KR20220166755A - Foundation, pile, pier, caisson and its construction method, equipment, drone, measure - Google Patents

Abstract

The present invention relates to a foundation, a pile, a peer, a caisson, a pillar base, an underground foundation, a surface foundation, a surface section foundation, construction materials thereof, equipment, a drone, and a means. The means relates to foundation construction of a structure. The foundation is one of a pile, a peer, a caisson, a pillar base, an underground foundation, a surface foundation, a surface section foundation, an underground surface section base, and a complex base made of the underground foundation and the surface foundation. The means comprises equipment, a drone, and a material. Therefore, in the present invention, ozone and negative ions provide sterilization, disinfection, purification, and treatment effects.

Description

Foundation, pile, pier, caisson, column foundation, underground foundation, surface foundation, tapered foundation and its construction materials, equipment, drone, means {Foundation, pile, pier, caisson and its construction method, equipment, drone, measure}

The present invention is foundation, pile, pier, caisson, column foundation, underground foundation, surface foundation, tapered foundation; construction materials, equipment, drones, means; It is about etc.

Various types of foundations, piles, piers, caissons, drones, vibrators, magnetizers, ozone generators, and negative ion generators are being developed and used not only in Korea but also around the world. Patented technologies behind the present invention include a building earthquake-resistant reinforcement method (10-1836868), a foundation pile construction method (10-1754662), a drone (registered, 10-1967249), and a folding drone ( Registration, 10-1857140), Air Vibrator (Registration, 10-1258147), Horizontal Linear Vibrator (Registration, 10-1108993), Sieve Vibrator (Registration, 10-1489316), Magnetizer (Registration, 20-0478737), Magnetizer (public, 20-1995-0006371), magnetizer (public, 20-2011-0007164), magnetized hexagonal water manufacturing device using magnetizer (registration, 20-0437393), water purification magnetizer (registration, 20-0399115), ozone generator (registration, 20-0458749), water purifier with ozone generator (registration, 20-0247363), ozone generator (registration, 20-0417010), ozone generator for ozone supply (registration, 20-0409527), multi-purpose anion generator ( Publication, 10-2004-0032079), negative ion generator for air purification (registration, 20-0395059), etc. If the functions of existing drones, vibrators, magnetizers, ozone generators, and negative ion generators are improved, it will be very effective and economical.

In the present invention, a foundation, pile, peer, caisson, drone, vibrator, magnetizer, ozone machine, negative ion machine, etc. having functions such as magnetization, sterilization, and purification are devised, and a method of using them is designed to be solved. .

In order to solve the above problems, in the present invention, magnetization, excitation, ozone, anion, magnetization, excitation, ozone, anion, magnetization, excitation, ozone, anion, etc. are used, provided, generated, sprayed, We intend to devise foundations, piles, piers, caissons, drones, vibrators, magnetizers, ozone generators, and negative ion generators that include inclusions.

In the present invention, magnetization, vibration, excitation, ozone, anion, magnetizer, vibrator, excitation, ozone, anion, magnetization, vibration, excitation, ozone, anion; two or more of these complex, complex group, complex; etc. improves the vibration, sterilization, disinfection, purification, purification, cleanliness, environment, ecology, sterilization, disinfection, antibacterial, etc. of certain substances, objects, materials, materials, etc.

The present invention provides effects such as disinfection, sterilization, spraying, purification, cleaning, treatment, dust removal, etc. of a drone, a vibrator, a magnetizer, an ozone machine, an anion machine, and the like. In the present invention, the vibrator, the drone on which the teeth are mounted, and the equipment have functions such as magnetization, vibration, excitation, ozone emission, negative ion emission, and the like. In addition, ozone, negative ions, etc. provide effects of sterilization, disinfection, purification, treatment, and the like.

1 to 11 are magnetizers, vibrators, excitation groups, ozone groups, negative ion groups, complex groups, functional groups according to the present invention, magnetized materials emitted from one of them, vibrating materials, excitation materials, ozone materials, anions, composites, A mimetic diagram showing a functional product
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
16 is a schematic diagram showing a concrete pouring tool according to the present invention
17 is a schematic diagram showing a conmangbongteul spiral according to the present invention

The name of the present invention is foundation, pile, pier, caisson, column foundation, underground foundation, surface foundation, tapered foundation and its construction materials, equipment, drones, and means, which are foundations, piles, piers, caissons, column foundations, underground foundation, surface foundation, tapered foundation; construction materials, equipment, drones, means; indicate etc. Since the piles, piers, caissons, column foundations, underground foundations, surface foundations, and tapered foundations belong to foundations, and the materials, equipment, and drones belong to means, the names can be abbreviated to foundations and their construction means.

Claim 1 of the present invention is a means related to the foundation work of a structure, in which means are used materials discharged through a hose connected to the outlet of device 1 and materials discharged through a hose connected to the outlet of device 2. . The foundation is one of the composite foundations consisting of pile, pier, caisson, column foundation, underground foundation, surface foundation, tapered foundation, underground edge foundation, underground foundation and surface foundation. Ash, waste powder, iron powder, stone powder, shells, resins, sludge, slag, by-products, microorganisms, silica, latex, binders, cement, zeolites, geopolymers, ash to geo One selected from a composite of two or more of the polymers is included.

a) The material has one of the functions of purification, purification, cleaning, disinfection, sterilization, watering, antibacterial, sterilization, germ removal, decontamination, dust removal, dust removal, air purification, pollution purification, air purification, and water purification. Or, b) or the basis is one of purification, purification, cleaning, disinfection, sterilization, watering, antibacterial, sterilization, germ removal, decontamination, dust removal, dust removal, air purification, pollution purification, air purification, and water purification or c) or the base is a drone; Vibrators, magnetizers, exciters, ozone groups, negative ions provided in drones; or a multifunction device in which the vibrator and the negative ionizer are sequentially installed; One of them is characterized in that it is a manufactured or constructed foundation.

According to an embodiment of the present invention, a) a1) sterilization, disinfection, sterilization and disinfection, drone use, drone movement, drone sterilization, drone disinfection, sterilization and disinfection, and drone use by the above means a2 ) Ozone is emitted, a disinfectant is released while being emitted, negative ions are irradiated while being emitted, and a cleaning agent is released while being irradiated, b) or drones are used in the manufacture of piles, and materials having a purification function are used in the manufacture of piers , Use of materials with a cleaning function when manufacturing caisson, purification during column foundation construction, air purification during underground foundation construction, disinfection during surface foundation construction, sterilization during building foundation construction, germ removal during structure foundation construction, feces Decontamination during section foundation construction, dust removal during underground section foundation construction, contamination purification during foundation construction, mist spraying during pile construction, ozone emission during pier construction, negative ion emission during caisson construction, Magnetic field radiation during construction work, cleaning agent spraying during structure construction, c) or construction-related sites, facilities, facilities, equipment, devices, means, objects, materials, materials, manpower, buildings, structures, By means, the site is disinfected, the facility is sterilized, the equipment is watered, the equipment is sterilized, the equipment is cleaned, the means is purified, the object is cleaned, the material is decontaminated, the material is dusted Removal, wind is radiated to the attraction, sick house syndrome of the building is removed, and environmental hormones of the structure are removed.

