KR102675059B1 - Equipment, drone, material, facility, tools for purification, disinfection, sterilization, cleaning, construction, works - Google Patents

Abstract

The present invention relates to purification, cleaning, cleaning, disinfection, sterilization, clean, construction, construction, construction, work-related equipment, devices, drones, materials, materials, buildings, facilities, means, methods, etc.

Description

Purification, cleanliness, washing, disinfection, sterilization, cleaning, construction, construction, construction, work equipment, device, drone, material, material, facility, tools {Equipment, drone, material, facility, tools for purification, disinfection, sterilization, cleaning, construction, works}

The present invention relates to a) purification, cleaning, cleaning, disinfection, sterilization, processing, construction, construction, construction, packaging, clean, equipment, device, drone, materials, materials, buildings, facilities, means, methods; b) Equipment, devices, drones, materials, materials, buildings, facilities, means, methods, etc. for the above cleaning and processing; It is about etc.

Various types of equipment, devices, drones, materials, materials, buildings, facilities, and means are being developed and used not only domestically but also around the world. The patented technology behind the present invention includes a wastewater purification and treatment device (10-1816486), a baghouse cleaning device (10-0345159), an image display device with air cleaning means (20-0454989), an ultrasonic cleaning device, and water treatment using the same. Device (10-1344812), automatic cleaning device for firefighting equipment equipped with a disinfectant spray device (10-1742027), armrest device for construction equipment (10-1917919), drive axle drive device for construction equipment and industrial vehicles (10-1560349), Drone driving practice device (registration 10-01921742), drone and its control method (publication 10-2016-0137442), building firefighting facility control system (10-1797140), construction material parts manufacturing device (10-1914865), scrap jam There is a cutting steel scrap processing device (20-0250003) equipped with prevention means. It will be very effective and economical to improve the functionality of existing equipment, devices, drones, materials, materials, buildings, facilities, and means.

The present invention aims to solve the problem of designing equipment, devices, drones, materials, materials, facilities, and means that have functions such as magnetization, sterilization, cleaning, and purification.

In order to solve the above problem, in the present invention a) magnetization, excitation, ozone, anion, magnetizer, excitation, ozone group, anion group, magnetization, excitation, ozone, anion, etc. are used, provided, generated, Equipment, devices, drones, materials, materials, facilities, means for spraying, containing, etc.; b) Disinfection, sterilization, spraying, purification, cleansing, treatment, dust removal, construction and construction methods in which one of these is used; I would like to devise something like this.

In the present invention, magnetization, vibration, excitation, ozone, negative ion, magnetizer, vibrator, exciter, ozone group, negative ion group, magnetization, vibrating material, excited material, ozonated material, anionic material; Two or more of these, compound, complex, complex; Improves the vibration, sterilization, disinfection, cleanliness, purification, cleanliness, environmental friendliness, ecology, sterilization, disinfection, antibacterial properties, etc. of certain substances, objects, materials, materials, etc.

The present invention provides the effect of equipment, devices, drones, materials, materials, facilities, means, etc. to disinfect, sterilize, spray, purify, clean, process, remove dust, etc. In the present invention, ozone, negative ions, etc. provide effects such as sterilization, disinfection, purification, and treatment.

1 to 11 show a magnetizer, a vibrator, an exciter, an ozone group, an anion group, a complex group, and a functional group according to the present invention, a magnetized material, a vibrating material, an excited material, an ozone material, an anionic material, a complex, etc. radiated from one of them. Schematic diagram showing the function
Figure 12 is a schematic diagram showing the composition of materials and structures according to the present invention
13 to 15 are schematic diagrams showing construction according to the present invention.
Figure 16 is a schematic diagram showing a concrete pouring hole according to the present invention
Figure 17 is a schematic diagram showing the cone mesh spiral according to the present invention.

The name of the present invention is purification, cleanliness, washing, disinfection, sterilization, cleaning, construction, construction, building, work equipment, devices, drones, materials, materials, facilities, and means, which are purification, purification, cleaning, disinfection, and sterilization. , cleaning, construction, construction, building, or one of the equipment, devices, drones, materials, materials, facilities, and means of work. Since the purification, purification, washing, disinfection, sterilization, cleaning, construction, construction, and construction belong to work, and the equipment, devices, drones, materials, materials, and facilities belong to means, the name of the present invention is means of work. It can be abbreviated. The contents, terms, words, idioms, phrases, phrases, phrases, sentences, paragraphs, explanations, explanations, expressions, notations, drawings, illustrations, claims, etc. described or explained below are included in the scope and content of the present invention. do.

Claim 1 of the present invention relates to a means related to one or one of the following operations: purification, purification, cleaning, disinfection, sterilization, cleaning, construction, construction, construction, construction, construction, construction. The clean is a term representing purification, cleanliness, sterilization, disinfection, etc. as described in the present invention. The cleaning is a term representing sterilization, disinfection, purification, purification, washing, etc. The means is purified or has a purification function, and a vibrator, an exciter, an ozone group, an anion group, and a composite device are sequentially used in the means, an excited water is generated in the vibrator, and a vibrating object is generated in the vibrator. , negative ion water is generated in the ozone group, ozone water is generated in the negative ion group, and a composite is generated in the complex, and the composite is a combination of vibrating water, excited water, ozone water, and negative ion water.

The means may be a) one or more of the purification or spraying of a purifying agent, b) or have one or more of the above functions, or c) or one or more of the above and have the one or more functions. Here means means; Its face, inside, wall, wall, surface, inner surface, outer surface, inside, outside, air, space, site, hollow part, construction site; etc. are applicable.

The following m, n, o, p, q, etc. may be used for the above means. The m is a drone. The n refers to a magnetizer, vibrator, exciter, ozone group, negative ion group, etc. provided in the drone. The o is a drone in which the magnetizer and the anion group are sequentially provided. The p is a drone that sprinkles the work site. The q is a drone that transports work materials. The means may sequentially or simultaneously include: a) magnetization, vibration, excitation, ozone, negative ion, magnetizer, vibrator, exciter, ozone group, negative ion group, magnetization, vibrator, excitation, ozone, anion; b) Two or more of them are combined, combined, combined; This is used. Excited water is generated in the magnetizer, magnetized material is generated in the vibrator, vibrating material is generated in the vibrator, negative ion water is generated in the ozone group, ozone water is generated in the negative ion group, and A complex is created in a complex. The composite is a material that combines magnetization, vibrating material, excited water, ozone water, and anion water. The magnetization or composite causes the working material to become one or more of a) vibration, compaction, sterilization, disinfection, and cleanliness, or b) or the fluidity, dispersibility, workability, purification, cleanliness, environmental friendliness, and ecological nature of the working material. One or more of sterilization, disinfection, antibacterial, atomization, nanoization, slurry, injectability, insertion, agitation, vibration, pourability, compaction, and workability are improved.

The means include drugs, medicaments, medicines, drugs, activators, reactive agents, coagulants, cleaning agents, purifying agents, purifying agents, adsorbents, collectors, sterilants, disinfectants, antibacterial agents, sterilizing agents, foaming agents, foaming agents, aerating agents, and swelling agents. , one or more selected from waterstop agents, waterproofing agents, water repellent agents, plasticizers, admixtures, and solidifying agents are added. The means include catalysts, positive catalysts, subcatalysts, photocatalysts, phytoncides, TiO ₂ , ZnO, CdS, ZnS, GaP, CdSe, CdTe, SnO ₂ , Nb ₂ O ₅₃ , KTaO ₃ , MoSe ₂ , ZnSCdSe, Ni-K ₄ Nb ₆ O ₁₇ , ZrO ₂ SrTiO ₃ ; The catalyst containing phytoncide to ZrO ₂ SrTiO ₃ ; The catalyst ZrO ₂ SrTiO ₃ treated with a vibrator; One selected from among them is sprayed or coated. The above means include microorganisms, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, beneficial microorganisms, aerobic microorganisms, anaerobic microorganisms, halophilic microorganisms, aerobic microorganisms, Bacillus, Cereus, Subtilis, Pasteuri, Bacillus subtilis, bio It includes one or more selected from the group consisting of collagen, keratin, syndecan, integrin, elastin, biofluid, biogel, biosil, bioseal, biobond, and biofilm. One or more of the collagen or biofilm is produced by one of the microorganisms or bioagents.

The means are equipment, devices, drones, materials, materials, and facilities. The above equipment, devices, drones, materials, and materials are used for the above work. The facility is created by the work, equipment, devices, drones, materials, and materials. The equipment creates the facility while using the materials and materials. The device is mounted on the equipment, drones, materials, materials, and facilities. The drone is linked to the equipment, devices, materials, materials, and facilities. The materials and materials are used in the equipment, devices, drones, and facilities. The material is included in the material. The facility is created by the above equipment, devices, drones, materials, and materials.

In the present invention, the equipment includes equipment a, equipment b, equipment c, equipment d, equipment e, equipment f, equipment g, equipment h, equipment i, equipment j, equipment k, equipment l, equipment m, equipment n, equipment o, Includes equipment p, equipment q, equipment r, etc. The equipment a includes a storage unit (60), a hopper (61), a mixer (62), a pump (63), a hose (64), a pump car (205), a pourer, a 3D printer, an injector (66), a sprayer (66), Injector, vibrator, nozzle (65), drone, mold (85), curing machine, etc. The equipment b is storing, inputting, mixing, pumping, transporting, arranging, assembling, pouring, laying, packaging, spraying, spraying, irradiating, spinning, injecting, vibrating, compacting, forming, coating, painting, and curing materials or materials. It is a storage or curing machine that performs one or more functions. The equipment c is equipment 38 composed of two or more of the storage unit and the curing unit. The equipment d includes the pourer for pouring the material, the sprayer for spraying the material, the injector for injecting the material into the form or the ground, the nozzle for pouring or spraying the material, and the tip of the sprayer or 3D printer. The nozzle provided in, etc. The equipment e is the pouring machine equipped with a vibrator at the tip of the pouring port 200, the sprayer equipped with a vibrator at the tip of the pouring port, the injector equipped with a vibrator at the tip of the pouring port, etc. The equipment f includes a drone 65 that sprays material while moving with the hose 64 mounted on it, and a drone 65 that pours concrete while moving with the hose 64 mounted on it. The equipment g is a form 85 into which concrete is poured by the pouring machine. The equipment h is a curing machine that sprays water or steam on the poured concrete. The equipment i is a shaft, auger, rod 174, etc. connected to the hose 64. This is to mix materials or binders (191), soil (190), residual soil (190), slime (192), fibers or reinforcing materials (193), etc. while rotating in the ground, form, etc. As a result, foundations, piles, and foundations are formed underground, and buildings, facilities, and structures are formed in the form. The equipment j is a rotation means (173) that rotates (175) the shaft or rod. This includes motors, augers, rotating bodies, rotation means, etc. The equipment k is a backhoe 170, equipment 38, 170, 171, 172, etc. equipped with the rod or rotation means. The equipment ℓ is a backhoe, equipment, excavator, excavator, excavator for excavating underground, excavator for excavating underground wall, underground wall, slurry wall, etc. in the ground, etc., which is not equipped with the rod or rotation means. The equipment m includes wings 176, rotary blades 176, etc. mounted on the rod or mixer. The equipment n is a backhoe 172, equipment, excavator, excavator, etc. that excavate the ground. The equipment o is the bucket 177 of the backhoe. This involves mixing materials or binders 191, soil 190, residual soil 190, slime 192, fibers or reinforcing materials 193, etc. on the ground. As a result, a surface foundation 194, a mat foundation, etc. are formed on the ground. The equipment p is an equipment 171, a crane 171, etc. that moves, inserts, penetrates, or injects, inserts, or penetrates materials into a drilling area. By the penetration, a foundation, an underground foundation 195, a surface foundation 194, etc., into which the rods or reinforcing bar cages are inserted, are created. The equipment q is a drone linked to one of the warehouse or crane. The equipment r is a drone, a storage unit or a crane equipped with or installed one or more of the magnetizer or composite.

