention, vortex refers to eddy current, turbulence, disturbance, whirlpool, cavitation, vortex, eddy current, turbulence, etc.

Regarding the cone (11), net (48), rod (45), frame (46), spiral (47), cone network, rod frame, cone mesh rod, frame spiral, cone mesh frame, cone mesh spiral, cone mesh spiral, etc. of the present invention. The explanation is as follows. 1) Cone is a) cone (11), cone, cone, cone, hat, cone net, mancone, cone bong, bong cone, cone cone, cone cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone, porous cone. , hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, cone, forward cone, reverse cone, cone helix, spiral cone, cone helix, spiral cone, spiral cone, cone helix, single-sided cone, Bilaterally separated cone, network spiral, cone network spiral, cone network spiral, cone network spiral, cone cone spiral, cone network cone, cone cone spiral, cone network spiral, cone network spiral; b) A cone with an inclination angle of 1 to 89 degrees (see the α angle in FIGS. 2, 4 and 8 for the inclination angle), a spaced cone with a spacing range between the outer diameter and the inner diameter, and a hollow diameter on one side that is 1.1 to 5.0 times the hollow diameter on the other side. Cone, a cone whose length is 0.1 to 0.8 times the length of one of the magnets or holder non-magnets or 0.1 to 10.0 times the diameter of the hollow on one side, the cross-sectional area of the hollow on one side is 0.05 to 0.9 times the internal cross-sectional area of the hollow body or the cross-sectional area of the magnet This applies to cones of 1.1 to 10.0 times.

2) Nets include nets (48), nets, wire nets, all nets, frame nets, nylon nets, mesh nets, lattice nets, wire nets, flat nets, hollow nets, mat nets, cylindrical nets, triangular nets, square nets, all nets. , a net with all holes, a net with sieve holes, a net with holes smaller than the size of the holes in the frame 46, etc. 3) The rod is 5 to 90% of the inner diameter or diameter of the rod (48), rod, rod, stick, rod body, cone rod, net rod, rod net, rod frame, rod cone, rod body, protruding rod, inclined rod, vertical rod, parallel rod, and hollow body. For rods with a range of lengths, or cones, nets, rods, frames, spirals, magnets, magnetic substances, electromagnets, material flow direction, pouring material passage direction, etc., protruding rods, inclined rods, vertical rods, parallel rods, etc. are applicable. The reason for setting the above range in the rod having a length range of 5 to 90% is that for a length of 5% or less, the eddy current effect of the rod is minimal, and for a length of 90% or more, the inner diameter of the hollow body in which the rod-equipped magnet is embedded must be large. Because there is.

4) The frame is frame (46), all frame, frame body, grid frame, nylon frame, mesh frame, wire frame, flat frame, hollow frame, mat frame, cylindrical frame, triangular frame, square frame, frame with all holes, grid hole frame. A frame, a frame with a grid, a frame (46) with hole holes larger than the hole size of the net (48), a frame with rods, a frame with rods, a frame with rods on the outside, a frame with rods on the outside, This includes a rod frame in which one or more rods are provided on the outside, a rod frame 46 in which a rod 45 is provided on the outside and the material passing through the outside collides with the rod and becomes vortexed. 5) Cone sieves include cones, cones, and sieves in which two or more cones are combined.

6) A rod body is a rod, a rod body, a rod frame, a protruding rod, a horizontal rod, an inclined rod, a rod frame body, the face, surface, exterior, outer circumference, and length of the above-mentioned rod or rod frame body, a magnet, or a magnetic body that swirls a pouring material or a magnetized pouring material. The rod or rod frame body, etc. provided in the direction, etc. corresponds to, includes, belongs to, consists of, forms, divides, subdivides, etc. by or. Here, the rod frame, the rod frame body, etc. correspond to the rod 45 provided with the frame 46, the rod 45 provided in the frame 46, the frame provided with the rod, the frame provided in the rod, etc., the rod frame here, In the rod frame, etc., the rod 45 is a rod, a rod, a rod, a vertical rod, a horizontal rod, an inclined rod, a protruding rod, a rod with a length of 5 to 90% of the length of the magnet, a vertical rod, a protruding rod, etc. in the longitudinal direction of the magnet. In this case, the frame 46 includes a frame, a frame, a mesh frame, a special frame, a lattice frame, and a frame with an inner diameter of 100 to 110% of the outer diameter of the magnet. The reason for setting the above range in a frame with an inner diameter range of 100 to 110% is that a magnet can be embedded inside the frame or a magnet can be embedded inside the frame only when it is 100% or more, and if it is more than 110%, it can be embedded in the frame. This is because there is a disadvantage in that the magnet becomes loose. Here, the magnets embedded in the frame are fastened using strings, strings, bundles, welding, fillers, etc., if necessary.

Here, it is preferable that the rod, rod body, etc. be provided in a vertical or inclined direction rather than parallel to the longitudinal direction of the magnet in order to promote eddy currents of flow material, magnetized material, etc. And the rod frame body is located in the longitudinal direction of the frame into which the magnet is inserted. In relation to this, it is preferable that the rod is provided in a vertical or inclined direction on the outside of the frame so that the rod is provided in a vertical or inclined direction with respect to the longitudinal direction of the magnet. Here, the reason why the rod is provided in a vertical or inclined direction with respect to the longitudinal direction of the magnet is because the material passing through the outer periphery of the magnet collides with the rod and becomes eddy, thereby agitating the material and improving the magnetization effect. The rods, rod bodies, rod frame bodies, etc. have dots, five rows, five rows, one row, two rows, one row, two rows, random, It is possible to provide one, more or more, multiple, etc. in free, random, zigzag, etc. ways. In the cone body, rod body, magnetized body, hollow body, etc. of the present invention, the body refers to a sieve, body, body, object, object, composition, formation, etc.

7) Cone network, network cone, etc. include cone network, network cone, cone-network, network-cone, network with cone, cone with network, cone-shaped network, network-shaped cone, etc. 8) Cone bongs include cone bongs, cone-bongs, cone-equipped rods, cone-shaped rods, cone-cones, cone-cones, cones with cones, and rod-shaped cones. 9) Nets, nets, nets, nets, nets, nets, nets, nets, nets, nets with nets, nets with nets, nets with nets, nets with rods, nets with rods, etc. 10) Bong frames include rod frames, rod-frames, rod-equipped frames, rod-shaped frames, frame rods, frame-rods, frame-equipped rods, and frame-shaped rods. Here, when the frame is a perforated frame, the perforated holes include those larger in size than the all holes of the mesh. 11) Bong-cone, cone-bong, etc. are cone and rod, rod and cone, rod before the cone, rod after the cone, cone before the rod, cone after the rod, protruding rod and cone, cone before the protruding rod, cone after the protruding rod, rod or cone. This applies to cones, rods, etc. provided at the same location or before the above. 12) Protruding rods include protruding rods, externally protruding rods, and externally protruding rods such as magnets or frames.

13) Conical cone, conical cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone, porous cone, hollow cone, passage cone, contact cone, cone spiral, and screw cone are conical, conical, with protrusions, and slanted. Photo, two or more doubles, two or more overlapping or layered, spiral, porous with holes drilled, hollow, forming a passage, contacting material or pouring material, spiral, screw-type cone, etc. This applies. The cone helix also includes the cone 11, the helix 47, the cone helix, the helical cone, the cone helix, the helix cone, the cone-helix, the helix-helix, the helical cone, and the cone-helix. 14) Separated cones, one-sided separated cones, two-sided separated cones, etc. are a) separated, one-sided separated, both sides separated, b) the entire cone is separated from magnets, etc., one side of the cone is separated from magnets, etc., and both sides of the cone are separated from magnets, etc. This includes cones such as separation from, c) separation from magnets, etc., separation from one side, separation from both sides, etc. 15) A forward cone refers to a cone positioned in the forward or < direction with respect to the flow direction of materials, pouring materials, hollow bodies, etc. 16) A reverse cone refers to a cone located in the reverse or > direction with respect to the flow direction of materials, pouring materials, hollow bodies, etc.

17) The helix includes the helix (47), one of which is the cone helix, the cone helix, the cone helix, and the cone helix. Here, the cone helix, cone helix, cone helix, and cone helix are rods 45, 46, cones 11, and helix 47, one of which is provided with one or more of rods, cones, and spirals at the previous or same position above. will be. Here, a) the cone spiral is the cone spiral, the cone (11) and the spiral (47), the pre-cone helix, the helix in the cone, the post-cone helix, the helix on the cone, etc., and b) the cone helix is the cone helix and the cone (45, 46). and helix (47), helix before the rod, helix after the rod, helix in the middle of the rod, helix under the rod, etc., and c) cone-bong spiral is the cone-bong spiral, cone (11) and rods (45, 46) and helix (47), before the cone. Spiral after the rod, spiral above the cone and the rod, spiral below the rod above the cone, spiral after the rod before the cone, d) The cone-cone spiral is the cone-cone spiral, rods (45, 46) and cone (11) and spiral (47), cone before the rod. This includes the spiral after the rod, the spiral below the cone above the rod, the spiral below the cone around the rod, and the downward spiral between the rod and the cone. The rods 45, 46, cones 11, and spirals 47 function to vortex, aerate, and stir materials, magnetized materials, magnets, and self-passing materials.

18) A helix after a cone, a cone after a helix, a helix in a cone, a cone in a helix, a cone with a spiral, and a cone with a cone are a spiral provided after a cone, a cone after a spiral, a spiral provided in the middle of a cone, a cone provided in the middle of a spiral, and a cone on a spiral. , a spiral located on a cone, etc. 19) Network spirals include mesh spirals, mesh-helices, mesh-equipped spirals, and mesh-shaped spirals. 20) Konmangbong includes Konmang, Konbong, Mangbong, Konmangbong, Kon-mang-bong, Konmang-bong, Kon-mangbong, Kon and Mang and Bong. 21) Long-mesh helix includes long-mesh spiral, long-mesh spiral, long-mesh spiral, long-mesh spiral, long-mesh helix, long-mesh spiral, and long-mesh helix. 22) Cone-network helix includes cone-network, cone-helix, network-helix, cone-network helix, cone-network helix, cone-network-helix, and cone-network-helix. 23) Cone-bong helix includes cone-bong, cone-helix, cone-bong helix, cone-bong helix, cone-bong helix, cone-bong-helix, etc.

24) The cone network frame is one of a) one or two or more of cones, nets, rods, and frames, b) one or two or more of cones, nets, rods, and frames, connected in multiple numbers, one of these: cone network-cone network-cone network, cone. Mangbong - Konmangtle - Konmangtle, Konmangbong - Konmangbong - Konmangtle, c) Cone, Mang, Bong, Teul, Conmang, Konmangtle, Kontle, Mangbong, Mangteul, Bonteul, Konmangbong, Konbangteul, Mangbeongteul, Konmangbongteul , d) Combination of cone net, cone-mang-bong-frame, cone-mang-bong frame, cone-mang-bong-frame, cone-mang, bong-frame, cone-mang-conbong, contle-mangbong, mantle-bong-frame, cone-mang-bong-conbangtle, Mesh net-cone net beading machine, e) Combination of cone net beading machine, after the cone, after the net, after the rod, frame before the cone, before the mesh, before the rod, on the cone, on the mesh, on the rod, on the bottom of the cone, on the bottom of the net, on the bottom of the rod, cone view. Frame below the upper rod, frame at the top of the rod at the bottom of the net after the cone, frame after the rod above the mesh after the cone, f) Combination of the cone mesh rod, combination of the cone mesh and the rod frame, combination of the cone and the mesh rod, combination of the cone mesh and the frame, Combination of cone-network-rod-frame, combination of cone network-rod-frame, combination of cone-network-rod-frame, g) or one or more cones, net, rod, frame, cone network, cone rod, contle, net pole, net frame, Bongteul, konmangbong, konbangteul, combbongteul, konmangbongteul; One of them: before, after, left, right, top, bottom, up, down, top, bottom, side, one side, both sides, one side, both ends, part, one side, both sides, part, part, point, 1 point, 2 points, Multipoint, multipoint, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, near, near, entrance, middle, exit, front , back, front, back, side, 1-way, 2-way, 3-way, 4-way, forward to flow or forward to pour material flow; Equipped, configured, installed, installed, location, arrangement, combination, fastening, combination, connection, row position, five row position, intersection position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, This includes one or more cones, nets, rods, frames, cone nets, cone rods, cones, net poles, net frames, rod frames, cone net poles, cone nets, net poles, cone net poles, etc. arranged in a zigzag arrangement.

The reason for providing the cone net sewing machine in the front or rear direction, etc., or arranging it in a zigzag manner as described above is that by providing the cone net sewing machine in the front or rear direction, etc., or arranging it in a zigzag manner, the pouring material that flows, passes, etc. through the cone net sewing machine, etc. By causing raw materials, materials, etc. to come into contact, face, or collide with the cone mesh frame, the pouring materials, raw materials, materials, etc. are stirred, aerated, eddy current, magnetized, hexagonal hydration, undulation, pulsation, cavitation, one of which improves, rises, etc. It is for stimulation, doubling, etc.

And the cone mesh is a) cone, mesh, rod, frame, cone mesh, cone rod, cone frame, mesh rod, mesh frame, cone rod, mesh rod, cone mesh, b) cone-mesh, cone-bong, cone-tle, mesh-bong. , network-frame, cone-mang-bong, mesh-bong-frame, cone-mesh-bong-frame, c) cone-mesh-bong, cone-mangbong, mesh-bong-frame, mesh-bongtle, cone-mang-bongtle, cone-mang-bong- A frame, a cone-shaped beading frame, d) the cone or a cone-shaped beading machine having a shape, size, shape, standard, etc. of one of the cones or a cone-making beading machine, e) a shape, size, or shape different from or the same as one of the cones or cone-making beading frames , the cone or cone net sewing machine, etc., f) the cone or cone net sewing machine, etc., which has a shape, size, shape, specification, etc. that is larger or smaller than one of the cones or cone net sewing machines, or the like.

25) The cone-and-bong spiral is a) cone, rod, frame, spiral, cone-bong, cone, cone spiral, cone, cone spiral, frame spiral, cone-bong, cone spiral, cone spiral, cone-cone spiral, b) cone-bong, Cone-frame, cone-spiral, rod-frame, rod-spiral, frame-spiral, cone-bong frame, cone-bong-frame, cone-bong-frame, cone-bong spiral, cone-bong-spiral, cone-bong-spiral, rod -frame spiral, cone-frame-spiral, cone-frame-helix, cone-frame spiral, cone-frame spiral, cone-frame spiral, cone-cone spiral, cone-cone-frame-helix, c) 1 cone-2 ea. Rod, 1 cone - 2 frames, spiral above the cone, frame below the rod, spiral at the top of the rod, part of the frame, spiral before the cone, 1 cone, rod - 2 frames, 1 cone - 2 rods - 3 frames, cone Upper rod spiral, spiral on one side of the cone, spiral after the rod on the cone, terminal spiral in front of the rod, rearward spiral of the rod, inner spiral inside the rod, outer terminal spiral of the cone rod, upper terminal spiral of the cone rod, spiral at both ends of the cone, cone terminal spiral on one side of the cone, 1 1 cone inner rod - 1 frame inner spiral, d) one of the cone to cone spirals, the cone to cone spiral having a shape, size, shape, specification, etc., e) different from one of the cone to cone spirals or the cone or cone-and-cone spiral having the same shape, size, shape, specification, etc., f) the cone or cone and cone-and-cone spiral having a shape, size, shape, specification, etc. larger or smaller than one of the cone or cone and cone spiral, etc. This or etc also applies.

26) A cone net spiral is one of a) one or two or more of cones, nets, rods, and spirals; b) one or two or more of cones, nets, rods, and spirals connected to two or more of them; a cone network-bong spiral, cone network. -bond spiral-conmong-bong spiral, cone-mong-bong-bong spiral-bong-mong, c) cone-mong-bong spiral, cone-mong, bong-bong, spiral, cone-mang, bong-bong, bong-helix, bong-helix, con-mong-bong, con-mong-bong, mong-bong-spiral, d) Cone-Net-bong helix combination, Con-Net-helix, Con-Net-Bong helix, Con-Net-Bong-helix, Con-Net-Bong helix, Con-Net-Bong helix, Con-Net-Bong-helix, e) Con-Net-Bong helix combination, spiral before the cone, spiral after the cone, spiral before and after the cone, spiral on the cone, spiral after the cone, spiral on the rod after the cone, f) Combination of the cone, b) Combination of the cone, spiral. , combination of cone network-bond helix, combination of cone network-rod-helix, combination of cone-network helix, combination of cone-network-bong helix, combination of cone-network-rod-helix, g) or one or more cones, Network, rod, spiral, cone network, cone rod, cone spiral, cone net, cone net spiral, cone rod spiral, cone net, cone net spiral, cone net spiral, cone net spiral; One of them: before, after, left, right, top, bottom, up, down, top, bottom, side, one side, both sides, one side, both ends, part, one side, both sides, part, part, point, 1 point, 2 points, Multipoint, multipoint, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, near, near, entrance, middle, exit, front , back, front, back, side, 1-way, 2-way, 3-way, 4-way, forward to flow or forward to pour material flow; Equipped, configured, installed, installed, location, arrangement, combination, fastening, combination, connection, row position, five row position, intersection position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, This includes one or more cones, nets, rods, spirals, cone networks, cone rods, cone spirals, cone mesh rods, cone mesh spirals, cone rod spirals, cone mesh rods, cone rod spirals, cone mesh rod spirals, cone mesh spirals, etc. arranged in a zigzag arrangement. .

27) The cone mesh spiral is one or more of a) cone (11), mesh (48), rod (45), frame (46), and spiral (47), b) cone, mesh, rod, frame, or spiral. One or two or more connected to two or more, one of which is cone network spiral - cone network spiral, cone network - frame spiral - cone network spiral, cone network - cone spiral - cone network - frame spiral, cone - cone frame spiral - cone network - c) cone, mesh, rod, frame, spiral, cone network, cone rod, cone frame, cone spiral, mesh rod, frame, mesh spiral, rod frame, rod spiral, frame spiral, cone mesh, cone spiral, mesh spiral, mesh spiral , condensed spiral, condensed spiral, condensed spiral, condensed spiral, condensed spiral, d) condensed spiral combination, condensed helix, condensed helix, condensed helix, condensed helix, condensed helix, condensed helix, cone-convoluted spiral. Network spiral, cone-network spiral, cone-network-bond spiral, cone-network-rod-frame spiral, cone(11)-network(48)-rod(45)-frame(46)-spiral(47) , e) Combination of the cone network spiral, spiral before the cone network, frame helix after the cone network, cone spiral on the cone network, cone bottom helix, spiral after the cone below the cone, spiral after the cone net and after the cone, above the cone net. Spiral, spiral before the cone network, f) Combination of the cone network spiral, combination of the cone network and the cone network, combination of the cone network and the spiral, combination of the cone network and the spiral, combination of the cone and the cone network, combination of the cone and the cone network, and combination of the cone and the cone network, g) One or more cones, nets, rods, frames, spirals, cone networks, rods, cone mesh rods, frame spirals, mesh rods, cone mesh wires, mesh spirals, cone mesh spirals; One of them: before, after, left, right, top, bottom, up, down, top, bottom, side, one side, both sides, one side, both ends, part, one side, both sides, part, part, point, 1 point, 2 points, Multipoint, multipoint, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, near, near, entrance, middle, exit, front , back, front, back, side, 1-way, 2-way, 3-way, 4-way, forward to flow or forward to pour material flow; Provided on the back or in one of, configuration, mounting, installation, location, arrangement, combination, fastening, combination, connection, row position, five row position, intersection position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement , one or more cones, nets, rods, frames, spirals, cone networks, rod frames, cone mesh rods, frame spirals, mesh rod frames, cone mesh rods, mesh wire spirals, and cone mesh spirals arranged in a checkerboard arrangement, zigzag arrangement, etc.

Examples of this include a spiral after the cone, after the net, after the rod, after the frame, before the cone, before the net, before the rod, before the frame, a spiral, on the cone, on the mesh, on the rod, on the frame, on the frame, under the cone, under the net, under the rod, under the frame, spiral, cone. After, over the net, after the rod, under the frame, spiral, before the cone, under the net, on top of the rod, before the frame, under the cone, over the net, under the rod, on the frame, spiral, over the cone, before the net, after the rod, under the frame, one spiral, two after the cone. 3 rods after the net, 2 rods after the frame, 1 spiral, 3 cones, 2 before the mesh, 3 rods before the frame, 4 spirals, on top of 1 cone, on top of 2 meshes, on top of 3 rods, on 3 frames. This includes 4 spirals, 2 cones, 3 nets, 4 rods, 3 frames, etc.

In addition, the cone net frame spiral of the present invention includes five types of cone-net-rod-frame-spiral arranged, arranged, provided, mounted, etc., and the materials, pouring materials, etc. that continuously pass through the cone-net-rod-frame-spiral are included. Five types of vortices are generated by the five types of rod-frame-spiral, thereby improving the homogeneity and agitation of the material. And, if the cone mesh spiral is a perforated, porous, perforated, or perforated type, the materials and pouring materials that sequentially pass through it are processed 5 times by 5 types: cone-net-rod-frame-spiral. In addition to the vortex, 5 vortices from each hole are added, resulting in a total of 10 vortices, further improving the material's homogeneity and agitation.

The porous cone mesh spiral of the present invention is one or more of the cones, nets, rods, frames, and spirals that make up the cone mesh spiral, all, part, part, area, partial area, point, one point, multiple points, etc. This includes a cone mesh spiral, etc. formed with 10, 10, 50, 100 holes, perforations, perforations, perforations, perforations, slots, cuts, perforations, perforations, etc. Examples of this include a 10-hole forming cone, a 300-hole forming net, a 3-hole forming rod, a 100-hole forming frame, and a cone net forming spiral consisting of one or more of the 30 hole forming spirals. In addition to the porous cone-shaped cone network spiral, the porous cone-shaped cone network spiral includes one in which at least one of the cones, nets, rods, frames, and spirals that form the cone network spiral is shaped like a cone. Examples of this include a cone-shaped cone with 100 holes, a cone-shaped net with 600 holes, a cone-shaped rod with 30 holes, a cone-shaped frame with 300 holes, and a cone-shaped spiral with 130 holes. This includes cone-mang bonframe spirals composed of one or more pieces. The holes, perforations, porous, cone, cone shapes, etc. further improve the eddy current, aeration, agitation, homogeneity, agitation, magnetization, vortex magnetization, etc. of passing materials, pouring materials, etc.

In the present invention, examples of the cone mesh spiral, magnets provided therewith, hollow bodies embedded therein, mixers, pourers, sprayers, etc. provided therewith include a) a cone, a cone-shaped net located inside the cone, and a net mounted inside the net. A rod, a cone-shaped frame located outside the cone and having all holes larger than those of the mesh, a member consisting of a spiral located on one side of one of the cone, mesh, and frame, b) the cone and mesh of a) , a magnet or electromagnet embedded in or attached to one of the frames, spirals, components, and spirals of the conduit frame or its central passage, c) a barrel, tube, or hollow body equipped with a magnet thereof, d) a mixer, pourer, sprayer, equipped with a hollow body thereof, e) 2 cones - a net on the outside of each - a rod on the outside of each - 2 frames on the sides of this - a structure consisting of 2 spirals on the inside of this, f) one of the cones, nets, frames, and spirals of e) above Magnets or electromagnets embedded or attached to the internal or central passage, g) barrels, tubes, hollow bodies equipped with magnets, h) mixers, pourers, sprayers, etc. equipped with hollow bodies are also applicable.

28) Cones with an inclination angle of 1 to 89 degrees include cones with an inclination angle of 1 to 89 degrees. And among the cones, a spacing cone whose spacing range is between the outer diameter and the inner diameter is a spacing cone whose spacing range is between the outer diameter of the magnet and the inner diameter of the hollow body. Here, the spacing range of the cone is between the outer diameter of the magnet and the inner diameter of the hollow body. This means that the separation range of the cone logically cannot be less than the outer diameter of the magnet and more than the inner diameter of the hollow body.

Here, the inclination angle of the cone is 1 degree, 10 degrees, 20 degrees, 25 degrees, 30 degrees, 40 degrees, 45 degrees, 50 degrees, 60 degrees, 70 degrees, 75 degrees, 80 degrees, 89 degrees, 1 to 89 degrees, etc. It has various angles, where the inclination angle of the cone is the angle with respect to the horizontal line, the cone, the central axis of the hollow body in which the tooth is embedded, etc., and here, the lower limit angle of 1 degree is 1 degree or less. When it becomes less than 1 degree, the cone becomes horizontal with respect to the central axis and the cone's This is because the shape is not formed, and if it becomes 89 degrees or more, such as 90 degrees, the cone becomes perpendicular to the central axis and the cone shape is not formed. In the case of the above 1 degree, 10 degrees, 20 degrees, 25 degrees, 30 degrees, 40 degrees, 45 degrees, 50 degrees, 60 degrees, 70 degrees, 75 degrees, 80 degrees, 89 degrees, and 1 to 89 degrees, the average value of this range It can be said that application at around 45 degrees is common.

29) In the case of a cone with a hollow diameter on one side 1.1 to 5.0 times the hollow diameter on the other side, in the case of a cone with a hollow cross-section penetrating both sides, the hollow diameter on one side (11-1) with a large hollow cross-section is the hollow diameter on the other side with a small hollow cross-section (11-1) This applies to cones that are 1.1 to 5.0 times that of -2). This means that the hollow diameter 11-1 on one side with a large hollow cross-section is at least 1.1 to a maximum 5.0 times the hollow diameter 11-2 on the other side with a small hollow cross-section. Here, 1.1 times is because the hollow diameter on one side with a large hollow cross-section must be at least 1.1 times larger than the hollow diameter on the other side with a small hollow cross-section to have a cone shape, and here, 5.0 times is because the hollow diameter on one side with a large hollow cross-section is the hollow diameter on the other side with a small hollow cross-section. If it is more than 5.0 times larger, the diameter of one side with a larger hollow cross-section becomes too large, and in this case, it may become impossible for the cone to be embedded inside the hollow body.

30) For a cone whose length is 0.1 to 0.8 times the length of one of the magnets or holder non-magnets or 0.1 to 10.0 times the hollow diameter of one side (11-1), the length of the cone is the minimum length of one of the magnets or holder non-magnets. This includes cones of 0.1 times to a maximum of 0.8 times, or cones with a large hollow cross-section of at least 0.1 times to a maximum of 10.0 times the hollow diameter on one side (11-1). In this way, the length of the cone is at least 0.1 times the length of one of the magnets or mounted non-magnets, a lower limit of at least 0.1 times the hollow diameter on one side (11-1) with a large hollow cross-section, and a length of one of the magnets or mounted non-magnets. The upper limit was limited to a maximum of 0.8 times and a maximum of 10.0 times the diameter of the hollow on one side with a large hollow cross-section.

31) In the cone in which the hollow cross-sectional area of one side is 0.05 to 0.9 times the inner cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet, the hollow cross-sectional area of the one side (11-1), which has a large hollow cross-section of the cone, is the inner cross-sectional area of the hollow body. This applies to cones with a minimum of 0.05 times to a maximum of 0.9 times or a minimum of 1.1 times to a maximum of 10.0 times the cross-sectional area of the magnet. In this way, the hollow cross-sectional area of one side (11-1), which has a large hollow cross-section of the cone, is at least 0.05 times the inner cross-sectional area of the hollow body, a lower limit of at least 1.1 times the cross-sectional area of the magnet, and a maximum of 0.9 times the inner cross-sectional area of the hollow body, the magnet The upper limit was limited to a minimum of 1.1 times and a maximum of 10.0 times the cross-sectional area.

The cone, net, rod, frame, spiral, cone network, rod frame, cone mesh rod, frame spiral, cone mesh rod frame, cone mesh rod spiral, cone mesh rod frame spiral, etc. of the present invention include cones, nets, rods, frames, spirals, cone networks, rod frames, and cones. Having a shape, shape, standard, size, etc. of one of a network rod, a frame spiral, a cone network frame, a cone network spiral, and a cone network spiral; or having the same shape, shape, standard, size, etc. as one of; or has a shape, shape, specification, size, etc. that is larger, smaller, 10% larger, 10% smaller, 1 to 400% larger or smaller than one of the following; or one of the shapes, shapes, dimensions, dimensions, etc., larger, smaller; or two or more of them are combined, combined, concluded, etc.; Cones, nets, rods, frames, spirals, cone nets, rods, cone nets, frame spirals, cone nets, cone nets, cone nets, spirals, etc. are also applicable. Examples of this include a) cone-shaped net, rod, frame, spiral, b) mesh-shaped cone, rod, frame, and spiral, c) rod-shaped cone, net, frame, and spiral, d) frame-shaped cone, network. , rods, spirals, e) spiral-shaped cones, nets, rods, frames, f) cone-shaped cone networks, rod frames, etc.

The cone, net, rod, frame, spiral, cone network, rod frame, cone net rod, frame spiral, cone net rod frame, cone net rod spiral, cone net rod frame spiral, magnet or electromagnet, magnet or electromagnet, and the like. For their protection, safety, storage, maintenance, management, etc., they are buried inside the tank or hollow body, etc., or the tank or hollow body, etc., where pouring materials, substances, raw materials, etc. are stored, flowed, contacted, passed, etc. There are aspects in which it is desirable or advantageous to be purchased inside. In this case, the size, scale, shape, form, shape, etc. of the magnet or electromagnet, cone or cone wire spiral, etc. have a size, scale, shape, form, appearance, etc. that can be embedded inside the tank or hollow body, etc. need.

The cone, net, rod, frame, spiral, cone network, rod frame, cone mesh rod, frame spiral, cone mesh rod frame, cone mesh rod spiral, and cone mesh wire spiral of the present invention include one or more cones, nets, rods, frames, spirals, cone networks, A cone, net, rod, frame, spiral, cone network, rod frame, cone network rod, frame spiral, and cone mesh sewing machine having one or more of the following: , Conmangbong spiral, Conmangbongtle spiral, etc. are also applicable. Examples of this include a net with a cone, a frame with a rod, a cone net with a spiral, a cone net with a cone frame, a cone net with a frame, a cone net with a spiral, a cone net with a spiral, a cone net with a spiral, three nets provided inside two cones, and one set of rods. 2 sets of frames provided on the outside, 2 cones with 2 spirals on both sides, 4 cones with 3 rods on the front, 2 cones with 3 frame spirals on the inside, 2 cones. This includes three cone net spirals provided in three directions.

The order of arrangement, arrangement, arrangement, provision, mounting, positioning, etc. of the cone, net, rod, frame, spiral, cone network, rod frame, cone net rod, frame spiral, cone net rod frame, cone net rod spiral, and cone net rod frame spiral of the present invention is There is a feature that the order, listing order, order, sequential order, reverse order, unordered order, free order, etc. of the cone or cone-shaped spirals are possible. Here, an example of the listing order is a) the arrangement of the cone after the mesh, then the rod, then the frame, then the spiral, b) the arrangement of the cone after the mesh, then the cone mesh, then the frame spiral, then the cone mesh, then the cone mesh spiral, then the arrangement of the cone mesh spiral, c) the cone after the mesh. This applies to the arrangement of the cone net, then the frame, then the spiral, then the cone net, then the cone frame, after the cone net frame, after the cone net frame, and then the cone net helix, after the cone net helix, and then the cone net helix, etc. Examples of free order and free order include net placement after the cone, frame placement before the cone, placement of the cone net after the spiral, placement of the cone net before the cone frame, arrangement of the cone net after the cone frame after the frame spiral, arrangement of the cone net before the cone, frame before the cone, and after the cone frame after the spiral. This includes placement of a cone net, a spiral of a cone net, then a spiral of a cone net, followed by a spiral of a cone net, etc.

The cone, net, rod, frame, spiral, cone network, rod frame, cone mesh rod, frame spiral, cone mesh rod, cone mesh rod spiral, cone mesh spiral, etc. of the present invention include one or more cones, nets, rods, frames, spirals, cone networks, Bongteul, Conmangbong, frame spiral, Conmangbongtle, Conmangbong spiral, Conmangbongtle spiral; One of them: before, after, left, right, top, bottom, up, down, top, bottom, side, one side, both sides, one side, both ends, part, one side, both sides, part, part, point, 1 point, 2 points, Multipoint, multipoint, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, near, near, entrance, middle, exit, front , back, front, back, side, 1-way, 2-way, 3-way, 4-way, forward to flow or forward to pour material flow; Equipped, configured, installed, installed, location, arrangement, combination, fastening, combination, connection, row position, five row position, intersection position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, This also includes one or more cones, nets, rods, frames, spirals, cones, rods, cone wires, frame spirals, cone wires, cone wire spirals, and cone wire spirals arranged in a zigzag arrangement. Examples of this include: a) the net after the cone, the frame before the rod, the top of the spiral, the cone network inside the rod, the cone mesh on one side of the frame, the cone mesh on one side of the frame, one of the cone mesh on the side of the cone, b) the net after the cone, the frame before the rod, and the top of the spiral. A cone network, a cone network inside the frame, a cone network on one side of the frame spiral, a cone network on one side of the frame spiral, one of the cone mesh spirals on the side of the cone network, c) a network at the rear of the cone, a rod inside this, a frame on the outside of the net, a frame on the outside of this. A structure provided with a spiral, d) two nets at the rear of one cone, two rods inside the net, a frame outside the net, and a structure with two spirals outside the cone, e) a structure for the flow of pouring material A cone in all directions, a cone network on one side of the tooth, a rod frame at one end of the tooth, a cone mesh rod on the top of the tooth, a frame spiral at one end of the tooth, a cone mesh frame on the side of the tooth, a cone mesh spiral on the top of the tooth, and a cone mesh spiral on a part of the tooth. Sieve, f) A structure consisting of a net on one side of the cone, a rod on a part of the cone, a frame on a part of the cone, a spiral at the first point of the cone, and a cone net at the second point of the cone, g) Two cone net rods at two points of the cone frame, and a frame spiral on the front of the cone. , This includes a structure consisting of two cone meshes at two locations, a cone mesh spiral at one point of the tooth, and two cone mesh spirals at both ends of the tooth.

The reason for providing the cone, net, rod, frame, spiral, cone network, rod frame, cone net rod, frame spiral, cone net rod frame, cone net rod spiral, cone net rod frame spiral, etc. in the front or rear directions or zigzag arrangement, etc. By providing the cone or cone net sewing frame spiral, etc. in the front or rear direction, etc. or zigzag arrangement, pouring materials, raw materials, substances, etc. that flow and pass through the cone or cone net sewing frame spiral, etc. Stirring, aeration, eddy current, magnetization, hexagonal hydration, undulation, pulsation, cavitation, etc. of pouring materials, raw materials, substances, etc. by contacting, facing, colliding, etc., or improving, rising, accelerating, doubling, etc. It is for.

And the cone, net, rod, frame, spiral, cone network, rod frame, cone mesh rod, frame spiral, cone mesh rod frame, cone mesh rod spiral, cone mesh rod frame spiral, magnet, electromagnet, tube, pipe, hollow tube, hollow body, etc. The shapes are a) cone, mesh, rod, frame, barrel, spiral, cone, cone, double, bundle, free, protrusion, vortex, hatch, hollow, double, multiple, perforated, etc. Ball type, perforated type, perforated type, bending type, variable type, whirl type, screw type, funnel type, spiral type, zigzag type, multiple hatch type, central hollow type, central passage type, film inclined type, hollow inclined type, double passage type. , a type with a magnet or magnetic material inserted into the central passage, or a combination of two or more of the above; b) Conmangongtle spiral complex type; c) A combination of two or more of cone, net, rod, frame, and spiral; d) a type with a form different from its own term or form; Examples include a cross-shaped rod, a barrel-shaped cone, a plate-shaped rod, a ladder-shaped spiral, e) a type with a shape different from its own term among cones, nets, rods, frames, and spirals; Examples of this include cone-shaped, mesh-shaped rods, frame-shaped spirals, mesh-shaped cones, and frame-shaped cones.

In the above complex types, cone, mesh, rod, frame, barrel, spiral, cone, cone, double, bundle, free, protrusion, vortex, hatch, hollow, double, multiple, perforated, Porous type, perforated type, perforated type, bending type, variable type, whirl type, screw type, funnel type, spiral type, zigzag type, multiple hatch type, central hollow type, central passage type, film inclined type, hollow inclined type, both sides passage. A type in which two or more of the magnets or magnetic materials inserted into the central passage are combined, combined, united, combined, connected, connected, fastened, merged, etc. Examples of these include cone-mesh type, cone-type and mesh-type, rod-type, and rod-type and frame-type. , full spiral cone type, conical double bundle type, free protrusion type, hat hollow double type, multi-hole type, porous deformation type, whirlpool type, spiral zigzag type, multiple hat central hollow type, central passage film inclined type, hollow inclined double-passage type. etc. are applicable.

To explain the above, a cone shape is a cone shape, a mesh shape is the shape of a net, a rod shape is the shape of a rod, a frame shape is a frame shape or a frame shape with holes larger than the holes of the mesh, a cylinder type is a cylinder shape, a spiral shape is a spiral shape, A cone type is a cone shape, a cone type is a cone shape, a double type is two or more pieces, a bundle type is a group or bunch of two or more pieces, a free type is one whose shape or arrangement is free or random, and a protuberant type is one. Protrusion-shaped or formed protrusions, the vortex type is one that swirls the passing material or has a shape that does so, the hat-shaped type is shaped like a hat, the hollow type is empty inside or has a hollow space inside, and the double type is two or more of them. , the multi-type is made up of two or more layers, the perforated type is perforated, porous, perforated, perforated, etc.; Porous types include porous, perforated, perforated, multiple pores, etc.; The perforated type has holes such as perforations, perforations, and porous holes; The perforated type has perforated, perforated, perforated, perforated holes, etc.; The bent type is bent or curved, the variable type has a change in shape or arrangement, the whirl type has a shape that swirls the passing material, the passage type has a passage in the center or center, and the film inclined type has an inclined film. The hollow inclined type is hollow on the inside and has a sloped film, the double-passage type has passages on both sides of the inlet and outlet, and the magnet or magnetic material inserted into the central passage type has a magnet or magnetic material inserted into the central passage such as a cone, and is spaced apart. This includes things that are inserted, etc.

According to the present invention, a) a cone with a magnet, b) a magnet with a cone, c) a cone with a magnet, a net, a rod, a frame, a spiral, a cone network, a rod frame, a cone network rod, a frame spiral, a cone network rod frame, a cone mesh rod spiral, a cone mesh rod frame spiral, etc. A merging cone with a magnet function, a merging cone with a cone function, a double or bundled cone with a magnet, a cone or object with a magnet, a cone or object with a magnet, a magnetized magnet with a stirring or aeration function, a cone or object with a stirring or aeration function, and a cone or object with a stirring or aeration function. Also included are magnetized magnets. To explain this, a) a cone with a magnetic function merge is a1) a cone with a magnetic function, a cone-shaped magnet, a cone in the shape of a magnet, a2) a cone in which the magnetic function is merged, combined, given, added, added, etc., a3) a magnet , cones, cones, funnels, etc. (11) in which magnet groups, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetic energy bodies, etc. (10, 16) are equipped, attached, mounted, penetrated, inserted, etc., b) Cone function merge magnets are a1) magnets with cone functions, cone-shaped magnets, cones in the shape of magnets, a2) magnets with cone functions merged, combined, given, added, added, etc., a3) cones, cones, etc. This includes magnets, groups of magnets, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetic energy bodies, etc. (10, 16) equipped with, attached, installed, penetrating, etc. funnels, etc. (11), c) double or bundle Cone-equipped magnets include magnets that are equipped with, attached, anchored, or installed cones such as two, double, twin, bundles, or bundles of two or more cones, magnets that are equipped with two or more than two cones along the length direction, 2 This includes magnets, group of magnets, magnetic materials, magnetic materials, magnetized materials, wave materials, magnetic energy materials, etc. that penetrate the inside of one or two or more cones and are equipped with cones. d) Cones or objects equipped with magnets are magnets, magnets, etc. Groups, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetic energy bodies, etc. are provided, placed, installed, attached, anchored, penetrated, inserted, etc. in the self, inside, outside, passages, hollow parts, central parts, central passages, etc. These include cones, objects, bodies that are one of them, rings, cones, spirals, vortex lines, screws, whirlwinds, hollow bodies, funnels, etc. e) A magnet with a cone or object is a cone on itself, on the outside, on the outside, in the longitudinal direction, etc. , an object, a body, a ring, a cone, a spiral, a vortex line, a screw, a whirlwind, a hollow body, a funnel, etc., equipped with, mounted, installed, attached, anchored, penetrated, inserted, etc., a magnet, a group of magnets, a magnetic material. , magnetic body, magnetized body, wave body, magnetic energy body, etc., f) Stirring or aerating function cone or object equipped with a magnetized magnet is a magnetized magnet, group of magnets, magnetic body, magnetic body, magnetized material that magnetizes the material. A cone, an object, a body, a ring, etc., which has the function of stirring, mixing, aerating, vortexing, tornado, etc., by equipping, mounting, installing, penetrating, inserting, etc. a sieve, a wave body, a magnetic energy body, etc. , cones, spirals, vortex wires, screws, whirlpools, hollow bodies, funnels, etc., g) Magnetized magnets equipped with a stirring or aeration function cone or object stir, mix, aerate, vortex, whirlpool, etc. A magnetized magnet equipped with, mounting, installing, penetrating, inserting, etc. a cone, an object, a body, a ring, a cone, a spiral, a vortex line, a screw, a whirlwind, a hollow body, a funnel, etc. These include groups, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, and magnetic energy bodies.

a) a merging cone with a magnet function, a merging cone with a cone function, a magnet with a double or bundled cone, a cone or object with a magnet, a magnet with a cone or object, a stirring or aeration function cone or object with a magnetized magnet, a cone with a stirring or aeration function, or a magnetized magnet equipped with an object, b) a magnet, group of magnets, magnetic body, magnetic body, magnetized body, wave body, hexagonal hydrate body, magnetic wave body, magnetized wave body, magnetic energy body, one of which is a) a magnet Function merging cone, cone function merging Magnet, equipped with double or bundled cone Magnet, equipped with magnet Cone or object, equipped with cone or object Magnet, magnetized Stirring or aeration function equipped with magnet Cone or object, equipped with stirring or aeration function Cone or object It becomes one of the magnetized magnets.

And in the above-mentioned cone with magnet, magnet with cone, etc., the cone (11) has 1) a cone shape, cone shape, cone shape, cone shape, funnel shape, central hollow type, central passage type, film inclined type, hollow inclined type, double passage type, A type with a magnet or magnetic material inserted into the central passage, a combination of two or more of the above, 2) An inclination angle of 1 degree, 10 degree, 20 degree, 25 degree, 30 degree, 40 degree, 45 degree, 50 degree, 60 degree, 70 degree, 75 degrees, 80 degrees, 89 degrees, 1 to 89 degrees, 3) the diameter or cross-sectional area of the hollow on one side is 1.1 to 5.0 times the diameter or cross-sectional area of the hollow on the other side, 4) the length or oblique length is 0.1 to 0.8 times the length of the magnet, A cone or the like may be one or more of the following: 0.1 to 10.0 times the diameter of the hollow on one side, 5) 0.05 to 0.9 times the cross-sectional area of the inner hollow of the tube or hollow body, or 1.1 to 10.0 times the cross-sectional area of the magnet. And the cone is water, water, liquid, oil, substance, solid, substance, ash, sol, gel, substance, etc. that pass, contact, pass, flow, penetrate, etc., such as a cone equipped with a magnet, a cone equipped with a magnet, etc. , It functions to stir and aerate raw materials, liquids, fluids, etc., and at the same time, it improves the magnetization and hexagonal hydration functions of the magnet by activating the contact between the material and the magnet through stirring and aeration, or passes, The magnetization, degree of hexagonal hydration, and efficiency of materials such as contact, stirring, and aeration are improved. In addition to the above, when explaining the cone, the shape of the cone is cone type, funnel shape, Erlenmeyer flask type, hollow type, through type, center through type, central axis through type, hole forming type on both sides, hollow shape on both sides, hole on both sides in the longitudinal direction. Formed type, type with inlet and outlet on both sides, type with inlet on one side and outlet on the other side, magnet-fitting type, magnet-fitting type in the center, magnet-fitting type in the longitudinal direction of the center, etc.

In the present invention, a) magnets, magnetic substances, electromagnets, b) cones, cone bodies, rods, rod bodies equipped with one or more of them, c) the above-mentioned magnets or rod bodies embedded in the following hollow bodies or equipment, etc. are each one or one pair or more. Before, after, left, right, top, bottom, up, front, back, side, surface, below, outside, outside, inside, inside, hollow, upper, lower, perimeter, surrounding, nearby, middle, back, front, It has the feature of being able to be installed in the front position, back position, back position, same surface, side, contact surface, same position, etc. Examples of this include two cones or rods in one magnet, two cones or rods in two interconnected magnets, two magnets in one cone, cones, rods, and spirals in one magnet, and interconnected magnets. Each of the three magnets has three cones, rods, and spirals. Similarly to the above, one of the magnets or hollow bodies of the present invention is the storage or device described above, the front, rear, left, right, top, bottom, top, front, back, surface, bottom, outside, outer surface, Inside, inside, hollow, upper, lower, two, surrounding, nearby, middle, rear, front, front position, back, back position, same surface, side, contact surface, same position, joint, connection part, connecting means, connecting hose It has the feature of being able to be equipped with connection lines, etc.