a) the means include equipment, drones and materials; b) the equipment, drones and materials are used in the construction; c) the equipment, drones and materials are used in the construction of the foundation; d) the equipment does the construction, or creates the foundation, e) the drone moves the top of the equipment, material, or foundation, f) the foundation is created by the construction, or the equipment, drone, or material is formed by

The means are a) Disinfection, sterilization, watering, antibacterial, sterilization, purification, purification, cleaning, coating, painting, lining, germ removal, decontamination, dust removal, dust removal, decontamination, light radiation, heat radiation , wave emission, light emission, line emission, wind emission, mist injection, bubble injection, ozone emission, ozone water injection, magnetic field emission, negative ion emission, mist injection, disinfectant injection, disinfectant One operation selected from spraying, cleaning agent spraying, cleaning agent spraying, photocatalyst spraying, phytoncide spraying, sterilization light radiation, sick house syndrome removal, and environmental hormone removal, or two or more operations in sequence, and has the function of performing the above operations, b ) or the above task, or c) or has the function of doing the above task.

The present invention relates to certain means, equipment, devices, drones, materials, materials, facilities, buildings, structures, and the like. In the present invention, the equipment is a) storage 60, hopper 61, mixer 62, pump 63, hose 64, pump car 205, pouring machine, 3D printer, injector 66, sprayer ( 66), injector, vibrator, nozzle 65, drone, mold 85, curing machine; b) One or more of materials or materials stored, input, mixed, pumped, transported, placed, assembled, placed, laid, packed, sprayed, sprayed, irradiated, spun, injected, vibrated, compacted, molded, coated, painted, cured The storage to the curing machine to do; c) equipment 38 configured in order of two or more of the storage to curing; d) The pourer for pouring the material, the injector for spraying the material, the injector for injecting the material into the mold or the ground, the nozzle for pouring or spraying the material, provided at the tip of the injector or 3D printer the nozzle; e) the pourer equipped with a vibrator at the front end of the pouring hole 200, the sprayer equipped with a vibrator at the front end of the injection hole, and the injector equipped with a vibrator at the front end of the injection hole; f) a drone 65 equipped with the hose 64 and spraying material while moving, and a drone 65 equipped with the hose 64 and placed concrete while moving; g) a mold (85) on which concrete is poured by the pouring machine; h) a curing device for spraying water or steam on the poured concrete; i) a shaft, auger, rod 174 associated with the hose 64; This is to mix materials or binder 191, soil 190, residual soil 190, slime 192, fiber or reinforcing material 193, etc. while rotating in the ground or mold. As a result, foundations, piles, underground foundations in the ground, and buildings, facilities, structures, etc. are formed in the formwork. j) rotation means (173) for rotating (175) the shaft or rod; This includes motors, augers, rotating bodies, and rotating means. k) a backhoe (170) and equipment (38, 170, 171, 172) equipped with the rod or rotating means; Or a backhoe, equipment, excavator, excavator, an excavator excavating the ground, an excavator excavating a basement wall, an underground wall, a slurry wall, etc. in the ground; ℓ) blades 176 and rotary blades 176 mounted on the rod or mixer; m) backhoe 172, equipment, excavator, excavator for excavating the ground; n) bucket 177 of the backhoe; This is to mix materials or binder 191, soil 190, surplus soil 190, slime 192, fiber or reinforcing material 193, etc. on the ground. As a result, the surface layer foundation 194 and the mat foundation are formed on the ground. o) equipment 171 and crane 171 for moving, inserting, penetrating, injecting, inserting, and penetrating materials; A foundation, an underground foundation 195, a surface foundation 194, etc. into which the rods or reinforcing cages are inserted are formed by the penetration. p) a drone associated with one of said storage sheds or cranes; q) the drone or the warehouse or crane in which at least one of the magnetizer or composite is one of the equipment or input; etc. are included.

The nozzle is a nozzle provided in one of the hose or injector, or a nozzle 66 having a collision plate 67 inside and an extension part 68 at the tip. The pump car is a pump car for pumping material or concrete, a pump car for pumping material to a pouring machine, a pump car for pumping material to a drone, a pump car for pumping material to a 3D printer, 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 front end of the pouring tool 200. The 3D printer is a 3D printer equipped with a plotter for pouring material or concrete, a 3D printer for pouring material through the plotter, 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 one of the printers.

In the present invention, the device is a) disinfection, sterilization, watering, antibacterial, sterilization, purification, purification, cleaning, coating, painting, lining, germ removal, decontamination, dust removal, dust removal, air purification, pollution purification, air purification, Water purification, light emission, heat emission, wave emission, light emission, line emission, wind emission, mist injection, bubble injection, ozone emission, ozone water injection, magnetic field emission , negative ion emission, mist injection, disinfectant injection, disinfectant injection, cleaning agent injection, purification agent injection, sterilizing light emission, sick house syndrome removal, environmental hormone removal, or a device that performs two or more of these sequentially, or b) or light, heat (heat), wave, light, line, wind, catalyst, 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 , medicine, drug, medicine, drug, reactant, coagulant, detergent, purifier, water purifier, reactant, adsorbent ; a composite of two or more of the light to mist; It is a device that emits or sprays one selected from among.

The drone is a) a drone that moves the top of one or the top of two or more sequentially of a site, equipment, device, facility, material, material, manpower, building, or structure of a work, b) or a tank; an inlet or hopper mounted on the top of the tank; Wings installed inside the tank; An outlet or hose mounted on the lower part of the tank; means for rotating the wing; a pump and a nozzle sequentially connected to the tank; It is a drone provided with one or more of them.

In the present invention, materials or materials include a) rods, rods, rods, rods, reinforcing bars, steel 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 main reinforcing bars , auxiliary rebar, reinforcing bar, vertical reinforcing bar, horizontal reinforcing bar, diagonal reinforcing bar, plastic rod, reinforcing bar net, reinforcing bar square netting, reinforcing bar square body, reinforcing bar cage; b) Mortar, substance, material, raw material, chemical liquid, cement, ready-mixed concrete, ascon, slurry, concrete, cement material, asphalt material, injection material, grouting material, shotcrete material; c) Materials to be cured, materials to be cured, slurries to be cured, materials used for foundations 194 and 195, materials used for buildings 87 (86), materials used for facilities, materials used for structures, curing material to form a structure; d) Material or blending water stored in the storage 60, material or blending water introduced into the hopper 61, mixture or ready-mixed concrete mixed with the mixer 62, pressurized material pressurized by the pump 63, or Mortar, transported material or concrete transported by the hose 64, cast material or concrete casted by the hose or nozzle 66, transported or casted material transported or casted by the drone 65, the mold 85 ) Injected material or concrete, cured product or concrete cured by the curing machine; e) The material sprayed by the rod 174 or its nozzle, the material stirred by the backhoe 172, the material stirred by the wing 176, the material excavated by the excavator 172, and the bucket 177 Stirred material, reinforcing material 193 penetrated into the ground by the crane 171; f) the water or composite, and the rod or reinforcing material containing or spraying one of the water or composite; g) a composite of two or more of the rods or reinforcing materials; etc. are included.