The nozzle is a nozzle provided on one of the hose or injector, or a nozzle 66 provided with a collision plate 67 inside and an extension 68 at the tip. The pump car includes a pump car for pumping material or concrete, a pump car for pumping material into a pouring machine, a pump car for pumping material into a drone, a pump car for pumping material into a 3D printer, and a pump car equipped with a pouring hole for pouring material or concrete. It is one of a pump car equipped with a vibrator 32, a cable 6 mounted on the vibrator, or a tube 8 mounted on the vibrator at the tip of the pouring hole 200. The 3D printer includes a 3D printer equipped with a plotter for pouring material or concrete, a 3D printer for pouring material through the plotter, and a 3D printer equipped with a vibrator or a cable mounted on the vibrator or a tube mounted on the vibrator at the tip of the plotter. This is one of the printers.

In the present invention, the device is a) one or more of the above-mentioned cleaning or purifying agent spraying, b) or one or more of the above-described functions, c) or one or more of the above-mentioned functions, or d) or one or more of the above-mentioned functions and the one or more functions It is a device that has. The drone is a) a drone that moves on top of one or the top of two or more of the work site, equipment, devices, facilities, materials, materials, personnel, buildings, structures, or b) or tanks; An inlet or hopper mounted on the top of the tank; Wings mounted inside the tank; An outlet or hose mounted at the bottom of the tank; means for rotating the blades; A pump and nozzle sequentially connected to the tank; It is a drone equipped with one or more of the following:

In the present invention, materials or materials include a) rods, bars, bars, rods, reinforcing bars, iron bars, steel bars, steel frames, materials, reinforcing materials, fiber rods, wires, prosthetic bars, wall reinforcing bars, floor reinforcing bars, column reinforcing bars, slab reinforcing bars, and cast reinforcing bars. , auxiliary reinforcing bars, reinforcing bars, vertical reinforcing bars, horizontal reinforcing bars, diagonal reinforcing bars, plastic bars, reinforcing bar nets, reinforcing bar square nets, reinforcing bar squares, reinforcing bar cages; b) Mortar, substances, materials, raw materials, chemicals, cement, ready-mixed concrete, asphalt, slurry, concrete, cement material, asphalt material, injection material, grouting material, shot concrete material; c) Materials to be cured, materials to be hardened, slurries to be hardened, materials used in foundations 194, 195, materials used in buildings 87 (86), materials used in facilities, materials used in structures, cured. a substance that forms a structure; d) Material or compound water stored in the storage 60, material or compound water introduced into the hopper 61, mixture or ready-mixed concrete mixed in the mixer 62, pressurized material pressurized by the pump 63, or Mortar, conveyed material or concrete transported by the hose 64, placed material or concrete placed by the hose or nozzle 66, transported material or poured material transported or placed by the drone 65, and the form 85 ) Input or concrete inputted into ), curing material or concrete cured with the curing device; e) Material sprayed by the rod 174 or its nozzle, material stirred by the backhoe 172, material stirred by the wing 176, material excavated by the excavator 172, and bucket 177. Materials to be stirred, reinforcing material 193 penetrated into the ground by the crane 171; f) the rod or reinforcement material containing or sprayed with one of the water or composite or the water or composite; g) a composite material of two or more of the above rods and reinforcements; etc. are included.

One of the above materials, materials, mortar or shotcrete includes a) water, water, liquid, oil, energy, solid, material, material. (材), powder (粉); b) Soil, stone, silt, earthen stone, white earth, clay, red clay, granite, sandstone, minerals, tailings, ore, stone dust, ceramic, silica, silica fume, kaolin, germanium, bentonite, zeolite; c) iron, metal, fiber, cation, anion, fiber; d) Seeds, plants, trees, roots, starch, starch, rice husk, cypress, phytoncide; e) air, gases, oxygen, hydrogen, nitrogen, carbon, ozone, air bubbles, foam, steam; f) Ash, waste dust, iron dust, stone dust, dust, shell, sludge, slime, slag, by-products, waste; g) Charcoal, charcoal, enzyme, carbon, activated carbon; h) Catalyst, positive catalyst, subcatalyst, photocatalyst, TiO ₂ , ZnO, CdS, ZnS, GaP, CdSe, CdTe, SnO ₂ , Nb ₂ O ₅₃ , KTaO ₃ , MoSe ₂ , ZnSCdSe, Ni-K ₄ Nb ₆ O ₁₇ , ZrO ₂ SrTiO ₃ ; i) Drugs, drugs, drugs, drugs, pigments, activators, reactive agents, coagulants, cleaning agents, purifying agents, water purifying agents, reactive agents, adsorbents, collectors, disinfectants, disinfectants, antibacterial agents, disinfectants, foaming agents, foaming agents, Aeration agent, expanding agent, water-stopping agent, waterproofing agent, water repellent, plasticizer, admixture, solidifying agent; j) rubber, resin, urethane, urea, epoxy, acrylic, uracil, latex, binder, geopolymer; k) nanometer-sized materials such as nanomaterials, nanometals, nanoiron, and nanosilver; ℓ) nanometer-sized material, 10 ^-9 m-sized material, 10 ^-6 to 10 ^-12 m-sized material; m) Microorganisms, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, beneficial microorganisms, aerobic microorganisms, anaerobic microorganisms, halophilic microorganisms, aerobic microorganisms, collagen, keratin, syndecan, integrin, elastin, Bacillus, Cereus, subtilis s, Pasteuri, Bacillus subtilis, bio agent, bio liquid, bio gel, bio seal, bio seal, bio bond, bio film; n) C, H, O, N, S, K, P, F, Ca, Mg, Si, Fe, Me, Al, Na, Cu, Zn, Pb, Cr, Cd, OH, COO, MgO, CaO, K ₂ O, SiO ₂ , Al ₂ O ₃ , Fe ₂ O ₃ , CaSi, CaMg, CaFe, CaMe, CaCOO, MgFe, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe, MgFeCOO, CaMgFeMe, CaMgFeCOO , Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- containing, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- combined, CaMgFeMeCOO, made of CaMg, made of CaFe, made of CaMe, made of CaCOO, made of MgFe, Made of MgMe, made of MgCOO, made of FeMe, made of FeCOO, made of CaMgFe, made of CaMgMe, made of CaMgCOO, made of MgFeMe, made of MgFeCOO, made of CaMgFeMe, made of CaMgFeSi, made of CaFeMgSi, made of CaMgFeCOO, made of CaFeMgSiPolymer, made of Ca·Fe·Mg·Si· Polymer containing agent, Ca·Fe·Mg·Si·Polymer containing agent, Ca ⁺² Mg ⁺² Fe ⁺² Si ⁺ containing agent, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- containing agent, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- binder, CaMgFeMeCOO agent; o) the C to CaMgFeMeCOO agent, which is an ionic material; p) A composite of two or more of the above water to CaMgFeMeCOO agents; etc. are included.
The number includes water, water, water, etc. The water is water, object, substance, etc. The liquid is liquid, liquid, liquid, etc. The oil is oil, oil, oil, etc. The above groups include energy, energy, gas, etc. The above-mentioned suffering includes suffering, 固, solid, etc. The above agents include preparations, ingredients, cleaning agents, materials, additives, etc. The ashes include ash, wood, materials, etc. The light includes light, sunlight, light source, light, electric light, etc. The heat includes heat, heat, heat, heat, etc. The waves include waves, waves, ultrasonic waves, and infrared waves. The light is light, light, light, light source, etc. The lines include lines, lines, ultraviolet rays, infrared rays, etc. The wind refers to wind, wind, wind, etc. The sterilizing light is a light, line, light, ray, light source, etc. that sterilizes, disinfects, etc. The ions include ions, ionic substances, ionic substances, elements, elemental components, elemental substances, classes or substances containing ions, classes or substances containing elements, classes or substances containing C ions, and H elements. This applies to types or substances. The CaCOO agent, MgCOO agent, FeCOO agent, CaMgCOO agent, MgFeCOO agent, CaMgFeCOO agent, etc. are substances containing COO. The COO includes COO, COO ^- , COOH, COONa, CH ₃ COOH, C ₆ H ₅ COOH, HCOOH, CH ₃ COOCH ₃ , C ₂ H ₅ OCOH, carboxyl group, etc.

In the present invention, the facility or object is a) foundation (194, 195), pile, pier, caisson, building foundation, structure foundation, underground foundation (195), surface foundation (194), edge foundation, underground edge foundation (Figure 5 b, c, d, e); b) Roads, roads, roads, sidewalks, pavements, roads, sidewalks, farm roads, forest roads, railways, tracks, runways, bicycle paths, jogging courses, marathon courses; c) Tracks, courts, parks, stadiums, baseball fields, soccer fields, basketball courts, golf courses, playgrounds, dome stadiums, playgrounds, grass fields, athletics tracks, playground tracks, tennis courts; d) Tunnels, culverts, subways, underpasses, basements, underground conduits, gas conduits, common conduits, single conduits, power conduits, communication conduits, sewer pipes, water pipes, gas pipes, parking lots, soundproof tunnels, road tunnels, underpasses, underground boxes, Underground facilities, underground tanks, underground lines, underground spaces, underground parking lots, pipelines, underground pipelines; e) Bridges, abutments, piers, overpasses, bridges, overpasses; f) Room, house, building (87), house, house, Korean-style house, Western-style house, shopping center, apartment, residential-commercial complex, officetel; g) Wall, wall, retaining wall, masonry, masonry, quay wall, soundproof wall, earth retaining wall, underground wall, basement wall, water retention wall, earth retaining wall, slurry wall, reinforced earth retaining wall, underground continuous wall, diaphragm wall, underground diaphragm wall; h) Dams, dams, weirs, embankments, rivers, streams, ponds, underwater, ports, coasts, oceans, seabeds, revetments, lakes, waterways, ponds, seas, wharves, quays, water docks, estuaries, breakwaters, seawalls, reservoirs, retention ponds, Reservoir; i) Ground, underground, underground, slope, slope, slope, excavation, reinforcement, improvement, greening, lining, tunnel lining, ground excavation, ground reinforcement, ground improvement, slope reinforcement, slope greening, injection, grouting, shotcrete, crack injection , underground grouting, slope shotcrete, excavation side shotcrete; j) Towers, pylons, pillars, chimneys, aerials, fences, street lamps, silos; k) Facilities, equipment, temporary facilities, plants, landfills, power plants, earthquake-proof facilities, dust-proof facilities, disaster-prevention facilities, fire-proof facilities, landfills, thermal power plants, nuclear power plants, underground facilities, landscaping facilities, apartment facilities; ℓ) Interior, exterior, plastering, masonry, remodeling, interior; m) Facility (87), structure (87), building, construction, civil engineering, building, construction, landscaping, sculpture, sculpture, environment, assembly, assembly building, steel structure, apartment building, underground structure, cement structure , concrete structures; n) the foundation or concrete structure in which one or more of the vibrator, equipment, storage or crane, material, rod or reinforcement, water or composite, mortar or shotcrete is used; etc. are applicable.

