KR20240064607A - Construction drone, unmanned airplane - Google Patents

Abstract

The present invention is a) construction, construction, building, earthwork, pouring, spraying, repair, shorting, coating, painting, packaging, surface treatment, green soil, shotcrete, seed spray, interior, remodeling, where drones are used; b) Or drones that perform the above construction or remodeling work; It's about.

Description

Concrete construction drone, unmanned airplane {Construction drone, unmanned airplane}

The present invention is a) construction, construction, construction, earthwork, pouring, spraying, repair, shorting, coating, painting, packaging, surface treatment, green soil, shotcrete, seed spray, interior, using devices, equipment, drones, and 3D printers. remodeling; b) Or devices, equipment, drones, unmanned aerial vehicles, 3D printers for the above construction or remodeling; It's about.

In general, equipment for construction, architecture, civil engineering, construction, construction, etc. is used such as mixers for mixing materials, nozzles for pouring them, hoses, pipes, pourers, sprayers, and injectors. Existing technologies include domestically registered patent 10-1429063, a concrete mobile pouring equipment with a cover form installation function and a concrete pouring method for areas with gradients using the same, and domestically registered patent 10-1222407, a method and device for supplying rapid setting additives for shock concrete and the like. There is a shock concrete pouring machine with installed equipment, steel form for concrete wall pouring with domestically registered patent 10-0478729, and wall raising and slab lowering pouring equipment with domestically registered utility model 20-0257250.

In the case of existing pouring, it is necessary to improve the fluidity of the material for pouring, workability, spraying, workability, high-rise conveyance, high-rise pouring, etc., and in the case of pouring equipment, a device to improve the fluidity of the material and manpower for high-rise pouring are required. Other mechanisms to replace it, mechanisms to improve the properties of the material during the pouring process, etc. are needed, and it is necessary to devise new pouring works and methods using these materials and pouring equipment.

Previously, substances or materials such as cement and chemical liquids were used, fluidizing agents were added to improve the fluidity of materials, high-rise cranes were used for high-rise pouring, and commercial electricity was supplied to the equipment used. If these were replaced or designed with new ones, I think it will be very beneficial. It is believed that it will be very beneficial if drones and 3D printers are applied to construction, and equipment, devices, means, materials, materials, rebar, etc. are replaced and designed with new ones.

Currently, drones are being used in many fields. Examples of this include drones for detecting risks at construction sites (Korea Open Patent 10-2019-0097804), drone-based building information continuous management system (Korea Registered Patent 10-2468933), drones for building supervision and building supervision methods using them (Korea Registered) Patent 10-01844726), wire twisting device and method using artificial intelligence drone (Korea Publication Patent 10-2021-0094957), damaged topsoil analysis system using drone (Korea registered patent 10-2438125), window noise prevention and drone access There is a prevention device (Korean Patent Publication 10-2020-0069190), a drone capable of staying in the air for a long time (Korean Patent 10-1962846), and a bridge anti-icing system using a drone (Korean Patent 10-2029069). Since drones are capable of high-rise pouring and high-rise work, and can replace manpower, it is believed that it will be very beneficial if drones are applied to the above construction or remodeling projects.

In order to solve the above problems, the present invention aims to solve the problem of designing new drones, unmanned aerial vehicles, 3D printers, equipment, devices, means, materials, materials, reinforcing bars, facilities, foundations, buildings, roads, structures, etc. . and a) Designing drones, unmanned aerial vehicles, light aircraft, and unmanned light aircraft; b) Designing methods for work, construction, drilling, transportation, supply, pouring, laying, spraying, coating, painting, packaging, compaction, vibration, curing, and surface treatment in which drones are used; c) The task is to solve problems such as improving the fluidity of materials, designing high-rise pouring equipment, and designing equipment to replace manpower.

The present invention includes: a) designing a drone, unmanned aerial vehicle, light aircraft, and unmanned light aircraft; b) Designing methods for work, construction, drilling, transportation, supply, pouring, laying, spraying, coating, painting, packaging, compaction, vibration, curing, and surface treatment in which drones are used; c) In order to improve the fluidity of materials, devise a magnetic material, a corrugated material, a coiled wire spiral, a hollow body equipped with one of the above hollow bodies, and a pouring machine equipped with the above hollow body, etc. d) Application of drones for high-rise pouring or replacement of manpower as a means of solving the problem do.

The present invention a) provides drones, unmanned aerial vehicles, light airplanes, and unmanned light airplanes; b) Providing work, construction, drilling, transportation, supply, pouring, laying, spraying, coating, painting, packaging, compaction, vibration, curing, and surface treatment methods in which drones are used; c) Improving the fluidity of the material by designing equipment such as a magnetic body, a wave body, a cone net spiral, a hollow body equipped with one of these, and a pouring machine equipped with the above hollow body, d) Stirability of the material by providing a magnet with a cone net spiral, etc. , improved mixing and fluidity, e) applying drones to provide effects such as high-rise pouring, unmanned pouring, and replacement of man-made pouring.

In particular, the above equipment a) improves magnetization, hexagonal hydration, energization, magnetic energization, fluidization, fluidity, slump value, workability, workability, etc. of materials, materials, pouring materials, etc.; b) reduction of fluidizing agent input due to the above improvements; c) reduction of the cost of using a fluidizing agent by reducing the above; d) It also provides the effect of reducing vibration work, compaction work, vibrator work, vibrating costs, vibrating equipment, and vibrating manpower.

In the present invention, a) construction equipment such as an electromagnet, a magnet with a cone net spiral, a hollow body with one of these, and a pouring machine with these are designed to improve the fluidity of materials, and c) a cone, a cone spiral, a rod, a rod, and a protruding rod are used for magnets. Improving the agitation, mixing, fluidity, and filling of materials by providing equipment such as d) unmanned construction, unmanned pouring, automated construction, and automated pouring by applying 3D printers; e) high-rise pouring, unmanned pouring, and It provides effects such as replacing man-made casting.

1 is a schematic diagram showing the material or materials according to the present invention
Figure 2 is a schematic diagram showing a magnet, magnetic field, cone, and vortex according to the present invention.
Figure 3 is a schematic diagram showing the electromagnet according to the present invention
Figure 4 is a schematic diagram showing a cone mesh spiral with a magnet according to the present invention.
Figure 5 is a schematic diagram showing a cone mesh spiral with a magnet according to the present invention.
Figure 6 is a schematic diagram showing a cone mesh spiral with a magnet according to the present invention.
Figure 7 is a schematic diagram showing a hollow body according to the present invention
Figure 8 is a schematic diagram showing a hollow body according to the present invention
Figure 9 is a schematic diagram showing a hollow body according to the present invention
Figure 10 is a schematic diagram showing a wind compressor according to the present invention
Figure 11 is a schematic diagram showing a 3D printer according to the present invention
Figure 12 is a schematic diagram showing a 3D printer according to the present invention
Figure 13 is a schematic diagram showing the equipment, interior, and manufacturing pouring according to the present invention.
Figure 14 is a schematic diagram showing the equipment, site, and construction pouring according to the present invention.
Figure 15 is a schematic diagram showing equipment, site, and construction pouring according to the present invention.
Figure 16 is a schematic diagram showing equipment, site, and construction pouring according to the present invention.

The name of the present invention is drone use construction, construction, building, earthwork, pouring, spraying, repair, shorting, coating, painting, packaging, surface treatment, green soil, shotcrete, seed spray, which is drone use construction, construction, building, and earthwork. , pouring, spraying, repair, shorting, coating, painting, packaging, surface treatment, green soil, shotcrete, seed spray, or one of the methods. Since the above construction and seed spraying belong to construction, the name of the present invention can be abbreviated to construction using drones.

Claims 1 and 2 of the present invention relate to drones, unmanned aerial vehicles, light airplanes, unmanned light airplanes, etc. used in concrete construction. In claim 1, one side of a holder is provided at the bottom of the drone, and a vibrating device is provided on the other side of the holder. A device is provided, the device is moved by the movement of the drone, the device is moved when the drone moves, the drone moves and the device is put into the poured concrete, and the device is put into the poured concrete. The device vibrates, and the placed concrete vibrates due to the vibration of the device. In claim 2, the drone consists of a first drone and a second drone. The first drone is provided with a first stand, one end of a hose is provided on the first stand, a pump is connected to the other end of the hose, and one end of the hose is moved by movement of the first drone, When the first drone moves, one end of the hose is moved, and the concrete supplied through the pump is poured through the hose and through the end. One side of a second holder is provided at the lower part of the second drone, and a vibrating device is provided on the other side of the second holder, the device is moved by the movement of the second drone, and the movement of the second drone When the device moves, the second drone moves and inserts the device into the poured concrete, the device inserted into the poured concrete vibrates, and the poured concrete vibrates due to the vibration of the device. do. Drones are used in the construction, pouring, and vibration of concrete, a) replacing high-rise pouring, unmanned pouring, and manpower pouring; b) replacing vibration work, compaction work, and vibrator work by manpower; c) vibrating costs, vibrating equipment, It provides effects such as reducing vibrating manpower.

Embodiments of the present invention relate to construction or construction methods using drones, unmanned aerial vehicles, light aircraft, unmanned light aircraft, etc. The drone is provided with a hollow body, a cone is provided inside the hollow body, a net is provided inside the hollow body spaced apart from the cone, and a rod is provided inside the hollow body spaced apart from the net, A frame is provided inside the hollow body spaced apart from the rod, a spiral is provided inside the hollow body spaced apart from the frame, an electromagnet is provided inside the hollow body spaced apart from the spiral, and the electromagnet A corrugated body is provided inside the hollow body and spaced apart from the corrugated body, and a magnetic body is provided inside the hollow body and spaced apart from the corrugated body. Inside the hollow body, the cone, net, rod, frame, spiral, electromagnet, wave body, and magnetic material are sequentially provided and spaced apart from each other. Drones can be equipped with cones, nets, rods, frames, spirals, electromagnets, wave elements, magnetic substances, etc. The electromagnet is an electromagnet (10) in which a coil (98) is wound around an iron core (97). The magnetic material includes combining two or more magnets; Step of combining the above and providing a coupling magnet; In order to separate the neighboring magnets during the coupling, a separator 14 is inserted between the neighboring magnets; It is a magnetic material (16) created by covering the outside of the separation material and the coupling magnet with a covering material (15) in order to protect or prevent corrosion of the separating material and the coupling magnet. An injector 91 is mounted on the side of the hollow body. Water passes through the interior of the hollow body. Water passing through the interior of the hollow body sequentially passes through the cone, net, rod, frame, spiral, electromagnet, wave body, and magnetic material provided inside the hollow body. The additive 90 is introduced into the injector, the introduced additive is injected into the interior of the hollow body, and the introduced additive is added to the water passing through the interior of the hollow body. A nozzle is provided on the drone in connection with the hollow body, and water passing through the hollow body is sprayed through the nozzle during construction.

During the construction, a drone moves around the construction site or in the air, the drone is equipped with a photographing device, and the construction site is photographed by the photographing device during the construction. A remote controller is provided to remotely control the drone, and the drone is remotely controlled by the remote controller during construction. The drone includes wings and a main body, the wings are provided with supports, and the supports are provided. The wings are fixed to the main body, the wings rotate and generate a downward flow, the wings rotate and generate a backward flow, and the drone flies upward due to the downward flow. , the drone flies horizontally due to the directional flow. The drone flies in three dimensions by one or more of the downward flow and the directional flow. The downward flow and directional flow are included so that the drone flies in three dimensions. During the construction, the drone flies in three dimensions, and the three-dimensional flight includes the upward flight and horizontal flight. A motor for rotating the blade is provided, a wire is connected to the motor, and one selected from a battery, charger, rechargeable battery, plug, outlet, battery, generator, solar cell, solar generator, windmill, or wind power generator is connected to the wire. do. Electricity, power, power, etc. are supplied to the wires and motors by the batteries or wind power generators.

During the above construction, construction, development, architecture, construction, work, civil engineering work, environmental work, purification, purification, purification, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, formative work, sculpture, construction. , building construction, construction work, construction work, building construction, disaster prevention, earthwork, ground work, underground work, underground work, slope work, slope work, slope work, foundation work, pile work, PHC pile work, excavation, excavation, site Digging, cutting, filling, geothermal pile construction, factory pile construction, buried foundation construction, driving foundation construction, rotary buried foundation construction, cast-in-place pile construction, earth retaining work, earth retaining wall construction, slurry wall construction, underground continuous wall construction, diaphragm Wall construction, CIP (cast in place pile) construction, CP (compaction pile) construction, SCP (sand compaction pile) construction, CCP (crushed stone compaction pile) construction, VCCP (vibrated CCP) construction, dredging, reclamation, underwater work, Cableway construction, elevator construction, masonry, plastering, waterproofing, water blocking, water retention, paving, earth paving, road paving, sidewalk paving, improvement, ground improvement, ground preparation, complex preparation, drilling, boring, mixing, mixing, supply, provision, Conveying, transport, transportation, pouring, mold pouring, concrete pouring, paving, paving, slope laying, ground laying, road laying, coating, painting, injection, mold injection, underground injection, deep injection, injection, crack injection, main injection, Grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting rocket) construction, JSP (jumbo special pattern) construction, spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying. , dust removal spraying, curing, water curing, geothermal work, mixing, ground mixing, ground agitation mixing, DCM (deep cement mixing) work, SCW (soil cement wall) work, compaction, ground compaction, stirring compaction, pavement compaction, spraying , shotcrete work, green soil work, seed spray work, repair, crack repair, water leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity filling, masonry work, exterior wall work, scaffolding Work, dismantling, window work, sheet metal work, roof sheet metal work, assembly, building assembly, steel work, window work, water supply and sewage work, anticorrosion, electrical system, greening, cleaning, washing, redevelopment, reconstruction, interior work, remodeling, two of them Any one selected from the above sequential complex construction is performed. The above-mentioned construction or remodeling, etc., constitutes a single construction project or belongs to a construction project.

In an embodiment of the present invention, a drone moves or flies before, during, or after earthwork, earthwork, or earthwork, and photographs are taken by the drone. It relates to an earthwork method or earthwork work method, wherein a device is provided and the earthwork work or site is photographed by the photographing device. Drones can be used for construction, construction, construction, construction, earthwork, excavation, excavation, work, etc. of the present invention. The above-mentioned earthwork includes earthwork, earthwork, earthwork, earth work, earthwork work, ground work, underground work, underground work, slope work, slope work, slope work, excavation, excavation, excavation, opening, digging, cutting, and cutting. , fill soil, ground soil, etc. Examples of drones include using drones for earthworks, using drones during earthworks, using drones during earthworks, drones moving or flying at earthworks sites, drones moving or flying at earthworks sites or in the air, and before, during, or after earthworks. Filming with a drone, filming using a camera equipped with a drone before, during or after earthwork, filming using a CCTV equipped with a drone before, during or after earthwork, using a filming device equipped with a drone before, during, or after earthwork. This includes filming the scene, etc.

Examples of devices in the present invention relate to devices used in construction. The device includes a drone and a 3D printer, the drone moves to the construction site or in the air, and the 3D printer performs the construction to create a certain facility. The device is provided with a magnetic body, the magnetic body is provided with a wave body, the wave body is provided inside a hollow body, an injector is mounted on a side of the hollow body, a check valve is mounted on the injector, and the injector The additive is introduced, the introduced additive is introduced into the hollow body, and the cone mesh spiral is mounted on the hollow body. The cone net bee frame spiral is a cone net bee frame spiral formed by placing a net behind the cone, a rod behind the net, a frame behind the rod, and a spiral behind the frame. The material used in the drone and 3D printer passes into the hollow body, the additive is added to the material, the material is magnetized by the magnetic material, and the material is waved by the wave body, The material is vortexed by the condenser spiral.

The present invention may include means related to certain tasks. The means may include one or more of materials, materials, equipment, devices, drones, generators, 3D printers, wind compressors, and facilities. The materials are used in the work or included in the facility. The material is used in the work or is included in the material or facility. The equipment is equipment that performs the above work or creates one of the above materials, materials, and facilities. The device is equipment that purifies during the operation or purifies one of the materials, materials, or facilities. The drone is used for the work or flies above one or more of the materials, facilities, or work site. The generator generates electricity used for the work. The 3D printer performs the above work or creates one of the above materials, materials, and facilities. The wind compressor generates pressurized air used for the above work. The facility is a facility created by one or more of the above operations, materials, materials, equipment, devices, drones, generators, 3D printers, and wind compressors. One or more of the above equipment or wind compressor is used in the construction of one of the above materials, materials, and facilities. At least one of the above devices and wind compressors is included in the equipment. One or more of the above means, materials, or facilities are provided with a magnetic material, or a material that has passed through the magnetic material is sprayed. The magnetic body is provided with a corrugated body, the corrugated body is provided inside a hollow body, an injector is mounted on a side of the hollow body, a check valve is mounted on the injector, an additive is introduced into the injector, and the injected Additives are introduced into the hollow body, and a cone mesh spiral is mounted on the hollow body.

The cone mesh spiral is a) a cone mesh spiral formed by placing a net after a cone, a rod after the mesh, a frame after the rod, and a spiral after the frame, or b) or a cone, net, rod, frame, or spiral. Two or more of; One of these is a cone net, a cone net, a contle, a cone spiral, a cone net, a cone net, a cone spiral, a cone, a cone spiral, a cone spiral, a cone net, a cone spiral, a cone net, a cone net, a cone spiral, a cone spiral, a cone net, a cone wire, a cone spiral, a cone net. Spiral, Conmangbonteul Spiral; either, c) or cone; a cone-shaped net located inside the cone; A rod mounted inside the net; a cone-shaped frame located outside the cone and having holes larger than those of the net; a spiral located on one side of one of the cone, net, and frame; It is a composition composed of. The material is passed into the interior of the hollow body, the additive is added to the material, the material is magnetized by the magnetic material, the material is waved by the wave body, and the material is inserted into the condenser spiral. It is eddy current, and the magnetic material includes a magnet. For details on claim 1, please refer to the following.

In the present invention, drones, equipment, devices, materials, materials, rebar, etc. are used, and facilities, foundations, buildings, roads, structures, etc. are created. According to Application Example 1, the equipment in the present invention is one of hollow body 1, hollow body 2, hollow body 3, hollow body 4, hollow body 5, hollow body 6, hollow body 7, hollow body 8, and hollow body 9 (13 ), or is equipment that includes one (13). The hollow body 1 is a) a1) a net 48 is mounted on one of the front, rear, and inside of the cone 11, and a rod 45 is mounted on one of the front, rear, and inside of the net, A frame (46) is mounted on one of the front, rear, and inside of the rod, and a spiral (47) is placed on one of the front, back, and inside of the frame, and the spiral frame is formed; a2) a magnet (10) equipped with the cone net frame spiral; a3) It is a hollow body 13 equipped with a wave body on which the magnet is mounted, or b) The hollow body 13 is provided with at least one of an injector 91 and an inclined pipe 95 with a check valve 92 on the side. )am.

The hollow body 2 includes preparing a core 97; Winding a coil 98 around the core; Providing an electromagnet with a coil wound around the coil core; or purchasing one or more of magnets and electromagnets; combining two or more of the magnets and electromagnets; Step of combining the above and providing a coupling magnet; In order to separate the neighboring magnets or electromagnets during the coupling, a separator 14 is inserted between neighboring magnets or electromagnets; A step of providing a covering magnetic body (16) in which the outside of the separating material and the coupling magnet is covered with a covering material (15) to protect or prevent corrosion of the separating material and the coupling magnet; A step of providing a net or rod; A spiral is mounted behind the net or outside the rod; The step of mounting the net helix or rod helix; Mounting the net spiral or rod spiral to the magnetic material; A step of mounting the magnetic body on which the net spiral or rod spiral is mounted on a wave body; The step of providing the wave body in a hollow body; Or providing at least one of an injector with a check valve and an inclined pipe on the side of the hollow body; This is the hollow body composed by .

The hollow body 3 is a) a rod 45 is mounted between the cone or net and the spiral, a net 48 is mounted between the cone or net and the rod, and a frame ( 46) is mounted, a magnetic material is mounted on the inside of the cone or frame, a wave body is mounted on the frame or magnetic material, and the entire mounted body is a hollow body provided inside, or b) or an injector with a check valve on the side. , is the hollow body provided with one or more of the inclined pipes.

The hollow body 4 has a) a net 48 mounted inside the cone or frame, b) a rod 45 mounted on the side of the spiral or net, and c) a frame 46 outside the net. ; a spiral 47 on the outer surface of the rod; A rod (45) on the outside of the frame; one of the hollow bodies 1, 2, and 3 in which one or more of the above is mounted, d) a net or rod is mounted on the outside of the magnetic body, and e) a cone or spiral is mounted on the outside of the wave body.

The hollow body 5 includes: a) a plate mounted inside the cone or net, b) a nut mounted on a side of the spiral or rod, c) a string outside the net; A rope on the outer surface of the rod; Bolts on the outside of the frame; d) a holder or spacer is mounted on the outside of the magnetic body, and e) one of the hollow bodies 1, 2, 3, and 4 on which a tube or pipe is mounted on the outside of the corrugated body.

The hollow body 6 is a) provided with a sheet magnet, an atomic magnet is mounted on one side of the sheet magnet, a magnetic body is mounted on one side of the sheet magnet or the atomic stone, and one of the sheet magnet, the atomic magnet, or the magnetic body A magnetic material formed by placing a magnetic field material on one side of; b) one of a cone, net, rod, frame, or spiral mounted on one of the sheet magnets, atomic magnets, magnetic body, magnetic field body, and magnetic body; c) It is a hollow body provided with a wave body mounted on one of the plate magnets, magnetic materials, cones, and spirals.

The hollow body 7 is a) provided with a rod or a corrugated body, b) a magnet is mounted on the upper part of the rod or corrugated body, c) a magnetic body is mounted on the lower part of the rod, corrugated body or magnet, and d) the rod , a magnetic field body is mounted on one of the rods, wave bodies, magnets, magnetic bodies, and magnetic field bodies, e) a magnetic body is mounted on one of the rods, wave bodies, magnets, magnetic bodies, and magnetic field bodies, f) the rods, wave bodies, and magnets , one of a cone, a net, a rod, a frame, and a spiral is mounted on one of a magnetic body, a magnetic field body, and a magnetic material, g) a holder is mounted on one of the rod, a magnetic material, a cone, and a spiral, and h) the holder is hollow. This hollow body is formed by placing it on a sieve.

The hollow body 8 is a) provided with a rod, a magnet is mounted on the upper part of the rod, a magnetic body is mounted on the lower part of the rod or the magnet, and a magnetic field body is mounted on a part of one of the rod, the magnet, and the magnetic body, and The magnetic material is formed by mounting the magnetic material on one of a rod, a magnet, a magnetic material, and a magnetic field material; b) one of a cone, net, rod, frame, or spiral mounted on one of the rod, magnet, magnetic body, magnetic field body, and magnetic body; c) It is a hollow body provided with a wave body mounted on one of the rods, magnetic bodies, cones, and spirals.

The hollow body 9 is a hollow tube, tank, box, corresponding to one of the hollow body 1, hollow body 2, hollow body 3, hollow body 4, hollow body 5, hollow body 6, hollow body 7, and hollow body 8, It is one of a tank, tube, hose, pipe, hollow pipe, hollow tube, hollow sphere, hollow body, or hollow body.

The magnetic material may be a net behind the cone, a rod after the net, a frame after the rod, a cone mesh spiral formed by mounting a spiral behind the frame, or a net on one side of the cone, a rod on a side of the mesh, or a part of the rod. A frame, a cone mesh frame spiral formed by placing a spiral on the outside of the frame, or a rod between the cone and the spiral, a net between the cone and the rod, and a cone mesh frame spiral formed by placing a frame between the spiral and the rod. ; A magnet or electromagnet mounted on the condenser wire; Magnetic materials provided with this are also possible. The wave body is a wave body that is provided with or inside the magnetic body or is provided with the magnetic body to generate a magnetic field. The hollow body includes a hollow body provided with the magnetic body, a hollow body provided with the wave body, a hollow body provided with the magnetic body or the wave body inside and an injector equipped with a check valve on the side, and the hollow body through which the additive flows into the injector. A sieve is also possible.

The above equipment are Equipment 1, Equipment 2, Equipment 3, Equipment 4, Equipment 5, Equipment 6, Equipment 7, Equipment 8, Equipment 9, Equipment 10, Equipment 11, Equipment 12, Equipment 13, Equipment 14, Equipment 15, Equipment 16 , one of equipment 17.

The equipment 1 includes a) driller, storage unit (20), hopper (21), mixer (22), pump (23), pressurizer (23), transporter (24), feeder, supply path (25), pourer (26) ), spreader, injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, surface treatment machine; b) the puncher or surface treatment machine having the function of magnetizing or hexagonally hydrating the material; c) the above punching machine or surface treatment machine that is a magnetizer or a hexagonal machine; It includes one or more of the selected ones. The equipment 2 includes two or more of the puncher and the surface treatment machine in an order or two or more in random order.

The equipment 3 is a) underground drilling, rock drilling, and building drilling by the drilling machine; b) storing material in the storage 20; c) Injecting ingredients into the mixer 22 through the hopper 21; d) mixing the ingredients by the mixer 22; e) Pressurizing, conveying, pumping, supplying, and providing materials by the pump or pressurizer 23; f) transporting, transporting, supplying and providing materials by the transporter 24 or feeder; g) supplying and providing materials through the supply channel 25; h) pouring, injection, grouting, pouring of material into a mold, pouring at the factory, pouring at the site, pouring for foundation construction by the pouring machine 26; i) laying the material and laying it on the ground by the laying machine; j) Injecting the material into the ground using the injector; k) Injecting the material using the syringe, crack injection; ℓ) Spraying the material by the sprayer, slant spraying; m) Shorting and knocking the material using the shooting machine; n) Coating the material using the coating machine, coating the surface; o) painting and shaving materials using the sprayer; p) Packaging and surface paving of materials using the packaging machine; q) Compacting the material and compacting the ground using the compactor; r) mixing and underground mixing of materials using the mixer; s) curing the poured material by the curing machine; t) treating the cured surface after curing by the surface treatment machine; It is a device that does one or more of the following.

The above equipment 4 is a) tank, barrel, box, tank, box, water tank, tube, hose, block, tool, facility, zinc body, metal body, porous body, corrugated body, polymer body, screw, pipe, hollow body, hollow body coffin; b) or the above tank or hollow tube on which the cone mesh spiral is mounted; c) the tank or hollow pipe mounted on one of the puncher or surface treatment machine; It includes one or more of the selected ones. The equipment 5 includes a) nozzle, drone, 3D printer; b) or a nozzle, drone, or 3D printer equipped with one or more of the puncher, surface processor, tank, or hollow pipe; It includes one or more of the selected ones. The equipment 6 includes at least one selected from the above puncher or surface processor equipped with one of a magnetizer and a hexagonal machine, a nozzle to a 3D printer, and a tank or hollow pipe. The equipment 7 includes a) generator, mobile generator, solar generator, wind generator, and wind compressor; b) or a generator, mobile generator, solar generator, wind generator, or wind compressor mounted on one of the puncher, surface processor, nozzle, 3D printer, tank, or hollow pipe; It includes one or more of the selected ones.

The equipment 8 includes a) a magnet equipped with a cone mesh spiral; b) a porous body, wave body, or hollow body on which the magnet is mounted; c) a nozzle, pourer, sprayer, or injector in which one of the magnets or hollow bodies is mounted inside or at the outlet; d) a drone or 3D printer that moves one of the magnets or injectors; e) a drone that mounts the sprayer on itself and sprays magnetized material while moving; f) a 3D printer that moves the pouring machine by mounting it on its own plotter; g) a drone provided with the hollow body and pouring the material ejected from the hollow body; h) a 3D printer equipped with the hollow body-equipped pourer on its plotter to pour the material sprayed from the pourer; i) a wind compressor that supplies pressure to one of the hollow body or 3D printer through a hose; j) A solar generator or wind generator that supplies electricity through a wire to one of the magnets, a 3D printer, a coil of an electromagnet, which is one of the magnets, and a motor that rotates the wings of the drone; It includes one or more of the selected ones.

The above equipment 9 is a) a cone equipped with one of the following: magnet, electromagnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet device, and magnetized energy body. , network, rod, frame, spiral, rod, cone rod, mesh cone, mesh rod, mesh spiral, cone spiral, cone rod spiral, cone rod, frame, helix, cone rod, helix, cone rod; b) the magnet or magnetized energy body provided with one of the cone or cone-shaped spiral; c) The magnet or magnetized energy body. A tank, barrel, box, rod, plate, membrane, tank, box, tank, tube, hose, spiral, body, block, zinc body, metal body, porous body, corrugated body, equipped with one or more of a cone or a cone wire spiral. Polymer sieves, screws, pipes, hollow tubes, hollow bodies; d) a storage unit, mixing machine, pressurizing machine, feeder or supply path, pouring machine, sprayer, injector, syringe, shorting machine, coating machine, sprayer, laying machine, packaging machine, mixing machine, compactor, equipped with one of the cones or hollow bodies; e) A curing machine for curing materials that have been poured, sprayed, injected, injected, shot, coated, painted, placed, packaged, mixed, or compacted by one of the pouring machines or compacting machines; f) a surface treatment machine for surface treatment of the cured product after the curing; g) a wind compressor that injects pressure into one or more of the cone, surface treatment machine, and material; h) a drone or 3D printer that moves one or more of the cone or surface processor; i) a generator, mobile generator, solar generator, or wind generator that supplies electricity to one or more of the storage or surface treatment machine; It includes one or more of the selected ones.

The above equipment 10 is a) to improve the fluidity of materials, such as electromagnets, superconducting magnets, solenoid electromagnets, magnets or electromagnets with a cone-shaped spiral, solenoid electromagnets with a cone spiral, cone-spirals with a magnet or electromagnet, cone-spirals with a solenoid electromagnet, magnets, or Spiral cone wire with electromagnet; b) a hollow body provided with one of the electromagnets or the spiral spiral; c) a pouring machine equipped with one of the electromagnets or hollow bodies; d) Or a cone, cone spiral, rod, rod frame, or protruding rod equipped with a magnet to improve the stirring, mixing, fluidity, or filling properties of the material; e) Or a 3D printer that performs one of the following: unmanned construction, unmanned pouring, automated construction, or automated pouring; f) Or a drone that performs one of the following: high-rise pouring, unmanned pouring, or man-made pouring; g) Solar generators and wind generators that replace or save commercial electricity; One of the selected ones.