One of the materials, materials, mortar or shotcrete includes a) water, water, liquid, oil, air, go, agent, ash (材), powder (粉); b) Soil, stone, earth and sand, earth stone, white clay, clay, loess, granite, masato, minerals, tailings, ores, stone dust, ceramics, silica, silica fume, kaolin, germanium, bentonite, zeolite; c) iron, metals, fibres, cations, anions, fibres; d) Seeds, plants, trees, roots, starch, starch, chaff, cypress trees, phytoncides; e) air, gases, oxygen, hydrogen, nitrogen, carbon, ozone, air bubbles, bubbles, vapors; f) Ash, waste powder, iron powder, stone dust, dust, shells, sludge, slime, slag, by-products, waste; g) charcoal, hardwood charcoal, enzymes, carbon, activated carbon; h) catalyst, forward catalyst, cocatalyst, 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) medicines, medicines, medicines, drugs, pigments, activators, reactants, coagulants, purifiers, purifiers, water purifiers, reactants, adsorbents, collectors, bactericides, disinfectants, antibacterial agents, disinfectants, foaming agents, foaming agents; aeration agents, expansion agents, water-stopping agents, waterproofing agents, water-repellent agents, plasticizers, admixtures, solidifying agents; j) rubber, resin, urethane, urea, epoxy, acrylic, uracil, latex, binder, geopolymer; k) nanometer-sized materials such as nanoagents, nanometals, nanoiron, nanosilver; ℓ) nanometer-sized materials, 10 ^-9 m-sized materials, 10 ^-6 to 10 ^-12 m-sized materials; m) Microorganisms, lactic acid bacteria, radiation bacteria, photosynthetic bacteria, yeast bacteria, yeast bacteria, useful microorganisms, aerobic microorganisms, anaerobic microorganisms, basophils, aerobic microorganisms, collagen, keratin, syndecane, 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, CaMg agent, CaFe agent, CaMe agent, CaCOO agent, MgFe agent, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe, MgFeCOO, CaMgFeMe, CaMgFeSi, CaFeMgSi, CaMgFeCOO, CaFeMgSiPolymer, Ca Fe Mg Si Polymer agent, CaㆍFeㆍMgㆍSiㆍPolymer 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) said C to CaMgFeMeCOO agent being an ionic material; p) the COO-containing material wherein the COO is one of COO, COO ^- , COOH, COONa, CH ₃ COOH, C ₆ H ₅ COOH, HCOOH, CH ₃ COOCH ₃ , C ₂ H ₅ OCOH, or a carboxyl group; q) the CaCOO agent to the CaMgFeMeCOO agent, which is the COO-containing material; r) a composite of two or more of the above water to CaMgFeMeCOO agents; etc. are included. The number is water, water, water, and the like. The water is water, things, materials, and the like. The said liquid is a liquid, a liquid, a liquid, etc. The oil is oil, oil, oil, and the like. The group is qi, qi, gas, and the like. The high is high, 固, solid, etc. The above agents include agents, agents, cleaning agents, materials, additives, and the like. The ashes include ashes, 材, materials, and the like. The light includes light, sunlight, a light source, a light, an electric light, and the like. The heat is heat, heat, heat, heat, and the like. The waves include waves, waves, ultrasonic waves, infrared waves, and the like. The light is a light, a light, a light, a light source, and the like. The line is a line, a line, an ultraviolet ray, an infrared ray, or the like. The wind is wind, wind, wind, and the like. The germicidal light is light, line, light, light, light source, etc. for sterilization and disinfection. The ions include ions, ions, ionic materials, elements, elemental components, elemental materials, ion-containing classes or materials, element-containing classes or materials, C ion-containing classes or materials, and H element-containing classes. category or substance, etc.

In the present invention, facilities or objects are a) foundations (194, 195), piles, piers, caissons, building foundations, structure foundations, underground foundations (195), surface foundations (194), tapered section foundations, underground tapered section foundations (Fig. 5 b, c, d, e); b) Roads, roads, roads, sidewalks, pavements, driveways, sidewalks, farm roads, forest roads, railways, tracks, runways, cycle paths, jogging courses, marathon courses; c) Tracks, courts, parks, pitches, baseball fields, soccer fields, basketball courts, golf courses, sports fields, domes, playgrounds, grass pitches, athletics tracks, athletics tracks, tennis courts; d) tunnels, culverts, subways, underpasses, basements, underground conduits, gas conduits, utility conduits, single outlets, power outlets, communication outlets, sewage 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, hanok, western-style house, commercial building, apartment, residential-commercial complex, officetel; g) Walls, walls, retaining walls, masonry walls, masonry walls, quay walls, soundproof walls, retaining walls, underground walls, basement walls, water barrier walls, retaining walls, slurry walls, reinforced earth retaining walls, underground continuous walls, diaphragm walls, underground diaphragm walls; h) Dams, weirs, embankments, streams, streams, ponds, underwater, harbors, coasts, oceans, seabeds, revetments, lakes, waterways, ponds, seas, wharfs, quays, fisheries, estuaries, breakwaters, seawalls, reservoirs, detention ponds, lagoon; 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 surface shotcrete; j) Towers, pylons, poles, chimneys, aerials, fences, streetlights, silos; k) Facilities, facilities, temporary facilities, plants, landfills, power plants, earthquake-resistant facilities, dust-proof facilities, disaster prevention facilities, fire protection facilities, landfills, thermal power plants, nuclear power plants, underground facilities, landscaping facilities, apartment facilities; ℓ) Interior, exterior, plaster, masonry, remodeling, interior; m) Facility (87), structure (87), building, construction, civil engineering, architecture, 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 at least one of the vibrator, equipment, storage, crane, material, rod or reinforcing material, water or composite, mortar or shotcrete is used; etc. are applicable.

In the present invention, construction or work includes a) construction, construction, construction, construction, 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, pavement work, railway work, bridge work, tunnel work, building work, facility work, road work, 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) construction, construction, construction, building, erection, construction of structures; e) work, construction, construction, building, construction, construction in which the equipment is used; f) storage, feeding, mixing, pumping, transporting, placing, assembling, pouring, laying, packing, spraying, spraying, irradiating, spinning, pouring, vibrating, compacting, molding, coating, painting, curing, greening, injection, grouting, shotcrete; g) Construction, construction, construction, building, construction, composition of one or more of the interior, interior, storage, and shotcrete; This is included.

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

In the complex machines 30 and 36, a) a magnetizer, a vibrator, an exciter, an ozone machine, an anion machine, a magnetization vibrator, a magnetizer, a magnetization ozone machine, a magnetization anionizer, a vibration exciter, a vibration ozone machine, and a vibration anion ionizer. , Ozone with vibration, Anion with vibration, Ozone with vibration, Magnetization with vibration, Magnetization with vibration anionizer with vibration, ozone anionizer with vibration, ozone anionizer with magnetization vibration; b) a hollow body with one of them, a venturi tube; This is included.