In the present invention, construction or work includes: a) construction, construction, construction, building, construction, construction; b) Interior, exterior, plastering, masonry, excavation, reinforcement, improvement, greening, lining, tunnel lining, ground excavation, ground reinforcement, ground improvement, slope reinforcement, slope greening, injection, grouting, shotcrete, remodeling, interior; c) Foundation work, construction work, building work, ground work, slope work, paving work, railway work, bridge work, tunnel work, building work, facility work, road construction, track construction, facility construction, facility construction, apartment construction, Dam construction, structure construction, interior construction, exterior construction, lining construction, grouting construction, shot concrete construction, remodeling construction, interior construction, concrete construction, reinforced concrete construction; d) or the construction, erection, erection, erection, erection or construction of a structure; e) Construction, construction, construction, building, construction, construction in which the equipment is used; f) Storage, input, mixing, pumping, transport, placement, assembly, pouring, laying, packaging, spraying, spraying, irradiation, spinning, pouring, vibration, compaction, forming, coating, painting, curing, greening, etc. of materials or materials. injection, grouting, shotcrete; g) Construction, construction, construction, architecture, construction, construction of one or more of the interior, interior, storage, and shotcrete; This is included.

An example of the equipment in the present invention is equipment used in construction, and the equipment includes a venturi pipe, a vibrator is provided in the venturi pipe, and a solenoid valve (92) is repeatedly opened and closed at regular intervals in the venturi pipe (77). ) is provided, the opening and closing interval is adjusted by a timer 98, the vibrator is a magnetizer that excites while generating a magnetic field, a sensor and an element are mounted on the vibrator, and the sensor is a magnetic sensor, The element is characterized as being a piezoelectric element.

According to Example 1 of the present invention, the following a, b, c, etc. are possible in construction. In a, a1) foundation construction is performed, and a2) a drone moves on top of one or more of the site, facilities, equipment, means, objects, materials, materials, manpower, and structures of the foundation construction. In b, b1) reinforced concrete construction is performed, and b2) the drone moves to the top of one or more of the site, facilities, equipment, means, objects, materials, materials, personnel, buildings, and structures of the reinforced concrete construction. Here, drones perform construction, construction, construction, construction, disinfection, sterilization, watering, cleaning, purification, greening, construction management, construction work, their own work, and on-site recording of their own work. In c, the drone is inserted into the upper part of the foundation work and the upper part of the reinforced concrete work, the drone moves between the upper part and the upper part, the drone is used for the construction, and the drone is used to manage the construction. The drone performs the construction work, the drone performs its own work, the drone records the construction site, ozone is emitted from the drone, and negative ions are irradiated simultaneously with the radiation. , At the same time as the irradiation, a magnetic field is radiated, the drone disinfects the construction site, the drone sprays the site, the dust from the site is removed by the water spray, and the drone disinfects the construction site. The building that was built is disinfected, and the drone sterilizes the structure created by the construction.

An example of a drone in the present invention is a drone used for one of the following tasks: construction, construction, construction, construction, sterilization, disinfection, purification, purification, cleaning, and cleaning, and the drone is equipped with a tank, and an inlet is located at the top of the tank. is mounted, a wing is mounted inside the tank, an outlet or hose is mounted at the bottom of the tank, a means for rotating the wing is provided, a pump and a nozzle are sequentially connected to the tank, and the drone A vibrator is mounted, a sensor and an element are mounted on the vibrator, the sensor is a magnetic sensor, and the element is a piezoelectric element.

According to Example 2 of the present invention, the following d, e, f, etc. are possible during construction. In d, a drone equipped with a magnetizer, vibrator, exciter, ozone group, negative ion group, etc. is used. The above e refers to watering using a drone. The above f is f1) spraying and transporting materials using a drone, and f2) sequentially or simultaneously disinfecting, sterilizing, antibacterial, sterilizing, cleansing, purifying, cleaning, removing germs, decontamination, dust removal, dust removal, air purification. , pollution purification, air purification, water purification, light radiation, heat radiation, wave radiation, light radiation, line radiation, wind radiation, mist spray, bubble spray, ozone Radiation, ozone water spray, magnetic field radiation, negative ion radiation, mist spray, disinfectant spray, disinfectant spray, cleaner spray, purifier spray, photocatalyst spray, phytoncide spray, sterilizing light radiation, sick house syndrome removal, environmental hormone removal, etc.

As an example of construction in the present invention, a needle 127 is placed on one side of the plate 126 and spaced apart from the other side, + power is applied to the plate, negative power is applied to the needle, and ozone is generated by the applied power. , Characterized in that the construction site is treated with ozone by the generated ozone.

According to Example 3 of the present invention, the following g, h, i, etc. are possible during construction. The above g refers to the drone moving over one or more of the construction site, facility, equipment, equipment, means, object, materials, materials, manpower, building, and structure. In the h, a drone moves to the site, the facility is cleaned, the equipment is purified, the equipment is sterilized, the means is cleaned, the object is sprayed, the material is treated with antibacterial agents, and the material is treated with antibacterial agents. is sterilized, wind is sprayed on the personnel, sick building syndrome is removed from the building, and dust is removed from the structure. The i is provided with a magnetizer at the site, a vibrator at the facility, an exciter at the facility, an ozone device at the equipment, a negative ion device at the means, and a magnetizer and an ozone device at the object. A complex machine is provided, the material is subjected to vibration treatment, the material is magnetized, the personnel is treated with ozone, the building is free of sick building syndrome, and the dust of the structure is removed.

An example of a material in the present invention is a material used in construction, the material is disinfected, the excited water that has passed through the venturi pipe is used for the material, the excited water is generated in a vibrator provided in the venturi pipe, and the material is disinfected. A photocatalyst is sprayed on, microorganisms are included in the material, and biogel is produced by the microorganisms.

According to Example 4 of the present invention, the following j, k, ℓ, etc. are possible during construction. The j is a drone; Or, a drone equipped with a vibrator, magnetizer, exciter, ozone generator, negative ion generator, disinfection device, sterilization device, purifier, purification device, etc. f1) construction, construction, construction, building, construction; f2) Interior, exterior, plastering, masonry, excavation, reinforcement, improvement, greening, lining, tunnel lining, ground excavation, ground reinforcement, ground improvement, slope reinforcement, slope greening, injection, grouting, shotcrete, remodeling, interior; f3) Foundation work, construction work, building work, ground work, slope work, paving work, railway work, bridge work, tunnel work, building work, facility work, road construction, track construction, facility construction, facility construction, apartment construction, Dam construction, structure construction, interior construction, exterior construction, rebar construction, steel construction, lining construction, tunnel lining construction, grouting construction, shot concrete construction, remodeling construction, interior construction, concrete construction, reinforced concrete construction; f4) or the construction, construction, construction, building, construction or creation of facilities; f5) Construction, construction, construction, building, construction, construction in which the equipment is used; a9) Storage, input, mixing, pumping, transport, arrangement, assembly, pouring, laying, packaging, spraying, spraying, irradiation, spinning, injection, vibration, compaction, forming, coating, painting, curing, greening, etc. of materials or materials. injection, grouting, shotcrete; f6) Construction of one of the interior or exterior structures mentioned above; f7) Construction of one of the above storage or shotcrete; Doing things like this. The above k refers to the drone k1) disinfection, sterilization, watering, antibacterial, sterilization, clean, purification, washing, aeration, germ removal, decontamination, dust removal, dust removal, air purification, pollution purification, air purification, water purification, light Radiation, thermal radiation, wave radiation, light radiation, line radiation, wind radiation, mist spray, bubble spray, ozone radiation, ozone water spray, magnetic field radiation, negative ion radiation, Mist spray, disinfectant spray, disinfectant spray, cleaner spray, purifier spray, photocatalyst spray, phytoncide spray, LED light radiation, sterilizing light radiation, sick house syndrome removal, environmental hormone removal; k2) or the above-mentioned disinfection or removal of environmental hormones from one of the construction sites, facilities, means, equipment, materials, materials, personnel, buildings, and structures; etc. work. The ℓ refers to the drone performing ℓ1) the above tasks and operations'; Performing said task while doing said task; ℓ2) Used for the above work or work’; Used for the above-mentioned works and operations'; ℓ3) Assisting in the above work or work’; assisting in the above tasks and operations'; ℓ4) Used for the management of the said task or task'; Used for the management of said tasks and operations'; ℓ5) Used in the construction of the above work or work’; used in the process of said operation or operation'; Used during or during the above operation; ℓ6) Linkage to the equipment of the said work or work'; Linkage to the equipment of the above operations and operations'; ℓ7) Connected to or equipped with one of the above sites or structures; moving the top of one of the sites or structures; ℓ8) Move the upper part of the work or work'; Move the top of the task and task'; ℓ9) Move to the site of the said work or operation'; moving from site to site of said work and work'; ℓ10) Move the upper part of the equipment of the said work or operation'; Moving the upper part of the equipment for the above operations and operations'; ℓ11) Perform or move the above while recording; Performing or moving the work while recording the scene of the work and work'; Do one of the selected ones.

The disinfecting device is a disinfecting device, the sterilizing device is a sterilizing device, the cleaning device is a cleaning device, the purifying device is a purifying device, the construction drone is a construction drone, the disinfecting drone is a disinfecting drone, and the moving Means include means of movement, etc.

An example of the device in the present invention is a cleaning device, the device includes a venturi tube, an exciter is provided in the venturi tube, a solenoid valve that is repeatedly opened and closed at regular intervals is provided in the venturi tube, and the opening and closing of the venturi tube is provided. The interval is adjusted by a timer, the vibrator is a magnetizer that excites while generating a magnetic field, a sensor and an element are mounted on the vibrator, the sensor is a magnetic sensor, and the element is a piezoelectric element. The cleaning includes purification, purification, washing, sterilization, disinfection, watering, antibacterial, sterilization, germ removal, decontamination, dust removal, dust removal, air purification, pollution purification, air purification, water purification, sick house syndrome removal, and environmental hormone removal. , light radiation, thermal radiation, wave radiation, light radiation, line radiation, wind radiation, magnetic field radiation, negative ion radiation, sterilizing light radiation, mist spray, bubble spray, It is one or more of two or more sequentially selected from ozone radiation, ozone water spray, mist spray, disinfectant spray, disinfectant spray, cleanser spray, and purifier spray.