In the present invention, one or more of the cone, the cone mesh spiral, and the magnet or the cone mesh spiral is provided or embedded in the tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube, hose through which the pouring material is stored or passed. , spiral, body, object, block, tool, facility, zinc body, metal body, porous body, corrugated body, polymer body, screw, pipe, hollow tube, hollow body, double-equipped storage, mixer, pump, supply route, pouring Machine, sprayer, injector, curing machine, surface treatment machine, equipment equipped with one of these, magnetization equipment, pouring equipment, etc. are hollow or hollow bodies equipped with and embedded with the magnetized body, vortex body, magnetized vortex body, etc. These can be magnetizers, hexagonal water machines, etc., and have the characteristics of being easy to carry, move, and install, and being equipped and installed in storage or equipment above or below.

The magnet or magnetized energy body of the present invention, cone, cone body, rod, rod body, cone or cone mesh spiral, etc. having one or more of the above-mentioned magnet or magnetized energy body has the general or preferred feature that it is used by being provided or embedded in the above tank or hollow body, etc. . The material that has passed through the tank or hollow body is magnetized, eddy, magnetized eddy, eddy magnetized, eddy after magnetization, magnetized after eddy, vortex during magnetization, magnetized during vortex, vortex more than twice after magnetization, and twice after vortex. Abnormal magnetization, magnetization more than twice, eddy current, magnetization more than two times among vortex currents, etc. Here, two or more magnets, cones, rods, etc. may be provided to enable more than two operations. As an example of this, in the case of two or more magnetizations among two or more vortices, two or more magnets provided in two or more cones or rods, a hollow body with embedded teeth, etc. are applicable. Here, the vortex after magnetization corresponds to a cone or rod provided behind or behind the magnet with respect to the direction of flow, a hollow body with embedded teeth, etc., and the vortex during magnetization corresponds to a cone or rod provided in the magnet, or a hollow body with embedded teeth. This applies to cases such as:

In the present invention, 'a tank or hollow body in which one of the tanks or hollow pipes is embedded' refers to a) a tank or hollow body in which one of the tanks or hollow pipes is embedded and the pouring material is in contact with or passes through; b) the magnet or magnetization energy This includes a sieve, a cone equipped with one of them, a cone sieve, a rod, a rod sieve, etc., and a hollow body in which one of the embedded bars or hollow tubes is embedded. Examples of its application include hollow bodies embedded in barrels, hollow bodies embedded in pipes, etc. Here, since barrels, pipes, etc. are one hollow body, the above refers to hollow bodies embedded in barrels (hollow bodies), hollow bodies embedded in pipes (hollow bodies), etc. This is applied when it is desired to obtain a double, two-ply, etc. hollow body. In this case, if the material passes through or is stored in the entire container, pipe, hollow body, etc., the container (hollow body) is equipped with a magnet so that the passing or stored material is magnetized, but the magnet is not provided so the passing or stored material is not magnetized. A hollow body is a hollow body in which a pipe (hollow body) equipped with a magnet is installed to magnetize the passing or stored material, and a hollow body is not provided with a magnet in which the passing or stored material is non-magnetized. Here, the inner barrel and pipe are equipped with magnets, electromagnets, magnetic materials, etc. to generate magnetization of the material, and the hollow body outside the barrel and pipe is not provided with magnets, electromagnets, magnetic materials, etc., so magnetization of the material does not occur. A double flow layer of magnetization and non-magnetization, a reservoir, etc. are formed.

Figure 17 shows an example of the device, functional device, functional device, functional equipment, magnetizer to 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 17, 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, while 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 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 pulse machine is a pulse that gives a time difference by repeatedly supplying (opening), not supplying (closed), supplying (opening), not supplying (closed), etc., with pressure by the solenoid valve, opening and closing interval, timer, etc., pulse, non-periodic pressure. It is named so because it generates time difference pressure, vibration pressure, shock pressure, pulse pressure, and pressure that is closed and then suddenly opened. In this case, the water or substance (80) discharged to the outside through the outlet, outlet hose, outlet pipe, etc. contains pulse water, pulse fluid, pulse material, pulse pressure, pulse pressure water, pulse pressure fluid, pulse pressure material, and pulse pressure. It becomes a substance, etc.

Examples of the device, functional device, functional device, functional equipment, magnetizer or complex device according to the present invention may also be applicable to the following. This includes: a) a1) a hollow or tubular magnetizer or magnetic field generator in which one or more of the magnetization or magnetic field is generated; a2) or a tube or hollow body equipped with the magnetizer or magnetic field generator; a3) Equipped with the inlet or outlet; a4) Equipped with the injector or compressor, etc.; a5) Equipped with the hose, storage, etc.; a6) Equipped with the above timer; a7) Equipped with the valve or power supply, etc.; a8) Equipped with the above case; a9) Equipped with a1) magnetizer to a8) case equipped with one of the magnetizer to complex machine, etc.; a10) Equipped with the a1) magnetizer to a9) case for processing a material with one of the magnetization and composite; a11) Equipped with the nozzle, etc.; a12) Equipped with the magnetizer or nozzle, etc., in which one of the magnetizers or composites is used; Devices such as device 1, magnetizer, vibrator, functional group, pulse device, the magnetizer to the composite device, the magnetizer to the magnetic field generator; b) or a device in which light, magnetic field, vibration, excitation, ozone, mist, sterilizing agent, disinfectant, phytoncide, etc. are sprayed onto one of the magnetizer or nozzle; A device in which the light or phytoncide is emitted from one of the magnetizer or nozzle; c) or a device that performs or is mounted on the magnetizer or the nozzle, etc. for the magnetizer or complex, magnetization or complex processing, etc.; d) Or, in the magnetizer or nozzle, one of two or more composites of magnetization, vibrating material, vibration frequency, excited water, excited water, magnetization, magnetized water, hexagonal water, ozonated water, ozonated water, ozonated air, mist, and phytoncide 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, magnetization or composite, or magnetization or composite treatment is radiated or provided or generated; f) or a device in which the material flowing into the inlet is discharged or sprayed through one of the outlet, a hose mounted at the rear end of the outlet, and a nozzle; g) or a device in which the discharged material is used, irradiated, sprayed, sprayed, coated, painted, painted or painted; h) Or a device that performs one of the purification and dust removal using the discharged material; i) the magnetization or composite processing using one of the devices a) to h); Devices a) to h) that perform or use the magnetization or complex processing, etc.; etc. may apply.

Figure 18 shows an example of the device, functional device, functional device, functional equipment, magnetizer to 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 ( A 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 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.

Examples of the device, functional device, functional device, functional equipment, magnetizer or complex device according to the present invention may also be applicable to the following. This includes: a) a1) a hollow or tubular magnetizer or magnetic field generator in which one or more of the magnetization or magnetic field is generated; a2) or a tube or hollow body on which the magnetizer or magnetic field generator is mounted; a3) Equipped with the inlet or outlet; a4) Equipped with the check valve or compressor, etc.; a5) Equipped with the injector or high voltage generator; a6) Equipped with the hose, storage, etc.; a7) Equipped with the above timer; a8) Equipped with the switchboard or power supply, etc.; a9) Equipped with the above case; a10) equipped with a1) magnetizer to a9) case equipped with one of the magnetizer to complex device; a11) Equipped with the a1) magnetizer to a10) case for processing a material with one of the magnetization and composite; a12) Equipped with the nozzle; a13) Equipped with the magnetizer or nozzle, etc., in which one of the magnetizers or composites is used; Devices such as device 2, magnetizer, vibrator, functional device, pulse device, the magnetizer to the complex device, the magnetizer to the magnetic field generator, etc. (30, 51); b) or a device equipped with the magnetizer, nozzle, etc. and emitting the light, phytoncide, magnetization, composite, etc.; c) or a device equipped with the magnetizer or nozzle, and equipped with one of the magnetizer or composite device or magnetizer or composite processing; d) or a device equipped with the magnetizer or nozzle, and generating or spraying one of the vibrating material, composite material, magnetization, and composite processing; 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, magnetization or composite, or magnetization or composite treatment 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; i) the magnetization or composite processing using one of the devices a) to h); Devices a) to h) that perform or use the magnetization or complex processing, etc.; etc. may apply.

19 and 20 show a pump or pressurizer 63, a filter or purifier 160, a nozzle or sprayer 66, etc. provided at the outlet 78 and the rear end of the functional groups 50, 51, and 52 according to the present invention. indicates that Here, the pump or pressurizer 63 pumps or pressurizes the material passing through the functional groups 50, 51, and 52, and the filter or purifier 160 filters the material passing through the functional groups 50, 51, and 52. , the nozzle or sprayer 66 sprays the material passing through the functional groups 50, 51, and 52. In addition, the inlet, front end, inlet, etc. 72 of the functional units 50, 51, and 52 can be equipped with a hose 70, an inlet hose 70, a pump or pressurizer 63, etc. and hoses, pipes, and venturi tubes of functional groups 50, 51, and 52; one side, outer, middle; It is provided with reservoirs (60, 85), pumps (63), check valves (91), pipes (76), etc., so that the substances and additives (85) in the reservoir are transferred to the functional group ( 50, 51, 52), it is possible to flow into hoses, pipes, venturi pipes, etc. FIG. 13 shows device 3 in which the case 102 is omitted from device 1 of FIG. 11 and device 2 of FIG. 12. The storage, pump, check valve, pipe, functional group, hose, pipe, venturi tube, etc. can be used or equipped with the above or the following groups or complexes, water or complexes, magnetization or complex treatments, etc.

21 and 22 show that two functional groups or devices according to the present invention are linked. An example of this is that the rear end or outlet 78 of one functional group 50 or device 1 is connected to the other functional group 51 or the front end or inlet 72 of device 2, or, conversely, the other functional group ( 51) or the rear end or outlet 78 of device 2, the functional group 50 or the front end or inlet 72 of device 1 is connected. In this case, the passing material is magnetized or subjected to complex processing by one functional group 50 or device 1 and the other functional group 51 or device 1. Here, the device in FIG. 17 was named device 1, the device in FIG. 18 was named device 2, and the device in FIG. 19 was named device 3.

Figure 21a shows a detailed illustration of the nozzle 66. In the present invention, the nozzle includes a nozzle, a nozzle equipped with an internal collision plate 67 and a diffusion cone 68 at the tip, a nozzle equipped with an inner tube 66-1 and an outer tube 66-3, an inner tube hole, and an external diffusion cone. A nozzle equipped with a cone, an inner pipe hole (66-2), an internal collision plate (67), and a nozzle with a diffusion cone (68) of the outer pipe (66-3), after the water that has passed through the inner pipe hole collides with the inner wall of the exterior. The nozzle that collides with the internal collision plate and sprays while spreading through the exterior diffusion cone. As the primary vortex flows through the hole (66-2) of the inner pipe (66-1), the rough water collides with the inner wall of the exterior (66-3) and creates secondary spray. After being vortexed, it collides with the internal collision plate 67 to form a tertiary vortex and spreads through the diffusion cone 68 of the exterior 66-3 to form a 4th vortex and is sprayed into a nozzle 66. The collision plate functions to cause material passing through the nozzle to collide, vortex, aerate, swirl, etc. The nozzle 66, interior, collision plate 67, tip, diffusion cone 68, inner pipe (66-1), outer pipe (66-3), inner pipe hole (66-2), diffusion cone (68), etc. It is possible to use one of the magnetized composite, hollow body, device 1, device 2, device 3, and device passing material.

The nozzle 66, hose 76, 79, pipe 76, 79, transfer line 64, hollow body (7, 37, 76, 77, 102, 104); one of the front, middle, back, middle, front, back end of one; The back includes a venturi tube (77), an injector (93), a check valve (91), a solenoid valve (92), a timer (98), an outlet (10), a plug (11), a power supply (12), and the above magnetized or composite It is possible to use or provide processing, group to composite, water to composite, etc. See Figure 15b. As the material 80 passing through the nozzle or hollow body passes through the venturi or tube reduction unit, the flow path becomes smaller, so the speed increases and negative pressure is generated, and thus the external material is injected through the injector linked to the venturi or tube reduction unit. , additives, etc. (82, 83, 84, 85) are introduced into the nozzle or hollow body without power, so that external additives can be injected into the material passing through the nozzle or hollow body without power. The check valve (91) is a one-way opening valve that prevents the passing material from flowing out of the injector, and the solenoid valve (92) opens and closes at regular intervals by adjusting the timer (98) to determine the inflow time or interval of the additive. The outlet, plug, power supply, etc. supply power to the timer, solenoid valve, etc.

A description of the functional group, magnetizer, or complex group is as follows. 1) The magnetizer, vibrator, ozone machine, complex machine, etc. are: a) a hollow or tube-type vibrator, magnetizer, high-frequency vibrator, low-frequency vibrator that generates abnormalities (one of vibration (42), excitation (43), and magnetic field (41)) One of a vibrator, a vibrating magnetizer, and a magnetizing vibrator (7, 30, 37), b) an inlet 72 at the front of one of the vibrators or magnetizing vibrators, a holder 112 or a vortex forming holder 112 inside, or the generator Mean holder (112), solenoid valve (92), venturi pipe (77), outlet (78) in random or sequential order at the rear end, c) injector (93), check valve (91) in random or sequential order in the middle of the venturi pipe. ), solenoid valve (92), ozone inlet (94), ozone funnel (95), ozone generator (96), high voltage generator (99); Instead of the ozone inlet, there is a pressure air inlet (94, 104), a compressor (105) at the rear end of the pressure air inlet, and a pressure air supply compressor (105); one or more of: d) a hose 72 in 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 vibrator or magnetization vibrator; An elbow pipe (74) between one of the vibrators or magnetization vibrators 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 check valve 91 and a pump 63 are installed in one of the pipes in random or sequential order; one or more of, e) a timer (98) for adjusting the opening/closing interval of the solenoid valve, f) a distribution board (97) for supplying 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 sources connected sequentially or out of sequence to the distribution board; It is possible to have device 1 (50) provided with a case 102 in which one or more of g) a) a vibrator to f) a power source are mounted.

2) In addition, the magnetizer, vibrator, ozone machine, complex machine, etc. are a) a hollow or tube-type vibrator, magnetizer, vibrating magnetizer, magnetizer that generates one or more of vibration (42), excitation (43), and magnetic field (41). One of the vibrators (30, 37), b) an inlet 72 at the front of one of the vibrators or magnetization vibrators, a holder 112 or a vortex forming holder 112 inside, or a holder 112 for generating means at the rear end. At least one of the TE pipe (75), the venturi pipe (77), and the outlet (78), c) a check valve (91), a solenoid valve (92), and a venturi pipe sequentially in the middle (90) of the TE pipe (75). (77), one or more of the pressurized air inlet (103, 104), the compressor (105) that generates pressurized air, d) an injector (93), a check valve (91), and a solenoid valve sequentially in the middle of the venturi pipe. (92), an ozone inlet (94) that focuses the ozone generated from the ozone generator into the ozone inlet, an ozone funnel (95), an ozone generator (96) that generates ozone, and a high voltage generator (99) that applies high voltage to the ozone generator. one or more of, e) a hose (72) in 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 vibrator or magnetization vibrator; An elbow pipe (74) between one of the vibrators or magnetization vibrators and the TEE pipe; A pipe (76) between two of the tee pipe and outlet; A pipe (76) between two of the check valve 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 check valve 91 and a pump 63 are sequentially installed on one of the pipes; one or more of, f) a timer (98) for adjusting the opening/closing interval of the solenoid valve, g) a distribution board (97) for supplying 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 sources connected sequentially or out of sequence to the distribution board; One or more of the above, h) device 2 (51) provided with a case 102 on which one or more of the above a) vibrator to g) power source are mounted, etc. are possible.

3) In the above device 1, device 2, etc., a) the front end of the inlet hose 72 includes an inlet pipe, a water pipe, a pressure pipe, an inflow pipe, pressure water, tap water, pressure air, etc. 70; b) At the outlet of the outlet hose 79, there is a nozzle 66, a sprayer 66, a sprayer 66, a nozzle 66 provided with a vortex plate 67, an expansion part 68, etc.; c) The tubes (73, 74, 75, 77), hoses (72, 79), pipes (76), hollow type (37), tube type (37), etc. are equipped with vibration, excitation, magnetization, magnetic field, ozone, and vibrator. , magnetizer, exciter, ozone group, combination of two or more of these, etc. (30, 31, 32, 33, 34, 40, 41, 42, 43', 44); The pump 63 includes a reservoir 60; The case 102 includes an air hole 101; It can be provision, placement, installation, location, existence, composition, formation, supply, occurrence, etc.

4) The magnetization vibrator (30, 36) is a) one of vibration, excitation, and magnetic field provided by one of the vibrator or magnetization vibrator (37) of device 1 (50) or device 2 (51) and the ozone Ozone supplied through one or more of the inlet 94, the ozone funnel 95, and the ozone generator 96 flows into the passing material 80 of the inlet 72 and the outlet 78, thereby removing the passing material. process; b) discharging, supplying, or spraying the passing material 80 through one of the outlet or injection port; Spraying provides aeration, vortex, pulse pressure, ozonation, and sterilization; Do one of the following. 12) The magnetized vibrating ozone device (30, 36) is a) an ozone device (34) in one or more of the vibrator or case of the device 1 or 2, an ozone device that radiates ozone, inside or outside of a cylindrical tube or a double tube. One of the following (34) is provided: an ozone machine with a coil wound on it, an ozone machine with a needle placed on the other side spaced apart from one side of the plate, and an ozone machine with a brush facing it and spaced apart from a hollow part of one side of the plate. 13) The vibrating ozone machine (30, 36) includes the device 1, device 2, vibrator, and case; Hose, nozzle, pouring port, and spraying port mounted on the outlet; At least one of the vibrator (32), the exciter (33), and the ozone generator (34) is mounted on one or more of them.

5) The magnetized vibration ozone machine (30, 36) is a composite device (36) of two or more of the magnetizer or composite device, a composite device of device 1 (50) and device 2 (51), device 1 and its rear end. A composite device of the device 2 connected to the device 2 (78, 79), a composite device of the device 1 connected to the device 2 and its rear end (78, 79), and an inlet of the device 2 to the outlet (78, 79) of the device 1. (70, 71, 72) is a combined device of device 1 and device 2, and device 1 in which the inlet (70, 71, 72) of device 1 is linked to the outlet (78, 79) of device 2. A composite device of device 2, a composite device of device 1 and device 2, in which the inlet (70, 71, 72) of device 2 is connected to the outlet hose (79) of device 1, and the outlet hose (79) of device 2. A composite device of device 1 and device 2 in which the inlet ports 70, 71, and 72 of device 1 are connected to the inlet hose 71 of device 2, and the outlet hose 71 of device 2 is connected to the outlet ports 78 and 79 of device 1. A composite device of device 1 and device 2, a composite device of device 1 and device 2 in which the inlet hose 71 of device 1 is connected to the outlet ports 78 and 79 of device 2, and the outlet hose 79 of device 1. ), a composite device of the device 1 and device 2 in which the inlet hose 71 of the device 2 is connected to the device 1, and the inlet hose 71 of the device 1 is connected to the outlet hose 79 of the device 2. A complex device of device 2, where devices 1 and 2 are linked, so that material 80 flows into the inlet 70, 71, 72 of device 1, passes through devices 1 and 2, and flows through the outlet 78 of device 2. 78), the devices 2 and 1 are connected so that the material 80 flows into the inlets 70, 71, 72 of the device 2 and passes through the devices 2 and 1 to the outlet of device 1 ( 78, 79), and complex devices that discharge to 78, 79) are included.

6) For example, in the case of manufacturing the magnetized and vibrating ozone device, a) 'Placing the ozone device on one or more of the cylindrical tube and vibrator', the cylindrical tube and vibrator include a magnetizer, vibrator, and vibrator, etc. A magnetized and vibrating ozone generator created by placing ozone in a magnetizer, vibrator, and vibrator; b) Alternatively, an ozone device with magnetization and vibration in which a magnetizer, a vibrator, and an exciter are mounted on an ozone device (34) in which a coil (16) is wound inside or outside a cylindrical tube (123) or a double tube (123, 124); c) a magnetized and vibrating ozone machine in which a magnetizer, a vibrator, and a vibrator are mounted on the ozone machine (34) on which the needles (127) are spaced apart from the plate (126); etc. are applicable.

7) The magnetization vibrators 30 and 36 are referred to as magnetization vibrators 1, 2, 3, 4, 5, 6, and 7 below. 7-1) The magnetization vibrator 1 has a vibrator 32 mounted on one or more of the magnetizer 31, the vibrator 33, and the ozone generator 34. 7-2) The magnetization vibrator 2 is a magnetization vibrator with a magnetizer 31 on the side or rear end of the vibrator 32, a magnetization vibrator with a magnetizer on the side or rear end of the vibrator, and a magnetization vibrator with a magnetizer on the side or rear end of the vibrator 31. A magnetization vibrator provided with a vibrator 32, a magnetization vibrator provided with a vibrator on the side or rear end of the magnetizer, etc. 7-3) The magnetized vibrator 3 generates a) vibration, b) the vibration 42; Before, during, after, simultaneously, in real time, before, during, after, at the same point, at a separate point; A magnetic field 41 is generated by an exciter or vibrator 32 in one or more of, c) the magnetic field 41; Before, during, after, simultaneously, in real time, before, during, after, at the same point, at a separate point; It is a magnetization vibrator in which excitation or vibration (42) is generated by a magnetizer (31) in one or more of the magnetizers (31). 7-4) The magnetization vibrator 4 generates one of a magnetic field, a magnetic field of 1,000 to 20,000 Gauss, a magnetic field of 0.1 to 2 Tesla, and a magnetic field with a magnetic flux density (B) of magnetic permeability (μ) × magnetic field strength (H). This is the magnetization vibrator. 7-5) The magnetization vibrator 5 generates a) one of the magnetic fields 41 having the magnetic field ~ magnetic flux density (B), and b) the magnetic field 41; Before, during, after, simultaneously, in real time, before, during, after, at the same point, at a separate point; Excitation or vibration 42 is generated by the magnetizer 31 in one or more of the following, c) the vibration 42; Before, during, after, simultaneously, in real time, before, during, after, at the same point, at a separate point; It is a magnetization vibrator in which a magnetic field (41) is generated by an exciter or vibrator (32) in one or more of the magnetizers.

7-6) The magnetized vibrator 6 generates or alternates 50 to 99.99% of the vibrations 42 caused by the vibrator 32 and 0.01 to 49.99% of the vibrations 42 caused by the magnetic field 41 among the total vibrations 42. A magnetization vibrator that generates continuously, a magnetization vibrator that generates 0.01 to 49.99% of vibrations (42) due to the magnetic field (41) after 50 to 99.99% of the vibration (42) due to the vibrator (32) among the total vibrations, or generates alternating or continuous vibrations, A magnetized vibrator that generates 0.01 to 49.99% of vibration (42) due to the magnetic field (41) and 50 to 99.99% of vibration (42) due to the vibrator (32), or generates alternating or continuous vibrations, and a magnetic field (41) of the total vibration. It is a magnetization vibrator that generates 50 to 99.99% of vibration (42) due to the vibrator (32) after 0.01 to 49.99% of the vibration (42), or occurs alternately or continuously. 7-7) The magnetization vibrator 7 includes a case 7, a stator 2 inside the case, a rotor 1 connected to the stator, a rotor rotation shaft 3, and bearings 5 provided above and below the rotation shaft. , the bearing 5 mounted inside the case, the rotating body 4 or asymmetric rotating body 4 mounted on the rotor or rotating shaft, and the case 7 that vibrates by rotation of the rotating body. It is a magnetization vibrator equipped with a magnetizer (31) or a magnetization vibrator (36).

8) The magnetization exciter 30, 36 is one of the magnetization exciter 1, 2, 3, 4, 5, and 6 below. 8-1) The magnetizer 1 is one in which one or more of the vibrator 32, the vibrator, and the ozone generator 34 are mounted on the magnetizer 31. 8-2) The magnetization vibrator 2 is a vibrator 32 or a magnetization vibrator 36 that generates vibration 42 in addition to the external field 41 of 1,000 to 20,000 Gauss. 8-3) The magnetizer 3 is a magnetizer composed of one or more magnetizers 31, an attachment plate 18 thereof, and one or more magnetizers 31 spaced apart from the attachment plate. 8-4) The magnetizer 4 consists of a magnetizer 31, a core 15 between the magnetizer 31, an outer coil 16 surrounding the core, and a spacer 17 spaced apart from the core and the magnetizer. It is a magnetized vibrator. 8-5) The magnetizer 5 includes a mounting plate 19, a magnetizer attachment plate 18 mounted thereon, a magnetizer 31 attached to the attachment plate, and an outer coil 16 surrounding the magnetizer and the attachment plate. ) is a magnetization excipient composed of

8-6) The magnetizer 6 includes a) a power supply unit 20 that provides one of power, AC, and DC, b) a converter 21 that converts one of the power supply and AC into DC, c) the power supply, an inverter (22) that converts or amplifies one of DC into AC or AC of constant voltage and constant frequency, d) switching and supplying one of the power, AC, and DC, or adjusting the flow direction of one of the power, AC, and DC; a switching unit 23, e) a detection unit 24 that detects one of power, AC, and DC supplied from one of the power supply unit, converter, inverter, and switching unit; f) one of the converter, inverter, switching unit, and detection unit. Linked to the rotation axis of the motor 26, which includes one or more of the control unit 25, which controls one energization pattern, or controls one or more of the size, continuation, energization, and blocking of the power, AC, and DC. A magnetization exciter that generates one or more of vibration 42 and magnetic field 41 generated by the rotation of a rotating body or an asymmetric rotating body, or generated by the rotation in the motor or the case 7 into which it is inserted. am.

9) The vibrating ozone machine (30, 36) a) adjusts the opening and closing interval of the solenoid valve (92) by the timer (98) so that one or more of the pressure air and ozone is periodically or repeatedly generated by the interval. by allowing the material 80 passing through the inlet and outlet through the solenoid valve 92, or b) or by allowing the passing material or pulse-type passing material with a pulse pressure of the pressurized air to flow into the cycle. the outlet (78); A hose 79, a nozzle 66, and an injection port 66 connected thereto; discharge, feed, or spray through one or more of the following; Spraying provides aeration, vortex, pulse pressure, ozonation, and sterilization; Do one of the following. 10) The ozone generator (30, 36) includes a) the device 1 (50), device 2 (51), and outlet (78); b) a hose 79, a nozzle 66, and a spray port 66 connected to the outlet; Vibration, excitation, magnetic field, pressure, ozone supplied from the device through one or more of the following; Substances containing one or more of these, passing substances; Discharging, supplying, dispensing one or more of the following; Spraying provides aeration, vortex, pulse pressure, ozonation, and sterilization; Do one of the following.

10) The magnetizers (30, 31) include: a) a vibrator, a magnetization vibrator, a vibration-type magnetizer, a magnetization-vibration type magnetizer that vibrates while magnetizing the material (40, 41) or generating a magnetic field (40, 41); b) or the magnetizer generating the vibration - a magnetization vibration excitation ozone device having magnetization, vibration, excitation, and ozone treatment functions; etc.

11) The vibrators 30 and 32 are one of the vibrators 1, 2, 3 and 4 below. 11-1) The vibrator 1 includes a) a magnetizer, a magnetization vibrator, a magnetization type vibrator, and a magnetization vibration type vibrator that generates a magnetic field (40, 42) while vibrating (40, 42); b) or the magnetizer generating the vibration - a magnetization vibration excitation ozone device having magnetization, vibration, excitation, and ozone treatment functions; am. 11-2) The vibrator 2 includes a case (7), a stator (2) inside the case, a rotor (1) connected to the stator, a rotor rotation shaft (3), bearings (5) provided above and below the rotation shaft, It is a vibrator equipped with the bearing 5 mounted inside the case, a rotating body 4 or an asymmetric rotating body 4 mounted on the rotor or a rotating shaft, and the case 7 that vibrates by rotation of the rotating body. . 11-3) The vibrator 3 is a vibrator in which magnetic fields 40 and 41 are generated in one or more of the case or the asymmetric rotating body. 11-4) The vibrator 4 is a vibrator in which vibration 42 and magnetic field 41 are generated in one or more of the case or the asymmetric rotating body.

12) The exciters (30, 33) include a magnetizer, a magnetization exciter, a magnetization type exciter, and a magnetization excitation type exciter that generates a magnetic field while exciting; b) Or the magnetizer that excites - a magnetization, vibration, and ozone device with magnetization and vibration and excitation and ozone treatment functions; etc.

13) The ozone group (30, 34) generates ozone (40, 44) while performing one or more of vibration (40, 42), excitation, magnetization (40, 41), and magnetic field generation (40, 41); or ozone treatment (40, 44); a) Ozone machine, magnetization-type ozone machine, vibration-type ozone machine, excitation-type ozone machine, magnetization-vibration-excitation type ozone machine, ozone machine that radiates ozone, ozone machine with a coil wound inside or outside of a cylindrical tube or double tube, one side An ozone machine with a needle placed on the other side spaced apart from the plate, an ozone machine with a brush facing the hollow part of one side of the plate; b) or the magnetizer generating the vibration - a magnetization vibration excitation ozone device having magnetization, vibration, excitation, and ozone treatment functions; etc. Here, electricity, power, current, voltage, etc. are supplied to cylindrical pipes, double pipes, coils, plates, needles, brushes, etc., thereby generating ozone, etc.

In the present invention, function refers to function, performance, technique, mechanism, performance, function; The magnetization ~ composite treatment, purification ~ composite; etc., the functional material (40) corresponds to the functional material, functional material, the magnetization ~ complex, etc., and the functional group (30) includes a functional group, a mechanical device, a mechanical device, a mechanical device, a mechanical device, and the above. Firearms ~ complex equipment, etc. are applicable, and functional agents include functional agents, functional materials, techniques, techniques, mechanical agents, mechanical substances, purifying agents above ~ complex agents, etc. Here, the functional material 40 is water, water, liquid ( Liquid, oil, energy, material, material, material, substance, material, material, material, raw material, function; Or the above-mentioned magnetization ~ composite, etc. are applicable. The functional object 40 is used to inject materials, materials, building materials, It can be used, injected, injected, sprayed, etc. as a functional agent, building, structure, factory, site, equipment, inside the factory, around the equipment, in the surrounding air, etc.

Magnetized ozone, vibration ozone, excitation ozone, pressure ozone, pulsed ozone, ozone magnetic field, magnetization vibration ozone, magnetization vibration ozone, vibration excitation ozone, magnetization vibration excitation ozone, magnetization vibration ozone, vibration excitation ozone, magnetization vibration excitation belonging to the above complex. Ozone, etc. consists of, or is generated or radiated by, two or more of the following: magnetization, magnetic field, ozone, vibration, excitation, pressure, pulse, pulse pressure, jet pressure, pulse or pulse pressure supplied periodically or at regular intervals. This includes things that are processed, or processed in two or more ways. As an example of this, in the case of magnetization and vibration excitation ozone a) consists of magnetization, vibration, excitation, and ozone; b) Generated or radiated magnetic fields, vibrations, excitation, ozone; c) Treatment with magnetization, vibration, excitation, ozone; d) This includes magnetization, vibration, excitation, ozone generation, etc.

The pulse or pulse pressure is shock, electricity, pump, pump pressure, electric shock, physical shock, hammer shock, falling object shock, air shock, compressed air shock (83), repeated supply and interruption of compressor (83, 63), pump It is caused by repeated supply and interruption of pressure. The pulse includes pulse, pulse pressure, jet pressure, pulse, pulse poressure, etc. And the compressor includes compressor (83, 63), compressed air, compressed air, compressor (83) provided by the compressor, and compressor (63) provided by the wind compressor. Examples of repeated supply and interruption of the compressed air include places, pipes, locations, objects, hoses 79, tubes 76, drones, and nozzles where the compressed air 83 provided from the compressor 105 is repeatedly supplied and interrupted. (66), pulse, pulse pressure, jet pressure, etc. generated from the injector (66), pipe (76), venturi tube (77), etc. To explain this example in detail, the solenoid valve 92 is opened at time intervals timed by the timer 98 in the pipe 76 or venturi pipe 77 through which the compressed air 83 provided from the compressor 105 flows. Pulse, pulse pressure, jet pressure, pulse, generated or applied by pressure to the pipe or venturi tube by repeatedly opening and closing, repeatedly applying and stopping the inflow, or repeatedly turning the inflow on and off. This applies to pulse poressure, etc. Thereby, the pipe 76 or venturi tube 77; The water, water, liquid, oil, substance, fluid, liquid, air, gas, powder, particle, etc. (80) passing through it include pulse, pulse pressure, jet pressure; Vortex, agitation, shock, pressure, impact pressure, cavitation, non-powered stirring, non-powered vortex resulting from this; etc. occur. As a result, it is possible to facilitate agitation of the passing particles 80, or to inject, spray, pour, inject, grout, etc. a material 80 with very strong injection force or impact force. See Figures 17 and 18.

The magnetizer ~ complex device, etc. is composed of one or more devices of magnetization, magnetic field, ozone, vibration, excitation, pressor, pulse, pulse pressure, jet pressure, pulse or pulse pressure by pressor supplied periodically or at regular intervals, or one This may include a device that generates or radiates an abnormality, or a device that processes more than one device. As an example of this, in the case of a magnetized vibration excitation ozone device: a) It consists of a magnetizer, a vibrator, an exciter, and an ozone device; b) Devices that generate or radiate magnetic fields, vibrations, excitation, or ozone; c) Devices for treatment with magnetization, vibration, excitation and ozone; d) This includes devices that magnetize, vibrate, excite, and generate ozone.

Figure 23 shows a pouring machine or pump car 205 equipped with a vibrator, a functional device, etc. in the pouring hole of the present invention. Figure a shows the existing pouring hole (200) or end hose (209), Figure b shows the pouring hole (200) or end hose (209) equipped with a functional group (30) or vibrator (32) on the outside, and Figure c shows the existing pouring hole (200) or end hose (209). A pouring hole (200) or an end hose (209) equipped with a functional group (30) or a vibrator (32) inside, Figure d shows a pouring hole (200) equipped with a functional group (30) or a vibrator (32) inside and outside ( 200) or end hose 209, Figure e shows a pouring hole 200 or end hose 209 equipped with a tube 104 on which the functional group 30 or vibrator 32 is mounted, and Figure f shows a rod (212). ), string, string, ring, wire, band, rod (212), hose (8), cable (6), vibrator hose (8), vibrator cable (6), functional group (30) connected by connecting means, etc. It is a pouring hole 200 or an end hose 209 equipped with a tube 104 on which a vibrator 32 is mounted. In the present invention, the concrete pump car 205 is provided at the rear end of the vehicle, and includes a hopper 61 into which concrete 80 is poured, a cylinder 206 for pumping or pressurizing the concrete 80, and a height and a boom stand 207 capable of adjusting the distance, a transfer pipe 208 for moving the poured or pressurized concrete 80 to the pouring site, an end hose 209 connected to one end of the transfer pipe 208, and an end hose. It consists of (209) pouring holes (200), etc. The concrete 80 injected into the hopper 61 is poured into the site, form, form, ground, underground, underground, boring hole, etc. through the transfer pipe 208 and end hose 209 by pumping of the cylinder 206. The hopper, end hose, pump car, pouring hole, etc. can be equipped with or use a vibrator, the functional group, the magnetization or composite, the magnetizer or composite, the group or composite, or the water or composite, and the above functions, functions, etc. It is possible to express water, magnetization or composite, magnetization or composite, etc. The boom 207 may include a joint 207-1, booms 207-2 on both sides of the joint, and a piston or cylinder 207-3 that moves the boom.

The pouring hole 200 of the present invention has the tip 201, the end 201, the range 202 within 2 m from the tip 201, and the section 202 within 2 m from the end 201 of the end hose 209. ), the range 202 from the end 201 to 2 m, the section 202 from the end 201 to 2 m, etc., which may include the vibrator 32, the functional group 30, 37, etc. It is available. The pouring hole and the composite equipped with a vibrator become one vibrator 32, from which vibration 42 and the like are generated. In addition, the pouring hole 200 of the present invention includes a) a pump car; b) Pump car boom, transfer pipe, and end hose; c) transfer pipe and end hose mounted on the boom; d) an end hose connected to the transfer pipe; e) the end or tip of one of the self or end hose; It may be installed on one or more of the or more than one of them may be applicable. The boom (207) is a boom, a boom, an extension boom, a multi-stage boom, an unfolded boom, a boom spread into the air, a boom or boom equipped with a joint (207-1) or a piston (207-3), and a certain height and distance. This includes a moving boom, a boom that moves a certain height and distance by the movement of the joint 207-1 or the piston 207-3. The transfer pipe 208 includes a transfer pipe, a pressure transfer pipe, a concrete transfer pipe, a concrete hose mounted on a boom, a concrete pipe mounted on a boom, and a concrete transfer pipe mounted on a boom. The end hose 209 includes an end hose, a tip hose, an end hose, an end hose, an end hose, an end pipe, an end bellows, and an end bellows hose. The tip includes a tip, a distal end, an end, an end, a tip, etc.

Figure 23a shows 1) a lamp, light, or light source that radiates light, light, sterilizing light, ultraviolet rays, infrared light, etc. to the hopper 61 of a vehicle, pouring machine, pump car, etc. 205, and the concrete 980) injected into it. (452); 2) Additives (85) and their storage (60) to be added to the hopper, concrete, etc.; It indicates that etc. are provided. The additives include disinfectants, disinfectants, waterproofing agents, waterproofing liquids, phytoncide, concrete waterproofing agents, the magnetized substances or complexes, the water or the complexes, etc.

Figure 24 shows a scene in which concrete 80 is poured into the form 250 using the pouring hole 200 of the present invention. Here, the pouring hole 200 is a vibrator that vibrates while pouring concrete, or is a pouring hole equipped with a vibrator, a functional group, etc. (30, 32, 40). Figure a shows that concrete 80 is poured from the top of the concrete placed in the form 250 through the pouring hole 200, and Figure b shows the pouring hole 200 being in contact with the concrete poured into the form 250, thereby pouring the concrete (80). ) is poured, and figure b shows concrete (80) being poured by contacting the concrete placed in the form 250 with the pouring hole 200, and figure c shows the pouring hole 200 being placed in contact with the concrete placed in the form 250. Concrete 80 is poured by inserting the concrete 80, and Figure c shows that the vibrators 30 and 32 are inserted and vibrated into the concrete 80 poured into the form 250, thereby pouring concrete. In Figure a, the pouring hole 200 vibrates the poured concrete, in Figures b and c, the pouring hole 200 vibrates other poured concrete and the concrete being poured, and in Figure d, the poured concrete is vibrated at the same time as pouring. do. For the pouring hole, mold, concrete, etc., one of the magnetized or composite materials, hollow body, device 1, device 2, device 3, or device passing material can be used.

Figure 25 shows a pouring machine and fluidizer for high-rise pouring of the present invention. Here, the pouring machine or fluidizer includes: a) a hopper (61) into which concrete is poured; b) a cylinder 206, a piston 206, a pump, and a pressurizer for pumping or pressurizing the concrete put into the hopper; c) the cylinder 206 and piston 206 pressurize the concrete by reciprocating left and right; d) a transfer pipe 208 for transferring concrete provided by one or more of the hopper or pressurizer; e) an end hose (209) connected to the transfer pipe; f) a pouring hole (200) at the end of the end hose; g) Coil 16, magnetizer 31, vibrator 32, exciter 33, ozone group 34, negative ion group 35, functional group ( 30), a hollow body (104) equipped with a sterilizer, fluidizer, coil or magnetizer or functional group; h) the coil or hollow body mounted on one or more of the inside, outside, and between two or more pipes or single pipes constituting the transfer pipe 208; i) the coil or hollow body to which power is applied; j) the coil or hollow body that generates one or more of a magnetic field, magnetization, vibration excitation, ozone, anion, and disinfectant when power is applied; k) the hopper or hollow body in which one of the magnetizer or composite or the magnetizer or composite is used; It consists of etc.

Figure a of FIG. 25 shows a transfer pipe (208) on which five hollow bodies (104) equipped with a coil (16), a magnetizer (31), a vibrator (32), a complex device (36), and a functional group (30) are mounted. ) shows. Figure b shows two hollow bodies (104) equipped with the coils or functional groups, etc., and three coils or functional groups (16, 30, 31, 32, 33, 34, 35, 36) are embedded. Shows the transfer pipe (208). Figure c shows a transfer pipe 208 in which five coils or functional groups are embedded. The coil 16 includes a transfer pipe 208; its interior and exterior; It is possible to prepare it separately. When electricity, power, etc. are supplied to the coils, hollow pipes, etc., magnetic fields, electric fields, etc. are generated, and as a result, substances, materials, concrete, etc. that are transported or passing through the transfer pipe are magnetized, softened, fluidized, slurried, and transported to high levels. do. The hollow body can be provided on the outside or at the connection part of the single pipe constituting the transfer pipe. Here, when the hollow body is provided at the connection between two or more single pipes, it can be connected by a socket, clamp, screw, bolt, flange, etc. For an example of this connection, see Figure 7d. When the coil or functional group, etc. is embedded inside the transfer pipe, the coil or functional group, etc. can be supported or mounted inside the transfer pipe by a string, line, string, ring, wire, band, holder, support, etc. . Typically, the transfer pipe, pressure pipe, transfer line, etc. is formed by connecting one pipe, two pipes, ten pipes, multiple pipes, two or more pipes, single pipes, short pipes, etc. to form the entire length. Concrete, substances, materials, etc. passing through the transfer pipe by the coil, functional group, hollow body, etc. are fluidized, activated, slurried, increased slump value, increased flow velocity, increased slip zone flow velocity, reduced friction on the inner wall of the conveyed pipe, and rapid rise. Transportation, rapid high-rise pouring, etc. are possible. The concrete 80 transported by the transfer pipe 208 is poured into a form, mold, mold, slip form, etc. 250 and hardened, and then a building, structure, etc. 310 is formed. Here, it is shown that earthquake-resistant materials 130 of ×-type, □-type, and a combination of ×-type and □-type are applied to the first floor for earthquake-resistant reinforcement of buildings, structures, etc. (310).

Figures 26 and 27 are schematic diagrams showing the pouring hole or concrete pouring hole 200 according to the present invention. This includes the pouring hole 200 of mortar, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, cement material, asphalt material, etc. (80), the pouring hole 200 of the pump 63, and the pouring hole 200 of the pump car 205. ; Among them, one side, inside, surface, inner surface, inside (Figure 20 b), end 201, one end 201, both ends, tip 201, hole, outside (Figure 20 a, c, d, e), Outer surface, outer circumference, space, hollow part, tip, axial direction, longitudinal direction, horizontal direction, vertical direction, inclined direction, cross-sectional direction, supply direction, concrete supply direction (shown in Figure 20 b, c), up to 2 m from the end ( 202), from the end to 2 m in the concrete supply direction (202) (marked in Figure 20 b, c); At least one of the vibrator, functional group, vibration sensor (Figure 20 d), vibration element (Figure 20 d), membrane vibrator (Figure 20 d), rod vibrator (Figure 20 a, b, c, e), plural vibrator, Magnetization vibrator, excitation vibrator, ozone vibrator, negative ion vibrator, concrete vibrator; It shows that a complex vibrator combining two or more of these is provided. In a, b, d, e, etc. of Figure 19, the pouring port 200 is the tip, tip, pouring part, part of the tip, and up to 2 m from the end of the hose, pipe, etc. 64 through which concrete is transported and poured (202). etc., and in c, the pouring port 200 corresponds to a pipe, tube, tube, etc. 200 with a length of less than 2 m provided at the tip 201 of the hose, pipe, etc. 64. The pouring tool may be a vibrator, a vibrating pouring tool, a concrete pouring tool, a vibrating concrete pouring tool, a vibrating concrete pouring tool, or a concrete pouring tool vibrator. Here, the vibrator, functional group, etc. can be fixed to the pouring hole by strings, strings, rings, bands, wires, iron wires, rubber bands, etc. (203), welding, screws, bolts, flanges, etc. Equipment 38 such as a nozzle 66, hose 64, pump 63, pump car 205, mixer 62, hopper 61, and storage 60 will be connected to the pouring hole 200. You can.