The magnetizers 30 and 31 include a magnetizer, a magnet 131, a magnetic body 131, a bar magnet, a plank magnet, an electromagnet, an electric magnet, a sheet magnet, a paper magnet, a thin film magnet, a magnetizer, a magnet, a magnetizer, and a magnetizing A 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) are embedded, coated, or lined (133) A magnetizer (130) provided with a magnetizer (130) in which a separator or spacer (132) is inserted between two or more magnets, and a case (133) in which at least one of the magnetic material and separator (133) is inserted , A magnetizer that generates a magnetic field by applying electricity, a magnetizer 135 that generates a magnetic field by applying electricity to a coil or spiral 16 wound around the core 15, a magnetization vibrator that vibrates while magnetizing, and a magnetic field while vibrating. The generated vibrating magnetizer and the like are applicable.

The vibrators (30, 32) include vibrators, motion machines, membrane vibrators, plate vibrators, rod vibrators, vibration elements, piezoelectric elements, vibrating piezoelectric elements, sheet pendulums, sound wave elements, ultrasonic elements, magnetization vibrators, multifunctional vibrators, concrete vibrators, vibrator, a vibrator that vibrates a material or object, a vibrator that vibrates itself, a vibrator that vibrates a rod or a case, a vibrator that vibrates by the rotation of a rotating body, a vibrator that vibrates by rotating a rotating body provided in a motor or rotor, A vibrator that vibrates by the rotation of a rotating body provided in a rotor mounted on a stator, a vibrating magnetizer that magnetizes while vibrating, a magnetization vibrator that vibrates while generating a magnetic field, and the like correspond thereto.

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 ) Or one of the vibrators vibrating by the rotation of the rotating body 4 provided in the rotor 1 mounted on the b) or case; a stator mounted inside the case; a rotor that rotates in connection with the stator; a rotating shaft of the rotor; an asymmetric rotating body provided on the rotating shaft; the case vibrating by rotation of the rotating body; a cable connected to the case; a tube in which the cable is embedded; a cap, a body, and a shoe constituting the case; A vibrator provided with is also possible.

The vibrator comprises a) a case (7); b) a motor 26 and a stator 2 inside its case; c) a rotor (1) that rotates in connection with the motor or stator; d) a rotating shaft (3) of the motor or rotor; e) bearings 5 provided above and below the rotation axis thereof; f) The vibrator (4) mounted on the rotor or the rotating shaft, the rotating body, the semi-cylindrical body, the 3/4 cylindrical body, the 3/5 cylindrical body, the semi-cylindrical vibrator, the semi-cylindrical rotating body, the asymmetric vibrator, the asymmetric rotating body (4) ; g) the vibrator and the rotating body 4 rotated by the rotation of the rotor or the rotating shaft; h) the case 7 vibrating by the rotation of the vibrator or rotating body; i) rods, jaws, boxes, plates, tubes, boxes, blocks, tanks, containers, pipes, housings that are one of the cases 7 or in which the cases 7 are embedded; j) a cap, a body, a shoe, an upper cap, an intermediate body, and a lower shoe constituting one of the case, rod or housing; k) screws formed on at least one of the cap, body, and shoe, and mutual fitting screws; ℓ) a hose, a connecting hose, an electric wire (6), a shaft (6), a cable (6), a flexible cable (6) associated with at least one of the case or cap; m) a hose, a tube (8), and a protective tube (8) in which one of the wires or cables is embedded; n) the rotating body 4 connected to the shaft or cable; o) the rotating body (4) connected to the motor (26) provided separately to the shaft or cable (6) and rotated by the rotation of the shaft or cable (6); p) the case 7 vibrating by the rotation; q) a plug (10), an outlet (11), and a power supply (12) connected to one of the motor or protective tube; r) a switch 9 for adjusting or controlling one or more of the motor or power supply, rotation of the motor, rotation of the rotor, rotation of the rotation shaft, rotation of the body, rotation of the shaft, and rotation of the cable , controller 9; s) the case or power supply; one of the sides, inside, surface, inside, outside; The switch (9), the controller (9) provided in one of; t) at least one seat and fixing means of the motor or controller inserted into the case; u) a urethane, epoxy, or filling material filling a space or an empty space between at least one of the motor or controller and the inner surface of the case; v) the urethane or filling material that fills the inside of the case to prevent movement of the motor or controller; A) vibrator 32 composed of the like; B) or a vibrator 32 of one of magnetization, excitation, ozone, negative ion, and a combination of two or more of them; etc. is also possible.

In the present invention, a) case 7; a stator 2 inside thereof; a rotor 1 that rotates in association with the stator; the rotation axis 3 of this rotor; an asymmetric rotating body 4 provided on the rotating shaft; the case 7 vibrating by the rotation of the rotating body; a cable (6) connected to at least one of the case or the rotating body; a tube (8) in which this cable is embedded; a housing 37 in which the case is built; b) a cap, a body, a shoe, an upper cap, an intermediate body, and a lower shoe constituting the case 7; c) screws, connection screws, and tightening screws formed on the cap or shoe; d) a vibrator composed of the case or shoe; e) one surface, inside, surface, inner surface, inside, outside, outer surface, one end, both ends, front end, space, hollow part of one of the case or shoe; It is also possible for one or more of the to be a, b, etc. a is a magnetizer 31, a vibrator 32, an exciter 33, an ozone group 34, an anion group 35, a magnetizer 41, ozone water 44, anion water 45; b) two or more of them multifunction devices 30 and multiplexers 40; c) materials emitted from one of the magnetizer or multifunction device, magnetized material 41, vibrating material 42, excited water 43, ozone water 44, negative ion water 45; At least one of them is provided, sprayed, generated, coated, and injected. The b is sterilization, disinfection, and cleaning of the case or shoe by the spraying; etc. will be See Figures 1, 2, etc.

The exciter (30, 33) is an exciter, an exciter, an exciter, an exciter, an exciter, an exciter, an oscillator, an exciter, a shaker, an oscillator, a device for applying vibration, Devices that apply vibration to objects, exciters that excite materials, exciters that excite themselves, magnetizers that magnetize while excitation, and magnetizers that excite while generating magnetic fields are applicable.

The ozone machine (30, 34) is an ozone machine, an ozone machine for emitting ozone, an ozone machine for ozone sterilization of a substance, an ozone machine for emitting negative ions, an ozone machine for ozonating a target, a cylindrical tube (123) or a double tube ( Ozone machine 34 with coil 125 wound inside or outside of 123 and 124, ozone machine 34 spaced apart from one side plate 126 and having needle 127 mounted on the other side, hollow part of one side plate The ozone group 34 and the like that are spaced apart from 128 and facing the brush 129 correspond thereto.

The anion groups 30 and 35 include an anion group, an anion group that emits negative ions, an anion group that cleans materials with anions, an anion group that emits ozone, an anion group that treats objects with anions, a cylindrical tube 123 or a double tube ( 123, 124), an anionizer with a coil 125 wound inside or outside, an anionizer spaced apart from one side plate 126 and having needles 127 or needles mounted on the other side, in the hollow part 128 of one side plate A negative ion group that is spaced apart and facing the brush 129 or a needle, a device that generates electric charges or negative ions from the sharp and sharp needles 127 and 129 with a very small surface area, and the like. Here, the cylindrical tube, the double tube (123, 124), the inner tube of the double tube (123), the outer tube of the double tube (124); one inside, one outside; It is possible that the coil 125 is wound on one or more of them. Electricity, power, current, voltage, etc. are supplied to the cylindrical tube, double tube, coil, plate, needle, brush, needle, etc., and thereby ozone, negative ions, etc. are generated.