According to Example 5 of the present invention, in processing a certain target, a) in the processing site, facility, equipment, equipment, means, materials, materials, personnel, buildings, and structures, a drone moves to the site and , the facility is cleaned, the equipment is purified, the equipment is sterilized, the means are cleaned, the objects are sprayed, the materials are treated with antibacterial agents, the materials are sterilized, and the personnel are subject to wind ( wind) is sprayed, the sick building syndrome is removed from the building, dust is removed from the structure, b) sequentially or simultaneously with the above treatment, magnetization, vibration, excitation, ozone, negative ions, magnetizer, vibrator, exciter, Ozone group, anion group, magnetized material, vibrating material, excited material, ozonized material, anionic material; Two or more of these, compound, complex, complex; c) In the above treatment, drugs, drugs, drugs, drugs, activators, reactive agents, coagulants, cleaning agents, purifying agents, water purifying agents, adsorbents, collectors, disinfectants, disinfectants, antibacterial agents, disinfectants, foaming agents, One or more selected from the group consisting of foaming agents, aerating agents, expanding agents, water retention agents, waterproofing agents, water repellent agents, plasticizers, admixtures, and solidifying agents are used. The above treatments include purification, cleaning, washing, sterilization, disinfection, watering, antibacterial, sterilization, germ removal, decontamination, dust removal, dust removal, air purification, pollution purification, air purification, water purification, sick house syndrome removal, and environmental hormone removal. , light radiation, thermal radiation, wave radiation, light radiation, line radiation, wind radiation, magnetic field radiation, negative ion radiation, sterilizing light radiation, mist spray, bubble spray, It is one or more of two or more sequentially selected from ozone radiation, ozone water spray, mist spray, disinfectant spray, disinfectant spray, cleanser spray, and purifier spray.

In the present invention, magnetization (41), vibration (42), excitation (43), ozone (44), negative ion (45), magnetizer (31), vibrator (32), exciter (33), ozone device (34) , anionic group (35), magnetized material (41), vibrating material (42), excited material (43), ozonated material (44), anionic material (45); Among them, two or more complex (40), complex (30), complex (40); etc. can be used.

The complex devices (30, 36) include a) a magnetizer, a vibrator, an exciter, an ozone group, an anion group, a magnetized vibrator, a magnetized excitation device, a magnetized ozone device, a magnetized negative ion device, a vibrating device, a vibrating ozone device, and a vibrating negative ion device. , excited ozone group, excited negative ion group, ozone negative ion device, magnetized vibrational device, magnetized vibrational ozone device, magnetized vibrational negative ion device, vibrational ozone device, vibrational negative ion device, excited ozone negative ion device, magnetized vibrational ozone device, magnetization Anion with vibration, ozone anion with vibration, ozone anion with magnetization vibration; b) a hollow body equipped with one of these, a Venturi tube; This is included.

The magnetizers 30 and 31 include magnetizer, magnet 131, magnetic material 131, film magnet, sheet magnet, electromagnet, electric magnet, sheet magnet, paper magnet, thin film magnet, magnetic device, magnet, magnetizer, magnetizing. coil, a magnetizer that magnetizes a material, a magnetizer that generates a magnetic field, a magnetizer that radiates magnetic energy, a magnetizer that vibrates by a magnetic field, two or more magnets (131) embedded, coated, or lined (133) A magnetizer 130 including a magnetizer, a magnetizer 130 in which a separator or spacer 132 is inserted between the two or more magnets, and a case 133 in which at least one of the magnetic material and the separator is inserted. , a magnetizer that generates a magnetic field by applying electricity, a magnetizer (135) that generates a magnetic field by applying electricity to the coil or spiral 16 wound around the core 15, a magnetization vibrator that vibrates while magnetizing, and a magnetic field that vibrates while being magnetized. This applies to vibration magnetizers that are generated.

The vibrators (30, 32) include a vibrator, a drum vibrator, a membrane vibrator, a plate vibrator, a rod vibrator, a vibrating element, a piezoelectric element, a vibrating piezoelectric element, a sheet pendulum, a sound wave element, an ultrasonic element, a magnetized vibrator, a multi-function vibrator, a concrete vibrator, vibrator, a vibrator that vibrates a substance or object, a vibrator that vibrates itself, a vibrator that vibrates a rod or case, a vibrator that vibrates by the rotation of a rotating body, a vibrator that vibrates by the rotation of a rotating body provided in a motor or rotor, These include a vibrator that vibrates by the rotation of a rotating body provided on a rotor mounted on a stator, a vibrating magnetizer that magnetizes while vibrating, and a magnetization vibrator that vibrates while generating a magnetic field.

The vibrator is a) a vibrating vibrator, a vibrator vibrating by the rotation of the rotating body 4, a vibrator vibrating by the rotation of the rotating body 4 provided in the motor 26 or the rotor 1, and a stator (2) ) is one of the vibrators that vibrate by the rotation of the rotating body (4) provided on the rotor (1) mounted on ), b) or case; A stator mounted inside the case; a rotor rotating in conjunction with the stator; a rotating shaft of the rotor; an asymmetric rotating body provided on the rotating shaft; The case vibrates by rotation of the rotating body; a cable connected to the case; a tube containing the cable; A cap, body, and shoe constituting the case; A vibrator equipped with a etc. is also possible.

The vibrator includes: a) case (7); b) motor (26) and stator (2) mounted inside its case; c) a rotor (1) rotating 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, the rotating body (4) rotating 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) associated with one or more of the a) case to j) 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 above b) motor to m) protection tube; r) adjusting or controlling one or more of the b) motor to q) power supply, rotation of the motor, rotation of the rotor, rotation of the rotating shaft, rotation of the rotating body, rotation of the shaft, and rotation of the cable. Switch (9), Controller (9); s) the switch (9) and the controller (9) provided in one of the a) case to q) power supply; t) a mounting base 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 b) motor to s) controller and the inner surface of the case; v) the urethane or filler material that is filled and seated inside the case to prevent the b) motor, s) controller, etc. from moving; A vibrator 32 consisting of a back is also possible. In addition, magnetization vibrators, excitation vibrators, ozone vibrators, negative ion vibrators, etc. composed of a) case to v) filler, etc. are also possible.

In the present invention, a) case (7); Inside it is a stator (2); A rotor (1) that rotates in conjunction with the stator; The rotation axis (3) of this rotor; An asymmetric rotating body (4) provided on this rotating axis; The case (7) vibrates by the rotation of this rotating body; A cable (6) connected to one or more of the case or rotating body; a tube (8) containing this cable; a housing (37) in which the case is built; b) a cap, body, shoe, upper cap, middle body, and lower shoe constituting the case 7; c) screws, connecting screws, and tightening screws formed on the cap, shoe, etc.; d) a vibrator consisting of a) case to b) shoe; e) the surface, inner surface, inner surface, inner surface, inner surface, outer surface, outer surface, one end, both ends, leading edge, space, and hollow portion of one of the a) case to b) shoe; In one or more of the following, a1, b1, etc. are also possible. The a1 is a) magnetizer (31), vibrator (32), exciter (33), ozone group (34), anion group (35), magnetization (41), ozone water (44), anion water (45) ); b) two or more of them, complex (30), complex (40); c) materials emitted from one of the magnetizers or complexes, magnetized material 41, vibrating material 42, excited material 43, ozone material 44, and anionic material 45; One or more of the following are provided, sprayed, generated, coated, injected, etc. The b1 sterilizes, disinfects, and cleans the case, shoe, etc. by the spraying; etc., etc. See Figures 1 and 2, etc.

The exciter (30, 33) is an exciter, a stimulator, an exciter, an exciter, an exciter, an oscillator, an exciter, a shaker, an oscillator, a device for applying vibration, These include a device that applies vibration to an object, an exciter that excites the material, an exciter that excites itself, a magnetizer that magnetizes while exciting, and a magnetizer that excites while generating a magnetic field.

The ozone group (30, 34) is an ozone group, an ozone group that emits ozone, an ozone group that sterilizes materials with ozone, an ozone group that emits negative ions, an ozone group that ozonates an object, a cylindrical tube (123), or a double tube ( An ozone device 34 with a coil 125 wound inside or outside of 123, 124, an ozone device 34 with a needle 127 mounted on the other side spaced apart from one side of the plate 126, and a hollow portion of one side of the plate. This includes the ozone group 34, which is spaced apart from (128) and faces the brush 129.

In general, ozone (O ₃ ) has effects such as sterilization, deodorization, and air purification, and is used to remove bacteria and viruses, sterilize water supply, and treat wastewater. The method for generating ozone is as follows. 1) When the + pole (120) and - pole (122) are placed between the insulator (121) or the space (121) and a high voltage is applied to them, a corona discharge occurs and a reaction such as 3O ₂ + electric E = 2O ₃ + heat, etc. Ozone is generated from oxygen. 2) When high voltage, etc. is applied to the objects 120, 122 such as gold, silver, copper, platinum, nickel, etc. coated, printed, or attached to both sides of the ceramic plate or space 121, the objects 120, 122 ) Corona discharge, etc. occurs in the liver. 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 ). 3) High voltage, etc. is applied to the dielectric 123 such as a glass tube or quartz tube, the + pole 124 in the shape of a rod or tube inserted inside the dielectric, and the - pole 125 in the shape of a coil or spring wound around the outside of the dielectric. When applied, a discharge is generated and oxygen in the air is changed into ozone. 4) A coil 125 is wound inside or outside the cylindrical tube 123 or the double tube 123, 124, and ozone is generated when power is applied to the tube and coil. 5) When a needle 127 is placed on the other side and spaced apart from one side of the plate 126, and + or - power is applied to the plate and the needle, ozone is generated. 6) When the brush 129 is spaced apart from the hollow part 128 of one side of the plate and faces each other, and + and - power are applied to the plate and the brush, ozone is generated. See Figure 3. Figure 3 shows a complex machine equipped with a magnetizer, vibrator, exciter, etc. in an ozone generator. 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 anion group (30, 35) is an anion group, an anion group that emits an anion, an anion group that purifies a material with an anion, an anion group that emits ozone, an anion group that treats an object with an anion, a cylindrical tube 123, or a double tube ( An anion machine with a coil 125 wound inside or outside of 123, 124, an anion machine with a needle 127 or a needle mounted on the other side spaced apart from one side plate 126, and a hollow portion 128 of one side plate. This includes a negative ion group in which the brush 129 or needle is spaced apart, and a device that generates charges or negative ions from the pointed and sharp needles 127 and 129 with a very small surface area. Here, the cylindrical pipe, the double pipe (123, 124), the inner pipe of the double pipe (123), and the exterior of the double pipe (124); One of these is inside, outside; It is possible for the coil 125 to be wound on one or more of the coils. Electricity, power, current, voltage, etc. are supplied to the cylindrical tube, double tube, coil, plate, needle, brush, needle, etc., thereby generating ozone, negative ions, etc.

The ozone includes ozone, ozone, magnetized ozone, vibrational ozone, excited ozone, ozone magnetic field, magnetized vibrational ozone, magnetized ozone, vibrational ozone, magnetized vibrational ozone, magnetized vibrational ozone, vibrational ozone, magnetization and vibrational ozone, oxygen. These include allotropes of oxygen consisting of three atoms, 0.01 to 20 ppm ozone, 1 to 50 g/hr ozone, and 1 to 300 g/m ³ ozone. The negative ion refers to an anion, anion, negative ion, negatively charged ion, an atom or group of atoms with a negative charge, an ion with a negative charge by flowing in electrons, a negatively charged substance created by a neutral particle gaining electrons, etc. do. Negative ions are generated from nature, forests, trees, negative ion generators, negative ion generators, ionizers, etc., and are beneficial to the human body. They have effects such as purification, sterilization, disinfection, and air purification.