In Figure 26, figure a shows a pouring hole 200 equipped with a vibrator 32 or a functional group 30 on the outside, and figure b shows a pouring hole 200 equipped with a vibrator 32 or a functional group 30 on the inside. , Figure c shows a pouring hole 200 equipped with a pipe 104 equipped with a vibrator 32 or a function 30 at the tip of the end hose, and Figure d shows a small vibrator 32 or function inside and outside. The pouring hole 200 equipped with the device 30, Figure e, shows the pouring hole 200 on which the vibrator 32 or the functional group 30 is mounted on the outside with a wire or the like. In the present invention, a pouring machine (205), a pouring hole (200), a transfer pipe (208), an end hose (209), a hollow body (76, 77, 102, 104); One of them is the top, middle, bottom, inside, outside, tip, and bottom; On the back, a magnetizer (31), a vibrator (32), an exciter (33), an ozone group (34), an anion group (35), a rotator (27), a discharger, a sterilizer, the magnetized or composite (30, 40), It is possible to provide the magnetizer, complex machine, etc. 30. Here, the magnetizer or sterilizer magnetizes, vibrates, excites, waves, waves, ozone treats, anions treats, rotates, stirs, discharges, disinfects, sterilizes, etc. the materials, concrete, etc. that pass through the pourer or hollow body. do.

Figure 27 shows a pouring hole 200 equipped with a tube or hollow body 104 equipped with a vibrator 32, a functional group 30, etc., and Figure a shows a vibrator 32 or a functional group 30. A pouring hole 200 is provided with a tube or hollow body 104 mounted therein spaced apart, and Figure b shows a tube or hollow body 104 with a vibrator 32 or a functional group 30 mounted therein in close contact. Figure c shows a pouring hole 200 provided with a vibrator 32 or a functional device 30 mounted on the outside, or a hollow body 104 is spaced apart, and Figure d shows a vibrator ( 32) or a tube with a functional group 30 mounted on the outside or a pouring hole 200 provided with a hollow body 104 in close contact, Figure e shows a tube with a vibrator 32 or a functional group 30 mounted on the inside. Alternatively, it represents a pouring hole 200 in which hollow bodies 37, 102, and 104 are spaced apart. The tube or hollow body (37, 102, 104) is connected to the concrete transfer pipe (208), hose, end hose (209), pouring hole (200), etc., where the connection is made using a jack, connecting jack, string, wire, or ring. , bands, sockets, flanges, screws, bolts, nuts, joints, tightening bands, hose bands, connecting means, threaded sockets, bolts and nuts, bolt hole forming flanges and bolts inserted into the bolt holes, bolt hole forming flanges ( 57) and the bolt 58 inserted into the bolt hole and the nut 59 fitted into the bolt. The tube or hollow body (37, 102, 104); One of these is inside, inside, outside; It is possible to use, provide, place, generate, form, etc. fans, spirals, screws, rotators, stirrers, rotating stirrers, the magnetizers or complexes, the magnetizers or composites, etc.

28 shows a pouring hole in which the magnetization or composite lights 40 to 46 are used or the coil 16, the rotor 27, the magnetizer or composite machine, or the magnetization or composite lights 30 to 36 are used or provided. (200), pouring hose (209), end hose (209), etc. Here, figures a, b, c, and d show rods (212), rods, strings, lines, strings, rods, wires, rods (212), hoses (8), cables (6), springs, flexible rods, rigid rods, and elastic. A pouring hole (200), where one or more of the magnetizers or complex machines (30 to 36) are spaced apart and connected by a rod, a soft material, an elastic material, a support, a stand, a vibrator hose (8), a vibrator cable (6), etc. Indicates hose (209), end hose (209), etc. And Figures b and d show a casting in which the magnetizer or multi-function machine, etc. (30 to 36) is provided inside or outside the magnet, and the magnetizer or multi-function machine, etc. (30 to 36) are connected to each other by being separated from the magnetizer or multi-function machine, etc. by the string or holder. Indicates sphere (200), pouring hose (209), end hose (209), etc. And in Figure e, the magnetizer or complex machine, etc. (30 to 36) are mounted on the outside of the pouring port (200), pouring hose (209), end hose (209), or away from the back. The materials, materials, concrete, etc. (80) that pass through the pouring hole (200), pouring hose (209), end hose (209), etc. are moved by the magnetizer or complex machine, etc. (30 to 36). It can be the magnetized or composite, etc. (40 to 46).

One or more of the magnetizers, complex machines, etc. 30 to 36 can be provided on or spaced apart from the transfer pipe 208, pouring hole 200, pouring hose 209, end hose 209, etc. Here, in the case of two or more, the magnetizer or multi-function device becomes a bundle magnetizer or multi-function device. Examples of this include a bundle magnetizer in the case of two or more magnetizers, a bundle vibrator in the case of two or more vibrators, etc. Figures a, b, and e in FIG. 21 each have one magnetizer, figure c, two magnetizers, and figure d, three magnetizers, etc. are provided.

The coil 16 includes a transfer pipe 208, a pouring hole 200, a pouring hose 209, and an end hose 209; One of these is inside, outside; It is possible to prepare it separately. When electricity, power, etc. are supplied to the coils, hollow pipes, etc., magnetic fields, electric fields, etc. are generated, and as a result, substances, materials, concrete, etc. that are transported or passing through the transfer pipe, pouring hole, pouring hose, and end hose are magnetized, softened, and fluidized. , slurry, high-rise transfer, etc.

Figure 29 shows that materials, concrete, etc. are poured while vibrating through the pouring hole 200 of the present invention. In the picture of FIG. 29, a is the pouring of concrete (80) into the plain form (250), b is the pouring of concrete (80) into the form (250) reinforced with reinforcing bars (260), and c is the upper part of the deposited, accumulated or poured concrete (80). The pouring hole 200 is spaced apart and concrete 80 is poured, d is immersion, accumulation or pouring of concrete 80 with a portion of the pouring hole 200 entering the poured concrete 80, e is immersion, accumulation or pouring. An example of pouring concrete (80) is shown as the pouring hole (200) is completely inserted into the concrete (80). In Figure b, the rebar coupler 270 can be used when connecting two or more strands of rebar 260. For the pouring hole, form, rebar, rebar coupler, concrete, etc., one of the magnetized or composite, hollow body, device 1, device 2, device 3, device passing material can be used.

Figure 30 is a schematic diagram showing the construction or construction of materials, structures, etc. using equipment equipped with functional groups according to the present invention. Here, raw materials, substances, materials, water, sand, gravel, cement, admixtures, etc. are equipped with a storage (60), a hopper (61), a mixer (62), and a wing (176). A mixer (62), a pump (63), a hose ( 64), nozzle (66), drone (65), mobility, mold (250), storage, input, mixing, pressurization, transfer, spraying, pouring, curing by equipment such as curing machine, hardening machine, surface preparation machine, surface treatment machine, etc. , curing, surface preparation, surface treatment, etc., to create materials 300, piles 300, buildings 310, structures 310, buildings in which materials are used, and structures constructed with materials. In particular, it shows that a pile 300, which is one of the materials, is created. For the storage, complex, equipment, material, structure, file, etc., one of the magnetized or composite, hollow body, device 1, device 2, device 3, or device passing material can be used.

Figures 31, 32, and 33 are schematic diagrams showing construction or purification according to the present invention. The functional unit 30 includes a storage 60, a hopper 61, a mixer 62, a mixer 62 with wings 176, a pump 63, a hose 64, a nozzle 66, and a drone 65. ), mobility, mold (250), curing machine, hardening machine, cotton preparation machine, surface treatment machine, vehicle (170), and a complex machine in which two or more of these are sequentially combined. The above construction can be carried out by using the device 38 consisting of the storage unit or the complex machine, the concrete 80 that has been processed through the device 38, and the pouring of the concrete 80. Buildings, facilities, structures, etc. 310 are created through the construction work, templates, etc. Inside the form 250, building 310, facility, structure 310, etc., concrete 80, rebar 260, coupler 270, rebar 260, etc. are placed, placed, mounted, embedded, etc. This happens. 24, 25, 26, etc., raw materials, materials, binders, liquid materials, etc. are pumped 63, hose 64, nozzle 66, drone 65, mobility, 3D printer 320, and rod 174. ), wings 176, drone 65 with hose, drone 65 with nozzle, rod 174 with wings 176, wings 176 provided on rod 174; Vehicles equipped with one or more of these (170); It shows injection, injection, pouring, spraying, injection, grouting, etc. The functional group 30 can be mounted on the pump, vehicle, etc. For the storage or vehicle, pump or vehicle, etc., one of the magnetized materials, composite, hollow body, device 1, device 2, device 3, and device passing material can be used.

Figure 31a shows the tunnel excavation surface; c is facility 301; b is slope, slope, slope; c is the building (310), its frame (250), and materials (310); d is underwater (315), underground; It shows that the injection or grouting is performed on the back. Figure 32a shows a building 310, its frame 250, and materials 300; b is the building crack part 311; c is lake, reservoir (315); d is dam, embankment, road (180); e is ground, underground, underground (180); f is a septic tank (140); It shows that the injection or grouting is performed on the back. The functional group 30 can also be applied to water treatment 315, septic tank 140, etc. Here, the septic tank 140 includes a septic tank 140, an inlet for contaminated water 80, a coagulant 85 injector 142, an inner pipe 143 of the septic tank, a settling tank 144 at the bottom of the septic tank, and a settling valve 145 at the bottom of the septic tank. , a porous filter 146 between the inner wall of the septic tank and the pipe, a rotary scraper 147 that collects scum while rotating on the upper water surface of the septic tank, a scum inlet 148 through which scum collected in the scraper flows, and a scum inlet connected to the scum inlet. It consists of a scum outlet (149) and an outlet (150) that discharges purified water that rises to the top (141) of the septic tank. The functional group 30 can be mounted on the inlet or outlet. As a result, the stirring and eddy currents of the contaminated water and the coagulant are vigorous, resulting in high-speed reaction and precipitation, thereby shortening the treatment time of the contaminated water and improving treatment efficiency. Here, the contaminated water is purified through the inlet or outlet to become purified water.

In Figure 33, a) a backhoe 170, an excavator, a boring machine, b) one of the rotating means 173 and a rod 174 or a rotating shaft 174, c) the hose 64 connected to the rod, d ) Binder 191 supplied through its hose, e) Wings 176, bits 177, and two or more wings 176 of different lengths provided on the rod; f) a rotating shaft (174), a rod (174), a wing (176), and a bit (177) penetrating into the ground; g) rotation of the rod or wing (175), h) mixing of binder (191), soil (190), residual soil (190), slime (192), fiber or reinforcement (193), etc. by rotation; i) Foundation (195), pile, underground foundation, basement wall, slurry wall, underground continuous wall (195), cylindrical (196) and cone (197) shaped foundation (195) formed in the ground by mixing thereof, tapered section or a base 195 in the shape of a funnel 197, a large cylinder 196 and a base 195 in the shape of a cone 197 and a small cylinder 198; j) Slime 192 discharged to the ground during the mixing; k) the reinforcing bars or reinforcing materials 193 on which reinforcing bars, steel frames, wires, reinforcing materials, and couplers penetrating the underground foundation are mounted; ℓ) The penetrating equipment (171), indenter, crane (171); m) underground foundation (195) reinforced with reinforcing material by the above intrusion; n) Basement wall formed in the ground by excavation by an excavator, underground wall (195); o) Reinforcing bars, reinforcing bar nets, reinforcing bar cages, reinforcing bar cages for coupler mounting, materials, ready-mixed concrete, concrete, etc., which are used in the underground walls, underground walls, etc.; p) Basement wall, underground wall, slurry wall, underground continuous wall (195) in which the above-mentioned steel bars or concrete, etc. are added; q) Backhoe (172) and its bucket (177) for mixing, laying, and compacting binder (191), soil (190), residual soil (190), slime (192), fiber or reinforcement material (193), etc. on the ground. ; r) the reinforcing bars or reinforcing materials on which the reinforcing bars, steel frames, wires, reinforcing materials, and couplers introduced during the installation are mounted; s) Foundation (194), surface foundation (194), mat foundation (194) formed on the ground by the mixing, laying, compaction, etc.; t) Foundation, surface foundation, mat foundation (194) reinforced with the above-mentioned steel bars or reinforcing materials, etc.; Show your back. For the backhoe, mat foundation, etc., one of the magnetized materials, composites, hollow bodies, device 1, device 2, device 3, and device passing materials can be used.

31, 32, 33, etc., ozone, anions, ozone water, anion water, etc. generated from the functional groups (30, 50, 51, 52) are transferred to the functional groups (30, 50, 51, 52), a pump, or a pressurizer (63). , a filter or purifier (160), a nozzle or sprayer (66), etc., is sprayed onto the air, ground, field, construction site, etc. to clean, purify, and remove germs, contamination, air, atmosphere, dust, dust, etc. during construction. It is also shown. 25, 26, and 27, storage 60, hopper 61, mixer 62, pump 63, hose 64, and nozzle 66 are used to provide functional equipment and generate functional materials in manufacturing, construction, etc. ), drone (65), mobility, mold (250), curing machine, hardening machine, cotton trimmer, cotton processing machine; Stored in storage, put into hopper, mixed in mixer, pumped with pump, transferred with hose or drone, poured with hose, nozzle or drone, molded in mold, cured by spraying water and steam, etc. with curing machine (66), curing with hardener It shows the application of hardening of cured concrete, surface preparation of hardened concrete with a surface preparation machine, and surface treatment of concrete dismantled from molds with a surface treatment machine.

Figure 34 shows a) backhoe, excavator, excavator, moving means 510; b) one of the booms (513), c) the arm (514) of this boom, d) the tip (515) of this arm, e) the rotation means (516) of this tip; f) a shaft, a rod 520, mounted on its rotation means; The shaft of the rotary type 527, the rod 520; g) a bit 524 mounted on the tip of the shaft or rod; h) the backhoe or bit using one of the above magnetizers or composites; A pouring equipment consisting of, etc. is shown. Here, the wings 176 provided on the shaft 520 have the same or variable length. The shaft 520 or the wing 176 may be provided with a protrusion 523. The shaft, rod, etc. 520 are provided with a backhoe, an excavator, a moving means 510, one of the booms 513, an arm 514 of this boom, and a tip 515 of the arm, and are attached to the shaft, rod, etc. The hose 64, pump 63, mixer 62, hopper 61, storage or silo 60, etc. are connected to supply binder, solidification material, etc. 80. The binder, solidifier, etc. 80 is injected or grouted into the ground 180 through the shaft, rod 520, one of the nozzles 525, bit 524, and bit hole 525. , thereby creating foundations, cast-in-place foundations, solidified bodies, column solidified bodies, grouting bodies, tapered section foundations, equal section foundations, etc.

Figure 35 shows a) backhoe, excavator, crane, boring machine, excavator, excavator, moving means 510; b) dual leader (514); c) its leader's leading edge or cradle hitch 515; d) Rotating means 516 mounted on the backhoe, cradle hitch, etc.; e) a shaft or rod 520 mounted on the backhoe, rotation means, etc.; f) a wing, variable wing 176, mounted on its shaft or rod; g) bit 524 at the tip of the shaft or rod; h) a hose 64, pump 63, mixer 62, hopper 61, silo or storage bin 60 sequentially connected to the shaft or rod; i) the backhoe or storage unit in which one of the above magnetized or composite materials is used; It shows foundation pouring equipment or foundation construction equipment consisting of etc. Here, it is possible to use the bar or protrusion-equipped wing 176, the shaft on which the bar or protruding wing is mounted, the rod, etc. 520. Here, materials, mortar, chemical liquid, suspension, paste, concrete, etc. supplied through the hose or storage unit are poured into the ground, ground, underground, etc. through the backhoe or bit to form a foundation, tapered section foundation, equal section foundation, or solidified foundation. , solidified columns, grouting foundations, and cast-in-place foundations are constructed.

Figure 36 is an exploded perspective view of the rebar coupler according to the present invention. The rebar coupler 270 according to the present invention includes a cap body (2'), the cap body of which is coupled to two sides, three sides, four sides, multiple sides, two sides, three sides, four sides, multiple sides, etc., and a separator plate (9') in the middle. ), a body (6') provided, a reinforcing bar fixture (4') inserted into the cap body or body, and an elastic body (9') mounted between the reinforcing bar fixture and the separation plate. For the coupler, cap body, separator plate, body, rebar fixture, elastic body, etc., one of the magnetized or composite materials, hollow body, device 1, device 2, device 3, or device passage material can be used.

Figure 37 is a schematic diagram showing the reinforcing bar coupler and the reinforcing bar connection according to the present invention. The rebar coupler 270 according to the present invention includes a body (6') that is hollow on both sides or multiple sides and is provided with a separator plate (8') in the middle; An internal hollow or internal hollow inner wedge-shaped (13') cap body (2') fastened to both sides or multiple sides thereof; An internal hollow or internal hollow outer surface wedge-shaped (14') or a reinforcing bar fixture or screw (15') formed on the inner surface that fixes or fixedly connects the reinforcing bar (260) inserted into the cap body while being inserted into the cap body. (4'); A fragment (5') forming the fixture; A separation plate (8') in the middle of the body; A spring or elastic body (9') provided between the separation plate and the reinforcing bar fixture; The body or elastic body in which a hole is formed; The body or elastic body through which a hole is formed to allow concrete to flow into it; It consists of etc. The reinforcing bar fixture 4' is provided with a reinforcing bar fixture or screw, etc. 15' on the inner surface, thereby fixing or fixing the reinforcing bar inserted into the reinforcing bar to connect two or more reinforcing bars. . Here, figure a shows the cap body with the reinforcing bar fixture inserted and the body with the elastic material inserted into it separately, figure b shows the cap body with the reinforcing bar fixture inserted into the body and the body with the elastic material inserted into it, and figure c shows the shape of the reinforcing bar fixture being joined together. It shows that reinforcing bars are inserted and fixed or fixedly connected to both sides of the reinforcing bar coupler where the introduced cap body and the elastic body are fastened. In the present invention, the nodes 261, ribs 262, projections, node projections, rib projections, etc. of the reinforcing bar 260 are protruded outside the surface of the reinforcing bar, so the nodes or rib projections, etc. are formed in a) a reinforcing bar fixture ( 4'); b) its segment, segment (5'); c) Screws, teeth, irregularities, internal teeth, internal irregularities of the fixture or section; d) one of the screws or concavo-convex ridges, pointed ridges, or apical ridges; It is fixed by locking, biting, or catching on the back.

The body, cap body, separator plate, fixture, section, etc. are provided with holes, openings, perforations, drill perforations, etc. (85', 86', 87', 88'), and the magnetization or composite, etc. It is possible to use, etc. The holes or perforations are used for purposes such as rain discharge, gas discharge, foreign matter discharge, concrete inflow, and concrete passage. The magnetization, composite, etc. are used for the above magnetization, composite, etc. purposes.

Figure 38 is a schematic diagram showing a printer or 3D printer 320 according to the present invention. This includes a frame 322 on which the rail 330 is mounted, a moving object moving in the X-, Y-, and Z-axis directions along the rail 330, a moving part, a head, and one of its cases, the head, and , a nozzle, floater, or pourer 66 that is installed on one of the moving parts and cases and ejects the construction material 80 to form the 3D structure 310, and provides pressure to the nozzle, floater, or pourer to form the material ( This includes a 3D printer including a pump 63 that causes 80) to be ejected. In the 3D printer of the present invention, the frame 322 is mounted on the ground, on or around a new facility, or on or around a new building. In this figure, figure a shows the nozzle 66, floater, pouring machine, pouring hole 200, etc., which includes functions, functional groups, functional materials, magnetization or composite, etc. (30, 32, 40, 42) This use, provision, and manifestation are possible. The 3D printer, rail, frame, moving body, moving part, head, case, nozzle, plotter, pouring machine, pump, etc. contain one of the magnetized or composite, hollow body, device 1, device 2, device 3, device passing material. It is available.

Figure 39 is a schematic diagram showing a printer or 3D printer according to the present invention. This shows the nozzle or plotter or pourer 66 of the 3D printer moving in three dimensions. In the present invention, the 3D printer is a 3D printer (320) that moves one or more of the equipment, storage, or complex machine, or is equipped with one or more, or performs one of the magnetization, vortex, magnetization vortex, storage, or combination by the installation. ), 3D printer, 3D printing machine, 3D printing device, 3D printer, 3D printer equipped with a pouring machine that moves in three dimensions while being mounted on a frame mounted on the ground or around a new facility. Here, the 3D printer 320 is equipped with a moving body or moving part 336 capable of three-dimensional movement (323) on the frame 322, and moves in three dimensions (323) while mixing the compounder 62, pump 63, and supply. Construction, construction, construction, etc. of facilities, buildings, structures, etc. (310) are carried out by pouring, spraying, injecting, etc. materials, mortar, ready-mixed concrete, concrete, etc. (80) supplied from the furnace (64), etc. will be. Here, the three-dimensional moving object or moving part 336 moves in three dimensions by a motor, roller, rail, etc., and a pouring machine, sprayer, injector, nozzle, etc. (66) are mounted to determine the structure or shape of the facility or building to be built. Facilities and buildings are constructed by pouring materials while moving in three dimensions. Here, the 3D printer, its moving body or moving part, and the pouring equipment mounted on it have the characteristic of pouring material while automatically moving in three dimensions according to program commands.

In the present invention, the printer refers to a printer, printer, printer, 3D printer, 3D printer, 3D model printer, 3D figure printer, printer for producing 3D models, printer for producing 3D figures, 3D printer. These include printers that print models, printers that construct buildings or sculptures, printers that eject materials to build buildings or sculptures by stacking them, and printers that repeatedly stack and discharge materials to build buildings or sculptures.

An example of the 3D printer or 3D movement is two rails a (330) supported on the foundation, pillar, support, frame, etc. (322) and mounted on the upper left and right sides, respectively, and rotated by a motor a (331). Two rollers a (332) move back and forth (one-dimensional movement) (323) along the rail a, and a rail b (333) is provided between the two rollers a, and is mounted on them by a motor b (334). One roller b (335) that rotates and moves left and right along the rail b (its first dimension + the first dimension = two dimensions) (323), and a rotating body that is mounted on this and rotates by motor c (341) A vertical moving part 336 such as a string, thread, belt, or chain that moves up and down (1 dimension + 2 dimension = 3 dimension movement) 323 while being wound or unwound around a (342), or the rotating body a ( A vertical moving part 336 in the form of a bar that is pressed and embedded between 342) and another rotary body b 343 positioned against it and moves up and down by being pushed or dragged by the rotation of the rotating body a, is mounted on the vertical moving part. This includes pouring equipment 66 that moves in three dimensions. Here, the bar-shaped vertical moving part 336 includes the rotating body a (342), another rotating body b (343) located against it, and the rotating body c (344) located above or below the rotating body a. While being positioned against each other, it is pressed and embedded between the rotating bodies d (345) located at the top or bottom of the rotating body b, and can be moved up and down by being pushed or pulled by the rotation of the rotating body a (342). have

In the 3D printer, the bar 336 corresponds to a pole, bar, rod, rod, etc. The frame consists of a foundation, a column, four columns, a combination of horizontal and vertical beams, a combination of four columns, an intermediate beam and an upper beam, a combination of a vertical column and a horizontal beam, its three-dimensional body, four columns and four columns located on top of them. This includes the directional rail 330, the four edge rails, the rail a (330), the rail b (333), or the four pillars and the four-way rail (330) connecting their upper corners. It is also possible to install heavy objects such as weights, weights, lead blocks, etc. on the lower part of the rope, thread, belt, chain, vertical moving part, etc. to prevent the position and coordinates of the lower part from shaking so that the material is placed at the correct position, coordinates, etc. do. The roller or rotating body can be equipped with a brake, a retractor, etc. that slows down or stops the rotation, and an example of the brake is a brake lining 338 mounted on the side of the roller or rotating body, which can be used to move it in the direction of the roller or rotating body. This applies to a combination of a pedal, a pressing means, etc. 339 that contacts the roller or rotating body by pushing or pressing it to slow down or stop its rotation. The motor is mounted on the central axis, rotation axis, etc. 336 of the roller or rotating body and rotates it, thereby making it possible to rotate the roller or rotating body, which is the body of the central axis, rotating shaft, etc. The motor, roller, rotating body, etc. can be embedded in a case, housing, etc. 347 for their protection and safety. The rotating body a (342) can be connected to the roller b (335), the case 347, and the lower part thereof by a string, string, rod, etc. (340), and among these, the rotating body a and the The connection of the roller b involves connecting the rotor a and the bearings 337 mounted on the central axis 336 of the roller b using strings, strings, rods, etc. 340.

The moving part 335 and the pouring equipment 66 mounted thereon move in three dimensions in one dimension forward and backward, one dimension left and right, and one dimension up and down, or one dimension forward and backward, one dimension left and right, two dimensions by these two. Dimensions, one dimension up and down, three-dimensional movement by this and the two dimensions, etc., so that the building is constructed three-dimensionally by the pouring equipment 66, three-dimensional pouring of concrete for building construction, and necessary for building construction. It becomes possible to transport, assemble, and pour molds, rebar, concrete, etc. Frames, reinforcing bars, concrete pouring equipment, etc. for structure construction are provided and mounted on a) the roller, rotating body, moving body, and moving part, and b) the loading table, carrier, cage, moving platform, and elevating platform, etc. provided on one of them. It has the characteristic of being mounted, bundled, anchored, installed, stacked, etc. and moving three-dimensionally, and being transported, unloaded, assembled, poured, etc. to the appropriate floor, location, etc. according to the building construction process. In the present invention, the pouring equipment includes a) a pouring machine, nozzle, hose, sprayer, and print plotter, and b) a pouring equipment equipped with one of them.

The pouring equipment 66, which is mounted on the moving body, moving part 335, etc. and moves in three dimensions, is connected to a mixer 62, a pump 63, a supply path 64, etc., and materials 80 such as ready-mixed concrete are supplied. . The pouring machine 66, mixing machine 62, pump 63, supply path 64, material 80, etc. can be equipped with the magnet, magnetized body, hollow body embedded therein, etc. of the present invention, so that the magnetized material can be With the characteristics of supply and pouring, it is possible to supply compressed matter, compressed water, compressed air, electricity, etc. generated by the wind compressor, wind generator, solar generator, etc. of the present invention.

Another example of the 3D printer 320 of the present invention includes a frame 322 on which a rail 330 is mounted, a moving body, a moving part, a head moving in the X-axis, Y-axis, and Z-axis directions along the rail 330, One of its cases, a plotter or pourer 66 installed on one of the head, moving body, moving part, and case and ejecting construction material 80 to form the 3D structure 310, and the plotter or pouring machine This includes a 3D printer including a pump 63 that provides pressure to eject the material 80. In the 3D printer of the present invention, the frame 322 is mounted on the ground, on or around a new facility, or on or around a new building.

Examples of construction of buildings, structures, etc. by the 3D printer 320 of the present invention include 1) Case: Mortar, ready-mixed concrete, etc., into which quick-setting additives and binders that promote curing are added through the pouring machine 66 mounted on the 3D printer. Building construction is done by continuously or intermittently pouring concrete, etc. in layers of 5 to 30 cm in height or rising in layers while moving in circulation along the building shape or structure. Here, the pouring height of 5 cm or less is too low and the construction time is shortened. This is because it takes a lot of time, and the one-time pour height of 30cm or more is too high, making immediate curing difficult, making it difficult to perform pouring work while moving in real-time circulation. 2) Case: The above pouring is performed on the building floor, first floor columns, and walls. , 1st floor slab, 2nd floor columns and walls, 2nd floor slab are repeatedly constructed in this order to construct the nth floor, and finally the roof slab is completed to complete the building, 3) Case: a) Ground boring for foundation installation, b) Above Inserting the reinforcing bar net into the boring hole by mounting the reinforcing bar net on the moving part, c) pouring the foundation pile concrete into the boring hole through the pouring machine, and curing it afterwards, d) forming the floor of the building by mounting the form and rebar on the moving part. , transportation and assembly of reinforcing bars, e) pouring concrete on the floor of the building through the pouring machine, followed by curing, f) transporting and assembling the molds and reinforcing bars on the moving unit to transport and assemble the molds and reinforcing bars of the first floor column and wall, g) using the pouring machine Concrete pouring for the first floor columns and walls, followed by curing, h) Elevating the mobile body and pouring machine, i) Transporting and assembling the first floor slab forms and reinforcing bars by placing the molds and rebars on the moving part, j) The pouring 1st floor slab concrete is poured through the machine, followed by curing, k) 2nd floor columns, wall molds, and rebars are transported and assembled by placing molds and reinforcing bars on the moving part, ℓ) 2nd floor columns and wall concrete are poured through the above pouring machine, After curing, m) Elevate the moving object, pouring machine, etc., n) Repeat the above to transport and assemble the template, rebar, etc. for n-story columns, walls, slabs, etc., pouring concrete, and then curing, o) Final pouring through the pouring machine This is done by pouring concrete on the rooftop and curing it afterwards. For the 1st, 2nd, and nth floors, the height of each floor (3m, etc.) is assembled or poured at once, or the height of each floor based on 3m is subdivided into 0.25m height, 0.5m height, 1m height, 1.5m height, etc. This allows for detailed assembly, pouring, etc.

Figure 40 shows a single-engine machine, a double-engine machine, etc. according to the present invention. Here, the single machine 350, the double machine 360, etc. are used to treat, clean, finish, smooth, level, smooth, etc. the surfaces of mortar, cement, ready-mix concrete, etc., and can also be used as a finisher, plastering machine, etc. The single blade (350) has a) knife, blade, fan, wing (351), blade, disk, disk, plastering knife, plastering blade, radial blade, cross blade, star-shaped blade, fan blade, pole, long pole, and width. Compared to the longer length, two or more wings, a radial wing (351) consisting of two or more wings, two or more wings with ends coupled to each other, and two or more wings with middles coupled to each other (351); b) the knife rotates - two or more blades; c) the knife rotated by a motor 352 - two or more blades; d) batteries, plugs, and power supplies that power the motor; e) the knife - two or more wings 351 that finish the concrete surface while rotating (353) or moving; f) a skeleton, platform or stand 354 on which one of the sword ~ two or more wings is mounted; g) a pusher (355), a steering wheel (356), and a chair (357) connected to one or more of the knife - two or more wings, and a stand; h) a handle 358 provided on one of the stand, pusher, steering wheel, and chair; i) a controller 359 that adjusts the speed of the motor or steering wheel or rotation; j) the knife or controller equipped with the functional group, magnetizer or complex device, magnetic device or emitter, etc.; It is composed of one or more of the following, or two or more are composed sequentially. The twin-engine machine 360 is formed by combining two single-engine machines 350, or by mounting two sets of one of the sword-two or more wings on the holder 354, or by mounting the sword-2 blades on the holder 354. Two or more wings of one or more wings are mounted spaced apart from each other.

Figure 41 shows a screed according to the invention. The screed 370 includes a) screed, screed, plasterer, finisher, screed plasterer, screed finisher; b) a screed (370) mounted on a single-engine machine (350) or a twin-engine machine (360); c) a stand or wing 371 that is longer in length compared to the width, a stand 372 on which teeth are mounted, a handle 373 connected to the stand, and the stand or wings 371 that finish the concrete surface while moving; d) the stand or handle equipped with one or more (30, 40) of the magnetic device, radiator, magnetizer, or complex device; It consists of one or more of: The single machine, double machine, finisher, plasterer, knife or blade, motor, battery, plug, power supply, skeleton, platform, stand, pusher, steering wheel, chair, handle, controller, stand or handle, etc. are made of the magnetized, composite, hollow, etc. It is possible to use one of the following: sieve, device 1, device 2, device 3, or material passing through the device.

In the present invention, the finisher includes a) a finisher, plastering machine, finishing machine, processor, surface treatment machine, finisher, concrete finisher, asphalt finisher, and asphalt finisher; b) Equipment that fixes a vibrator to a steel beam spanning the formwork on both sides of the paving plate and vibrates it while laying asphalt or concrete and finishing the surface in a predetermined transverse shape; c) or laying the material, laying asphalt, laying concrete, pouring the material, compacting the material, plastering the poured surface, treating the poured surface, finishing the poured surface, finishing the poured surface, treating the surface while placing the material, treating the surface while placing the material. Equipment that does one or more of the following; etc.

The concrete finisher is a device that lays concrete flatly and compacts it by vibrating it, or a spreader that spreads concrete in the form, and a primary machine that travels on the rail at the top of the form and selects the concrete to a certain thickness. It consists of a screed, a vibrator that compacts the concrete by applying vibration and pressure, and a finishing screed that cuts it flat using a sharp blade to complete the paving work.

The asphalt finisher is a device that lays asphalt concrete flatly and compacts it by vibrating it, or it is a hopper into which asphalt concrete is input from a truck, etc., and is mounted on the lower part of this hopper and asphalt concrete is moved by continuous rotation. It consists of a chain that supplies to the screw at the rear, a screw that disperses the supplied asphalt concrete and lays it on the road, and a screed that finishes while applying vibration to the laid asphalt concrete.

Figure 42 shows a template according to the present invention. The form 250 is a type of temporary structure in which concrete 80 is placed, maintains the shape and dimensions of the concrete, prevents the leakage of moisture necessary for the concrete to harden, blocks the influence of external air, and allows the concrete to properly harden or cure. The simplest form 250 consists of an outer frame 252, a plate 251 attached thereto, and their slopes, supports, or bracings 253, etc. For the form, outer frame, plate, ramp, support, bracing, etc., one of the magnetized or composite materials, hollow body, device 1, device 2, device 3, or device passing material can be used. Here, the outer frame 252 is usually mounted on the four sides of the rear edge of the plate 251 in contact with the concrete, and the inclined table 253 is mounted diagonally of the rear outer frame 252 of the plate. The frame 250 configured in this way can be used alone (Figure a), used in combination with two or more pieces (Figure b), or used in combination with two or more pieces in one large area (Figure b). Used as a form where two or more pieces are assembled and the assembled pieces are dismantled after curing the poured concrete. Used as a form that faces each other at regular intervals (Figure c). Used as a form assembled to form a certain space for concrete to be poured. (Figure c) etc. The frames facing each other are fixed by long ends 254 or form ties. The gap or space corresponds to a wall, beam, column, floor, slab, tunnel, road, bridge, retaining wall, structure shape, etc., and concrete 80 is poured into the gap or space. Long tie (254) or form tie) is a member or tension member that maintains form plates at regular intervals or shapes in column form, wall form, facing form, etc., and supports concrete lateral pressure or pressure, and is embedded inside the form. There are penetrating types, etc.

The form refers to foam, form, mold, slipform, formwork, etc. The slip form includes slip form, slip form, sliding form, movable form, internal hollow quadrangular form, internal hollow quadrangular form 250 used in the construction of an apartment 310, movable form that moves upward, building ( A movable formwork 250 that moves in the upper direction where 310) is built, a formwork that continuously completes the concrete wall surface by pulling up the formwork step by step when pouring concrete, so that there are no joints, and a formwork along the concrete surface while pouring concrete. A form that can continuously apply concrete by slowly moving it, a movable form (250) that is installed on the outside of the building (310) to be built and moves upward, and concrete that is installed and poured to close the four corners on the outside of the apartment building (310). This includes a formwork 250 with a certain shape that allows it to have the shape of an apartment. See Figure 42d.

Figure 43 shows a frame, joist, yoke, and support according to the present invention. Here, Figures a and b are cross-sectional and perspective views of the form 250 having a certain space for pouring concrete 80 inside, and Figures c and d are the form 250 for construction of floors, slabs, etc., and floor plates ( 251), a cross-sectional view and a perspective view of the joist (255), yoke (256), and support (257). For the frame, joist, yoke, support, etc., one of the magnetized or composite materials, hollow body, device 1, device 2, device 3, or device passing material can be used. In Figures a and b here, the form is installed at the edge of a certain space so that concrete 80 is poured inside. As shown in Figures c and d here, floor forms, slab forms, etc. (250) are usually assembled with a yoke (256) and a joist (255) on the yoke on props, beams, supports, etc. (257), plates on the joists, etc. It is formed by laying plywood, etc. (251). Here, concrete 80 to form the floor, slab, etc. is poured on the plywood. The table form is made of the lower bracket (257), the middle yoke (256) and joist (255), and the upper bottom plate (plywood, 251) in one piece so that this assembly process can be omitted, thereby reducing time, manpower, and processes. You can. Equipment such as forklifts are used to move the table form, and because the production cost is high, it is mainly used for large-scale construction rather than small-scale construction. Table forms are used as floor forms for standardized and repetitive structures such as apartments, etc. This is a form that can be moved horizontally and vertically by crane. The form may include a form, frame, mold, formwork, etc.

As part of the formwork 250, those in direct contact with the concrete 80 are plates 251 such as boards, planks, plywood, blocking boards, floor boards, and formwork boards, and wood, metal, steel sheet, aluminum, etc. are used. A joist (long line, 255) refers to a member that horizontally supports the bottom of a frame or floor at regular intervals. It is also commonly called a strip, a rug, etc., and wood, square pipe, galvanized square pipe, etc. are used for this. The yoke 256 includes a member mounted below the joist, a member installed in a direction perpendicular to the joist to support the joist and transmit the load to the beam, and a material mounted on a stone or beam to support a frame or floor.

Figure 44 shows a perspective view of a scaffold according to the present invention. Scaffolding 280 is a temporary object installed to enable work at a high place during the construction of the structure 310, a temporary scaffolding that allows workers to come and go while working at a construction or industrial site, and people, equipment, materials, etc. for facility maintenance. These are temporarily installed structures that allow work to be carried out. Scaffolding (280) refers to scaffolding, scaffolding, scaffolding, temporary structures installed to enable work at high places during construction, scaffolding for transporting materials or workers' passage and work, work surfaces temporarily installed at high places, and supporting them. A general term for a structure, scaffolding (280) with strips (282) and joists (283) mounted on a pillar (281), scaffolding with strips (282), joists (283), and scaffolding (284) mounted on a pillar (281). (280), the scaffolding (280) on which the strip (282), the joist (283), the scaffolding (284), and the stairs (285) are mounted on the pillar (281). Boards, plywood, boards, boards, planks, perforated iron plates, etc. are used as scaffolding, and examples of their specifications include width of 25 cm or more, thickness of 4 cm or more, and length of 2.5 to 3.5 m. In some cases, it is advisable to protrude the footboard by no more than 20cm from the joist and overlap it by more than 30cm. The lowest part of the scaffold is 2 to 3 meters above the ground, and strips, joists, and scaffolding are tied horizontally to the pillars, and from above, they are installed at intervals of about 1.5 meters.

Steel tube scaffolding, log scaffolding, and system scaffolding are used as scaffolding. Here, steel pipe scaffolding or log scaffolding constitutes a scaffold frame using several steel pipes or logs using connecting members 286 such as iron wires, tie lines, clamps, and fasteners. Usually, the scaffold 280 consists of auxiliary materials such as vertical materials 281, horizontal materials 282, 283, scaffolding 284, stair materials 285, handrails, rungs, vertical protection nets, clamps as assembly members, and connecting pins 286. Personnel lifts and transports them from the ground one by one and installs them suspended in the air. The system scaffold developed to improve this problem is a scaffold in which some of the components of the scaffold frame are completed to facilitate assembly or disassembly during scaffold installation, and includes a support portion 281 installed along the outer wall of the structure 310. This includes a scaffolding unit 284 that is installed horizontally between the support unit and provides a work space for the worker, and a step unit 285 that forms a movement path for the worker to move up and down.

Figure 45 shows a cross-sectional view of the scaffold according to the present invention. Figure 40a is a single-rope scaffolding equipped with a pillar, a strip mounted on the pole, and a joist mounted on the pole. Figure 40b is a double scaffolding equipped with a pillar, wales mounted on both sides of the pole, and joists mounted on the pole. Figure 40c is a double-rope scaffolding equipped with two pillars, a strip mounted on them, and a joist mounted on them. Here, scaffolding, single-rope scaffolding, double-rope scaffolding, double-rope scaffolding, etc. are installed outside, inside, and along the length of facilities, buildings, bridges, structures, etc., and two or more of the pillars, strips, joists, etc. are installed. For the scaffold, pillar, strip, joist, etc., one of the magnetized or composite materials, hollow body, device 1, device 2, device 3, or device passing material can be used.

Figure 46 is a representative schematic diagram of the earthquake-resistant material 130, which is one of the materials according to the present invention, in the order of a, b, c, d, e, and f. The earthquake-resistant material 130 of the complex type (cross-sectional view) of and □-shaped, T-shaped (cross-sectional view), I-shaped (cross-sectional view), and I-shaped (three-dimensional shape) is shown. 40 d, e, and f show the bolt hole 131, flange 132, web 133, etc. of the earthquake-resistant material. Here, the bolt hole 131 is used to connect a building or structure and earthquake-resistant materials with bolts, nuts, nails, rods, etc. And the flange 132, web 133, etc. become elements, members, parts, etc. that constitute earthquake-resistant materials. Here, the seismic material 130 may be mounted on facilities, buildings, bridges, structures, etc. for earthquake-resistant reinforcement. For the materials, earthquake-resistant materials, buildings, structures, etc., one of the magnetized or composite materials, hollow bodies, device 1, device 2, device 3, and device-passing materials can be used.

Figure 47 shows the vibrators (30, 32) connected to the concrete pouring machine, end hose (209), pouring hole (200), etc. by connecting means (203) according to the present invention. The connecting means 203 includes a) the attachments 6 and 8 of the vibrator; b) or connecting one of the pouring machine or pouring tool and an accessory of the vibrator with one of a string, string, ring, wire, connecting means, band, tightening band, hose band, and hose tightening band (203); c) or c1) one of the rods, rods, rods, rods, holders, and supports (212) is mounted on one of the pouring machines and the pouring hole, and c2) one of the pouring machines and the pouring holes and the rod and the support. One (212) is fastened with one (203) of the string or hose tightening band, c3) the attachments (6, 8) of the vibrator are mounted on one of the rod or support (212), and c4) the rod or support. One of the supports (212) and the attachment (6.8) of the vibrator are fastened with one of the string or hose tightening band (203); etc. are applicable. Figure 41 shows connection means 203 such as a band, tightening band, hose band, and hose tightening band. The accessories of the vibrator include the vibrator hose (8), cable (6), bellows hose (8), cable (6) and hose (8), cable (6) and hose (8) surrounding it, and hose (8). and the cable (6) contained within it. The connected vibrator includes a magnetizer, exciter, ozone generator, negative ion generator, rotator, decomposer, electrolyzer, fluidizer, discharger, and sterilizer; An ozone negative ion magnetizer that generates a magnetic field as ozone and negative ions are emitted; A magnetized magnetic field that generates a magnetic field while magnetizing concrete; etc. (30, 31, 32, 33, 34, 35, 365, 37) are available.

Figure 48 shows a bending machine according to the present invention. Here, the bender 290 includes a bar bender, a steel bar bender, a rebar bender, and a bender 290 that bends the rebar 260. Examples of the bending machine 290 include a housing 291, a guide hole 293 formed on the upper surface of the housing, a roller 292 provided on the upper surface of the housing and driven to reciprocate along the guide hole, and a upper surface of the housing. A reaction jig 294 and a guide jig 295 into which reinforcing bars are inserted or inserted are provided, a guide jig 295 opposing the reaction jig 294, and a rebar is inserted or inserted between the opposite sides 299. A reaction jig and a guide jig, the size of which is adjusted between the reaction jig and the guide jig (299) according to the thickness of the reinforcing bar (260), and the bending angle of the reinforcing bar when the reinforcing bar is bent by movement of the roller. A guide jig 295, a reaction jig 294 that acts as a reaction force of the rebar when bending the rebar, an adjustment knob 297 that adjusts the bending angle, and a controller 298 that adjusts the degree and speed of movement; The housing or controller in which one of the magnetizers or composites is used; etc. are provided. For the housing, controller, etc., one of the magnetized materials, composite, hollow body, device 1, device 2, device 3, and device passage materials can be used.

Figure a in Figure 48 shows a rebar bender equipped with the housing or controller. Figure b shows a scene where the roller provided on the bending machine moves along the guide hole and bends the rebar. Figure c shows a reaction jig (294) composed of two cylinders and a guide jig (294) composed of one cylinder, and bending the reinforcing bar (260) into an L-shape, ⊂-shape, etc. using these. Figure d shows the reaction jig 294, which is composed of a cylinder with a closed cross-section of up and down straight lines and left and right curves, and the guide jig 294, which is composed of a rectangular cylinder, and bending the reinforcing bar 260 into an L-shape, U-shape, etc. using this. Figures e to s show a reaction jig (294) at the top and a guide jig (294) at the bottom. Here, the reinforcing bar 260 is inserted or inserted between the upper reaction jig 294 and the lower guide jig 294 (299), and the reinforcing bar 260 is inserted into the guide jig 294 by the movement of the roller 292. It is bent along the outer surface, and at this time, the reaction jig 294 acts as a reaction force for the reinforcing bar.