The equipment 11 is a) magnetizing, hexagonalizing, energizing, or magnetically energizing materials or materials; b) magnetizing or converting materials into magnetic energy without power; c) improving the fluidization, fluidity, slump value, workability, or workability of the material or material; d) reduction of fluidizing agent input due to the above improvements; e) Reduction in the cost of use of fluidizing agent due to the above reduction; f) Mixability, agitation, pressurization, feedability, mobility, pourability, laying, injectability, injectability, spraying, coating, painting, compaction, mixing, adhesion of the material or material, Improved one or more of inflow, fillability, form-filling, space-filling, and room-filling; g) Reduction of the material or material's shedding, detachability or rebound amount; h) Reduction of one or more of the materials or material vibrating work, compaction work, vibrating costs, vibrating equipment, and vibrating manpower; i) Improvement of one or more of density, specific gravity, strength, rigidity, adhesion, friction angle, bendability, shearability, durability, waterproofness, water resistance, water resistance, surface treatment, and surface smoothness after curing of the material or facility; j) Reduction of one or more of compressibility, compaction, settlement, cracking, breakability, and permeability coefficient after curing of the material or facility; k) After curing the material or facility, strengthen, reinforce, flatten, smooth, reduce irregularities, prevent irregularities, and prevent scratches on the surface of the material or facility; Doing one or more of the selected items.

The equipment 12 includes a cone in which the material vortexes as it overflows its external slope, a net in which the material vortexes as it passes through its holes, a rod in which the material vortexes as it hits itself, and a cone in which the material vortexes as it passes through its lattice holes. frame, a spiral that swirls and swirls the material; A cone-shaped spiral composed of the cone or spiral; It includes one or more of the selected ones. The equipment 13 is used for one of the following tasks: material manufacturing, facility construction, construction work, building construction, tunnel construction, road construction, ground construction, river aeration, and water purification. The equipment 14 is one or more selected from excavation, storage, input, mixing, pressurization, transportation, supply, pouring, spraying, injection, injection, shorting, coating, painting, laying, packaging, mixing, compaction, curing, and surface treatment. It is done. The above equipment 15 is used for manufacturing, production, production, construction, construction, work, pouring, material manufacturing, facility construction, material pouring, material pouring, form pouring, rebar pouring, steel pouring, on-site casting, underground casting, underwater casting, and slope casting. , one or more selected from pavement pouring, boring hole pouring, and excavation pouring. The equipment 16 is used to perform one or more tasks selected from construction, architecture, sculpture, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior design, and remodeling.

The above equipment 17 is used for construction, development, architecture, construction, work, civil engineering work, environmental work, purification, water purification, cleanliness, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, formative work, sculpture, and manufacturing. , material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work, building construction, disaster prevention, earthwork, ground work, underground work, underground work, slope Construction, surface work, slope work, foundation work, pile work, PHC pile work, excavation, excavation, excavation, cutting, embankment, geothermal pile manufacturing, factory pile manufacturing, buried foundation work, driving foundation work, rotary buried foundation work, Cast-in-place pile construction, earth retaining construction, soil retaining wall construction, slurry wall construction, underground continuous wall construction, diaphragm wall construction, CIP (cast in place pile) construction, CP (compaction pile) construction, SCP (sand compaction pile) construction, CCP (crushed stone compaction pile) construction, VCCP (vibrated CCP) construction, dredging, reclamation, underwater work, cableway construction, elevator construction, masonry, plastering, waterproofing, water blocking, water retention, painting, paving, earth paving, road paving, sidewalks. Pavement, improvement, ground improvement, ground preparation, complex preparation, drilling, boring, mixing, mixing, supply, provision, conveyance, transfer, transport, pouring, mold pouring, concrete pouring, paving, paving, slope laying, ground laying, road Laying, coating, painting, injection, mold injection, underground injection, deep injection, injection, crack injection, main injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting rocket) construction. , JSP (jumbo special pattern) construction, spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, water curing, geothermal work, mixing, ground mixing, ground agitation mixing, DCM (deep) cement mixing) construction, SCW (soil cement wall) construction, compaction, ground compaction, stirring compaction, pavement compaction, spraying, shotcrete work, green soil work, seed spray work, repair, crack repair, water leak repair, reinforcement, surface reinforcement, ground Reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity filling, masonry work, exterior wall work, scaffolding work, dismantling, window work, sheet metal work, roof sheet metal work, assembly, building assembly, steel work, window work, It involves carrying out one or more of the following: water supply and sewage work, methods, electrical methods, greening, cleaning, washing, redevelopment, reconstruction, interior design, and remodeling.

The perforator is one of perforator 1, perforator 2, perforator 3, and perforator 4. The puncher 1 is a puncher connected to one or more of the storage unit or the surface processing machine. The drilling machine 2 is a drilling machine, a drilling machine, a rock drill, an excavator, an excavator, a well, a boring machine, a drill, a bit, a clamshell, a driver, an injector, a grouter, a rod with a bit, a rotating bit, a rotating rod with a bit, and an underground hole. It is one of a boring machine, an underground wall boring machine, a slurry wall boring machine, a diaphragm wall boring machine, an underground continuous wall boring machine, and a boring machine for inserting a geothermal pipe or oil pipe. The driller 3 is a driller for one of building, facility, underground, rock, hole, hole, and concrete. The drilling machine 4 is a) drilling a pile hole for cast-in-place piles, drilling an underground wall for underground continuous wall construction, drilling a slurry wall, drilling a diaphragm wall, drilling a boring hole for inserting a geothermal pipe or oil pipe; b) Drilling while injecting one of magnetized water, hexagonal water, slurry, and bentonite slurry that has passed through one of the cone net spiral or hexagonal water group during the drilling; c) The materials mixed in the above mixer, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete are fed through a supply hose and through one of the rods, injectors, hollow pipes, and hollow rods installed in the drilling machine during and after drilling. At least one of injection, injection, and post-injection curing is completed in one of the following: drilling, boring, joint, joint, crack, or leakage area, thereby completing one of the piles, columns, underground walls, and underground continuous walls in the ground. , or crack filling, joint repair, crack repair, water leak repair; d) Magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mix concrete, and magnetized concrete that have passed through one of the above-mentioned cone mesh spiral or hexagonal machine are supplied through a supply hose to a rod, injector, and hollow pipe installed in a perforator. , through one of the hollow rods, it is injected into one of the perforations, boring holes, joints, joints, cracks, and water leaks, and after injection, it is cured to create piles, columns, underground walls, and underground continuous walls in the ground. One of the completion, or crack filling, joint repair, crack repair, water leak repair; It is a drilling machine that does one or more of the following.

The storage unit may include: a) a storage unit; b) or storage of one or more of water, material, materials, raw materials, cement, sand, gravel, aggregate, admixture, concrete; c) or a storage room equipped with internal partitions, partitions, either 2-room or 3-room; d) Alternatively, it is a storage unit connected to one or more of the above punching machine or surface treatment machine excluding the storage unit. The hopper includes: a) a hopper, a funnel-type hopper, a hollow penetrating-type funnel hopper, and a hopper linked to one or more of the punching machine or surface processing machine excluding the hopper; b) or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom; is one of

The mixer 22 is one of mixer 1, mixer 2, mixer 3, mixer 4, mixer 5, and mixer 6. The mixer 1 is a mixer, a mixer, a mixer, a tubular mixer, a rotary mixer, a centrifugal mixer, a rotary blade type mixer or mixer, a mixer with an internal rotor or rotary blade, and one or more of the above punching machine or surface treatment machine excluding the mixer. It is one of the mixers connected to . The mixer 2 is a mixer or mixing machine equipped with one of a motor-rotated blade, a rotating body, a rotating rod, a rotating shaft, a rotating spiral, a rotating screw, and a rotating shaft with wings. The mixer 3 is a mixer or mixing machine equipped with one of a projection, a wing, a ring, a bolt, a spiral, an object, a protrusion, or a stirring means on the outer periphery of a rotating rod, a rotating shaft, or a rotating body. The mixer 4 is a mixer or mixer of one of rotation, static, dynamic, vibration, blade, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, and underground soil and concrete. The mixer 5 has a rod, rod, plate, protrusion, wing, spiral, object, screw, protruding rod, protrusion, protrusion, attachment, attachment, soft material, elastic material, rigid material, protruding means, and stirring means on the outer circumference or surface. Equipped with one of a) rod, shaft, nozzle, rod, spiral, screw, hollow pipe, double pipe, triple pipe, nozzle, injection pipe; b) Or the rod or spray pipe of a rotating type; is one of The mixer 6 is a device that mixes one of mortar, ready-mixed concrete, and concrete.

The mixer is mixer 1 or mixer 2. The mixer 1 includes the mixer 1, the mixer 2, the mixer 3, the mixer 4, the mixer 5, a mixer used in the DCM method (deep cement mixing method), which is a deep ground agitation method, and the perforator to the surface excluding the mixer. One of the mixers connected to one or more of the processors. The mixer 2 is a device that mixes one of soil, ground, underground, and underground. The pump is a) one of a pump, a pressure pump, a compression pump, a compressor, a mortar pump, a concrete pump, and a pump associated with one or more of the drilling machine or surface treatment machine excluding the pump; b) It is a pump with a pressure of 1 or less, 1 to 10, 10 to 100, 100 to 500, or more than 500 kg/cm ² . The pressurizer is a pressurizer that pressurizes, pressures, pumps, supplies, or provides materials, or is connected to one or more of the punching machine or surface treatment machine excluding the pressurizer.

The transport machine 24 is one of transporting, conveying, supplying, and providing materials, or is a transport machine linked to one or more of the punching machine or surface processing machine excluding the transport machine. The feeder is a feeder that transports, transfers, supplies, or provides materials, or is a feeder that is linked to one or more of the punching machine or surface treatment machine excluding the feeder. The supply path is one of a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, a supply pipeline, and a supply path associated with one or more of the puncher or surface treatment machine excluding the supply path. The pouring machine includes: a) a pouring machine connected to one or more of a pouring machine, a pulverizing device, a blowing device, the pressure pouring machine, and the drilling machine or supply path; b) or pouring machine for mold, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete in formwork; c) or any machine, apparatus, device or device of pouring, laying, coating, pouring, spraying, pouring, injection, injection or grouting; is one of

The laying machine is a) a laying machine, a spreading machine, a coating machine, an asphalt finisher, or a laying machine connected to one or more of the above drilling machine or supply path, or b) or the ground, surface, pavement, road, sidewalk, mortar, ready-mix concrete, concrete , It is a laying machine of asphalt concrete on the ground. The injector or syringe may be one of: a) a syringe, an injector, an injector, a grouter, a pressure syringe or injector, an injector associated with one or more of the perforators or supply paths, or a syringe associated with one or more of the perforators or supply paths; , b) or is a syringe of cracks, joints, ground, underground, underground, joints, static, dynamic, vibration, mortar, ready-mix concrete, concrete, ready-mix concrete in cracks, ready-mix concrete in the ground, buildings, structures, cracks in structures, or c) or The crack ~ structure crack is one of the injectors. The sprayer is a) one of the nozzles, hoses, pipes, sprayers, sprayers, fountains, sprinklers, coaters, spray coating machines, sprayers, sprayers, sprayers associated with one or more of the perforators or feed channels, or b) or It is a sprayer for slope, slope, surface, ground, underground, underground, rotational, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, and ready-mixed concrete on slopes.

The shotting machine or coating machine or sprayer is a) a material, a certain substance, a material, a propellant, a coating agent, a painting agent, or a paint. structures, facilities; a2) A face, surface, or exterior surface of one of the above faces or facilities; One or more of spraying, coating, painting, spraying coating, spraying painting, or b) or a shorting machine, coating machine, or painting machine connected to one or more of the storage or supply channels. The packaging machine is a packaging machine that packs materials on the pavement or road surface, or is a packaging machine connected to one or more of the storage or supply channels. The compactor is a) one of a compactor, compactor, weight compactor, roller compactor, drop compactor, form compactor, concrete compactor, cast-in-form concrete compactor, and compactor connected to one or more of the above boring machine or packaging machine, or b) or packaging. , dirt paving, road paving, asphalt paving, ground, underground, underground, rotation, static, dynamic, vibration, blade, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, and concrete in the ground.

The curing machine is connected to one or more of a) curing machine, water curing machine, underwater curing machine, air curing machine, aerial curing machine, solar curing machine, steam curing machine, spray curing machine, autoclave curing machine, and the above drilling machine or mixing machine. One of the curing machines, or b) or one of magnetized water or hexagonal water sprayed through a spray hose-type curer with a cone-equipped magnet embedded inside, onto one of the poured concrete, concrete materials, and concrete buildings to make poured concrete, concrete, and concrete. It is a curing machine that promotes the curing of materials or concrete buildings. The surface treatment machine uses one of a) water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating, or paint to a1) curing material, material, material, facility, building, or structure. , concrete water; a2) One side, surface, outer surface, exposed surface, or uneven surface of the cured or concrete object; is to treat, finish, smooth, or unevenly treat the surface of one of the curing machine or concrete by spraying it on one or more of the above, or b) or a surface treatment machine connected to one or more of the storage machine or curing machine. . The nozzle is a) a nozzle in which a magnet equipped with one or more of a cone, net, rod, frame, or spiral is provided inside or at the outlet, or b) or one of a porous body, a corrugated body, or a hollow body on which the magnet is mounted is installed inside. Or it is a nozzle provided at the outlet.

The drone 70 is one of drone 1, drone 2, drone 3, drone 4, drone 5, and drone 6. The drone 1 is a drone that carries a sprayer on which a magnet is mounted and sprays magnetized material while moving, or is a drone that is equipped with a hollow body on which a magnet is mounted and pours material ejected from the hollow body. The drone 2 is a drone equipped with placement equipment or a placement machine on a main body that flies by rotary blades. The drone 3 is a drone that moves or is equipped with one or more of the cone mesh spiral, storage or surface processor, and wind compressor. The drone 4 is a drone equipped with a driller mounted on itself to drill boring holes for repairing cracks in high-rise buildings, a drone equipped with a supply line 25 or sprayer 26 to spray magnetized shotcrete on the slopes of high-rise buildings, and a drone mounted on itself to spray magnetized shotcrete on the slopes of high-rise buildings. A drone is equipped with a supply line 25 or a sprayer 26 and sprays magnetized spray water into the tunnel to remove tunnel dust, and a drone is equipped with a spreader and spreads magnetized spray water in the air to clean the air. The drone 5 is a drone that performs on-site movement, aerial movement, on-site flight, aerial flight, on-site filming, on-site recording, material transportation, air purification, air purification, and construction or remodeling. Drones can be used for construction, remodeling, etc.

The drone 6 is a) a drone consisting of wings, rotary blades, propellers, four propellers, one of multiple propellers and a main body, b) a drone consisting of an upper wing and a lower main body, and c) a lower body for thrust for flight of the main body. A drone equipped with wings or propellers that generate one or more of a downward flow and a backward direction flow, d) a drone that flies upward by a downward flow that sends wind to the lower part of the main body, e) a drone that sends wind to the rear of the main body a drone that flies horizontally by a directional flow; f) a drone that flies in three dimensions by one or more of the downward flow and the directional flow; g) a motor that rotates one or more of the wings and propellers; The wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, and wind power generators connected to these wires; a drone with one or more of the following, h) a drone with a support provided on the propeller, i) a drone with a main body connected to and fixed to the support, j) the main body, a propeller; The upper and lower parts of the main body or propeller; j1) a solar cell that produces electricity by one or more of the sun, wind due to flight, the downward flow, and the directional flow while mounted on one or more of the following, j2) a rotating body, and a generator that produces electricity with its rotational force. A drone equipped with one or more, k) The generator produces electricity by forming a magnetic field by a central rotor (electromagnet) and a stator (iron core) surrounding the outside, l) The j2) The drone rotates in connection with the rotating body k) a drone equipped with a rotor (electromagnet), m) the drone equipped with a generator that produces electricity by rotation of the rotor (electromagnet), n) the rotating body; The outer periphery, upper, lower, upper outer periphery, lower outer periphery of this rotating body; A drone equipped with a conical hollow guide that is mounted on one or more of the above and allows one or more of the downward flow, directional flow, and wind to flow in, out, or inflow and outflow, o) a drone equipped with an inverter that converts the generated electricity into either direct current or alternating current. , p) A drone equipped with one or more of the wires, plugs, outlets, and power supplies that supply the generated electricity, q) or cameras, CCTV, imaging devices, filming devices, monitors, lights, lights, lanterns, flashing lights, lights, headlights. , It is one of the drones equipped with one or more of the following: lighting device, driver, regulator, controller, remote control, and remote controller. The photographing device includes a photographing device, a photographing camera, a photographing CCTV, a device for photographing video, a camera photographing video, a CCTV photographing video, a camera photographing the site, a CCTV photographing construction work, and video at the site. These include devices that capture images, cameras that capture construction images, CCTVs that capture images of construction sites, devices that capture images of construction sites, and devices that capture work images of construction sites. Work or construction using the photographing device; Its scene, scene, and video; etc. are filmed.

Examples of the drone include 1) a) unmanned aerial vehicle, light aircraft, unmanned light aircraft, b) drone with wings, drone with wings and a main body, c) drone with upper wings and a lower main body, d) the above A drone equipped with wings that generate a downward flow and a backward direction flow to provide thrust for the flight of the main body, e) a drone that flies upward by a downward flow that sends wind to the lower part of the main body, f) the above A drone that flies horizontally by a directional flow that sends wind to the rear of the main body, g) A drone that flies in three dimensions by the downward and directional currents, h) A motor that rotates the wings, a wire connected to this motor, and a drone connected to this wire. A drone equipped with a connected battery, i) a drone equipped with a solar cell that produces electricity, j) a drone equipped with a camera or CCTV, or 2) or a drone equipped with the above driller to repair cracks in a high-rise building. Drilling holes, spraying magnetized shotcrete on the slope of a high-rise with the supply path or sprayer installed, removing tunnel dust by spraying magnetized spray water into the tunnel with the supply path or sprayer installed, and installing magnetized shotcrete in the air with the installer installed. This is a drone that performs one or more of the following: air purification. In the present invention, the drone includes: a magnetic body, a wave body, a hollow body; Materials that have undergone one of these; A drone using or equipped with one or more of the following is also possible.

Examples of the drones include drone 1, drone 2, drone 3, drone 4, drone 5, and drone 6. The drone 1 is one of a drone, an unmanned aerial vehicle, a light aircraft, and an unmanned light aircraft. The drone 2 is a drone equipped with one of a tube, hose, pipe, hollow pipe, hollow body, magnetizer, and hexagonal magnet. The drone 3 is a driller, storage unit, hopper, mixer, pump, pressurizer, transporter, feeder, supply route, pourer, laying machine, injector, syringe, sprayer, shotting machine, coating machine, sprayer, packaging machine, compactor, mixing machine, It is a drone equipped with or equipped with one or more selected from curing machines and surface treatment machines. The drone 4 is a drone equipped with one or more of a solar generator, a wind generator, and a wind compressor. The drone 5 uses one or more of the above-mentioned punching machine or surface processing machine to perform drilling, storage, input, mixing, pumping, pressurization, transportation, supply, pouring, laying, injection, injection, spraying, shorting, coating, painting, packaging, and compaction. , a drone that performs one or more of the following: mixing, curing, and surface treatment. The drone 6 is a drone that moves, transports, or transports materials.

In the present invention, drones can perform certain tasks, and drones can be used for tasks. The drone is equipped with equipment to perform the above tasks, mounted, installed, mounted, connected, linked, fastened, merged, merged, tied, tied, hung, hung, connected with a string, etc. The equipment or drone is provided with a hollow body, a corrugated body is provided inside the hollow body, an injector is provided on a side of the hollow body, a check valve is mounted on the injector, and a magnetic material is provided on the corrugated body, It is possible for the magnetic material to be provided with a cone mesh spiral. The cone mesh spiral is a) a cone mesh spiral formed by placing a net behind the cone, a rod behind the mesh, a frame after the rod, and a spiral behind the frame; b) or a cone mesh spiral formed by mounting a net on one side of the cone, a rod on a side of the mesh, a frame on a part of the rod, and a spiral on the outside of the frame; c) or a cone mesh frame spiral formed by placing a rod between the cone and the spiral, a net between the cone and the rod, and a frame between the spiral and the rod; am.

The 3D printer 71 is one of 3D printer 1, 3D printer 2, 3D printer 3, 3D printer 4, 3D printer 5, 3D printer 6, and 3D printer 7. The 3D printer 1 is a 3D printer that moves one or more of the storage or surface processor, a 3D printer on which one or more of the storage or surface processor is mounted, and a 3D printer that moves in three dimensions while being mounted on a frame mounted around the ground or a new facility. It is one of the 3D printers equipped with a pouring machine. The 3D printer 2 is equipped with a moving body or moving part 116 capable of three-dimensional movement (73) on the frame 72, moves in three dimensions (73), and is supplied from one of the compounder (22) and the supply route (25). It is a 3D printer that creates one (8) of facilities, buildings, and structures by pouring, spraying, or injecting one (1) of the available materials, mortar, ready-mixed concrete, and concrete. The 3D printer 3 is supported on the frame 72 and has two rails a (100) mounted on the upper left and right sides of the frame 72, and is mounted on each of these rails a and rotated by a motor a (101) to move back and forth along the rail a ( Two rollers a (102) that move in one dimension (73), and a rail b (103) provided between the two rollers a, are mounted on the rail b and rotated by a motor b (104) to move the rail b. One roller b (105) that moves left and right (its first dimension + the first dimension = two dimensions) (73), and a rotating body a (112) that is mounted on this roller b and rotates by a motor c (111). ) A vertical moving part 108 of one of a string, thread, belt, or chain that moves up and down (1 dimension + 2 dimension = 3 dimension movement) (73) while being wound or unwound, or the rotating body a (112) A vertical moving part 115 in the form of a bar that is pressed and embedded between and another rotary body b 113 positioned against it and moves up and down by being pushed or dragged by the rotation of the rotating body a, is mounted on the vertical moving part 3 It is a 3D printer that includes one or more of the dimensionally moving pouring equipment (26).

The 3D printer 4 includes a frame 72 on which a rail 100 is mounted, a moving body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a moving part, a head, and a case of the head. and a plotter or pourer 26 that is installed on one of the head, moving body, moving part, and case and ejects the construction material 1 to form the 3D structure 8, and provides pressure to the plotter or pouring machine. It is a 3D printer that includes a pump (23) that allows the material (1) to be ejected. The 3D printer 5 circulates and moves one of mortar, ready-mixed concrete, and concrete along the building shape or structure for a distance of 5 to 30 cm through a pouring machine 26 mounted on it. It is a 3D printer that performs building construction by pouring continuously or intermittently while rising in layers or layers. The 3D printer 6 constructs the nth floor by repeatedly pouring the building floor, first floor column and wall, first floor slab, second floor column and wall, and second floor slab in the order, and finally completes the building by constructing the rooftop slab. It's a 3D printer.

The 3D printer 7 performs a) ground boring for foundation installation, b) placing a reinforcing bar net on the moving part and inserting the reinforcing bar net into the boring hole, c) pouring foundation concrete into the boring hole through the pouring machine, and then pouring the concrete. Curing, d) transporting and assembling the molds and reinforcing bars at the bottom of the building by placing the molds and reinforcing bars on the movable portion, e) pouring concrete on the floor of the building through the pouring machine, curing after pouring, f) moldings on the movable portion, Transporting and assembling first-floor columns, wall frames, and reinforcing bars by placing reinforcing bars; g) pouring concrete into first-floor columns and walls through the pouring machine; curing them after pouring; h) elevating one or more of the moving bodies and pouring machines above; i) transporting and assembling the molds and reinforcing bars of the first floor slab by placing the molds and reinforcing bars on the moving part, j) pouring concrete into the first floor slab through the pouring machine and curing it after pouring, k) on the moving part Transporting and assembling second-floor columns, wall frames, and reinforcing bars by placing molds and reinforcing bars, ℓ) pouring concrete into second-floor columns and walls through the pouring machine, curing them after pouring, m) at least one of the moving bodies and pouring machines above Raising, n) Repeating the above to transport and assemble n-story columns, walls, slab templates, and reinforcing bars, pouring concrete, curing after pouring, o) Placing final rooftop concrete through the pouring machine, curing after pouring. It is a 3D printer that does more than one thing.

The generator is one of a generator, a mobile generator, a solar generator, and a wind generator. The solar generator is a) a solar generator, a solar power generator, a solar power generator, or a generator that generates electricity using the sun, or b) a solar generator equipped with one or more of the cameras or remote controllers. The solar power generator is a device that directly converts the light received by a solar cell into electricity, a solar cell installed in a place where the sun is present and generating electricity using the sun's light energy, a solar cell and direct current electricity generated from the solar cell. It is one of the solar generators composed of an inverter that converts (DC) into alternating current (AC) electricity or alternating current (AC) electricity (DC). The solar power generator is a device that is installed in a place where the sun is and generates electricity using the sun's heat energy, or is a solar power generator consisting of a rotating body that rotates by steam generated by using solar heat and a generator that generates electricity in connection with this. .

The wind power generator is one of wind power generator 1, wind power generator 2, wind power generator 3, wind power generator 4, and wind power generator 5. The wind power generator 1 is a wind power generator consisting of wind blades, a rotation shaft thereof, a transmission mounted on the wind turbine, and a generator connected to the wind turbine. The wind power generator 2 includes a) a blade, a transmission, a generator, and an inverter, or b) a blade that is rotated by the wind and converts wind energy into mechanical energy; A transmission that rotates the generator by transmitting the rotational force generated from the blade to the transmission gear through the central rotation shaft to increase the rotation speed required by the generator; A generator that converts mechanical energy transmitted from the transmission into electrical energy; An inverter that converts direct current electricity (DC) generated by the generator into alternating current electricity (AC) or alternating current electricity (AC) into direct current electricity (DC); It is a generator composed of. The wind power generator 3 transmits the rotational motion of the windmill or wind blade to a converter or gearbox through the rotation shaft of the wind blade, accelerates the rotational speed of the rotational movement in the converter or gearbox, and sends it to the generator to produce mechanical energy from the generator. It generates electricity by converting it into electrical energy. The wind power generator 4 has an inverter added to the generator of the wind power generator 1 or 3 to convert direct current electricity (DC) generated by the generator into alternating current electricity (AC) or alternating current electricity (AC) into direct current electricity (DC). will be. The wind power generator 5 is a wind power generator equipped with one or more of the camera or remote controller.

The wind power compressor is one of wind power compressor 1, wind power compressor 2, and wind power compressor 3. The wind compressor 1 supplies compressed air to one or more of the storage unit, sprayer, nozzle, and 3D printer. The wind compressor 2 is a) a device that generates compressed air using wind; b) Or wind, a wing that rotates by this, the rotational force of this wing, a crank that rotates by this rotational force, a rod that is mounted on this crank and moves in a straight line, a piston that is mounted on this rod, and this piston reciprocates inside. A mechanism consisting of one or more of a moving cylinder, compression of the air inside the cylinder by the pushing force of the piston, compressed air generated by this compression, an outlet of the cylinder through which the compressed air is discharged, and a hose connected to the outlet; c) Wind compressors, wind screw compressors, and wind piston compressors that generate compressed air using a screw or rotating linear converter and piston connected to a rotating wind blade; is one of The wind compressor 3 supplies one of compressed air, compressed matter, compressed water, and compressed air to a) water, water, liquid, oil, and air through a hose 64 connected to the outlet of the cylinder. (氣), suffering, action, material, material, object, body, material, material, underwater, underwater, river, pond, tank, tank, conduit, tube, hose, pipe, hollow Injection into any one selected from sieve, mixer, pump, supply channel, storage tank, aeration tank, reaction tank, biological reaction tank, chemical reaction tank, public, indoor, factory, site, atmosphere, indoor air, tunnel, tunnel site, dusty air, and odorous air. supply one of air, oxygen, and bubbles to improve aeration, reaction, coagulation, oxidation, purification, water purification, and purification of any of the water or odorous air, or b) or soil, mortar, ready-mixed concrete, or concrete. It is injected into one to create one of foamed soil, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight mortar, lightweight ready-mixed concrete, and lightweight concrete in which air or bubbles are embedded.

Two or more configurations of the above punching machine or surface processing machine include configuration 1, configuration 2, configuration 3, configuration 4, configuration 5, configuration 6, configuration 7, configuration 8, configuration 9, configuration 10, configuration 11, configuration 12, configuration 13, configuration One or more of configuration 14, configuration 15, configuration 16, and configuration 17 are included.

Configuration 1 is composed of a drilling machine and one or more of the storage, hopper, mixer, pump, supply line, pouring machine, injector, sprayer, shooting machine, coating machine, sprayer, and mixing machine mounted on the drilling machine. Configuration 2 is composed of a) a driller, b) in addition to this, a storage unit, hopper, mixer, pump, drone, transporter or supply channel, and c) in addition to this configuration, a pourer, spreader, injector, syringe, sprayer, It consists of one of the following: a shotting machine, a coating machine, a painting machine, a packaging machine, a compaction machine, a mixing machine, a surface treatment machine, d) and a curing machine in addition to one of the above. The above configuration 3 is a) a drilling machine for drilling one of the ground, rock, or building, and b) a pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, and mixing machine equipped therewith. One of them, c) is composed of one or more of the following, or in the order of two or more, of storage, hopper, mixer, pump, drone, transporter, and supply route that supply materials to this one.