At least one of the hollow body, ring or composite, injector, ejector, tube or inclined tube includes water, water, liquid, oil, air, and high , agent, ash, light, heat, wave, light, line, wind, air, bubble, gas, mist, bubble, liquid, Powder, material, substance (83), light source, heat, cold air, pressurized air, power supply, electricity, mist, LED light, sterilizing light, liquid material, magnetized material, vibrating material, excited water, ozone water (81), anion One or more of them is inflow, infusion, input, supply, provision, authorization, passage, passing, contact, flow, etc.

The magnetization vibrator (30, 36) is a magnetization vibrator, a vibrating magnetizer, a magnetizer and a vibrator complex, a magnetization and vibration complex, a magnetic field and vibration generating complex, a mechanism that magnetizes and vibrates itself, a material or object that magnetizes and vibrates. A mechanism, a mechanism for generating a magnetized vibrator, a mechanism for magnetizing vibrating passing material, a magnetization vibrator of one of the cone or composite, and the cone or composite that magnetizes vibration are included.

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

In addition, the magnetizer includes a) a power supply unit 20 providing one of power, AC and DC, b) a converter 21 converting one of the power and AC into DC, c) converting one of the power and DC into AC. Alternatively, an inverter 22 that converts or amplifies AC into a constant voltage and 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 for detecting one of AC and DC, power supplied from one of the power supply unit, converter, inverter and switching unit, f) a conduction pattern of one of the converter, inverter, switching unit and detection unit Control unit 66 for controlling or controlling one or more of the magnitude, continuity, energization, and blocking of one of the power, AC, and DC, or a rotating body or asymmetrical body connected to the rotational axis of the motor 26 including one or more of A magnetization oscillator in which at least one of vibration 42 and magnetic field 41 generated by the rotation of the rotating body or generated in the motor or the case 7 in which it is inserted by the rotation is also possible.

The device 1 or the magnetized ozone device includes a) hollow magnetizers 30 and 31 generating magnetic fields 40 and 41; b) an inlet (72) mounted on the front end of the magnetizer; c) a holder 112 provided inside the magnetizer; d) a solenoid valve (92), a venturi tube (77), and an outlet (78) sequentially installed at the rear end of the magnetizer; e) 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; f) a high voltage generator (99) applying a high voltage to the ozone generator; g) a hose 71 mounted on the front end of the inlet; A hose 79 mounted at the rear end of the outlet; h) an elbow tube (73) installed between the inlet and the magnetizer; An elbow tube 74 installed between the magnetizer and the solenoid valve; i) a pipe 76 installed between two of the solenoid valve and outlet; a pipe 76 installed between the injector and the ozone inlet; j) a timer 98 for adjusting the opening and closing intervals of the solenoid valve and the solenoid valve', k) a switchboard for supplying electricity to one or more of the check valve, solenoid valve, solenoid valve', timer, ozone generator, and high voltage generator ( 97); ℓ) a switch 100 controlling the supply of electricity; m) wires, plugs 10, and outlets 11 sequentially connected to the switchboard; n) a case 102 in which the a) magnetizer to ℓ) switch are mounted; It is a device 50 equipped with.

The opening and closing intervals of the solenoid valves are adjusted by the timer so that the ozone generated in the ozone generator is introduced into the material passing through the device 1 through the solenoid valves repeatedly at the intervals. The magnetization anionizer is a device that generates a magnetic field and negative ions.

The apparatus 2 or vibration exciter includes a) hollow magnetizers 30 and 31 generating magnetic fields 40 and 42; b) an inlet (72) mounted on the front end of the magnetizer; c) a holder 112 provided inside the magnetizer; d) a TE tube (75), a venturi tube (77), and an outlet (78) sequentially installed at the rear end of the magnetizer; e) a check valve 91, a solenoid valve 92, a venturi tube 77, a pressure inlet 103, and a compressor 105 generating pressure; f) an injector (93), a check valve (91), a solenoid valve (92), an ozone inlet port (94), an ozone funnel (95), and an ozone generator ( 96); g) a high voltage generator (99) applying a high voltage to the ozone generator; h) a hose 71 mounted on the front end of the inlet; A hose 79 mounted at the rear end of the outlet; i) an elbow pipe 73 installed between the inlet and the magnetizer; an elbow pipe 74 installed between the magnetizer and the TE pipe; j) a pipe 76 installed between two of the TEE tube and the outlet; a pipe 76 installed between two of the check valve and the pressure inlet; a pipe 76 installed between the injector and the ozone inlet; k) a timer' (98) for adjusting the opening and closing intervals of the solenoid valve and the solenoid valve'; ℓ) a switchboard (97) supplying electricity to at least one of the valve, timer, ozone generator, and high voltage generator; m) a switch 100 controlling the supply of electricity; n) wires, plugs 10, and outlets 11 sequentially connected to the switchboard; o) a case 102 in which the a) magnetizer to m) switch are mounted; is a device 51 equipped with.

The opening/closing interval of the solenoid valve is adjusted by the 'timer' so that the pressurized air generated in the compressor is repeatedly introduced into the material passing through the device 2 through the solenoid valve. The opening and closing intervals of the solenoid valves are adjusted by the timer, so that the ozone generated in the ozone generator is repeatedly introduced into the material passing through the device 2 through the solenoid valves. An ozone generator is provided in the case, an anionizer is installed in the case, the material flowing into the inlet hose of the device 1 is discharged through the outlet hose of the device 1, and the material flowing into the inlet hose of the device 2 is discharged through the inlet hose of the device 2. It is discharged to the outlet hose of 2.

The vibrating ozone machine a) adjusts the opening and closing interval of the solenoid valve 92 by the timer 98 to periodically or repeatedly supply the pressurized air through the solenoid valve 92 to the inlet and the outlet. b) the opening and closing intervals of the solenoid valve are adjusted by the timer so that the ozone is periodically or repeatedly discharged through the solenoid valve through the inlet and outlet 78 It is introduced into the material 80 passing through.

The vibratory anionizer is a device that generates vibration and negative ions. The ozone generator is to supply materials containing compressed air and ozone supplied from the device through a hose connected to the outlet. The excitation anionizer injects a substance including a magnetic field, pressurized air, and ozone supplied from the device through a nozzle connected to the outlet. The ozone anion machine is a device that generates ozone and negative ions. The magnetization vibration exciter introduces the magnetic field provided from the magnetizer of the device 1 or the device 2 and the ozone supplied through the ozone inlet into the passage material of the inlet and outlet to treat the passage material. The magnetized vibrating ozone machine is an ozone machine provided in the case of the device 1 or device 2. The magnetization vibration anionizer is provided with an anionizer in the case of the device 1 or device 2. The vibration-excited ozone machine is a combination machine in which a vibrator, an exciter, and an ozone machine are combined. The vibrating negative ionizer is a composite device in which a vibrator, an exciter, and an anion group are combined. The ozone anion group is a composite group in which an excitation group, an ozone group, and an anion group are combined.