The reaction jig 294, guide jig 295, etc. have a certain height and have a cross-sectional or planar shape of circular, semicircular, oval, round, triangular, square, square, rectangular, polygonal, hexagonal, ladder, or diamond shape. , three-sided, four-sided, multi-sided, three-sided, four-sided, multi-faceted, closed type composed of straight lines and straight lines (upper figure of figures m and n), closed type composed of straight lines and curves ( upper figures of figures g, h, i, j, k, ℓ, etc.), closed type composed of two straight lines and one curve (upper figures of figures q, r), closed type composed of two straight lines and two curves. (upper figure in figures g, h, i, j, k, ℓ, etc.), a closed type consisting of four straight lines and two curves (lower figure in figures q, r), two or more sides are straight and the corners are angled. Closed type (bottom of figure q), closed type with two or more sides being straight and curved corners (bottom of figure r), the above triangle whose internal angle (θ) of the corner is a right angle, an acute angle, or 90° or less. This includes the closed type, etc. The reaction jig, guide jig, etc. may be capable of moving positions, adjusting spacing, adjusting size, etc. depending on the diameter of the reinforcing bar, bending angle, etc. In this case, the reaction jig, guide jig, etc. are equipped with levers, screws, push and pull devices, etc. (298-1) to move the position, adjust the gap, etc. by adjusting them or pushing and pulling the reaction jig, guide jig, etc. Size adjustment, etc. may be possible. This refers to Figure s. A rebar fixing bar 296 can be provided on the upper surface of the housing for support, mounting, fixation, reaction force, etc. of the rebar 260 inserted or inserted between the reaction jig and the guide jig 299.

The height of the roller, reaction jig, guide jig, etc. is equal to or greater than the diameter or thickness of the reinforcing bar to prevent the reinforcing bar from falling out or being separated and to facilitate insertion, insertion, bending, etc. of the reinforcing bar. The housing 291 can be in the shape of a tank, barrel, box, box, tank, square barrel, or hexahedron. A driving means or a moving means for the roller 292 is provided inside the housing 291. Here, an example of the driving means is to use a motor, a rotation motor, a motor with a reducer, etc. to rotate the central axis connected to the roller in a circular motion along the guide hole. The roller 292 includes a motor, a ring, a rotating ring, a chain, a rotating chain, a rotating belt, a speed regulator, a reducer that reduces the motor and its speed, a reducer that reduces the motor and its speed, and a rotating belt connected to the motor. etc. are provided and move along the guide hole. The guide hole 293 has a shape such as a circle, oval, round, or arc shape with a certain width of the empty space, and serves to guide the direction and distance in which the roller moves along the width of the empty space. Do it. The control knob 297 is used to adjust the bending angle of the reinforcing bar. When this control knob is moved horizontally to match the angle indicated on the scale above, the rotation angle of the roller is automatically adjusted and the reinforcing bar is bent at the desired angle. The control knob 297 is composed of one, two, a pair, an upper and lower pair, etc. Here, in the case of two or a pair, two continuous rebar bending operations with different bending angles are possible with one setting. These control knobs 297 adjust the moving distance according to the rotation angle of the roller so as to selectively obtain ㄱ, ㄷ or ⊂ shaped reinforcing bars by selectively manipulating the operation switches connected to each other. The initial shape of the reinforcing bar 260 is ㅡ, straight, etc., but the shape in which the reinforcing bar is bent is ㄱ, ㄴ, ㄷ, V, U, ⊂, etc. The controller 298 controls the operation, start, stop, speed, rotation speed, movement, movement degree, movement speed, etc. of rollers, motors, etc., and includes buttons, levers, switches, operation buttons, operation levers, power switches, It includes an operation switch, a remote controller, a foot switch operated by the foot, and a hand switch operated by the hand.

Figure 49 shows an example of a tunnel pouring machine 430 according to the present invention. Here, the tunnel pouring machine 430 includes an excavator, a driller, and a cutter head 431 equipped with a plurality of excavation bits on the front for excavating the ground or bedrock; A belt conveyor (432) connected to the rear of one of these to transfer the supporting force generated during tunnel excavation; A support transfer unit 433 provided with a hoist for transferring the transfer; A buck force carrying unit 434 connected to the rear of the belt conveyor or buck transfer unit to contain and carry out the buck power transported by the belt conveyor, buck transfer unit, or hoist; The excavator or load carrying unit in which one of the magnetized or composite materials is used; Placing lining concrete in a tunnel excavated by, etc. includes one or more of the following 1) to 30) or two or more of them sequentially. Here, the lining is installed on the bottom, bottom, top, ceiling, sides, and perimeter of the excavated tunnel, and includes an inner layer, protective layer, lining layer, bottom layer, perimeter layer, and concrete layer with a certain or 30cm or 50cm thickness. .

1) The belt conveyor 431, the support transfer unit 433, the hoist, the support delivery unit 434, the support delivery truck, and the rear of the support delivery unit; one of the upper, side, lower, circumferential, and spaced parts; One or more concrete lining forms (435, 437) and concrete lining pouring means (435, 437) mounted on one or more of the tunnel floor, lower part, upper part, ceiling, side, and perimeter; It is used for pouring concrete for tunnel lining, tunnel lower lining, and tunnel upper lining. 2) the hoist transporting the rebar; 3) a reinforcing bar arrangement machine for arranging reinforcing bars in the lower or bottom part; 4) a form 435 at the lower or bottom part where reinforcing bars are placed; 5) a form 435 of the lower part or the bottom part mounted on the reinforcing bars placed in the lower part or the bottom part; 6) a form 435 at the lower or bottom portion where concrete is poured; 7) The pouring means 435 for pouring concrete into the form of the lower or bottom portion; 8) Hopper, pump or cylinder, transfer pipe, end hose, and pouring hole included in the pouring means; 9) The hopper into which the concrete is poured, the pump or cylinder for pressurizing the concrete, the transfer pipe for transporting the concrete, the end hose into which the concrete is poured, and the pouring hole into which the concrete is poured; 10) A curing machine or hardening machine for curing the poured concrete; 11) The curing device provided with a heating means in close contact with the surface of the cured or hardened concrete; 12) The form 435 that is demolded after curing or hardening the poured concrete; 13) Rail installation means for installing a rail 440 on the cured or hardened floor concrete upper surface; 14) The form or rail installation means mounted on the lower part or bottom of one or more of the belt conveyor or hoist; 15) Performing one or more of reinforcing bar transfer, reinforcing bar reinforcement, concrete pouring, concrete curing or hardening, and rail installation on the lower part or bottom of the tunnel excavated by the cutter head 431, or moving one or more of them in the direction of tunnel excavation The form or rail installation means repeated two or more times while doing so; The concrete lining of the lower part or bottom of the tunnel is installed by the devices and processes of 1) to 15) above.

16) A mobile truck that moves the installed rail 440 to carry out support or transfer reinforcing bars; 17) A reinforcing bar arrangement machine (436) for arranging reinforcing bars in one or more of the upper part, ceiling, side, and perimeter; The lower part and the bottom part become the lower part, the bottom part, and the inverted part, and the upper part, the ceiling, the side part, the perimeter, etc. are parts excluding the lower part and the bottom part. Tunnel lining is a) full-section lining, or b) or consists of upper lining, ceiling lining, side lining, perimeter lining, etc. installed on top of lower lining, floor lining, invert lining, etc. 18) A mobile truck that transfers one or more of the upper part, ceiling, side part, and circumference frame while moving the installed rail; 19) One or more forms 437 among the top, ceiling, sides, and perimeter in which reinforcing bars are placed; 20) one or more forms 437 among the top, ceiling, sides, and perimeter mounted on reinforcing bars placed on one or more of the top, ceiling, sides, and perimeter; 21) One or more forms 437 among the top, ceiling, sides, and perimeter into which concrete is poured; 22) The pouring means 437 for pouring concrete into one or more of the top, ceiling, side, and circumference molds; 23) A curing machine or hardening machine (438) for curing the poured concrete; 24) The curing device 438 provided with a heating means in close contact with the surface of the cured or hardened concrete; 25) The form (437) has a curing function to cure the poured concrete or is heated for curing; 26) The form 437 that is demolded after curing or hardening the poured concrete; 27) The mobile cart or surface treatment machine mounted on one or more of the top, ceiling, side, and perimeter behind one or more of the support transfer unit, hoist, and support delivery unit; 28) Performing one or more of reinforcing bar transfer, reinforcement reinforcement, form transfer, concrete pouring, concrete curing or hardening on one or more of the top, ceiling, side, and perimeter of the tunnel excavated by the cutter head 431. The mobile cart or surface treatment machine repeats the process two or more times while moving in the direction of tunnel excavation; By the devices and processes of 16) to 29) above, one or more concrete linings among the top, ceiling, sides, and perimeter of the tunnel are installed by connecting to the lining of the lower or bottom part of the already installed tunnel. As a result of the above, the lining concrete of the entire inside of the tunnel is closed and the concrete lining of the inner circumference of the tunnel is completed. 29) the hoist to the surface treatment machine in which one (30, 40) of the magnetizer or composite, magnetizer or composite machine is used, or two or more of them are used in that order; 30) The storage unit or multi-function device provided or connected to the belt conveyor or spacer, form or rail installation means, hoist or surface treatment machine, etc.; The above 1) to 30) are included in the tunnel construction machine. Here, the tunnel excavator refers to a tunnel when the tunnel is excavated by machines, equipment, cutters, excavators, boring machines, cutter heads, tunnel excavators, shields, shield excavators, TBM (tunnel boring machines), TBM excavators, tunnel front excavators, etc.; its bottom, bottom, top, ceiling, sides, perimeter, and lining; It is applied when pouring concrete, etc.

Figure 49a is a schematic diagram of excavating a tunnel, installing a tunnel lining, etc. using the excavator, a load carrying unit, a formwork, a rail installation means, a hoist, a surface treatment machine, etc. b represents the concrete lining 441 of the lower part or bottom of the tunnel, its form 435, pouring means 435, etc. c represents the concrete lining 441 at the bottom or bottom of the tunnel, the rail 440 installed on its upper surface, etc. d is a form 437 of one or more of the upper part, ceiling, side, and circumference of the tunnel for installation of one or more linings 442 among the upper part, ceiling, side, and circumference of the tunnel; Accordingly, the pouring means 437 for pouring concrete is shown. e represents the concrete lining 441 at the lower part or bottom of the tunnel, the rail 440 installed on its upper surface, and one or more linings 442 among the upper part, ceiling, side, and perimeter of the tunnel. The magnetized composite, hollow body, device 1, device 2, It is possible to use either device 3, the material passing through the device.

Figure 50 shows an example of a bridge construction machine according to the present invention. The bridge pouring machine includes a bridge pouring machine, a deck pouring machine, and a pier pouring machine. Here, the bridge 480 is composed of a deck 481, a pier 482, etc. Figure 50a shows a bridge 480 consisting of a deck 481, piers 482, etc. b shows a three-dimensional top plate pouring machine (483) and top plate template (483) with a certain length. c shows a cross-sectional view of the top plate pouring machine (483) and the top plate formwork (483). The top plate pouring machine 483 is composed of one or more of the storage, pouring hole, hopper, or hollow body, or is composed of two or more in that order, such as a top plate, a top plate template 483, a rebar bagged top template 483, and a top plate. A formwork 483 resembling the outer shape 485 of the top plate, a formwork 483 resembling the inner shape 484 and the outer shape 485 of the top plate, a formwork 483 with reinforcing bars resembling the outer shape 485 of the top plate, the top plate A frame 483 resembling the inner shape 484 and the outer shape 485 and reinforced with reinforcing bars, the frame 484 having the inner shape 484 and the outer shape 485 spaced a certain distance apart (486), and the inner frame 484 of the upper plate. ) and an external frame 485, a frame 483 composed of an inner frame 484 and an external frame 485 of the upper plate, the frame 483 having a certain length 487, a bridge Concrete 80 is poured into one of the forms 483 moving in the longitudinal direction of 480. The pier pouring machine 488 is composed of one or more of the storage or pouring hole, a hopper or a hollow body, or is composed of two or more in that order, such as a pier, a pier form 488, a reinforced pier form 488, and a pier. Concrete 80 is poured into one of the form frames 488 resembling the external shape of a pier, a form 488 resembling the external shape of a pier and reinforced with reinforcing bars, and the form 488 that moves or goes up and down along the pier. For the bridge pouring machine, deck pouring machine, bridge pier pouring machine, bridge, deck, pier, form, etc., one of the magnetized or composite, hollow body, device 1, device 2, device 3, device passing material can be used.

Figure 51 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 51a.

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 51b. 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 51c.

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, 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 51d. 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 46 d, 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 52 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 52a. 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 52b. 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 52 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 52c. 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. have the magnetized or composite material, hollow body, device 1, device 2, device 3, device passing through. The use of either substance is possible.

Figures 53 and 54 are schematic diagrams showing the underground foundation composition, reinforcing material insertion, and surface foundation composition according to the present invention, where a is the penetration of the shaft or rod 174 mounted on the backhoe, etc. 170; b is injection, spraying, mixing, stirring, grouting, injection, injection and mixing of the material 80 into the ground by the shaft or rod 174 and the wings 176 mounted thereon; c is drawing, injection and drawing, mixing and drawing, etc. of the shaft or rod 174; d is the foundation 195 formed in the ground 190 by the above work; e is insertion of reinforcement (193) by backhoe etc. (171); f is a foundation 195 with reinforcing material inserted, a foundation 195 provided with an extension plate 199 at the tip; g is the work of forming the surface foundation (194) using a backhoe, etc. (172); h is the underground foundation 195 or the reinforcing material 193 insertion foundation 195, the upper surface foundation 194, the building placed on top of this, the structure 310, and the structure 310 in which the material 300 is used, A structure 310 in which reinforcement or earthquake-resistant material 130 is used; Show your back. The main equipment (170, 171, 172) used for tasks a to g here has the feature of being able to use one backhoe, auger, excavator, boring machine, excavator, etc. That is, it indicates that the above operations a to g are possible with one backhoe, auger, excavator, boring machine, excavator, etc. The magnetized composite, device 1, device 2, device 1, device 2, device 1, device 2, etc. are present in the foundations 194, 195, building 310, structure 310, material 300, construction site, site air, site atmosphere, site surroundings, etc. 3. It is possible to use, apply, provide, mount, spray, paint, coat, sterilize by spray, remove dust by spray, etc. of one of the substances (30, 50, 51, 52) passing through the device. In the device 1, device 2, device 3, device passing material, etc. (50, 51, 52), the magnetized material or composite material, etc. can be discharged, leaked, sprayed, etc., and thereby the magnetized material or composite material, dust removal, dust removal, etc. Removal, etc. is possible.

Figure 55 shows the shallow foundation 100 according to the present invention, its reinforcing bar 260, the tip, the side, the inside, the outside, the inside and outside, the bottom, the extension member 199, the extension plate, the extension plate 199, and sections mounted on the reinforcement, etc. It is a schematic diagram showing the tube, incision tube, wire, refraction of the incision tube, and expansion of the incision tube. In this way, in the present invention, foundation, deep foundation, shallow foundation, underground foundation, surface foundation; Among them, one boring part, perforation part, excavation part, grouting part, grouting hole, boring hole, excavation hole, beam, rod, H-beam, I-beam, rebar, iron bar, wire mesh, steel frame, steel pipe, steel bar, rebar net, reinforcement , rebar cage, tip, side, lower part, bottom, ground (190), inside, outside, inside and outside, multiple points, one point, reinforcement; The back has the feature of providing, mounting, installing, mounting, fixing, linking, connecting, connecting, etc. the extension material or wire, etc. 199. The bearing capacity 121 of the foundation is improved by the extension material or wire 199. The extension material or wire, etc. 199 is located on the inner side 71, the middle, and the outer side 72 of the foundation; or medial (71), medial, or lateral (72) with respect to the plumb line or plumb line of the base end; It can be mounted on the back.

The upper part of the foundation (100, 195) of the present invention is equipped with a building (310), a structure, a building pillar, a structure pillar, a structure load-bearing wall, a structure load-bearing pillar, a structure support pillar, and a material (310). The structure (300) is equipped with an earthquake-resistant material or reinforcement material. Structures, etc. can be installed. And buildings, structures, building beams, slabs, etc. are supported on the pillars. Accordingly, buildings and structures may be mounted in the following order: the building, the structure, the pillars supporting it, the foundation at the bottom of the pillar, and the extension material or wire at the tip of the foundation. Here, the extension material or wire, etc. 199 is expanded to increase the tip area of the foundation and the bearing capacity, thereby increasing the bearing force and resistance force supporting the pillar, building, structure, etc. The foundation becomes a facility that supports (121) the load (120) of a structure, etc. In the present invention, foundations are divided into deep foundations (195) and shallow foundations (100), with deep foundations (195) having a length of 1 to 2 times the diameter or more, and shallow foundations (100) having a length of 1 to 2 times the diameter. This applies to basics that are 2 times or less.

Figure 56 shows the types and applications of the foundation according to the present invention. Here, the foundation is a surface foundation (1), a tapered-section foundation (5) of the large-diameter same cross-section (2), the cone cross-section (3) and the small-diameter same cross-section (4), and the tapered-section foundation (5) and its surrounding ground (31). This includes a composite foundation composed of, facilities, buildings, structures 40, etc. mounted on the upper part of the foundation. In Figure 15, a is an embankment, road, etc. 42; b is a wall, retaining wall, retaining wall, etc. (43); c is reinforced soil, reinforced soil retaining wall, etc. (44); d is culvert, box, pipeline, etc. (45); e is buildings, houses, shops, apartments, residential-commercial complexes, etc. (41); f is basement, underpass, underground parking lot, etc. (46); g for roads, railways, etc. (47); h is shift light (48); i is bridges, overpasses, etc. (49); j represents the facilities 40 of piers, piers, etc. 50 and the foundation applied thereto. Among the codes shown in Figure 55, codes that overlap with the above codes can be replaced with other codes so as not to overlap with the above codes. In the present invention, overlapping codes can be replaced with other codes to avoid overlap.

In the present invention, the bases are base 1, base 2, base 3, base 4, base 5, base 6, base 7, base 8, base 9, base 10, base 11, base 12, base 13, base 14, base 15, Foundation 16, Foundation 17, Foundation 18, Foundation 19, Foundation 20, Foundation 21, Foundation 22, Foundation 23, Foundation 24, Foundation 25, Foundation 26, Foundation 27, Foundation 28, Foundation 29, Foundation 30, Foundation 31, Foundation 32 , Foundation 33, Foundation 34, Foundation 35, Foundation 36, Foundation 37, Foundation 38, Foundation 39, Foundation 40, Foundation 41, Foundation 42, Foundation 43, Foundation 44, Foundation 45, Foundation 46, Foundation 47, Foundation 48, Foundation It is one or more selected from Basic 49, Basic 50, Basic 51, Basic 52, Basic 53, Basic 54, Basic 55, Basic 56, Basic 57, and Basic 58.

The foundation 1 includes foundation, pile, pile, pier, footing, caisson, pin foundation, beam foundation, stem foundation, wall foundation, rod foundation, shallow foundation, deep foundation, and direct foundation. Foundation, hooting foundation, full-face foundation, static foundation, dynamic foundation, vibration foundation, earthquake-resistant foundation, independent foundation, single foundation, continuous foundation, group foundation, ground foundation, underground foundation, underground foundation, rock foundation, mechanical foundation, building foundation, House foundation, bridge foundation, pier foundation, retaining wall foundation, facility foundation, suction foundation, protrusion foundation, protrusion formation foundation, bolt foundation, bolt installation foundation, anchor foundation, nail foundation, block foundation, well foundation, structure foundation, deck rod. Foundation, strand foundation, pin pile, rod pile, protruding pile, bolt pile, anchor pile, nail pile, embedded pile, driving pile, string pile, steel pipe pile, PHC pile, geothermal pile, energy pile, strand pile, pile foundation, Pier foundation, caisson foundation, consolidated foundation, consolidated foundation, improved foundation, reinforced foundation, column foundation, injection foundation, injection foundation, mixing foundation, compaction foundation, injection foundation, grouting foundation, reinforced foundation, expansion foundation, expansion plate foundation, side Section foundation, screw foundation, mix foundation, earthquake-resistant foundation, surface foundation, underground foundation, ground foundation, facility foundation, facility support foundation, cement foundation, concrete foundation, plastic foundation, reinforced concrete foundation, PC foundation, PC file, PHC file, Geothermal foundation, energy foundation, steel pipe foundation, steel foundation, metal foundation, non-metal foundation, screw foundation, injection foundation, rebar injection foundation, factory manufacturing foundation, cast-in-place foundation, underground injection foundation, underground injection foundation, underground mixing foundation, ground compaction Foundation, underground buried foundation, pin formed pile, pin formed foundation, rod penetrating foundation, rod penetrating concrete foundation, pile or reinforcement buried foundation, underground penetrating foundation, underground driven foundation, micropile, grouting pile, grouting foundation, tapered section foundation, It is one or more of the following: tapered foundation, point axis foundation, point expansion foundation, upper expansion and lower reduction foundation, earth drill foundation, and all casing foundation.

The foundation is the foundation; Ground or facility foundation; The above foundation to all casing foundation; Two or more composite foundations among the above foundations and all-casing foundations; It is one of the The file is one of factory-made files, PC foundations, PC files, PHC files, cement piles, and concrete piles. The piers are foundations with a larger diameter or cross-section than the piles. The caisson is a foundation with a larger diameter or cross section than piles or piers. The stem grass is one of stem grass, row-shaped grass, and row-shaped grass. The wall foundation is one of wall foundation, underground wall foundation, basement wall foundation, slurry wall foundation, wall-line foundation, and wall-line foundation. One of the above dynamic foundations, vibration foundations, and seismic foundations is: a) dynamic, vibration, seismic, seismic; Foundation utilized for one of the dual loads; b) A foundation that is inserted into the ground while performing or applying one of dynamic, vibration, and driving during construction; It is one of the The suction foundation is one of suction foundations, which insert the foundation into the ground and further insert the foundation into the ground by applying vacuum or suction pressure to a hole at the top of the foundation. The screw foundation is a foundation in which the outer surface of one of rods, columns, columns, and shafts is formed with a spiral, screw, or helical, or the outer surface is formed with one of a spiral, screw, or helical.

The shallow foundation is one of a shallow foundation, a hooting foundation, a stem foundation, a straight foundation, a hooting foundation, a front foundation, an independent foundation, and a separate foundation. The deep foundation is one of deep foundation, pile, pile, pier, hooting, caisson, pile foundation, pile foundation, pier foundation, and caisson foundation. The underground injection foundation is a material, sand, gravel, aggregate, crushed stone, lime, gypsum, resin, cement, slag, By-products, mortar, milk, chemical liquid, suspension, ready-mixed concrete, paste, concrete, fiber, reinforcement, rebar, rebar net, rebar cage; Two or more of these ingredients; It is a foundation formed by one of the following: injection, injection, or grouting. It is one of the following: an injection foundation, an injection foundation, or a grouting foundation. The underground injection foundation includes: a) a foundation formed by spraying, injection, jetting, injection, or grouting one of the substances or materials on one of the underground or grouting parts; b) Beam, rod, H-beam, I-beam, rebar, iron bar, wire mesh, steel frame, steel pipe, steel bar in one of the parts, parts, sections, depths, and boring holes that have been sprayed, poured, jetted, injected, or grouted. , a foundation in which one of the following is embedded: rebar network, reinforcement, rebar cage, foundation, pile, or pier; It is one of the The underground mixing foundation is one of a foundation formed by mixing one of the substances or materials in one of the ground or a grouting part, an underground mixing foundation, DCM (deep cement mixing), or SCW (soil cement wall). The underground compaction foundation is a foundation formed by compacting one of the materials or materials in one of the ground or grouting portion, a sand compaction pile (SCP), a gravel compaction pile (GCP), a crushed stone compaction pile (CCP), or a vibrated VCCP (vibrated stone compaction pile). It is one of the crushed stone compaction piles. One of the underground buried foundation, pin formed pile, pin formed foundation, rod penetrating foundation, rod penetrating concrete foundation, pile or reinforcement embedded foundation, underground penetration foundation, and underground driving foundation is a) embedded in one of the above ground or grouting section, a foundation that is one of penetration, insertion, and driving; b) a foundation in which one of beams, reinforcing bars, iron bars, steel pipes, piles, and reinforcing materials is embedded, penetrated, inserted, or driven into one of the above-mentioned underground or grouting parts; It is one of the

One of the above-mentioned micropile, grouting pile, grouting foundation, grouting foundation with reinforcement embedded, grouting foundation with pin-formed reinforcement embedded, foundation with grouting hole embedded, foundation with grouting part embedded, foundation with underground injection part, and embedded foundation after grouting is a) grouting, underground. Grouting, building grouting, crack grouting; Before, during, or after any of the above grouting; Or a grouting hole, a grouting section, a grouting material, an underground injection section, a grouting injection hole, and a grouting injection section; foundations, piles, piers, caissons purchased into one of the following; b) a foundation of the grouting hole or grouting injection portion, a foundation composed of the grouting hole or grouting injection portion; c) In one of the grouting or grouting injection parts, beams, rods, H-beams, I-beams, reinforcing bars, iron bars, wire mesh, steel frames, steel pipes, steel bars, reinforcing bar nets, reinforcing materials, injection materials, grouting materials, reinforcing bar cages, objects, foundations, File, peer, small diameter file, microfile; The beam or rebar cage; The basis on which either is injected or purchased; d) Grouting and foundation or a foundation combining two or more of the beams or reinforcing bar cages; A foundation combining grouting material or a grouting part and a foundation or two or more of the beams or reinforcing bar cages; e) a foundation in which a grouting hole or grouting part or one of the beams or reinforcing bar cages is injected or embedded; f) Or a foundation grouted or injected with grouting material in one of the foundation, its periphery, outer periphery, outer surface, exterior, interior, boring hole, buried hole, drilling hole, or surrounding ground; It is one of the

One of the cement foundation, concrete foundation, plastic foundation, reinforced concrete foundation, PC foundation, PC file, and PHC file is a foundation made of one or more of cement, concrete, plastic, reinforced concrete, pre cast concrete, and pretensioned spun high strength concrete. am. The PHC or PHC pile is one of high-strength concrete piles, pretensioned spun high strength concrete, and prestressed high-strength concrete piles. The base of one of the bolts, spirals, wedges, tapers, helicals and screws is: a) the bases of one of the bolts, spirals, wedges, tapers, helicals and screws; b) or b1) rod, stem, rod, column, shaft; b2) All, part, part, tip, bottom, bottom, middle, multiple points, one point, one section, multiple sections, two sections, three sections, multiple sections, one end along one of them or the length of one of them. From to one point; a base equipped with wings, bolts, spirals, wedges, tapers, helicals, screws, etc. on the back; It is one of the

The embedded foundation is a foundation embedded in one of the ground, bedrock, excavation section, boring hole, grouting section, and grouting hole. The cast foundation includes a) a foundation poured on site, a foundation formed by pouring on site, a foundation formed by pouring concrete, etc. on site, and piles; b) Foundations and piles formed by inserting beams, reinforcing bars, steel pipes, reinforcing bar networks, reinforcing materials, concrete, etc. into the site, its ground, rock, excavation, boring hole, grouting hole, grouting hole, etc.; It is one of the The hooting or hooting foundation is one of hooting, hooting foundation, stem foundation, shallow foundation, direct foundation, front foundation, independent foundation, and independent foundation. The embedding foundation is one of embedding, embedding, press-fitting, and insertion into one of the ground, underground, underground, boring hole, boring hole, excavation part, and perforation part. The driving foundation is a foundation that is one of driving, hammering, hammer driving, and drop driving in the ground or drilling area. One of the above-mentioned suspension foundation, suspension pile, and cast-in-place pile is a pile formed by pouring or injecting ready-mixed concrete or concrete at the site, a pile formed by pouring or injecting ready-mixed concrete or concrete into one of the ground or perforated part at the site, and the above at the site. It is one of the piles formed by inserting one of beams, reinforcing bars, steel pipes, steel frames, reinforcing bar nets, and reinforcing bar cages into one of the ground or drilled areas and pouring ready-mixed concrete or concrete. One of the microfoundation, micropile, and small diameter pile is a) a pile in which a pile or micropile is inserted into one of the ground or a hole and grouted, b) a file is grouted into one of the ground or a hole and then placed therein. One of the inserted files is a beam, rebar, steel pipe, steel bar, steel frame, rebar network, rebar cage, pile, or microfile.

One of the geothermal piles, energy piles, strand piles, geothermal foundations, and energy foundations includes: a) one of the geothermal heat, energy, and geothermal energy foundations, piles, piers, caissons, grouting holes, and grouting foundations; b) Foundation, pile, pier, caisson, boring hole, grouting hole, grouting foundation in which one or more of geothermal pipes and fillers is inserted or placed in one of its body, sphere, or internal hollow part; c) Foundation, pile, pier, caisson, boring hole, grouting hole, grouting foundation on which one or more of the U-shaped geothermal pipe and filler material is inserted or placed in the inner hollow part of the body, sphere, or hollow part of the body; d) Or, one of the geothermal pipes, circulation pipes, and water circulation pipes through which one of water, water, liquid, cold water, hot water, heating water, and cooling water is circulated is built into one of its body, sphere, or internal hollow part. Foundation, piles, piers, caissons, boring holes, grouting holes, grouting foundations; e) A foundation in which one of the above-mentioned water or cooling water flows in on one side and flows out on the other side, a U-shaped geothermal pipe, a circulation pipe, or a water circulation pipe, built into one of its body, sphere, or internal hollow part, Pile, pier, caisson, boring hole, grouting hole, grouting foundation; It is one of the

One of the pin foundation, rod foundation, protruding foundation, bolt foundation, nail foundation, anchor foundation, strand foundation, pin pile, rod pile, protruding pile, bolt pile, nail file, anchor pile, and strand pile is a) foundation, pile. , piers, hootings, caissons, block foundations, concrete foundations; The following single tubes to complexes; b) a hole, hole, through-hole, cavity, hollow, periphery, exterior, outer surface, outward, outward, outer wall, film, covering, outer periphery, tip, bottom, top, one end, other end, top, bottom of one of the foundation or composite. , middle, edge, edge; At least one of 1) pins, rods, protrusions, bolts, nails, anchors, strands, and composites of two or more of them; One of the complexes thereof is a pin attachment rod, a pin attachment rod mounting projection, a pin attachment rod mounting projection mounting bolt, a pin attachment rod mounting projection mounting bolt, a weld nail, a pin attachment rod mounting projection mounting bolt, a weld nail fastening anchor, and a pin attachment rod. A strand body incorporating anchors to which bolts with mounted protrusions are welded and nails are fastened; 2) the above lines to sectioned lines, pieces to slotted pieces, pins to composites; x) one of which is provided, mounted, installed, located, mounted, anchored, attached, welded, fitted, penetrated, passed through, inserted, embedded, put in, joined, joined, connected, protruded, projected outward; y) One of the following is 1, 2, 3, 4, n, 1, 2, 3, 4, n, many, many, many, perpendicular, vertical, perpendicular, horizontal, inclined. Foundations, piles, and piers that are equipped, mounted, installed, located, mounted, anchored, attached, welded, fitted, joined, joined, connected, inserted, embedded, put in, protruded, penetrated, passed through, through installation, through installation, etc. , hooting, caisson is one of them.

The block foundation or concrete foundation is a) block foundation, concrete foundation, concrete block foundation, reinforced concrete foundation, square foundation, polygonal foundation, hexahedral foundation, free-form foundation, free-shape foundation, arbitrary shape foundation, diamond-shaped foundation, diamond-shaped foundation. It is one of a foundation, a hooting foundation, a shallow block foundation, a shallow concrete foundation, b) a block foundation equipped with one of the above pins or composites, or a concrete foundation. One of the foundations, pin foundations, protruding foundations, block foundations, shallow foundations, hooting foundations, and concrete foundations includes: a) a block, a block head, a head block, a block provided with one of the pins or composites; b) holes, holes, and drilling holes formed in the block; c) the pin or composite attached to or penetrating one or more of the block, hole, hole, or drilling hole; d) a bracket and a mounting base mounted on the upper part of the block head; e) a cap, stopper, cover, or finish of one of the pins or composites, or a cap, anchor, bolt, or nut that secures one of the pins or composites to one of the block head, hole, bore, drilled hole, or hole entrance, stoppers, anchors; Includes one of the following: a foundation consisting of one or more of the following: a pin foundation, a protruding foundation, a block foundation, a shallow foundation, a hooting foundation, or a concrete foundation,

The solidification base is one of the solidification body and the grouting body. The consolidated foundation is a foundation formed by solidifying binder and soil. The improved foundation is a foundation created by putting materials into the ground. The column foundation is a foundation created by infiltrating material into the ground. The injection foundation is a foundation created by injecting materials into the ground. The sprayed foundation is a foundation created by spraying materials into the ground. The mixing foundation is a foundation created by mixing materials or solidification materials into the ground. The compaction foundation is a foundation created by compacting or compacting materials or solidified materials into the ground. The injection foundation is a foundation created by injecting materials into the ground. The rebar injection foundation is one of the following: a foundation in which rebar is injected, a foundation in which injection material is injected into rebar, a foundation in which injection material is injected into rebar placed in a form, and a foundation in which injection material is injected into rebar inserted into the ground. The grouting foundation is a foundation created by grouting materials into the ground. The reinforced foundation is one of a foundation with reinforcing materials inserted, a foundation with reinforcing materials inserted into the foundation, the foundation with reinforcing materials inserted, or an all-casing foundation. The screw foundation is a foundation constructed using screws installed by a screw drive. The expanded foundation is one of an expanded foundation, an expanded plate foundation, a foundation with its own part extended, and a foundation with a plate or expansion material installed on its part. The extension plate foundation is one of a foundation reinforced with an extension plate 199, a foundation on which a plate or an extension plate 199 is mounted, and a foundation with an extension plate 199 mounted on the tip. The expansion plate is a) one of the following single pipes or composites, or b) or one of a plate, disk, or hollow plate that is larger than one of the diameter, circumference, circumference, size, shape, cross section, and cross-sectional area of the base.

The mixed foundation is a foundation created by stirring a certain amount of binder into the ground. The mixing foundation is the foundation created by mixing a certain amount of binder into the ground. The earthquake-resistant foundation is an earthquake reinforcement or earthquake-ready foundation. The underground foundation is a foundation created in the ground, or a foundation formed by mixing a binder in the ground using a rod equipped with variable wings. The surface foundation is a surface foundation with a thickness of 2 m or less, or a surface foundation created by mixing one or more of the remaining soil and slime generated during the construction of the foundation with a binder and then laying, compacting, and solidifying it. The ground foundation is a foundation built on the ground. The facility foundation is the foundation that supports the facility. The facility support foundation is a foundation installed at the bottom of the facility to support the facility. The surface layer foundation is a surface layer foundation placed on top of an underground foundation, a surface layer foundation with a certain thickness, or a foundation composed of a surface solidified body. The cylindrical foundation is an underground cylindrical foundation or a cylindrical foundation created by injecting a binder into the ground. The cone foundation is shorter in length than a) an underground cone foundation, b) or a cone foundation whose cross-section is gradually reduced along its central axis, c) or two or more identical wings used in the construction of the cylindrical foundation. It is a cone foundation constructed by using two or more variable blades that are pointed. The tail base is a cylindrical tail base with a diameter less than or equal to the diameter of one of the cylindrical portion (2), the cone portion (3), the top of the cone, and the middle of the cone.

The earth drill foundation is an earth drill foundation, a foundation created while drilling with an earth drill, a foundation created while drilling the earth (ground) with a drill, excavation while maintaining the hollow wall with a stabilizing fluid using a rotating bucket, and the excavation part thereof. It is one of the foundations formed by inserting a reinforcing bar network and pouring concrete. The all-casing foundation is an all-casing foundation, a swing-type all-casing foundation, a wire-turn type all-casing foundation, a dot needle all-casing foundation, a hammer grab, etc., which excavates the ground by pressing in the casing while discharging soil and sand, and rebar mesh and concrete are placed in the excavated part. It is one of the foundations formed by pouring. The composite foundation is a composite foundation in which two or more of the above foundations and all-casing foundations are combined. The composite foundation includes piles and piers, shallow foundations and piles, shallow foundations and deep foundations, shallow foundations and screw foundations, shallow foundations and underground mixing foundations, shallow foundations and micropiles, underground foundations and building foundations, underground foundations and house foundations, Underground foundation and shallow foundation, underground foundation and shallow foundation, raised foundation and bolted foundation, pin piles and rod piles, raised piles and bolted piles, underground injection foundation and underground injection foundation, underground mixing foundation and underground compaction foundation, JSP and SGR, SCW Includes one or more of DCM, CIP basics, and PR basics,

The single pipe or complex is one of the following a, b, c, d, e, f, g, h, i, j, and k. The above a is one of a1, a2, and a3 below. The a1 is one of the following a11, a12, a13, and a14. The a11 is a single pipe, a cone pipe, a double pipe, a triple pipe, a multi-tube pipe, a multiple pipe pipe, a multi-panel pipe, a key-in pipe, an incision pipe, a single pipe, a dotted line pipe, a segment pipe, an augmentation pipe, a point expansion pipe, and a dot. Shaft pipe, gradually tapering pipe, inclined pipe, tube pipe, hollow plate, incision plate, picking plate, dotted plate, sectioning plate, double plate, multi-plate, donut plate, incremental plate, point plate, point shaft plate, gradually dotted shaft plate, inclined plate, tapered plate. It is either a pipe or a tapered plate. The a12 is a pipe with a bundle or a pipe with multiple feet, a pipe with a protrusion, a pipe with a nail, a pipe with an anchor, a pipe with a tapered plate, a tapered pipe with a plate, a plate with a tapered pipe, a tapered pipe with a tapered plate, and a tapered pipe with a tapered pipe. It is one of a pipe or tapered pipe with a plate, a connecting jack, a tapered pipe with a connecting plate, a tapered plate with bolt holes, and a pipe or tapered pipe with a tapered plate with bolt holes. The a13 refers to a single pipe in which a wall or foot or an exterior or segment is extended, a multi-tube pipe provided or extended with an exterior or a segmented exterior or a line-picking exterior or a section-line forming exterior, a multiple pipe in which a foot or wall foot is extended, keyed in or keyed into the ground. Key-in pipe that expands, expansion or segmentation while being keyed into the ground, expansion pipe that expands, multiple pipes that expand in appearance while being keyed in or inserted into the ground, multiple pipes that expand or slice while being keyed in or inserted into the ground, multiple pipes that expand, slices while being keyed in to the ground. Or, a sectioning tube in which the sectioning wall is expanded, an expanding grid-inserted sectioning pipe, a pipe or sectioning pipe in which the grid is expanded in addition to the section expansion while being keyed in or inserted into the ground, and a section in which the grid is extended to the bending portion of the section or the widening portion of the sectioning line. It is one of the pipes. The a14 is one of a pipe or a section pipe provided with a pull line between the section and the grid, a pipe or section pipe in which one side of the grid is pulled by the pull line when the section expands and the other side expands, or a pipe provided with a connecting plate. .

The a2 is circular, cylindrical, cone-shaped, pin-shaped, foot-shaped, flat-shaped, plate-shaped, serrated-shaped, cylindrical-shaped, disk-shaped, hollow-shaped, filled-shaped, film-shaped, wall-shaped, triangular, square, polygonal, straight-shaped, vertical-shaped, inclined-shaped. , curved, curved, concave, convex, protruding, segmented, incremental, point-axis, tapered-axis, tapered, discontinuous, spike, diamond, ladder, line-drawing, wall-section type. , wall line type, connection plate type, connection jack formation, bolt hole formation, inclination or angle (α) of 1 to 89 degrees, one or more of the above pipes, plates, plates and pipes, pipes with plates, and plates with pipes. The a3 is a single pipe or tapered plate of the a11; a12 bundle-equipped pipe ~ pipe or tapered pipe with bolt hole forming tapered plate; A single tube in which the wall or foot or exterior or segment of a13 extends ~ the segment tube in which the lattice extends to the bending part of the segment or the widening area of the segment line; A pipe or section pipe provided with a pull line between the section and the lattice of a14 - the pipe provided with a connecting plate; A2 pipe ~ pipe-equipped plate; It is a complex of two or more combinations.

The above b is either a double pipe consisting of an outer pipe and an inner pipe, or a triple pipe composed of an outer pipe, a middle pipe, and an inner pipe. The above c refers to a double pipe in which two pipes (inner pipe, outer pipe) have different lengths, a triple pipe in which three pipes (inner pipe, middle pipe, and outer pipe) have different lengths, and a long pipe in the order or reverse order of the outer pipe, middle pipe, and inner pipe. It is either a double pipe or a triple pipe. The d has its length or height d1) 5 to 50 cm; d2) 0.1-10% of the basal length; d3) 0.5 to 5 times the basal diameter; It is one of the single tube of a11 ~ the tube-bearing plate of a2, and the complex of a3. The e is one of the single pipes of a11 to the composite of a3 whose thickness or wall thickness is 0.1 to 50% of the base thickness or diameter. The f is a certain cone, incision, cutting, picking, slope, dotted axis, gradual increase, dotted line, broken line, expansion, widening, broken line, taper, cone formation, bending, dotted line formation, tip extension, tip opening; A combination of two or more of these; One of the above, or one of the single tubes or complexes, has been implemented. The g is formed by one of the incision, cutting, picking, dotted line, broken line, broken line, and dotted line formation g1) piece, foot, cone, piece, side piece, wall piece, section, cut piece, picking piece, line cutting piece, slot. Picking side; g2) The above piece or slotted piece on one of its own wall, outer wall, skin, skin, wall, perimeter, edging, perimeter wall, vertical wall, inclined wall, cut wall, cut wall, tapered wall, and edge; One of the single tube complexes is formed.

The h is one of a certain point, line, surface, dotted line, broken line, plumb line, curve, length, triangle, wedge, and slot; or of one form; or one of formation; One of the cones or composites or one of the single pipes or composites in which one of the above cones or composites has been implemented. The i is i1) pin, rod, protrusion, bolt, nail, anchor, strand body; i2) a composite of two or more of the pins and strands; One or more of the above pieces or slot picking pieces are formed; It is either a single tube or a complex. j is discontinuous in j1 or j2; expansion discontinuity; slope discontinuity; 1 to 99% discontinuity, more than 2 points or space; It is one of the single tubes or complexes. The j1 refers to 1) one end, one side, from one end to a point, and from one end to the other end to a point; 2) or from said one end to one point of the wall; It is one of the The j2 is j21) j211) the tip, end, bottom, end, inside, outside, outer circumference, circumference, side, inside and outside, head of itself or its wall; j212) Or the part, tip, end, bottom, end, or head that is one of insertion, burial, construction, installation, penetration, and driving into the ground; j22) the tip to the head; From one of the parts or heads to a point; It is one of the The k is one of the single pipes or composites having an upper area of one of 10 to 150% of the bottom area of the shallow foundation included in the foundation and 80 to 200% of the bottom area of the deep foundation included in the foundation.

The foundation 2 is a composite foundation of solidified body and unconsolidated surrounding ground, composite foundation of solidified body and reinforcement, composite foundation of solidified body, reinforcement and ground, surface foundation with a thickness of 2 m or less, middle layer foundation with a depth of 15 m or less, and deep foundation with a depth of 15 m or more. , It is one of a composite foundation composed of a surface foundation and the above-mentioned middle layer foundation, and a composite foundation composed of a surface foundation and the above-mentioned deep foundation. The base 3 includes a) wings 176; b) Rod 520 with teeth; c) rotation means 516 for rotating the rod 520; d) a moving means equipped with one or more of the wings or rotating means; It is formed by consolidating one or more of the binder (190), soil (191), residual soil (191), sand (191), ground (191), slime (192), and reinforcing material (193) introduced by equipment consisting of one or more of the following. It is the basis of a solidified body. In Base 3, one of the magnetized or composite materials may be used for the wing or rod. The foundation 4 is a composite foundation composed of one of the foundations (1, 2, 3, 4, and 5 in FIG. 51) and the surrounding ground or original ground. The foundation 5 is a reinforced foundation in which a reinforcing material is inserted into one of the foundations (1, 2, 3, 4, and 5 in FIG. 51). The foundation 6 is a composite foundation consisting of one of the foundations above, reinforcement material, and the ground. The foundation 7 is a surface foundation created by mixing one or more of soil, residual soil, sand, and slime generated during the construction of one of the foundations and a binder, followed by laying, compacting, and solidifying. The foundation 8 is a composite foundation composed of one of the foundation, reinforced foundation, and composite foundation and an upper surface layer foundation. The foundation 9 is an underground cross-section solidified body formed by stirring the ground and a by-product-containing binder with a blade.