Configuration 4 includes a warehouse for storing materials, a mixer for mixing materials, a pump or drone or transporter or supply route for supplying materials, a pourer for pouring materials, a spreader for laying materials, an injector for injecting materials, and materials. A syringe for injecting, a sprayer for spraying the material, a coating machine for coating the material, a sprayer for painting the material, a packaging machine for packaging the material, a compactor for compacting the material, a mixer for mixing the material, a curing machine for curing the material, It is one or more of the surface treatments for treating the cured object after the curing. Configuration 5 is a) a driller for drilling one of the ground, rock, or building, and a supply path for supplying bentonite slurry to the drilling machine, and b) an injector for injecting one of the mortar and concrete mixed in the mixer after the drilling into the drilling portion. It consists of one or more items or a sequence of two or more items. Configuration 6 includes a pouring machine for pouring materials that are stored in a warehouse, supplied through a hopper, mixed in a mixer, supplied by a pump, transported by a drone, transported by a transporter, and supplied through a supply route; Injector for injection, syringe for injection, sprayer for spraying, coater for coating, painting machine for painting, packaging machine for packaging, compactor for compaction, mixer for mixing, curing machine for curing; or surface treatment of the cured object after the curing; There is more than one of

The above configuration 7 is a) a driller, b) in addition to one or more of the storage, hopper, mixer, pump, drone, transporter, and supply route, c) in addition to one or more of these, a pourer, spreader, injector, syringe, sprayer, shot It consists of one or more of a coating machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, a surface treatment machine, and d) a curing machine in addition to one or more of c) above. Configuration 8 is a) Conmang Bongtle Spiral; Or a tube, hose, pipe, hollow tube, hollow body, magnetizer, or hexagonal water machine with a cone mesh spiral mounted therein; Equipped with one or more of the following: drilling machine, storage unit, hopper, mixer, pump, drone, transporter, supply line, pourer, laying machine, injector, syringe, sprayer, shotting machine, coating machine, sprayer, packaging machine, compactor, mixing machine, volumetric machine. Animation, cotton processing machine; b) the perforator or surface treatment machine having a magnetization function by one or more of the cone mesh spiral or hexagonal machine; It is composed of two or more of them or in the order of two or more.

In configuration 9, one of sand, cement, water, and admixture stored in one of the storage units (20) equipped with a magnet (10) is mixed by inputting one of the sand, cement, water, and admixtures into the mixer (22) through the hopper (21), and the mixed mixture, concrete, is mixed. It is pumped by the pump 23 and poured into the form 30 through the magnet embedded supply path 25 or the pouring machine 26, and during curing of the poured product, the magnetized curing water is poured through the magnetic embedded curing machine 26. Spray to promote curing, demold the mold 30 after curing, and spray a magnetized coating or paint agent on the surface of the material through a magnetic coating machine or sprayer 26 to coat or paint the material. It consists of the storage, hopper, mixing machine, pump, supply channel or pouring machine, curing machine, coating machine or sprayer. In configuration 10, the raw materials stored in the storage are put into the mixer through a hopper, mixed in the mixer, pressurized through a pump, poured into a mold through a pourer, and cured within the mold with a curing machine, spray curing, steam curing, and autoclave. It consists of the storage, hopper, mixing machine, pump, pouring machine, and curing machine that dismantles the mold after curing to manufacture one of columns, piles, and piles.

In configuration 11, one or more of sand, cement, water, and admixtures stored in the magnet 10 embedded storage 20 are mixed by adding them to the magnet embedded mixer 22 equipped with a cone through the hopper 21, and the mixture is magnetized. One of mold mortar, ready-mix concrete, and concrete (1) is pumped by the pump (23) and poured into the mold (30) for building construction through the magnetic insertion supply path (25) or pouring machine (26), etc. During curing of the poured product, curing water is sprayed through the curing machine (26) to promote curing, and after curing, the mold (30) is demolded, and a coating agent is applied to the surface of the building facility through one or more of the coating machine and the spray machine (26). , It is composed of the storage, hopper, mixing machine, pump, supply route or pouring machine, curing machine, coating machine, and painting machine, which creates a phytoncide building by spraying one or more of the paint agents and applying one or more of coating and painting. In configuration 12, one or more of sand, cement, water, and admixtures stored in the storage 20 embedded in the cone-equipped magnet 10 are introduced into the magnetized mixer 22 in which the magnet-equipped cone is embedded through the magnet-equipped hopper 21. and mix, and transport one of the mixtures (magnetized asphalt concrete, ready-mixed concrete, and concrete (1) by the pump (23) to the ground, road, The storage, hopper, mixer, pump, and supply route are laid on one of the pavements, compacted with a compactor, and then sprayed with magnetized curing water through a hose-type curing machine (26) equipped with a magnet to promote curing to build a phytoncide road, It consists of a laying machine, a compactor, and a curing machine.

In configuration 13, one or more of sand, cement, water, and admixtures stored in the cone-embedded storage 20 equipped with the magnet 10 are fed into the mixer 22 in which the cone-equipped magnet is embedded through the cone-embedded hopper 21 equipped with the magnet. are mixed, and one of the mixtures (magnetized mortar, milk, chemical solution, suspension, and slurry (1)) is pumped by the pump (23) to the cone-equipped magnet embedded supply path (25) and the hollow rod-type magnetized injector (26). It consists of the storage, hopper, mixer, pump, supply channel, and injector that improves the ground by spraying or injecting into the ground through ). In configuration 14, one or more of sand, cement, water, and admixtures stored in the magnet 10 embedded storage 20 are mixed by adding them to the magnet embedded mixer 22 equipped with a cone through the hopper 21, and the mixture is magnetized. The above-described method of reinforcing the excavation surface by pressurizing the molded mortar (1) by the pump (23) and pouring phytoncide shotcrete (1) on the tunnel excavation surface using the sprayer (26) through the supply passage (25) provided with a magnet-embedded hollow body. It consists of a storage unit, hopper, mixer, pump, supply channel, and sprayer.

In configuration 15, one or more of sand, cement, water, and admixtures stored in the storage 20 are mixed by inputting them into a magnetic mixing machine 22 equipped with a cone through the hopper 21, and the magnetized green soil material and seed that are the mixture are mixed. At least one (1) of the spray materials is pumped by the pump (23) and sprayed onto the slope through the sprayer (26) installed at the rear end of the supply path (25) equipped with a cone-equipped, magnet-embedded tube. It consists of the storage, hopper, mixer, pump, supply channel, and sprayer, which reinforces the slope by pouring one or more (1). In configuration 16, one or more of sand, cement, water, and admixtures stored in the storage 20 are mixed by injecting them into a cone-embedded mixer 22 with a magnet through a magnet-embedded hopper 21, and the mixture is a magnetized type. Concrete (1) is pumped by a pump (23) and cured by pouring it into the formwork of a facility using a pouring machine (26) through a supply path (25) equipped with a magnet-embedded hollow body, and during curing through a magnet-embedded hose-type curing machine. It consists of the storage, hopper, mixer, pump, supply path, pouring machine, and curing machine that accelerates curing by spraying magnetized curing water or hexagonal curing water, and then demolds the mold to build the phytoncide facility.

The configuration 17 includes a puncher and an injector, a puncher and one or more of the storage or surface treatment machine, a storage and a hopper, a storage and a hopper and a mixer, a storage and a hopper and a mixer and a pump or pressurizer, a storage and a hopper and a mixer and a pressurizer and a transporter and a storage. and hopper, mixer, pressurizer, transporter and feeder, storage, hopper, mixer, pressurizer, supply line, pourer, storage, hopper, mixer, pressurizer, supply line, spreader, storage, hopper, mixer, pressurizer and supply line. Injector, storage, hopper, mixer, pressurizer, supply route, syringe, storage, hopper, mixer, pressurizer, supply route, sprayer, storage, hopper, mixer, pressurizer, supply route, shorting machine, storage, hopper, mixer, pressurizer Supply path and coating machine, storage room, hopper, mixer, pressurizer, supply path and sprayer, storage room, hopper, mixer, pressurizer, supply path and packaging machine, storage room, hopper, mixer, pressurizer, supply path and compactor, storage room, hopper and mixer. and a pressurizer, a supply path, a mixer, a storage unit, a hopper, a mixer, a pressurizer, a supply route, a curing machine, a storage unit, a hopper, a mixer, a pressurizer, a supply route, a curing machine, and a surface treatment machine.

In the present invention, according to Application Example 3, the material is a material that uses, or is manufactured by using, one or more of a hollow body, its equipment, and a material that has passed through one of them. The above materials include water, water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, and substance. , mortar, milk, materials, ready-mixed concrete, paste, plaster, and concrete. One of the above materials, water or concrete, contains one of material 1, material 2, and material 3. The material 1 is Ca, Mg, Si, Fe, Me, Al, K, Na, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, It is one or more selected from SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, and KNaSiAl. The material 2 is one or more selected from resin, waste waste, minerals, red clay, fiber, latex, microorganisms, by-products, slag, expanding agent, phytoncide, zeolite, and geopolymer. The material 3 is one or more selected from the resins and geopolymers containing at least one of the Ca to KNaSiAl.

At least one of the materials and materials is a) magnetized, hexagonally hydrated, energized, or magnetically energized by one of the hollow body, equipment, and roughness; b) non-powered or permanently magnetized, hexagonally energized, energized, magneto-energized; c) or improvement of one or more of fluidization, fluidity, slump value, workability, and workability, reduction of fluidization agent input due to this improvement, and reduction of fluidization agent use cost due to this reduction; d) or mixing, stirring, pressing, feeding, mobility, pouring, placing, injecting, injectable, spraying, coating, painting, compacting, mixing, adhesion, inflow, Improved one or more of fillability, form-filling, space-filling, and room-filling; e) or reducing the amount of shedding, detachment, or rebound; f) or reduction of one or more of vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, and vibrating manpower; g) After curing or solidification, one or more of g1) density, specific gravity, strength, rigidity, adhesion, friction angle, bendability, shearability, durability, waterproofness, water resistance, water resistance, surface treatment, surface smoothness is improved, g2) or compressibility. , reduction of one or more of compaction, settlement, cracking, breakability, and permeability coefficient, g3), or one of the following: surface, surface, exposed surface, finished surface, concrete surface, and form dismantlement surface. Reinforced, reinforced, flat, smooth, uneven. Less, anti-irregularity, anti-scratch; It can be one or more of the selected ones.

The above materials are Material 1, Material 2, Material 3, Material 4, Material 5, Material 6, Material 7, Material 8, Material 9, Material 10, Material 11, Material 12, Material 13, Material 14, Material 15, and Material 16. , one selected from material 17, material 18, and material 19. The material 1 is one of a material, a material containing the material, a material containing the material passing through the hollow body, and a material containing the material provided by the equipment.

The above material 2 is a) water, liquid, oil, drug, agent, ash, sol, gel, soil, burnt, charcoal, red clay, white clay, clay, sand, silica sand, crushed sand, gravel, crushed stone, aggregate, ash, Fiber, carbon, resin, catalyst, waste dust, stone dust, iron powder, dust, mineral, substance, tailings, materials, rock, lime, gypsum, air, gas, masato, granite, magnetite, apatite, dolomite, graphene, by-products, Slag, sludge, ceramic, silica, enzyme, cement, admixture, quick-setting agent, finalizing agent, adhesive, adhesive, expanding agent, foaming agent, waterproofing agent, water repellent, decontamination agent, moisturizing agent, desiccant, fiber, binder, solidifying agent, binder, nano Ash, reinforcing material, poured material, porous material, carbide, incinerated material, fired material, ionic material, ionized water, positive ion, anion, activated carbon, kaolin, asphalt, phytoncide, fluidizing agent, micro material, bentonite, zeolite, attapulgite, geopolymer. , mixing water, mixing material, mixture, mixture, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; b) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO; c) One or more of the Ca to CaMgFeCOO agents, materials, ions, components, elements, elements, materials, reactants, combinations, inclusions, nano materials, resin products, by-products, carbon materials, fiber materials, catalyst materials, fiber materials , latex water, bio water, phytoncide water; It is one or more selected from the group consisting of.

The material 3 is a) the water or plaster containing at least one of the Ca and phytoncide water; b) one or more of the water to plaster, liquid material, gaseous material, solid material, powder material, particle material, agitated material, input material, additives; c) the mortar or plaster containing at least one of the water or additives; d) or the water to plaster in which one or more of hydration reaction, pozzolanic reaction, hydroxylation reaction, and carbonation reaction occurs; e) e1) low particle size of 1 to 100 ㎛, medium particle size of ㎜, high particle size of cm, e2) low specific gravity of 0.1 to 0.5, low to mid specific gravity of 0.51 to 1.0, medium specific gravity of 1.1 to 1.5, 1.51 Medium specific gravity of ∼2.0, high specific gravity of 2.1∼3.0, e3) Low powder fineness of 100∼1,000㎠/g, ultra-low fineness below this low fineness, medium and low fineness of 1,001∼2,000㎠/g, 2,001∼5,000 The above-mentioned water to phytoncide water, which is one of a medium powder degree of ㎠/g, a medium powder degree of 5,001-7,000 ㎠/g, a high powder degree of 7,001-10,000 ㎠/g, and an ultra-high powder degree higher than this high powder degree; It is one or more selected from the group consisting of.

The above material 4 is a) low pressure of 1 to 50 kg/cm2, ultra-low pressure of 51 to 100 kg/cm2, medium pressure of 101 to 200 kg/cm2, medium pressure of 201 to 300 kg/cm2, and 301 to 600 kg/cm2. The plaster to be poured at a pressure of one of m high pressure and ultra-high pressure higher than this high pressure; b) or plaster containing two or more of sand, gravel, aggregate, filler, binder, admixture, and water; c) the water or plaster made by kneading cement with one or more of water, sand, gravel, crushed stone, aggregate, water, and admixtures; d) the water or plaster that is a mixture of cement or asphalt and one or more of filler, sand, stone dust, and crushed stone; e) The above aggregate includes fine aggregate, coarse aggregate, sand, sea sand, crushed sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-product, waste dust, dust, stone dust, fine powder, slag, sludge, and incineration ash. One or more of the water to plaster; f) the water or plaster wherein the filler is one or more of minerals, ores, tailings, waste, by-products, waste matter, dust, stone dust, fine powder, slag, sludge, and incineration ash; k13) The water to plaster wherein the binder is one or more of binder, cement, asphalt, gypsum, lime, starch, chemical, polymer, and adhesive; g) The above admixtures are accelerator, retardant, sintering agent, dispersant, waterproofing agent, water blocking agent, water repellent, foaming agent, expanding agent, foaming agent, antifoaming agent, colorant, curing agent, water reducing agent, pigment, dye, microorganism, useful microorganism, effective microorganism, Bacillus , Pasteur, fluidizing agent, air entraining agent, negative ion emitting material, far infrared ray emitting material, mineral, ore, tailings, waste, slag, sludge, or the above water or plaster; It is one or more selected from the group consisting of.

The material 5 is a) the water is one of water, water, liquid, oil, water, water, sewage, dam water, pump water, groundwater, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ion water. Water to plaster; b) or cement, asphalt, soil, red clay, air, bubbles, compressor, oxygen, nitrogen, resin, chemical, chemical solution, urea, enzyme, yeast, catalyst, enzyme, surfactant, activator, silica, carbon, foaming agent, expanding agent, In addition to one or more of colorant, graphene, polymer, microorganism, and fiber, one or more of aggregate, filler, binder, admixture, and water are added to the plaster; c) the water or plaster containing at least two of 25 to 70 parts by weight of aggregate or filler, 15 to 40 parts by weight of binder, 0.1 to 10 parts by weight of admixture, and 5 to 35 parts by weight of water; d) or two or more of 15 to 30 parts by weight of cement, 20 to 45 parts by weight of fine aggregate, 30 to 60 parts by weight of coarse aggregate, 0.1 to 3 parts by weight of waste, 0.1 to 5 parts by weight of admixture, and 15 to 35 parts by weight of water. The above water to plaster; e) The water to plaster containing cement binder, aggregate and waste with particle size ranges of 5 to 13 mm and 13 to 20 mm, and a fluidizing agent, and having a wave mixture ratio of 25 to 35% or a porosity of 15 to 30%; f) Or the water to plaster containing fine aggregate and coarse aggregate at a ratio of 0.2 to 0.65 m3 per 1 m3 of water, cement binder, and admixture; It is one or more selected from the group consisting of.

The material 6 is a) the water to plaster containing cement, aggregate, water, and admixture and having a water-cement ratio of 25 to 40%; b) or cement with a density of 3.0 to 3.2 g/cm ³ , a fineness of 3,000 to 3,400 cm ² /g, and a chemical main component of one or more of CaO, SiO ₂ , and Al ₂ O ₃ ; Coarse aggregate having at least one of particle size of 3 to 5 mm or 15 to 25 mm, density of 2.5 to 2.8 g/cm ³ , and unit volume mass of 1,340 to 1,580 kg/m ³ ; The water and plaster containing water and an admixture in fine aggregate having at least one of a density of 2.2 to 2.6 g/cm ³ and a unit volume of 1,295 to 1,580 kg/m ³ ; c) the water to plaster consisting of 100 parts by weight, including 14 to 15 parts by weight of binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of admixture, 0.3 to 3 parts by weight of waste, and separate water; d) or the water or plaster made by mixing 20 to 40 parts by weight of cement, 10 to 50 parts by weight of sand, 10 to 50 parts by weight of gravel, and 2 to 30 parts by weight of water to make 100 parts by weight; e) or the water or plaster made by mixing 20 to 60 parts by weight of asphalt, 10 to 50 parts by weight of aggregate, and 10 to 50 parts by weight of stone dust to make 100 parts by weight; f) the water or plaster containing binder, water, sand, gravel and admixture; g) Or a binder mixed with 30 to 90 parts by weight of cement, 1 to 55 parts by weight of slag, and 0.1 to 35 parts by weight of fly ash or silica fume, and any one selected from the group of particle sizes of 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm. The water to plaster comprising coarse aggregate, fine aggregate or slag fine aggregate with a particle size of 5 mm or less, and 0.03 to 3.0 parts by weight of an admixture containing a fluidizer or AE water reducer based on the binder; It is one or more selected from the group consisting of.

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

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

The material 9 includes a) 100 parts by weight of one or more of lime, gypsum, cement, binder, binder, and asphalt; b) With respect to the above 100 parts by weight, in addition to one or more of b1) 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 to 30 parts by weight of admixture, b2) 50 parts by weight of water or ionized water. ~400 parts by weight, 10~600 parts by weight of waste dust or stone dust or ash or by-products, 10~600 parts by weight of soil, red clay or sandy soil, 0.005~50 parts by weight of resin or polymer or latex, 0.0001~40 parts by weight of fiber or reinforcing material or nano material. c) c1) phytoncide, phytoncide-containing material; c2) Phytoncide extracted from plants; c3) or phytoncide obtained from one or more of the plant, the added water added to the plant, heating the plant and the added water, distilled water resulting from this heating, and coolant of the distilled water; c4) or the phytoncide, one of magnetization, bio, magnetic contact magnetization, and microbial input bio; At least one of the above is selected from the group consisting of water and plaster.

The above material 10 is water, water, liquid, oil, medicine, sol, gel, energy, solid, agent, ash, fluid, liquid. , gas, solid, liquid gas, liquid solid, gas solid, liquid solid, water, bottled water, fresh water, sewage, rainwater, sewage water, waste water, turbid water, polluted water, carbonated water, ionized water, sea water, salt water, spring water, drinking water, groundwater , rock water, surface water, oil, fuel, diesel, gasoline, iron, scrap iron, copper, metal, non-metal, mineral, tailings, ore, rocks, rock dust, stone, stone dust, wood, wood flour, powder, sawdust, soil, soil, earth stone , red clay, white clay, clay, granite, sand, graphite, silica sand, carbon, graphene, ceramic, pozzolan, silica, silica fume, lime, gypsum, sand, sea sand, crushed sand, gravel, crushed stone, aggregate, recycled aggregate, recycled aggregate. , waste concrete, clay minerals, kaolin, zeolite, sepiolite, bentonite, attapulgite, organic matter, inorganic matter, by-products, waste, waste matter, waste dust, fine powder, iron powder, dust, slag, sludge, slurry, molding sand, charcoal, Ash, bottom ash, fly ash, coal ash, incineration ash, plastic ash, carbonized material, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, medicine, chemical solution, suspension, enzyme, yeast , urea, catalyst, positive catalyst, photocatalyst, titanium dioxide, ionic material, zero value material, polyvalent material, cation, anion, ionic water, iron ion, metal ion, phytoncide, aeration agent, reactive agent, adsorbent, coagulant, restoration agent, disinfectant, Disinfectant, activator, surfactant, binder, solidifying agent, setting agent, powder, nano material, granular material, particle material, fired material, incinerated material, carbide, seed, seed, germinated material, microorganism, fertilizer, nutrients, fat, starch , vitamins, minerals, fibers, woven fabrics, non-woven fabrics, carbon fibers, fibers, fiber fibers, glass fibers, metal fibers, collectors, adsorbents, dehumidifiers, dehydrators, disinfectants, admixtures, additives, hardeners, dispersants, quick-setting agents, finalizing agents, Sintering agent, water reducing agent, accelerator, retardant, rust inhibitor, expanding agent, foaming agent, foaming agent, aeration agent, antifoaming agent, colorant, adhesive, adhesive, binder, solidifying agent, setting agent, waterproofing agent, waterproofing liquid, water repellent, acidic agent, base agent, fluidizing agent It is one of the above water or plasters containing at least one selected from the group consisting of phytoncide, air entraining agent, cellulose, and CMC (carboxymethyl cellulose).

The above materials 11 are a) beams, beams, underground beams, ground beams, crossbeams, vertical beams, tiles, bricks, blocks, lattice blocks, slope blocks, reinforcing blocks, reinforced earth blocks, panels, interior panels, exterior panels, walls, walls, Interior materials, exterior materials, main materials, subsidiary materials, construction materials, mats, boards, covering boards, support boards, reinforcement boards, floor boards, covering boards, boards, girders, slabs, culverts, sewer culverts, rainwater culverts, boxes, tanks, storage boxes, underground boxes, Storage boxes, manholes, pipes, steel pipes, perforated pipes, non-porous pipes, pipes, waterways, water pipes, U-shaped pipes, drainage pipes, sewer pipes, water pipes, hume pipes, plume pipes, clay pipes, cement pipes, concrete pipes, water tanks, storage tanks, sump tanks, Water catch basin, rainwater retention tank, rainwater retention tank, paving material, sidewalk material, boundary stone, separator, foundation, column, pile, pile, PHC pile, factory pile, buried foundation, driving foundation, rotary buried foundation, cast-in-place pile, pier, caisson, Geothermal pile, geothermal pier, geothermal caisson, pile with built-in geothermal circulation pipe, tetraport, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, tunnel lining segment, mortar material, cement material, concrete Ash, asphalt material, cement secondary product, asphalt secondary product, Remital secondary product, asphalt secondary product, ready-mixed concrete secondary product, LMC (latex modified concrete) material, PC (pre cast) material, PS (pre stress) or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) materials; b) or the beam or PSC material containing at least one of the water and plaster and the water and CMC; It is any one selected from the group consisting of.

The above materials 12 are a) houses, buildings, houses, houses, houses, single-family houses, apartment houses, manufactured houses, canopy buildings, canopy houses, mobile houses, container houses, Hanok, Western-style houses, red clay rooms, shops, apartments, officetels, and residential buildings. Complex, low-rise building, high-rise building, high-rise building, house, mobile home, wooden house, wooden building, artificial wooden house, synthetic wooden house, red clay house, tile-roofed house, traditional house, Hanok house, earthen house, rice straw house, traditional building, cultural property, Cultural heritage buildings, basements, underpasses, underground buildings, underwater buildings, above-ground buildings, aerial buildings, floating buildings, plant factories, urban farms, farm buildings, plant farm buildings, plant factory buildings, urban farm buildings, urban farm buildings, houses, vinyl House, glass house, plastic house, polymer composite house, wooden house, transparent house, translucent house, opaque house, farm house, plant house, plant farm house, zero energy house, plant farm container, steel building, steel building, rebar Materials, ash, liquid, water, water, materials, raw materials, material, material, powder, sheet, mat, pouring material, interior material, exterior material used in one of buildings, steel concrete buildings, steel frame buildings, prefabricated buildings, containers, and container houses. , any one selected from the group consisting of main materials, subsidiary materials, construction materials, mortar, ready-made metal, ready-mix concrete, asphalt concrete, concrete, and the above beam or PSC materials.

The above materials 13 are steel towers, pillars, chimneys, fences, street lights, tunnels, road tunnels, railway tunnels, NATM tunnels, TBM tunnels, Shield tunnels, TBM-Shield underwater tunnels, underwater tunnels, submerged tunnels, immersed tunnels, wind tunnels, and underground tunnels. Tunnel, Piam Tunnel, cut-out tunnel, aerial tunnel, soundproof wall, soundproof tunnel, road, roadway, sidewalk, sidewalk, railway, track, pavement, pavement, runway, operating route, operating route, city, safety, structure, ground, foundation , bridges, road bridges, railway bridges, overpasses, abutments, piers, wind bridges, aerial bridges, dams, earthen dams, earthen dams, rock dams, cement dams, concrete dams, arch dams, embankments, embankments, earthen embankments, earthen embankments , sand embankment, cement embankment, concrete embankment, river embankment, river, ocean, port, coast, revetment, lake, waterway, quay wall, water dock, estuary, breakwater, seawall, marine structure, weir, underwater weir, above-ground part, surface weir, water Layers, river weirs, four major river weirs, facilities, facilities, architecture, structures, sculptures, landscaping, subway, structures, fixtures, forms, forms, retaining walls, reinforced earth retaining walls, stonework, underground walls, retaining walls, cutoff walls, reaction walls, composites Wall, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, equipment, plant, landscaping facility, landfill, power plant, landfill, thermal power plant, nuclear power plant, earth structure, soil structure , earthwork structures, slope structures, slope structures, hydraulic structures, marine structures, cement structures, concrete structures, ready-mix concrete structures, wooden structures, steel structures, steel structures, underground structures, underwater structures, ground structures, aerial structures, floating structures, assembly Structures, ground structures, underground structures, surface structures, underwater structures, hydraulic structures, aerial structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, hydraulic facilities, architectural facilities, civil engineering facilities , materials, materials, and liquids used in one of the following: environmental facilities, landscaping facilities, road facilities, railroad facilities, transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, above-ground facilities, public facilities, and floating facilities. Water, water, materials, raw materials, materials, materials, powder, sheets, mats, pouring materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, mortar, remetal, ready-mix concrete, asphalt concrete, concrete, a group consisting of the above beams and PSC materials. It is one selected from .

The above materials 14 are used in construction, development, architecture, construction, work, civil engineering, environment, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, modeling, sculpture, manufacturing, and material manufacturing. , production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work, building construction, disaster prevention, earth, earthwork, ground, underground, underground, slope, slope, slope , foundation, pile, PHC pile, excavation, excavation, excavation, cut, embankment, geothermal pile, factory pile, buried foundation, driving foundation, rotary buried foundation, cast-in-place pile, retaining wall, retaining wall, slurry wall, underground continuous wall , diaphragm wall, CIP (cast in place pile), CP (compaction pile), SCP (sand compaction pile), CCP (crushed stone compaction pile), VCCP (vibrated CCP), dredging, landfill, underwater, cableway, elevator, Masonry, plastering, waterproofing, water blocking, water retention, painting, paving, dirt paving, road paving, sidewalk paving, improvement, ground improvement, ground preparation, complex preparation, drilling, boring, mixing, mixing, supply, provision, conveyance, transportation, Transportation, pouring, mold pouring, concrete pouring, paving, paving, slope laying, ground laying, road laying, coating, painting, injection, mold injection, underground injection, deep injection, injection, crack injection, main injection, grouting, ground grouting , geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting rocket), JSP (jumbo special pattern), spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing , water training, geothermal work, mixing, ground mixing, ground agitation mixing, DCM (deep cement mixing), SCW (soil cement wall), compaction, ground compaction, agitated compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, Repair, crack repair, water leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity filling, stone, masonry, exterior wall, scaffolding, dismantling, windows, sheet metal, roof sheet metal, Assembly, building assembly, steel, windows, sheet metal, water supply and sewerage, corrosion protection, electrical system, greening, cleaning, washing, redevelopment, reconstruction, interior, remodeling, k424) weight, light weight, foam, bubbles, expansion, water permeability, no root, rebar, Plain concrete, reinforced concrete, RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete), PS (prestressed, poststressed), PSC (prestressed concrete, poststressed concrete), SRC (steel reinforced) cement), CRC (carbon reinforced cement), material, ashes, liquid, water, water, material, raw materials, material, material, powder, sheet, mat, pouring material, interior material, exterior material, main material, subsidiary material, construction material , mortar, ready-made metal, ready-mixed concrete, asphalt concrete, concrete, and the above beam or PSC materials.

The material 15 is the beam or PSC material containing one or more of rods, bars, plates, nets, mesh, grids, fibers, sheets, mats, rebars, wire mesh, steel frames, ceramics, fibers, cages, nanomaterials, and reinforcements. It is one selected from the group consisting of The above material 16 has a) strength, compressive strength, tensile strength, or shear strength after pouring, curing, hardening, or solidification. It has a low strength of 1 to 50 kg/㎠, an ultra-low strength of 51 to 100 kg/㎠, and a low strength of 51 to 100 kg/㎠. Strength, medium strength of 101-150kg/㎠, medium strength of 151-200kg/㎠, high strength of 201-400kg/㎠m, ultra-high strength above this high strength; b) Low density of 0.1~0.5t/㎥, ultra-low density of 0.51~1.0t/㎥, medium density of 1.1~1.5t/㎥, medium density of 1.51~2.0t/㎥, and 2.1~1.0t/㎥ of medium density. High density of 3.0t/㎥, ultra-high density above this high density; c) Low permeability with a permeability coefficient of 10^(-15∼-10)㎝/sec, ultra-low permeability below this, mid-low permeability of 10^(-9∼-6)㎝/sec, 10^(-5 Medium permeability of ∼-3) cm/sec, medium permeability of 10^(-2∼+1) cm/sec, high permeability of 10^(+2∼+5) cm/sec, and ultra-high permeability above this high permeability. castle; It is any one selected from the group consisting of the beam or PSC material.

The above materials 17 include a) mortar, milk, chemical solution, suspension, slurry, mixture, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, girder, slab, Culverts, boxes, tanks, manholes, Hume pipes, water tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the beam or construction material containing or curing one of the mortar or plaster; c) or any material, material or raw material of construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior, remodeling, facility, building, structure or facility. , the mortar to construction materials; One of the selected ones. The above material 18 is one of a) electromagnet, superconducting magnet, solenoid electromagnet, magnet or electromagnet with cone wire, solenoid electromagnet with cone spiral, cone spiral with magnet or electromagnet, cone spiral with solenoid electromagnet, and cone wire with magnet or electromagnet. by improving liquidity; b) Improved fluidity by means of a hollow body provided with one of the electromagnets or spiral coils; c) Improved fluidity by a pouring machine equipped with one of the electromagnets or hollow bodies; d) Improvement of agitation, mixing, fluidity, and filling by one of the cones, cone spirals, rods, rod frames, and protruding rods equipped with magnets; e) Unmanned and automated pouring by 3D printer; f) High-rise pouring and unmanned pouring by drone; It is one of the materials.