The hollow body (7, 37) includes a) a ring, tube, tank, barrel, box, needle, tube, band, hose, nozzle, conduit, box, pipe, hollow tube, hollow body, venturi tube; b) the hollow cone to composite; c) an injector (93) or a hollow body provided with an ejector (93); A hollow body provided with either a valve (56) or a check valve (91) or a solenoid valve (92); A hollow body equipped with a check valve (91) for backflow prevention; A hollow body equipped with a ‘solenoid valve’ (92) that repeats opening and closing at regular intervals; A hollow body provided with a timer (98) for adjusting the opening and closing interval of the solenoid valve (92); A hollow body into which the compressor (82) is injected; A hollow body equipped with a compressor (105) that injects the compressor (82); A hollow body equipped with an injector or an ejector and one of a valve, check valve, or solenoid valve; A hollow body equipped with an injector (93), a check valve (91), and a solenoid valve (92); A hollow body equipped with an injector 93, a check valve 91, a solenoid valve 92, a compressor 105, and a timer 98 for adjusting the opening and closing intervals of the valves; d) a hollow body provided or embedded with one or more of the rods and spirals; etc. are applicable. An example of the check valve 91 is composed of a spring 54, a ball 55, a valve 56, a valve stopper, etc., and includes substances 81, 82, 83, ozone 81, and pressure 82. ), etc. flow into the inside of the pipe or venturi tube (7, 37, 76, 77), the spring 54 is compressed by the inflow pressure and the valve 56 opens, and conversely, inside the pipe or venturi tube, etc. When a substance leaks, the valve 56 is caught in a stopper to prevent it from leaking to the outside.

The venturi pipes (7, 37, 77) are pipes with a cut portion (53) in the straight pipe, pipes with one or more reduced portions (53) formed in the longitudinal direction, and an injector or ejector (93) installed in the reduced portion (53). ), a pipe with a reduced portion 53 in which a negative pressure is generated by the material flowing inside the pipe, and a pipe in which the material 81, 82, 83 flows in without power through the injector or ejector due to the negative pressure. This applies to pipes, etc. The reduced portion is sharp (L=0) or has a certain width or length (L). The injector or ejector 93 is perpendicular, inclined, inner angle, outer angle, 15 degrees, 30 degrees, 45 degrees, 70 degrees to one of the outer surface, axial direction, longitudinal direction, flow direction, and longitudinal direction of the hollow body or venturi tube. This applies to pipes, conduits, passages, tubes, hoses, pipes, hollow pipes, inclined pipes, etc. that are mounted at one of the following angles (θ): degrees, 90 degrees, less than 90 degrees, or more than 90 degrees.

One or more of the hollow body, ring, composite, injector, ejector, pipe, or inclined pipe may be used to contain water, water, liquid, oil, air, or solid. , agent, material, light, heat, wave, light, line, wind, air, bubble, gas, mist, bubble, liquid, Powder, material, substance (83), light source, heat, cold air, pressure, power, electricity, mist, LED light, sterilizing light, liquid substance, magnetized substance, vibrating substance, excited substance, ozone substance (81), anionic substance. One or more things can be inflow, injection, injection, supply, provision, authorization, passage, passage, contact, flow, etc.

The magnetization vibrator (30, 36) is a magnetization vibrator, a vibrating magnetizer, a composite device of a magnetizer and a vibrator, a composite device that magnetizes and vibrates, a composite device that generates a magnetic field and vibration, a device that magnetizes and vibrates, and a device that magnetizes and vibrates a material or object. It includes a mechanism, a mechanism for generating magnetization oscillation, a mechanism for magnetizing and oscillating a passing material, a magnetization oscillator of one of the cones or composites, and the cone or composite for magnetization oscillation. The magnetized vibrator also includes a magnetized vibrator in which a magnetizer is provided on a side of the vibrator.

The magnetization exciter a) a magnetizer consisting of a magnetizer 31, its attachment plate 18, and one or more magnetizers 31 spaced apart from the attachment plate, b) the magnetizer 31 and between the two. A magnetization exciter consisting of a core 15, an outer coil 16 surrounding the core, and a spacer plate 17 spaced apart from the core and the magnetizer, c) a mounting plate 19 and a magnetizer attachment plate mounted thereon. (18), a magnetizer (31) attached to its attachment plate, and a magnetizer consisting of an outer coil (16) surrounding the magnetizer and the attachment plate.

And the magnetizer includes a) a power supply unit 20 that provides one of the power source, AC, and DC, b) a converter 21 that converts one of the power source, AC into DC, and c) one of the power source, DC, into AC. or an inverter (22) that converts or amplifies constant voltage to AC of constant frequency; d) a switching unit (23) that switches and supplies one of the power, AC, and DC, or adjusts the flow direction of one of the power, AC, and DC; ), 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 rotating body or asymmetrical body linked to the rotation axis of the motor 26, which includes one or more of the control unit 66 that controls, or controls one or more of the size, continuation, energization, and blocking of the power, AC, and DC. A magnetization generator that generates one or more of vibration 42 or magnetic field 41 generated by the rotation of the rotating body or generated by the rotation in the motor or the case 7 into which it is inserted is also possible.

The magnetized ozone group includes: a) a hollow magnetizer (30, 31) in which a magnetic field (40, 41) is generated; b) an inlet 72 mounted at the front end of the magnetizer, a holder 112 provided inside the magnetizer, a solenoid valve 92 and a venturi tube 77 sequentially mounted at the rear end of the magnetizer, outlet (78); c) an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet (94), an ozone funnel (95), and an ozone generator (96) sequentially mounted in the middle of the venturi tube; d) a high voltage generator (99) that applies high voltage to the ozone generator; e) a hose (71) mounted at the front of the inlet; A hose (79) mounted at the rear end of the outlet; f) an elbow pipe (73) mounted between the inlet and the magnetizer; An elbow pipe (74) mounted between the magnetizer and the solenoid valve; g) a pipe (76) mounted between two of the solenoid valve and outlet; A pipe 76 mounted between two of the injector and the ozone inlet; h) a timer (98) for adjusting the opening and closing interval of the solenoid valve and the solenoid valve'; i) a distribution board (97) that supplies electricity to one or more of the check valve, solenoid valve, solenoid valve', timer, ozone generator, and high voltage generator; j) a switch (100) that controls the supply of electricity; k) wires, plugs 10, and outlets 11 sequentially connected to the distribution board; ℓ) Case 102 on which a) magnetizer to j) switch are mounted; Device 1 (50) is equipped with . The magnetized negative ion device is a device that generates a magnetic field and negative ions.

The vibration exciter includes a) a hollow magnetizer (30, 31) in which a magnetic field (40, 42) is generated; b) an inlet 72 mounted at the front end of the magnetizer, a holder 112 provided inside the magnetizer, a TE tube 75 and a venturi tube 77 sequentially mounted at the rear end of the magnetizer, outlet (78); c) a check valve (91), a solenoid valve (92), a venturi pipe (77), a pressurized air inlet (103), and a compressor (105) that generates pressurized air, sequentially mounted in the middle of the tee pipe; d) an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet (94), an ozone funnel (95) sequentially mounted in the middle of the venturi tube, and an ozone generator that generates ozone ( 96); e) a high voltage generator (99) that applies high voltage to the ozone generator; f) a hose (71) mounted at the front of the inlet; A hose (79) mounted at the rear end of the outlet; g) an elbow pipe (73) mounted between the inlet and the magnetizer; An elbow pipe (74) mounted between the magnetizer and the TE pipe; h) a pipe (76) mounted between two of the tee pipe and outlet; A pipe (76) mounted between two of the check valve and the pressure inlet; A pipe 76 mounted between two of the injector and the ozone inlet; i) a timer (98) for adjusting the opening and closing interval of the solenoid valve and the solenoid valve'; j) a distribution board (97) that supplies electricity to one or more of the check valve, solenoid valve, solenoid valve', timer, ozone generator, and high voltage generator; k) a switch (100) that controls the supply of electricity; ℓ) wires, plugs (10), and outlets (11) sequentially connected to the distribution board; m) a case 102 on which a) magnetizer to k) switch are mounted; Device 2 (51) is equipped with .

The vibrating ozone machine a) adjusts the opening and closing interval of the solenoid valve 92 by the timer 98 and periodically or repeatedly supplies the pressurized air to the inlet and outlet by the solenoid valve 92 by the interval. flowing into the material 80 passing through, and b) adjusting the opening and closing interval of the solenoid valve' by the timer to periodically or repeatedly supply the ozone to the inlet and outlet 78 by the interval. It is introduced into the material 80 passing through.

The vibrating negative ion device is a device that generates vibration and negative ions. The ozone generator supplies pressurized air and ozone-containing material supplied from the device through a hose connected to the outlet. The excited negative ion device sprays a substance containing a magnetic field, pressure air, and ozone supplied from the device through a nozzle connected to the outlet. The ozone anionizer is a device that generates ozone and negative ions. The magnetization vibration oscillator treats the passing material by flowing the magnetic field provided from the magnetizer of device 1 or device 2 and ozone supplied through the ozone inlet into the material passing through the inlet and outlet. The magnetized vibrating ozone device is provided in the case of device 1 or device 2. The magnetized vibrating negative ion group is provided in the case of device 1 or device 2. The vibrating ozone machine is a complex machine that combines a vibrator, an exciter, and an ozone machine. The vibrating negative ion device is a complex device that combines a vibrator, an exciting device, and an negative ion device. The excitation ozone anion group is a complex group in which an excitation group, an ozone group, and an anion group are combined.

The magnetization and vibration excitation ozone devices (30, 36) are a) a magnetization and vibration excitation ozone device, a vibrating magnetization and excitation ozone device, an excitation magnetization and vibration ozone device, an ozone magnetization and vibration excitation device, a magnetization and vibration excitation ozone device, and a vibration magnetization excitation ozone device. device, a vibrating ozone device that generates ozone, a magnetized and vibrating device that generates ozone, a combination device of a magnetizer, a vibrator, an exciter, and an ozone device, a combination device (36) of two or more of the magnetizer or a vibration-excited ozone device, b) the device 1 A composite device of device 2 (50) and device 2 (51), a composite device of device 1 and device 2 connected to its rear ends (78, 79), and device 1 connected to device 2 and its rear ends (78, 79). A composite device, a composite device of device 1 and device 2 in which the inlet (70, 71, 72) of device 2 is connected to the outlet (78, 79) of device 1, and the outlet (78, 79) of device 2. A composite device of device 1 and device 2 in which the inlet (70, 71, 72) of device 1 is connected, and the inlet (70, 71, 72) of device 2 is connected to the outlet hose 79 of device 1. A composite device of the device 1 and device 2, a composite device of the device 1 and device 2 in which the inlet (70, 71, 72) of the device 1 is connected to the outlet hose 79 of the device 2, and the outlet of the device 1 A composite device of device 1 and device 2, in which the inlet hose 71 of device 2 is connected to (78, 79), and the inlet hose 71 of device 1 is connected to the outlet ports (78, 79) of device 2. A composite device of the device 1 and device 2, a composite device of the device 1 and device 2 in which the inlet hose 71 of the device 2 is connected to the outlet hose 79 of the device 1, and the outlet hose of the device 2 ( 79), a composite device of device 1 and device 2 in which the inlet hose 71 of device 1 is connected, and devices 1 and 2 are connected to allow material 80 to flow through the inlet hose 70, 71, 72 of device 1. A complex device that flows into and passes through devices 1 and 2 and is discharged to the outlet (78, 79) of device 2. Devices 2 and 1 are connected so that material 80 flows into the inlet (70, 71, 71) of device 2. 72), passes through devices 2 and 1, and is discharged from the outlets 78 and 79 of device 1.