The base 10 is a surface layer compacted solidified body formed by stirring the remaining soil, sand, slime 192 and binder generated during the solidified body composition with a backhoe bucket. The foundation 11 is a composite of a tapered solidified body and a compacted solidified body formed on the upper part. The foundation 12 is a) a composite foundation composed of the solidified body and the surrounding unconsolidated raw ground; b) a reinforced base with reinforcing material inserted into the solidified body; c) a composite foundation composed of two or more of the solidified body, reinforcement, and ground; It is one of the The base 13 includes a) a cylindrical portion (2); b) a cone portion (3) whose diameter or cross-section gradually decreases along the central axis direction of the cone portion (3); c) a cylindrical tail portion (4) having a diameter smaller than one of the cylindrical portion (2), the cone portion (3), the top of the cone, and the middle of the cone or the same as the diameter of the bottom of the cone; It is a column-shaped foundation (5) composed of two or more orders. See Figure 51. The foundation 14 includes a) two or more equal-length wings for stirring the binder and the ground to form the cylindrical portion 2; b) two or more variable length wings with a length shorter than the above length to agitate the binder and the ground to form the cone portion (3); c) two or more equal-length wings with a length shorter than the length of the two for stirring the binder and the ground to form the tail portion (4); It is a columnar foundation (5) composed of two or more of the cylindrical portion (2), cone portion (3), and tail portion (4) formed by using one or more of the above. See Figure 51. a) wing, b) wing of basic 14 above. c) One or more of the above magnetized or composite materials may be used in one or more of the wings.

The foundation 15 is a backhoe on the upper part of one of the cylindrical part, cone part, tail part, foundation, and pillar-shaped pillar (2, 3, 4, 5), and binder, soil, soil, residual soil, by one or more of its buckets. It is a surface type foundation (1) that is installed by mixing, laying, or compacting one or more of slime or reinforcing materials. See Figure 51. One of the above magnetized or composite materials may be used for the bucket of the base 15. The foundation 16 uses one or more of the remaining soil, sand, and slime 192 generated during the construction of one of the cylindrical portion, cone portion, tail portion, foundation, and pillar-shaped column (2, 3, 4, and 5). It is a surface type foundation (1). The foundation 17 is a composite foundation composed of a columnar foundation 5 formed from one or more of the cylindrical portion, the cone portion, and the tail portion, and the surface layer foundation 1. The foundation 18 is a composite foundation composed of the columnar foundation 5 and a surface foundation 1 installed on top of the columnar foundation 5. The foundation 19 is a reinforced foundation in which reinforcing material 193 is added to one or more of the cylindrical portion, cone portion, tail portion, foundation, column, surface layer, and surface layer. The base 20 includes a) a rod 520 equipped with wings 176; b) the hole, nozzle, bit, and rotation means of the rod; c) an arm 515 on which its rotation means is mounted; d) boom 513 with its arms; e) a backhoe or excavator 510 equipped with one or more of the rod or boom; f) a device for introducing the reinforcing material; The foundation (1, 2, 3, 4, 5) is constructed using equipment consisting of one or more of the following. In the base 20, one of the magnetized or composite materials may be used for one or more of the rod, hole, nozzle, and bit.

The foundation 21 is constructed using equipment consisting of one or more of the supply hose 64, pump 63, mixer 62, hopper 61, and silo 60 sequentially connected to the rod 520. This is the basics. In the base 21, one of the magnetized or composite materials may be used in one or more of the rod, supply hose, or silo. The base 22 includes a) a vibrating magnetizer on one or more of the wings, equipment, rod or excavator, hose or silo; b) Alternatively, the foundations (1, 2, 3, 4, 5) are created using equipment equipped with a vibrating magnetizer that vibrates the binder. The base 23 includes a binder 80 used to form the base; Binder (80) supplied through the equipment; Binder slurry (80) blended in the blender; The slurry 80 sprayed through the nozzle; The rod 520 rotated by the rotation means; The wings 176 rotated by the rotation; stirring by the blades; A bucket mounted on a certain number of backhoes; agitation by its bucket; The foundation is composed of one or more of the above. In the base 23, one of the vibrating magnetizer and the multi-function device can be mounted on the binder. The foundation 24 is formed by stirring and curing one or more of soil (191), soil, residual soil, ground, slime (192), solidification material, reinforcing material (193), the binder (190), and the slurry. It's the foundation. See Figure 48.

The foundation 25 is a composite foundation composed of the column-shaped foundations 2, 3, 4, and 5 created by stirring with a blade and the surface foundation 1 created by stirring with a bucket mounted on a backhoe. In the base 25, one of the magnetized or composite materials may be used for one or more of the wings and buckets. The foundation 26 is one of the surface foundations (1) created by stirring with a bucket and the columnar foundations (2, 3, 4, and 5) created by stirring with a blade. The foundation 27 is a foundation composed of two or more of the surface portion, cylindrical portion, cone portion, and tail portion. The base 28 is a surface part and a cylindrical part, a surface part and a cone part, a surface part and a tail part, a cylinder part and a cone part, a cylinder part and a tail part, a cone part and a tail part, a surface part and a cylinder part and a cone part, a surface part and a cylinder part and a tail part, a cylinder. It is a composite foundation composed of one of the main part, the cone part, the tail part, the surface part, the cylindrical part, and the cone part and the tail part. The above basic 29 has its a) depth within 15m, 5 to 15m; b) The tip is placed on a weathered soil layer, placed on a weathered rock layer, and placed on a stratum with an N value of 18 to 35; One or more of the above are the basics. The N value is calculated by a standard penetration test. The foundation 30 is mounted on a stratum with an N value of 15 to 30 in the upper same cross section (2) of the tapered or columnar shape, and a lower same cross section (4) with a smaller diameter than the same cross section is placed in a stratum with an N value of 18 to 35. The cone cross-section 3, which is midway between the upper and lower parts, is the foundation that is one or more of the foundations in a stratum with an N value of 16 to 32.

The foundation 31 is the foundation that supports one of the following: a building of 8 stories or less, a facility with a load of 25 to 45 tons/m2, or a structure with a load of 250 to 450 kN/m2 or less placed on top of it. The foundation 32 is a surface foundation 1 containing at least one of soil, residual soil, sand, and slime generated during the composition or by the composition of the foundation 2, 3, 4, and 5. The foundation 33 is a surface foundation (1) created by stirring one or more of binder, soil, residual soil, sand, slime, and reinforcing materials by the rotation 527 of the wing 176, and then laying, compacting, and solidifying them. The foundation 34 is one or more of binder, soil, residual soil, sand, slime, and reinforcing material agitated by one or more equipment of a backhoe, a bucket mounted thereon, a wing mounted inside the bucket, and a rotary blade mounted inside the bucket. It is a surface foundation created after laying, compacting, and solidifying. The foundation 35 is the foundation formed by stirring one or more of the binder, soil, soil, residual soil, ground, slime, and reinforcing material by a wing during one of the forming, stirring, and injection. The base 36 is the base made by using a binder vibratingly magnetized by the vibrating magnetizer. The basic 37 is the binder containing a hydration reaction agent containing a Ca component, a hydration setting agent containing a Na component, a silica agent containing an Al component, a catalyst containing a Ti component, a sol-gel agent containing an H component, and a Si component. It is the above-mentioned base that includes at least one of a collecting agent containing Mg, a carbonating agent containing Mg, a by-product agent containing Fe, and a growth agent containing Cell. The base 38 contains 60 to 80 parts by weight of the hydration reaction agent, 5 to 10 parts by weight of the hydration setting agent, 4 to 7 parts by weight of the silica agent, and 1 to 3 of the sol-gel agent, based on a total of 100 parts by weight of the binder. Parts by weight, 6 to 12 parts by weight of the collector, and 4 to 8 parts by weight of the carbonating agent. The basic 39 has its own N value of 15 to 35; Strength 25∼45ton/㎡; Strength 25 to 45 ton/m2 × safety factor or (25 x 1.1 to 3.0) ton/m2 to (45 x 1.1 to 3.0) ton/m2; Maximum strength 100ton/㎡; One of the above is the basics.

The foundation 40 is the surface foundation mounted on top of one of the foundation, underground foundation, middle layer foundation, and deep foundation. The foundation 41 is a composite foundation composed of one of the above foundation, underground foundation, middle layer foundation, and deep foundation and a surface foundation. The foundation 42 is a composite foundation composed of one of the foundation, underground foundation, middle layer foundation, and deep foundation and the surrounding unconsolidated ground or original ground. The foundation 43 is a composite foundation composed of one of the foundation, underground foundation, mid-rise foundation, and deep foundation and the non-injected ground. The foundation 44 is a reinforced foundation created by permanently leaving rods or screws for spraying the binder in the ground. The foundation 45 is a reinforced foundation composed of one of the solidified body and the grouting body and a rod or screw inserted therein. The foundation 46 is a reinforced foundation composed of a rod permanently placed in the ground and one of the solidified body and grouting body formed around the rod. The foundation 47 is a reinforced foundation composed of one of the foundation, underground foundation, middle layer foundation, and deep foundation and reinforcing materials inserted thereto. The foundation 48 is the foundation into which the reinforcement is inserted by the equipment of the mobile means. The foundation 49 is a foundation in which the reinforcing material is at least one of a reinforcing material with a plate, a reinforcing material with an expansion plate, a reinforcing material with an expansion plate connected to itself with a bolt, and a reinforcing material with a protrusion. The foundation 50 has its own a) depth of 15 m or more, 100 m or less, 15 to 100 m; b) The tip is placed on a rock layer, placed on a soft rock layer, placed on a stratum with an N value of 30 or more, placed on a stratum with an N value of 100 or less, and placed on a stratum with an N value of 50 to 100; One or more of the above are the basics.

The foundation 51 is a foundation that supports one of earthquake-resistant facilities, buildings with 8 stories or more, buildings with 100 stories or less, facilities with a load of 25 to 45 tons/m2 or more, and structures with a load of 250 to 450 kN/m2 or more by the reinforcement material. The foundation 52 is a combination of the solidified body (2, 3, 4, 5) and the unsolidified ground, a combination of the solidified body and its surrounding ground or original ground, a combination of the solidified body and the rod, a combination of the solidified body and the reinforcement, a combination of the solidified body and the screw, It is a combination of a solidified body, a rod, and the ground, a combination of a solidified body, a reinforcement material, and the ground, and a combination of a solidified body, a screw, and the ground. The base 53 is a composite base that is the combination of the above. The foundation 54 is a foundation formed by stirring at least one base material selected from ground and slime and one or more binders selected from reinforcing materials, admixtures, by-products, and microorganisms, or the binder treated with vibrator magnetization by a wing. The foundation 55 includes walls, columns, support, support, support, reinforcement, improvement, repair, water blocking, waterproofing, permeability, blocking, filtration, reaction, purification, impermeability, earth retaining, water blocking, basement wall, continuous wall, reactive permeability, It is the foundation of one of the underground continuous walls.

The foundation 56 is composed of the first, second, third and fourth support layers, a) the first support layer (1) is the soil and residual soil discharged during the construction of the second, third and fourth support layers. It is a support layer that is formed by mixing one or more of sand, sand, and slime with a binder and is placed on top of the secondary support layer. b) The secondary support layer (2) is a rotating rod equipped with wings to stir the binder into the ground. c) The tertiary support layer (3) is a support layer in the area corresponding to the upper part of the edge-section solidified layer or the same cross-section of the upper section, and c) the tertiary support layer (3) is the support layer in the area corresponding to the cone cross-section between the secondary support layer and the fourth support layer. It is a support layer, and d) the fourth support layer (4) is the support layer of the lower part of the tapered section solidified layer or the same cross-section of this lower part and has a smaller diameter than the secondary same cross-section, and is the foundation.

The basic 57 is that the tapered section is a) upper and lower tapered section, upper and middle lower tapered section, point axis cross section, point cross section, point axis cross section, point axis cross section after point point, point point cross section after the same, point axis cross section after the same, same cross section after the same point. , the same cross-section after the point axis, the same cross-section after the cone shape, b) the same cross-section column and the cone-section column at its lower part and the same cross-section column with a smaller diameter than the same cross-section, c) the same cross-section Cone section at the bottom of the column and its lower section Column with the same cross-section and a smaller diameter than the same cross-section at the bottom thereof, d) or axis, length, column, the upper and lower edge sections for one of the above rods - after the point axis The foundation is one of the same cross-section.

The foundation 58 is a foundation having an average or converted adhesion force or internal friction angle of two or more of the solidified body, reinforcing material, and ground. The average adhesive force or internal friction angle is based on one of calculations a, b, and c. The calculation a is calculated as (adhesion or internal friction angle of the solidified body (referred to as p1) + adhesion or internal friction angle of the ground (referred to as p2)) ÷ 2. The calculation b is calculated as (p1 + adhesive force or internal friction angle (referred to as p3) of the reinforcing material) ÷ 2. The calculation c is calculated as (the p1 + the p2 + the p3) ÷ 3.

The adhesion force or internal friction angle in the above conversion is based on one of Calculation 1, Calculation 2, Calculation 3, Calculation 4, Calculation 5, Calculation 6, Calculation 7, Calculation 8, and Calculation 9. The calculation 1 is calculated as (p1 Calculation 2 is calculated as (p1 × A1 + p3 × area of the reinforcing material (referred to as A3)) ÷ (A1 + A3). Calculation 3 is calculated as (p1 × A1 + p2 × A2 + p3 × A3) ÷ (A1 + A2 + A3). The calculation 4 is calculated as (p1 Calculation 5 is calculated as (p1 × V1 + p3 × volume of the reinforcing material (referred to as V3)) ÷ (V1 + V3). Calculation 6 is calculated as (p1 × V1 + p2 × V2 + p3 × V3) ÷ (V1 + V2 + V3). The calculation 7 is (the p1 It is calculated as A21) above. Calculation 8 is calculated as (p1 Calculation 9 is calculated as (p1 × A11 + p2 × A21 + p3 × A31) ÷ (A11 + A21 + A31).

The adhesive force is t/m ² and the angle of internal friction has units of degrees (°) or a physical quantity. The bearing capacity of the foundation is calculated using one or more bearing capacity formulas among Terzaghi, Meyerhof, and Hansen. The Terzaghi bearing capacity formula is q _u = αcN _c + βBr ₁ N _r + r ₂ D _f N _q . The Meyerhof bearing capacity formula is q _u = αcN _c F _cs F _cd F _ci + βr ₁ BN _r F _rs F _rd F _ri + r ₂ D _f N _q F _qs F _qd F _qi . The Hansen bearing capacity formula is q _u = αcN _{c s c} d _c i _c g _c b _c + βr ₁ BN _r s _r d _r i _r g _c b _r + r ₂ D _f N _q s _q d _q i _q g _c It is b _q . where q _u = bearing capacity of foundation; α = basic shape coefficient; β = basic shape coefficient; B = base width; c = adhesion; Df = basic penetration depth; Nc, Nr, Nq = bearing capacity coefficient; Fcs, Frs, Fqs = shape coefficient; Where Fcd, Frd, Fqd = depth coefficient; Where Fci, Fri, Fqi = slope coefficient; Where sc, sr, sq = shape coefficient; Where dc, dr, dq = depth coefficient; where ic, ir, iq = slope coefficient; Above gc, gr, gq = ground coefficient; Where bc, br, bq = bottom slope coefficient; am. The ultimate bearing capacity of the foundation is one of the 1 bearing capacity, 2 average bearing capacities, and 3 average bearing capacities calculated above. The allowable bearing capacity of the foundation is the ultimate bearing capacity as the safety factor (F _s ). I q _ㅁ = q _u / F _s or q _ㅁ = q _u / 3 am. The settlement amount of one of the facilities, buildings, and structures supported by the foundation (40) is the formula S = q·B·(1-μ ² )/E·I _w using ground properties, and the formula S = S ₃₀ based on load test. ㆍ(2B/(B+0.3)) ² , formula S = 0.4 based on N value, ㆍ(P _o /N)ㆍHㆍlog(P _o +ΔP)/P _o , or the individual settlement amount calculated by one or more of the following. This is the average subsidence amount. Above, q = load intensity acting on the foundation or load intensity of the facility, B = foundation width, μ = Poisson's ratio of the ground, E = elastic modulus of the ground, I _w = influence value due to settlement, S ₃₀ = load during loading test The settlement amount of the plate, H = soil layer thickness, P _o = effective overburden of the ground, ΔP = increase in vertical stress due to the load of the facility.

The above foundation 59 is a factory foundation manufactured in a factory, a suspended foundation created by pouring on site, a mixing foundation created by mixing soil and binder, a mixed foundation prepared by mixing the ground and a solidifying agent, and concrete poured into the ground on site. a suspended foundation constructed by forming a suspension foundation, an expanded foundation in which a part of the foundation is extended, an expanded foundation equipped with an expansion plate at the tip, a grouting foundation created by ground grouting, a screw foundation equipped with screws, a surface foundation with a thickness of 2 m or less, and a depth of 15 m or less. multi-layer foundation, deep foundation with a depth of 15m or more, screw-mounted foundation on the outer periphery, grouting foundation with reinforced material embedded, grouting foundation with pin-formed reinforcing material embedded, grouting hole embedded foundation, grouting part embedded foundation, underground injection part embedded foundation, driving foundation after purchasing, excavation Alternatively, it is one of the following: buried foundation after grouting, energy foundation with circulation pipe insertion, reinforcing bar insertion into form or excavation, and pouring of concrete or vibration-treated concrete.

The foundation 60 is a shallow foundation in which a section pipe or a plate-equipped pipe is mounted on its own steel bar or reinforcement. The foundation 61 is a shallow foundation in which a section pipe or a plate-equipped pipe is mounted on its own steel bar or reinforcement. One or more of the tubes of the plate, tube, and section tube are incised. A section is formed in one or more of the plate and tube by the incision. One or more of the plates and pipes may be one of increasing, tapered, inclined, or tapered. The foundation 62 is a foundation in which one of vibration-treated materials, milk, mortar, ready-mixed concrete, concrete, paste, cement milk, cement mortar, grouting material, slurry, and bentonite slurry is used. The vibration processing is performed by a vibrator. The vibrator is a) generated by the rotation of a rotating body linked to the rotating shaft of a motor including one or more of the power supply unit, converter, inverter, switching unit, detection unit, and control unit, or in a case where the motor is inserted due to the rotation. A vibrator, magnetized vibrator, or magnetizer that generates one of the following: a magnetic field before, during, or after the generated vibration or 10-150 dB vibration, a magnetic field with a magnetic flux density of 1,000-20,000 Gauss, or a magnetic field with a magnetic flux density of 0.1-2 Tesla. It is one of a vibration combination device, or b) or one of a magnetizer, a vibration magnetizer, or a vibration magnetization combination device that generates the vibration or 10 to 150 dB vibration at least one of before, during, and after the magnetic field.

The case is one of 1, 2, 3, 4, and 5 below. Above 1 is a case having one of the following shapes: rod, cylinder, block, cylinder, tube, pipe, square, triangle, polygon, hollow, and hollow cylinder. 2 is a case in which all or part of the motor or the power supply unit or control unit is provided inside the case. The case 3 above is a case that vibrates by the rotation of the rotating body provided inside the case. The above 4 is a case in which one or more of the materials or bentonite slurry that passes through or comes into contact with it is magnetized, vibrated, vibrated magnetized, or magnetized and vibrated. The above 5 is a case in which one or more of the fluidity, mobility, pourability, injectability, permeability, and workability of one of the materials or bentonite slurry is improved by one of the magnetization or magnetization vibration.

The foundation 63 is a foundation in which a section pipe or a plate-equipped pipe is mounted on a shallow foundation of steel bars or reinforcement. One or more of the tubes of the plate, tube, and section tube are incised. A section is formed in one or more of the plate and tube by the incision. One or more of the plates and pipes may be one of increasing, tapered, inclined, or tapered. In the foundation 63, one or more of a mixing foundation, a screw foundation, a grouting foundation, a micropile, a tapering foundation, and a protruding foundation are installed at the lower part of the shallow foundation. The shallow foundation is one of shallow foundation, stem foundation, direct foundation, hooting foundation, front foundation, independent foundation, and stand-alone foundation. The mixing base consists of materials, sand, gravel, aggregate, crushed stone, lime, gypsum, resin, cement, slag, and by-products in one of the ground, ground, underground, bedrock, excavation section, excavation hole, boring hole, grouting hole, and grouting section. , mortar, milk, chemical solution, suspension, ready-mixed concrete, paste, concrete, fiber, reinforcement, rebar, rebar net, rebar cage; Two or more of these ingredients; It is one of the foundations formed by mixing, mixing foundation, underground mixing foundation, DCM (deep cement mixing), and SCW (soil cement wall). The screw foundation is a foundation in which one or more of a spiral, screw, or helical is formed on the outer surface of one of a rod, column, column, or shaft, or one or more of a spiral, screw, or helical is formed on its outer circumference.

In the foundation 63, the grouting foundation is a foundation formed by injecting, injection, or grouting one of the substances or materials into one of the ground or grouting portion, an injection foundation, an injection foundation, a grouting foundation, a micropile, or a tapered foundation. It is one. The micropiles include a) grouting; b) before, during and after this; c) or grouting hole, grouting section, grouting material, underground injection section, grouting injection hole, grouting injection section; It is the foundation on which one of beams, rods, H-beams, I-beams, rebars, rebars, wire mesh, steel frames, steel pipes, steel bars, rebar nets, reinforcements, rebar cages, small-diameter piles, and micropiles is installed. The tapered section foundation has one of the cross-section, cross-section, cross-sectional area, diameter, thickness, and thickness in one of the longitudinal direction, vertical direction, and vertical direction after penetration into the ground. It is one of the reduction foundations, piles, piers, hootings, caissons, tapered foundations, tapered foundations, point-axis foundations, point-converging foundations, and upper expansion and lower reduction foundations.

The foundation 64 is a foundation provided with a cut outer tube, a plate with a tube consisting of an inner tube, or a foundation with an expanded plate, wherein the length of the outer tube is longer than the length of the inner tube, or the length of the inner tube is longer than the length of the outer tube, or The length of the exterior and interior pipes are different. The base 65 is a certain base, wherein the base is provided with a pin, the pin is provided with a protrusion, the protrusion is provided with a nail, the pin with the protrusion and the nail is mounted on a pipe, and the pipe is provided with a pin. It is provided on a plate, one or more of the tubes and plates are cut, and a section is formed in one or more of the tubes and plates by the incision, and one or more of the tubes and plates is one of tapered, tapered, inclined, and tapered. The pipe-equipped plate is one of piles, piers, caissons, deep foundations, mixing foundations, screw foundations, grouting foundations, micropiles, protruding foundations, shallow foundations, direct foundations, hooting foundations, and front foundations, and is one of the piles or micropiles. One of them is installed in the ground or underground, and one of the shallow foundation or the front foundation is installed on top of one of the piles or micropiles.

The foundation 66 is a block foundation consisting of a block head, a hole formed in the block head, a rod passing through the hole, and a seat mounted on the top of the block head, and one of the following 1, 2, and 3 is coupled to the block head, or In addition to the above coupling, a pipe-equipped plate is mounted on the lower part of the block head. The number 1 is one of a pin, a 2-pin, a 3-pin, a 4-pin, a 2-foot pin, a 3-foot pin, a 4-foot pin, an inclined pin, and a pin with a protrusion. Above 2 is a pin in which one or more of a rod, a protrusion, a bolt, a nail, an anchor, and a strand are welded to its outer surface. The above 3 is a complex including a pin, a rod on the side of the pin, a protrusion on the side of the rod, a bolt on the side of the protrusion, a nail on the side of the bolt, an anchor on the side of the nail, and a strand body on the side of the anchor. One or more of the tubes and plates are cut, a section is formed in one or more of the tubes and plates by the incision, and one or more of the tubes and plates becomes one of tapered, tapered, inclined, and tapered.

The base 67 is one of JSP, SGR, LW, SCW, DCM, CCP, CDM, CGS, DJM, JGM, TJG, SIG, RJP, CIP, PRD, RCD, CJG, SCP, GCP, CCP, VCP, VCCP. The JSP refers to a jumbo special pile, a jumbo special pile foundation, a pile created by spraying and stirring cement or hardener into the ground at high pressure, a pile created by spraying hardener and jet air into the ground at high pressure, and an inner pipe among double pipes inserted into the ground. It is one of the piles that are created underground by spraying a hardener and spraying jet air onto the exterior. The SGR is one of the foundations created by injecting water glass, cement, and chemicals into the ground. The LW is one of labiles wasserglass, labiles wasserglass foundation, and foundation created by injecting water glass into the ground. The SCW is one of soil cement wall, soil cement mixing wall, soil cement wall foundation, and foundation created by mixing soil and cement. The DCM is one of deep cement mixing, deep cement mixing foundation, and foundation with a depth of 15 m or more created by mixing ground and cement. The CCP uses a) chemical chuning pile, chemical chuning pile foundation, b) or one of shock water, pulse water, shock pulse water, high pressure shock water, and ultra-high pressure pulse water to mix soil and hardener in the ground. It is one of the foundations created. The CDM is one of the foundations with a depth of 15 m or more created by cement deep mixing, cement deep mixing, and mixing cement and soil. The CGS is one of the following: a compaction grouting foundation, a foundation made by compacting grout material into the ground, a foundation made by compacting a low-moisture grout material into the ground, a compaction grouting system, and a compaction grouting system foundation.

The DJM is one of dry jet mixing, dry jet mixing base, a pile created by spraying a powder hardener into the ground, and a pile created by spraying lime or cement into the ground. The JGM is one of the jet grouting method foundations, and foundations formed by injecting grout material into the ground in a jet manner. The TJG is one of twin jet grouting, a twin jet grouting foundation, a foundation formed by injecting grout material into the ground in a twin jet manner, and a foundation formed by injecting grout material into the ground using a twin jet nozzle. The SIG is one of the foundations created by excavating the ground with the power of air and water, discharging the cut soil to the surface, and filling the cavity formed in the ground with solidification material. The RJP is a rodin jet pile, a pile created in the ground by spraying a hardener, water, and air into a triple pipe inserted into the ground, and a hardener is sprayed into the inner pipe of the triple pipe inserted into the ground, and high-pressure water is sprayed into the middle pipe. It is one of the piles created in the ground by being sprayed and jet air is sprayed onto the exterior. The CIP foundation is one of the CIP foundations, cast-in-place foundations, on-site construction foundations, cast in place pile, cast in place pile foundations, and foundations formed in the ground by pouring concrete or reinforced concrete into boring holes formed by digging the ground or boring with a boring machine. . The CJG is one of column jet grouting, column jet grouting foundation, and column foundation formed in the ground by jet grouting.

The PRD foundation includes PRD foundation, percussion rotary drill foundation, foundation created by drilling, foundation created by rotary drill drilling, foundation created by percussion rotary drill drilling, etc.

Examples of the foundation or foundation construction equipment of the present invention include a drill, a rod mounted on the drill, a means for rotating the rod, a bit or reaming bit provided at the tip of the rod, and a drill mounted on the outside of the rod along the length of the rod in the longitudinal direction. a casing, the reaming bit having an outer diameter larger than that of the casing, the rod mounted inside the casing, the bit provided at the tip of the rod and protruding to the outside of the casing, and the bit rotating by the rotating means. A rod, the bit that excavates the ground while rotating by the rotation of the rod, the casing that penetrates the ground along the rod or bit simultaneously with excavation of the ground, the expansion bit that excavates to a target depth of the ground, and the target depth The casing penetrates to the ground, the rod and the expansion bit drawn into the ground, the expansion bit whose outer diameter is reduced while being caught on the tip of the casing remaining in the ground during the extraction, and the expansion bit which is reduced and drawn into the interior of the casing. , the expansion bit that is drawn in and pulled out to the ground along the rod, the casing that remains in the ground, the casing that remains in the ground and forms a foundation, etc.

The RCD foundation is an RCD foundation, reverse circulation drill foundation, reverse circulation excavation foundation, and RCD equipment is used to protect the cavity wall by hydrostatic pressure and is pre-assembled after drilling the ground by rotating a drill bit mounted on the end of the drill rod. It is one of the cast-in-place concrete foundations created by inserting a reinforcing bar network and pouring concrete. The SCP is one of sand compaction pile, sand compaction pile foundation, and foundation created by compacting sand while putting it into the ground. The GCP is one of the gravel compaction pile, gravel compaction pile foundation, and foundation created by compacting gravel while putting it into the ground. The CCP is one of the crushed stone compaction pile foundations, crushed stone compaction pile foundations, and foundations created by compacting crushed stone while putting it into the ground. The VCP is one of the vibrated compaction pile foundations, vibrated compaction pile foundations, and foundations created by compacting while injecting materials into the ground while applying vibration. The VCCP is one of the foundations created by compacting crushed stone while applying vibration to the ground.

Figure 57 shows a room according to the present invention. This room (143) has a) wallpaper, red clay paint, and finishing materials on the walls (136, 137); b) wallpaper, red clay paint, and finishing materials on the upper wall (137); c) Cypress ruba on the lower wall 136; d) Cypress ruba, boards, and ceiling materials on the ceiling (138); e) insulation material 151 on the floor 150; f) Hose 152 for heating and boiler use on the floor or upper part of the insulation material; g) a heat conduction plate 154 on the top of the hose; h) h1) flooring, flooring, red clay board (155) on top of one of the floor, insulation, hose, and heat conduction plate; h2) or the above flooring, flooring, materials, flooring, and finishing materials (155); i) a heater 153, a chiller, a boiler 153, a cold water, warmter, a cooler, a hot water heater, a cooler, a cold watermeler; j) a pump, total volume pump, circulation pump mounted on the hose, heater, cold/hot water machine, etc. to supply or circulate the water; k) an electric wire, a plug (10), an outlet (11), and a power supply means for one of the heater or circulation pump; ℓ) the wallpaper or power supply means using one of the magnetized composite, hollow body, device 1, device 2, device 3, and device passing material; This includes rooms where lights are installed, positioned, mounted, mounted, attached, pasted, painted, applied, plastered, pasted wallpaper, attached to boards, applied to plastering materials, etc. These rooms include a room, a red clay room, a phyton room, a cypress room, and a red clay phyton room.

Figure 58 shows the device, equipment, device 1 (50), device 2 (51), device 3 (52), pressurizer 63, filter 160, magnetizer to complex device (30, 50, 51, 52); a material 80 that has passed through one of these, the magnetized material or composite material, or the water or composite material 80; It refers to the above-described magnetization or compounding, aeration or compounding, purification or compounding, etc., etc. Examples of this include magnetizing, compounding, disinfecting, or sterilizing materials, materials, facilities, buildings, structures, etc. In Figure 53, a is a brick, b is a block, c is a window, d is a box, e is a drain, f is a manhole, g is a conduit, h is a panel, i is a Hume pipe, j is a board, k is a wall, and ℓ is a rod. It represents materials 300, such as: Its materials can be magnetized or composited using the device or composite. One of the magnetized or composite materials may be used for the bricks, walls, materials, etc.

Figure 59 shows devices, equipment, magnetizers to composite machines, etc. (30, 50, 51, 52) according to the present invention, or materials and products that are magnetized to composites (40), aerated to composites, purified to composites, etc. , indicates devices, equipment, facilities, etc. In Figure 59, a is a barrel, b is a box, c is a can, d is a tap, e is a pipe, f is a bottle, g is a jar, h is a kettle, i is a cage, j is a syringe, k is a hose, ℓ represents materials, products, facilities, etc., such as a house. One of the magnetized or composite materials may be used for the container, house, material, product, facility, etc.

Figure 60 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, material, 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 group, the group, the group, etc.; Lightening, foaming, porosity, aeration, vortexing, stirring, cavitation, b) or injection of oxygen or air into the material or composite device, etc. by injection thereof; These include a wind aerator (50), a wind blower, a wind bubble, a wind compressor, a wind water compressor, a wind air compressor, and a wind compressor (50).

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, a discharge valve 61 installed therein, etc., so that the pushing force of the piston 57, When the substance or air in the cylinder (56) is compressed by action, etc., the air inlet valve (60) is closed and the discharge valve (61) is opened, allowing the compressed air, compressed material, etc. (63) to pass 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 inlet valve (60) for water, water, liquid, oil, substances, air, etc. is opened, and substances, air, etc. flow into the cylinder. When the piston compresses the cylinder again, the material and air inlet valve closes and the compressed air and 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 the water, mixture, mixture, 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 describe in detail the wind power aerator or wind compressor (50), in the case of a wind power piston compressor, the rotational force (53) of the blade, rotor, blade, propeller, rotation shaft, etc. (52) that rotates with wind, wind power, etc. (51) ) is used 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 heat-utilized 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. It 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 by joining 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.

Figure 61 is a schematic diagram showing a process or device such as processing, screening, and crushing according to the present invention. This includes processing (311), sorting (312), crushing (313), peeling (314), washing (315), dehydration (316), classification (318), pelletization (322), dust collection (323), etc. 310) Shows the process. Looking at this in detail, the material is put into the hopper (311), trommel sorting (331), blower sorting (332), magnetic separator sorting (333), water tank separator sorting (334), jaw crusher crushing (350), and double jaw crusher. It shows that crushing (351), cone crusher crushing (352), impact crusher crushing (353), washing (315), classification (318), treated water purification (405), and sludge dewatering (316) are processed as processes. The magnetization or composite, hollow body, device 1, device 2, Apparatus 3, either device passing material can be used.

Here, the water tank separator 334 includes a water tank 335 that contains water, a conveyor 400 that discharges coarse material or aggregates in which fine particles have escaped through holes formed in the material among the materials put into the water tank, and the material discharged by this conveyor A vibrating screen for screening (330), a rotating screw (337) for discharging the sediment settled on the bottom of the water tank to the outside, a rotating scraper (336) for discharging the suspended matter on the upper surface of the water to the outside, and storing the treated water that overflowed the water tank. It includes a storage tank (176), etc.

Here, the septic tank or water treatment device 140 includes an inlet for contaminated water (80), a coagulant (85) injector (142), an internal inlet pipe (143), a settling tank or sludge (144), a settling valve (145), and a porous filter (146). , It consists of a rotating scraper (147), a scum inlet (148), a scum outlet (149), and a purified supernatant outlet (150). The purified purified water is recycled by injecting it into the screening tank 335, the washing machine 401, the transfer line 151, etc., and at the time of injection, a tube equipped with the functional group, pulse device, etc. (30, 50, 51), Injection of functional water is possible through a venturi tube, etc. (77).

The functional group, pulse device, etc. (30, 50, 51, 52) can be mounted on the water tank, storage tank, inlet, outlet, etc. As a result, the stirring and eddy currents of the contaminated water and the coagulant are vigorous, resulting in high-speed reaction and precipitation, thereby shortening the treatment time of the contaminated water and improving treatment efficiency. Here, the contaminated water is purified through the inlet or outlet to become purified water.

Examples of the above include construction waste (300) being crushed (323) or jaw crusher crushing (351), wind separation (342), trommel separation (341), screen separation (345), wind separation (342), and double jaw crusher. Circulated aggregate is produced through crushing (352), cone crusher crushing (353), etc. Combustibles are selected through the wind screening, and fuel pellets are formed from the combustibles through a pelletizing process such as melting, molding, and cutting. In the above process, crushing, sorting, melting, crushing device, sorting device, melting device, etc., the above-mentioned magnetization, composite, protrusion, rotating body, rotating machine, etc. can be used, provided, spun, irradiated, generated, etc.

The water treatment device includes a) an inlet line, a storage tank, an aeration tank, a reaction tank, an electrolyzer, a flocculation tank, a sedimentation tank, a filtration tank, a sterilization tank, a discharge tank, a concentrator, a dehydrator, and an outflow line; b) two or more of the inflow and outflow lines connected sequentially or unsequentially; c) an inflow line 70 of one of the storage tanks and discharge tanks 140, a vertical pipe 143 connected to the inflow line and mounted inside the tank, and an enlarged portion at the tip of the pipe; d) plates, wings, spirals, screws, horizontal plates, inclined plates, stirring means, aeration means, plates, zigzag plates, and zigzag inclined plates attached to the inside of the pipe; e) a screen 146, an inclined screen, and a perforated screen 146 mounted between the inside of the tank and the outside of the pipe; f) an injector 142 for injecting the coagulant 85 into the tank or inlet, a sedimentation part 144 at the bottom of the flocculation tank, and an outflow of the sediment 145 or sludge 145 settled in this sedimentation part to the outside. Outflow line, valve on this outlet line; g) a concentrator for concentrating the sediment or sludge, a dehydrator for dehydrating the sediment or concentrated concentrate; h) an outflow line 150 that discharges the supernatant water 141 or purified water 81 that has passed through the screen to the outside, and a purified water transfer line 151 connected to the outflow line; i) a scraper (147) mounted on the surface of the supernatant and rotating, a funnel (148) into which the suspended matter filtered by the scraper flows, and an outflow line connected to this funnel to discharge (383) the suspended matter (383) to the outside ( 149); j) the reservoir to the outlet line where one of the magnetized complexes is used or radiated; The inflow line or the outflow line through which one of the magnetized complexes generating a magnetic field is used or radiated; It consists of one or more of:

The device 310 for processing, sorting, crushing, etc. according to the present invention includes a hopper 311 into which the waste 300 is input, a trommel separator 312, 331 into which the waste 300 is input and sorted, and a wind-powered sorting system for the waste. A wind separator (332), the wind sorted combustibles (305), the soil (301) that has passed through the network of the trommel separator, the aggregate (302) that has passed through the trommel separator, and a rotary diffuser ( 340), a fan or blower 332 for applying wind power to the soil, soil from which foreign substances are removed by the wind force (301, 381), a magnetic separator 333 for selecting metal 386 from the aggregate or waste, A fan 332 that applies wind power to the aggregate or waste, a cyclone 161 that selects dust 383 from the dusty air blown by the wind, a filter 87 connected to the cyclone, and the aggregate or waste is input. A water tank 335 or wet separator 334 for sorting combustibles 383, a conveyor 400 for washing and then discharging aggregates 302 introduced into the water tank or wet separator, and a scraper for discharging suspended matter 383 from the water tank. (336), a screw (337) for carrying out the sediment (381) of the water tank to the outside, a storage tank (176) for storing the overflow water (80) and sediment of the water tank, sediment and soil (381) taken out from the storage tank, A screen or vibrating screen 330 that separates moisture from the aggregate discharged from the water tank or wet separator, a jaw crusher 350 and a double jaw crusher 351, which are crushers 313 that crush the aggregate 302 that has passed through the screen. , a cone crusher 352, an impact crusher 353, 314, a dust collector 323 or cyclone 161 that collects dust by sucking the dust air generated during crushing, and wind power is applied to the crushed aggregate 302 to remove foreign substances ( A pan 332 for sorting 305), a washer 303 for washing the aggregate, a pump 63, nozzle 66, perforated pipes 315, 401, screens 315, 330, etc., which constitute the washer, A hole 101 formed in the nozzle or perforated pipe, the spray water 402 sprayed from the nozzle or perforated pipe or hole, the nozzle or perforated pipe or hole 101 for spraying the spray water 402 on the aggregate passing through the screen, Screens (330, 318) for separating foreign substances from the washed aggregate (304), a fan (332) for separating foreign substances (305) by applying wind force to the objects (304, 382) passing through the screen, the water tank, and a washing machine. A purification tank 140 for purifying the used water 80, a pump 63 for pressurizing the purified purified water, a transfer line 151 for transferring the purified water, and a venturi or aerator 77 for aerating the purified water. ), an injector (93) mounted on the venturi, substances flowing into the injector, compressors, ozone, additives, etc. (82, 83, 84, 85), a dehydrator for dehydrating sediment from the water tank, storage tank, septic tank, cyclone, etc. (316), the cake 382 dehydrated in the dehydrator, a pelletizer 322 for pelletizing the cake, foreign substances, suspended matter, combustibles, etc. (353), a mixer 370 included in the pelletizer, and a melter ( 371), forming machine (372), cutting machine (373), storage (374); The hopper or reservoir in which one of the magnetized or composite materials is used; etc. may be included.

Figure 62 is a schematic diagram showing the blower or ring blower 220 according to the present invention. This includes a body 102, a fan 27 and a motor 26 inside it, a ring 221 through which wind from the fan flows out, a nozzle 222 formed on the ring through which wind flows out, and an inner curved surface of the ring. External air 225 and the wind from the fan flow into the inside of the ring 221 due to the pressure difference generated between (223) and the outer plane 224, and the inner curved surface 223 and the outer plane 224. (28) This applies to the blower that blows air. The blower can be used for aeration or combination, purification or combination, etc.

The sorter may include a ring-shaped sorter, which includes a) a body or hollow body (76, 102); b) a motor (26) mounted therein; c) a fan (27) rotated by this motor; d) a hollow ring 221 connected to the hollow body through which the wind 28 provided by the rotation of the fan 27 flows out; e) the nozzle 222, slot nozzle 222, open nozzle 222, inner curved surface 223, and outer flat surface 224 of this hollow ring; f) a pressure difference generated between the inner curved surface 223 and the outer flat surface 224 by the wind 28 flowing out through the nozzle 222; g) the hollow ring 221 through which external air 225 flows in due to the pressure difference; h) a ring-shaped blower (220, 332) through which the blowing air (28) of the fan and the incoming external air (225) are blown together; i) an electric fan, blower, ring fan, ring blower, or other blower whose wind power is improved by the blowing; j) the blower or fan that selects light materials among materials by wind supplied from the fan; k) the hollow body to another blower in which one of the magnetization to composite is used; l) the blower with the vibrator attached to the ring; m) the blower generating vibrating air by the attachment; n) a screen equipped with the blower; One or more of these is a sorting machine used.

Figure 63 is a schematic diagram showing a crusher, screw crusher, and peeler according to the present invention. This includes a double barrel (357, 358), a screw 426 inside it, a screw 426 that crushes or peels the material inside the barrel by rotation, a rotation axis 410 of this screw, and a motor that rotates this rotation axis ( 26), a rotating means 425 for rotating the barrel, the barrel immersed in water, a rotary crusher 313 mounted at the rear end of the barrel, etc. The crusher according to the present invention includes a crusher, crusher, crusher, jaw crusher, cone crusher, impact crusher, etc.

The crusher includes a peeler or crusher, a cylinder (357, 358) consisting of a cylinder (357, 358) and one or more of a string (411), a hammer (415), a rotating body (430), and a screw (426) inside the crusher. A peeler 314 or crusher 313 consisting of a screw 426 with a projection 420 installed therein, a peeler consisting of a cylinder and a screw 426 with a rope 411 installed therein, and a normally rotating cylinder 358. and a peeling machine consisting of a counter-rotating cylinder (357) and a forward-rotating screw (426) inside it, etc., and a counter-rotating machine equipped with forward-rotating cylinders (357, 358) and protrusions (420) and ropes (411) installed therein. A peeler consisting of a screw (426); etc. may also be included.

The crusher may include a cylindrical crusher, which includes a) cylinders 357 and 358, a cylindrical rotor, a hollow rotor, and a submerged rotor (FIG. 58 b); b) a protrusion 420 and a rotation axis 410 mounted inside one of them; c) Protrusion 420, rope 411, rubber, round bar, horizontal bar, inclined blade, screw 426, lifter 359, tire, hook, bundle line ( 413), a twisted line (411), a twisted line (411) and a bundled line (413) formed at the tip of the twisted line (411); d) a hammer 415 or other projection 420 attached to the projection or rope; e) material 300, material and water introduced to one side of the cylinder or rotating body; f) rotation of one or more of the water or material by rotation of the cylinder or rotating body; g) lifting and then falling of the material by the lifter 359; h) impact, friction, and mutual friction movement between the materials due to the rotation; i) Protrusion crushing by the protrusion 420, rope crushing by the rope, hydraulic or rotational force or vortex force of the water, falling crushing by the lifter 359, repulsion force or elastic friction by the rubber or tire, blow crushing by hammer 415; j) Removal of mortar or cement attached to the material by crushing; k) mortar or cement of the above material discharged through a hole formed on the outer circumference of the cylinder or rotating body; ℓ) Materials, crushed materials, and peeled materials discharged to the other side of the cylinder or rotating body; m) a wind power separator (27, 312, 332) mounted on the lower part of the cylinder or rotating body; n) the discharged material whose foreign substances are selected by the wind separator; One or more of these are crushers, peelers, etc. that are used or generated.

Figure 64 shows a file, a rotating body, a mixer, a mixing machine, a crusher, a rope crusher, a rotating rope crusher, an underground mixer, a crusher that crushes materials while rotating, or a peeler that separates materials according to the present invention. Here, Figure a1 shows strings, flexible strings, rigid strings, horizontal strings, vertical strings, and curved strings (102); a2 is a bundle line (413); a3 is a bundle line (413) forming a protrusion (420); a4 is a line (411) and a bundle line (413); a5 is a rod (411) and a bundle string (413); a6 is twisted wire, copper wire, strand wire (411); a7 is a twisted line (411) and a bundled line (413); a8 is a row of protrusions (411) and a bundle row (413); Figure b shows vertical rows 411 and bundle rows 413; Figure c shows a file or four-stage file 411 provided on a shaft or rod or rotating shaft 410; Figure d shows a string or five-stage string (411) and a bundle string (413) provided on the rotating shaft (410); Figure e shows a file 411, a hammer 415, and a bundle file 413 provided on a shaft, rod, or rotating shaft 410; Figure f shows a rod 411, a hammer 415, and a bundle file 413 provided on a curved line 412; etc. are applicable. The above ropes include lines, lines, rods, poles, steel lines, kite lines, ropes, wires, elastic lines, horizontal lines, vertical lines, inclined lines, bundle lines, twisted lines, rope lines, swivel lines, non-swivel lines, strand lines, and shafts. This includes a string provided on, a string provided on a rotating shaft, a string using one of the magnetized or composite materials, etc. The string may be used for the magnetization or compounding, aeration or compounding, purification or compounding, etc., or may be used for the magnetization or compounding, aeration or compounding, purification or compounding, etc. Rows a to f of Figure 59 may remain on their own or may be mounted inside a tube, hollow body, case, housing, double pipe, triple pipe, etc.