The material 19 is a) magnetized, hexagonally hydrated, energized, and magnetically energized by the above equipment; b) magnetization or magnetic energy conversion without power by the equipment; c) Improvement of one of fluidization, fluidity, slump value, workability, and workability by the above equipment; d) reduction of fluidizing agent input due to the above improvements; e) Reduction in the cost of use of fluidizing agent due to the above reduction; f) By the above equipment, mixing, stirring, pressing, feeding, mobility, pouring, placing, injecting, injectable, spraying, coating, painting, compacting, mixing, adhesion, Improved one or more of inflow, fillability, form-filling, space-filling, and room-filling; g) Reduction of one of the falling-off, detachment, and rebound amounts by the above equipment; h) Reduction of one of vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, and vibrating manpower by the above equipment; It is a material that is one or more of the selected materials.

The water is any one selected from water, water, tap water, sewage, dam water, river water, groundwater, surface water, and pumping water. The water is any one selected from water, water, water, and substance. The liquid is any one selected from liquid, liquid, chemical liquid, and liquid phase. The oil is any one selected from oil, oil, oil, and oil. The sol is sol, organic sol, inorganic sol, hydrophilic sol, hydrosol, aerosol, hydrosol, organosol, colloidal sol, colloidal solution, and gel. It is at least one selected from the group consisting of a sol obtained by converting a gel into a sol, and a substance having fluidity due to colloidal particles dispersed in a liquid. The gel includes gel, sol gel, agar, tofu, bonding gel, silica gel, hydrogel, hydrogel, diatomaceous earth gel, acid white earth gel, xerogel, porous gel, xerogel. , diatomaceous earth, acid white earth, gel made of colloidal solution (sol) thickened above a certain concentration, and one or more selected from the group consisting of solvent or water solidified between the network structures of colloidal particles. .

The soil is any one selected from soil, soil, and earthen stone. The carbon is any one selected from coal, briquette, ash, charcoal, activated carbon, and carbide. The charcoal is any one selected from charcoal, charcoal, charcoal, wood charcoal, and charcoal. The ash is ash, ash, incineration ash, incineration ash, fired ash, carbonized ash, combustion ash, rice husk ash, volcanic ash, briquette ash, bottom ash, fly ash, thermal power plant ash, incinerator ash, incinerator ash, SiO ₂ 40 to 60 weight. It is one or more selected from ash including ash. The carbon is selected from carbon, carbon material, carbon material, carbon yarn, carbon fiber, carbon sheet, carbon monoxide, carbon dioxide, carbon, carbon tube, nanocarbon, nanocarbon tube, and carbon dioxide that undergoes a carbonation reaction such as Ca + CO ₂ = CaCO _3. Which one. The graphene is any one selected from graphene, a layer of graphite, a thin layer of graphite, and a 0.2 nm layer of graphite. The waste dust is one or more selected from waste dust, stone dust, ash dust, iron dust, dust, human waste, copper dust, livestock waste, fine dust, iron dust, cement dust, and concrete fine dust. The gas is one or more selected from gas, oxygen, hydrogen, nitrogen, chlorine, carbon, and carbon dioxide.

The microorganism is microorganism 1 or microorganism 2. The microorganism 1 includes microorganisms, cultured microorganisms, fermentation microorganisms, spoilage microorganisms, decomposition microorganisms, useful microorganisms, effective microorganisms, aerobic microorganisms, anaerobic microorganisms, aerobic microorganisms, quasi-aerobic microorganisms, quasi-anaerobic microorganisms, halophilic microorganisms, alkaline microorganisms, and strains. , lactic acid bacteria, actinomycetes, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, mold, lactic acid bacteria, acetic acid, Bacillus subtilis, bifidobacteria, bacteriophages, Bacillus, Pasteuri, Lactobacillus, Saccharomyces, Sporosa. It is one or more selected from the group consisting of Mycobacterium leprosy, Bacillus cereus, Bacillus anthracis, Bacillus subtilis, Bacillus sphaericus, Bacillus pasteuri, Bacillus sudophimus, and Bacillus coni. The microorganism 2 is a microorganism that performs one or more of bonding, sealing, binding, bridging, carbonation, low permeability, high permeability, and crack filling of one of the substances, materials, materials, and pours.

The phytoncide is phytoncide 1 or 2. The phytoncide 1 is one selected from phytoncide, magnetized phytoncide, bio phytoncide, magnetized phytoncide passed through a magnetic material, bio phytoncide introduced by microorganisms, and a product containing one of these. The phytoncide 2 is a phytoncide extracted from one of trees, stems, plants, bark, and cypress trees, or a content thereof.

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

The fiber or fiber includes fiber, fiber, fiber, fibrous tissue, beard root, wool, hemp, rock wool, silk thread, saran, fineness, fabric, jute, wool, raw silk, rayon, short fiber, long fiber, cotton, Kapok cotton, coier, abaca hemp, sisal hemp, loose flax, ramie grass, goat hair, camel hair, cashmere, house silk, night silk, and silk fiber. Asbestos, gold thread, silver thread, rayon, viscose rayon, cupra rayon, filament, bylon, viscose rayon, staple fiber, coir, natural fiber, artificial fiber, plant fiber. , animal fiber, mineral fiber, seed fiber, vein fiber, bast fiber, hair fiber, inorganic fiber, organic fiber, metal fiber, glass fiber, rock. Fiber, slag fiber, silicate fiber, regenerated fiber, semi-synthetic fiber, synthetic fiber, cellulose fiber, protein fiber, semi-synthetic fiber, nylon fiber, semi-long fiber, hard fiber, peanut protein fiber, bast fiber, plant bark. ) fiber, copper ammonium rayon, heat-resistant fiber, ceramic fiber, wool fiber, plant fiber, regenerated fiber, synthetic fiber, new synthetic fiber, and soft fiber with a length of 1.1 to 100 times its own thickness.

The reinforcing materials include a) bars, sticks, rods, nets, beams, beams, roots, bars, plates, and cells. , rebar, rib, steel frame, rebar mesh, iron bar, H beam, I beam, steel wire, column, pile, girder, steel pipe, steel bar, iron bar, carbon, mesh, grid, wire mesh, Sheet, mat, fiber, glass, metal, steel, framing, rope, bolt, anchor, bridge, arch, nailing, truss, cable, wire, grid, fiber, mesh, grid, carbon net, carbon rod, carbon rod , carbon bar, carbon bar, glass bar, glass bar, reinforcing material, vertical material, horizontal material, inclined material, bracket, nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon Net, PVC material, FRP material, bracing, Outer wire mesh combination; b) composite of two or more of them; c) Glass bars, fiber bars, glass rebars, glass fibers, glass fiber bars, glass fiber plastic bars, glass fiber reinforced plastic bars, steel bars and carbon nets, nets and grids, nets, grids and sheets, which are one of these composite materials; One of the selected ones.

The nanomaterial is one of nanomaterial 1, nanomaterial 2, nanomaterial 3, nanomaterial 4, and nanomaterial 5. The nanomaterial 1 is any one selected from nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanoirons, nanometals, nanoions, nanoresins, nanocarbons, and nanolatex. The nanomaterial 2 is a number, water, liquid, oil, drug, drug, sol, gel, group, substance, material, ash, powder, substance, particle, fluid, liquid, 10 ^-9 meters in size or corresponding to the size. It is any one selected from gas, solid, carbon, metal, iron, stone, wood, polymer material, liquid gas, liquid solid, gas solid, liquid solid, particulate matter, and granular matter. The nanomaterial 3 is a material with a size of 10 ^{-7 to -11} meters, which is ±100 of 10 ^-9 meters. The nanomaterial 4 has small particles and a large specific surface area, so it is a material that improves one of the decomposition, reaction, function, and performance of the material. The nano material 5 is a nano resin that improves one of the properties of reaction, bonding, binding, and fluidity compared to general resin, and increases strength and reduces water permeability after hardening or curing. The micro material includes micro material, micro agent, micro material, micro material, and micro material; or any of the above-mentioned water or granular material of size or equivalent to 10 ^-6 meters in size; One of the selected ones.

The admixtures are admixtures, additives, accelerators, finalizers, water reducers, rust inhibitors, sintering agents, adhesives, adhesives, curing agents, hardening agents, binders, binders, water repellent, antifouling agents, fluidizers, air entrainers, fire retardants, and flame retardants. , fire retardant, emulsifier, pH agent, pH regulator, agent below pH 7, agent above pH 7, acidic agent, base agent, neutralizer, neutralizer, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, binder, modifier, fastener, coupler Ringing agent, catalyst, crosslinking agent, dispersing agent, plasticizer, accelerator, retardant, coagulation retardant, waterproofing agent, waterproofing agent, swelling agent, foaming agent, foaming agent, antifoaming agent. pigment, coloring agent, setting accelerator, setting retardant, absorbent, adsorbent, collector, antibacterial agent, decontamination agent, dehydrating agent, desiccant, aeration agent, aerator, activator, dehumidifying agent, dehydrating agent, hydrous Agents, containing agents, encapsulating agents, encapsulating agents, nano agents, micro agents, anion-emitting materials, far-infrared ray-emitting materials, cement admixtures, concrete admixtures; A complex of two or more of these; One of the selected ones.

The additives include gas, air, pressure, bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, drugs, drugs, medicinal materials, chemical solutions, resins, minerals, substances, liquids, gases, solids, powders, dust, waste dust, iron powder, stone dust. , red clay, by-products, microorganisms, medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, enzyme, aerobic agent, anaerobic agent, activator, nano Agent, carbonating agent, cleaning agent, reactive agent, adsorbent, coagulant, sterilizer, disinfectant, fragrance, antibacterial agent, germ remover, decontamination remover, odor remover, atopy source remover, environmental hormone remover, sick building syndrome remover, carbonation medium, pump pressure, blower compressor, wind compressor; A complex of two or more of these; One of the selected ones.

The pressor is pressor 1 or pressor 2. The compressor 1 is any one selected from compressed air, pressure air, pump compressor, blower compressor, compressor compressor, wind compressor, and a mixture of two or more of them. The pressor 2 is a low pressure of 1 to 50 kg/cm2, an ultra-low pressure of 51 to 100 kg/cm2, a medium pressure of 101 to 200 kg/cm2, a medium pressure of 201 to 300 kg/cm2, and a low pressure of 301 to 600 kg/cm2. High pressure, either compressed air or ultra-high pressure that is higher than high pressure, is compressed air or pressure air. The by-products include by-products, waste, waste manure, stone dust, dust, iron dust, tailings, waste water, ash, bottom ash, fly ash, kiln dust, food waste, food waste water, slag, sludge, molding sand, waste molding sand, waste gypsum, waste lime, It is any one selected from scrap iron, waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products.

The activator is an activator, a surfactant, a material activator, a state activator, an activator that improves the reaction, hydration, hydroxylation, strength, or energy of a substance, an ionic surfactant, a cationic surfactant, an anionic surfactant, a non-ionic surfactant, Zwitterionic surfactant, lignin sulfonate type, polyalkylaryl sulfonate type, melamine formalin sulfonate type, aromatic polycyclic condensate sulfonate type, ether type, ester type, resinate type, polyalkylbenzenesulfonate type, polyalkyl It is one selected from the group consisting of triethanolamine sulfonate, dodecylamine, hexadecyltrimethylammonium (HDTMA), sodium laurate, and a complex of two or more of them.

The reactive agent is reactive agent 1 or 2. The reactive agent 1 is sodium silicate, calcium silicate, sodium silicate, water glass, silica, alumina, citric acid, aluminum sulfate, magnesium sulfate, ferrous sulfate, ferric sulfate, calcium sulfate, sodium sulfate, potassium chloride, magnesium chloride, ferrous chloride, ferric chloride, Sodium chloride, calcium chloride, cobalt chloride, magnesium oxide, titanium oxide, calcium phosphate, calcium hydroxide, lignin sulfonic acid, urea formaldehyde, polyester, zero-valent metal, polyvalent metal, slag, perlite, attafalgite, smectite, activated carbon, waste tires, shellfish. It is one selected from shells, oyster shells, rice husk, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, and composites of two or more of these. The reactive agent 2 is a reaction, heating reaction, exothermic reaction, catalytic reaction, hydration reaction, oxidation reaction, reduction reaction, coagulation reaction, urea reaction, decomposition reaction, desalting reaction, cleavage reaction, carbonation reaction, hydroxylation reaction, pozzolanic reaction, microorganism. It is any one selected from among agents, materials, materials, and drugs that perform or cause one of the reactions. The accelerator is any one selected from accelerator, cement accelerator, concrete accelerator, silicate accelerator, aluminate accelerator, alkali free accelerator, and cement mineral accelerator. .

The disinfectants include formalin, alcohol, disinfectant, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux solution/lime sulfur solution, phenol water, cresol water, Seunghwa water, chlorcalc, organic mercury agent, dithiocarbamate, and DaisenM. , Balibi, Valcot, Benomyl, Blasticidin S, Vinclozolin, Edifenphos, Oxycarboxin, Oxincofer, Organophosphorus disinfectant, Organosulfur disinfectant, Isoprothiolein, Iprodione, Zineb , Maneb, Anthrachol, Geolam, Phthalamide, Carboxin, Captan, Cooper Hydroxide, Chlorothalonil, Triadimefon, Dodyne, Dinocap, Dichlorfluanide, Diclon, Dithianon , Maneb, Captan, Captipol, Dipolatan, Folpet, Bendimidazole, Benomyl, Benate, Thiophaneethyl, Triazole, Triadimefon, Tricyclazole, Organic Disinfectant, Metalaxyl, Dazigaren ( hymexazol), chitazine (IBP), hinosan (edifenphos), isoprothiolane, agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxin, validamycin, neoasoxin , Validamycin A, any one selected from two or more complexes.

The above mixed water is water, water, liquid, oil, medicine, sol, gel, liquid, bottled water, fresh water, sewage, rainwater, sewage, wastewater, turbid water, polluted water, seawater, salt water, spring water, drinking water, groundwater, rock water, It is any one selected from surface water, acidic water, basic water, carbonated water, magnetized water, hexagonal water, water or water used in mixing, or liquid or liquid. The compounding material is any one selected from agents, materials, materials, raw materials, substances, magnetizing materials, and magnetizing blending materials used in mixing. The mixture is selected from the group consisting of pouring material, chemical liquid, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, magnetized material, magnetized mixture, blended material, materials used for mixing, and mixture of mixing water and mixing material. Either one.

The milk is any one selected from milk, cement milk, lime milk, and a mixture of cement and water. The mortar is any one selected from mortar, cement mortar, lime mortar, gypsum mortar, asphalt mortar, and a mixture of cement, water, and sand. The chemical solution is any one selected from chemical solution, drug, water glass, sodium silicate, resin solution, and drug-containing solution. The suspension is made of soil, cement, lime and stone. It is a mixture of one or more of resins and one or more of water, water, and liquid. The slurry is any one selected from slurry, resin slurry, clay slurry, cement slurry, asphalt slurry, and bentonite slurry. The Remital is any one selected from Remital, ready mixed mortar, waterless mortar, and a mixture of cement and sand.

The ready-mix concrete is any one selected from ready-mix concrete, raw concrete, ready mixed concrete, fresh concrete (concrete that has not yet hardened) manufactured in a batch plant, and a mixture of cement, water, sand, and gravel. The asphalt is any one selected from asphalt, tar, pitch, bitumen water, crude oil tailings, crude oil evaporation tailings, and crude oil tailings. The paste is any one selected from paste, cement paste, asphalt paste, and a mixture of cement and water. The plaster is any one selected from plaster, gypsum plaster, lime plaster, and a mixture of lime and water.

The above concrete includes concrete, red clay concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel-framed concrete, carbon concrete, reinforced concrete, fiber-reinforced concrete, mid-Korean concrete, mid-Summer concrete, heavy concrete, lightweight concrete, foamed concrete, and foamed concrete. , ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete, prefact concrete, and a mixture of cement, water, sand, and gravel. The pouring material is one or more selected from the group consisting of milk, concrete, water and plaster. The geopolymer includes one or more of Si component, Al component, Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ and K component, Na component, OH component, KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ A substance composed of one or more of SiO ₃ , NaOH+Na ₂ SO ₄ , Ca(OH) ₂ +Na ₂ SiO ₃ , Ca(OH) ₂ +Na ₂ SO ₄ , and Na ₂ SiO ₃ +Na ₂ CO ₃ am.

The Ca is Ca, calcium ion, Ca ⁺² , CaO, CaCO ₃ , Ca(OH) ₂ , Ca ₃ SiO ₅ (tricalcium silicate), Ca ₂ SiO ₄ (dicalcium silicate), CaSiO ₃ (calcium metasilicate), CaO· One or more of SiO ₂ ·nH ₂ O is included. The Mg includes one or more of Mg, Mg ²⁺ , MgO, MgCO ₃ , magnesium ion, and Mg(OH) ₂ . The Si includes one or more of Si, Si ⁺² , Na ₂ SiO ₃ , silicic acid, silicon ion, SiO ₂ , CaO·SiO ₂ ·nH ₂ O. The Fe includes one or more of Fe, FeO, Fe ₂ O ₃ , Fe ₃ O ₄ , and iron ions. The Me includes one or more of metal, metal ion, Metal, and Me, the abbreviation for Metal. The Al includes at least one of aluminum and aluminum ions. The K includes one or more of K, K ⁺ , KOH, and potassium ions. The Na includes one or more of Na, Na ⁺ , NaOH, NaCl, Na ₂ SiO ₃ , Na ₂ SO ₄ , and sodium ion. The OH includes one or more of OH, OH ^- , KOH, NaOH, and hydroxide ion. The COO includes one or more of COO, COO-, COOH, CH ₃ COOH, carboxyl, carboxyl ion, resin raw material, and resin component. The CaMg includes one or more of Ca, Mg, and CaMg. The CaSi includes one or more of Ca, Si, and CaSi. The CaFe includes one or more of Ca, Fe, and CaFe. The CaAl includes one or more of Ca, Al, and CaAl. The MgSi includes one or more of Mg, Si, and MgSi. The MgFe includes one or more of Mg, Fe, and MgFe. The MgAl includes one or more of Mg, Al, and MgAl. The SiFe includes one or more of Si, Fe, and SiFe. The SiAl includes one or more of Si, Al, and SiAl. The FeAl includes one or more of Fe, Al, and FeAl.

The CaMgSi includes one or more of Ca, Mg, Si, CaMg, CaSi, MgSi, and CaMgSi. The CaMgFe includes one or more of Ca, Mg, Fe, CaMg, CaFe, MgFe, and CaMgFe. The CaMgAl includes one or more of Ca, Mg, Al, CaMg, CaAl, MgAl, and CaMgAl. The MgSiFe includes one or more of Mg, Si, Fe, MgSi, MgFe, SiFe, and MgSiFe. The MgSiAl includes one or more of Mg, Si, Al, MgSi, MgAl, SiAl, and MgSiAl. The SiFeAl includes one or more of Si, Fe, Al, SiFe, SiAl, FeAl, and SiFeAl. The CaMgSiFe includes one or more of Ca, Mg, Si, Fe, CaMg, CaSi, CaFe, CaMgSi, MgSiFe, CaSiFe, and CaMgSiFe. The CaMgSiAl includes one or more of Ca, Mg, Si, Al, CaMg, SiAl, CaMgSi, MgSiAl, and CaMgSiAl. The MgSiFeAl includes one or more of Mg, Si, Fe, Al, MgSi, FeAl, MgSiFe, SiFeAl, and MgSiFeAl. The CaMgSiFeAl includes one or more of Ca, Mg, Si, Fe, Al, CaMg, SiFe, MgSi, FeAl, CaMgSiFe, MgSiFeAl, and CaMgSiFeAl.

The KSiAl includes one or more of K, Si, Al, KSi, KAl, SiAl, and KSiAl. The NaSiAl includes one or more of Na, Si, Al, NaSi, NaAl, SiAl, and NaSiAl. The KNaSiAl includes one or more of K, Na, Si, Al, KNa, KSi, KAl, KNaSi, KNaAl, NaSiAl, and KNaSiAl. The CaSiCOO includes one or more of Ca, Si, COO, CaSi, CaCOO, SiCOO, and CaSiCOO. The MgFeCOO includes one or more of Mg, Fe, COO, MgFe, FeCOO, and MgFeCOO. The CaMgFeCOO includes one or more of Ca, Mg, Fe, COO, CaMg, FeCOO, CaMgFe, MgFeCOO, and CaMgFeCOO.

One or more of the Ca to CaMgFeCOO agents, materials, ions, components, elements, elements, materials, reactants, combinations, inclusions, nanomaterials, resin materials, by-products, carbon materials, fiber materials, catalyst materials, fiber materials, latex In water, bio-water, and phytoncide water, the agent is one or more of the Ca to CaMgFeCOO agents; One of these agents is Ca agent, Mg agent, FeCOO agent, CaMgFeCOO agent; One of the selected ones. The ash is one or more of the Ca to CaMgFeCOO; One of these is Ca material, Mg material, FeCOO material, and CaMgFeCOO material; One of the selected ones. The ion is one or more ions of Ca to CaMgFeCOO; One of these is Ca ion, Mg ion, FeCOO ion, and CaMgFeCOO ion; One of the selected ones. The component is one or more components or components containing one or more of the Ca to CaMgFeCOO; One of these is a Ca component, a Mg component, a FeCOO component, a CaMgFeCOO component, a Ca-containing component, an Mg-containing component, a FeCOO-containing component, and a CaMgFeCOO-containing component; One of the selected ones. The element is one or more of the Ca to CaMgFeCOO elements; One of these is Ca element, Mg element, FeCOO element, and CaMgFeCOO element; One of the selected ones.

The element is one or more elements from Ca to CaMgFeCOO; One of these is Ca element, Mg element, FeCOO element, and CaMgFeCOO element; One of the selected ones. The material may be one or more of the Ca to CaMgFeCOO materials; One of these materials is Ca material, Mg material, FeCOO material, and CaMgFeCOO material; One of the selected ones. The reactants include reactants, oxidation reactants, hydration reactants, and carbonation reactants between one or more of the Ca to CaMgFeCOO or between one or more of the above and other substances; Among them, CaO, Ca(OH) ₂ and CaCO ₃ are Ca reactants, and MgO, Mg(OH) ₂ and MgCO ₃ are Mg reactants; One of the selected ones. The combination may be a combination between one or more of the Ca to CaMgFeCOO or between one or more of the Ca to CaMgFeCOO and another substance; One of these is CaMg, a combination of Ca and Mg, CaO, a combination of Ca and O, and Ca(OH) ₂ , a combination of Ca and H ₂ O; One of the selected ones. The inclusion includes one or more of the Ca to CaMgFeCOO; One of these is Ca-containing material, Mg-containing material, FeCOO-containing resin, and CaMgFeCOO-containing sand; One of the selected ones. The nanomaterial is one or more of the Ca to CaMgFeCOO nanomaterials; One of these is Ca-containing nanomaterials, Mg-containing nanomaterials, FeCOO nanomaterials, and CaMgFeCOO nanomaterials; or the Ca to CaMgFeCOO having a nanometer size; One of the selected ones.

One of the resin substances, by-products, carbon substances, fiber substances, catalyst substances, fiber substances, latex substances, bio substances, and phytoncide substances is one or more of the Ca to CaMgFeCOO or one or more components containing resin, by-products, carbon, fiber, catalyst , fiber, latex, microorganism, or phytoncide. The biomaterial includes one of Ca or Ca component-containing microorganisms, Mg or Mg component-containing microorganisms, FeCOO or FeCOO component-containing microorganisms, and CaMgFeCOO or CaMgFeCOO component-containing microorganisms.

One of the Ca to CaMgFeCOO is 1) calcium reaction, oxidation reaction, hydroxylation reaction, carbonation reaction, pozzolanic reaction by Ca or Ca-containing components, 2) magnesium reaction, oxidation reaction, hydroxylation reaction, and carbonation by Mg or Mg-containing components. reaction, 3) silicon reaction, silicic acid reaction, silicon solidification reaction by Si or Si-containing components, 4) iron reaction by Fe or Fe-containing components, iron agglomeration reaction, iron oxidation reaction, iron solidification reaction, iron ionization reaction, 5 ) Metal reaction by Me or Me-containing components, metal aggregation reaction, metal oxidation reaction, metal solidification reaction, metal ionization reaction, 6) Aluminum reaction by Al or Al-containing components, aluminum aggregation reaction, aluminum ionization reaction, 7) K or potassium reaction, oxidation reaction, carbonation reaction by K-containing components, 8) sodium reaction, oxidation reaction, carbonation reaction by Na or Na-containing components, 9) hydroxylation reaction, anion reaction, radical reaction by OH or OH-containing components , 10) resin reaction, solidification reaction, expansion reaction, carboxyl reaction due to COO or COO-containing component, 11) any one selected from two or more of the above reactions occurs.

The above occurrence results in one or more of 1, 2, and 3 below. The above 1 refers to an improvement in one or more of the strength, rigidity, density, bonding, binding, cohesion, adhesion, friction angle, waterproofness, water resistance, and durability of one of the substances, materials, and pouring materials. The above 2 is an improvement in one of the functions, performance, and effects of cement, chemical liquid, substance, material, and pouring material. The above 3 improves one or more of the strength, rigidity, density, bonding, binding, cohesion, adhesion, friction angle, waterproofness, water resistance, and durability of the curing material.

In the present invention, work is performed using at least one of the hollow body, its equipment, a material that has undergone one of them, and a material containing this material. This corresponds to Application Example 4. The above tasks are Task 1, Task 2, Task 3, Task 4, Task 5, Task 6, Task 7, Task 8, Task 9, Task 10, Task 11, Task 12, Task 13, Task 14, Task 15, Task 16. , Task 17, Task 18, Task 19, Task 20, Task 21, Task 22, Task 23, Task 24, Task 25, Task 26, Task 27, Task 28, Task 29, Task 30, Task 31, Task 32, Task It is any one selected from 33, task 34, task 35, task 36, task 37, task 38, task 39, task 40, task 41, and task 42.

The operation 1 is any selected from the group consisting of excavation, storage, input, mixing, pressurization, transportation, supply, pouring, spraying, injection, injection, shorting, coating, painting, laying, packaging, mixing, compaction, curing, and surface treatment. There is more than one. The above task 2 is manufacturing, production, production, construction, construction, process, work, pouring, material manufacturing, facility construction, material pouring, pouring and re-casting, mold pouring, rebar pouring, steel casting, on-site casting, underground casting, and underwater casting. , one or more selected from the group consisting of slope pouring, pavement pouring, boring hole pouring, and excavation pouring. The above task 3 is one or more selected from the group consisting of construction, architecture, sculpture, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior, and remodeling.

The above tasks 4 are construction, development, architecture, construction, work, civil engineering work, environmental work, purification, water purification, cleanliness, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, formative work, sculpture, and manufacturing. , material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work, building construction, disaster prevention, earthwork, ground work, underground work, underground work, slope Construction, surface work, slope work, foundation work, pile work, PHC pile work, excavation, excavation, excavation, cutting, embankment, geothermal pile manufacturing, factory pile manufacturing, buried foundation work, driving foundation work, rotary buried foundation work, Cast-in-place pile construction, earth retaining construction, soil retaining wall construction, slurry wall construction, underground continuous wall construction, diaphragm wall construction, CIP (cast in place pile) construction, CP (compaction pile) construction, SCP (sand compaction pile) construction, CCP (crushed stone compaction pile) construction, VCCP (vibrated CCP) construction, dredging, reclamation, underwater work, cableway construction, elevator construction, masonry, plastering, waterproofing, water blocking, water retention, painting, paving, earth paving, road paving, sidewalks. Pavement, improvement, ground improvement, ground preparation, complex preparation, drilling, boring, mixing, mixing, supply, provision, conveyance, transfer, transportation, pouring, mold pouring, concrete pouring, paving, paving, slope laying, ground laying, road Laying, coating, painting, injection, form injection, underground injection, deep injection, injection, crack injection, main injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting rocket) construction. , JSP (jumbo special pattern) construction, spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, water curing, geothermal work, mixing, ground mixing, ground agitation mixing, DCM (deep) cement mixing) construction, SCW (soil cement wall) construction, compaction, ground compaction, stirring compaction, pavement compaction, spraying, shotcrete work, green soil work, seed spray work, repair, crack repair, water leak repair, reinforcement, surface reinforcement, ground Reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity filling, masonry work, exterior wall work, scaffolding work, dismantling, window work, sheet metal work, roof sheet metal work, assembly, building assembly, steel work, window work, It is one or more selected from the group consisting of water supply and sewage construction, methods, electrical methods, greening, cleaning, washing, redevelopment, reconstruction, interior design, and remodeling.

The operation 5 includes a) underground drilling, rock drilling, and building drilling using the drilling machine; b) storing material in the storage 20; c) Injecting materials into the mixer 22 through the hopper 21; d) mixing the materials by the mixer 22; e) pressurizing, conveying, pumping, supplying, and providing materials by the pump or pressurizer 23; f) transportation, transfer, supply, provision of materials by the transporter 24 or feeder; g) supply and provision of materials through the supply channel 25; h) pouring of material, injection, grouting, pouring into a mold, pouring at the factory, pouring at the site, pouring for foundation construction by the pouring machine 26; i) Material laying and ground laying by the laying machine; j) Material injection and underground injection by the injector; k) injection of material and crack injection by the syringe; ℓ) Spraying of material and slant spraying by the sprayer; m) Shorting of material and knocking by the shorting machine; n) material coating and surface coating by the coating machine; o) painting and shaving materials using the sprayer; p) Packaging of materials and pavement by the above packaging machine; q) Compaction of material and ground compaction by the compactor; r) Material mixing and underground mixing by the mixer; s) Curing the poured material by the curing machine; t) treating the cured surface after curing by the surface treatment machine; Doing one or more of the following:

The above operation 6 involves pouring, striking, sending, transporting, processing, casting, pouring, inserting, discharging, blowing, spraying, spraying, launching, injecting, flowing in, embedding, injecting, coating, painting one of the substances, materials, and pouring materials. , mixing, compaction; The pouring or painting at a certain location; The pouring or painting at a certain location; Doing one or more of the following:

The above operation 7 includes: a) pouring, pouring and injecting one of the substances, materials and pouring materials; a2) pouring and injecting, spraying, shooting and coating; a3) Casting, painting, laying and packaging; a4) compaction by pouring; a5) Mixing by pouring; b) or curing the concrete by pouring curing water, and treating the concrete surface by pouring pouring materials; Doing one or more of the following:

The above work 8 is a) pouring, pouring of form, pouring of rebar, pouring of steel frame, pouring of factory, casting of site, pouring of manufacturing, pouring of construction, laying, pouring, placing, laying, ground laying, injection, underground injection, injection, grouting, injection. , boring hole injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spray, coating, surface coating, painting, paving, road paving, compaction, surface compaction, ground compaction, mixing, ground mixing; b) Storage, input, mixing, pressurization, conveyance, pumping, transportation, transfer, supply, provision, and underground mixing accompanying pouring; Doing one or more of the following:

The operation 9 is a) drilling a pile hole for a cast-in-place pile, drilling an underground wall for underground continuous wall construction, drilling a slurry wall, drilling a diaphragm wall, drilling a boring hole for inserting a geothermal pipe or oil pipe by the drilling machine; b) drilling while injecting magnetized material through the hollow body during the drilling; c) Inject the material mixed in the above mixer through a supply hose and a rod installed in a perforator into one of the perforations or cracks during or after perforation to complete one of the piles, columns, underground walls, and underground continuous walls in the ground, or Crack filling; d) The magnetized material that has passed through the hollow body is injected into one of the perforations and cracks through a supply hose and a rod installed in the drilling machine to complete one of the piles, columns, underground walls, and underground continuous walls in the ground, or to fill the cracks. ; Doing one or more of the following: The operation 10 is to store one or more of water, materials, materials, raw materials, cement, sand, gravel, aggregate, admixture, and concrete by the storage. The operation 11 is to mix one or more of mortar, ready-mixed concrete, concrete, soil, ground, ground, underground, underground soil, underground soil and mortar, and underground soil and concrete using the mixer.