The ozone generators 30 and 36 with magnetization vibration are a) ozone generator with magnetization vibration, ozone generator with vibration magnetization, ozone generator with magnetization vibration, ozone generator with magnetization vibration, ozone generator with magnetization and vibration, ozone with vibration magnetization. a vibrating ozone machine that excites magnetization, a magnetized vibratory exciter that generates ozone, a complex of a magnetizer, a vibrator, an exciter, and an ozone machine, a composite device 36 of two or more of the magnetizer or ozone machine with vibration, b) the device 1 A composite device of device 2 (51), a composite device of device 1 and device 2 connected to its rear ends 78 and 79, a composite device of device 2 and device 1 connected to its rear ends 78 and 79 Combined device, the outlets 78 and 79 of the device 1 and the inlets 70, 71 and 72 of the device 2 are connected to the composite device of the device 1 and device 2, and the outlets 78 and 79 of the device 2 Combined device of device 1 and device 2 in which inlets 70, 71, and 72 of device 1 are linked, inlets 70, 71, and 72 of device 2 are connected to outlet hose 79 of device 1 Combined device of device 1 and device 2, combined device of device 1 and device 2 in which inlet (70, 71, 72) of device 1 is connected to outlet hose 79 of device 2, outlet of device 1 The combined device of device 1 and device 2 in which the inlet hose 71 of device 2 is connected to 78 and 79, and the inlet hose 71 of device 1 is connected to the outlets 78 and 79 of device 2. The composite device of the device 1 and device 2, the 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, the outlet hose of the device 2 ( 79) is a composite device of the device 1 and device 2 in which the inlet hose 71 of the device 1 is connected, and the device 1 and 2 are connected so that the material 80 is passed through the inlet (70, 71, 72) of the device 1 A composite device that flows into the device 1 and 2 and is discharged to the outlets 78 and 79 of the device 2, and the devices 2 and 1 are linked so that the material 80 is passed through the inlets 70, 71, 72) and the devices 2 and 1 This corresponds to a composite device that is discharged to the outlets 78 and 79 of the device 1 through the .

The negative ionizer with magnetization vibration is a device that generates a magnetic field, vibration, excitation, and negative ions. The vibrating ozone anionizer is a device that generates vibration, excitation, ozone, and negative ions. The ozone anion ionizer with magnetization vibration is a device that generates a magnetic field, vibration, excitation, ozone, and negative ions.

Sensors, elements, pendulums, and the like can be mounted on the means, equipment, devices, drones, materials, materials, facilities, and the magnetizer or negative ionizer of the present invention. The means, equipment, devices, drones, materials, materials, facilities, magnetizers or anionizers, sensors, elements, pendulums, etc. include cones, nets, rods, frames, rings, stands, plates, membranes, pins, needles, chips, brush, pipe, article, barrel, box, electrode, metal, sheet, thin film, coin, coin, needle, spiral, tube, band, hose, nozzle, conduit, box, drone, block, tape, pipe, hollow body, case , one or more sequential devices selected from among Venturi tubes are provided.

The present invention will be further described using the following figures. 1 to 11 show the magnetizer or multifunction device according to the present invention, one of which is a functional group (30, 31, 32, 33, 34, 35, 36, 50, 51); Functions emitted from this, the magnetization or composite, the magnetization or composite, etc. (40, 41, 42, 43, 44, 45, 46); It is a schematic diagram showing etc. The water, water, liquid, oil, substance, liquid, gas, solid, object, functional agent, etc. 80 that passes through or comes into contact with the functional group 30 is the functional material, magnetized or composite, magnetized or composite, etc. ( 40, 41, 42, 43, 44, 45, 46), or treated as such. In the present invention, hoses 64 and 79, pipes 70, nozzles 66, A pump 63, a pressure pump 63, a vacuum pump 63, a filter 160, a purifier 160, a dust collector 160, and the like may be provided. Here, the hose or nozzle is used for spraying, pouring, and injection of the material 80, the pump is used for transferring, pressurizing, pumping, etc. the material 80, and the filter or dust collector is used for filtration, cleaning, It is used for purification, dust removal, dust removal, etc. 11 shows the generation, composition, generation, supply, provision, injection, injection of functional substances, magnetization or composite, magnetization or composite, etc. (40, 41, 42, 43, 44, 45, 46) emitted from the functional group. , input, etc.

12 is a schematic diagram showing the composition of materials, structures, etc. according to the present invention. Here, raw materials, materials, materials, water, sand, gravel, cement, admixtures, etc. are stored in a storage 60, a hopper 61, a mixer 62, a mixer 62 with wings 176, a pump 63, a hose ( 64), nozzle 66, drone 65, mold 85, curing machine, etc., storage, input, mixing, pressurization, transfer, spraying, pouring, curing, etc. It shows that a structure 87, a building using materials, a structure constructed with materials, and the like are created.

13 and 14 are schematic diagrams showing construction according to the present invention. The functional unit 30 includes a storage unit 60, a hopper 61, a mixer 62, a mixer 62 with wings 176, and a pump 63 ), a hose 64, a nozzle 66, a drone 65, a mold 85, a curing machine, and a vehicle 38. The construction can be performed by a device composed of the storage or vehicle, concrete 80 passing through it, concrete 80 pouring, and the like. Buildings, facilities, structures, etc. 87 are created by the construction, molds, and the like. Inside the mold, building, facility, structure, etc., concrete, reinforcing bars, coupler mounting reinforcing bars, etc. are placed, placed, placed, or purchased.

13, 14, 15, etc., raw materials, materials, binders, liquid materials, etc. are pump 63, hose 64, nozzle 25, drone 65, rod 174, wing 176, It shows that injection, injection, pouring, spraying, injection, grouting, etc. are performed through the drone with a hose 65, the drone with a nozzle 65, the rod with wings 174, and the wings 176 provided on the rod. 13 a shows a tunnel excavation surface; b is slope, slope, slope; c is the building 87, its mold 85, material 86; d is underwater (88), underground; It shows that the injection or grouting is performed on the back. 14 a shows a building 87, its formwork 85, and materials 86; b is a building crack; c is a lake, reservoir (88); d is for dams, embankments, roads; e is ground, subterranean, underground; f is the 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, and the like. Here, the septic tank 140 includes the inlet of the contaminated water 80, the coagulant 80 injector 142, the inner pipe 143, the settling basin 144, the settling valve 145, the porous filter 146, the rotary scraper 147 ), a scum inlet 148, a scum outlet 149, and a purified supernatant water outlet 150. The functional group 30 can be mounted on the pump or wing, inlet or outlet, etc. As a result, agitation and swirling of the contaminated water and the coagulant are vigorous, resulting in high-speed reaction and precipitation, thereby reducing 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, in the field, at construction sites, etc. to remove germs, pollution, air, air, dust, dust, etc. during construction. It is also shown to clean, purify, remove, etc. 12, 13, and 14, a storage 60, a hopper 61, a mixer 62, a pump 63, a hose 64, and a nozzle 66 that are equipped with functional devices and generate functional materials in manufacturing and construction. ), drone 65, mold 85, curing machine; Storage in storage, input into hopper, mixing in mixer, pumping with pump, transfer with hose or drone, pouring with hose or nozzle or drone, molding in mold, curing by spraying water, steam, etc. with curing machine (66) applied show to be