Figure 65 is a schematic diagram showing a purifier, dust collector, air purifier, etc. according to the present invention. This is a dust collector, air purifier, etc. (323, 324) using a diaphragm (161), mist sprayer (401), spray mist (402), eliminator (162), and demister (163). This is a hollow tube (166); its outlet 164; A fan, pump, blower, and vacuum pump (63) connected to one of them; Inlet 160 of the hollow tube 166; The fan or vacuum pump (63) providing suction force to the outlet or inlet; The inlet 160 through which external air, dusty air, etc. 80 flows in by the suction force; A diaphragm (161) provided inside the hollow tube and connected to the inlet; A nozzle or water injection nozzle 402 provided inside the diaphragm or hollow tube; a pump supplying water to its nozzle; A water tank associated with this pump; A moisture remover or eliminator 162 mounted on the upper part of the diaphragm 161; A filter or demister 163 provided at the outlet; A funnel (167) formed at the bottom of the hollow tube; The funnel where water containing dust, dust, fine dust, etc. from the outside air or dusty air (80) is deposited by the spray water (402) sprayed from the nozzle; An outlet 165 mounted at the bottom of the funnel; A water tank (176), a sedimentation tank (175), and a centrifuge (177) connected to this outlet; A pump or circulation pump (63) for injecting air discharged from one or more of the water tank or the centrifugal separator into one of the hollow tube, the inlet, and the diaphragm; The hollow tube or circulation pump using one of the magnetized composite, hollow body, device 1, device 2, device 3, and device passing material; It consists of one or more of:

The diaphragm 161 is a membrane, plate, diaphragm, separated diaphragm, vertical membrane, inclined membrane, horizontal membrane, multi-stage membrane, vertical diaphragm, inclined diaphragm, horizontal diaphragm, spaced diaphragm, multi-stage diaphragm, two or more spaced apart diaphragms, A diaphragm in which two or more membranes with one or more inflections are spaced apart, a diaphragm in which two or more membranes are spaced apart to form one or more passages, a diaphragm that forms two or more passages, a diaphragm that forms three passages, and a diaphragm that forms six passages. A diaphragm that forms, a diaphragm that is vertical in one section and horizontal between the other sections, a diaphragm that is inclined in one section and horizontal between the other sections, a diaphragm that is slanted in one section and a different inclination between the other sections, a diaphragm that is vertical in one section and horizontal between the other sections and horizontal in another section, 2 2 or more diaphragms, 2 or more inclined diaphragms, 2 or more diaphragms spaced apart from each other, 2 or more inclined diaphragms spaced from each other, diaphragm with 2 inflections, diaphragm with 3 inflections, diaphragm with 2 or more inflections, 2 It is one of an inclined diaphragm with one or more inflections, a diaphragm provided with a nozzle, a diaphragm through which water is sprayed, a diaphragm provided with a nozzle or perforated pipe through which water is sprayed, or a diaphragm combining two or more of the above diaphragms. Figure 60b shows a plurality of diaphragms, a plurality of passages formed by the diaphragms, etc.

The clean air 81 that has passed through the outlet 164, the moisture remover or eliminator 162, and the filter or demister 163 is discharged to the outside. The discharged material 383 through the outlet 165 may flow into a water tank 176, a sedimentation tank 175, a centrifuge 177, etc. connected to the outlet, or may be discharged to the outside. The eliminator is an eliminator, a removal device, a water droplet removal device, a zigzag baffle plate used to remove water droplets in the air, a zigzag bent zinc iron plate, and zigzag plates juxtaposed at narrow intervals. When air or gas passes through a gap, it becomes a baffle plate and removes water droplets. The demister is a demister, an anti-fog device, an anti-fog device, a moisture removal device, a filter device that separates and removes liquid droplets or dust contained in the fluid, and a mesh that spreads steam through several layers. These include devices that remove moisture in steam through a device that is filled with fibrous objects, and devices that mainly separate using inertial force and remove liquid droplets in an air stream.

Figure 66 shows a dehydrator according to the present invention. The dehydrator 316 for dehydrating water is a filter. Press, dehydrator, compressor, compression plate, pressure dehydrator, compression dehydrator, compression dehydrator, centrifugal dehydrator, vacuum dehydrator, exothermic dehydrator, filter press (360), press filter, belt press (361), roller dehydrator, drum dehydrator, rotary dehydrator. , dehydrators (316, 360, 361) equipped with an electric dehydrator, an electroosmotic dehydrator, an electrophoretic dehydrator, and a water treatment device (405) for treating dehydrated dehydrated water; A composite dehydrator combining two or more of these; The filter or composite dehydrator using one of the magnetized or composite materials; or dehydrator 1, dehydrator 2, dehydrator 3, dehydrator 4, dehydrator 5, dehydrator 6; There is more than one of

The dehydrator 1 includes one of the filter or composite dehydrator provided with a belt or compression belt 366, a dehydrator provided with a belt or compression belt 366 between two or more rotating drums 425, and the filter or composite dehydrator. It is a dehydrator (361) in which materials are compressed and dehydrated between belts, and a dehydrator (361) in which materials (415) are compressed and dehydrated between rollers or drums (425) and belts (366). Please refer to Figure 61b.

The dehydrator 2 is a filter press 360 equipped with two or more filters 365 adjacent to each other, a filter press in which sludge 415 is inputted into two or more filters 365 and then pressurized to dehydrate, and the filter is dehydrated after the pressure is released. It is one of the filter presses (360) where the cake (384) is dropped or extracted. Please refer to Figure 61a.

The dehydrator 3 is a belt press 361 equipped with a belt 366 of a permeable type, permeable type, fiber type, porous type, perforated type, etc., and a belt press in which material or sludge is injected into the belt and then pressurized to dewater. It is a belt press (361) equipped with the above rotating drum (425) and a belt (366) wound around it, and is one of the belt presses (361) in which material or sludge (145) is injected between the drum and the belt and dewatered. . Please refer to Figure 61b.

The dehydrator 4 includes a) the filter or composite dehydrator to which electricity is applied; b) or a filter press or belt press in which electricity is applied to one or more of the filter, drum, and belt; Here, in order to apply electricity, the filter, drum, belt, etc. may be made of a material such as conductor, iron, metal, conductor, or conductive material, or may be in contact with water, in contact with moisture, or contain moisture. c) a) filter to b) belt press to which electrodes, electrode plates, etc. are added for the application of electricity; d) a) filter to c) belt press to which one or more of electroosmosis, electrophoresis, and electrodehydration is added by applying electricity; It is one of the

The dehydrator 5 is a filter or composite device equipped with one or more of an electrode, a heating element, a power supply, an electrode to which electricity is applied, a heating element to which electricity is applied, a power supply to supply electricity to the electrode, and a power supply to supply electricity to the heating element. It is one or more of a dehydrator, dehydrator, filter press, and belt press. The dehydrator 6 is one or more of the filter or belt press in which one or more of the rollers, sais, materials, belts, filters, sludge, drums, filters, or belt presses are provided with one or more of the electrodes or power supplies.

Figure 67 shows a pelletizer according to the present invention. Among the materials that have been selected, crushed, or processed, paper, vinyl, fiber, combustibles, etc. can be pelletized by a pelletizer to make pellets and used as fuel. The pelletizer 322 includes a) a mixer 370, a melter 371, a molder 372, a cutter 373, and a storage unit 374; b) a mixer 370 for mixing the pelletized object and the sawdust, a melter 371 for melting the mixed mixture or the pelletized object, and a melter provided with a rotating screw or a screw with protrusions to stir and extrude the melt ( 371), a molding machine 372 for molding the melt into a cylindrical shape, a cutter 373 for cutting the material passing through the molding machine, and a storage 374 for storing the pellets formed by cutting; It consists of one or more of:

Figure 68 shows a landfill or landfill facility for processing according to the present invention. Among the materials that have been selected, crushed, processed, purified, or composited, materials that cannot be recycled are buried and processed in landfill facilities, etc. The landfill or landfill facility 470 includes a cage facility 471, a groundwater drainage facility 472, a water cutoff facility 473, a leachate drainage facility, a leachate treatment facility, a gas treatment facility, a cover facility, and a drainage facility 486; The cage facility or cover facility where one of the magnetized or composite materials is used or sprayed; It consists of one or more of:

a) The enclosure facility 471 forms the enclosure or edge of the landfill, including embankments, berms, retaining walls, ground, slopes, reservoirs, and excavation surfaces; A shotcrete layer installed on one of the embankment or excavation surfaces; A grouting body remaining inside one of the embankment or excavation surface; The embankment or grouting body in which one of the magnetized or composite materials is used or introduced; Includes one or more of b) The groundwater drainage facility 472 is a trench excavated in one of the embankment, the excavation surface, the bottom of the landfill, and the lower part of the water cutoff facility; Perforated pipes and sumps provided in this trench; a water pump installed in its sump; It consists of one or more of: c) The water blocking facility 473 is installed on one or more of the bottom, slope, and slope of the landfill. d) The water barrier facility 473 is a) clay, mixed soil, compacted soil, mixed compacted soil, bentonite mixed soil, mixed soil of soil and bentonite, mixed soil of soil, bentonite and functional agent, bentonite mat, bentonite sheet, GCL (geosynthetic clay) liner), membrane, sheet, PVC sheet, EVA sheet, HDPE (high density polyethylene) sheet, clay or mixed soil and HDPE sheet, clay or mixed soil and GCL, clay or mixed soil and GCL and HDPE sheet; b) the above clay ~ mixed soil and one of GCL and HDPE sheets and geotextile, geotextile, geocomposite; c) one of the above clay ~ geocomposite and a hemp layer, a soil hemp layer, and a waste tire layer; It consists of one or more of: e) The functional agent is one or more of lime, gypsum, resin, cement, setting agent, binder, solidifying agent, adsorbent, collector, and additive.

f) The leachate drainage facility includes the bottom, slope, and slope of the landfill; or on top of a water barrier; A perforated pipe (474) installed in one or more of the; A drainage layer 475, a sand layer, and a gravel layer installed in this perforated pipe; A water collection well (476) connected to the perforated pipe; a water pump installed in its sump; A transfer line 477 that transfers leachate from the collection well to the leachate treatment facility; It consists of one or more of: g) The leachate treatment facility 405 includes a retention tank, aeration tank, reaction tank, flocculation tank, sedimentation tank, sterilization tank, filtration tank, and discharge tank; The storage tank or discharge tank in which one of the magnetized or composite materials is used or injected; It consists of one or more of the following or a sequence of two or more. i) The gas processing facility includes a gas collection well (480) installed in the landfill; A pump installed in the collection well; a diffusion tube that diffuses the gas collected in the collection well into the atmosphere; A transfer line 481 for transferring the gas collected in the collection well, a gas storage tank connected to this transfer line, and a gas generator 482; It consists of one or more of:

j) The soil covering facility (485) covers the top of the waste buried in the landfill and is divided into a daily covering layer (483), an intermediate covering layer (484), and a final covering layer (485). k) The daily covering soil layer 483 is covered every day on top of the waste buried in the landfill and is composed of one or more of soil, sand, gravel, aggregate, sandblast, and laying material. ℓ) The intermediate covering layer 484 is covered on top of the waste when landfilling of waste is stopped for more than 7 days at the landfill, and is composed of one or more of soil, soil, sand, gravel, aggregate, sandblasting, and laying material. m) The final covering layer 485 is covered on top of the waste after the burial of waste in the landfill is completed, and is composed of two or more of the gas exclusion layer, blocking layer, drainage layer, and vegetation layer in the upward direction from the waste. n) One or more of the gas exclusion layer, drainage layer, and vegetation layer is composed of one or more of soil, soil, sand, gravel, and aggregate. o) The blocking layer is composed of the clay ~ mixed soil and one of GCL and HDPE sheets. p) The drainage facility 486 is one of a waterway, drainage channel, open channel, trench, plume pipe, and drainage facility installed on the outskirts of the landfill.

Figure 69 is a schematic diagram showing a mist machine, water cannon, and sprayer belonging to the purifier according to the present invention. In Figure 64, the purifier 139 includes a) a water tank 176, a pump 63, a mister 202, a compressor 105, a nozzle 66, and a sprayer 66; b) Water in a water tank (80), pressurized water by a pump, mist (204) by a mist machine, pressure machine (83) by a compressor, the water or pressure machine sprayed by a nozzle or sprayer; c) Vibrators (30, 32), exciters (30, 33), magnetizers (30, 31), ozone generators (30, 34), negative ion generators (30, 35), and electrolyzers provided in the water tank or sprayer, etc. or electrolyzer, discharger or electric discharger; d) the water tank or sprayer equipped with the magnetizer or electric discharger, etc. (30); e) a vehicle (106), truck, drone (65), mobility, moving means (106) equipped with the water tank, sprayer, magnetizer or electric discharger, etc., and a moving means (106) equipped with wheels (163); f) a water cannon 140, a water cannon, a spray means, a shower means 140 equipped with the water tank or sprayer, magnetizer or electric discharger, vehicle or transportation means, etc.; g) a controller 197 that adjusts or operates the water tank or shower means, etc.; h) the water tank or controller in which one of the magnetized composite, hollow body, device 1, device 2, device 3, or device passing material is used; etc. are applicable, used or included.

In the present invention, the nozzle, sprayer, etc. 66 can be equipped with the water tank or controller. A collision plate 67, an expansion plate 68, etc. can be provided at the tip of the nozzle, sprayer, etc. 66, and the collision plate 67 collides with the passing material to vortex or aerate the passing material, and the expansion plate (68) spreads and disperses the spray. The nozzle, sprayer, etc. can spray water (80), water (80), material (80), pressure (83), ozone (82), mist (204), etc. The purifier 139 or water cannon 140 includes a compressor 105, a pump 63, and a mixer 62; A transfer line (64) connected to one of them; A functional group (30), a mist device (202), and an additive tank (60) connected to its transfer line; Additives (85) supplied from the tank; A nozzle 66 and a sprayer 66 that spray one or more of these; Material 80, compressor 83, and mist 204 sprayed from the sprayer 66; The material 80, pressure 83, and mist 204 are sprayed into the surroundings 121 or the air 121; etc. may be included.

Figure 70 shows a frame 171 of one of the purifiers, processors, and water cannons belonging to the purifier according to the present invention; Laura (163) in the lower part of the tooth; A handle (210) and a rotating fan (93) at the top; Controller 197 of the rotating fan; One or more nozzles (66) before or after the rotating fan; the frame or nozzle in which one of the magnetized or composite materials (30, 40) is used; It shows a water cannon 140, a spray means, a shower means, etc. In Figure 65a, a square or grid-shaped frame 171 is used, in Figure 65b, a frame 171 in the form of a stand or foot is used, and in Figure 65c, a water cannon 79 mounted on a vehicle 106 is used. shows. Here, the purifiers or water cannons of a, b, and c can be fixed, portable, mobile, push-pull, or truck-mounted. The rotating fan 93 is supplied with water, material 80, pressurizer 83, additive 85, high-pressure water, and pressure from the compressor 105, pump 63, water tank 176, and mister 202. Water, etc. is input, and the input material is pulverized into nano matter, mist, pulverized material, pulverized water, mist, etc., and is sprayed into the surrounding area, the air, etc. 121, and dust, dust, etc. are removed when necessary.

Figure 71 is a type of purifier, processor, etc. (139) according to the present invention, and the air, substances, dust, dust, air in the air, etc. (121) introduced by the vacuum, vacuum machine, vacuum pump, etc. (175) are inlet ( 174), a purifier that is purified in that order by a tank 100, a water tank 176, a dust collector 161, a cyclone 161, a filter 84, a heater 85, etc. through a certain line 78. (139) shows an example. Here, germs, contamination, dust, dirt, foreign substances, etc. settle in the tank 100, settle in the tank 100 where spray water is sprayed inside, settle in the water of the water tank 176, and settle in the dust collector 161 or cyclone 161. Dust is collected by and filtration is performed by the filter 84. The mist 204 can be sprayed, supplied, provided, injected, injected, etc. by the mist machine 202 into the air discharged to the outside through the inlet or the dust collector, filter, etc., and the mist causes the air, air, etc. It is possible to remove dust, dust, contamination, foreign substances, etc. from falling. The tank, filter, etc. include a vibrator (30, 32), a magnetizer (30, 31), an ozone generator (30, 34), a heater (85), a lamp (90), and the magnetizer (30, 40). etc. are available.

Figures 72 and 73 show a purifier 139 that simultaneously cleans the floor, the air, or spray and dust collection according to the present invention, which is used for floor, road, sidewalk, pavement, concrete work, road surface repair work, repair work, and road repair work. , it can be said to be effective in removing dust, dust, and fine dust in the air, air, etc. (121). In particular, dust is generated when cutting the road surface, pavement surface, concrete, etc. with a rope saw, rotating saw, etc. in concrete construction, road surface repair work, etc., and at this time, this device (139) is mounted on the cutting surface, or a rotating brush (205), etc. is used. It can be used to collect dust, cuttings, etc., or it can be used by being mounted on the rope saw, rotary saw, etc.

The dust collector belonging to the purifier is 1) one of a dust collector, a dust collector, a dust collector, a fine dust collector, a dust collector with a filter, a dust collector with a cyclone, and a dust collector that performs one or more of the cleaning and disposal functions; 2) a) Frame 171, or frame 171 provided on a cart, roller, means of transportation, etc. 163; b) one or more inhalers 174, either on the floor or in the air, mounted on its frame; Or at least one suction device (174) on the floor or in the air provided with a rotating brush (205); c) a bucket 203 in which one or more of dirt, fungi, soil, sand, scrap metal, contamination, sludge, slurry, slime, foreign substances, and debris discharged by the rotation of the rotating brush is deposited; d) a mister 202 that sprays mist on the suction rear passage (n-shaped passage behind the inhaler or rotary fan in FIG. 67) or the deposits in the bucket; e) Rotating fan 93 and motor 162 connected in random or sequential order to the inhaler or its passage (n-shaped passage behind the inhaler or rotating fan in FIG. 67), rotating fan 93, and mist machine 202 , heater 85, tank 100 or water tank 176, dust collector 161, cyclone 161, filter 84; f) one or more sprayers (79), lamps (90), ozone generators (191), and negative ion generators (201) on the floor or in the air provided on the frame (171); g) Hose (78), passage (78), pipe (78), stand (91), wheel (163), lamp (90), suction device (174), pump (175) mounted on the device, frame or negative ion device, etc. ), vacuum pump 175, vacuum pump 175 connected to the inhaler; h) the frame or vacuum pump using one of the magnetized or composite materials; A dust collector (139) equipped with a light, etc. The heater 85 is provided in the passage, bucket, rear end of the filter, etc., and serves to heat, heat, sterilize, and disinfect air and substances that are incoming, outgoing, and passing through. The lamp 90, ozone generator 191, negative ion generator 201, etc. also play a role in heating, heating, sterilizing, and disinfecting air, atmosphere, public space, and materials. See Figure 72.

The purifier includes the purifier of Figure 73. This includes a) one or more of an inlet, hose, hood, and suction device (174) on one side of a certain case (76, 102, 104); an outlet on the other side; Inside, there is an ozone generator (191), a lamp (90), a coil (85) for a heater, etc., sequentially or randomly; Photocatalyst coating on the inner or outer surface; b) at least one of a fan 93, a rotating fan 93, a suction fan 93, a vacuum pump 175, a vacuum hose 175, and a vacuum pump hose 175 on one or more of the one side and the other side; c) a net 215 or a perforated plate 215 at the front or rear end of at least one of the fans and vacuum pumps; d) the fan, net, other side, outlet, perforated plate, vacuum pump; One of the front and rear ends; In one or more of the following, in random or sequential order, a water tank (176), a dust collector (161), a hat dust collector (161), a cyclone (161), a cyclone dust collector (161), a filter (84), a filter membrane (84), and a filter medium (84). , one or more of a filter tank (84), an adsorption tank (84), a filter material (84), and a filter cartridge (84); e) a hose (78), a passage (78), a pipe (78), a stand (91), a wheel (163), a lamp (90), an aspirator (174), a pump (175) mounted on one or more of the above devices, It is a clean facility (139) equipped with a vacuum pump (175), etc. The purifier, case, inlet or suction device, outlet, ozone device or coil, fan or vacuum pump hose, net, perforated plate, water tank or filter cartridge, hose or vacuum pump, etc. include the magnetization or composite, device 1, device 2, device 3. It is possible to use materials that pass through the device.

Figure 74 shows an air purifier, sterilizer, etc. 40 according to the present invention. Figure 74a is 1) one of the lights, lamps, and light sources with a sterilizing function (90), or 2) or a clean facility equipped with a sterilizing lamp (90) or a mist device (202) and spraying mist to clean dust. (139), or 3) or a) holder (91); b) one or more lamps 90 that radiate one or more of the light or sterilizing air to the holder; c) wheels or moving means (92) on the holder; d) a shade or reflector 93 on the lamp; e) the holder or reflector plate 93 coated with photocatalyst; e) the holder or lamp that sterilizes materials or objects around the holder or lamp; f) wires, plugs, outlets, and power supplies sequentially connected to one of the holders or lamps; g) the holder or power supply using one of the magnetizers or composites; It consists of one or more of the following: cleanser, sterilizer, etc. Figure 69b shows 1) a purifier 139 equipped with a filter 84, a filter medium 84, cases 76, 102, 104, etc.; 2) or a filter (84) or an internal hollow cylindrical filter (84); Activated carbon filter media (84), rotating fan (93), perforated net or protective net (172) are placed on top of this in random or sequential order; A purifier (139) equipped with a light; 3) or a purifier 139 equipped with a filter 84, a filter medium 84, a case 76, 102, 104, etc., in which one of the magnetized or composite materials is used; etc.

Figure 74c is 1) a purifier that removes and sterilizes dust, dust, etc. by sucking in the air containing dust, dust, etc. when dust, dust, etc. is generated indoors, factories, building construction, indoor construction, etc., or 2) or a) a container ( 76, 102, 104); an inlet 174 and an outlet of this vessel; A filter 84, a screen 215, and a fan 93 at one or more of the inlet and outlet; b) a heater 85, a lamp 90, and an ozone generator 191 inside the container; c) a wheel or moving means 92 for the container, a pusher or handle for the container; d) hoses, nozzles and sprays outside of said outlet; d) a Venturi tube in the middle of the vessel; e) an injector, a check valve, a solenoid valve, a hose, and a compressor (105) sequentially outside the venturi pipe; f) a timer that adjusts the opening and closing interval of the solenoid valve; g) Radiate one or more of light, heat, steam, pressure, chemicals, drugs, sterilizers, disinfectants, ozone, negative ions, ultraviolet rays, infrared rays, far infrared rays, LED light, plasma, sterilizing gas, and sterilizing air to the inside and outside of the container. One or more devices or lamps (90); h) the container or lamp coated with photocatalyst; i) the container or lamp for sterilizing materials or objects inside and outside the container; j) wires, plugs, outlets, and power supplies sequentially connected to one of the containers or lamps; k) the container or power supply in which one of the magnetizers or composites is used; It is a purifier, sterilizer, etc. (139) composed of one or more selected from among.

Figure 75 shows a dust collection tunnel, clean tunnel, purification tunnel, dust collection arch, dust collection passage, etc. (240) as a type of purifier, processor, etc. according to the present invention, which is a door, tunnel, passage, etc. equipped with an inhaler, dust collector, etc. This includes arches, tanks, boxes, etc. Figure 70 shows that when a vehicle, object, substance, object, person, etc. (121) passes, air, pressure, mist, etc. are sprayed (66) through a nozzle, hose, sprayer, perforated pipe, disperser, etc. to remove dust, dust, etc., It shows that air is sucked in (174) using a vacuum or suction device, the suction material is moved to one side using a fan (93), and sedimentation and dust are collected in a tank, water tank, dust collector, cyclone, etc. (100). . Figure 70a is a cross-sectional view, and Figure 70b is a perspective view, cross-sectional view, or a purification tunnel with a certain length.

The purification tunnel includes: a) a purification tunnel 240, a purification passage, a purification arch, and a purification tunnel that performs one or more of the purification and disposal; b) or doors, tunnels, passages, arches, tanks, boxes, equipped with one or more of the following: a jet or an aspirator; c) Or, when one of the vehicles, objects, or people (121) passes, one of air, pressure, and mist is sprayed (79) to desorb the dust, and the air is sucked in (174) using an inhaler, and the inhaled matter is A purification tunnel that moves to one side using a fan (93) and deposits or collects dust in one of a tank, water tank, dust collector, or cyclone (100); It is one of the

Figure 76 shows ventilation facilities or ventilation equipment belonging to a purifier, processor, etc. according to the present invention. The ventilation facilities or ventilation equipment (139, 497) include hoods, ducts (255, 256), chimneys, ventilators, fans, blowers, exhaust fans, supply ports (255), exhaust ports (256), vents, vents, supply and exhaust ports, Ventilation line, air supply line (255), exhaust line (256), supply and exhaust line (255, 256), natural ventilation equipment, forced ventilation equipment, mechanical ventilation equipment, ventilation equipment or ventilation equipment that performs one or more of the above cleaning or disposal. , ventilation openings installed at a height of 2 m or more from the floor, ventilation equipment (252, 253) installed vertically at a height of 1.2 m or more from the floor, ventilation equipment that ensures that the building is ventilated more than 0.5 times per hour, and a supply opening on one side or the floor. Ventilation equipment consisting of an air outlet (254) and an exhaust device (252) on the other side or the top of the wall, a positive pressure supply device (251) on one side or the floor, and an exhaust port (排) on the other side or the top of the wall. A ventilation facility consisting of an air outlet (253), a positive pressure supply device (251) on one side or the floor, and a negative pressure exhaust device (252) on the other side or on the top of the wall, a fan (93) or a pump (63). One of the hoods or ventilation equipment provided above. The hood or mechanical ventilation equipment, etc. includes a fan (93), a rotating fan (93), a blower, a pump (63), a compressor (105), a tank (100), a water tank (176), a mister (202), and a sprayer (79). , 257), water supply line 257, ozone generator 191, mist machine 202, duct, hose, air supply line, exhaust line, air supply duct, exhaust duct, use of the magnetized or composite materials 30, 40, etc. Alternatively, it can be provided, and through this, water, water, liquid, oil, pressure, air, atmosphere, ozone, mist, etc. can be used, introduced, injected, put in, sprayed, circulated, exchanged, supplied, exhausted, discharged, etc.

In Figure 76, a, b, and c are purifiers, ventilation facilities, etc. provided in rooms, houses, homes, buildings, etc., and d is a purifier, sprayer, ventilation facilities, etc. provided in tunnels, arches, passages, etc. And a, b, and c are one of a room, a room, a house, a house, or a building equipped with a purifier, ventilation facilities, etc.; Or, it is a purifier of the room or building provided above, and d is a tunnel, arch, or passage equipped with a purifier, sprayer, ventilation facility, etc.; Or, it is a purifier for the tunnel or passage provided above. Here, the room, building, tunnel, passage, etc. may have a cleaning function or may serve as a purifier.

Figure 77 shows a cleaner that cleans the inside (6) of the facility or tank (1) rather than the outside (7) among the cleaners (69) according to the present invention. This includes a) boom (51), boom house (59), joint, boom bar, joint bar, variable member, expansion member, inclined member, and stand; Two or more of the above booms or stands; b) Auger (50), one of which is connected, vehicle, boom car, boom means, excavator, excavator, crane, crane, excavator, boom crane, means of transportation, aerial vehicle, moving truck, work truck, sweeper, sky truck, ladder truck, It is a vacuum cleaner (69) used in hydraulic cranes, tower cranes, aerial work platforms, aerial work trucks, aerial lift trucks, moving vehicles, and moving vehicles (50). This cleaner includes a) the auger or moving means (50); b) the boom or stand (51) mounted on one of these; c) one or more rotating bodies (4) provided on one of the booms or holders; d) a rope (10) mounted on its rotating body, a rope (10) for elevating (3) the hall (2) of the facility (1); e) Ring 11, radial line 12, ring 13, support 22, ring, string 14, ring, workbench 22, ring ( 15), rope (16), loop, safety belt (23), loop, rope (18), loop, secondary safety belt (24); f) a person (36), a robot (36), a hose, a nozzle, a processor, and a sprayer (66) mounted on one of the rings or safety belts; g) a supply hose (64), pressurizer (63), mixer (62), hopper (61), and reservoir (60) connected or sequentially connected to one or more of the rings or sprayers; g) the sprayer 66 that sprays the cleaning agent or treatment agent supplied from the supply hose, storage, etc.; h) the auger or reservoir in which one of the magnetized or composite materials is used; It is a device equipped with one or more of the following or two or more of them sequentially. The ring or sprayer can be equipped with a roller (4), a rotating body (4), a safety line (29), etc.

Figure 77 shows that two or two augers or means are applied and the two ends 52 are connected. In this way, in the present invention, it is possible to apply two or more than two augers or means, and thereby two or more ends 52 can be connected. The roller (4), the rotating body (4), the rope (10), the lifting rope (10), the lifting hook, the roller, and the rope can be mounted on the tip (52). At the upper part of the roof hole (2) in Figure 72, a rope (10), a ring (11), etc. for elevating the roof hole are formed when the roof hole (2) is raised and lowered. Its inner, outer, sides, and borders; A string guide body 130 that prevents friction with one of the string guide bodies 130 is shown. The string guide body 130 is composed of a holder 155 and an arc or hollow body 130 mounted thereon.

The boom includes a boom 51, a boom house 59, a folding and unfolding boom, a boom 51 pulled out or retracted from the boom house 59, a boom 51 with a fracture 51-1, a piston or a cylinder, etc. A boom that goes up and down by (55), a boom (56) on which the mobile unit (58) moves, a boom (56) on which the mobile unit (58) moves on wheels (57), longitudinally (150) or downward (151). This includes a boom on which a load is applied, a boom on which the load of the vacuum cleaner mounted on the string 10 is applied in the longitudinal direction (150) or downward (151).

Figure 78 shows facilities such as buildings, exterior walls, glass, etc. using a purifier, purifier, vacuum cleaner, drone, etc. (139, 65) equipped with a mist machine, etc. (202) that generates the mist, etc. (30, 230) of the present invention. It shows cleaning, cleaning, washing, etc. These include: a) drone 65, b) manpower, c) dust collector; A combination of two or more of these; The above-mentioned mist or composite mist (80, 204) is used for a) drone, b) manpower, c) dust collector, etc. to purify, clean, wash, etc. the facility, spraying, spraying, spraying, etc. It has this characteristic. Here, the collision plate 67 and the expansion cone 68 are provided at the tip and outlet for spraying, spraying, spraying, etc.; Equipped with one of the nozzles, hoses, pipes and sprayers; It is possible to provide a light (66). Here, c) the dust collector is mounted on a) a drone, b) a human resource, and can be applied to collect dust, dust, etc. in the air by sucking air in addition to spraying mist. Here, b) the workforce includes a hose 270 that is connected to the building's water supply and supplies tap water; A mist machine (202) through which tap water passes and supplies mist water; For cleaning exterior walls and glass, etc., a side dish (271), a pusher, a duster, a sponge pusher, a rubber pusher, and a pusher attached to a stick (271); etc. are available. Here c) the dust collector 139 includes an aspirator 174, a suction line 78, a vacuum pump 175, a water tank 176, a cyclone 161, a filter 84, a heater 85, and a vibrator 30, 32. ), magnetizers (30, 31), ozone generators (30, 34), etc. can be provided or sequentially provided.

Figure 79 shows a water purifier, which is one of the purifiers. The water purifiers 88 and 189 include a filter water purifier, an ion water purifier, an alkaline water purifier, an electrolysis water purifier, and an electrolytic cell 71. The water purifier 88, an anode 551, and a cathode 552 ), a water purifier (88) equipped with an electrolyzer (71) mounted on it, a water purifier (88) consisting of an inlet hose (78), a filter (84), cold and hot units (85, 86), and a water intake faucet (75), and acidic water (170) is discharged and alkaline water (171) is taken in from the water purifier (88) through the filter (84), cold and hot units (85, 86), and water intake faucet (75), see Figure a above. It includes cold and hot water purifiers (88, 89) that discharge the water (80) of the bottled water bottle (176) at hot and cold temperatures. Here, the cold and hot machines (85, 86) are composed of a heater (85), a cooler (86), etc., and heat and cool the passing water (80). See figure b. The mist machine 202, a magnetizer or a magnetization vibrator 30, etc. can be installed inside the water purifier. The filter water purifier may be composed of two or more filters (84), a heater (85), a cooler (86), a water intake faucet (75), etc. See figure c. For the water purifier, electrolyzer, anode, cathode, filter, water intake faucet, bottled water bottle, etc., one of the magnetized or composite materials, hollow body, device 1, device 2, device 3, or device passing material can be used.

Figure 80 is a schematic diagram showing a magnetizer, hollow body, magnetized hollow body, hollow magnetizer, etc. according to the present invention. (a) is a magnetic material lined with a magnet, (b) is a holder 112, a vortex-type holder 112, a vortex-type holder 112 that vortexes water, (c) is a magnetizer 30 with a holder, ( d) is a hollow body equipped with both ends and middle connecting means 114, (e) is a hollow body 37 provided with a holder 112, and both ends connecting means 114 in which a magnetizer 30 is embedded, (f) is a holder (112) This includes a hollow body 37 in which a magnetizer 30 is embedded and an injector 93 and an inclined pipe 94 are provided on the side. Here, substances, materials, pouring materials, etc. 80 pass through the hollow body 13, etc., and the magnetized materials, materials, pouring materials, etc. are discharged, outflowed, poured, etc. Here, the holder 112 has a spiral shape bent in the longitudinal direction, making it a type of vortex-type holder. Here, the stand can also be equipped with four feet (113). Here, the foot 113 can be straight, curved, spiral, screw, etc. A venturi 53, a reduction part 53, a filter 160, etc. can be provided inside the hollow body 37. The injector 93, inclined pipe 94, hollow body 37, etc. allow substances, materials, additives, etc. to enter, pass, and flow.

Figure 81 shows the drone 65, mobility, purifier 139, cleaning means 139, mist machine 202, etc. according to the present invention, and the materials, mist, magnetization or composite, etc. (80, 204) supplied therefrom. Using , the clean object 121 is shown to be clean, purified, cleaned, washed, etc. Here, the clean objects 121 include a) tunnels, culverts, passages, arches, soundproof walls, underground spaces, soundproof tunnels, b) dams, rivers, streams, ponds, reservoirs, reservoirs, retention ponds, septic tanks, reaction tanks, aeration tanks, and flocculation tanks. , sedimentation tank, c) pipeline, pipe, pipe, water pipe, sewer pipe, water pipe, oil pipe, pipeline, d) room, room, house, house, building, complex, entrance, fence, fence, exterior wall, glass, window, interior, Living room, e) Air, atmosphere, space, public space, road, pavement, soundproof walls, etc. Here, mixer 62, compressor 105, pump 63, water tank 176, mist machine 202, drone 65, mobility, nozzle 66, purifier 139, one of the above magnetized or composite Using the mixer or purifier used, substances, water or complexes, magnetized substances or complexes, etc. are sprayed, injected, injected, etc. into the object to be cleaned, thereby purifying, purifying, cleaning, washing, etc. the object to be cleaned.

Figure 82 is a schematic diagram showing the negative pressure type (280) and positive pressure type (281) purifier 139 according to the present invention. Here, a) represents a front view, b) represents a side perspective view, and c) represents a rear view. This includes the filter 290, fan 291, sensor 292, lamp 293, display unit 295, case 296, hole 297, etc., which constitute the purifier 139, and other walls 298, A window 299 and the like are shown. When installing the purifier 139 of the present invention on the wall 298, window 299, etc., the wall, window, etc. must be removed to the extent that the purifier can be installed, or the hole, nails, anchors, bolts, etc. mounted on the hole, It is possible to install using nuts, etc. The purifier of the present invention, the purifier or complex device, etc. include free-standing type, attached type, hanger type, indoor type, outdoor type, mobile type, vehicle type, fixed type, drone type, boat type, tunnel type, home use, factory use, wall-mounted type, These include those attached to glass and those attached to the ceiling.

One of the purifiers or multi-function devices (40) includes a) negative pressure type (280), positive pressure type (281), wind power type, oil wind type, no wind type, negative pressure purification type (280), positive pressure purification type (281), and negative pressure ventilation type. (280), positive pressure ventilation type (280), wind negative pressure type, wind positive pressure type, wind negative pressure type, wind positive pressure type, wind-free negative pressure type, wind-free positive pressure type, wind negative pressure cleaning type, wind positive pressure cleaning type, wind-free negative pressure cleaning type, Wind-free positive pressure ventilation, wind-free negative pressure ventilation, wind-free positive pressure ventilation, wind-free negative pressure ventilation, wind-free positive pressure ventilation; b) Negative pressure type (280) in which negative pressure or (-) pressure acts indoors or inside, positive pressure type (281) in which positive pressure or positive pressure acts in the room or inside, wind power type in which the wind is used, Flow type, windless type that does not use wind, negative pressure type (280), which extracts air from the room or inside with a fan or pump, positive pressure type (281), which draws air from the outside into the room or inside with a fan or pump, etc. Wind-powered type with the wind blowing, Stream-wind type with the wind blowing, No-wind type with no wind, Wind-powered type with a wind speed of 10 cm/sec or more, Stir-wind type with a wind speed of 10 cm/sec or more, No-wind type with a wind speed of 10 cm/sec or less Negative pressure purification type (280), which purifies the air by extracting it from the room or inside, positive pressure purification type (281), which cleans the air by drawing it from the outside into the room or inside, and negative pressure ventilation type, which ventilates by extracting air from the room or inside. (280), a positive pressure ventilation type (281) that ventilates by introducing air from the outside into the room or inside, and a wind-free positive pressure ventilation type (281) that ventilates by introducing air from the outside into the room or inside at a speed of 10 cm/sec or less; c) or the negative pressure type or wind-free positive pressure ventilation type mounted on one of the walls, doors, windows, windows, windows, glass, ceilings, and ceilings; One of the purifiers, complex machines, etc. 40 is included.

83 and 84 show a) an air supply 324 or air generator 324, an air supply line 323, and an air injection port 321; An air shower (430) consisting of one or more of these; b) or air intake port 322, exhaust line 325, vacuum 326, air purifier 327; An air intake device (440) consisting of one or more of these; c) or a purifier (139) consisting of one or more of the air supplier and air intake device; d) or the air supply or purifier in which one of the magnetized or composite materials is used; indicates etc. Here, the left picture of Figure 78 and Figure 79 are front views, and the right picture of Figure 78 is a three-dimensional drawing with a certain length. Using the air supply or purifier, it is possible to purify, shower, purify, wash, wash, etc. people, human bodies, bodies, vehicles, trucks, substances, objects, cars, etc. The purifier may include an inlet 310, an outlet 311, a case 305, a filter 300 inside the case, a fan 93, and a cyclone 161 connected to the case or outlet.

The air supply 324 or air generator 324 includes a fan 93, a pressurizing fan, a rotating fan 93, a blowing fan 93, a ring blower 220, a pump 63, a compression pump 63, Compressor 105, air compressor 105, air supply, air generator, air pressurizer 105, etc. may be included. The vacuum 326 may include a fan, suction fan, pump, vacuum, vacuum pump, suction pump, etc. The air purifier 327 includes filters 84, 290, 300, a filter container 305, a cyclone 161, an air purifier, an air purifier, and a water tank 176. Dusty air is introduced into the air, and the dust is absorbed into the water. A water tank 176 from which the removed clean air is discharged, a tank 100 equipped with a sprayer, and a tank 100 equipped with a sprayer at the top so that dust in the incoming air is settled by the spray water and the clean air from which the dust has been removed is discharged. etc. can be included.

The air shower 430 includes a) an air injection port 321, an air supply 324 or compressor 324 that supplies air to the air injection port 321; b) or an air injection port (321) on which an ozone group is mounted, and an air supply device (324) on which a magnetizer is mounted to supply air to this air injection port; It consists of one or more of:

The air inhaler 440 includes a) an air inlet 322, a fan or rotating fan or vacuum or vacuum pump 326 that applies vacuum to the air inlet, and a filter or dust collector or air cleaner 327 that collects the sucked air; b) or an air inlet 322 on which an anion group is mounted, a fan or vacuum or vacuum pump 326 on which ozone group is mounted by applying a vacuum to this air inlet, a filter on which an anion group is mounted by collecting the sucked air, or Dust collector or air purifier (327); It consists of one or more of:

The air gun 431 includes a) a gun (322), a hose (323, 325) connected to it, an air supply (324) connected to the hose to supply air or apply vacuum, and a fan (324, 326). ), one or more of the vacuum 326; b) Alternatively, a gun on which a vibrator is mounted, a hose on which a magnetizer is mounted while connected to this hose, an air supply on which negative ions are mounted while supplying air or applying vacuum connected to this hose, and a fan or vacuum on which an exciter is mounted. It consists of one or more elements of air.

The airbrush 433 includes a) a brush 434, a porous plate 433 with a brush 434, a porous tube with a brush, a porous zone with a brush, hoses 323 and 325 connected to one of these hoses. At least one of an air supply (324), a fan (324, 326), and a vacuum (326) that is connected to one or more of air supply and vacuum application; b) Alternatively, a hose on which a vibrator is mounted while being connected to one of the brush or porous band on which a magnetizer is mounted, an air supply on which ozone is mounted while supplying air or applying vacuum in connection with this hose, and a vibrator is mounted on it. It consists of one or more of a fan or a vacuum.

In Figures 85 and 86, the air injection port 321 sprays air on people, vehicles, etc. 121 to give an air shower, and the air gun 431 sprays air on people, vehicles, etc. to give an air shower. The airbrush 433 is held by a person's hand and then sprays air while rubbing the person, clothing, or object with the brush 434 to remove germs, dust, contamination, etc. attached to the person, clothing, or object. The desorbed material flows into the inhaler, purifier, etc. through the hose, exhaust line, etc. 325 through the hollow part inside the brush and is purified.

In the present invention, air can be replaced or replaced by water, water, liquid, oil, liquid, gas, solid, air, material, wind, ozone, negative ion, clothing, clothes, etc. Examples of this include an air spray that sprays water, an air shower that sprays water to shower people, etc., an air suction device that suctions water, an air gun that sprays ozone, an ozone gun that sprays ozone, and an airbrush that sprays water. This includes clothing brushes that rub clothing.

Figure 87 shows a purifier such as an air shower or air spray purifier according to the present invention. Here, figure a is a side view of the case 450 installed on the target surface 470 and equipped with an air injection port 321 and an air intake port 322, and figure b is a front door where the case 450 is installed on the ceiling ( This is a front view of 320), and Figure c is a top view of the case 450. The filter 328 provided in the case 450 is replaceable. The filter 328 includes a filter, filter box, cartridge filter, filter cartridge, etc. The case 450 may be provided with a filter seating port, an insertion port, a seating groove, an insertion groove, etc. to enable seating or insertion of the filter 328.

The air shower, air spray purifier, purifier, etc. include the following purifier 1, purifier 2, purifier 3, purifier 4, purifier 5, purifier 6, and purifier 7. The purifier 1 is a) equipped with one or more lights (452), electric lights, lamps, fluorescent lights, beam lights, sterilizing lights, disinfection lights, chandeliers, and fire alarms, or b) or is equipped with one of the lights or fire alarms (452). It is a purifier 139 or air shower 430 equipped with parts, contents, components, etc. Here, the parts, contents, components, etc. include an air sprayer (321), an air gun (432), an airbrush (433), an air shower (430), a foreign matter suction device, an air suction device (322), an air supply device (324), and a vacuum ( 326), air purifier (327), air dust collector (327), etc. The purifier 2 drills a hole or drill 472 on a target surface 470 such as a ceiling, ceiling, or wall, mounts itself 139, 450 on the target surface 470, and Or, connect the wire mounted around it to itself, and attach nails, pins, screws, bolts, nuts, nails, anchors, nails to the holes 472 formed in itself and the holes 472 formed in the target surface 470. , a water purifier, an air shower, etc., installed with one or more of the fixing means (473) such as taka pins, bolts and nuts, and fixed to the target surface (470) by one or more of the nails or fixing means (473). The target surface 470 includes the ceiling, ceiling, wall, entrance 320, target surface, background surface, concrete surface, wall surface, purifier installation surface, and purifier installation target surface. The purifier 3 includes a) an air shower (430), an air inhaler (322), an air gun (431), and an airbrush (433); b) an air supply device (324) and an air vacuum device (326) connected to one or more of them; c) an air nozzle (321) connected to one or more of the air shower, air gun, and airbrush; d) an air intake port 322 connected to one or more of the air intake device, air gun, and air brush; d) a filter (328) or dust collector or air purifier (327) associated with one or more of the air intake device, air vacuum device, air gun, and air brush; e) hoses (323, 325) connected to one or more of the air shower or air purifier; f) an air shower or hose using one of the above magnetized or composite materials; It is a purifier 139 or an air shower 430 that includes one or more of the following. The filter 328 includes a filter, a filter container, a barrel filter, a filter box, a box filter, a filter cartridge, a cartridge filter, a filter inserted into a filter holder, a filter holder and a filter mounted thereon, a filter that is periodically replaced, and a filter that is periodically replaced. This applies to cartridge filters, etc.