Task 12 is mixing one of soil, ground, underground, and underground using the mixer. The operation 13 is to apply a pressure of 1 kg/cm 2 or less, 1 to 10, 10 to 100, 100 to 500, or more than 500 kg/cm ² using the pump. The operation 14 is to perform one of pressurizing, conveying, pumping, supplying, and providing the material by the pressurizer. The task 15 is to perform one of transporting, transporting, supplying, or providing the material by the transporter or the feeder. The operation 16 is to perform one of pouring, laying, coating, injection, spraying, pouring, injection, injection, and grouting of the material by the pouring machine. The operation 17 is to lay one of mortar, ready-mixed concrete, concrete, and asphalt concrete on the ground by the spreader. The operation 18 is to inject or inject the material into one of cracks, joints, ground, ground, underground, and joints using the injector or syringe. The operation 19 is to apply the material to one of the slope, slope, surface, ground, ground, and underground using the sprayer. The operation 20 is performed by using the shotting machine, coating machine, or sprayer to create a) surface, surface, ground, slope, concrete surface, material, construction material, facility, building, structure, facility; b) a face, surface, or exterior surface of one of the faces or facilities; One or more of the following are sprayed, coated, painted, sprayed and coated, or sprayed and painted.

The operation 21 is to pack the material or pack it on the road surface using the packaging machine. The operation 22 is to compact one of pavement, soil pavement, road pavement, asphalt pavement, ground, ground, underground, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, and concrete in the ground by the compactor. The operation 23 is to cure either the material or the pouring material using the curing machine. The operation 24 is to cure the pouring material with one of water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating, and paint by the surface treatment machine. It is sprayed on one or more of a structure or a concrete object to treat, finish, smooth, or unevenly treat the surface of one of the curing or concrete objects.

The task 25 is performed by moving a sprayer on which a magnet is mounted by the drone, spraying magnetized material while moving, providing a hollow body on which a magnet is mounted, pouring the pouring material ejected from the hollow body, and installing a puncher on the drone to create a high-rise building. A boring hole for crack repair is drilled into the building, a supply path (25) or a sprayer (26) is installed on the building, and magnetized shotcrete is sprayed on the slope of a high-rise, and a supply path (25) or sprayer (26) is installed on the tunnel to It removes tunnel dust by spraying magnetized spray water, and purifies the air by installing magnetized spray water in the air with its own installation machine. The task 26 is performed by mounting a moving object or moving unit 116 capable of three-dimensional movement (73) on the frame (72) of the frame (71) by the 3D printer, and moving (73) in three dimensions, forming the blender (22), One of the materials, mortar, ready-mixed concrete, and concrete (1) supplied from one of the supply channels (25) is poured, sprayed, or injected to create one (8) of the facilities, buildings, and structures.

The task 27 is to pour one of mortar, ready-mixed concrete, and concrete into which one of the quick-setting agent and binder that promotes curing is added through the pouring machine 26 mounted on the self 71 by the 3D printer according to the shape of the building or the building structure. Building construction is carried out by pouring continuously or intermittently, moving in a circular motion, in layers of 5 to 30 cm in height, or rising in layers. The task 28 is to construct the nth floor by repeatedly pouring the building floor, 1st floor column and wall, 1st floor slab, 2nd floor column and wall, and 2nd floor slab using the 3D printer, and finally the rooftop slab. This completes the building.

The task 29 is performed by the 3D printer: a) ground boring for foundation installation; b) placing a reinforcing bar net on the moving part and inserting the reinforcing bar net into the boring hole; c) pouring foundation pile concrete into the boring hole through the pouring machine and curing it after pouring it; d) transporting and assembling the frames and reinforcing bars at the bottom of the building by placing them on the moving part; e) pouring concrete on the floor of the building through the pouring machine and curing it after pouring; f) Transporting and assembling the first-floor columns and wall frames and reinforcing bars by placing the molds and reinforcing bars on the moving part; g) pouring concrete into the first floor columns and walls through the pouring machine and curing them after pouring; h) Raising one or more of the moving object and the pouring machine; i) Transporting and assembling the frames and reinforcing bars of the first floor slab by placing them on the moving part; j) Pouring concrete into the first floor slab through the pouring machine and curing it after pouring; k) Transporting and assembling second-story columns and wall frames and reinforcing bars by placing them on the moving part; ℓ) Concrete is poured into the second-floor columns and walls through the pouring machine, and cured after pouring; m) Raising at least one of the mobile body and the pouring machine; n) Repeat the above to transport and assemble n-story columns, walls, slab templates, and reinforcing bars, pour concrete, and cure after pouring; o) Pour the final rooftop concrete through the pouring machine and cure it after pouring; Doing one or more of the following:

The operation 30 is a) mixing one of sand, cement, water, and admixture stored in one of the storage units 20 equipped with a magnet 10 into the mixer 22 through the hopper 21, and b) mixing the mixture. The concrete mixture is pumped by the pump 23 and poured into the form 30 through the magnet embedded supply path 25 or the pouring machine 26, and c) during the curing of the poured product, the magnetic embedded curing machine 26 ) to promote curing by spraying magnetized curing water, d) demold the mold 30 after curing, and e) spray a magnetized coating or paint agent on the surface of the material through a magnetic embedded coater or sprayer 26. The material is manufactured by coating or painting. The above task 31 is a) inserting the raw materials stored in the storage into the mixer through a hopper, b) mixing the raw materials in the mixer, pressurizing them through a pump, and pouring them into the mold through a pourer, and c) curing and spray curing within the mold with a curing machine. After undergoing either steam curing or autoclave curing, the mold is dismantled to manufacture a column, pile, or pile.

The operation 32 is a) mixing one or more of sand, cement, water, and admixtures stored in the magnet 10 embedded storage 20 into the magnet embedded mixer 22 equipped with a cone through the hopper 21, and b) One (1) of magnetized mortar, ready-mix concrete, or concrete, which is a mixture thereof, is pumped by the pump (23) and poured into the form (30) for building construction through the magnetic buried supply path (25) or pouring machine (26). , c) During the curing of the poured product, curing water is sprayed through the curing machine 26 to promote curing, and after curing, the mold 30 is demolded, and d) one of the coating machines and painting machines on the surface of the facility of the building. (26) Through the above, a phytoncide building is created by spraying one or more of a coating agent or a painting agent and applying one or more of coating or painting. The above task 33 is a) mixing one or more of sand, cement, water, and admixtures stored in the storage 20 of the cone-equipped magnet 10 through the magnet-equipped hopper 21 into the magnetized mixer 22 in which the magnet-equipped cone is embedded. b) one of magnetized asphalt, ready-mixed concrete, and concrete (1), which is a mixture thereof, is pumped by the pump (23) and placed on the ground through the cone-equipped magnet embedded supply path (25) and the laying machine (26). , road, or pavement, c) compacted with a compactor, and then sprayed with magnetized curing water through a hose-type curing machine (26) equipped with a magnet to promote curing to build a phytoncide road.

The operation 34 is a) mixing one or more of sand, cement, water, and admixtures stored in the cone-embedded storage 20 with the magnet 10 through the hopper 21 with the cone-embedded cone into the mixer 22 in which the cone-equipped magnet is embedded. and mixing, and b) one (1) of magnetized mortar, milk, chemical solution, suspension, and slurry, which is a mixture thereof, is pumped by the pump (23) into the cone-equipped magnet embedded supply path (25) and the hollow rod-type The ground is improved by spraying or injecting into the ground through the magnetization injector 26. The operation 35 is a) mixing one or more of sand, cement, water, and admixtures stored in the magnet 10 embedded storage 20 into the magnet embedded mixer 22 equipped with a cone through the hopper 21, and b) The magnetized mortar (1), which is a mixture thereof, is pumped by the pump (23), and phytoncide shotcrete (1) is poured on the tunnel excavation surface using a sprayer (26) through the supply path (25) equipped with a magnet-embedded hollow body. is to reinforce.

The operation 36 is a) mixing one or more of sand, cement, water, and admixtures stored in the storage 20 by adding them to the magnet-embedded mixer 22 equipped with a cone through the hopper 21, and b) mixing the mixture, which is a magnetized type. At least one (1) of green soil material and seed spray material is pumped by the pump 23 and sprayed on the slope through a sprayer 26 installed at the rear end of the supply path 25 equipped with a cone-equipped magnet embedded tube, phytoncide green soil material, The slope is reinforced by pouring one or more (1) of the seed spray materials. The operation 37 is a) mixing one or more of sand, cement, water, and admixtures stored in the storage 20 into the magnetic cone-embedded mixer 22 through the cone-equipped magnet-embedded hopper 21, and b) this. Magnetized concrete (1), which is a mixture, is transported by pump (23) and cured by pouring it into the formwork of the facility with a pouring machine (26) through a supply path (25) equipped with a magnet-embedded hollow body, and c) magnets during curing. Accelerated curing is achieved by spraying magnetized curing water or hexagonal curing water through an embedded hose-type curing machine, and d) the mold is then demolded to construct the phytoncide facility.

The operation 38 is performed in the tank 120 in which the hollow body 13 is installed, a) the material 1 containing at least one of a reactive agent and a coagulant is introduced through the hollow body to purify the contaminated water 121 in the tank. ) is one or more of aeration and coagulation, b) the condensation 122 of the contaminated water sinks downward and is taken out, and c) the purified water 123 is fine foreign substances through the filter 124. As it is filtered, it becomes equivalent and is discharged to the outside for recycling or discharge (125). The operation 39 includes a) storing material in the storage 20; b) Injecting the material into the mixer 22 by the hopper 21; c) mixing the ingredients by the mixer 22; d) the material is pressurized, conveyed, pumped, supplied, and provided by the pump 23; e) materials are transported, transferred, supplied, or provided by the transporter 24; f) materials are supplied and provided through the supply channel 25; g) g1) the material is poured by the pouring machine 26, injection, grouting, pouring into a form, pouring at the factory, pouring at the site, pouring for foundation construction; g2) Injecting the material into the ground using the injector; g3) The material is compacted and ground compacted by the compactor; g4) mixing and underground mixing of materials by the mixer; g5) Curing the poured material by the curing machine; g6) surface treatment of the cured product after curing by the surface treatment machine; It becomes one or more of manufacturing, material manufacturing, ready-mix concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, and pile manufacturing.

The operation 40 includes a) a1) storing materials in the storage 20; a2) Materials are introduced into the mixer 22 by the hopper 21; a3) mixing the ingredients by the mixer 22; a4) the material is pressurized, pressured, pumped, supplied, or provided by the pressurizer or pump 23; a5) Materials are transported, transferred, supplied, or provided by the feeder or transporter 24; a6) Materials are supplied and provided through the supply channel 25; It is one or more of the following, b) b1) the material is poured, injected, injected, poured underwater, poured on site, or poured for purification by the pouring machine 26; b2) Injecting material into the river by spraying, spraying, underwater spraying, aerial spraying, dust removal spraying, or airflow material by the sprayer; b3) Injection, underwater injection, or air injection of the material by the injector; b4) Shorting and knocking of the material by the shorting machine; b5) Material is coated by the coating machine, surface coating; b6) the material is painted or shaved by the sprayer; It becomes one or more of purification, facility purification, river aeration, and water purification.

The operation 41 includes 1) storing the raw material for pouring material in a storage room, storing the pouring material in a magnet-embedded storage room, magnetizing the stored material, and storing the magnetized stored material; 2) Mixing of pouring materials in a mixer, mixing of pouring materials in a magnetic embedded mixer, magnetization of the mixture, mixing of magnetized materials; 3) The pouring material is supplied to the supply line by a pump, and the magnetized mortar is pressurized from the pump and supplied to the pouring machine; 4) Supplying the magnetized abrasive material from the supply line to the pouring machine, and supplying the atomizing material pressurized by the pump from the supply path to one of the pouring machine and the sprayer; 5) Pour of pouring material through a pouring machine, pouring of ready-mixed concrete pouring material through a pouring machine, magnetization of the pouring material, pouring of the magnetized material; 6) By a sprayer, a) spraying of pouring material, spraying mortar or abrasive material by a sprayer, b) spraying mortar onto one of the slopes, materials, or facilities by a sprayer, c) a magnetic sprayer equipped with a cone, which is one of the sprayers. Coarse magnetized materials are injected into the ground, sprayed on slopes, sprayed on materials to coat them, sprayed on facilities for painting; 7) The pouring material is injected into one of the holes, molds, and the ground using an injector, and the magnetized material that has passed through a hollow rod embedded in a magnet penetrated into the ground, which is one of the injectors, is sprayed into the ground through the spray hole of the rod and injected; 8) a) Curing the surface of the pouring material by spraying the coating material with a coating machine, coating the surface of the pouring material by spraying the coating agent with a coating machine, b) Curing the surface of the pouring material by spraying the coating material with a coating machine. c) Magnetized water passed through a magnet-embedded sprayer, which is one of the coating machines, is sprayed onto one of the materials and facilities, and one of the materials and facilities is coated and applied with the magnetized material. ; 9) a) Painting the surface of the curing material by spraying the pouring material for painting with a sprayer, painting the curing surface of the pouring material by spraying the painting material with a sprayer, b) Applying the painting material to the surface, concrete surface, material, Painting by spraying on one of the curing surfaces of a facility or pouring material, c) The magnetized paint passed through a magnetic embedded sprayer, which is one of the sprayers, is sprayed onto one of the materials or facilities, and one of the materials or facilities is magnetized. sealing, painting, painting; 10) a) Curing one of the materials, facilities, and pouring materials by pouring the pouring material of the curing water with a curing machine, b) Magnetizing one of the magnetized water and magnetizing liquids after passing through the curing machine consisting of a magnet-embedded water hose, which is one of the curing machines. Curing one of the materials, facilities, and pouring materials by spraying, 11) Treating the surface of one of the facilities, materials, and pouring materials by spraying magnetized water or magnetized liquid using a magnetic embedded sprayer, which is one of the surface treatment machines. Smooth treatment, uneven treatment; Doing one or more of the following:

The operation 42 is one of material manufacturing, facility construction, construction work, building construction, tunnel construction, road construction, ground construction, river aeration, and water purification using one of the materials, pouring, pouring materials, and equipment.

In the present invention, pouring refers to pouring, striking, sending, transporting, processing, casting, pouring, inserting, discharging, blowing, blowing, spraying, launching, injecting, inflow, embedding, injection, coating, painting of substances, materials, pouring materials, etc. , mixing, compacting, or pouring or painting at a certain location, including pouring, pouring and injection, pouring and injection, spraying, shorting, coating, pouring and painting, laying, packaging, pouring. Compaction, pouring and mixing, curing of concrete, etc. by pouring curing water, and surface treatment of concrete, etc. by pouring pouring materials are also included.

In addition, in the present invention, pouring is a) casting, b) one of these, form casting, rebar casting, steel casting, factory casting, on-site casting, manufacturing casting, construction casting, striking, pouring, inserting, laying, ground laying, injection, underground. Injection, injection, grouting, injection, boring hole injection, injection, crack injection, injection, slope injection, green soil injection, shotcrete injection, seed spray, coating, surface coating, painting, paving, road paving, compaction, surface compaction, ground compaction , mixing, underground mixing, c) storage, input, mixing, pressurization, conveyance, pumping, transportation, transport, supply, provision, and the above-mentioned to underground mixing accompanying pouring are considered to be applicable or included. In the present invention, ~, etc. correspond to ~, etc., one of ~, one or more of ~, etc. As an example of this, the pouring or underground mixing, etc. corresponds to the pouring or underground mixing, one of the pouring or underground mixing, and one or more of the pouring or underground mixing.

Examples of the equipment of the present invention include: a) drilling machine, storage unit (20), hopper (21), mixer (22), pump or pressurizer (23), transporter (24), feeder or supply path (25), pourer (26) ), spreader, injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, surface treatment machine, or two or more of them are composed of an unordered equipment, or b) or It is equipment to which one or more of a nozzle, drone, or 3D printer is added while being configured as above, or c) or it is equipment to which a wind compressor is mounted while being configured and added to above.

1) At least one of the storage unit, surface processing machine, nozzle, and 3D printer: a) a cone mesh spiral; Toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal water machines; One or more of the following is provided, or b) or a cone mesh spiral or the hose outside the perforator, a cone mesh spiral inside the storage 20, the tube at the inlet of the hopper 21, and the mixer 22. Inside the hexagonal receiver, at the outlet of the pump 23 or pressurizer, at the outlet of the pipe, inside the transporter 24 or the feeder, a cone network spiral, or in the middle of the magnetizer and the supply path 25. or the hollow body, the tube or hollow pipe at the outlet of the pourer 26, the tube at the outlet of the pourer, the hose or pipe at the inlet of the injector or syringe, the hollow body at the inlet of the injector, The magnetizer at the outlet of the shotting machine, the hollow pipe at the outlet of the coating machine, the pipe at the outlet of the sprayer, the magnetizer at the outlet of the packaging machine, the magnetizer outside the compactor, and the mixing machine. At least one of the magnetizer on the outside, the cone mesh spiral inside the curing machine, or the magnetizer on the outside of the surface treatment machine is provided.

2) The cone mesh spiral is x or y or z as shown below, 2-1) where x is a net mounted before or after the cone, a rod mounted before or after the net, and a frame before or after the pole is mounted, a spiral is mounted before or after the frame, a magnetic material is mounted on one or more of the cone, net, rod, frame, and spiral, a wave material is mounted on the magnetic material, and a magnetic body having a different magnetic force from the magnetic material is mounted on the magnetic material. It is a cone net rod frame spiral formed by mounting on a corrugated body, 2-2) The y is a frame mounted before or after the spiral, a net is mounted on one side of the frame, a rod is mounted inside the net, and the rod A cone is inserted into the cone, a magnetic material is mounted on one or more of the cone, net, rod, frame, and spiral, a wave material is mounted on the magnetic material, and a magnetic material with a different magnetic force from the magnetic material is mounted on the wave material, thereby forming a cone network. 2-3) The cone is a porous cone with a porous hole formed, a cone with a hollow diameter on one side 1.1 to 5.0 times the hollow diameter on the other side, and a cone with a length of 0.1 to 0.8 times the length of the magnetic material or the hollow on one side. A cone with a diameter of 0.1 to 10.0 times, a cone in which the hollow cross-sectional area on one side is 0.05 to 0.9 times the internal cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnetic body, and the net is larger than the hole size of the frame 46. It is a network 48 with small holes, the rod is an inclined rod or an inclined rod inclined with respect to the magnetic material, the frame is a cone-shaped frame with porous holes formed, and the spiral vortexes the material passing through it, This is the Conmang Bongtle spiral, which is a spiral that performs either aeration or stirring.

3) a) Underground drilling, rock drilling, and building drilling using the above drilling machine; b) material is stored in the storage 20; c) the material is introduced into the mixer 22 by the hopper 21; d) mixing the ingredients by the mixer 22; e) the material is pressurized, conveyed, pumped, supplied, or provided by the pump or pressurizer 23; f) transport, transfer, supply, and provision of materials by the transporter 24 or feeder; g) Materials are supplied and provided through the supply channel 25; h) By the pouring machine 26, the material is poured, injected, grouted, poured into a mold, poured at the factory, poured at the site, poured for foundation construction; i) The material is laid and laid on the ground by the laying machine; j) Injecting the material into the ground using the injector; k) injection of material by the syringe, crack injection; ℓ) Material is sprayed and slanted by the sprayer; m) Shorting and knocking of the material by the shorting machine; n) material is coated by the coating machine, surface coating; o) the material is painted or shaved by the sprayer; p) The material is packaged and paved by the packaging machine; q) The material is compacted and ground compacted by the compactor; r) mixing and underground mixing of materials by the mixer; s) curing the poured material by the curing machine; t) surface treatment of the cured product after curing by the surface treatment machine; It becomes one or more of:

The perforator is one of perforator 1, perforator 2, perforator 3, and perforator 4, the perforator 1 is a perforator connected to one or more of the storage or surface treatment machine, and the perforator 2 is a perforator, a drilling machine, a rock drill, an excavator, or an excavator. machine, well, boring machine, drill, bit, clamshell, driver, injector, grouter, rod with bit, rotating bit, rotating rod with bit, underground hole drilling machine, underground wall drilling machine, slurry wall drilling machine, diaphragm wall drilling machine , an underground continuous wall boring machine, a boring machine for inserting a geothermal pipe or an oil pipe, and the boring machine 3 is a boring machine for a building, facility, underground, rock, hole, hole, or concrete, and the boring machine 4 is a) a cast-in-place drilling machine. Pile hole drilling for piles, underground wall drilling for underground continuous wall construction, slurry wall drilling, diaphragm wall drilling, boring hole drilling for geothermal pipe or oil pipe insertion; b) Drilling while injecting one of magnetized water, hexagonal water, slurry, and bentonite slurry that has passed through one of the cone net spiral or hexagonal water group during the drilling; c) The materials mixed in the above mixer, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete are fed through a supply hose and through one of the rods, injectors, hollow pipes, and hollow rods installed in the drilling machine during and after drilling. At least one of injection, injection, and post-injection curing is completed in one of the perforations, boring holes, joints, joints, cracks, and water leaks, and one of the piles, columns, underground walls, and underground continuous walls is completed in the ground. , or crack filling, joint repair, crack repair, water leak repair; d) Magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mix concrete, and magnetized concrete that have passed through one of the above-mentioned cone mesh spiral or hexagonal machine are supplied through a supply hose to a rod, injector, and hollow pipe installed in a perforator. , through one of the hollow rods, it is injected into one of the perforations, boring holes, joints, joints, cracks, and water leaks, and after injection, it is cured to create piles, columns, underground walls, and underground continuous walls in the ground. One of the completion, or crack filling, joint repair, crack repair, water leak repair; It is a drilling machine that does one or more of the following:

The storage unit may include: a) a storage unit; b) or storage of one or more of water, material, materials, raw materials, cement, sand, gravel, aggregate, admixture, concrete; c) or a storage room equipped with internal partitions, partitions, either 2-room or 3-room; d) Alternatively, it is a storage unit connected to one or more of the above punching machine or surface treatment machine excluding the storage unit. The hopper includes: a) a hopper, a funnel-type hopper, a hollow-type funnel hopper, and a hopper linked to one or more of the above-mentioned punching machine or surface processing machine, excluding the hopper; b) or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom; is one of

The mixer 22 is one of mixer 1, mixer 2, mixer 3, mixer 4, mixer 5, and mixer 6, and mixer 1 is a mixer, mixer, mixer, tubular mixer, rotary mixer, centrifugal mixer, and rotary mixer. It is one of a wing-type mixer or a mixer, a mixer equipped with an internal rotor or rotary blade, and a mixer linked to one or more of the above punching machine or surface treatment machine, excluding the mixer, and the mixer 2 is a blade rotated by a motor, a rotor, a rotating rod, It is a mixer or mixing machine equipped with one of a rotating shaft, a rotating spiral, a rotating screw, and a rotating shaft with wings, and the mixer 3 is a rotating rod or a rotating shaft or a protrusion, a ring, a bolt, a spiral, an object, a protrusion, or a stirring device on the outer periphery of the rotating body. It is a mixer or mixing machine equipped with one of the means, and the mixer 4 is rotational, static, dynamic, vibration, blade, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, underground soil and It is a mixer or mixing machine of concrete, and the mixer 5 is a rod, rod, plate, protrusion, wing, spiral, object, screw, protruding rod, protrusion, protrusion, attachment, attachment, soft material, a) rod, shaft, nozzle, rod, spiral, screw, hollow tube, double pipe, triple pipe, nozzle, spray pipe, including one of elastic material, rigid material, protruding means, and stirring means; b) Or the rod or spray pipe of a rotating type; The mixer 6 is a device that mixes one of mortar, ready-mixed concrete, and concrete. The mixer is mixer 1 or 2, and mixer 1 is mixer 1, mixer 2, mixer 3, mixer 4, mixer 5, and is used in the DCM method (deep cement mixing method), which is a deep ground agitation method. It is one of the mixing machines linked to one or more of the above-mentioned boring machines or surface treatment machines excluding the mixing machine, and the mixing machine 2 is a device for mixing one of soil, ground, underground, and underground.

The pump is a) one of a pump, a pressure pump, a compression pump, a compressor, a mortar pump, a concrete pump, and a pump associated with one or more of the drilling machine or surface treatment machine excluding the pump; b) It is a pump with a pressure of 1 or less, 1 to 10, 10 to 100, 100 to 500, or more than 500 kg/cm ² . The pressurizer is a pressurizer that pressurizes, pressures, pumps, supplies, or provides materials, or is connected to one or more of the punching machine or surface treatment machine excluding the pressurizer. The transport machine 24 is a transport machine that transports, transfers, supplies, or provides materials, or is a transport machine that is linked to one or more of the punching machine or surface treatment machine excluding the transport machine. The feeder is a feeder that transports, transfers, supplies, or provides materials, or is a feeder that is linked to one or more of the punching machine or surface treatment machine excluding the feeder. The supply path is one of a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, a supply pipeline, and a supply path associated with one or more of the puncher or surface treatment machine excluding the supply path.

The pouring machine includes: a) a pouring machine connected to one or more of a pouring machine, a pulverizing device, a blowing device, the pressure pouring machine, and the drilling machine or supply path; b) or pouring machine for mold, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete in formwork; c) or any machine, apparatus, device or device of pouring, laying, coating, pouring, spraying, pouring, injection, injection or grouting; is one of The laying machine is a) a laying machine, a spreading machine, a coating machine, an asphalt finisher, or a laying machine connected to one or more of the above drilling machine or supply path, or b) or the ground, surface, pavement, road, sidewalk, mortar, ready-mix concrete, concrete , It is a laying machine of asphalt concrete on the ground. The injector or syringe may be one of: a) a syringe, an injector, an injector, a grouter, a pressure syringe or injector, an injector associated with one or more of the perforators or supply paths, or a syringe associated with one or more of the perforators or supply paths; , b) or is a syringe of cracks, joints, ground, underground, underground, joints, static, dynamic, vibration, mortar, ready-mix concrete, concrete, ready-mix concrete in cracks, ready-mix concrete in the ground, buildings, structures, cracks in structures, or c) or The crack ~ structure crack is one of the injectors.

The sprayer is a) one of the nozzles, hoses, pipes, sprayers, sprayers, fountains, sprinklers, coaters, spray coating machines, sprayers, sprayers, sprayers associated with one or more of the perforators or feed channels, or b) or It is a sprayer for slope, slope, surface, ground, underground, underground, rotational, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, and ready-mixed concrete on slopes. The shotting machine, coating machine, or sprayer is a) a material, a certain substance, a pouring material, a spray, a coating, a paint, or a paint. A1) A surface, a surface, a ground, a slope, a concrete surface, a material, a building material, a facility, a building. , structures, facilities; a2) A face, surface, or exterior surface of one of the above faces or facilities; One or more of spraying, coating, painting, spraying coating, spraying painting, or b) or a shorting machine, coating machine, or painting machine connected to one or more of the storage or supply channels. The packaging machine is a packaging machine that packs materials on the pavement or road surface, or is a packaging machine connected to one or more of the storage or supply channels. The compactor is a) one of a compactor, compactor, weight compactor, roller compactor, drop compactor, form compactor, concrete compactor, cast-in-form concrete compactor, and compactor connected to one or more of the above boring machine or packaging machine, or b) or packaging. , dirt paving, road paving, asphalt paving, ground, underground, underground, rotation, static, dynamic, vibration, blade, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, and concrete in the ground.

The curing machine is connected to one or more of a) curing machine, water curing machine, underwater curing machine, air curing machine, aerial curing machine, solar curing machine, steam curing machine, spray curing machine, autoclave curing machine, and the above drilling machine or mixing machine. One of the curing machines, or b) or one of magnetized water or hexagonal water sprayed through a spray hose-type curer with a cone-equipped magnet embedded inside, onto one of the poured concrete, concrete materials, and concrete buildings to make poured concrete, concrete, and concrete. It is a curing machine that promotes the curing of materials or concrete buildings. The surface treatment machine applies one of a) water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating, or paint to a1) curing of poured materials, materials, facilities, buildings, and structures. , concrete water; a2) One side, surface, outer surface, exposed surface, or uneven surface of the cured or concrete object; is to treat, finish, smooth, or unevenly treat the surface of one of the curing machine or concrete by spraying it on one or more of the above, or b) or a surface treatment machine connected to one or more of the storage machine or curing machine. . The nozzle is a) a nozzle in which a magnet equipped with one or more of a cone, net, rod, frame, or spiral is provided inside or at the outlet, or b) or one of a porous body, a corrugated body, or a hollow body on which the magnet is mounted is installed inside. Or it is a nozzle provided at the outlet.