In FIG. 15, a) a backhoe 170, 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, surplus soil 190, slime 192, fiber or reinforcing material 193 by rotation of the rod or wing; i) Foundation 195 formed in the ground by mixing thereof, pile, underground foundation, basement wall, slurry wall, underground continuous wall 195, cylindrical 196 and cone 197 shaped foundation 195, tapered section or a funnel 197 shaped base 195, a large cylinder 196 and a cone 197 and a small cylinder 198 shaped base 195; j) slime 192 discharged to the ground during the mixing; k) the reinforcing bar or reinforcing material 193 in which the reinforcing bar, steel frame, wire, reinforcing material, and coupler penetrated into the underground foundation; ℓ) the penetrating equipment 171, indenter, crane 171; m) an underground foundation 195 reinforced with a reinforcing material by the penetration; n) an underground wall formed in the ground by excavation by an excavator, an underground wall 195; o) reinforcing bars, reinforcing bar networks, reinforcing bar cages, reinforcing bar cages for coupler mounting, materials, ready-mixed concrete, and concrete put into the basement walls and underground walls; p) a basement wall, underground wall, slurry wall, underground continuous wall 195 into which the rebar or concrete is input; q) The backhoe 172 and its bucket 177 mix, lay, and compact the binder 191, soil 190, residual soil 190, slime 192, fiber or reinforcing material 193 on the ground ; r) the reinforcing bars or reinforcing materials on which the reinforcing bars, steel frames, wires, reinforcing materials, and couplers inserted during the installation are mounted; s) foundation 194, surface foundation 194, mat foundation 194 formed on the ground by the mixing, laying, compaction, etc.; t) foundations, surface foundations, and mat foundations 194 reinforced with the reinforcing bars or reinforcing materials; show back

16 is a schematic diagram showing a pouring tool or concrete pouring tool 200 according to the present invention. This is the pouring hole 200 of mortar, ready-mixed concrete, ascon, concrete, paste, plaster, cement material, asphalt material, etc. 80, the pouring hole 200 of the pump 38, the pouring hole 200 of the pump car 205 ; One of the faces, inside, surface, inner surface, inside (Fig. 16 b), end 201, one end 201, both ends, front end 201, hole, outside (Fig. 16 a, c, d, e), Outer surface, outer circumference, space, hollow part, front end, axial direction, longitudinal direction, horizontal direction, vertical direction, inclined direction, sectional direction, supply direction, concrete supply direction (shown in Fig. 16 b, c), from the end to 2m, up to 2 m in the direction of concrete supply from the end (marked in Fig. 16 b, c); At least one of a vibrator, a functional group, a vibration sensor (Fig. 16 d), a vibrator (Fig. 16 d), a membrane vibrator (Fig. 16 d), a rod vibrator (Fig. 16 a, b, c, e), multiple vibrators, magnetization vibrator, excitation vibrator, ozone vibrator, negative ion vibrator, concrete vibrator; It shows that a compound vibrator in which two or more of them are combined is provided. In a, b, d, e, etc. of FIG. 16, the pouring hole 200 corresponds to the tip, tip, pouring portion, tip part, and up to 2m from the end of the hose, pipe, etc. 64 where concrete is transported and poured. And, in c, the pouring tool 200 corresponds to a pipe, tube, tube, etc. 200 having a length of 2 m or less provided at the front end 201 of the hose, pipe, etc. 64. The pouring tool is a vibrator, a vibrating pouring tool, a concrete pouring tool, a vibrating concrete pouring tool, a concrete vibrating tool, a concrete tooling tool vibrator, and the like. Here, the vibrator, functional group, etc. may be fixed to the pouring tool by a string, string, ring, band, wire, iron wire, rubber band, etc. 203, or welding, screw, bolt, flange, etc. Equipment 38 such as a nozzle 66, a hose 64, a pump 63, a pump car 205, a mixer 62, a hopper 61, and a storage 60 may be connected to the pouring port 200. can

17 is a schematic diagram showing a cone 210, a net 211, a rod 212, a frame 213, a spiral 214, and θ sequentially shown in (a). cone with slope 216; (b) is a cone, a net, a rod, a frame, a spiral in which a rod 212, a functional group 30, etc. are mounted in the center 215; (c) cones, nets, rods, frames, spirals embedded in tubes, conduits, pipes, hollow tubes, hollow bodies, etc. (7, 37); (d) is a cone, net, rod, frame, spiral mounted on a cradle, support, etc. 217; show back Functional groups 30 may be applied to the cones, spirals, and cone-shaped spirals, and materials 80 may flow and materials 80 may pass through. Materials and objects passing through the cone, helix, cone-shaped spiral, etc. are subject to collision, vibration, magnetization, sterilization, disinfection, purification, stirring, mixing, mixing, mixing, aeration, detonation, pulsation, vortex, screening, separation, filtration , crushing, crushing, crushing, cutting, bumping, refining, miniaturization, micronization, nanoization, shorting, granulation, cavitation, 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 being limited to the above contents, examples, etc. It will be said that all the technical details of the invention and the technical details accompanying the root are included in the scope of the present invention.

30: functional group 31: magnetizer 32: vibrator
33: generator 34: ozone group 35: negative ion group
36: multifunction device 40: functional material 41: magnet
42: vibration water 43: excitation water 44: ozone water
45: anion 46: complex

Claims (1)