The purifier 4 is attached to one or more of the plate 471 provided therein, the plate 471 provided with a nozzle, the plate 471 provided with an inlet, the target surface 470, and the target surface 470 on which it is fixed. The formed hole 472 is used as a purifier or air shower. Here, the plate 471 corresponds to a plate, a support plate, a mounting plate, a protruding plate, an expansion plate, a plate, a protruding plate for forming a hole, a protruding plate for forming a hole into which a screw, etc. is inserted. The purifier 5 penetrates the hole 472 formed in the device 450 or its plate 471, and one of the nails or fixing means 473 is installed or inserted into the target surface 470 or the hole 472 formed therein. A purifier, an air shower, etc. are fixed to the target surface 470. The purifier 6 pierces a hole or drill 472 on the target surface 470, penetrates the hole 472 formed in itself 40, 450, and fixes the nail to the drilled hole or drilled portion 472. One of the means (473) is a purifier, air shower, etc. that is installed or introduced and fixed to the target surface (470). The purifier 7 drills a hole or drill 472 in the target surface 470, mounts itself (139, 450) on the target surface, connects the wire mounted on the target surface to itself, and forms a A purifier, air shower, etc. is fixed to the target surface by the screw or fixing means by installing or inserting one of the nails or fixing means 473 into the hole 472 and the hole 472 formed on the target surface.

Figure 88 is an example of a purifier according to the present invention, which is mounted in the house 460, room 461, living room 462, entrance 320, front door 319, inside the entrance 318, outside the entrance 317, etc. It represents the purifier (139, 497). Here, the purifier includes an air supplier (324) or an air injection port (321) or an air circulation facility (497) that supplies and sprays air, an air inhaler (326) that sucks the sprayed air, and a device that sucks in air from the room and discharges it to the outside. An air inhaler (326) or air intake port (322) or an air circulation facility (497), an air purifier (327) that cleans the supplied, inhaled or released air, various sensors (451) that measure dust concentration, etc., ultraviolet rays, etc. It consists of various radiating lamps 452, a ventilation or circulation facility 497 consisting of a fan 291 and a filter 290, and the air supply or circulation facility using one of the magnetization or composite materials. The air supply, air intake, and air circulation facility 497 include a fan 93, a ring blower 220, a pump 63, a pressure pump 63, and a compressor 105. The air purifier 327 may include a fan 291, a filter 290, and a cyclone 161.

Figure 89 shows that the purifier 139 according to the present invention is installed in a building 480, a parking lot 481, or a fence 482, or a building 480 or parking lot 481 equipped with a purifier 139 and having a cleaning function. , shows purifiers such as the fence 482, etc. Here, the purifier includes the purifier shown in FIGS. 76 to 83, etc.

Figure 90 shows a filter, purifier, purifier filter, filter purifier, filter-type purifier, etc. (139, 305) according to the present invention, which includes a rotating fan (93), a pre-filter (300), a HEPA filter (301), and a purification filter. (302), rotating fan (93), sedimentation filter (300), carbon filter (301), ultra filter (302), carbon filter (303), rotating fan (93), antibacterial filter (300), and carbon filter (301) ) and nano filter (302), rotating fan (93), pre-filter (300), main filter (302), post-filter (304), rotating fan (93), pre-filter (300), HEPA filter (301), and Deodorizing filter (302), carbon filter (303), rotating fan (93), pre-filter (300), medium filter (301), deodorizing filter (302), HEPA filter (303), rotating fan (93) and pre-filter. (300), a deodorizing filter (301), a HEPA filter (302), a nano filter (303), and a post-processing filter (304) at the rear of each of the above. This may include an inlet 310, an outlet 311, a case, etc. In the above, the rotating fan 93 can be omitted, removed, excluded, replaced, changed, detached, replaced with a rotating body, replaced with an exhaust fan, replaced with a blowing fan, excluded from the configuration, excluded from inclusion, etc. The purifier, purifier, processor, air purifier, etc. of the present invention include a rotating fan, pre-filter, main filter, medium filter, HEPA filter, deodorizing filter, purification filter, sediment filter, carbon filter, ultra filter, antibacterial filter, nano filter, and post filter. One or more of a filter and a post-processing filter, or two or more, may be included sequentially.

Figure 91 shows a filter, purifier, purifier filter, filter purifier, filter-type purifier, etc. 305 according to the present invention, where a is a fan 93, a filter 290, a case 102, an inlet 310, and an outlet ( 311), etc., b is a purifier with multiple filters 290, c is a purifier with the inlet 310 and outlet 311 located at the top and bottom, and d is the filter 290. It is a multiple-person purifier, e is a purifier equipped with a fan (93) and five types of filters (300, 301, 302, 303, 304), and f to k have cases that are cylindrical, square cylindrical, disc-shaped, or vertical disc-shaped. , a ladder-type, plate-type, or multi-plate type purifier. The fan 93, filter 290, etc. are built into the case 102, and the case may be provided with an inlet 310, an outlet 311, etc.

Figure 92 shows a robot vacuum cleaner 116, a clothes purifier, or a clothes washer 122, which is one of the purifiers according to the present invention. The robot cleaner 116 in Figure a includes a brush 115, a vacuum 175, and an ozone machine ( 34), cyclone 161, filter 160, case 102, etc. The clothes cleaner (122) in Figure b is for cleaning, washing, and cleaning clothes, clothing, clothes, etc. (121), and includes a nozzle or sprayer (66), a hanger or hanger (177), a vacuum (175), It consists of an ozone generator (34), a cyclone (161), a filter (160), and a case (102). Here, the hanger or hanger 177 has the characteristics of being fixed, moving, vibrating, shaking, shaking, shaking, etc. The nozzle or sprayer sprays air (80) on the clothes, the hanger or hanger shakes the clothes, the vacuum sucks air, dust, dust, etc. (80), and the ozone machine generates ozone to sterilize, The cyclone, filter, etc. collect the air, dust, dust, etc. (80). A vibrator 32, an exciter, a magnetizer 31, an ozone group 34, an anion group, a discharger, a magnetizer or a composite of the above can be used or provided in the nozzle or case.

Figure 93 shows a purifier, cleaner, and width for purifying, cleaning, aerating, dredging, etc. dams, rivers, streams, ponds, coasts, oceans, seas, ponds, reservoirs, reservoirs, sediments, foreign substances, etc. (121) according to the present invention. These are equipment (498), dredges, etc. (139, 129). Here, the purifiers (139, 129) include a conveyor (490), a scraper (493), a scum remover (147), a conveyor with a knife (491), a scraper (493) with a knife (491), a floating body (494), and a screen (492). ), a storage unit 100, an anti-contamination net 127, and the conveyor or anti-contamination net using one of the magnetized or composite materials. The aerator 498 aerates water by blowing air, etc., and includes a fan, pump, rotating fan, blower, electric fan, compressor, air compressor, etc. The conveyor 490, scraper 493, etc. rotates and functions to raise foreign substances, suspended matter, sediment, etc. from the surface of the water, underwater, and the bottom of the spoon to the surface of the water.

The purifier, cleaner, aerator (498), dredge, conveyor (490), scraper (493), scum remover (147), conveyor with knife (491), scraper (493) with knife (491), floating body (494) ), screen (492), storage (100), clutter prevention net (127), etc. are a) water, surface, underwater, water bottom, river bottom, sea bottom, sea, pond, river, stream, dam, reservoir, reservoir, retention pond, air, atmosphere, buildings, structures; b) the interior, exterior, vicinity, vicinity, vicinity, perimeter, edge of one of the above-mentioned water or structures; It can be equipped, mounted, installed, kept, positioned, anchored, mounted, reached, etc.

The conveyor 490 raises foreign matter 121 in the water to the surface of the water, the scraper 493 rotates and raises the foreign matter 121 to the floating body or reservoir, etc., and the scum remover 147 is used to raise foreign matter 121 in the water to the water surface. The purpose is to remove suspended scum, and the floating body 494 floats on the water surface and holds the purifier or anti-pollution net, and the screen 492 removes moisture such as foreign substances and scum raised above, The storage 100 stores the foreign substances, scum, etc., and the anti-pollution net 127 is installed in or around the water, purifier, storage, etc.

Figure 94 shows ventilation facilities, ventilation equipment, ventilation systems, etc. (139, 497) according to the present invention, which include air suppliers (63, 93, 105, 176, 202, 324), ducts (255, 256), and air supply lines ( 255), an air aerator 498, an exhaust line 256, a vacuum 175, an air suction device 326, an air purifier 327, etc., or in that order. It can be used for ventilation of rooms, rooms, houses, houses, buildings, structures, tunnels, subways, basements, sites, construction sites, tunnel sites, etc. The air supplier includes a pump 63, fan 93, compressor 105, water tank 176, mist machine 202, air supplier 324, and air generator 324.

Figure 95 shows the water sprayer 496, water cannon 496, sprinkler 495, etc. among the purifier 139 according to the present invention. The sprinkler, water cannon, sprinkler, etc. can be equipped with a water tank 176, a purifier 140, a pressurizer 63, and a nozzle 66. These can be used for cleaning, purifying, and washing roads (499, Figure 90 a), tunnels (481, Figure 90 b), and spaces. The above embodiment includes a water tank 176 in which water, rainwater, tunnel water, etc. are stored, a purifier 140 for purifying water, a pump or pressurizer 63 for pressurizing water or the purified water, and the pressurized water. A nozzle 66 for spraying, a purifier 139 equipped with the water tank or nozzle using one of the magnetized or composite materials, a sprinkler 496, a water cannon 496, a sprinkler 495, etc.

Figure 96 shows examples of mixers, stirrers, construction equipment, and field mixers according to the present invention. This includes a screen 492 for sorting materials, soil, soil, etc. (80) into good soil or passing material (80), aggregate or non-passing material (302), a hopper (61) into which additives, etc. (85) are input, Mixers, screws, conveyors, etc. (62, 490) for mixing the passing material and additives, and separators, stirrers, blowers, crushers for sorting, stirring, hitting, crushing, etc., certain materials or the mixed mixture (571). Light 570, a nozzle or sprayer 66 for spraying water on the mixture or certain material, a spreader 573 for laying the mixture or material (572), and a compactor for compacting the mixture or material (574) (575), the screen or compactor in which one of the magnetized or composite materials (30, 40) is used may be included. The screen or spreader may be equipped with a mixer, stirrer, stirring blade, screw, rotating screw, rotary, rotating rotary, etc. The additives may include resins, lime, cement, expanding agents, foaming agents, latex, asphalt, bentonite, additives, admixtures, and the above water and composites. The compaction layer, pavement layer, mixed soil layer, water blocking layer, waterproofing layer, cover layer, base layer, sub-base layer, fill layer, etc. 574 are formed.

Figure 97 shows an example of a separator, stirrer, blower, crusher, vortexer, aerator, functional group, etc. 570 according to the present invention. This involves sorting, stirring, hitting, crushing, swirling, aerating, etc. the material 80 passing through it: a) container 580; b) a plate 582, a spiral 583, a screw 583, a wing 584, a rod 585, and a bundled rod 586 provided therein; c) Axis 581, central axis, and rotation axis 581 of the plate or bundled rod, etc.; d) a motor, rotation means (26) that rotates the plate, rotation shaft, etc.; e) the container or rotating means in which one of the magnetized or composite materials is used; etc. may be included. The container or rotating means is vertical, perpendicular, horizontal, inclined, diagonal, 1, 2, 3, 5, 1 or more, 1 side installation, 2 side installation, both side installation, 3 side installation, 4 Side installation, multi-side installation, vertical installation, horizontal installation, inclined installation, diagonal installation, projection installation, etc. are possible. Figure 91 a, b, c, and d show top views of the rods installed on the 1st, 2nd, 3rd, and 4th sides, respectively, in the container. The plates, bundle rods, etc. have the function of selecting, stirring, hitting, crushing, swirling, aerating, etc. a certain material 80.

Figure 98 shows examples of a separator, stirrer, blower, crusher, vortexer, aerator, functional group, and the container or rotating means provided with protrusions 230 according to the present invention. The efficiency of screening and aeration can be improved by the protrusions. In Figures 97 and 98, a is a square cylinder equipped with an inclined plate, b is a cylinder equipped with an inclined plate, c is a cylinder equipped with a screw mounted on a shaft, d is a cylinder equipped with a wing mounted on a rod, and e is an inclined rod. A mounted square cylinder, f is a vertical cylinder equipped with a spiral mounted on a horizontal axis, g is a vertical cylinder equipped with a wing mounted on a horizontal rotation axis, h is a vertical cylinder equipped with a rod mounted on a vertical axis, i is a vertical cylinder mounted on a shaft The barrel equipped with a bundle rod, j, represents an example of a sorter, stirrer, blower, crusher, vortexer, aerator, functional group, etc. 570, which includes a horizontal barrel equipped with a rod mounted on a horizontal axis.

The above explains the content, scope, claims, embodiments, etc. of the present invention based on the drawings. The diagrams, pictures, contents, sentences, terms, words, names, idioms, objects, things, substances, equipment, devices, facilities, means, parts, materials, materials, work, work, work, construction, etc. described below or above. refers to a) equipment, drone, mobility; b) The above or following groups to complexes, groups to networks, chips to semiconductors, equipment to semiconductors, magnetization to complex processing, magnetization to composites, magnetizers to complexes, numbers to composites, numbers to composites, single to composites, flight to composites. complex, construction or complex; c) Materials that have passed through one of the above, materials that originate from one of the above; d) Combination of two or more of the above; It is possible to use, apply, utilize, provide, place, add, add, connect, connect, spray, coat, etc. The above or following groups or complexes may include groups a) to d) complexes, etc.

a) The above products, goods, goods, supplies, etc. include products, goods, goods, supplies, food, food, alcoholic beverages, beverages, cosmetics, factory products, electronic products, industrial goods, manufactured goods, household goods, office supplies, etc. , b) the products, goods, goods, supplies, facilities, equipment, devices, aircraft or networks, etc. may be work, work, the flight or complex, construction or complex, etc., or c) the above products, goods, goods, supplies, Facilities, equipment, devices, aircraft or networks, aircraft or complex equipment, etc. are used for work, work, the above flight or complex, construction or complex, etc., or d) the work, work, flight or complex, construction or complex, etc. are used for the above products, Goods, goods, supplies, facilities, equipment, devices, water or complex, aircraft or network, aircraft or complex, etc. are used, or e) the object of the work, work, flight or complex, construction or complex, etc. is the above. It can be a device, a device, a product, an article, a product, an article, a facility, an equipment, a device, a water or a complex device, a device or a network, a device or a complex device, etc. Examples of the above include goods manufactured by the device, delivery in which the goods are used, products produced by the equipment, construction in which the products are used, drones loaded with goods flying, goods manufactured by the system, and facilities in which the goods are used. , work in which the supplies are used, etc.

The above cosmetics include cosmetics 1, cosmetics 2, cosmetics 3, etc. The above cosmetics 1 include powder, fine powder, powder, powder, makeup powder, spreader, lotion, rouge, cream, perfume, fragrance, rouge, gelatin, filler, lotion, cosmetics, lipstick, nail polish, mascara, serum, cheek. Touch, BB cream, eye cream, beauty milk, nutritional cream, body cream, cleanser, skin lotion, skin milk, skin cleanser, cosmetic soap, red clay pack, cosmetic material, milk lotion, skin lotion, eye cream, nutrient solution, nutrition Cream, essence, cleansing cream, foam cleansing, red clay cream, phyton cream, cypress cream, shadow, eye shadow, foundation, foundation cream, essential oil, face milk, facial cream, face lotion, face powder; b) a complex of two or more of them; etc. are applicable. Cosmetics 2 above include cosmetic powder, cosmetic cream, cosmetic lotion, makeup remover, cosmetic pad, face makeup cosmetics, body makeup cosmetics, moisturizer cosmetics, cosmetic compact, skin care cosmetics, eye makeup remover, and cosmetic products. Gel, cosmetic lotion, cosmetic cream, cosmetic astringent, cosmetic skin freshener, cosmetic oil, cosmetic cold cream, cosmetic cleansing cream, cosmetic cleansing emulsion, makeup removal lotion, nutritional cosmetics, basic cosmetics, Natural cosmetics, ginseng cosmetics, vitamin cosmetics, red clay cosmetics, phytoncide cosmetics, wrinkle removal cosmetics, anti-aging cosmetics, anti-aging cosmetics, moisture cosmetics, essence cosmetics; b) a complex of two or more of them; etc. are applicable. The above cosmetics 3 are packs, cosmetic packs, red clay packs, face packs, phyton packs, cypress packs, helmets, hair care helmets, anti-hair loss helmets, neck care LEDs, hair care LEDs, gas masks, detachments, masks, pack masks. , mask pack, facial pack, cosmetic mask pack, facial mask pack, mouth mask, neck mask, electric mask, electronic mask, light source mask, light mask, LED mask, neck LED mask, hair LED mask, beauty mask, face mask , hair mask, head mask, yellow dust mask, red clay mask, phyton mask, cypress mask, dust mask, mask mask, cosmetic mask, neck care mask, hair care mask; b) a complex of two or more of them; etc. are applicable.

The above daily necessities include toothpaste, gargle, soap, shampoo, daily necessities, body products, massage products, beauty products, skin care products, body care products, shampoo, functional shampoo, ginseng shampoo, red clay shampoo, phyton shampoo, cypress shampoo, vitamin shampoo, and hair loss prevention. Shampoo, anti-dandruff shampoo, perm, hair dye, toothpaste, functional toothpaste, ginseng toothpaste, red clay toothpaste, phyton toothpaste, cypress toothpaste, pine salt toothpaste, bamboo salt toothpaste, vitamin toothpaste, anti-cavity toothpaste, toothbrush, electric toothbrush, mouthwash, mouthwash , mouthwash, tooth gargle, mouthwash, mouthwash, soap, functional soap, ginseng soap, red clay soap, phyton soap, cypress soap, vitamin soap, paste, water paste, adhesive paste, liquid soap, bath soap, shoe polish, wet tissues, face wash. Supplies, hair dye, bleach, hair care products, artificial eyelashes/hair and nail adhesive, toiletries, body products, detergents, bleach, cleaners, polishes, abrasives, water detergents, powdered detergents, red clay detergents, phyton detergents, cypress detergents, Laundry detergent, cleaning detergent; b) a complex of two or more of them; etc. may apply.

The above foods include food 1, food 2, etc. The above food 1 is water, rice, porridge, rice, glutinous rice, hetbahn, hetbanbap, gimbap, barley rice, bibimbap, soup, liquor soup, seaweed soup, pollack soup, red bean porridge, chicken porridge, fish porridge, vegetable porridge, abalone porridge, steamed food, Braised ribs, red clay stew, phyton stew, cypress stew, stew, gomtang, fish stew, seafood stew, seolleongtang, galbitang, blowfish stew, sujebi, scorched rice, pressed rice, honey, sugar, pudding, soup, ramen soup, seasoning, food, Korean food, Chinese food, Western food, drinks, food, Korean food, Western food, Chinese food, Jjamppong, wool noodles, black bean noodles, sweet and sour pork, Yusanseul, nanjawansu, noodles, kalguksu, makguksu, garak noodles, banquet noodles, mixed noodles, boiled pork, sundae, pig's feet, pancakes , green onion pancakes, dumplings, fried dumplings, steamed dumplings, seasoning, grilled, grilled meat, grilled fish, grilled mud, roasted duck, stew, budae jjigae, kimchi stew, pasta, fried food, fried foods, seaweed, bugak, seaweed bugak, salt, bamboo salt, salt , side dishes, kimchi, radish kimchi, white kimchi, cabbage kimchi, dried kimchi, kimchi kimchi, dongchimi, pickled crab, crab, soy sauce crab, seasoned crab, soybean paste, soy sauce, meju, red pepper paste, seasoning sauce, jelly, fish cake, oden, acorn jelly, tofu, Soft tofu, raw fish, seasoning, food, foodstuff, marine products, feed, feed, animal feed, dog food, food ingredients, food ingredients, food ingredients, drinking ingredients, edible ingredients, foodstuffs; b) Two or more of them are combined or combined; etc. are applicable. The above food 2 is rice cake, glutinous rice cake, red bean rice cake, bean rice cake, songpyeon, jeolpyeon, yakgwa, rice rice cake, glutinous rice cake, mochi rice cake, injeolmi, garae rice cake, cake rice cake, rice cake cake, tteokbokki, Korean sweets, yakgwa, sanja, gangjeong, jeonbyeong, honey, honey , Acacia honey, taffy, starch syrup, pumpkin taffy, Garak taffy, amazake, sikhye, bread, red bean bread, steamed bread, white bread, bungeoppang, bagel, cake, chips, snacks, snack chips, refreshments, candies, candies, scones, twists, chocolate, juice , green juice, gum, chewing gum, noodles, ramen, cup ramen, bag ramen, pizza, dough, ham, sausage, pizza dough, ham pizza, cheese pizza, pumpkin pizza, delivery pizza, slice pizza, chicken pizza, combination pizza, whole chicken , chicken, fried chicken, seasoned chicken, fried chicken, seasoned chicken, delivery chicken, pizza chicken, fried chicken, yogurt, fermented food, frozen food, cream, ice, popsicle, ice cream; b) a complex of two or more of them; etc. are applicable.

The above alcoholic beverages include alcohol, liquor, liquor, soju, beer, western liquor, takju, grain liquor, makgeolli, arrowroot liquor, persimmon liquor, wine, champagne, ginseng liquor, fruit liquor, red clay liquor, phyton liquor, cypress liquor, bottle liquor, pack soju, This includes bottled beer, etc. The drinks include sikhye, cola, and cider. This includes sprite, ionized water, beverages, juice, persimmon juice, canned juice, fruit juice, grape juice, orange juice, soft water, soft drinks, canned beverages, bottled beverages, etc.

In the present invention, a) device, device, 4G, 5G, 6G, LTE, WiFi, app, application, smartphone app, electricity, electronics, communication, battery, information technology (IT), information communication Technology (ICT), robotics, biotechnology, nanotechnology, environmental technology, robot technology, artificial intelligence (AI), Internet of Things (IoT), geographic information system (GIS), global navigation system (GPS) positioning system), drone, self-driving car, 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, apparatus, 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, and conductors included in one of the above devices or composite devices or devices or composite devices. , condenser, transformer, semiconductor; d) a composite in which two or more of the 4G to composite are sequentially combined; It can be used, applied, utilized, provided, mounted, installed, etc.

The above devices or complexes, 4G or complex, etc. include information, communication, technology, engineering methods, transmission and reception, robots, microorganisms, bio, biomaterials, biomicroorganisms, life, living organisms, nano, nanoization, nanomaterials, nanometer-sized particles. , environment, purification, cleanliness, sterilization, disinfection, purification agent, cleaning agent, disinfectant, disinfectant, artificial, natural, intelligence, Internet, geography, transportation, autonomy, driving, the flight to complex, the construction to complex, the magnetization to complex, etc. It may be used, play a role, etc., or may be used to create, manufacture, generate, form, implement, realize, operate, implement, carry out, proceed, etc. of the above information or composite, etc.

Examples of the above include mobility using 4G phones, mobility equipped with 5G phones, mobility equipped with 6G systems, mobility using LTE devices, mobility linked to WiFi transmitters, mobility with downloaded apps, and mobility using apps. , mobility used in smartphone applications, mobility including smartphone app programs, electric mobility, electronic mobility, communication mobility, battery mobility, mobility running on electricity, mobility equipped with electronic devices, mobility for communication purposes, running on batteries. mobility using information technology (IT), mobility using information and communication technology (ICT), mobility using robotics, mobility using biotechnology equipment, mobility using nanotechnology facilities, environmental technology equipment mobility equipped with robot technology facilities, mobility using artificial intelligence (AI) systems, mobility used in the Internet of Things (IoT), mobility equipped with a geographic information system, mobility equipped with satellite navigation devices, Mobility equipped with drones, mobility used in self-driving cars, mobility used in virtual reality (VR), mobility linked to big data networks, mobility linked to mobile equipment, mobility used in cloud computing, mobility equipped with cameras , mobility equipped with a thermal imaging camera, mobility equipped with GPR, mobility equipped with an exploration radar, mobility equipped with a recorder for recording, mobility equipped with a microphone for sound output, mobility equipped with a speaker, mobility equipped with a radio , mobility connected to a router, mobility equipped with a monitor, mobility that transmits images to a screen, mobility equipped with a scanner, mobility equipped with a 3D scanner, mobility linked to 3D equipment, mobility linked to 4D equipment. This includes mobility, mobility used in 3D printing, mobility linked to 3D printers, and mobility that transmits images for BIM.

In the present invention, a) devices, devices, cones, nets, rods, frames, chips, spirals, sensors, elements, magnets, electrodes, batteries, coils, protrusions, circuits, conductors, objects, semiconductors, measuring instruments , radar, scanner, 3D scanner, magnetizer, vibrator, exciter, wave generator, ozone generator, negative ion generator, rotator, vacuum, pressurizer, electrolyzer, discharger, purifier, purifier, sterilizer, sterilizer, infrared generator, ultraviolet ray. , thermal imagers, ultrasonicators; b) Magnetization, vibration, excited, wave, ozone, negative ion, rotation, vacuum, pressurized, substance, magnetized, vibrating, excited, wave, ozone, negative ion, rotating, vacuum, pressurized, electrolyte , discharge, purification, clean, disinfectant, sterilizing, infrared, ultraviolet, thermal image, ultrasonic, magnetizer, vibrating agent, vibrating agent, wave agent, ozone agent, anion agent, rotating agent, Vacuum agent, pressurizing agent, electrolytic agent, discharge agent, purifying agent, cleaning agent, disinfectant, sterilizing agent, infrared agent, ultraviolet agent, thermal imaging agent, ultrasonic agent; c) Magnetization treatment, vibration treatment, excitation treatment, wave treatment, ozone treatment, negative ion treatment, electrolytic treatment, discharge treatment, purification treatment, cleaning treatment, disinfection treatment, sterilization treatment, infrared treatment, ultraviolet treatment, thermal treatment, ultrasonic treatment; d) combination of two or more of the above-mentioned devices to ultrasonic treatment, composite device, composite, composite agent, composite treatment; e) composite, composite device, composite, composite agent, composite treatment in which two or more of the above-mentioned devices to ultrasonic treatment are sequentially performed; f) the magnetization or composite generated from one of the above groups or composite groups; g) the group or composite group that generates one of the magnetites or composites; h) the above-mentioned device or composite material subjected to one of the above-mentioned magnetization treatment or composite treatment; i) the magnetizer or ultrasonic device equipped with one or more of the devices or 3D scanners; j) the device or 3D scanner equipped with one or more of the magnetizer and ultrasonic device; k) the above-described device or complex machine equipped with one or more of the above-described devices or complex machines; ℓ) The above-described device provided with one of the above-described devices or complex devices on one or more of the front, rear, left, right, top, bottom, surface, surface, periphery, periphery, and vicinity of one or more of the above devices or complex devices. (器) to multi-function device; m) processing of the vibrating material or complex by one of the above machines or complex machines; n) the magnetization treatment or complex treatment by one of the above groups or complexes; o) Agitation, diffusion, vortexing, aeration, purification, purification, washing, washing, cleaning, disinfection, sterilization, and quarantine by one of the above devices or complex treatments; Combination of two or more of the above stirring or quarantine; Either one can be used or sprayed, or the object can be combined with the agitation; It can be use, usage, application, utilization, provision, placement, parallel, connection, linkage, etc. The above equipment or complex processing, equipment or complex, etc. include the drone, mobility, equipment, device, means, work, work, flight or complex, construction or complex, storage or complex, storage or surface processing machine, device. It can be used, used, applied, utilized, provided, mounted, parallel, connected, linked, etc., from a network, a magnetizer to a complex machine, a magnetizer to a complex processing device, a chip to a semiconductor, a magnetizer to a composite device, etc.

As an example of the above, in the present invention, A) a) a tube, pipe, hollow body, and cone network are formed by placing a net after a cone, a rod is placed after the mesh, a frame is placed after the rod, and a spiral is placed after the frame. Bonteul Spiral; b) the tube, pipe, hollow body, cone network, frame, spiral, and the like, wherein one or more of the cone, net, rod, frame, or spiral is equipped with one of the sensors or complex devices; c) the tube, pipe, hollow body, cone network, and spiral, in which one or more of the cone or spiral, sensor or multi-function device is equipped with one of the chip or semiconductor; d) the device or network provided with one or more of the cone or spiral, sensor or complex device, chip or semiconductor, or tube or cone or spiral; e) one or more of the cone or spiral, sensor or composite device, chip or semiconductor, tube or cone network spiral is subjected to one of the magnetization or composite processing, or the group or network provided with one of the magnetizer or composite device ; f) the storage unit or complex equipment, storage unit or surface treatment unit equipped with one or more of the cone or spiral, sensor or complex device, chip or semiconductor, tube or cone network spiral, magnetizer or complex device, or group or network; g) Devices, equipment, connected or equipped with one or more of the cone to spiral, sensor to complex device, chip to semiconductor, tube to cone network spiral, magnetizer to composite device, device to network, storage device to complex device, and storage device to surface processor, Drones, systems, mobility; B) Two or more composites, composites, composite agents, composite equipment, composite materials, composite operations, composite construction, and composite processing selected from among them; C) two or more selected from the above sequentially: composite, composite, composite agent, composite equipment, composite material, composite work, composite construction, composite processing; etc. are possible, or or etc. may be applied.

As an example of the above, in the present invention, a) a drone equipped with a nozzle equipped with a cone, a mobility with a net attached, a vibration with a drone equipped with a rod, a mobility with a passenger frame, a mobility with an electronic chip, and a spiral embedded Electricity generated by a pipe equipped with a hollow body, mobility equipped with a measuring sensor, mobility equipped with a device equipped with electronic elements, equipment equipped with a magnetizer equipped with a vibrator equipped with a magnet, and a fuel cell using electrodes. Mobility that flies, mobility that connects equipment using devices equipped with batteries, sterilizing water that passes through a coil passes through protrusions and becomes eddy and sprayed, a drone equipped with a magnetizer equipped with an electronic circuit, and an electrolyzer that uses a conductor. Mobility in which electrolytic water generated by the system is sprayed, mobility equipped with a system equipped with a vibrator using a semiconductor, mobility equipped with a measuring device that measures dust concentration, mobility equipped with a scanner equipped with a radar, and mobility equipped with a 3D scanner. Mobility, mobility in which disinfectant generated from a magnetizer is sprayed, equipment equipped with a means equipped with a vibrator through which sterilizing water is sprayed, mobility equipped with a system equipped with a vibrator that generates sterilizing air, and a wave generator through which disinfectant mist is sprayed. A sprayer that sprays ozone emitted from an ozone machine, a device that applies vibrations generated by an anion generator that generates sterilizing vapor, and a vacuum that sprays and vibrates through an exciter after the material rotated in the rotator is vibrated in a magnetizer. A mixer equipped with a device equipped with a device, a device or mobility equipped with a pressurizer that pressurizes sterilizing water, a sprayer that sprays sterilizing water generated from an electrolyzer that transmits images to a 4G or 5G smartphone, and communication via LTE or WiFi A discharger equipped with a communicator, a drone or mobility that communicates by applying information technology (IT) or information and communication technology (ICT), a sterilizer that sterilizes viruses by applying robotics, a sterilizer that sterilizes viruses by applying biotechnology, Infrared rays that apply nanotechnology to turn materials into nanometers, mobility equipped with ultraviolet rays that improve the environment using environmental technology, thermal imagers that detect heat by robots by applying robotic technology, and algorithms of artificial intelligence (AI). A device that magnetizes while broadcasting images through the Internet of Things (IoT), vibrates while searching geographic information with a geographic information system (GIS), recognizes the location with a global navigation system (GPS), and uses a drone to aerate river water. Waves, ozone emitted from mobility, air purification using ozone, negative ions generated from self-driving cars, air purification using negative ions, rotation in virtual reality (VR), virtual reality experience through rotation of teeth, means of inhaling substances Vacuum applied to, concrete pressurized, pressurized using a pump, magnetization added to a device that uses big data to calculate, vibration applied to a mobile device, excited water sprayed to a means of cloud computing, and mounted on mobility. Waves sprayed into the air through a camera, ozone water emitted from a thermal imaging camera, negative ion water emitted from a GPR probe, rotating matter generated from a radar, vacuum water sucked in through a recorder, pressurized water pressurized through a microphone, A device that supplies electrolyte electrolyzed by the speaker's electrodes, discharges emitted from the radio, air sterilization using these discharges, a mixer into which disinfectants generated from a disinfector mounted on a router are introduced, and applied to the electrodes provided in the monitor. Sterilizing substances generated by electricity, a pouring machine that injects infrared water radiated from the screen to sterilize the surrounding area, ultraviolet rays radiated from an ultraviolet ray provided in the scanner, air sterilization by thermal imaging materials radiated from a 3D scanner, A device that radiates ultrasonic waves while transmitting and receiving three-dimensional images, a magnetizer that emits a magnetizer while producing a four-dimensional drawing, an exciter that emits a vibrating vibrating agent while 3D printing, and a magnetizer that emits a vibrating agent by a 3D printer. An ozone machine that emits a wave agent while being generated, a building information modeling device that emits an ozone agent while doing BIM, an ozone machine that is equipped with a certain device and generates an anion agent, and a vortex that is equipped with a certain device. Mobility equipped with an ultrasonicator equipped with a vibrator that discharges a rotating agent, equipment that suctions materials while applying a vacuum using a video call phone, and a pouring machine equipped with a certain device to pour while supplying a pressurizing agent. , a device that sterilizes germs by releasing an electrolyte by a certain mechanism, air purification by a discharge agent released by the discharge action of the machine, a mobility device that treats ozone by being equipped with a means to generate a disinfectant, and a disinfectant device that is equipped with a measuring sensor. A drone equipped with a sterilizer that sprays sterilizers, objects disinfected by infrared rays fired from certain equipment, equipment that is connected to a drone equipped with a vibrator that magnetizes materials while sterilizing contamination by a device that generates ultraviolet rays, and facilities. Mobility equipped with a device for heat sterilization by applying a thermal imaging agent, mobility equipped with a system that radiates ozone while vibrating using an ultrasonic agent generation facility, a dust collector that uses electronic components to purify while magnetizing, and a mobility system equipped with a vibration treatment system Facility construction or work in which a drone that emits ozone while processing and wave processing is flown in the air, mobility-applied work equipped with an ozone treatment network automatically operated by a computer, and equipment that automatically processes negative ions by an automatic program. mobility that cleans the air, an electrolytic treatment system managed by certain hardware, work or construction to which mobility is equipped with a device that performs discharge treatment according to software commands, mobility to which a disinfection treatment network is applied, and LTE communication facilities. Sterilization while communicating through video, mobility using infrared processing while communicating via WiFi wireless communication, ultraviolet rays processing using a robot developed through robotics, deterioration treatment using biotechnology developed in biotechnology, nanotechnology is applied to transform materials into nanometers. The above-mentioned complex using ultrasonic treatment and microorganisms using environmental technology, a multi-function machine that performs the above-mentioned complex with a robot by applying robotic technology, a complex that processes the above-mentioned complex with artificial intelligence (AI), and the above-mentioned complex provided by the Internet of Things (IoT) Purification using a complex agent, purifying an area searched by a geographic information system (GIS) by the complex processing, and purifying a location selected by a satellite navigation system (GPS) by the complex processing; b) Two or more composites, composites, composite agents, composite equipment, composite materials, composite operations, composite construction, and composite processing selected from among them; c) two or more selected from the above sequentially: composite, composite, composite agent, composite equipment, composite material, composite work, composite construction, composite processing; etc. are possible, or or etc. may be applied.

The magnetizer, vibrator, exciter, wave generator, ozone machine, negative ion machine, rotator, vacuum machine, pressurizer, electrolyzer, discharger, purifier, purifier, disinfector, sterilizer, infrared machine, ultraviolet ray machine, thermal imager, ultrasonic machine, mobility machine. In a device, device or network, two or more of them, a complex device, device, device, vehicle, body, object, cone, net, rod, frame, chip, plate, membrane, pole, etc. Represents rods, spirals, devices, mechanisms, machines, tools, sensors, equipment, equipment, facilities, fixtures, parts, sheets, mats, mobility, systems, computers, printers, programs, applications, cyclones, hardware, software, networks, etc. . And the magnetizer or multi-function device includes: a) the magnetizer or multi-function device; b) or magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, electrolysis, electrolysis, discharge, electric discharge, purification, purification, disinfection, sterilization, infrared, ultraviolet ray, thermal imaging, ultrasound, two of them The magnetizer or complex machine, machine or network, or mobility that performs one or more of the above complexes; c) or the magnetizer to the composite machine, the group to the network, or the mobility that processes the magnetization or composite, etc.; d) or the magnetizer or composite group, group or network, or mobility that generates the magnetizer or composite, etc.; etc. are applicable.

The above magnetized matter, vibrating matter, excited water, waves, ozone water, anion water, rotating matter, vacuum water, pressurized water, electrolyte water, discharge water, purified water, clean water, disinfectant, sterilizing material, infrared water, ultraviolet water. , thermal imaging material, ultrasonic material, combination of two or more of them, etc., or magnetizing agent, vibrating agent, excitation agent, wave agent, ozone agent, anion agent, rotation agent, vacuum agent, pressurizing agent, electrolytic agent, discharge agent, purifying agent, In cleaning agents, disinfectants, disinfectants, infrared agents, ultraviolet agents, thermal imaging agents, ultrasonic agents, and combinations of two or more of these, water or agents include water, water, liquid, oil, or vapor. (氣), pain (固), force (劑), material (材), wave (波), heat (熱), line (線), body (body), pressure (壓), force (力), force , pressure, object, substance, rays, heat, wave, sound wave, substance, liquid, gas, solid, object, air, gas, oxygen, hydrogen, steam, smoke, haze, fog, fog, bubble, water vapor, mist, material , raw materials, energy, slurry; or the water or slurry produced by or treated with the magnetizer or ultrasonicator, etc.; indicates etc. And in the above-mentioned magnetized material or composite, magnetizing agent or composite agent, etc., water, agent, etc. correspond to water, object, agent, power, ash, wood, material, substance, water or composite, etc. Examples include the magnetizing agent, composite agent, aerating material, disinfectant, magnetizing material, composite material, aerating material, disinfectant, etc.

The magnetization or composite may include a) the magnetization or composite; b) or magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressurization, electrolysis, electrolysis, discharge, electric discharge, purification, purification, disinfection, sterilization, infrared, ultraviolet ray, thermal imaging, ultrasound, two of them One or more of the above-mentioned magnetites, composites, water, or materials among the above composites; c) or the magnetized or composite, water or material that is magnetized or composite, etc.; d) or the magnetization or composite, water or material generated from or treated with the magnetization or composite, magnetizer or composite, etc.; etc. are applicable.

The magnetization or composite, etc. may include materials that have passed through the magnetizer or composite device, materials that have passed through the magnetizer or composite device, materials generated from the magnetizer or composite device, materials provided by the magnetizer or composite device, etc., materials that have passed through the magnetizer or composite device, etc., materials that have passed through the magnetizer or composite device, etc. This includes substances sprayed from firearms or complex machines, etc., and materials used, composed, formed, generated, supplied, provided, sprayed, painted, etc. in the magnetizer or complex machine, etc. Here, the substances are a) water, water, matter, liquid, oil, energy, solid, material, material, Sol, gel, substances, raw materials, materials, catalyst, photocatalyst, disinfectant, disinfectant, purifier, cleaning agent, rust preventive, nano agent, resin, latex, red clay, waste dust, ash, bubbles, air, gas, silica , carbonated water, slurry, sludge, slag, by-products, microorganisms, foaming agents, foaming agents, binders, fibers, earthquake-resistant materials, vibration-proofing materials, damping materials, reinforcing materials, reinforcing materials, admixtures, solidifying materials, fluidizing agents, bio agents, cypress wood, phytoncide; b) the magnetized material or sterilizing material; c) a composite of two or more of the water or disinfectant; etc. are applicable. And in the magnetized material, sterilizing material, complex, etc., water corresponds to the water or complex.

Here, for example, magnetization is magnetization water (water), magnetization material (water or material), magnetization liquid (液), magnetization oil (oil), magnetization force (氣), magnetization volume (固), magnetization agent ( magnetization material, magnetization wave, magnetization heat, magnetization line, magnetization body, magnetization object, magnetization material, magnetization ray, magnetization heat, magnetization wave, magnetization sound wave , magnetized material, magnetized liquid, magnetized gas, magnetized solid, magnetized object, magnetized air, magnetized gas, magnetized oxygen, magnetized hydrogen, magnetized steam, magnetized smoke, magnetized haze, magnetized fog, magnetized fog, magnetized bubble, magnetized water vapor, magnetization This includes mist, magnetization material, magnetization raw material, magnetization energy, magnetization slurry, etc. In the present invention, magnetization includes magnetization, magnet, magnetism, magnetization, magnetization, hexagonal hydration, magnetic energy, magnetic energy, magnetization, magnetic generation, magnetic field generation, magnetic field injection, magnetic field injection, magnetic field radiation, magnetic field irradiation, etc. It applies.

For example, sterilizing substances include sterilizing water, sterilizing material, sterilizing liquid, sterilizing oil, sterilizing agent, sterilizing agent, and sterilizing agent. , sterilizing material, sterilizing wave, sterilizing heat, sterilizing line, sterilizing body, sterilizing object, sterilizing material, sterilizing light, sterilizing heat, sterilizing wave, sterilizing sound wave, sterilizing material. , sterilizing liquid, sterilizing gas, sterilizing solid, sterilizing object, sterilizing air, sterilizing gas, sterilizing oxygen, sterilizing hydrogen, sterilizing steam, sterilizing smoke, sterilizing fog, sterilizing fog, sterilizing fog, sterilizing bubble, sterilizing water vapor, sterilizing mist, sterilizing This includes materials, sterilization raw materials, sterilization energy, and sterilization slurry.

Examples of application of the sterilizing agent in the present invention include sterilizing the drone with sterilizing water, spraying the sterilizing agent on mobility, generating a sterilizing solution from the equipment, discharging sterilizing oil from the device, spraying sterilizing air into the system, and injecting sterilizing agent into the device. , spraying disinfectant on equipment, putting disinfectant on materials, irradiating sterilizing waves on materials, irradiating sterilizing heat on facilities, irradiating sterilizing lines on buildings, sterilizing agents on structures. ) input, adding sterilizing objects to materials, materials containing sterilizing substances, facilities where sterilizing rays are applied, drones that spray sterilizing heat, drones that emit sterilizing waves, mobility that emits sterilizing sound waves, painting sterilizing substances on mobility, Storing sterilizing liquid in a warehouse, pressurizing sterilizing gas in a pressurizer, pouring sterilizing solid in a pourer, attaching sterilizing objects to facilities, spraying sterilizing gas into contaminated air, injecting sterilizing oxygen into tunnels, injecting sterilizing hydrogen into buildings, spraying sterilizing air in mobility, Spraying sterilizing vapor with a drone, spraying sterilizing smoke on the street, spraying sterilizing fog in a neighborhood, installing sterilizing fog on a farm, spraying sterilizing fog on a rice field, spraying sterilizing bubbles in the air with mobility, magnetizing sterilizing water vapor with a magnetizer, vibrating sterilizing mist with a vibrator, This includes spraying sterilizing materials with a vibrator, injecting sterilizing raw materials into the material, injecting sterilizing energy into hydrogen, and injecting sterilizing slurry into mortar with an injector provided in the mobility.