The drone 70 is one of drone 1, drone 2, drone 3, drone 4, and drone 5. The drone 1 is a drone that carries a sprayer on which a magnet is mounted and sprays magnetized material while moving, or is a drone that is equipped with a hollow body on which a magnet is mounted and pours pouring materials ejected from the hollow body, and the drone 2 rotates. It is a drone equipped with pouring equipment or a pouring machine on a main body that flies by wings, and the drone 3 is a drone that moves or is equipped with one or more of the cone mesh spiral, storage or surface processor, and wind compressor, and the drone 4 is a drone equipped with a driller on itself to drill boring holes for crack repair in high-rise buildings, a drone equipped with a supply line 25 or sprayer 26 to spray magnetized shotcrete on the slopes of high-rise buildings, and a drone equipped with a supply line 25 or sprayer 26 on itself to spray magnetized shotcrete on the slopes of high-rise buildings. (25) or a drone equipped with a sprayer (26) to remove tunnel dust by spraying magnetized spray water into the tunnel, or a drone equipped with a sprayer on its own to spread magnetized spray water in the air to clean the air, the drone 5 is a) a drone consisting of wings, rotary blades, propellers, four propellers, one of multiple propellers and a main body, b) a drone consisting of an upper wing and a lower main body, c) a downward drone for thrust for flight of the main body. A drone equipped with wings or propellers that generate one or more of downward and backward orientation flows, d) a drone flying upward by a downward flow that sends wind to the lower part of the main body, e) an orientation that sends wind to the rear of the main body a drone that flies horizontally by a flow, f) a drone that flies in three dimensions by one or more of the downward flow and directional flow, g) a motor that rotates one or more of the wings and propellers; The wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, and wind power generators connected to these wires; a drone with one or more of the following, h) a drone with a support provided on the propeller, i) a drone with a main body connected to and fixed to the support, j) the main body, a propeller; The upper and lower parts of the main body or propeller; j1) a solar cell that produces electricity by one or more of the sun, wind due to flight, the downward flow, and the directional flow while mounted on one or more of the following, j2) a rotating body, and a generator that produces electricity with its rotational force. A drone equipped with one or more, k) The generator produces electricity by forming a magnetic field by a central rotor (electromagnet) and a stator (iron core) surrounding the outside, l) The j2) The drone rotates in connection with the rotating body k) a drone equipped with a rotor (electromagnet), m) the drone equipped with a generator that produces electricity by rotation of the rotor (electromagnet), n) the rotating body; The outer periphery, upper, lower, upper outer periphery, lower outer periphery of this rotating body; A drone equipped with a conical hollow guide that is mounted on one or more of the above and allows one or more of the downward flow, directional flow, and wind to flow in, out, or inflow and outflow, o) a drone equipped with an inverter that converts the generated electricity into either direct current or alternating current. , p) A drone equipped with one or more of the wires, plugs, outlets, and power supplies that supply the generated electricity, q) or cameras, CCTV, imaging devices, filming devices, monitors, lights, lights, lanterns, flashing lights, lights, headlights. , It is one of the drones equipped with one or more of the following: lighting device, driver, regulator, controller, remote control, and remote controller.

The 3D printer 71 is one of 3D printer 1, 3D printer 2, 3D printer 3, 3D printer 4, 3D printer 5, 3D printer 6, and 3D printer 7. The 3D printer 1 is a 3D printer that moves one or more of the storage or surface processor, a 3D printer on which one or more of the storage or surface processor is mounted, and a 3D printer that moves in three dimensions while being mounted on a frame mounted around the ground or a new facility. It is one of the 3D printers equipped with a pouring machine, and the 3D printer 2 is equipped with a moving body or moving part 116 capable of three-dimensional movement (73) on a frame (72) and moves in three dimensions (73) while forming a mixing machine (22), It is a 3D printer that creates one (8) of facilities, buildings, and structures by pouring, spraying, or injecting one (1) of materials, mortar, ready-mix concrete, and concrete supplied from one of the supply channels (25), and 3D printer 3 is supported on the frame 72 and has two rails a (100) mounted on the upper left and right sides of the frame 72, and is mounted on each of these rails a and rotated by a motor a (101) to move back and forth along the rail a (1 Two rollers a (102) that move dimensionally (73), and a rail b (103) provided between the two rollers a, are mounted on the rail b and rotate by a motor b (104) along the rail b. One roller b (105) that moves left and right (its first dimension + the first dimension = two dimensions) (73), and a rotating body a (112) that is mounted on this roller b and rotates by a motor c (111). A vertical moving part 108 of one of a string, thread, belt, or chain that moves up and down (its first dimension + the second dimension = three dimensions) (73) while being wound or unwound, or the rotating body a (112) A vertical moving part 115 in the form of a bar is pressed and embedded between other rotating bodies b (113) positioned against it and moves up and down by being pushed or dragged by the rotation of the rotating body a, and is mounted on the vertical moving parts to create a three-dimensional It is a 3D printer that includes one or more of the moving pouring equipment 26, and the 3D printer 4 has a frame 72 on which a rail 100 is mounted, and an X-axis, a Y-axis, and a Z-axis along the rail 100. A moving body, a moving part, a head, and one of the cases of the head that move in a direction, and a plotter that is installed on one of the heads, moving bodies, moving parts, and cases and ejects the construction material (1) to form the 3D structure (8) Or, it is a 3D printer including a pourer 26 and a pump 23 that provides pressure to the floater or pourer to eject the material 1, and the 3D printer 5 has a pourer 26 mounted thereon. One of the mortar, ready-mixed concrete, and concrete that promotes curing through an accelerator or binder is circulated along the building shape or structure and moves continuously or as it rises in layers with a height of 5 to 30 cm. It is a 3D printer that performs building construction by intermittently pouring, and the 3D printer 6 repeatedly pours the building floor, first floor columns and walls, first floor slab, second floor column and wall, and second floor slab in the order of the nth floor. It is a 3D printer that constructs and ultimately completes the building by making the rooftop slab.

The 3D printer 7 performs a) ground boring for foundation installation, b) placing a reinforcing bar net on the moving part and inserting the reinforcing bar net into the boring hole, c) pouring foundation pile concrete into the boring hole through the pouring machine, and pouring the same. post-curing, d) transporting and assembling the building floor form and rebar by placing the form and rebar on the movable part, e) pouring the building floor concrete through the pouring machine, and curing it after pouring, f) form and rebar on the movable part, Carrying and assembling first-floor columns, wall templates, and rebar by mounting them; g) pouring first-floor columns and wall concrete through the pouring machine and curing them after pouring; h) elevating one or more of the moving bodies and pouring machines; i) ) Transporting and assembling the first floor slab form and rebar by placing the form and rebar on the moving part, j) Pouring the first floor slab concrete through the pouring machine and curing it after pouring, k) By placing the form and rebar on the moving part Transporting and assembling second-floor columns, wall frames, and reinforcing bars, ℓ) pouring second-floor columns and wall concrete through the pouring machine, curing them after pouring, m) elevating one or more of the moving bodies and pouring machines, n) the above It is a 3D printer that repeatedly performs one or more of the following: forming frames for n-story columns, walls, slabs, etc., transporting and assembling rebar, pouring concrete, curing after pouring, o) pouring final rooftop concrete through the pouring machine, and curing after pouring.

The wind compressor 50 is one of wind compressor 1, wind compressor 2, and wind compressor 3. Wind compressor 1 supplies compressed air to one or more of the storage, sprayer, nozzle, and 3D printer. Wind compressor 2 is a) a device that generates compressed air using wind; b) Or wind, a wing that rotates by this, the rotational force of this wing, a crank that rotates by this rotational force, a rod that is mounted on this crank and moves in a straight line, a piston that is mounted on this rod, and this piston reciprocates inside. A mechanism consisting of one or more of a moving cylinder, compression of the air inside the cylinder by the pushing force of the piston, compressed air generated by this compression, an outlet of the cylinder through which the compressed air is discharged, and a hose connected to the outlet; c) Wind compressors, wind screw compressors, and wind piston compressors that generate compressed air using a screw or rotating linear converter and piston connected to a rotating wind blade; is one of

The wind compressor 3 supplies one of compressed air, compressed material, compressed water, and compressed air (63) to: a) water, water, liquid, oil, energy, matter, material, material, object, body, material (1), material (1), underwater, underwater, river, pond, tank , tank, duct, tube, hose, pipe, hollow body, mixer (22), pump (23), supply line (25), storage tank, aeration tank, reaction tank, biological reactor, chemical reaction tank, in the air, indoors, factory, field, By injecting into any one selected from the atmosphere, indoor air, tunnel, tunnel site, dust air, and odorous air, one of air, oxygen, and bubbles is supplied to aerate, react, coagulate, oxidize, purify, and purify one of the water and odorous air. Improve one of water purification or cleanliness, or b) or inject into one of soil, mortar, ready-mixed concrete, or concrete (1) to create foamed soil, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight, with air or bubbles embedded in it. It is made of one of mortar, lightweight ready-mix concrete, and lightweight concrete.

Two or more configurations of the above punching machine or surface processing machine include configuration 1, configuration 2, configuration 3, configuration 4, configuration 5, configuration 6, configuration 7, configuration 8, configuration 9, configuration 10, configuration 11, configuration 12, configuration 13, configuration One or more of configuration 14, configuration 15, and configuration 16 are included. Configuration 1 includes a drilling machine and its mounted storage, hopper, mixer, pump, drone, transporter, supply channel, pourer, laying machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packaging machine, compactor, and mixing machine. It consists of one or more of , curing machine, and surface treatment machine, or in the order of two or more. Configuration 2 is composed of a) a driller, b) in addition to this, a storage unit, hopper, mixer, pump, drone, transporter or supply channel, and c) in addition to this configuration, a pourer, spreader, injector, syringe, sprayer, It consists of one of the following: a shotting machine, a coating machine, a painting machine, a packaging machine, a compaction machine, a mixing machine, a surface treatment machine, d) and a curing machine in addition to one of the above. The above configuration 3 is a) a drilling machine for drilling one of the ground, rock, or building, and b) a pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, and mixing machine equipped therewith. One of them, c) is composed of one or more of the following, or in the order of two or more, of storage, hopper, mixer, pump, drone, transporter, and supply route that supply materials to this one. Configuration 4 includes a) a storage unit, hopper, mixer, pump, drone, transporter, and supply route that stores, mixes, and supplies one or more of the materials; b) pouring, laying, injecting, injecting, spraying, and coating the materials; Pour machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packaging machines, compactors, mixing machines, curing machines that perform any of the following: painting, packaging, compaction, mixing, compressed water or compressed air supply, and curing. Two or more of the surface treatment machines are configured sequentially. Configuration 5 is a) a driller for drilling one of the ground, rock, or building, and a supply path for supplying bentonite slurry to the drilling machine, and b) an injector for injecting one of the mortar and concrete mixed in the mixer after the drilling into the drilling portion. It consists of one or more items or a sequence of two or more items. Configuration 6 involves pouring, placing, injecting, injecting, spraying, and coating one or more of the materials stored, mixed, pumped, transported, and supplied through one or more of a storage, hopper, mixer, pump, drone, transporter, and supply route. , pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packaging machines, compactors, mixing machines, and volumes that perform one or more of the following: painting, packaging, compaction, mixing, compressed water or compressed air supply, and curing. It is composed of two or more of the living machine and the cotton processing machine, or in the order of two or more. The above configuration 7 is a) a driller, b) in addition to one or more of the storage, hopper, mixer, pump, drone, transporter, and supply route, c) in addition to one or more of these, a pourer, spreader, injector, syringe, sprayer, shot It consists of one or more of a coating machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, a surface treatment machine, and d) a curing machine in addition to one or more of c) above.

The configuration 8 is a) a driller, storage, hopper, mixer, pump, drone, transporter, supply route, pourer, spreader, injector, syringe, sprayer, shotting machine, equipped with one or more of the cone mesh spiral or hexagonal machine, Coating machines, painting machines, packaging machines, compactors, mixing machines, curing machines, surface treatment machines; b) the perforator or surface treatment machine having a magnetization function by one or more of the cone mesh spiral or hexagonal machine; It is composed of two or more of them or in the order of two or more. In configuration 9, one of sand, cement, water, and admixture stored in one of the storage units (20) equipped with a magnet (10) is mixed by inputting one of the sand, cement, water, and admixtures into the mixer (22) through the hopper (21), and the mixed mixture, concrete, is mixed. It is pumped by the pump 23 and poured into the form 30 through the magnet embedded supply path 25 or the pouring machine 26, and during curing of the poured product, the magnetized curing water is poured through the magnetic embedded curing machine 26. Spray to promote curing, demold the mold 30 after curing, and spray a magnetized coating or paint agent on the surface of the material through a magnetic coating machine or sprayer 26 to coat or paint the material. It consists of the storage, hopper, mixing machine, pump, supply channel or pouring machine, curing machine, coating machine or sprayer. In configuration 10, the raw materials stored in the storage are put into the mixer through a hopper, mixed in the mixer, pressurized through a pump, poured into a mold through a pourer, and cured within the mold with a curing machine, spray curing, steam curing, and autoclave. It consists of the storage, hopper, mixing machine, pump, pouring machine, and curing machine that dismantles the mold after curing to manufacture one of columns, piles, and piles.

In configuration 11, one or more of sand, cement, water, and admixtures stored in the magnet 10 embedded storage 20 are mixed by adding them to the magnet embedded mixer 22 equipped with a cone through the hopper 21, and the mixture is magnetized. One of mold mortar, ready-mix concrete, and concrete (1) is pumped by the pump (23) and poured into the mold (30) for building construction through the magnetic insertion supply path (25) or pouring machine (26), etc. During curing of the poured product, curing water is sprayed through the curing machine (26) to promote curing, and after curing, the mold (30) is demolded, and a coating agent is applied to the surface of the building facility through one or more of the coating machine and the spray machine (26). , It is composed of the storage, hopper, mixing machine, pump, supply route or pouring machine, curing machine, coating machine, and painting machine, which creates a phytoncide building by spraying one or more of the paint agents, coating, and painting. In configuration 12, one or more of sand, cement, water, and admixtures stored in the storage 20 embedded in the cone-equipped magnet 10 are introduced into the magnetized mixer 22 in which the magnet-equipped cone is embedded through the magnet-equipped hopper 21. and mix, and transport one of the mixtures (magnetized asphalt concrete, ready-mixed concrete, and concrete (1) by the pump (23) to the ground, road, The storage, hopper, mixer, pump, and supply route are laid on one of the pavements, compacted with a compactor, and then sprayed with magnetized curing water through a hose-type curing machine (26) equipped with a magnet to promote curing to build a phytoncide road, It consists of a laying machine, a compactor, and a curing machine. In configuration 13, one or more of sand, cement, water, and admixtures stored in the cone-embedded storage 20 equipped with the magnet 10 are fed into the mixer 22 in which the cone-equipped magnet is embedded through the cone-embedded hopper 21 equipped with the magnet. are mixed, and one of the mixtures (magnetized mortar, milk, chemical solution, suspension, and slurry (1)) is pumped by the pump (23) to the cone-equipped magnet embedded supply path (25) and the hollow rod-type magnetized injector (26). It consists of the storage, hopper, mixer, pump, supply channel, and injector that improves the ground by spraying or injecting into the ground through ).

In configuration 14, one or more of sand, cement, water, and admixtures stored in the magnet 10 embedded storage 20 are mixed by adding them to the magnet embedded mixer 22 equipped with a cone through the hopper 21, and the mixture is magnetized. The above-described method of reinforcing the excavation surface by pressurizing the molded mortar (1) by the pump (23) and pouring phytoncide shotcrete (1) on the tunnel excavation surface using the sprayer (26) through the supply passage (25) provided with a magnet-embedded hollow body. It consists of a storage unit, hopper, mixer, pump, supply channel, and sprayer. In configuration 15, one or more of sand, cement, water, and admixtures stored in the storage 20 are mixed by inputting them into a magnetic mixing machine 22 equipped with a cone through the hopper 21, and the magnetized green soil material and seed that are the mixture are mixed. At least one (1) of the spray materials is pumped by the pump (23) and sprayed onto the slope through the sprayer (26) installed at the rear end of the supply path (25) equipped with a cone-equipped, magnet-embedded tube. It consists of the storage, hopper, mixer, pump, supply channel, and sprayer, which reinforces the slope by pouring one or more (1). In configuration 16, one or more of sand, cement, water, and admixtures stored in the storage 20 are mixed by injecting them into a cone-embedded mixer 22 with a magnet through a magnet-embedded hopper 21, and the mixture is a magnetized type. Concrete (1) is pumped by a pump (23) and cured by pouring it into the formwork of a facility using a pouring machine (26) through a supply path (25) equipped with a magnet-embedded hollow body, and during curing through a magnet-embedded hose-type curing machine. It is characterized by being composed of the storage, hopper, mixer, pump, supply path, pouring machine, and curing machine for accelerated curing by spraying magnetized curing water or hexagonal curing water, and then demolding the mold to build the phytoncide facility.

An embodiment of the equipment of the present invention is equipment equipped with a cone mesh spiral, and is used for construction work using a 3D printer, building construction using a pouring machine or a drone-mounted pouring machine, and river aeration for injecting airflow pouring material into the river using a sprayer. Work or river purification work, injection work to inject the pouring material into the ground using an injector, mixing work to mix the pouring material into the ground using a rotary mixer, pouring material (1) containing a reactive agent or coagulant is placed using a magnet. The 3D printer, pouring machine, drone-mounted pouring machine, sprayer, and injector are used to aerate or flocculate the contaminated water (121) in the tank by putting it into the tank (120) in which the hollow body with embedded cone (13) is installed. , rotary mixer, or hollow body. The condensation 122 of the contaminated water sinks down and is taken out, and the purified water 123 is discharged to the outside as fine foreign substances are filtered out through the filter 124, and is recycled or discharged 125. It is characterized by

Examples of the materials of the present invention include cone wire; Toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal water machines; It is a material produced by equipment equipped with one or more of the following. The equipment is composed of two or more of a storage unit, a hopper, a mixer, a pump, a supply channel, a pouring machine, a curing machine, a coating machine, a painting machine, and a surface treatment machine, and the storage unit is equipped with a cone wire spiral or the magnetizer therein. It stores the materials included in the material, and the hopper is provided with the tube at the inlet and inputs the material into the blender, and the blender is provided with the hexagonal waterer inside or the hose at the outlet and mixes the materials. The pump is provided with the pipe at the outlet and pumps the blended mixture, and the supply channel or pouring machine is provided with the magnetizer inside or the hollow pipe at the inlet and pours the blend into the mold, The curing machine is equipped with the hollow body at the outlet and sprays curing water on the poured product to cure the poured product. After the curing, the mold is demolded, the material cured by the demold is formed, and the surface The processor is equipped with the magnetizer to treat the surface of the material, the coater is equipped with the tube or hexagonal water at the inlet and sprays a coating agent on the surface of the material to coat it with a coating agent, and the sprayer is equipped with the pipe or hexagonal water at the outlet. While the magnetizer is provided, the surface of the material is sprayed and painted with a painting agent, and the cone mesh spiral is x, y or z as shown below, and the material is a) mortar, milk, chemical solution, suspension, slurry, mixture, Ready-mix concrete, asphalt concrete, concrete, paste, plaster, beam, wall, board, pipe, tile, brick, block, mat, board, girder, slab, culvert, box, tank, manhole, Hume pipe, water tank, foundation, pillar, pile, Piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the beam or construction material containing or curing one of the mortar or plaster; c) or any material, material or raw material of construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior, remodeling, facility, building, structure or facility. , the mortar to construction materials; It is characterized by being one of the following.

An example of the hollow body of the present invention is a hollow body provided with a cone mesh spiral, and the hollow body includes a barrel, tank, box, tank, tube, hose, pipe, hollow tube, hollow cylinder, hollow sphere, hollow body, and hollow body. One of the hollow body is provided with one or more of a connecting means (99), an inclined pipe (95), an injector (91), and a check valve (92), and the connecting means is one end, both ends, and a middle of the hollow body. It is mounted on one or more of the following, and the inclined pipe is a) mounted on the side of the hollow body, b) or while being mounted, b1) inclined with respect to the side of the hollow body, inclined at 1 to 89 degrees; b2) or an interior angle (90 degrees or less) with respect to the flow direction of the material flowing through the hollow body; The injector is installed in one of a) the side of the hollow body, or b) or the additive 90 flows in while being mounted, and the side is one of the side, the outer side, the outer side, the outer side, one side, and both sides. One, the check valve includes: a) a one-way open valve that prevents the material inside the hollow body from flowing out to the outside through the inclined pipe or injector; b) allowing additives to flow into the hollow body through the inclined pipe or injector, and conversely preventing materials inside the hollow body from flowing out to the outside through the inclined pipe or injector; c) or consisting of a valve stopper (93), a valve (94) pressed against or spaced apart from this stopper, and a spring (92) that presses the valve against the valve stopper; One of the following, the cone net frame spiral is It is characterized in that the condenser spiral is a spiral that performs one of vortexing, aeration, and agitation of the material passing through.

For example, the material of the present invention is a material manufactured using one or more of a certain equipment and a material that has passed through this equipment, and the equipment includes a cone mang bon frame spiral; Toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal water machines; One or more of the following are provided, and the equipment consists of two or more of the following: storage, hopper, mixer, pump, supply line, pouring machine, curing machine, coating machine, painting machine, and surface treatment machine, and the materials include water, Water, liquid, oil, medicine, energy, substance, agent, ash, sol, gel, substance, mortar, milk, material, ready-mixed concrete , paste, plaster, and concrete, and one of the materials, water, or concrete contains one of the following ①, ②, and ③, and the ① includes Ca, Mg, Si, Fe, and Me. , Al, K, Na, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl , KNaSiAl, and ② is one or more of resin, waste waste, minerals, red clay, fiber, latex, microorganisms, by-products, slag, expanding agent, phytoncide, zeolite, and geopolymer, and ③ is one of Ca to KNaSiAl. It is one or more of the resin or geopolymer containing the above, and the material is characterized in that it is one of the mortar or construction material.

Examples of the construction of the present invention include: a) drilling machine, storage unit (20), hopper (21), mixer (22), pump or pressurizer (23), transportation machine (24), feeder or supply path (25), pouring machine (26) ), equipment consisting of two or more of the following, spreader, injector, syringe, sprayer, shotting machine, coating machine, sprayer, packaging machine, compactor, mixing machine, curing machine, and surface treatment machine, or two or more of them in random order; b) Equipment configured as described above with one or more of a nozzle, drone, and 3D printer added; c) Equipment on which a wind compressor is installed as configured and added above; d) Materials that have passed through the above equipment; The construction is carried out using one or more of the above, and the following is the same as the above description, and the construction is characterized in that it is one of construction, pouring construction, facility construction, construction construction, building construction, tunnel construction, road construction, and ground construction. do.

Examples of the purification of the present invention include a hollow body equipped with a cone mesh spiral; A sprayer equipped with a cone-mangbon frame spiral or the hollow body; Materials that have undergone one of these; One or more of the following is used to purify, 1) the sprayer performs one of spraying, spraying, underwater spraying, aerial spraying, and dust removal spraying of a certain material, or injects air material into the river, 2 ) The hollow body 13 is built into a certain tank 120, and the material 1 containing at least one of a reactive agent and a coagulant is introduced into the tank through the hollow body, and the contaminated water in the tank 121 ) becomes one or more of aeration and coagulation, and the condensate 122 of the contaminated water sinks downward and is taken out, and the purified water 123 is filtered out with fine foreign substances through the filter 124, and is It is discharged to the outside and recycled or discharged (125), 3) the cone mesh spiral is x or y or z as shown below, 4) is the same as above, and 5) by one or more of the sprayer, hollow body, and material. It is one or more of purification, facility purification, river aeration, and water purification, and 6) the purification is characterized in that it is one of purification, facility purification, river aeration, and water purification.

According to Example a, the equipment of the present invention includes: a) a magnet equipped with a cone mesh spiral; b) a porous body, wave body, or hollow body on which the magnet is mounted; c) a nozzle, pourer, sprayer, or injector in which one of the magnets or hollow bodies is mounted inside or at the outlet; d) a drone or 3D printer that moves one of the magnets or injectors; e) a drone that mounts the sprayer on itself and sprays magnetized materials while moving; f) a 3D printer that moves the pouring machine by mounting it on its own plotter; g) a drone provided with the hollow body and pouring the pouring material ejected from the hollow body; h) a 3D printer equipped with the hollow body-equipped pouring machine on its own plotter and pouring the pouring material sprayed from the pouring machine; i) a wind compressor that supplies pressure to one of the hollow body or 3D printer through a hose; j) A solar generator or wind generator that supplies electricity through a wire to one of the magnets, a 3D printer, a coil of an electromagnet, which is one of the magnets, and a motor that rotates the drone's wings; Equipment for pouring one of the following: magnetization, vortex, magnetization vortex, which is provided with one or more of the following, or has undergone one or more of the following:

1) The cone mesh spiral is a) a cone; b) or two or more of cones, nets, rods, frames and spirals; One of these is a cone net, a cone net, a contle, a cone spiral, a cone net, a cone net, a cone spiral, a cone, a cone spiral, a cone spiral, a cone net, a cone spiral, a cone net, a cone net, a cone spiral, a cone spiral, a cone net, a cone wire, a cone spiral, a cone net. Spiral, Conmangbonteul Spiral; c) two or more of the cones or helices connected in multiple numbers; One of these is Conmang Bongtle Spiral-Conmang Bongtle Spiral, Conmang Bong-twin Spiral-Conmang Bongtle Spiral, Conmang-bongtle Spiral-Conmangbong-twin Spiral, Conmang Bongtle Spiral-Conmang-bongtle Spiral; d) Cone-network helix combination, Cone-Network-spiral, Cone-Network-helix, Connetwork-Bongtle spiral, Connetwork-Bongtle-spiral, Cone-Network spiral, Cone-Network spiral, Cone-Network-Bongtle spiral, Cone- Network-rod-frame spiral, cone-mesh-rod-frame-spiral; e) Combination of cone net spirals, helix before cone net, helix after cone net, helix over cone net, helix under cone, helix after cone below cone, spiral after cone after cone, helix on cone above cone. , Helix before Conmang and Bongteul; f) Combination of cone-network spirals, combination of cone-network-cone spirals, combination of cone-Network-spirals, combination of cone-Network spirals, combination of cone-network-bond-frame-spirals; g) Cone-shaped or porous cone-shaped spiral with porous holes formed; h) a cone, a cone-shaped net located inside the cone, a rod mounted inside the net, a cone-shaped frame located outside the cone with all holes larger than those of the net, and the cone , a structure consisting of a helix located on one side of one of the nets and frames; i) a cone where the pouring material overflows the outer slope and flows into the inner slope, creating a vortex; A net in which the pouring material swirls as it passes through its holes; A rod that swirls as the pouring material collides with it; a frame in which the pouring material swirls as it passes through its lattice holes larger than the fine size; A structure of a spiral in which the pouring material swirls and flows;

j) j1) One or more cones, nets, rods, frames, spirals, cones, nets, cones, cones, spirals, nets, cones, cones, spirals, cones and cones; j2) Before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one side, both ends, part, one side, both sides, part, part, point, 1 point, 2 points, multi-point, multi-point, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, nearby, nearby, entrance, middle, outlet, front, back, front, back, side, 1-way, 2-way, 3-way, 4-way, forward to flow or forward to pour material flow; Provided in one or more of, configuration, mounting, installation, location, arrangement, combination, fastening, combination, connection, row position, five row position, intersection position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, One or more of the cones or cone-shaped spirals arranged in either a checkerboard arrangement or a zigzag arrangement;

k) One of the pouring materials, raw materials, and materials that are one of the above-described arrangements or zigzag arrangements and pass through the cone mesh spiral is in contact, facing, or colliding with the cone mesh spiral, and one of the pouring materials, raw materials, or substances is Agitation, aeration, vortex, magnetization, hexagonalization, undulation, pulsation, cavitation; one of these enhances, elevates, promotes, doubles; The cone or cone mangbongtle spiral that makes one of; is one of,

2) The cone or the cone included in the cone cone frame spiral is a) cone, cone, cone, cone, hat, cone net, mancone, cone bong, bong cone, cone cone, cone cone, protruding cone, inclined cone, double cone, multiple cone Cone, spiral cone, porous cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone helix, post-spiral cone, cone-helix, double-helix cone, cone with spiral, cone with cone. , one-side apart cone, two-side apart cone, network spiral, cone network cone, cone network spiral, cone network spiral, cone cone spiral, cone network cone, cone cone spiral, cone network helix, cone net spiral; b) A cone with an inclination angle of 1 to 89 degrees, a spaced cone with a spacing range between the outer diameter and the inner diameter, a cone with a hollow diameter on one side 1.1 to 5.0 times the hollow diameter on the other side, and a length of 0.1 to 0.8 of the length of one of the magnets or plural magnets. A cone with a cross-sectional area of 0.1 to 10.0 times the hollow diameter on one side, a cone with a cross-sectional area of the hollow body on one side 0.05 to 0.9 times the internal cross-sectional area of the hollow body, or a cone with a cross-sectional area of 1.1 to 10.0 times the cross-sectional area of the magnet,

3) The above magnets are a) magnets, group of magnets, electromagnets, twin magnets, bar magnets, plate magnets, atomic magnets, hexagonal magnets, magnet bodies, magnetic bodies, magnetized bodies, magnetized bodies, wave bodies, magnetized bodies, magnetic field bodies, and hexagonal hydrous bodies. , magnetized wave body, magnet equipment, magnetized energy body, double magnet, bunch magnet, multi-type magnet, composite magnet, nanomagnet, superconducting magnet, lining magnet, magnetosome, magnetic bacteria, S-pole N-pole magnet, N-pole S-pole Magnet, S-pole N-pole/S-pole N-pole magnet, N-pole S-pole/S-pole N-pole magnet, S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, electromagnet with a coil wound around an iron core, solenoid Electromagnets, mounted non-magnets, vortex-type mounted non-magnets, magnetic materials lined with magnets, two or more magnets with the same or different magnetic forces; b) the above magnets or multiple magnets having a single magnetic force or a total magnetic force of 1000 to 20,000 Gauss; c) at least one of the magnets or plural magnets is embedded, covered, or lined; d) the magnet or plural magnet in which two or more of the magnet or holder non-magnet are combined; e) A magnet or magnetic material inserted through the central passage of the cone; f) A magnet or magnetic material having an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or inner cross-sectional area of the hollow body; It is characterized by being one of the following.