As a means related to the foundation work of a structure,
The foundation is one of a composite foundation consisting of pile, pier, caisson, column foundation, underground foundation, surface foundation, tapered foundation, underground edge foundation, underground foundation and surface foundation,
The means include equipment, drones, and materials;
The equipment, drones, and materials are used for the construction,
The equipment, drones and materials are used in the composition of the foundation,
The equipment does the construction, or creates the foundation,
The drone moves the top of the equipment, material, foundation,
The foundation is created by the construction, or by the equipment, drones, and materials,
In the equipment, one or more of the materials are stored, injected, mixed, pumped, transported, placed, assembled, placed, placed, packed, sprayed, sprayed, irradiated, irradiated, injected, vibrated, compacted, molded, coated, painted, cured. It includes storage, hopper, mixer, pump, hose, pump car, casting machine, 3D printer, injector, sprayer, injector, vibrator, nozzle, drone, mold, curing machine,
The pump car is a pump car equipped with a vibrator in its pouring tool,
The 3D printer is a 3D printer that pours material through a plotter,
The nozzle is a nozzle having a collision plate inside and an extension part at the tip,
The drone may include a tank; an inlet mounted on the top of the tank; Wings installed inside the tank; An outlet or hose mounted on the lower part of the tank; means for rotating the wing; a pump and a nozzle sequentially connected to the tank; is provided,
In the above means, a substance discharged through the hose connected to the outlet of device 1 and a substance discharged through the hose connected to the outlet of device 2 are used;
The device 1 includes a) a hollow magnetizer in which a magnetic field is generated; b) an inlet mounted on the front end of the magnetizer; b) a cradle provided inside the magnetizer; c) a solenoid valve, a venturi tube, and an outlet sequentially installed at the rear end of the magnetizer; d) an injector, a check valve, a solenoid valve', an ozone inlet, an ozone funnel, and an ozone generator sequentially installed in the middle of the venturi tube; e) a high voltage generator applying a high voltage to the ozone generator; f) a hose installed at the front end of the inlet; A hose mounted at the rear end of the outlet; g) an elbow installed between the inlet and the magnetizer; El storage installed between the magnetizer and the solenoid valve; h) a pipe installed between two of the solenoid valve and outlet; a pipe installed between the injector and the ozone inlet; i) a timer for adjusting the opening and closing intervals of the solenoid valve and the solenoid valve; j) a switchboard supplying electricity to at least one of the check valve, the solenoid valve, the solenoid valve', the timer, the ozone generator, and the high voltage generator; k) a switch controlling the supply of electricity; ℓ) wires, plugs, and outlets sequentially connected to the switchboard; m) a case in which the a) magnetizer to k) switch are mounted; is a device provided with,
By adjusting the opening and closing interval of the solenoid valve by the timer, the ozone generated in the ozone generator is repeatedly introduced into the material passing through the device 1 through the solenoid valve,
The apparatus 2 includes a) a hollow magnetizer in which a magnetic field is generated; b) an inlet mounted on the front end of the magnetizer; c) a cradle provided inside the magnetizer; d) a TE tube, a Venturi tube, and an outlet sequentially installed at the rear end of the magnetizer; e) a check valve, a solenoid valve, a venturi tube, a pressure inlet, and a compressor for generating pressure sequentially installed in the middle of the TE pipe; f) an injector, a check valve', a solenoid valve', an ozone inlet, an ozone funnel, and an ozone generator sequentially installed in the middle of the venturi tube; g) a high voltage generator for applying a high voltage to the ozone generator; h) a hose installed at the front end of the inlet; A hose mounted at the rear end of the outlet; i) an elbow installed between the inlet and the magnetizer; an elbow installed between the magnetizer and the TE tube; j) a pipe installed between two of the TEE pipe and the outlet; a pipe installed between two of the check valve and the pressure inlet; a pipe installed between the injector and the ozone inlet; k) the solenoid valve and the timer for adjusting the opening and closing intervals of the solenoid valve', ℓ) supplying electricity to one or more of the check valve, the check valve', the solenoid valve, the solenoid valve', the timer', the ozone generator, and the high voltage generator switchboard to do; m) a switch controlling the supply of electricity; n) wires, plugs, and outlets sequentially connected to the switchboard; o) a case in which the a) magnetizer to m) switch are mounted; is a device provided with,
By adjusting the opening and closing interval of the solenoid valve by the timer', the pressurized air generated in the compressor is repeatedly introduced into the material passing through the device 2 through the solenoid valve,
By adjusting the opening/closing interval of the solenoid valve' by the timer', the ozone generated in the ozone generator is introduced into the material passing through the device 2 through the solenoid valve' repeatedly as much as the interval,
An ozone machine is provided in the case,
An anion group is mounted on the case,
The material introduced into the inlet hose of the device 1 is discharged through the outlet hose of the device 1,
The material introduced into the inlet hose of the device 2 is discharged through the outlet hose of the device 2,
In the construction a) magnetization, vibration, excitation, ozone, anion, magnetizer, vibrator, excitation, ozone, anion, magnetization, vibration, excitation, ozone, anion; b) a combination of two or more of them, a combination, a combination; is used,
To the foundation or to the materials of the foundation: a) Water, water, liquid, oil, air, go, je, ash , powder; b) Soil, stone, earth and sand, earth stone, white clay, clay, loess, granite, masato, minerals, tailings, ores, stone dust, ceramics, silica, silica fume, kaolin, germanium, bentonite, zeolite; c) iron, metals, fibres, cations, anions, fibres; d) Seeds, plants, trees, roots, starch, starch, chaff, cypress trees, phytoncides; e) air, gases, oxygen, hydrogen, nitrogen, carbon, ozone, air bubbles, bubbles, vapors; f) Ash, waste powder, iron powder, stone dust, dust, shells, sludge, slime, slag, by-products, waste; g) charcoal, hardwood charcoal, enzymes, carbon, activated carbon; h) catalyst, forward catalyst, cocatalyst, 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) medicines, medicines, medicines, drugs, pigments, activators, reactants, coagulants, purifiers, purifiers, water purifiers, reactants, adsorbents, collectors, bactericides, disinfectants, antibacterial agents, disinfectants, foaming agents, foaming agents; aeration agents, expansion agents, water-stopping agents, waterproofing agents, water-repellent agents, plasticizers, admixtures, solidifying agents; j) rubber, resin, urethane, urea, epoxy, acrylic, uracil, latex, binder, geopolymer; k) nanometer-sized materials such as nanoagents, nanometals, nanoiron, nanosilver; ℓ) nanometer-sized materials, 10 ^-9 m-sized materials, 10 ^-6 to 10 ^-12 m-sized materials; m) Microorganisms, lactic acid bacteria, radiation bacteria, photosynthetic bacteria, yeast bacteria, yeast bacteria, useful microorganisms, aerobic microorganisms, anaerobic microorganisms, basophils, aerobic microorganisms, collagen, keratin, syndecane, 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, CaMg agent, CaFe agent, CaMe agent, CaCOO agent, MgFe agent, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe, MgFeCOO, CaMgFeMe, CaMgFeSi, CaFeMgSi, CaMgFeCOO, CaFeMgSiPolymer, Ca Fe Mg Si Polymer agent, CaㆍFeㆍMgㆍSiㆍPolymer 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) said C to CaMgFeMeCOO agent being an ionic material; p) the COO-containing material wherein the COO is one of COO, COO ^- , COOH, COONa, CH ₃ COOH, C ₆ H ₅ COOH, HCOOH, CH ₃ COOCH ₃ , C ₂ H ₅ OCOH, or a carboxyl group; q) the CaCOO agent to the CaMgFeMeCOO agent, which is the COO-containing material; r) a composite of two or more of the above water to CaMgFeMeCOO agents; includes one selected from
The magnetizer is a magnetizer in which two or more magnets are lined and a spacer is inserted between the two or more magnets,
The vibrator may include a case; a stator mounted inside the case; a rotor that rotates in connection with the stator; a rotating shaft of the rotor; an asymmetric rotating body provided on the rotating shaft; the case vibrating by rotation of the rotating body; a cable connected to the case; a tube in which the cable is embedded; a cap, a body, and a shoe constituting the case; Is a vibrator provided with,
The exciter is a magnetization exciter that excites while generating a magnetic field,
The ozone machine is an ozone machine spaced apart from one side plate and having needles mounted on the other side,
The anion group is an anion group in which a coil is wound inside or outside the cylindrical tube,
Sensors and devices are used in the construction or means or complex,
The sensor is a magnetic sensor,
Construction means, characterized in that the element is an electric element

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