The magnetization includes magnetization, magnetization, magnetization, having magnetism, radiating a magnetic field, having the properties of a magnet, causing a non-magnetic object to have the properties of a magnet, magnetizing water, and hexagonalization. , hexagonal hydration of water, etc. The decomposition includes decomposition, division, electrolysis, fermentation, putrefaction, rotting, electrolysis, microbial decomposition, microbial fermentation, microbial decay, microbial spoilage, organic matter decomposition, organic matter fermentation, etc. The electrolysis includes electrolysis, electrolysis, electrolysis, electrolysis, electrolysis, and decomposition of water using electricity. The fluidization includes fluidization, slurry, etc. The above discharge includes discharge, electric discharge, electric discharge, electric discharge, discharge, electric discharge, etc. The sterilization or disinfection includes sterilization, sterilization, sterilization, antibacterial, disinfection, detoxification, detoxification, etc. The above painting includes painting, painting, painting, spraying, laying, spraying, coating, painting, painting, etc.

a) The cones, nets, rods, frames, spirals, coils, protrusions, etc. stir, mix, aerate, vortex, rotate, accelerate, separate, crush, pulverize, refine, micronize, etc. substances, passing substances, contact substances, etc. It can be used for nano-ization, micro-ization, etc. b) The above chips, sensors, elements, coils, circuits, conductors, semiconductors, etc. can be used for electricity, electronics, communication, calculation, calculation, calculation, transmission, information transmission, storage, information storage, etc. c) The magnets, electrodes, batteries, etc. can be used to generate, generate, transmit, transmit, distribute, etc. electricity, power, static electricity, magnetic fields, magnetic fields, energy, electrolysis, etc. d) The above measuring devices, radars, scanners, 3D scanners, etc. can be used for measurement, observation, observation, reconnaissance, measurement, scanning, etc. e) The magnetizer, vibrator, exciter, wave generator, ozone machine, negative ion machine, rotator, vacuum machine, pressurizer, electrolyzer, discharger, purifier, purifier, disinfector, sterilizer, infrared machine, ultraviolet machine, thermal imager, ultrasonic machine. E1) corresponds to the magnetizer to complex machine, etc., or e2) or the magnetization to composite, magnetization to composite, magnetizer to composite agent, magnetization treatment to composite treatment, etc., or is used to produce or etc. , can occur, form, form, etc. f) The above magnetization, vibration, excitation, wave, ozone, negative ion, rotation, vacuum, pressure, etc. are magnetization, material magnetization, magnetization of water, magnetization of hexagonal water, magnetization of water into hexagonal water, magnetization of water into hexagonal water, magnetization of water into hexagonal water. By, vibration, material vibration, object vibration, self-vibration, self-vibration, excitation, self-excitation, material excitation, object excitation, applying vibration, vibration generation, wave, material wave, object wave, sonic wave, ultrasonic wave, ozone , ozone sterilization, ozone treatment, negative ion, negative ion treatment, negative ion purification, rotation, fan rotation, self-rotation, material rotation, vacuum, negative pressure, applying vacuum, pressurizing, pumping, pressure, applying pressure, etc. may apply. g) The magnetization or composite, etc. may include the magnetization or composite, a material that is magnetized or composite, a material that has been treated with the magnetizer or composite, or a material that has been magnetized or composite. h) The magnetization treatment or composite treatment may include treatment, disposal, treatment, etc. with the magnetization or composite, the magnetizer or composite, magnetization or composite, etc.

The present invention a) a1) work, work, flight, gliding, driving, moving, filming, taking pictures, measuring, surveying, sensing, mapping, observation, observation, control, crime prevention, work, transmission, reception, communication, Mediation, communication, transmission and reception, watering, spraying, spraying, quarantine, purification, purification, cleaning, disinfection, sterilization, fire extinguishing, fire extinguishing, ozone radiation, negative ion radiation, disinfectant placement, pesticide spraying, dust removal, construction, construction, building, construction , pressurization, pouring, laying, injection, magnetization, vibration, compaction, curing, delivery, shipping, courier, consignment, boarding, sharing, riding, boarding and disembarkation, boarding, alighting, location recognition, coordinate recognition, the above tasks, the above tasks 1 to 1 Task 31, a2) a combination of two or more of the above, a complex operation of two or more of the above sequentially, a3) or a drone or mobility that performs the work to complex, flight to complex, flight to complex work, construction to complex, etc.; b) A drone or mobility equipped with the above-mentioned devices, machines, cars, bodies, objects, equipment, means, complex devices, etc., such as single or complex, flying or complex, etc.; c) The above machine, machine, equipment, device, means, water to composite, storage to composite machine, storage to surface treatment machine, work, work, flight to composite, cone to quarantine, magnetization to composite Mobility equipped with, using, or connected to processing, cone to complex processing, machine to network, magnetizer to complex device, magnetization to complex processing, chip to semiconductor, magnetization to composite, etc.; d) the above-described devices, composites, equipment, or semiconductors that are equipped with, used, or connected to mobility; e) Mobility equipped with the above-mentioned aircraft or complex, equipment or semiconductor, etc. to perform the above-mentioned flight or complex, etc.; f) any of the above single to complex, flying to complex, flying to complex operations, equipment or means in which drones or mobility are used; g) or drones or mobility mounted on top of tasks, equipment, people, robots, means, facilities, etc.; h) Drones or mobility flying in the air over the above operations or facilities; i) The above operations, facilities, flights or complexes where drones or mobility are mounted on top; j) The above operations or facilities where drones or mobility are flown in the air; k) Drones or mobility used in the above work to complex, flight to complex, flight to complex operation, work to facility, magnetization to complex, etc.; ℓ) Work, task, method, means, device, equipment, facility, system, computer, printer, program, application, cyclone, hardware, software, network, the above flight or complex, the above flight or complex operation in which drone or mobility is used , the operation or facility, magnetization or composite, magnetization or composite; It is about etc.

a) In the present invention, a person, owner, landlord, employee, agent, deputy manager, manager, general manager, manager, director, managing director, managing director, president, chairman, supervisor, engineer, civil engineer, architectural engineer, substitute engineer (541), delivery Driver, courier, driver (541), aircraft engineer (541), captain (541), robot (541, 542), third party, rider, driver (541, 542), coordinator (541, 542), driver (541), remote controller, cabin (543), passenger room, passenger room, technician, technician, building owner, supervisor, expert, designer, worker, constructor, supervisor, orderer, drone, mobility, etc. It can perform complex work, construction or complex work. b) And drones, flying vehicles, airplanes, mobility, mobility aircraft, etc. may play or perform the roles or functions of the person or orderer, flight or complex, construction or complex, etc. c) And the person or orderer, etc. may play or perform the role or function of a drone, flying vehicle, airplane, mobility, mobility aircraft, the flight or complex, or the construction or complex, etc. d) And devices, devices, vehicles, bodies, objects, substances, devices, phones, telephones, servers, devices, equipment, PCs (personal computers), computers, laptops, tablets. , 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, The above-mentioned flight or complex, flight or complex task, construction or complex, etc. may be performed or performed by software, network, etc. e) The above-mentioned machine or complex machine, etc. can perform the above-mentioned flight or composite, flight or composite work, construction or composite, etc. f) And houses, rooms, homes, homes, facilities, buildings, headquarters, branches, companies, construction companies, designers, architects, construction companies, inspectors, sites, factories, workshops, construction sites, structures, facilities, apartments, situation rooms, control rooms, The above-mentioned flight or complex work, flight or complex work, construction or complex work, etc. may be performed in the cockpit, ordering office, government office, supervisory office, supervisor's office, office, etc. g) And the person or mobility, etc. can perform the above-mentioned flight or complex, flight or complex work, construction or complex, etc. using the above-mentioned device or multi-function device. h) The person or mobility, etc. can perform the above-mentioned flying or complex work, flying or complex work, construction or complex work, etc. at the home or office. i) The person or mobility, etc. equipped with the above-mentioned device or multi-function device, etc. can perform the above-mentioned flight or complex operation, flight or complex operation, construction or complex operation, etc. j) The person, mobility, etc. can perform the above-mentioned flying or complex work, flying or complex work, construction or complex work, etc. using the above-mentioned device or complex machine, etc. at the home or office. k) The person or mobility device equipped with the above-mentioned device or multi-function device, etc. can perform the above-mentioned flying or complex work, flying or complex work, construction or complex work, etc. at the home or office.

a) The above work to complex, flight to complex, flight to complex work, construction to complex, magnetization to complex, etc. refers to the equipment, work, people, robots, means, facilities, materials, materials, foundations, files, materials, objects, Goods, products, drones, structures, mobility, devices to networks, magnetizers to composites, magnetizers to composite processing, magnetization to composites, magnetization to composite processing, flight to composite, flight to composite operations, cones to quarantine, cones to composites It can be done, performed, or progressed by or from processing, people to mobility, 4G to BIM, 4G to complex, home to office, chip to semiconductor, etc. b) The above-mentioned machine or composite, equipment or semiconductor, etc. may perform, perform, or proceed with the above-mentioned work or composite, flight or composite, flight or composite operation, magnetization or composite, magnetization or composite, etc. c) In the above equipment or semiconductor, flight or complex, flight or complex work, etc., equipment or semiconductor, etc. can be equipped, mounted, maintained, connected, connected, used, used, utilized, etc. e) The above equipment or semiconductors, etc., or on the top of the or etc., in the air of the or etc., or in the sky of the or etc., are equipped with drones, flying vehicles, airplanes, mobility, mobility devices, etc., and can be mounted, maintained, flown, moved, etc. You can. f) The above equipment or semiconductors, etc. can be used, used, applied, utilized, connected, connected, configured, provided, mounted, maintained, installed, created, generated, released, sprayed, coated, painted, etc. do.

the present invention; Contents, scope, claims, content of claims, scope of claims; etc. include a) the above devices, equipment, devices, drones, mobility, facilities, facilities, materials, materials, substances, objects, goods, products, foundations, files, buildings, structures, couplers, rebar couplers, 3D Printer, generator, wind turbine, wind compressor, single-engine machine, twin-engine machine, finisher, screed, plastering machine, processor, surface treatment machine, form, mold, formwork, slipform, joist, yoke, prop, scaffolding, bending machine, rebar bender , Venturi, Venturi tube, decomposer, electrolyzer, discharger, battery, fuel cell, app, app, application, smartphone app, water to composite, group to composite, magnetization to composite, magnetization to composite processing, device to network , Ring to complex, equipment to semiconductor, equipment to semiconductor, work to complex, flight to complex, flight to complex operation, construction to complex, backhoe to transportation, 4G to BIM, 4G to complex, flight to complex, etc. A device or device or means or equipment, a device or device or means or equipment for flight or complex work, a device or device or means or equipment for construction or complex work, or a device or device or equipment for magnetization or complex processing, etc. A device or device or means or equipment, such as a cone or complex processing, a device or device or device such as a 4G or composite, or a device or device such as a flight or combination. ) or material or material, construction or composite, etc. or material or material or material, 4G or composite, etc. or material or material or material, magnetization Agent or material or substance or material such as cone or composite processing, agent or material or material or material such as cone or composite processing, magnetization or composite processing, magnetizer or composite, cone Complex processing, cone to quarantine, people to mobility, home to office, chip to semiconductor; b) Or electricity, electronics, communication, machinery, hydrogen, information, IC, ICT, battery, any of the above equipment or semiconductor equipment, equipment, vehicle, body, material (劑), material, car, material, material, substance, object, device, machine, tool, sensor, measuring instrument, device, equipment, facility, robot, equipment, part, product, product, article, article , PC, GPS, GIS, CCTV, camera, camera, semiconductor, recorder, tracker, measuring instrument, venturi, system, computer, printer, program, application, cyclone, hardware, software, network; c) or above a) group to complex wherein one of the above b) group to network is used; d) the b) group or network in which one of the a) group or complex is used; e) a combination of two or more of the above a) group to d) network; etc. may be used or included. Examples of this include claims targeting rebar couplers, claims targeting 3D printers, claims targeting generators, claims targeting twin engines, claims targeting finishers, claims targeting plastering machines, and forms. It is possible to have claims that target claims, claims that target rebar benders, claims that target decomposers, electrolyzers, and dischargers, and claims that target batteries and fuel cells. The groups and complexes may include groups a) to e) complexes, etc.

In the present invention, a) the above devices to complex devices, equipment to semiconductors, equipment to networks, drones, mobility, magnetizers to complex devices, electricity to batteries; b) a substance that has passed through or passed through one of the above, the water or a composite thereof that has passed through or through one of the above; c) a substance produced from one of the above, the water to a composite produced from one of the above; d) purification or compounding, magnetization or compounding by one of the above; e) One to multiple, flight to multiple, construction to multiple, where any of the above is used; f) Purifying or compounding or magnetizing or compounding performed on one of the above; etc. may be possible, or may be used, provided, mounted, installed, linked, merged, implemented, progressed, sprayed, coated, painted, etc. Examples of this include disinfection by substances, sterilization by devices, drones to be sterilized, equipment to be disinfected, flights to be disinfected, operations to be sterilized, construction in which purification is performed, substances passing through a venturi, disinfection by substances passing through a venturi, Equipment for disinfection by substances passing through a venturi, mobility equipped with equipment for disinfection by substances passing through a venturi, filming by mobility equipped with equipment for disinfection by substances passing through a venturi, filming and transmission by the above mobility, the above This may include filming, measurement, and transmission through mobility. The magnetizer or complex machine, magnetization or composite processing, etc. may include a) the device, equipment, device, facility, material, article, machine or composite, storage or composite machine, equipment or semiconductor, magnetization or composite; b) Front, back, left, right, top, bottom, face, surface, front end, rear end, one side, both sides, other side, multiple sides, one end, both ends, multiple ends, inner, inner, inner, inner periphery of one of the above groups or complexes , external, external, external, simultaneous, real-time, connection, joint; It can be mounted or applied on the back.

In the present invention, a) the above equipment, work, means, facility, material, material, foundation, file, method, method, article, article, product, product, substance, object, drone, structure, mobility, number (water) to complex, energy to complex, energy to network, equipment to semiconductor, equipment to network, electricity to battery, work to complex, flight to complex, construction to complex, magnetization to complex, purification to complex; b) the group to a composite of one of the one to the composite, the group to the composite of one of the flying to the composite, and the group to the composite of one of the constructions to the composite; c) the above group or combination of one of the above flight or combination, the above group or combination of any of the above construction or combination; d) the flight or composite by one of the above groups or composites, the construction or composite by one of the above groups or composites; e) the drone, mobility, device to network, equipment to semiconductor, electricity to battery, device to complex provided in one of the above; f) the above devices or composites, equipment or semiconductors, electricity or batteries used in one of the above; g) Materials, materials, substances, numbers or composites of any of the above; h) materials, materials, substances, water or composite, water or composite that have passed through one of the above; i) a material, material, substance, article, article, commodity, product, said group or composite, said equipment or semiconductor, said equipment or network, said water or composite, said electric or battery manufactured from one of the above; etc., or etc. can be used, used, applied, utilized, provided, placed, manufactured, produced, generated, composed, formed, sprayed, coated, painted, etc.

In the present invention, a) the above group to complex, equipment to semiconductor, equipment to network, magnetizer to complex machine, magnetization to complex processing, electricity to battery, work to complex, flight to complex, construction to complex; b) One or more of them: top, bottom, front, back, left, right, side, surface, inside, inside, outside, outside, outside, inlet, middle, outlet, top, bottom, front, rear, simultaneous, past, present, future, now, real time, around, around, nearby, between, gap, separation, upper, space, air, sky, above, joint, connection, inlet, outlet; These include the above-mentioned devices to complex, equipment to semiconductors, equipment to networks, drones, mobility, magnetizers to complex devices, magnetization to complex processing, electricity to batteries, work to complex, flight to complex, construction to complex, etc., etc. It has functions, performance, qualifications, abilities, etc., or, etc., or, etc., or, etc., can be used, provided, placed, maintained, connected, linked, etc. In the present invention, 'to' and '∼' have the same meaning. 'To' and '~' refer to from where to where, how much to how much, a certain range, a range of two or more, a range of listing two or more, a range of numbers of two or more, listing of two or more terms, etc.

In the present invention, a) device, drone, UAM, aircraft, airplane, mobility, material, object, sensor, measuring device, camera, camera, CCTV, the device or complex, the equipment or semiconductor, the aircraft or complex ; b) one or more of the above to the outlet; etc., performs the above-mentioned machine or composite, equipment or semiconductor, flight or composite, etc., assists or, etc., cooperates with or, etc., or has functions, performance, qualifications, abilities, etc., or, etc., Or, etc., or etc. can be used, provided, placed, maintained, connected, linked, etc. Examples of this include drones that use chips and servers, drones that generate self-power while using chips and servers, UAMs that transmit images while filming, UAMs equipped with hydrogen fuel cells that transmit images while filming, and drones that store magnetized materials. A storage device, a mixer for mixing materials inputted from a storage container for storing magnetized materials, a pressurizer for pressurizing materials mixed in the mixer for mixing materials inputted from a storage device for storing magnetizing materials, and a spiral for pressurizing materials pressurized from the pressurizer. A pouring machine that pours the material through a hose, a curing machine that sprays water containing a disinfectant on the material poured from the pouring machine to cure it, an aircraft that measures the dust concentration while moving the material, and an air vehicle that purifies the air and removes dust while moving the material. An aircraft that measures concentration, an airplane equipped with a vibrator to vibrate the material, an airplane equipped with a vibrator to vibrate the material poured into the concrete inside the mold, a hollow body on which a cone and a net are mounted, and the material is sprayed through the hollow body. Mobility that is equipped with a hollow body on which a cone and net equipped with a magnetizer are mounted and sprays materials through the hollow body, and mobility that transmits images of work in the field to the office in real time using a wireless network connecting the field and the office. , mobility that transmits work videos from the field to the office in real time using a wireless network that connects the field and the office while disinfecting the field and the office.

Based on the above, in the present invention, A) a) a net provided with a cone, a rod on which the net is mounted, a frame with one of the above mounted on the top, a chip with one of the above mounted on the bottom, and one of the above provided on the surface. a spiral, a sensor provided around one or more of the above, an element mounted on one or more of the above, a magnet attached to one or more of the above, an electrode mounted on one or more of the above, a battery attached to one or more of the above, A coil wound around one or more of the above, a protrusion installed on one or more of the above, a circuit connected to one or more of the above, a conductor provided with one or more of the above, a semiconductor included in one or more of the above, and one or more of the above provided. A measuring device equipped with one or more of the above, a radar equipped with one or more of the above, a scanner equipped with one or more of the above, a 3D scanner to which one or more of the above is applied, a magnetizer equipped with one or more of the above, a vibrator mounted on one or more of the above, An exciter for exciting one or more of the above, a wave machine for applying waves to one or more of the above, an ozone group for adding ozone to one or more of the above, an anion group for emitting negative ions from one or more of the above, and rotating one or more of the above. a rotator that applies vacuum to one or more of the above, a pressurizer that supplies pressurized air to one or more of the above, an electrolyzer provided with an electrode in one or more of the above, a discharger that discharges one or more of the above, A sterilizer for sterilizing one or more of the above, a sterilizer for sterilizing one or more of the above, an infrared ray for applying infrared rays to one or more of the above, an ultraviolet ray for applying vibration to one or more of the above, a thermal imager for applying heat to one or more of the above, An ultrasonicator that applies ultrasonic waves to one or more of the above; b) magnetization by one or more of the above, vibration applied to one or more of the above, having one or more of the above, transmitting waves to one or more of the above, ozone emission to one or more of the above, treating one or more of the above with negative ions, Rotating one or more of the above, applying a vacuum to one or more of the above, pressurizing one or more of the above, magnetization generated in one or more of the above, vibrating matter added to one or more of the above, excited matter in one or more of the above , wave material introduced into one or more of the above, ozone water from one or more of the above, negative ion water from one or more of the above, rotating material from one or more of the above devices, vacuum water from one or more of the magnetizers, Pressurized water generated from a drone equipped with one or more of the above, electrolyte generated from one or more of the above, discharge delivered to one or more of the above, disinfectant for sterilizing one or more of the above, sterilizing one or more of the above Sterilizing material, infrared light applied to one or more of the above, ultraviolet light emitted from one or more of the above, thermal imaging material for sterilizing one or more of the above, ultrasonic material for disinfecting one or more of the above, and one or more of the above A magnetizing agent generated from the mobility, a vibrating agent introduced into one or more of the above, an excitation agent through one or more of the above systems, a wave agent that causes one or more of the above to wave, and a vibrating agent introduced into the work space by one or more of the above. Ozone agent, ozone-containing anion agent sprayed on one or more of the above, anion-containing rotating agent sprayed on one or more of the above, vacuum agent for sucking one or more of the above, ozone-containing pressurizing agent generated by one or more of the above, Electrolyte by electrolysis generated in one or more of the above, discharge agent by discharge of one or more of the above, disinfectant sprayed into one or more of the above, disinfectant injected into the space where one or more of the above is located, at the site of one or more of the above An infrared agent that is irradiated, an ultraviolet agent that is radiated in a facility equipped with one or more of the above, a thermal imaging agent by a magnetizer provided in a drone equipped with one or more of the above, and an ultrasonic agent that is radiated from equipment provided in one or more of the above systems. ; c) the magnetization treatment or ultrasonic treatment by one or more of the above; d) the composite, composite machine, composite, composite agent, composite treatment provided in one or more of the above; e) 4G to composite, which is one or more of the above, or applies to one or more of the above, or applies to one or more of the above, or is processed by one or more of the above; f) the above-mentioned devices to multi-function devices that are one or more of the above, or are applied to one or more of the above, or are applied to one or more of the above, or are processed by one or more of the above; g) the chip to semiconductor, equipment to semiconductor, which is one or more of the above, or applied to one or more of the above, or applied to one or more of the above, or processed with one or more of the above; h) the above-mentioned flight to composite, construction to composite by one or more of the above, or applied to one or more of the above, or performed by one or more of the above; i) The above devices, equipment, devices, means, drones, mobility, cone to complex processing, cone to quarantine, storage to complex, storage to surface treatment, magnetizer to complex, magnetization to complex processing, 4G to Compound, machine to composite, device to composite machine, chip to semiconductor, equipment to semiconductor, work to composite, flight to composite, construction to composite, etc., applied to or performed by or the like; B) Two or more composites, composites, composite agents, composite equipment, composite materials, composite operations, composite construction, and composite processing selected from the above; C) two or more selected from the above sequentially: composite, composite, composite agent, composite equipment, composite material, composite work, composite construction, composite processing; etc. are possible, or or etc. may be applied.

In the present invention, equipment, devices, materials, materials, foundations, files, facilities, means, substances, objects, sensors, measuring devices, camera, cameras, CCTV, drones, UAM, mobility, structures, the above devices to the network, the magnetization to the complex processing, the storage to the complex, the equipment to the semiconductor, the group to the composite, the number to the composite, etc., the magnetization to the composite processing, the work to the composite, the flight to the composite, the construction to the composite, the device to the composite, etc. It may be a composite, etc., or the back may be provided with the above-mentioned components or flange-connected, etc., or the back may be provided with the above-mentioned components or flange-connected, etc., or the etc. may be provided with the above-mentioned components or flange-connected, etc. In the present invention, a) a drone or a combination of the above groups with mobility; b) a drone or mobility equipped with one of the above groups or combinations thereof; c) Drones, mobility, above-mentioned aircraft or combinations that perform the above-described flight or combination; d) Drones, mobility, and the above-mentioned construction or complex, etc.; etc. is possible. and among the flights and complexes, the flights and complexes, the construction and complex among one of the flights and complexes, the flights and complexes among one of the constructions and complexes, the construction and complex among one of the constructions and complexes, and the One of the above group or combination is used during one of the above group or combination, one of the above group or combination is used, one of the above group or combination is used, and one of the above group or combination is used, and one of the above group or combination is used. One of the above constructions, complexes, etc. is possible or performed by using one.

In the present invention, the group or complex, number or complex, substance, object, material, material, equipment, facility, foundation, building, structure, sensor, measuring device, camera, camera, CCTV, drone, UAM, mobility, work or complex, Flight to composite, construction to composite, magnetization to composite, magnetization to composite processing, etc. are a) the group to composite, several to composite, single to composite, magnetization to composite processing, group to composite processing; b) the water or composite treatment of one of the groups or composite treatments, the single or composite treatment of one of the groups or composite treatments, or the magnetization or composite treatment of one of the groups or composite treatments; c) one of the above group or combination treatment with one of the above group or combination treatment, one of the above group or combination treatment, or the above group or combination treatment; d) One of the above group or combination treatment with one of the above group or combination treatment and the above group or combination treatment, one of the above group or combination treatment with one of the above group or combination treatment, the above group or combination A combination treatment of the above group or combination treatment of one of the treatments and one of the above groups or combination treatments; e) one of the above group or combination treatment and one of the above group or combination treatment and one of the above group or combination treatment and the above group or combination treatment, one of the above group or combination treatment and the above group or one of the above group or combination treatment. one of the group or combination treatment and the above group or combination treatment, or one of the above group or combination treatment and one of the above group or combination treatment, or the above group or combination treatment; f) the above group or combination treatment used in one of the above or the outlet of the above group or combination treatment; g) said group or combination treatment applied to one of said tops or outlets of one of said groups or combination treatments, said group or combination treatment applied to one of said tops or outlets of said group or combination treatment; h) Or a device, work, work, construction, processing, means, equipment, material, object, or two or more of the above devices or combined processing used for complex processing, etc.; etc. are applicable or possible.

The above group or composite refers to a) the group or composite, number or composite, substance, object, material, material, equipment, facility, foundation, building, structure, sensor, measuring device, camera, camera, CCTV, drone, UAM, mobility, Applies to work or complex, flight or complex, construction or complex, magnetization or complex, etc., or b) or the above equipment, work, work, construction, processing, means, equipment, substance, object, two or more of them. Complex, etc. may apply. The above group or complex processing is a) the group or composite, number or composite, substance, object, material, material, equipment, facility, foundation, building, structure, sensor, measuring device, camera, camera, CCTV, drone, UAM, mobility , work to composite, flight to composite, construction to composite, magnetization to composite, magnetization to composite processing, etc., or b) or the above machine, work, work, construction, processing, means, equipment, material. , objects, two or more of them may be combined or processed in combination.

Examples of the above include a) equipment equipped with a device, which sprays material, flies while spraying this material, magnetizes while flying, and equipment that becomes magnetized; b) or a magnetizer equipped with the attachment plate, a sterilizer provided on the attachment plate, an ozone device mounted on the sterilizer, ozone radiation from the ozone device, and mobility in which the radiation is emitted; c) or equipment equipped with a magnet on the stator, a discharger provided on the magnet, steam is sprayed from the discharger, ozone is radiated in addition to the spray, and this is radiated; d) or a vibrator equipped with a magnetic body on the rotor, ozone is generated from the rotating shaft of the rotor, a wave body provided on the rotating body linked to the rotating shaft, and negative ions are radiated from the case of the rotor, which becomes the radiation; e) or mobility in which an ozone group is attached to a wing, a magnetizer is mounted on a motor that rotates the wing, a discharger is provided in the ozone machine, and a disinfectant is radiated from the magnetizer. f) or a drone equipped with a oscillator on the core, a discharger mounted on a coil around the core, a magnet attached to the oscillator, and a disinfectant being radiated from the discharger; g) or work using a device, work performed by this work, construction by this work, means by which this work is performed, equipment belonging to this means, substances generated therefrom, objects onto which this substance is sprayed. , a compound containing its objects; etc. is possible.

The above substances, objects, numbers to complexes, groups to complexes, substances to complexes, etc. include water, water, water, liquid, oil, energy, solid (固), agent, material, light, heat, wave, light, line, wind, stone, liquid, gas, solid, air, Air bubbles, gas, oxygen, hydrogen, nitrogen, haze, bubbles, powder, materials, substances, sand, gravel, aggregate, soil, soil, stones, rocks, rocks, crushed stone, crushed stone, sea sand, waste manure, ash, heat, cold, Compressor, chlorine, salt blocking agent, radical, mist, catalyst, photocatalyst, titanium, titanium, titanium oxide, titanium agent, phyton agent, detox agent, disinfectant, adsorbent, collector, detox agent, cleaning agent, purifier, disinfectant, disinfectant, additive, Admixtures, fire extinguishing agents, liquid matter, solid matter, gaseous matter, microorganisms, nano matter, slurry, waste, waste materials, sludge, slag, by-products, magnetized matter, vibrating matter, excited matter, ozone matter, anionic matter, rotating matter, decomposed matter , electrolytes, sterilizing substances, discharge substances, phytoncides; The water or phytoncide that has been subjected to one of the magnetization and complex treatments; A composite or complex of two or more of the above water or phytoncide; A composite or complex of two or more of the water and phytoncide in combination in that order; It can be used, used, applied, provided, placed, added, injected, put in, sprayed, etc.

a) In the present invention, while a drone, UAM, mobility, etc. is flying, moving, driving, etc., or during the flight of a drone, UAM, mobility, etc., the above-mentioned to composite, flying to composite, construction to composite, magnetization to composite, magnetization to composite Processing, etc. is possible. b) In addition, drones, UAMs, mobility, etc. can fly, move, drive, etc. during or during the work to complex, flight to complex, construction to complex, magnetization to composite, magnetization to composite processing, etc. c) And drones, UAM, mobility, etc. include the above-mentioned groups or composites, numbers or composites, substances, objects, materials, materials, equipment, facilities, foundations, buildings, structures, sensors, measuring devices, camera cameras, CCTV, etc. It is possible to use, provide, and connect. d) The above group or composite, number or composite, substance, object, material, material, equipment, facility, foundation, building, structure, sensor, measuring device, camera, camera, CCTV, etc. are used and equipped for drones, UAM, mobility, etc. Connections, etc. are possible.

In the present invention, providing, mounting, utilizing, using, applying, containing, including, putting, etc. means a) providing, configuring, mounting, installing, positioning, remaining, fixing, mounting, attaching, adhering, adhering, using, using, applying, etc. utilize, apply, combine, contain, contain, mix, mix, blend, purchase, inject, inflow, injection, insertion, prepare, entail, follow, form, composition, create, occur, launch, radiate, investigate, manifest, implement, Linkage, connection, fastening, merging, union, insertion, fitting, combination, related, relationship, penetration, passing, flow, past, contact, painting, applying, plastering, coating, painting, painting, shorting, blasting, shot blasting, spraying , fountain, spraying, distribution, gushing, discharge, outflow, inflow, trickling, spreading, dispersing, spraying, laying, packaging, tying, welding, bolting, gluing, joining, adhering, pressing, depositing, overlapping, layering, stacking, accumulating. , stacking, piled up, piled up, mounted, boarding, shared ride, riding, madam, running, hanging, engraving, engraved, embossed, incised, incised, covering, covering, covering, enclosing, assembling, carving, molding, tightening, cultivating, Culture, decomposition, separation, selection, putrefaction, fermentation, fumigation, impregnation, immersion, immersion, immersion, immersion, aeration, reaction, coagulation, sedimentation, filtration, sterilization, disinfection, purification, purification, purification, cleaning, washing, cleaning, Laundry, car washing, filtering, painting, cleaning, lining, remodeling, equipped with a stand (12), provided on the stand, provided through the stand (12), string connection, jack connection, screw connection, flange connection; b) Or flange connection of the above-mentioned devices by rope, line, thread, belt, string, rod, rod, plate, hook, anchor, etc.; c) or c1) object, object, object, object site, c2) one of the front, middle, back, top, bottom, front end, rear end, inside, outside, entrance, exit, joint, connection, cut, cut, etc. The above provided or flange connection; d) above d1) group to complex, storage to complex, device to network, chip to semiconductor, equipment to semiconductor, d2) one or more of them: top, bottom, front, back, left, right, side, surface, inside, inside, External, outer surface, outer periphery, inlet, outlet, periphery, surrounding, nearby, simultaneous, real-time, joint (18), connection (18), complex, etc. provided with the above or flange connection; e) or the above single to complex, flight to complex, construction to complex, magnetization to magnetization treatment; etc. are applicable. The linkage refers to a) connection, connection, combination, provision, installation, installation, location, presence, connection, contact; b) Alternatively, the above connection or contact applies to the front, rear, left, right, top, bottom, inside, outside, front end, rear end, etc. of tubes, pouring holes, hollow bodies, etc.

The above example includes a hollow body 13 with magnets 10 and 16 embedded therein through the holder 12, a hollow body 13 with a magnet provided with a cone embedded in the holder 12, and a cone with a magnet. A tube mounted on a stand 12 and embedded in a hollow body 13, a tube with a cone-equipped magnet embedded through the support 12, a supply path equipped with the magnet-embedded hollow body through the middle connection 18 of the supply path, and an entrance. This applies to the supply path provided with the magnet-embedded hollow body. Here, stands and supports include rods, boards, boards, strings, strings, wires, ropes, wires, stands, supports, etc. In the present invention, passing, touching, rough, etc. correspond to rough, rough, passing, flowing, penetrating, touching, grazing, passing, passing, processing, being processed, etc.

Based on the above, the present invention includes a) a device equipped with a sterilizer, a vibrator constituting the sterilizer, a drone equipped with a sterilizer, a vibrator forming sterilizing water, a drone forming a sterilizing solution, a mobility on which a sterilizer is mounted, and a drone on which a sterilizer is installed. , drone located in the air, drone equipped with a vibrator with a sterilizer installed, mobility with a magnetizer equipped with a sterilizer, equipment to which a sterilizing solution is attached, a material to which a sterilizing product adheres, a sterilizer used, a system in which a sterilizer is used. Mobility to which this applies, 4G utilization, 5G communication application, combined use of LTE communication, inclusion of information through WiFi, inclusion of information technology (IT), mixture to which information and communication technology (ICT) is applied, combination in which robots developed in robotics are used , embedding microorganisms cultured in biotechnology into materials, injecting and inserting namometer-sized nanomaterials manufactured through nanotechnology, purification using robot fish designed through robotics linked to environmental technology, nanotechnology linked to robotics technology. Patrolling microspaces using nanorobots designed with artificial intelligence (AI), air purification by connecting devices and equipment with each other, work using artificial intelligence (AI) that combines the Internet of Things (IoT), and geographic information system (GIS). merging with the Internet of Things (IoT), inserting a satellite navigation system (GPS) into a drone, inserting a nozzle or sprayer into a drone, urban air mobility combining autonomous vehicles on the road, networks related to virtual reality (VR), big Using a data-related system, ozone emitted from mobile devices is purified by penetrating through sewer pipes, information is passed through a computer for cloud computing, ozone emitted from cameras flows into the air to purify the air, and pollution around the thermal imaging camera is purified. Air passes through the purifier, purifies the air in contact with the GPR, applies paint emitted from the radar to the wall, applies disinfectant produced by the recorder to materials, coats the microphone with disinfectant water, sprays disinfectant on the speaker, and sprays the radio. Painting the disinfectant solution, shorting the material generated from the router, monitoring the spraying scene on the monitor, watching the spraying video on the fountain and screen, placing the material while scanning the facility with the scanner, packaging the product while scanning the product with the 3D scanner, 3 Lining the covering while transmitting a dimensional image, binding the magnetizer to the vibrator while drafting a 4-dimensional drawing, welding while 3D printing with a 3D printer, bolting using a 3D printer, mounting a model modeled in BIM on a car, BIM The modeled model is 3D printed with a 3D printer and boarded on a drone, the magnetizer that makes up the device is attached to the drone, the vibrator, which is one of the devices, is attached to the mobility, and the phone is attached to the drone. An embossed design is engraved on the facility, a pattern is engraved on the facility by a device, a pattern is embossed on the facility by a machine that emits sterilizing water, irregularities are dug into the facility by a certain means, and the ground is hollowed out as measured by a certain sensor. Loading, covering the puddle with material using certain equipment, covering with sheets manufactured in a certain device, surrounding the facility with mats, assembling the equipment and attaching it to the drone, fastening the parts to complete the device, and material using the fumigation system. Fumigation with sterilizing steam, impregnation work automatically operated by a computer, immersion of an object in a water tank operated by an automatic program, immersion of a material in a water tank operated by a computer equipped with hardware, aeration by an aerator with built-in software. , contamination reaction by purification network system, coagulation by coagulant, precipitation by injection of precipitant supplied from magnetizer, filtration by vibration of vibrator, sterilization by injection of ozone and electrolyte, disinfection by spraying of smoke screen provided by vibrator. , purification using a disinfectant provided by a sterilizer, purification using a purifier equipped with a semiconductor, purification using a water purifier equipped with a nozzle that sprays sterilizing water, cleaning using a rotating brush, cleaning using a high-pressure spray nozzle, drone equipped with a stand. , mobility equipped with wings provided on a stand, a purifier equipped with a nozzle through a stand, a vibrator connected to a pour-in hose with a string, two or more tubes connected with a jack, two or more pipes connected with screws, and a flange connection. tube or hollow body; b) Two or more composites, composites, composite agents, composite equipment, composite materials, composite operations, composite construction, and composite processing selected from among them; c) two or more selected from the above sequentially: composite, composite, composite agent, composite equipment, composite material, composite work, composite construction, composite processing; etc. are possible, or or etc. may be applied.

In the present invention, use, use, application, provision, placement, generation, radiation, irradiation, etc. mean use, use, application, utilization, provision, construction, installation, presence, location, installation, fixation, winding, coiling, generation, creation, etc. Composition, formation, radiation, investigation, corresponding, corresponding, provision, supply, delivery, accompanying, parallel, storage, compounding, pressurization, pumping, injection, input, purchase, mixing, spraying, spraying, fountain, distribution, placement, packaging, application, compaction, immersion, fumigation, impregnation, immersion, flow, passage, discharge, outflow, extraction, containment, inclusion, coating, painting, curing, being, becoming, doing, doing, implementation, execution, carrying out, proceeding, action, rough , roughing, processing, disposal, storage or composite, magnetization or composite, etc. are also applicable.

For example, in the case of 'using one of the magnetization or composite above', magnetization use, magnetization, vibration use, exciting application, ozone generation, ozone treatment, negative ion composition, negative ion treatment, rotating, discharging, sterilizing, Using protrusions, including protrusions, equipped with a vibrator, installed an exciter, installed a magnetizer, applied an ozone device, provided with negative ions, installed a rotator, installed a discharger, equipped with a sterilizer, injecting vibrating material, injecting excited materials, spraying magnetized material, spraying magnetized material spraying magnetized material, generating a magnetic field, coating ozone water, painting anion water, immersing a rotating object, applying an electric discharge, spraying a disinfectant, spraying a disinfectant, spraying a disinfectant, containing a disinfectant, complex treatment, equipped with a complex machine, complex Coating, composite coating, magnetization and vibration and excitation, magnetization and vibration and excitation and discharge, ozone and negative ion radiation, rotation and discharge and sterilization, vibration and rotation and discharge and sterilization, use of protrusions and vibrators, magnetizer and exciter and Equipped with ozone, negative ion, rotating, discharge, and sterilizer installation, immersion in magnetized, vibrating, and excited objects, generation of magnetic fields, ozone, and negative ions, spraying of rotating and discharged objects and sterilizers, rotating and discharged objects and These include coating of disinfectants, painting on rotating and discharged materials and disinfectants, combined treatment of magnetization, vibration and excitation, provision of a combination device of magnetizer, vibrator and ozone, and spraying of a combination of magnetization, vibrating material and excitation.

And 'one of the magnetization or composite is used' means one of the magnetization or composite is used, one of the magnetization or composite is applied, one of the magnetization or composite is mounted, one of the magnetization or composite is installed, or the magnetization is applied. One of the magnetized composites is generated, one of the magnetized composites is injected, one of the magnetized composites is sprayed, one of the magnetized composites is applied, one of the magnetized composites is roughed, and one of the magnetized composites is applied. Roughing, coating with one of the magnetization or composite, painting with one of the magnetization or composite, action with one of the magnetization or composite, treatment with one of the magnetization or composite, etc. are also applicable.

In the present invention, providing, mounting, mounting, etc. refers to a) object, object; b) One of them: front, back, left, right, top, bottom, face, surface, front end, rear end, one side, both sides, other side, multiple sides, one side, both ends, multi-stage, inside, inside, inside, inside, outside, outside. , periphery, connection, joint; This also includes equipping, mounting, and mounting on the back. Examples of this include providing a vibrator or vibrating case at the tip of the pouring hole, mounting a vibrating tube at the tip of the pouring hole, mounting an internal hollow vibrating tube at the tip of the pouring hole, and mounting a magnetizer on the outer periphery of the pouring hole. The tubes, cases, etc. include rods, rods, plates, pipes, rings, columns, barrels, boxes, single pipes, bands, tubes, pipes, cases, hollow bodies, hollow tubes, hollow cylinders, rod cases, tube cases, triangular cases, These include square cases, square cases, circular cases, cylindrical cases, and oval cases. The above complex includes complex, complex machine, complex, complex tool, complex, complex agent, composite material, composite material, composite material, complex device, complex equipment, complex facility, complex means, complex operation, complex treatment, etc.

In the present invention, a) contains, includes, incorporates, injects, inputs, embeds, mixes, composites, blends, consists, is provided, b) or contains, includes, inputs, additives, inputs, inclusions, mixtures, combinations, In complexes, etc., the degree of inclusion, inclusion, addition, input, injection, embedding, mixing, mixing, compounding, etc. is a) a certain percentage, weight part, volume part, weight%, volume%, multiple, multiple, b) 0.001, 0.01 , 1, 5, 10, 20, 25, 50, 75, 80, 90, 1 to 99, 100, 10^(-10) to 10^(10), 10 to the -10th power to 10 to the 10th power, etc. %, weight part, volume part, weight %, volume %, times, multiple, etc. Examples include 0.01 times inclusion, 5% inclusion, 10 parts by weight inclusion, 20 volume parts injection, 25 weight% injection, 50 volume% mixing, 1 to 99% injection, and 1 to 99 times injection. The values, specifications, sizes, percentages, parts by weight, etc. described in the present invention are appropriate values, optimal values, average values, highest values, lowest values, arbitrary values, etc. for the relevant matters, conditions, environments, substances, objects, etc. In the present invention, % means %, weight %, equivalent weight %, weight %, volume %, weight part, volume part; The above percentage to volume, in whole or in part; etc. are applicable. And parts by weight, part by volume, etc. refer to parts by weight, part by volume, %, weight %, equivalent %, weight %, volume %; Parts by weight or percent by volume, in whole or in part; etc. are applicable.

In the present invention, "one of" refers to one of, one selected from, any one selected from, one selected from the group consisting of, one selected from the group consisting of, etc. In the present invention, "selected from the group consisting of", or “selected from the group consisting of”, or “selected from the group consisting of”, or “selected from” means selected from the group consisting of, selected from the group consisting of, selected from the group consisting of, selected from, among. , in the middle, etc. The group includes a group, group, group, group, etc. In the present invention, “any one selected from the group consisting of a, b, and c” means 1) a, b, Any one selected from the group consisting of c; 2) or one of a, b, c; 2) or one of a, b, c; etc., and "any one selected from the group consisting of a, b, c “More than” includes 1) one or more selected from the group consisting of a, b, and c; 2) or one or more of a, b, and c; 2) or one or more of a, b, and c; etc.

In the present invention, '~', 'to', etc. mean ~, to, from ~ to ~, from where to where, from how much to how much, a certain range, a range of two or more, a range of two or more, and a number of two or more. This includes scope, listing of two or more terms, etc. Examples of this include a to d, a to d, etc., which correspond to a to d, a to d, and a to d, that is, a, b, c, d, etc. In the present invention, ‘∼, etc.’ refers to ∼, ∼, etc., one of ∼, one or more of ∼, a combination of two or more of ∼, etc. As an example, a, b, c, d, etc. are 1) a, b, c, d, etc., 2) a, b, c, d, etc., 3) one of a, b, c, d, 4) a, One or more of b, c, d, 5) a combination of two or more of a, b, c, d, etc. In α, α (random number), α×10^(-9)m, etc., α corresponds to a random number, a free number, 1 to 9, 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.

1: Vibrator 2: Magnetizer 3: Ozone device
4: Magnetization vibrator, ozone vibrator, magnetization vibration ozone machine 5: Vibration
6: Magnetic field 7: Ozone 8: Magnetization vibration, ozone vibration, magnetization vibration ozone
10: power unit 11: converter 12: inverter
13: switching unit 14: detection unit 15: control unit
16: Motor 20: Case 29: Tube, box, tank, pipe
30: Substance 40: Clean means 65: Drone or mobility
96: Purifier 121: Purifier 202: Mist machine
230: Mist 310: Sensor, measuring instrument, camera, CCTV
530: main body 531: body 532: support
533: Propulsion unit 534: Wing 535; motor
536: Landing part 537: Leg 538: Wheel
539 ; Remote controller 540: steering wheel

Claims (1)

As a robot that performs construction or is used in construction,
The robot is equipped with a magnetizer,
A vibrator is provided in the robot and spaced apart from the magnetizer,
An ozone generator is provided in the robot, spaced apart from the vibrator,
A negative ion group is provided in the robot, spaced apart from the ozone group,
The magnetizer is used to magnetize the materials of the construction,
The vibrator is used to vibrate the materials of the construction,
The ozone machine is used to ozonate the construction materials,
The negative ion group is used to treat the construction site with negative ions,
The Internet of Things (IOT) is used for the above mobility,
A modem is provided in the mobility,
A communicator, server, computer, and smartphone are connected to the modem,
By the Internet of Things (IOT), the robot, mobility, modem, communicator, server, computer, and smartphone are connected to the Internet,
A robot and a construction method using the same, characterized in that the robot or mobility performs or manages the construction using the modem, communicator, server, computer, smartphone, and the Internet.