According to embodiment b, the equipment of the present invention has the following components: a) a1) a net is placed after the cone, a2) a rod is placed after the net, a3) a frame is placed after the rod, and a4) a spiral is placed after the frame. , a5) a magnetic material is mounted on one or more of the cone, net, rod, frame, and spiral, and a6) a cone net, rod, frame, and spiral formed by mounting a wave body on the magnetic material; b) or b1) a frame is mounted before or after the spiral, b2) a net is mounted on one side of the frame, b3) a rod is mounted inside the mesh, b4) a cone is inserted into the rod, b5) A magnetic material is mounted on one or more of the cone, net, rod, frame, and spiral, and b6) a cone net, rod, frame, and spiral formed by mounting a wave material on the magnetic material; c) or c1) the cone is porous with porous holes, c2) the net is a net 48 with holes smaller than the hole size of the frame 46, and c3) the rod is inclined or c4) the frame is a cone-shaped frame with porous holes formed therein, and c5) the spiral is a spiral that performs one of vortexing, aeration, and agitation of the material passing through it; d) Tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, and hexagonal water devices formed by being provided with the cone mesh spiral; Characterized in that one or more of the following is used or included.

According to Example c, the material of the present invention includes: A) a) Conmangbon frame spiral described in Example b above; b) Conmanbontle spiral; c) Conmanbontle spiral; and d) tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, and hexagonal water machines equipped with the cone network frame spiral; e) a storage unit (20), a hopper (21), a mixer (22), a pump or pressurizer (23), a transporter (24), a feeder or a supply path (25) equipped with one of the cone network frame spiral, tube or hexagonal receiver. , pouring machine (26), sprayer, injector, syringe, shotting machine, coating machine, painting machine, laying machine, packaging machine, mixing machine, compactor, curing machine, surface treatment machine; f) One of the following concretes is sequentially stored, poured, mixed, pressurized, transported, supplied, poured, sprayed, injected, shot, coated, painted, placed, packed, mixed, compacted, cured, and treated. The storage unit and cotton processing machine become one; g) Equipment, manufacturing equipment, construction equipment, purification equipment consisting of two or more of the above storage or cotton processing machines in sequential or random order; h) Water, water, liquid, oil, medicine, energy, Go (固), agent (劑), material (材), sol, gel, substance, mortar, milk, material, ready-mixed concrete, paste, plaster, concrete; i) In addition to the above, Ca, Mg, Si, Fe, Me, Al, K, Na, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, The water to concrete containing one or more of MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, and KNaSiAl; j) In addition to the above-mentioned water, the water to concrete containing one or more of resin, waste waste, minerals, red clay, fiber, reinforcing material, nanomaterial, latex, microorganisms, by-products, slag, expanding agent, phytoncide, zeolite, and geopolymer; k) the water to concrete containing at least one of the resin to geopolymer containing at least one of the Ca to KNaSiAl; One or more of the above is used or included in the composition, or B) or one of the water or concrete is magnetized, fluidized, stored, put in, mixed, pressurized, transported, supplied, poured, A material composed of one or more of injection, injection, spraying, compaction, mixing, curing, and surface treatment, and the material includes a) mortar, milk, chemical solution, suspension, slurry, mixture, ready-mixed concrete, asphalt concrete, concrete, paste, and plaster. , beam, wall, board, pipe, tile, brick, block, mat, board, girder, slab, culvert, box, tank, manhole, hume pipe, cistern, foundation, column, pile, pile, pier, caisson, lining, segment , interior materials, exterior materials, construction materials; b) the beam or construction material containing or curing one of the mortar or plaster; c) or any material, material or raw material of construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior, remodeling, facility, building, structure or facility. , the mortar to construction materials; It is characterized by being one of the following.

According to Example 4, the facility of the present invention is a facility constructed according to A) and B) described in Example c, and the facility includes a house, dam, foundation, pile, ground, slope, house, building, road, and sidewalk. , pavement, embankments, bridges, tunnels, retaining walls, ports, facilities, structures, facilities, apartment complexes, manufactured homes, canopy buildings, canopy homes, mobile homes, container homes, farm buildings, plant farm buildings, water treatment facilities, wastewater treatment facilities. , It is characterized as being one of the purification facilities.

In the manufacturing method of the present invention, according to Example e, A) a) a cone net sewing machine spiral described in Example b, or b) a cone mesh sewing machine spiral, or c) a cone mesh sewing machine spiral is formed, and d) the cone mesh sewing machine spiral is formed. It is mounted on one of a tube, hose, pipe, hollow pipe, hollow body, magnetizer, or hexagonal water machine, e) one of the cone mesh spiral, tube, or hexagonal water machine is a storage 20, a hopper 21, and a mixer 22. ), a pump (23), a transporter (24), a supply line (25), a pourer (26), an injector, a mixer, a compactor, a curing machine, and a surface treatment machine, and f) the storage or surface treatment machine. At least two of them are equipped with equipment configured in the above-mentioned order or in no order, f) f1) materials are stored in the storage 20; f2) Materials are introduced into the mixer 22 by the hopper 21; f3) materials are mixed by the mixer 22; f4) the material is pressurized, conveyed, pumped, supplied, and provided by the pump 23; f5) Materials are transported, transferred, supplied, and provided by the transporter 24; f6) Materials are supplied and provided through the supply channel 25; g) g1) pouring, injection, grouting, pouring into a form, pouring at the factory, pouring at the site, pouring for foundation construction by the pouring machine 26; g2) Injecting the material into the ground using the injector; g3) The material is compacted and ground compacted by the compactor; g4) mixing and underground mixing of materials by the mixer; g5) Curing the poured material by the curing machine; g6) surface treatment of the cured product after curing by the surface treatment machine; It becomes one or more of manufacturing, material manufacturing, ready-mix concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, or pile manufacturing, or

B) or a) the water or concrete that has passed through one or more of the condenser frame spiral, tube or hexagonal water machine, storage tank or surface treatment machine, and equipment; b) the water to concrete containing at least one of the Ca to KNaSiAl in addition to the roughening; c) the water or concrete containing at least one of the resin or geopolymer in addition to the roughening; d) the water or concrete containing at least one of the resin or geopolymer containing at least one of the Ca to KNaSiAl; One or more of the following is used or included in manufacturing, material manufacturing, ready-mix concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, or pile manufacturing, or

C) Or, one of the water or concrete is magnetized, fluidized, stored, put in, mixed, pressurized, transported, supplied, placed, injected, injected, sprayed, compacted, mixed, cured by one or more of the condenser frame spiral or equipment. , It is characterized by one or more of surface treatment and being one of manufacturing, material manufacturing, ready-mix concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, and pile manufacturing.

According to Example f, the construction method of the present invention is construction, pouring work, facility work, construction work, building work, tunnel work, road work, and ground work by A), B), or C) described in Example e. It is characterized by being one of the construction projects.

According to Example 7, the purification method of the present invention is prepared by using a) a condensed wire spiral as described in Example b; or b) a conglomerate spiral; or c) a conglomerate spiral is formed; and d) the cone mesh spiral is mounted on one of a tube, hose, pipe, hollow tube, hollow body, magnetizer, or hexagonal receiver, e) one of the cone mesh spiral, tube, or hexagonal receiver is in a storage 20, Hopper (21), mixer (22), pressurizer or pump (23), transporter (24), feeder or supply path (25), pourer (26), sprayer, injector, syringe, shotting machine, coating machine, painting machine. provided in one or more, f) two or more of the storage units or sprayers are equipped with equipment configured in the above-mentioned order or random order, g) g1) materials are stored in the storage unit 20; g2) Materials are introduced into the mixer 22 by the hopper 21; g3) mixing the ingredients by the mixer 22; g4) the material is pressurized, pressured, pumped, supplied, or provided by the pressurizer or pump 23; g5) Materials are transported, transferred, supplied, or provided by the feeder or transporter 24; g6) Materials are supplied and provided through the supply channel 25; It is one or more of the following, h) h1) the material is poured, poured, injected, poured underwater, poured on site, poured for purification by the pouring machine 26; h2) Injecting material into the river by spraying, spraying, underwater spraying, aerial spraying, dust removal spraying, or airflow material by the sprayer; h3) Injection, underwater injection, or air injection of the material by the injector; h4) Shorting and knocking of the material by the shorting machine; h5) Material is coated by the coating machine, surface coating; h6) the material is painted or shaved by the sprayer; It becomes one or more of the following: purification, facility purification, river aeration, or water purification.

B) or a) the water or material that has passed through one or more of the condenser wire, tube or hexagonal water machine, storage tank or sprayer, or equipment; b) the water or material containing at least one of the Ca to KNaSiAl in addition to the roughening; c) In addition to the above, catalysts, ions, air, pressure, bubbles, oxygen, hydrogen, nitrogen, carbon, drugs, drugs, medicinal materials, chemical solutions, red clay, ozone, enzymes, yeast, microorganisms, nutrients, photocatalysts, cations, anions, Enzyme, aerobic agent, anaerobic agent, activator, carbonating agent, cleaning agent, reactive agent, adsorbent, coagulant, sterilizer, disinfectant, fragrance, antibacterial agent, foaming agent, decontamination agent, phytoncide, germ remover, decontamination remover, odor remover, atopy remover, The water or material containing one or more of an environmental hormone remover, a sick building syndrome remover, a pump compressor, a blower compressor, and a wind compressor compressor; d) the water or material containing at least one of the catalyst or wind compressor containing at least one of the Ca to KNaSiAl; One or more of the following is used or included to become one of purification, facility purification, river aeration, and water purification.

C) Or, one of the water or materials is magnetized, fluidized, stored, injected, mixed, pressurized, transported, supplied, poured, injected, sprayed, or purified by one or more of the condenser spiral or equipment. It is characterized by being one of purification, river aeration, and water purification.

Embodiment 1 of the present invention is A) a magnet, an electromagnet with a coil in the iron core, which pours, sprays, etc. the poured material through which the poured material touches, flows, passes, etc.; b) a condenser frame on which the magnet or electromagnet is mounted; c) A device (this includes a tank, barrel, box, tank, tube, pipe, hollow tube, hollow body, etc.) or hollow body on which one of the magnets, electromagnets, and conduit frames is mounted; d) A drone or 3D printer equipped with or moving one of the magnets, electromagnets, condenser frame, mechanism, and hollow body; e) a wind compressor that supplies pressurized air (compressed air) to one or more of the magnet, electromagnet, conduit, mechanism, hollow body, drone, and 3D printer; f) Or a solar generator or wind generator that supplies electricity to one of the above devices, drones, 3D printers, electromagnets, and coils; provided with one or more of; Equipment, pouring equipment, magnetizing equipment, magnetized pouring equipment, magnetized vortex pouring equipment,

B) Or magnetization (by the magnet, etc.), eddy current (by the magnet, etc.) through one or more of the magnet, electromagnet, cone net frame, mechanism, hollow body, drone, 3D printer, (by the magnet, cone net bee frame) ) a) pouring material of one of the magnetized vortices; its contents; b) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one of them (one of Ca to CaFe) or more agent, material, ion, component, element, element, substance , reactants, combinations, inclusions, nano-materials, resin products, by-products, carbon materials, fibers, catalysts, fiber products, latex products, bio products, phytoncide products (one or more of Ca to phytoncide products) ) The pouring material or inclusions contained therein (one of the magnetization, vortex, and magnetized vortex, and its inclusions); This is poured; This relates to eco pouring equipment, which is characterized as being one of equipment, pouring equipment, magnetizing equipment, magnetized pouring equipment, and magnetized vortex pouring equipment.

Examples of Example 1 include: A) a) an electromagnet-mounted cone network frame with a coil wound around an iron core; c) the hollow body for holding the cone net frame; d) a drone or 3D printer equipped with or moving the hollow body; e) a wind compressor that supplies pressure to the hollow body; f) or a solar generator or wind generator that supplies electricity to the coil; This includes pouring equipment equipped with one or more of the following, B), or pouring equipment in which the magnetized eddy current pouring material that has passed through the cone mesh mold or hollow body is poured.

The above-mentioned magnets, magnetic materials, electromagnets, conduit molds, instruments, hollow bodies, drones, 3D printers, equipment, pouring equipment, magnetizing equipment, magnetizing pouring equipment, magnetized eddy current pouring equipment, etc. allow the pouring material to contact, flow, pass through, or pass through the pouring material. It plays a role in magnetization, pouring, etc. The above equipment, pouring equipment, magnetization equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc. include hoses, nozzles, and sprayers for pouring pouring materials, supply channels or supply lines for supplying pouring materials, and providing or introducing pressurized pouring materials to these. It is possible to basically provide a pump and a storage unit to provide or inject the pouring material.

In the present invention, electricity refers to a) electricity, power, power, power source, switchboard, outlet, plug, charger, rechargeable battery, dry cell, battery, KEPCO Power, KEPCO Electric, commercial power, commercial electricity, incoming power, incoming electricity, generator electricity, Solar generator electricity, wind generator electricity, power supply, power supply, b) or equipment, substances, objects, pumps, compressors, electromagnets, coils of electromagnets, pouring equipment, storage, mixer, pressurizer, feeder or supply path, pouring belonging thereto. This includes electricity supplied to machines, sprayers, injectors, syringes, shotting machines, coating machines, painting machines, laying machines, packaging machines, mixing machines, compactors, curing machines, and surface treatment machines.

Example 2 is A) a) Conmang Bongtle Spiral; b) One of these is b1) a cone, a cone-shaped net located inside the cone, a rod mounted inside the net, and a cone-shaped frame located outside the cone with holes larger than those of the net. and, a structure consisting of a spiral located on one side of one of the cone, net, and frame; b2) One or more of the cones, nets, rods, frames, and spirals with a shape different from its own term or shape; b3) Cone-shaped or porous cone-shaped spiral with porous holes formed; b4) Or one or more of cones, nets, rods, frames, and spirals that have a shape different from the term itself; b5) or a cone in which the pouring material overflows the outer slope and flows into the inner slope, creating a vortex; A net in which the pouring material swirls as it passes through its holes; A rod that swirls as the pouring material collides with it; a frame in which the pouring material swirls as it passes through its grid holes larger than the fine size (this is because the grid holes of the frame are larger or have larger particle diameters than the hole holes of the mesh); A structure of a spiral in which the pouring material swirls and flows; One of the (a) condenser spiral, b1) component, b2) member, b3) condenser helix, b4) member, b5) member) is mounted or a magnet mounted on one, the magnet is lining A magnetic material, an electromagnet with a coil wound around an iron core, or two or more magnets with the same or different magnetic force;

b) a magnet or electromagnet embedded in or attached to one of the cones, nets, rods, frames, spirals, components, fixtures, cones, rods, spirals, or a central passage thereof (in the one central passage); (Here, the cone, net, rod, frame, and spiral are one of the cones, net, rod, frame, and spiral that make up the cone network, rod, frame, and spiral. One of the cones, net, frame, and spiral, or a magnet or electromagnet in the central passage thereof, (can be embedded or attached), c) one of the magnets or electromagnets (a) a magnet, a magnetic material lined with a magnet, an electromagnet with a coil wound around an iron core, two or more magnets with the same or different magnetic force; b) either a magnet or an electromagnet) a holding device or hollow body; d) A drone or 3D printer that is equipped with or moves one of the magnets, magnetic substances, electromagnets, mechanisms, and hollow bodies, or pours the pouring material by the equipment; e) A wind compressor that supplies pressurized air (compressed air) to one or more of the magnets, magnetic substances, electromagnets, cones, nets, frames, spirals, components, cone mesh spirals, mechanisms, hollow bodies, drones, 3D printers, and pouring materials; f) or a solar generator or wind generator that supplies electricity to one or more of the above devices, drones, 3D printers, electromagnets, and coils thereof; Equipment equipped with one or more of the following, pouring equipment, magnetizing equipment, magnetized pouring equipment, magnetized vortex pouring equipment,

B) Or magnetization (by the magnet, electromagnet, magnetic material, etc.) through one or more of the magnet, magnetic material, electromagnet, device, hollow body, drone, 3D printer, (the cone, net, rod, frame, spiral, configuration, a) a pouring material of one of the vortices (due to the above-mentioned magnets, electromagnets, magnetic substances, cones, nets, rods, frames, spirals, components, assemblies, cone-shaped rods, etc.), and magnetized vortices (due to the above-mentioned magnets, electromagnets, magnetic materials, cones, nets, rods, frames, spirals, components, assemblies, cone-shaped rods, etc.); its contents; b) or one or more of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, agent, material, ion, component, element, element, substance, reactant, combination, inclusion Contains one or more of water, nano material, resin material, by-products, carbon material, fiber material, catalyst material, fiber water, latex water, bio material, and phytoncide water. Equipment, pouring equipment, magnetization where the pouring material or containing material is poured. This relates to eco pouring equipment, which is characterized as being one of equipment, magnetized pouring equipment, and magnetized vortex pouring equipment.

The example of Example 2 is A) a) a magnet or electromagnet on which a spiral wire is mounted; b) a magnet or electromagnet embedded in or attached to the cone mesh spiral or embedded in or attached to the central passage of the cone mesh spiral; c) a fixture or hollow body holding one of the above magnets or electromagnets; d) a drone or 3D printer equipped with the hollow body and pouring the pouring material; e) a wind compressor that supplies pressure to the hollow body; f) Or a solar generator or wind generator that supplies electricity to the coil of an electromagnet; pouring equipment equipped with one or more of; B) Or, this applies to pouring equipment in which pouring materials that have passed through one or more of the above magnets, magnetic materials, electromagnets, instruments, hollow bodies, drones, and 3D printers are poured. The above-mentioned magnets, magnetic materials, electromagnets, conduit molds, instruments, hollow bodies, drones, 3D printers, equipment, pouring equipment, magnetizing equipment, magnetizing pouring equipment, magnetized eddy current pouring equipment, etc. allow the pouring material to contact, flow, pass through, or pass through the pouring material. It plays a role in magnetization, pouring, etc. The above equipment, pouring equipment, magnetization equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc. include hoses, nozzles, and sprayers for pouring pouring materials, supply channels or supply lines for supplying pouring materials, and providing or introducing pressurized pouring materials to these. It is possible to basically provide a pump and a storage unit to provide or inject the pouring material.

Examples of 'b2) one or more of cones, nets, rods, frames, and spirals having a shape different from the term or shape' include a network member with a plate, a network member with a plate shape, and a block. A network member with a network member, a network member with a block shape, a network member with a tube, a network member with a tube shape, a network member with a hat, a network member with a hat shape, a network member with a cone , a network fixture with a cone shape, a frame fixture with rods, a framework fixture with a rod shape, a spiral fixture with a cone shape, a helical fixture with a cone shape, a rod fixture with a spiral, a spiral fixture with a spiral shape. These include rod structures, frame structures with a network, frame structures with a mesh shape, network structures with a frame, and network structures with a frame shape.

Examples of the above 'b4) or one or more of cones, nets, rods, frames, and spirals having a shape different from the term itself among cones, nets, rods, frames, and spirals' include a network structure with a cone, Network fixture with cone shape, frame fixture with rods, frame fixture with rod shape, spiral fixture with cone shape, spiral fixture with cone shape, rod fixture with helix, rod with spiral shape These include spherical bodies, frame structures with a network, frame structures with a mesh shape, network structures with a frame, and network structures with a frame shape. In the above-mentioned apparatus, the sieve includes a sieve, object, body, facility, means, apparatus, composition, support body, hollow body, porous body, etc.

Example 3 is a) a1) a11) magnet, electromagnet, magnetic body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet equipped body, magnetized energy body, magnet This lined magnetic material, an electromagnet with a coil wound around an iron core, two or more magnets with the same or different magnetic force, and the above-described magnets or electromagnets that magnetize the pouring material; a12) A magnetic material, magnetized material, or magnetic field material in which one of the magnets or electromagnets is embedded or lined; One of the magnets is provided so that the pouring material comes into contact with or passes through.

a13) Cone, cone, cone, cone, cone, cone, cone spiral, cone spiral, cone cone spiral, cone cone, cone cone spiral, cone cone helix, cone cone helix, porous cone cone helix, porous cone-shaped cone cone helix; a14) the cone or cone net frame spiral that vortexes the pouring material or the magnetized pouring material;

a2) The magnet or magnetic field body, or magnets, in which one of the cone or cone wire frame spiral is provided in a coupling structure opposite to the above, and through which the pouring material contacts or passes,

a3) a31) A tank, container, box, rod, etc., in which the pouring material is stored, stored, passed, contacted, flowed, passed, etc., while being equipped with or embedded in one or more of the above a1) cone or cone wire spiral, a2) magnet or magnetic field body , plate, membrane, tank, box, water tank, tube, hose, spiral, body, object, block, tool, facility, zinc body, metal body, porous body, corrugated body, polymer body, screw, pipe, hollow tube, hollow body ;

a32) A tank or hollow body through which the pouring material contacts or passes while one of the tanks or hollow pipes is embedded;

a33) or a331) a connecting means at one or more of one end, both ends, and the middle (of one of the tanks or hollow bodies), a332) an inclined pipe, an injector, and a check valve on the side (of one of the tanks or hollow bodies), or The tank or hollow body provided with one or more of the additive inlet injectors;

Equipped with one or more of; or (one or more of them) provided in one or more of the following storage units, cotton processors, wind compressors, drones, and 3D printers belonging to the company; pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment;

b) Placement material passed through one of the cones or hollow bodies, magnetized pouring material (by one of the magnets or magnetic field bodies), magnetized vortex casting (by one or more of the magnets or magnetic field bodies, cones, or cone wire spirals) b1) pouring one of the ashes; (or one or more of casting, storage or surface treatment), b2) or one b21) hole, surface, surface, ground, crack, curing surface, material surface, facility surface, boring hole, leakage area, excavation area , formwork, b22) cast on one or more reinforcing bars, steel frames, or reinforcing bar mesh embedded within one of them; (or one or more of pouring, storage or surface treatment), magnetized pouring equipment, magnetized vortex pouring equipment;

c) one of the cones or hollow bodies c1) has its own interior, exterior, inlet, outlet, passage, hollow portion, connection portion 18, storage portion, mixing portion, pressurizing portion, supply portion, pouring portion; c2) or hoses, passages, pipes connected to it; pouring equipment, magnetized pouring equipment, and magnetized vortex pouring equipment provided in one or more of;

d) one or more of the cones or hollow bodies,

d1) Storing, mixing, pressurizing, supplying, pouring or molding, spraying or slant spraying, injection or underground injection, injection or crack injection, shorting or rust-shotting, coating or surface coating, painting or shaving, laying or Storage, mixer, pressurizer, feeder or supply route, pourer, sprayer, injector, syringe, shotting machine, coater, sprayer, laying machine that performs any of the following: ground laying, paving or road surface paving, mixing or underground mixing, compaction or underground compaction. Machines, packaging machines, mixing machines, compactors; d2) a curing machine for curing one of the pouring and mixing materials; d3) a surface treatment machine for surface treatment of the cured product after the curing; d4) d41) one interior, exterior, inner surface, outer surface, surface, inlet, outlet, passage, hose, pipe, cutout, hollow part, d42) or two or more connections (18), joints, joints among the storage or surface treatment machines. wealth; In one or more of the

Equipped pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment;

(The above sentence refers to a pouring equipment equipped with one or more of the cone or hollow body in one or more of the storage or surface treatment machine, the interior or joint, a magnetized pouring equipment, a magnetized vortex pouring equipment, etc.)

e) e1) e11) a wind compressor that injects pressure into one or more of the cone to hollow body, storage to hollow part, and pouring material; e12) A drone, or 3D printer, that moves one or more of the storage or surface processing machines, or is equipped with one or more of the storage or surface processing machines, or performs one of the storage or surface processing by being mounted; e13) A generator, a mobile generator, a solar generator, or a wind generator that supplies electricity to one or more of the coil, storage or surface treatment machine, drone, 3D printer, pouring equipment, and its power source; e14) The wind compressor, drone, or 3D printer provided with one of the cone or hollow body;

e2) e21) placing equipment, magnetizing placing equipment, magnetizing vortex placing equipment, at least one of (a13) cone to e14) 3D printer) provided; e22) Or pouring equipment that performs one or more of the magnetization, eddy current, storage or surface treatment, pressure injection, movement, and electricity supply;

f) f1) Water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, gas, sand, gravel, aggregate, Ash, carbon, resin, ion, catalyst, waste dust, stone dust, dust, iron, powder, mineral, tailings, rock, sulfur, red clay, clay, white clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcement, nanomaterial. , magnetite, apatite, latex, microorganisms, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geopolymer, SiO ₂ Ash containing 40 to 60 parts by weight, red clay containing 37 to 83 parts by weight of quartz, binder containing 58 to 74 parts by weight of CaO, by-products containing 0.5 to 85 parts by weight of FeO or Fe ₂ O ₃ , the length of which is 1.1 to 100 times its own thickness. Soft fibers, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the above Ca to CaFe, materials, ions, components, elements, elements, substances, reactants, Contains one or more of binders, inclusions, nano-materials, resinous materials, by-products, carbon materials, fibers, catalysts, fiber materials, latex materials, bio-materials, and phytoncide materials; f2) or the above pouring material f21) water, water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, mortar, Milk, chemical solution, suspension, slurry, mixture, compact, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, f22) containing one or more of the water to phytoncide water, f23) or binder 100 parts by weight and 100 weight of the water In addition to one or more of f231) 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 to 30 parts by weight of admixture, f232) 50 to 400 parts by weight of water or ionized water, waste dust or 10 to 600 parts by weight of stone dust or ash or by-products, 10 to 600 parts by weight of soil or red clay or masato, 0.005 to 50 parts by weight of resin or polymer or latex, 0.0001 to 40 parts by weight of fiber or reinforcing material or nano material, 0.00001 to 10 microorganisms. One of the above mortars or plasters containing one or more of the following: parts by weight, 0.00001 to 3 parts by weight of decontamination agent, and 0 to 10 parts by weight of other substances; pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, the above-mentioned pouring equipment; It relates to an eco pouring equipment, characterized in that it is one of the following.

The example of Example 3 is one of the pouring equipment, which includes a) a1) a cone mesh spiral that is equipped with magnets and through which the pouring material contacts or passes; a2) The magnets in which the cone mesh spiral is provided in a coupling structure opposite to the above and through which the pouring material contacts or passes; a3) A tank or hollow body in which the pouring material is stored or passed while the cone mesh spiral or magnets are provided or embedded; pouring equipment equipped with one or more of; b) pouring equipment for pouring the pouring material that has passed through one of the cone mesh spiral or hollow body; d) At least one of the cones or hollow bodies is a storage, mixing machine, pressurizing machine, feeder or supply path, pouring machine, sprayer, injector, syringe, shotting machine, coating machine, sprayer, laying machine, packaging machine, mixing machine, compactor, volumetric machine. Pouring equipment provided in one of the living and surface processing machines; e) Placement equipment equipped with one or more of drones, 3D printers, generators, mobile generators, solar generators, and wind generators; f) f1) the pouring material contains phytoncide; f2) or pouring equipment in which the pouring material is one of mortar, milk, chemical solution, suspension, slurry, mixture, compacted material, ready-mixed concrete, asphalt concrete, concrete, paste, and plaster; One of these is eco-pouring equipment.