The magnetized vibration excitation negative ion device is a device that generates a magnetic field, vibration, excitation, and negative ions. The vibrating ozone negative ion machine is a device that generates vibration, vibration, ozone, and negative ions. The magnetized vibration excitation ozone negative ion device is a device that generates magnetic fields, vibrations, excitation, ozone, and negative ions.

Sensors, elements, pendulums, etc. can be mounted on the means, equipment, device, drone, material, material, facility, magnetizer or negative ion device of the present invention. The above means, equipment, devices, drones, materials, facilities, magnetizers or negative ion generators, sensors, elements, pendulums, etc. include cones, nets, rods, frames, rings, rods, plates, membranes, pins, needles, chips, etc. Brush, tube, article, barrel, box, electrode, metal, sheet, thin film, coin, coin, needle, spiral, tube, band, hose, nozzle, pipeline, box, drone, block, tape, pipe, hollow body, case , one or two or more sequential devices selected from the Venturi tube are provided.

In the above device, the cone is one of a cone, a funnel, a hollow cone, a porous cone, or a cone with a hollow center. In the above device, the ring is one of an O-ring, a one-ring, a ring, a band, a ring ring, a rubber ring, and a band ring. In the above device, one of the cone 210, the net 211, the rod 212, the frame 213, and the spiral 214, the cone, the net, the rod, the frame, and the spiral is a cone, a net, a rod, a frame, a spiral, and a cone network. , cone rod, cone, cone spiral, cone, cone, cone, cone, helix, cone, cone, helix, cone, cone, cone, cone, cone, cone, cone, cone, cone, cone, cone, cone, helix, cone. It is one selected from among the combination of a rod and frame spiral, a combination of a cone and a network, a combination of a cone, a network and a rod, a combination of a cone, a network, a rod and a frame, and a combination of a cone, a network, a rod, a frame and a spiral.

In the above embodiment, after the cone 210, after the net 211, after the rod 212, after the frame 213, the spiral 214, before the cone, before the net, before the rod, before the frame, a spiral, on the net, on the cone, on the rod, on the frame, , under the cone, under the net, under the rod, under the frame, spiral, after the cone, over the net, after the rod, under the frame, spiral, before the cone, under the net, over the rod, before the frame, under the cone, under the net, under the rod, on the frame, spiral, cone. Above, before the mesh, after the rod, below the frame, spiral, 1 cone, 2 after the mesh, 2 after 3 rods, 1 spiral, 3 cones, 2 before the mesh, 2 before the rod, 3 before the frame, 4 spirals, This applies to 1 cone, 2 nets above 3 rods, 4 spirals above 3 frames, below 2 cones, 3 meshes, 4 below 2 rods, 3 spirals below the frame, etc.

In the above device, substances or objects passing through one of the cones, nets, rods, frames, spirals, cones, nets, rods, and spirals are subject to collision, vibration, magnetization, sterilization, disinfection, purification, agitation, mixing, mixing, blending, aeration, detonation, and pulsation. , vortexing, screening, separation, filtration, filtering, crushing, breaking, grinding, cutting, hitting, fine-graining, micronization, micronization, nano-ization, short-circuiting, granulation, and cavitation.

The cone is a cone (210), a cone, a funnel, a perforated cone, a porous cone, a cone, a cone cylinder, an inclined (216) cylinder, a tapered (216) cylinder, a cone with an inclination angle of 30 degrees, a cone with an inclination angle of 45 degrees, an inclination angle This 70-degree cone, the cone with an inclination angle (θ, 216) of 10 to 80 degrees, the cone 210 with a hollow center 215, the cone 210 with a closed center 215 or sharp portion 215, and the center 215. ) or a cone 210 in which the sharp part 215 is open or hollow, or a cone in which a passage 215 is formed in the center or sharp part, etc. The ring includes a ring, a ring, an O-ring, a one-ring, a ring, a band, a ring ring, a rubber ring, and a band ring (203). Sensors include sensors, thermal sensors, optical sensors, magnetic sensors, heat sensors, detection sensors, vibration sensors, excitation sensors, luminescence sensors, light source sensors, sound wave sensors, ultrasonic sensors, sensors, various sensors, and other sensors. The above elements include elements, circuits, electrical elements, electronic elements, piezoelectric elements, thermoelectric elements, heating elements, coils, condensers, resistors, ferrites, magnetic cores, transistors, diodes, thermistors, elements, heating elements, cold and cold elements, hot and cold elements. Now, this applies to Peltier devices. The above pendulum is a pendulum, a pendulum, a person with a hand. 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 thread and swinging, vibrating around a fixed axis or point at a regular period. A weight or object that does something. This includes a weight or object that is hung on a string or thread and moves back and forth at regular time intervals, and a weight or object that repeats oscillating motion around an equilibrium point due to forces such as gravity or elastic force.

The present invention will be further explained using the following drawings. The following content, phrases, terms, words, sentences, paragraphs, etc. are included in the content, claims, etc. of the present invention.

1 to 11 show the magnetizer or complex device according to the present invention, one of the functional groups (30, 31, 32, 33, 34, 35, 36, 50, 51); Functional materials radiated therefrom, the magnetization or composite, the magnetization or composite, etc. (40, 41, 42, 43, 44, 45, 46); This is a schematic diagram showing the back. Water, water, liquid, oil, substance, liquid, gas, solid, object, functional agent, etc. 80 that pass through or come in contact with the functional group 30 are the functional material, magnetized or composite, magnetized or composite, etc. ( 40, 41, 42, 43, 44, 45, 46), or etc. In the present invention, hoses 64, 79, pipes 70, nozzles 66, etc. are installed at the front, rear, front, back, inlet, outlet, etc. of devices, equipment, objects, functional units (30, 50, 51), etc. A pump 63, a pressure pump 63, a vacuum pump 63, a filter 160, a purifier 160, a dust collector 160, etc. may be provided. Here, hoses, nozzles, etc. are used for spraying, pouring, and injecting the material 80, pumps are used for transporting, pressurizing, and pumping the material 80, and filters and dust collectors are used for filtration, purification, and etc. of the material 80. It is used for purification, dust removal, dust removal, etc. Figure 11 shows the creation, composition, generation, supply, provision, spraying, injection, etc. of functional materials, magnetization or composite, magnetized or composite, etc. (40, 41, 42, 43, 44, 45, 46) radiating from the functional group. , input, etc.

Figure 12 is a schematic diagram showing the composition of materials, structures, etc. 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), form (85), curing machine, etc. are used to store, input, mix, pressurize, transport, spray, pour, and cure materials (86), buildings (87), It shows the creation of a structure (87), a building using materials, and a structure constructed with materials.

13 and 14 are schematic diagrams showing the construction 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, and a pump 63. ), hose (64), nozzle (66), drone (65), form (85), curing machine, vehicle (38), etc. The construction can be carried out by using a device consisting of the storage unit or vehicle, pouring concrete 80, or pouring concrete 80 through the device. Buildings, facilities, structures, etc. (87) are created through the above-described construction work, templates, etc. Inside the form, building, facility, structure, etc., concrete, reinforcing bars, coupler mounting reinforcing bars, etc. are poured, placed, mounted, embedded, etc.

13, 14, 15, etc., raw materials, materials, binders, liquid materials, etc. are used in the pump 63, hose 64, nozzle 25, drone 65, rod 174, wing 176, and the like. It shows that injection, input, pouring, spraying, injection, grouting, etc. are performed through a drone with a hose (65), a drone with a nozzle (65), a rod with wings (174), and wings (176) provided on the rod. Figure 13a shows the tunnel excavation surface; b is slope, slope, slope; c is the building (87), its frame (85), and materials (86); d is underwater (88), underground; It shows that the injection or grouting is performed on the back. Figure 14a shows a building 87, its frame 85, and materials 86; b is a building crack; c is lake, reservoir (88); d is dam, embankment, road; e is ground, underground, underground; 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 88, septic tank 140, etc. Here, the septic tank 140 includes an inlet for contaminated water (80), a coagulant (80) injector (142), an internal pipe (143), a settling tank (144), a settling valve (145), a porous filter (146), and a rotary scraper (147). ), a scum inlet (148), a scum outlet (149), and a purified supernatant outlet (150). The functional group 30 can be mounted on the pump, blade, 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.

12, 13, and 14, ozone, negative ions, ozone water, negative ion water, etc. generated by the functional group 30 are sprayed in the air, on the ground, on site, at construction sites, etc. to remove bacteria, pollution, air, atmosphere, dust, dust, etc. during construction. Purification, purification, removal, etc. are also shown. 12, 13, and 14, 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), frame (85), curing machine; Stored in a warehouse, put into a hopper, mixed in a mixer, pumped with a pump, transferred with a hose or drone, poured with a hose, nozzle or drone, molded in a mold, sprayed with water or steam with a curing machine (66) for curing, etc. It shows what happens.

In Figure 15, a) a backhoe 170 and an excavator, b) one of the rotating means 173 and a rod 174, c) the hose 64 connected to the rod, d) a binder supplied through the hose. (191), e) wings (176) and bits (177) provided on the rod; f) shaft (174), rod (174), wing (176), 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), and 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.

Figure 16 is a schematic diagram showing a 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 38, and the pouring hole 200 of the pump car 205. ; Among them, one face, inside, surface, inner surface, inside (Figure 16 b), end 201, one end 201, both ends, tip 201, hole, outside (Figure 16 a, c, d, e), External 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 16 b, c), up to 2 m from the end, From the end to 2 m in the direction of concrete supply (marked in Figure 16 b, c); At least one of the vibrator, functional group, vibration sensor (Figure 16 d), vibration element (Figure 16 d), membrane vibrator (Figure 16 d), rod vibrator (Figure 16 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 16, the pouring hole 200 corresponds to the tip, tip, pouring part, part of the tip, up to 2 m from the end, etc. of the hose, pipe, etc. 64 through which concrete is transported and poured. In c, the pouring hole 200 corresponds to a pipe, tube, tube, etc. 200 of less than 2 m in length 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.

Figure 17 is a schematic diagram showing the cone mesh spiral according to the present invention, (a) showing the cone 210, net 211, rod 212, frame 213, spiral 214, and θ sequentially shown. cone with slope 216; (b) is a cone, net, rod, frame, spiral, etc., in which a rod 212, a functional group 30, etc. are mounted at the center 215; (c) is a cone, net, rod, frame, spiral embedded in a tube, conduit, pipe, hollow tube, hollow body, etc. (7, 37); (d) is a cone, net, rod, frame, spiral mounted on a stand, support, etc. (217); Show your back. The cone or helix, the cone-shaped helix, etc. are capable of mounting the functional group 30, flowing the material 80, or passing the material 80. Materials and objects passing through the cone or spiral, cone net spiral, etc. are subject to collision, vibration, magnetization, sterilization, disinfection, purification, stirring, mixing, mixing, mixing, aeration, detonation, pulsation, vortex, selection, separation, and filtration. , manure, crushing, breaking, pulverizing, cutting, hitting, fine-graining, micronization, micronization, nano-ization, short-circuiting, single-granulation, cavitation, etc.

In the present invention, etc. refers to back, one, two or more, one or more of, two or more of, etc. Examples of this include a, b, c, d, etc., a, b, c, d, a and b, a and c, a and d, b and c, b and d, c and d, a and b and c, This includes a and b and d, b and c and d, a and b and c and d, etc. The above relates to some of the contents, 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, embodiments, etc., and the scope of the present invention should not be construed as limited to the above contents, embodiments, etc. Both the technical details of the invention and the technical details underlying it will be said to be included in the scope of the present invention.

30: Functional group 31: Magnetizer 32: Vibrator
33: exciting group 34: ozone group 35: anion group
36: complex 40: functional material 41: magnetization
42: Vibrating matter 43: Excited matter 44: Ozonated matter
45: anionic water 46: complex

Claims (1)

As a means related to one of the following operations: purification, cleaning, washing, disinfection, sterilization, cleaning, construction, construction, architecture, construction, construction, construction,
The means is purified or has a purifying function,
A vibrator, an exciter, an ozone generator, an anion generator, and a complex device are used sequentially in the above means,
Excited water is generated in the vibrator,
A vibrating object is generated in the exciter,
Anionic water is generated in the ozone group,
Ozone is generated from the anion group,
A complex is created in the complex,
The complex is a combination of vibrating matter, excited water, ozone water, and anion water,
The above means include drugs, medicaments, medicines, drugs, activators, reactive agents, coagulants, cleaning agents, purifying agents, water purifying agents, adsorbents, collectors, sterilants, disinfectants, antibacterial agents, sterilizing agents, foaming agents, foaming agents, aerating agents, swelling agents. , waterproofing agent, waterproofing agent, water repellent, plasticizer, admixture, and solidifying agent are added,
The above means include catalyst, positive catalyst, subcatalyst, photocatalyst, phytoncide, TiO ₂ , ZnO, CdS, ZnS, GaP, CdSe, CdTe, SnO ₂ , Nb ₂ O ₅₃ , KTaO ₃ , MoSe ₂ , ZnSCdSe, Ni-K ₄ Nb ₆ O ₁₇ , ZrO ₂ SrTiO ₃ are sprayed,
The above means include microorganisms, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, beneficial microorganisms, aerobic microorganisms, anaerobic microorganisms, halophilic microorganisms, aerobic microorganisms, Bacillus, cereus, subtilis, Pasteuri, bacillus subtilis, bio Includes collagen, keratin, syndecan, integrin, elastin, biofluid, biogel, bioseal, bioseal, biobond, and biofilm,
The collagen or biofilm is produced by the microorganism,
The means are equipment, devices, drones, materials, materials, facilities,
The above equipment, devices, drones, materials, and materials are used for the above work,
The above facilities are created by the above operations, equipment, devices, drones, materials, and materials,
The equipment creates the facility while using the materials and materials,
The device is mounted on the equipment, drones, materials, materials, and facilities,
The drone is connected to the equipment, device, material, material, or facility, or moves on top of the equipment, device, material, material, or facility,
The above materials and materials are used in the above equipment, devices, drones, and facilities,
The material is included in the material,
The facility is created by the above equipment, devices, drones, materials, and materials,
The equipment includes a) storage, hopper, mixer, pump, hose, pump car, pourer, 3D printer, sprayer, sprayer, injector, vibrator, nozzle, drone, mold, curing machine; b) One or more of the following: storing, inputting, mixing, pumping, transporting, placing, assembling, pouring, laying, packaging, spraying, spraying, irradiating, spinning, pouring, vibrating, compacting, forming, coating, painting, curing the material or materials. The storage or curing machine that does the following; c) Equipment consisting of two or more of the above storage units and curing units; d) The pourer for pouring the material, the sprayer for spraying the material, the injector for injecting the material into the form or the ground, the nozzle for pouring or spraying the material, provided at the tip of the sprayer or 3D printer. the nozzle; e) the pouring machine equipped with a vibrator at the tip of the pouring port, the sprayer equipped with a vibrator at the tip of the pouring port, and the injector equipped with a vibrator at the tip of the pouring port; f) a drone that sprays while the hose is mounted and moves, a drone that pours concrete while the hose is mounted and moves; g) a form into which concrete is poured by the pouring machine; h) a curing machine that sprays water or steam on the poured concrete; i) a shaft or rod associated with the hose; j) Rotating means for rotating the shaft or rod; k) Backhoe and equipment equipped with said rod or rotating means; ℓ) Wings and rotor blades mounted on the rod; m) Backhoes, equipment, excavators, excavators for excavating the ground; n) the bucket of the backhoe; o) Cranes, equipment that moves, inserts, penetrates, or injects, inserts, or penetrates the above-mentioned materials into a drilling area; p) a drone linked to one of the storage units or cranes; q) the storage or crane equipped with a drone or vibrator or magnetizer; one selected from among, or two or more sequentially,
The nozzle is a nozzle provided in one of the hose or injector, or a nozzle provided with an internal collision plate and an extension at the tip,
The pump car is a pump car that pumps materials or concrete,
The 3D printer is a 3D printer equipped with a plotter for pouring materials or concrete,
The device purifies, purifies, washes, sterilizes, disinfects, sprinkles, antibacterial, sterilizes, removes germs, removes contamination, removes dust, removes dust, purifies air, purifies pollution, purifies air, purifies water, removes sick house syndrome, removes environmental hormones. , light radiation, thermal radiation, wave radiation, light radiation, line radiation, wind radiation, magnetic field radiation, negative ion radiation, sterilizing light radiation, mist spray, bubble spray, It is a device that performs one or more of ozone radiation, ozone water spray, mist spray, disinfectant spray, disinfectant spray, cleaning agent spray, and purifier spray,
The drone is a tank; an inlet mounted at the top of the tank; Wings mounted inside the tank; An outlet or hose mounted at the bottom of the tank; means for rotating the blades; A pump and nozzle sequentially connected to the tank; This is a drone equipped with
The above materials include a) bars, bars, bars, bars, reinforcing bars, iron bars, steel bars, steel frames, reinforcements, fiber rods, wires, prosthetic bars, wall reinforcing bars, floor reinforcing bars, column reinforcing bars, slab reinforcing bars, main reinforcing bars, auxiliary reinforcing bars, reinforcing bars. , vertical rebar, horizontal rebar, diagonal rebar, plastic rod, rebar network, rebar square network, rebar square, rebar cage; b) Mortar, materials, raw materials, chemicals, cement, ready-mixed concrete, asphalt, slurry, concrete, cement material, asphalt material, injection material, grouting material, shot concrete material; c) materials to be cured, materials to be hardened, slurries to be hardened, materials to be used in foundations, materials to be used in buildings, materials to be used in facilities, materials to be used in structures, materials that have hardened to form structures; d) Material or mixing water stored in the storage, material or mixing water introduced into the hopper, mixture or ready-mixed concrete mixed with the mixer, pressurized material or mortar pressurized by the pump, conveyed material or concrete transported by the hose, Placements or concrete poured with the hose or nozzle, materials or concrete transported or placed by the drone, materials or concrete put into the form, curing materials or concrete cured with the curing machine; e) Material sprayed by the rod or its nozzle, material agitated by the backhoe, material agitated by the blade, material excavated by the excavator, material agitated by the bucket, reinforcing material penetrated into the ground by the crane; f) a composite material of two or more of the above rods and reinforcements; includes,
The materials include a) water, water, liquid, oil, energy, solid, material, ash, powder; b) Soil, stone, silt, earthen stone, white earth, clay, red clay, granite, sandstone, minerals, tailings, ore, stone dust, ceramic, silica, silica fume, kaolin, germanium, bentonite, zeolite; c) iron, metal, fiber, cation, anion, fiber; d) Seeds, plants, trees, roots, starch, starch, rice husk, cypress, phytoncide; e) air, gases, oxygen, hydrogen, nitrogen, carbon, ozone, air bubbles, foam, steam; f) Ash, waste dust, iron dust, stone dust, dust, shell, sludge, slime, slag, by-products, waste; g) Charcoal, charcoal, enzyme, carbon, activated carbon; h) Catalyst, positive catalyst, subcatalyst, photocatalyst, TiO ₂ , ZnO, CdS, ZnS, GaP, CdSe, CdTe, SnO ₂ , Nb ₂ O ₅₃ , KTaO ₃ , MoSe ₂ , ZnSCdSe, Ni-K ₄ Nb ₆ O ₁₇ , ZrO ₂ SrTiO ₃ ; i) Drugs, drugs, drugs, drugs, pigments, activators, reactive agents, coagulants, cleaning agents, purifying agents, water purifying agents, reactive agents, adsorbents, collectors, disinfectants, disinfectants, antibacterial agents, disinfectants, foaming agents, foaming agents, Aeration agent, expanding agent, water-stopping agent, waterproofing agent, water repellent, plasticizer, admixture, solidifying agent; j) rubber, resin, urethane, urea, epoxy, acrylic, uracil, latex, binder, geopolymer; k) nanometer-sized materials such as nanomaterials, nanometals, nanoiron, and nanosilver; ℓ) nanometer-sized material, 10 ^-9 m-sized material, 10 ^-6 to 10 ^-12 m-sized material; m) Microorganisms, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, beneficial microorganisms, aerobic microorganisms, anaerobic microorganisms, halophilic microorganisms, aerobic microorganisms, collagen, keratin, syndecan, integrin, elastin, Bacillus, Cereus, subtilis s, Pasteuri, Bacillus subtilis, bio agent, bio liquid, bio gel, bio seal, bio seal, bio bond, bio film; n) C, H, O, N, S, K, P, F, Ca, Mg, Si, Fe, Me, Al, Na, Cu, Zn, Pb, Cr, Cd, OH, COO, MgO, CaO, K ₂ O, SiO ₂ , Al ₂ O ₃ , Fe ₂ O ₃ , CaSi, CaMg, CaFe, CaMe, CaCOO, MgFe, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe, MgFeCOO, CaMgFeMe, CaMgFeCOO , Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- containing, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- combined, CaMgFeMeCOO, made of CaMg, made of CaFe, made of CaMe, made of CaCOO, made of MgFe, Made of MgMe, made of MgCOO, made of FeMe, made of FeCOO, made of CaMgFe, made of CaMgMe, made of CaMgCOO, made of MgFeMe, made of MgFeCOO, made of CaMgFeMe, made of CaMgFeSi, made of CaFeMgSi, made of CaMgFeCOO, made of CaFeMgSiPolymer, made of Ca·Fe·Mg·Si· Polymer containing agent, Ca·Fe·Mg·Si·Polymer containing agent, Ca ⁺² Mg ⁺² Fe ⁺² Si ⁺ containing agent, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- containing agent, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- binder, CaMgFeMeCOO agent; o) the C to CaMgFeMeCOO agent, which is an ionic material; p) A composite of two or more of the above water to CaMgFeMeCOO agents; This includes,
The above facilities include a) foundations, piles, piers, caissons, building foundations, structure foundations, underground foundations, surface foundations, edge foundations, and underground edge foundations; b) Roads, roads, sidewalks, pavements, driveways, sidewalks, agricultural roads, forest roads, railways, tracks, runways, bicycle paths, jogging courses, marathon courses; c) Tracks, courts, parks, stadiums, baseball fields, soccer fields, basketball courts, golf courses, playgrounds, dome stadiums, playgrounds, grass fields, athletics tracks, playground tracks, tennis courts; d) Tunnels, culverts, tanks, subways, underpasses, basements, underground conduits, gas conduits, common conduits, single conduits, power conduits, communication conduits, sewer pipes, water pipes, gas pipes, parking lots, soundproof tunnels, road tunnels, underpasses, underground Boxes, underground facilities, underground tanks, underground lines, underground spaces, underground parking lots, pipelines, underground pipelines; e) Bridges, abutments, piers, overpasses, bridges, overpasses; f) Room, house, building, house, house, Korean-style house, Western-style house, commercial building, housing, apartment, residential-commercial complex, officetel; g) Wall, wall, retaining wall, masonry, masonry, quay wall, soundproof wall, earth retaining wall, underground wall, basement wall, water retention wall, earth retaining wall, slurry wall, reinforced earth retaining wall, underground continuous wall, diaphragm wall, underground diaphragm wall; h) Dams, weirs, embankments, rivers, streams, ponds, harbors, coasts, revetments, lakes, waterways, ponds, wharves, quay walls, water lifts, estuaries, breakwaters, seawalls, reservoirs, retention ponds, retention basins; i) Ground facilities, underground facilities, underground facilities, slopes, slopes, slopes, lining facilities, tunnel lining facilities, ground reinforcement facilities, ground improvement facilities, slope reinforcement facilities, slope greening facilities, injection facilities, grouting facilities, shotcrete facilities, cracks. Injection facility, underground grouting facility, slope shotcrete facility, excavation side shotcrete facility; j) Towers, pylons, pillars, chimneys, fences, street lamps, silos; k) Equipment, temporary facilities, plants, landfills, power plants, earthquake-proof facilities, dust-proof facilities, disaster prevention facilities, fire prevention facilities, landfills, thermal power plants, nuclear power plants, underground facilities, landscaping facilities, apartment facilities; ℓ) Interior facilities, exterior facilities, plastering facilities, masonry facilities, remodeling facilities, interior facilities; m) Facilities, structures, buildings, constructions, civil engineering works, buildings, structures, landscape structures, sculptures, sculptures, environmental objects, assemblies, prefabricated buildings, steel structures, apartment buildings, underground structures, cement structures, concrete structures; n) the foundation or concrete structure using cement or concrete; It is one selected from among
The above complex machine includes a) a magnetizer, a vibrator, an exciter, an ozone generator, an anion generator, a magnetized vibrator, a magnetized excitation device, a magnetized ozone device, a magnetized negative ion device, a vibration device, a vibrating ozone device, a vibrating negative ion device, an excited ozone device, Anion generator with vibration, ozone anion machine, magnetization vibration generator, magnetization vibration ozone machine, magnetization vibration anion machine, vibration vibration ozone machine, vibration vibration anion machine, magnetization ozone anion machine, magnetization vibration ozone machine, magnetization vibration vibration anion machine, Ozone anion machine with vibration, ozone anion machine with magnetization vibration; b) a hollow body equipped with one of these, a Venturi tube; This includes,
The magnetizer includes a magnetizer that generates a magnetic field, a magnetizer with two or more magnets embedded in it, a magnetizer with a spacer inserted between the two or more magnets, a magnetizer that generates a magnetic field by applying electricity, and a coil wound around a core. It includes a magnetizer that generates a magnetic field by applying electricity,
The vibrator is a) a vibrating vibrator, a vibrator that vibrates by the rotation of a rotating body, a vibrator that vibrates by the rotation of a rotating body provided in a motor or rotor, and a vibrator that vibrates by the rotation of a rotating body provided in a rotor mounted on a stator. a) a vibrator, or b) a case; A stator mounted inside the case; a rotor rotating in conjunction with the stator; a rotating shaft of the rotor; an asymmetric rotating body provided on the rotating shaft; The case vibrates by rotation of the rotating body; a cable connected to the case; a tube containing the cable; A cap, body, and shoe constituting the case; It is a vibrator equipped with,
The exciter includes an exciter that excites, an exciter that excites a material or object, a magnetizer that magnetizes while exciting, and a magnetizer that excites while generating a magnetic field,
The ozone machine includes an ozone machine that radiates ozone, an ozone machine with a coil wound inside or outside of a cylindrical tube or double tube, 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 spaced apart from the hollow part of one side of the plate. Contains ozone radicals that face each other,
The anion group includes an anion group that emits negative ions, an anion group that treats the object with negative ions, an anion group that emits ozone, and an anion group that emits excited water that has passed through the exciter,
The hollow body includes a hollow body with an injector or ejector, a hollow body with a check valve or solenoid valve, a hollow body with a check valve for backflow prevention, a hollow body with a solenoid valve' whose opening and closing is repeated at regular intervals, and the opening and closing interval of the solenoid valve'. A hollow body provided with a timer to adjust is included,
The venturi pipe includes a pipe with a cut portion in the straight pipe, a pipe with one or more constricted portions formed in the longitudinal direction, a pipe equipped with an injector or ejector in the constricted portion, and a constricted portion in which negative pressure is generated by the material flowing inside the venturi pipe. It includes a formed pipe, a pipe through which material flows without power through the injector or ejector due to the negative pressure,
Materials are introduced into the hollow body or venturi tube,
Water, liquid, oil, air, bubbles, gas, mist, bubbles, liquid, and mist are injected into the injector or ejector,
The magnetization vibrator is a magnetization vibrator in which a magnetizer is provided on a side of the vibrator,
The magnetizer includes: a) a magnetizer consisting of a magnetizer, an attachment plate thereof, and a magnetizer spaced apart from the attachment plate; b) or a magnetizer consisting of a magnetizer and a core between the two, a coil around the core, and a spacer spaced apart from the core and the magnetizer; c) or a magnetizer consisting of a mounting plate, a magnetizer attachment plate mounted thereon, a magnetizer attached to the attachment plate, and an outer coil of the magnetizer and the attachment plate; ego,
The magnetized ozone machine includes: a) a hollow magnetizer that generates a magnetic field; b) an inlet mounted at the front end of the magnetizer, a stand provided inside the magnetizer, a solenoid valve, venturi tube, and outlet sequentially mounted at the rear end of the magnetizer; c) an injector, check valve, solenoid valve, ozone inlet, ozone funnel, and ozone generator sequentially mounted in the middle of the venturi tube; d) a high voltage generator that applies high voltage to the ozone generator; e) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; f) an elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the solenoid valve; g) a pipe mounted between two of the solenoid valve and outlet; A pipe mounted between two of the injector and the ozone inlet; h) a timer that adjusts the opening and closing interval of the solenoid valve and the solenoid valve'; i) a distribution board that supplies electricity to one or more of the check valve, solenoid valve, solenoid valve', timer, ozone generator, and high voltage generator; j) a switch that controls the supply of electricity; k) wires, plugs, and outlets sequentially connected to the distribution board; ℓ) A case where the a) magnetizer to j) switch are mounted; Device 1 is equipped with
The magnetized anionizer is a device that generates a magnetic field and negative ions,
The vibration exciter includes: a) a hollow magnetizer that generates a magnetic field; b) an inlet mounted at the front end of the magnetizer, a stand provided inside the magnetizer, a Tee tube, venturi tube, and outlet sequentially mounted at the rear end of the magnetizer; c) a check valve, solenoid valve, venturi pipe, pressure air inlet, and compressor generating pressure air sequentially mounted in the middle of the tee pipe; d) an injector, check valve', solenoid valve', ozone inlet, ozone funnel, and ozone generator sequentially mounted in the middle of the venturi tube; e) a high voltage generator that applies high voltage to the ozone generator; f) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; g) an elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the TE pipe; h) a pipe mounted between two of the tee pipe and outlet; A pipe mounted between two of the check valve and the pressure inlet; A pipe mounted between two of the injector and the ozone inlet; i) a timer for adjusting the opening and closing interval of the solenoid valve and the solenoid valve'; j) A switchboard that supplies electricity to one or more of the check valve, solenoid valve, solenoid valve', timer, ozone generator, and high voltage generator; k) a switch that controls the supply of electricity; ℓ) wires, plugs, and outlets sequentially connected to the distribution board; m) a case where the a) magnetizer to k) switch are mounted; Device 2 is equipped with
The vibrating ozone machine a) adjusts the opening and closing interval of the solenoid valve by the timer to periodically or repeatedly introduce the pressure air into the material passing through the inlet and outlet through the solenoid valve by the interval, b ) By adjusting the opening and closing interval of the solenoid valve' by the timer, the ozone is introduced into the material passing through the inlet and outlet through the solenoid valve' periodically or repeatedly by the interval,
The vibrating negative ion device is a device that generates vibration and negative ions,
The ozone generator supplies pressurized air and ozone-containing material supplied from the device through a hose connected to the outlet,
The excited negative ion device sprays a material containing a magnetic field, pressure air, and ozone supplied from the device through a nozzle connected to the outlet,
The ozone anionizer is a device that generates ozone and negative ions,
The magnetization vibration vibrator treats the passing material by flowing the magnetic field provided from the magnetizer of device 1 or device 2 and ozone supplied through the ozone inlet into the material passing through the inlet and outlet,
The magnetized vibrating ozone machine is provided with an ozone machine in the case of device 1 or device 2,
The magnetized vibrating negative ion group is a negative ion group provided in the case of device 1 or device 2,
The vibrating ozone machine is a complex machine that combines a vibrator, an exciter, and an ozone machine,
The vibration excitation negative ion device is a complex device that combines a vibrator, an exciter, and an anion,
The excitation ozone anion group is a complex group in which an excitation group, an ozone group, and an anion group are combined,
The magnetized vibration ozone generator is a combined device of device 1 and device 2, in which the inlet hose of device 2 is connected to the outlet of device 1,
The magnetized vibration excitation negative ion device is a device that generates a magnetic field, vibration, excitation, and negative ions,
The vibration ozone negative ion device is a device that generates vibration, vibration, ozone, and negative ions,
The magnetized vibration ozone negative ion device is a device that generates a magnetic field, vibration, excitation, ozone, and negative ions,
Sensors, elements, and pendulums are mounted on the equipment or facility,
The sensor is one selected from a thermal sensor, an optical sensor, a magnetic sensor, a heat sensor, a detection sensor, a vibration sensor, an excitation sensor, a light emission sensor, a light source sensor, a sound wave sensor, and an ultrasonic sensor,
The element is one selected from electric elements, electronic elements, piezoelectric elements, thermoelectric elements, heating elements, heating elements, cold and hot elements, hot and cold elements, and Peltier elements,
The pendulum is one selected from among an exciter, an oscillator, a single pendulum, a double pendulum, a spring pendulum, and a torsion pendulum,
The sensor is provided with electrodes,
The device is provided with a thin film,
Means characterized in that the pendulum is provided with a tape.