Example 4 is a) a11) magnet (10), one of the magnets (10, 16), group of magnets, electromagnet, twin magnet, bar magnet, sheet magnet, atomic magnet, magnetite, magnet body, magnetic body, magnetism Body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet equipped body, magnetized energy body, double magnet, bunch magnet, multi-type magnet, composite magnet, nanomagnet, superconducting magnet, magnetosome, Magnetic bacteria, S-pole N-pole magnet, N-pole S-pole magnet, S-pole N-pole/S-pole N-pole magnet, N-pole S-pole/S-pole N-pole magnet, S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet , N-S-S-N-N-S-S-N magnet, an electromagnet with a coil (98) wound around an iron core (97), an electromagnet in which magnetic force is generated by supplying electricity (82) to the coil (98), two or more magnets with the same or different magnetic force, solenoid electromagnet , a magnet provided with a holder (12), a means having the function of vortexing a substance, or a vortex-type holder-free magnet provided with a holder 12 having the function of vortexing a substance; a12) The magnet or the non-mounted magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or the non-mounted magnet whose outer diameter (of one of the magnets or the non-mounted magnet) is 0.01 to 0.8 times the inner diameter of the hollow body below, and the pouring material (1) The magnet or holder non-magnet that magnetizes; a13) one or more of the magnets or holder non-magnets embedded, cover, lining (15), or one of two or more repeating, combining, connecting magnets, magnetic material (16), magnetized material, magnetic field material;

One of the following is provided, or has its own (i.e., one of the following cones or spirals) hole, hole, inside, outside, inside, outside, one side, both sides, passage, hollow, center, center, side of this, passage. It is provided in one or more places and the pouring material touches or passes through it.

a2) a21) Cone, rod, cone, rod, cone, mancone, cone, net, bong, bong, bong, bong, protruding cone, cone, cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone, Perforated cone, hollow cone, channel cone, contact cone, spaced apart cone, cone spiral, screw cone, forward cone, reverse cone, cone helix, post-spiral cone, cone-helix, helical cone, helical cone, cone-helix, single-sided cone, Bilateral spaced cone, network spiral, cone network spiral, cone network spiral, cone network spiral, cone network spiral, cone network cone, cone network spiral, cone network spiral, cone network spiral, porous cone network spiral, porous cone-shaped cone network spiral; a22) A cone with an inclination angle of 1 to 89 degrees, a spaced cone whose separation range is between the outer diameter (of the magnet) and the inner diameter (of the hollow body), and the hollow diameter (11-1) on one side is 1.1 of the hollow diameter (11-2) on the other side. A cone with a length of ∼5.0 times, a cone with a length of 0.1 to 0.8 times the length of one of the magnets or holder non-magnets or 0.1 to 10.0 times the diameter of the hollow on one side (11-1), and a cross-sectional area of the hollow on one side (11-1) of the hollow. A cone with a cross-sectional area of 0.05 to 0.9 times the internal cross-sectional area of the body or 1.1 to 10.0 times the cross-sectional area of the magnet; a23) the cone to cone-shaped spirals (11, 48, 45, 46, 47) that vortex the pouring material or the magnetized pouring material;

b) the magnet or magnetic field body (10, 16), which is provided with one of the cone or cone net frame spiral in a coupling structure opposite to the above and through which the pouring material contacts or passes;

c) c1) A tank, barrel, box, rod, plate, membrane, tank, box, water tank in which the pouring material is stored or passed while equipped with or embedded in one or more of the above a) cone or cone network spiral, and b) magnet or magnetic field body. , tubes, hoses, spirals, bodies, objects, blocks, means, facilities, zinc bodies, metal bodies, porous bodies, corrugated bodies, polymer bodies, screws, pipes, hollow tubes, hollow bodies (13); c2) a tank, a hollow body, through which the pouring material contacts or passes while one of the tanks or hollow pipes is embedded; c3) or c31) is provided with a connection means (99) at one or more of one end, both ends, and the middle, and an inclined pipe (95), an injector (91), and a check valve (92) on the side of c32) or an additive (90) inlet injector (91) ) The tank or hollow body provided with one or more of;

d) d1) one of the cones or hollow bodies is provided, or the pouring material is stored, input, mixed, pressurized, supplied, poured or molded, sprayed or slope sprayed, injection or underground injection, injection or crack injection, Storage (20), hopper (21), mixer ( 22), pressurizer or pump (23), feeder or supply path (25), pourer (26), sprayer, injector, syringe, shotting machine, coating machine, sprayer, laying machine, packaging machine, mixing machine, compactor; d2) a curing machine (26) for curing the pouring material, such as pouring or mixing, or a curing machine for curing the pouring material such as pouring water by spraying it with a sprayer; d3) a surface treatment machine 26 for surface treatment of the cured product after the curing, or a surface treatment machine for surface treatment of the concrete curing product by pouring a pouring material such as milk through a sprayer;

e) one of the cones or hollow bodies is e1) one of the reservoirs or face treatment machines; e2) or two or more connections, joints, joints; pouring equipment provided in one or more of the storage unit or surface treatment machine;

f) a wind compressor (50) that injects pressure into one or more of the pouring material, raw materials, cones or hollow bodies, storage or surface treatment, interior or hollow parts, and pouring materials; One example of this is a wind compressor that creates a lightweight pouring material by injecting pressure into the pouring material,

g) A drone (70) or a 3D printer (71) that moves one or more of the storage or surface processor, or is equipped with one or more of the storage or surface processor, or performs one or more of the magnetization, vortex, magnetization vortex, storage or surface treatment by the installation. );

h) the wind compressor, drone, or 3D printer provided with one of the cones or hollow bodies; One example of this is a drone equipped with the hollow body and pouring the pouring material ejected from the hollow body, a 3D printer equipped with the hollow body-equipped pouring machine on its plotter and pouring the pouring material sprayed from the pouring machine,

i) a generator, a mobile generator, a solar generator (80), and a wind generator (81) that supply electricity to one or more of the coil, storage or surface treatment machine, wind compressor, drone, 3D printer, pouring equipment, and its power source; One example of this is a solar generator, a wind generator, which supplies self-generated electricity to the coil to create an electromagnet that generates magnetic force,

j) Equipped with at least one of the cones or wind power generators j1) Placement equipment, magnetization placement equipment, magnetization vortex placement equipment (27); j2) Placement equipment that performs one or more of the magnetization, eddy current, storage or surface treatment, pressure injection, movement, and electricity supply;

k) pouring one of the pouring material, magnetized pouring material, and magnetized vortex pouring material that has passed through one of the cones or 3D printers; (performing one or more of pouring, storage, or surface treatment) or hole, surface, surface, ground, crack, curing surface, material surface, facility surface, boring hole, water leak, excavation, or mold, or embedded inside one of them. poured into one or more rebars, steel frames, or rebar networks; pouring equipment (which performs one or more of pouring, summer storage, or surface treatment), magnetized pouring equipment, and magnetized vortex pouring equipment (27); One example of this is pouring equipment that pours pouring materials into the form and the rebar assembled inside it,

ℓ) One of the cones or wind power generators ℓ1) its interior, exterior, inlet, outlet, passage, hollow part, connection part, storage part, mixing part, pressurizing part, supply part, and pouring part (of the pouring equipment); ℓ2) or hoses, passages, pipes connected to it; pouring equipment (27), magnetized pouring equipment, magnetized vortex pouring equipment provided in one or more of; One of these is a pouring device equipped with an inflow hose, an outflow hose, etc. for pouring material inflow, pouring material outflow, or pouring, or one of the above cones or wind power generators therein,

m) m1) Water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, gas, sand, gravel are added to the pouring material (1). , aggregate, ash, carbon, resin, ion, catalyst, waste dust, stone dust, dust, iron, powder, mineral, tailings, rock, sulfur, red clay, clay, white clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcement , nanomaterials, magnetite, apatite, latex, microorganisms, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geo. Polymer, containing 40 to 60 parts by weight of SiO ₂ Ash, containing 37 to 83 parts by weight of quartz Red clay, containing 58 to 74 parts by weight of CaO Binder, containing 0.5 to 85 parts by weight of FeO or Fe ₂ O ₃ Byproduct, length is 1.1 of its own thickness ~100 times soft fiber, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the above Ca to CaFe, materials, materials, ions, components, elements, elements, substances , reactants, compounds, inclusions, nanomaterials, resin products, by-products, carbon materials, fiber materials, catalyst materials, fiber products, latex products, bio products, and phytoncide products; m2) or the pouring material (1) m21) water, water, liquid, oil, medicine, energy, solid, agent, ashes, sol, Gel, mortar, milk, chemical solution, suspension, slurry, mixture, compressed material, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, m22) containing one or more of the water to phytoncide water, water to plaster, m23) or binder 100 parts by weight And m231) 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 to 30 parts by weight of admixture, in addition to one or more of m232) 50 to 400 parts by weight of water or ionized water, based on the above 100 parts by weight. parts by weight, 10 to 600 parts by weight of waste dust or stone dust or ash or by-products, 10 to 600 parts by weight of soil or red clay or clay, 0.005 to 50 parts by weight of resin or polymer or latex, 0.0001 to 40 parts by weight of fibers or reinforcing materials or nanomaterials, Placing equipment, magnetized placing equipment, magnetized vortex placing equipment, said placing equipment, which is one of the above mortar or plaster containing at least one of 0.00001 to 10 parts by weight of microorganisms, 0.00001 to 3 parts by weight of detoxifier, and 0 to 10 parts by weight of other substances. (27); It relates to an eco pouring equipment, characterized in that it includes one of (one of the above a) to m) or one or more (one or more of the above a) to m).

A summary of Example 4 is a) a1) a11) a magnet or vortex type holder non-magnet, which is one of the magnets; a12) The above magnet or holder non-magnet; a13) Magnet or magnetic field body; a2) a cone-shaped cone-shaped cone-mangbongframe spiral forming a cone or pore through which the pouring material touches or passes while being provided with one of the following; b) the magnet or magnetic field body in which one of the cone or cone net frame spiral is provided in a coupling structure opposite to the above, and through which the pouring material contacts or passes; c) c1) coarse to hollow body; c2) Tank, hollow body; c3) the above coarse to hollow bodies; d) Storage room or cotton processing machine; e) pouring equipment, the storage unit or surface treatment machine; f) wind compressor; g) Drones, 3D printers; h) the wind compressor, drone, or 3D printer provided with one of the cones or hollow bodies; i) Generators, mobile generators, solar generators, wind generators; j) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; k) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; ℓ) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; m) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, the above-mentioned pouring equipment; It relates to eco-pouring equipment, characterized in that it includes one or more of the following.

The example of Example 4 is one of the pouring equipment, which includes: a) a cone mesh spiral in which the pouring material is provided with magnets and is in contact with or passes through; b) The magnets in which the cone mesh spiral is provided with a coupling structure opposite to the above, and through which the pouring material contacts or passes; c) c1) a hollow body in which the pouring material is stored or passed while one of the cone mesh spiral and magnets is embedded; d) a storage or surface treatment machine equipped with one of the above-mentioned cone mesh spirals, magnets, and hollow bodies; f) a wind compressor that injects pressure into one of the materials and equipment; g) A drone or 3D printer equipped with the above equipment to place pouring materials; i) Generators, mobile generators, solar generators, and wind generators that supply electricity to the above equipment; j) Pouring equipment equipped with one or more of the above equipment; m) the pouring material contains microorganisms; Or, the pouring material is one of mortar, milk, chemical solution, suspension, slurry, mixture, compacted material, ready-mixed concrete, asphalt concrete, concrete, paste, and plaster.

Example 5 is a) magnetization (by a magnet, etc.) or a magnetized vortex pouring material (by a cone equipped with a magnet, etc.); A magnet with a cone or its equivalent (i.e., a magnet with a cone). A pouring material passing through an embedded hollow body or a magnetized eddy current pouring material; its contents; b) or one or more of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, agent, material, ion, component, element, element, substance, reactant, combination, inclusion The pouring material or containing material containing one or more of water, nano material, resin material, by-product, carbon material, fiber material, catalyst material, fiber water, latex water, bio material, and phytoncide water;

One of a) pour; b) Manufacture materials or construct facilities by pouring; c) pouring to construct materials or facilities; d) or pouring through one of (sequentially provided) a magnet, a conduit frame for mounting it, a mounting mechanism for it, or a hollow body, and a pouring equipment for mounting it, the pouring, manufacturing, and construction; It relates to an eco-pouring method characterized by doing one of the following.

The example of Example 5 is pouring a pouring material or a magnetized eddy current pouring material passing through a magnet-embedded hollow body with a cone; b) Manufacture materials or construct facilities by pouring; c) This applies to the eco pouring method, which is characterized by pouring to construct materials or facilities.

Example 6 is A) a) a1) magnet, electromagnet, magnetic body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet equipped body, magnetized energy body, iron core An electromagnet with a coil wound around it, two or more magnets with the same or different magnetic force, the magnet or electromagnet that magnetizes the pouring material; a2) a magnetic material, magnetized material, or magnetic field material embedded or lined with one of the magnets or electromagnets; One of the two is provided so that the pouring material comes into contact with or passes through.

Cone, cone, cone, cone, cone, cone, cone spiral, cone spiral, cone cone spiral, cone cone, cone cone spiral, cone cone helix, cone cone helix, porous cone cone spiral, porous cone-shaped cone cone helix; The cone or cone net frame spiral that vortexes the pouring material in contact with or passing through or the magnetized pouring material;

b) The magnet or magnetic field body that is provided with one of the cone or cone wire frame spiral in a coupling structure opposite to the above, and through which the pouring material contacts or passes,

c) A tank, barrel, box, rod, plate, membrane, tank, box, water tank, or tube through which the pouring material is stored or passed while being equipped with or embedded in one or more of the above a) cone or cone network spiral, and b) magnet or magnetic field body. , hoses, spirals, bodies, objects, blocks, means, facilities, zinc bodies, metal bodies, porous bodies, corrugated bodies, polymer bodies, screws, pipes, hollow tubes, hollow bodies;

d) a hollow body through which the pouring material passes while one of the tanks or hollow pipes is embedded;

e) or the hollow body provided with one or more of a connection means, an inclined pipe, an injector, a check valve, or an additive inlet injector;

f) f1) one of the cones or hollow bodies is provided, or the pouring material is stored, mixed, pressurized, supplied, poured or molded, sprayed or slope sprayed, injection or underground injection, injection or crack injection, shorting, or A storage unit, mixer, pressurizer, feeder or supply route, pouring machine, which performs any of the following: rust shotting, coating or cotton coating, painting or shaving, paving or ground laying, paving or road surface paving, mixing or underground mixing, compaction or underground compaction, Sprayers, injectors, syringes, shotting machines, coating machines, sprayers, spreaders, packaging machines, mixing machines, compactors; f2) a curing machine for curing one of the pouring and mixing materials; f3) a surface treatment machine for surface treatment of the cured product after the curing;

g) g1) a wind compressor that injects pressure into one or more of the cone, surface treatment machine, and pouring material; g2) A drone or 3D printer that moves one or more of the cones or surface processors, or is equipped with one or more of the cones or surface processors, or performs one of the magnetization, eddy currents, magnetization eddy currents, storage, and surface processing by the installation; g3) a generator, a mobile generator, a solar generator, or a wind generator that supplies electricity to one or more of the coil, storage, surface treatment machine, pouring equipment, and power source thereof; g4) The wind compressor, drone, or 3D printer provided with one of the cones or hollow bodies;

h) Placement equipment equipped with at least one of the cones or wind power generators, magnetization placement equipment, and magnetization vortex placement equipment;

pouring by or using one or more of the following; pouring of pouring material; The storage and surface treatment; Or the storage or surface treatment accompanying pouring;

B) a) pouring material that has passed through one of the cones or pouring equipment; b) One of these b1) water, water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, substance, material , mortar, milk, chemical solution, suspension, slurry, remital, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; b2) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the Ca to CaFe, materials, ions, components, elements, elements, substances, reactants, The pouring material or plaster containing one or more of binders, inclusions, nano materials, resin materials, by-products, carbon materials, fiber materials, catalyst materials, fiber products, latex products, bio products, and phytoncide products; b3) Magnetized type of pouring material or plaster; Pour one or more of the; The storage and surface treatment; Or the storage or surface treatment accompanying pouring;

C) One of the above castings a) form casting, rebar casting, steel casting, factory casting, field casting, manufacturing casting, construction casting, laying, pouring, placing, laying, ground laying, injection, underground injection, injection, grouting, Injection, boring hole injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spray, coating, surface coating, painting, shaving field, paving, road paving, compaction, surface compaction, ground compaction, mixing, underground mixing, curing, water curing, air curing, steam curing; b) curing the pouring material from one of the pouring and mixing, and surface treatment of the cured surface; c) pouring and performing the above-mentioned finishing or surface treatment; d) Storage, input, mixing, pressurization, conveyance, pumping, transport, transfer, supply, provision, and pruning and surface treatment accompanying pouring;

D) one of the above cones or plasters is used; or one or more of the pouring material or plaster is poured; or by one or more of the above storage or surface treatment;

a) Manufacturing, production, production, construction, construction, process, work, pouring, material manufacturing, facility construction, material pouring, pouring and re-casting, casting of molds, pouring of rebar, casting of steel frame, casting in situ, underground casting, underwater casting, slope pouring, paving pouring, boring hole pouring, excavation pouring; b) Or any of the above manufacturing or excavation pouring construction, construction, process, work;

E) or one of the above A) pouring to D) work, or a method, method, work, doing, action, work, action, performance, progress, task;

It relates to an eco-pouring method characterized in that one or more of the following is performed, or more than one is used.

The example of Example 6 is A) a cone mesh spiral in which two or more magnets with the same or different magnetic force are provided and the pouring material is in contact with or passes through; c) a hollow body through which the pouring material is stored or passed while the cone mesh spiral is provided or embedded; f) a storage unit or surface treatment machine equipped with one of the cone mesh spiral and hollow body; g) g1) a wind compressor that injects pressure into the hollow body; g2) A drone or 3D printer equipped with the hollow body and pouring the pouring material; g3) Generators, mobile generators, solar generators, and wind generators that supply electricity to the above equipment; h) Placement equipment equipped with one or more of the cones or wind power generators, magnetization placement equipment, and magnetization vortex placement equipment; pouring by or using one or more of the following; pouring of pouring material; The storage and surface treatment; Or the storage or surface treatment accompanying pouring;

B) pouring the pouring material that has passed through one of the above-mentioned cone mesh spiral or pouring equipment; Storing or surface treatment of the pouring material; The storage or surface treatment using pouring material;

This includes an eco pouring method characterized by one or more of the following, or more than one.

Example 7 includes 1) making an electromagnet or solenoid electromagnet by winding a coil around one of a rod, core, iron core, bolt, or metal (which has the function of magnetizing the pouring material); 2) Making a magnet by compressing or using magnet raw materials or powder (which has the function of magnetizing the pouring material); 3) Purchasing or preparing one or more of magnets, electromagnets, cones, nets, rods, frames, and spirals (those that have the function of magnetizing, vortexing, or magnetizing eddy currents); 4) manufacturing one or more of the combined magnets and electromagnets by combining two or more of the magnets and electromagnets; 5) inserting a separator or separator between neighboring magnets or electromagnets to separate the neighboring magnets or electromagnets during the coupling; 6) making a lining magnetic body by covering or lining the outside of one of the magnets, electromagnets, coupling magnets, coupling electromagnets, separator-inserted coupling magnets, and separator-inserted coupling electromagnets to protect or prevent corrosion; 7) A cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a cone, a helix, a cone, a helix, a cone, a cone, or a cone equipped with one of the magnets, electromagnets, and magnetic materials or in its central passage. , a step of manufacturing one of the magnets, electromagnets, and magnetic materials provided with one of the cone and the cone and the cone and the cone and the cone and the cone and the cone and the cone and the cone and the cone and cone spiral;

8) The function of magnetizing the pouring material with one or more of single or multiple SN poles, NS poles, SN poles/SN poles, NS poles/SN poles, and SN poles/NS poles whose outer diameter is 0.01 to 0.8 times the inner diameter of the hollow body shown below. A magnet or a magnetic material lined with teeth is provided, or is provided in its central passage and is spaced a certain distance from the surface of the magnet or magnetic material; a) Cone, cone, cone, cone, cone, cone, cone spiral, cone spiral, cone helix, cone cone, cone helix, cone cone helix, cone cone spiral; b) the cone or cone mesh spiral whose length is 0.1 to 0.8 times the length of the magnet or magnetic material, and the cone or cone mesh spiral whose spacing is between the outer diameter and the inner diameter; c) the cone or cone-shaped spiral with an inclination angle of 1 to 89 degrees; producing one or more of;

9) At least one of the magnet, electromagnet, magnetic material, cone or cone-shaped spiral, a cone or cone-shaped spiral with a magnetic material, or a magnetic material including one of the cone or cone-shaped spiral;

a) a1) A barrel, tank, box, rod, plate, membrane, tank, box, tube, hose, spiral, screw, body, object, metal body, porous body, wave, etc., in which the pouring material is stored, impounded, contacted, passed, etc. Sieves, polymer sieves, water tanks, means, facilities, pipes, hollow tubes, hollow bodies; a2) a hollow body embedded in one of the above tanks or hollow pipes; b) b1) Placement equipment for placing the pouring material; b2) As one of or accompanying b21) Storing, inserting, mixing, pressurizing, transporting, supplying, pouring, placing, injecting, injecting, spraying, coating, painting, packaging, compacting, mixing pouring material or curing material thereof. , curing, or face treatment; b22) or the pouring material or its curing product is subjected to one of the above storage or surface treatments; Storage, hopper, mixer, pump, transporter, supply channel, pourer, laying machine, injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, surface treatment machine;

c) a wind compressor that injects pressure generated using the rotational force of the wind into one or more of the pouring material, pouring equipment, or surface treatment machine; d) Equipped with one of the above pouring equipment or wind compressor; or to move one; Or, performing one or more of the pouring, storage, and surface treatment operations using the above-described equipment; d1) Drones, 3D printers; d2) One of d21) A drone or 3D printer equipped with at least one of solar cells and wind power generators; d22) A drone equipped with a pouring machine mounted on a main body that flies by rotary blades; d23) A 3D printer equipped with a pourer that moves in three dimensions while being mounted on a frame;

e) or e1) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of them, material, ion, component, element, element, reactant, combination, containing Water, nano-water, resin-water, by-products, carbon-water, fiber-water, catalyst-water, fiber-water, latex-water, bio-water, phytoncide-water; e2) Fiber containing one or more of the Ca to phytoncide water, fiber, reinforcing material, earthquake-resistant material, dustproof material, nano material, micro material, phytoncide, magnetized phytoncide, cypress phytoncide, distilled wood phytoncide, bio-phytoncide containing microorganisms, magnetized phytoncide passing through a magnetic substance, Magnetized phytoncide passes through a magnetic material provided with a cone; e3) Water-soluble resin containing one or more of the above Ca to phytoncide, anaerobic microorganisms, carbon compounds, ash containing 40 to 60 parts by weight of SiO ₂ , red clay containing 37 to 83 parts by weight of quartz, binder containing 58 to 74 parts by weight of CaO, FeO or Fe ₂ O ₃ A by-product containing 0.5 to 85 parts by weight, a soft fiber with a length of 1.1 to 100 times its own thickness; e4) Containing one or more of the Ca or soft fibers above, water, liquid, oil, drug, agent, ash, sol, gel, soil, red clay, sandy soil, granite, magnetite, apatite, dolomite, sand, gravel, aggregate, Ash, carbon, resin, catalyst, waste manure, minerals, tailings, rocks, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture; e5) Mixing water, mixing material, mixture, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, containing one or more of the Ca to admixtures; e6) a pouring material or pouring material that is one or more of the above Ca to plaster; one or more of which are passed; or one or more pouring, or one of the pouring, or storage, injection, mixing, pumping, transportation, supply, placement, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, Performing one or more of the face treatments; The pouring equipment or 3D printer;

f) the pouring equipment or 3D printer provided with one of the tanks or hollow bodies; g) Pipes, conduits, nozzles, packers, rods, tubes, hoses, lines, hose lines, connections, inflows, outflows, outlets, nozzles, and casings that are included in or connected to one of the above containers or 3D printers. , hollow pipe, double pipe, triple pipe, multi-pipe;

being provided or purchased in one or more of;

10) forming one of the magnetized cylinder, 3D printer, tube, or multi-tube by providing one of the magnet, electromagnet, and magnetic material; 11) A step of constructing one or more of the barrel or multi-pipe device, equipment, pouring equipment, pouring device, magnetizing equipment, or magnetizing device; 12) 12a) solar generator, wind generator, wind generator equipped with solar electricity, solar generator equipped with windmill, solar generator equipped with solar cells and windmill, which generates electricity using the sun or wind or solar wind; 12b) A solar generator, solar power generator, or solar power generator consisting of solar cells and an inverter, or a rotating body using solar heat steam and a generator connected thereto; 12c) A wind power generator consisting of a wind blade, its rotation shaft, a transmission mounted on it, and a generator connected to it; purchasing or manufacturing one or more of the following;

13) Installing at least one of the solar generator, wind power generator, and solar wind power generator in one or more of the barrel or multi-pipe, device or magnetizer, at the factory, site, vicinity, or surroundings; 14) applying electricity generated by one or more of the solar generator, wind power generator, and solar wind power generator to one of the coil, electromagnet, container, or equipment; 15) applying electricity to the coil so that the electromagnet provided with the coil becomes magnetic; In addition to one or more of:

16) The pouring material is a pouring, one of the pourings, or storage, input, mixing, pressurization, transportation, supply, placement, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, One or more steps of face treatment; 17) Storing raw materials for pouring materials in the storage unit; 18) Injecting the pouring material into the mixer through the hopper; 19) mixing the pouring material by the mixing machine; 20) Step in which the frame is installed;

21) Inside the form, there are rods, bars, nets, beams, bars, bars, plates, cells, reinforcing bars, steel frames, iron rods, H-beams, I-beams, steel wires, columns, piles, girders, steel pipes, steel bars, iron bars, mesh, grid. , wire mesh, sheet, mat, framing, rope, bolt, anchor, nailing, truss, cable, wire, grid, fiber, mesh, grid, carbon net, carbon rod, carbon band, carbon bar, reinforcement, plumb material, Horizontal material, inclined material, bracket, nano material, carbon material, carbon fiber, nanocarbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon net, FRP material, bracing, X bracing, inclined bracing, plastic material, wire mesh , polymer composite material, metal-polymer binder, combination of wire mesh and carbon mesh, steel bar and its outer mesh or carbon mesh combination, carbon rod and its outer wire mesh combination, reinforcing bar and carbon mesh, mesh and grid, mesh and grid, and sheet. installing or assembling;

22) The pouring material is poured by one or more of the pouring equipment, storage unit, 3D printer, pipe or multi-pipe, device, or equipment: a) pouring; b) or pouring into one or more of the hole, surface, surface, ground, crack, curing surface, material surface, facility surface, boring hole, water leak, excavation, form, the form, and the reinforcement embedded inside the form; c) storage, mixing, pressurizing, transportation, supply, placement, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, surface treatment that is one of the above pours or accompanying the pours; One or more of the following: 23) A step of one or more of the pouring, storage, or surface treatment described above; construction, construction, process, work, or work;

24) Materials, beams, girders, tiles, bricks, blocks, panels, boards, wallpaper, flooring, fibers, sheets, mats, floorboards, walls, by one or more of the above steps, pouring, storage or surface treatment, pouring materials, and equipment. , pillars, piles, PHC files, piers, boxes, culverts, manholes, water tanks, pipelines, caissons, slabs, linings, segments, tunnel linings, tunnel segments, interior materials, exterior materials, main materials, subsidiary materials, construction materials, synthetic wood, mortar materials, Cement material, concrete material, asphalt material, LMC (latex modified concrete) material, PC (pre cast) material, PS (pre stress or post stress) material, PF (pre fabricated) material, PCS (pre cast concrete) material, PSC A stage in which one of the materials (pre stress or post stress concrete) is manufactured;

25) Facilities, buildings, houses, tunnels, roads, sidewalks, railways, pavements, foundations, piles, piers, caissons, etc., by one or more of the above steps, pouring, storage or surface treatment, pouring materials, equipment, materials or PSC materials. The stage of constructing one of bridges, overpasses, abutments, piers, dams, harbors, quay walls, retaining walls, subways, facilities, buildings, structures, sculptures, landscaping, and structures; It relates to an eco-pouring method characterized in that it includes one or more of the following.

Example 7 includes the steps of 1) combining two or more magnets or electromagnets to produce one or more of a combined magnet or an electromagnet; 2) inserting a separator or separator between neighboring magnets or electromagnets to separate the neighboring magnets or electromagnets during the coupling; 3) making a lining magnetic body by covering or lining the outside of one of the coupling magnet, coupling electromagnet, separator-inserted coupling magnet, and separator-inserted coupling electromagnet to protect or prevent corrosion; 4) manufacturing a cone equipped with one of the coupling magnet, coupling electromagnet, and magnetic material; 5) embedding the cone into a hollow body; 6) providing one or more of the hollow body-equipped storage, hopper, mixer, pump, transporter, supply channel, and pouring machine; 7) pouring the pouring material using one or more of the storage or pouring machine; This includes the eco pouring method, which is characterized in that it includes one or more of the following.

Example 8 is a) a1) magnetized or magnetized vortex pouring material; Magnetic mounting cone or its embedded hollow body passing material or magnetized eddy current pouring material; its contents; a2) or one or more of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, agent, material, ion, component, element, element, substance, reactant, combination, inclusion The pouring material or containing material containing one or more of water, nano material, resin material, by-product, carbon material, fiber material, catalyst material, fiber water, latex water, bio material, and phytoncide water; One of which is constructed by pouring or curing;

b) or b1) a magnet, or an electromagnet with a coil on an iron core; This magnet or electromagnet mounting conmang bengtle; Its cone network frame mounting device or hollow body; Drones and 3D printers for mounting or moving hollow bodies; b2) A wind compressor that supplies pressure to one or more of the magnets, electromagnets, conduit frames, mechanisms, hollow bodies, drones, 3D printers, pouring materials, and inclusions; b3) Or a solar generator or wind generator that supplies electricity to one of the above devices, drones, 3D printers, electromagnets, and coils thereof; b4) Or a device equipped with one of the following: a magnet, or a cone, net, rod, frame, spiral, cone network, rod frame, cone net rod, frame spiral, cone net rod frame, cone net rod spiral, and cone net rod frame spiral, or hollow body; Created by pouring or curing one or more of magnetization, eddy, or magnetized vortex through a magnetization or magnetization vortex pouring equipment equipped with one or more of the pouring materials or their contents;

c) or formed using the poured-manufactured material or magnetized material;

facility or magnetization facility; One of these is a house, dam, foundation, ground, slope, house, building, road, sidewalk, pavement, embankment, bridge, tunnel, retaining wall, harbor, structure, or facility; It relates to an eco facility characterized by being one of the following.

The example of Example 8 is a) a magnetized vortex pouring material formed by pouring or curing; b) It is formed by pouring or curing the pouring material through a drone equipped with a hollow body in which a cone net rod frame in which an electromagnet with a coil is mounted on an iron core is embedded; c) or formed using the poured-manufactured material or magnetized material; facility or magnetization facility; One of these is a house, dam, foundation, ground, slope, house, building, road, sidewalk, pavement, embankment, bridge, tunnel, retaining wall, harbor, structure, or facility; This includes eco facilities, etc., which are characterized as being one of the following.

Example 9 is a) a1) a11) magnet, electromagnet, magnetic body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet equipped body, magnetized energy body, iron core An electromagnet with a coil wound around it, two or more magnets with the same or different magnetic force; a12) The magnet or electromagnet that magnetizes the pouring material; a2) a magnetic material, magnetized material, or magnetic field material embedded or lined with one of the magnets or electromagnets; One of the magnets is provided and the pouring material comes into contact with or passes through.

a21) Cone, cone, cone, cone, cone, cone, cone spiral, cone spiral, cone cone spiral, cone cone, cone cone spiral, cone cone helix, cone cone helix, porous cone cone helix, porous cone-shaped cone cone helix; a22) the cone to cone network spiral that swirls the contacting or passing pouring material or the magnetized pouring material;

b) The magnet or magnetic field body through which the pouring material contacts or passes while being provided with one of the cone or cone wire frame spiral in a coupling structure opposite to the above,

c) A tank, barrel, box, rod, plate, membrane, tank, box, water tank, or tube through which the pouring material is stored or passed while being equipped with or embedded in one or more of the above a) cone or cone network spiral, and b) magnet or magnetic field body. , hoses, spirals, bodies, objects, blocks, means, facilities, zinc bodies, metal bodies, porous bodies, corrugated bodies, polymer bodies, screws, pipes, hollow tubes, hollow bodies;

d) a tank, a hollow body, through which the pouring material contacts or passes while one of the tanks or hollow pipes is embedded;

e) or e1) a connection means at one or more of one end, both ends, and the middle; e2) a hollow body provided with one or more of an inclined pipe, an injector, a check valve, or an additive inlet injector on the side;

f) f1) one of the cones or hollow bodies is provided, or the pouring material is stored, mixed, pressurized, supplied, poured or molded, sprayed or slope sprayed, injection or underground injection, injection or crack injection, shorting, or A storage unit, mixer, pressurizer, feeder or supply route, pouring machine, which performs any of the following: rust shotting, coating or cotton coating, painting or shaving, paving or ground laying, paving or road surface paving, mixing or underground mixing, compaction or underground compaction, Sprayers, injectors, syringes, shotting machines, coating machines, sprayers, spreaders, packaging machines, mixing machines, compactors; f2) a curing machine for curing one of the pouring and mixing materials; f3) a surface treatment machine for surface treatment of the cured product after the curing;

g) g1) a wind compressor that injects pressure into one or more of the pouring material, cone, or surface treatment machine; g2) A drone or 3D printer that moves one or more of the cones or surface processors, or is equipped with one or more of the cones or surface processors, or performs one of the magnetization, eddy currents, magnetization eddy currents, storage, and surface processing by the installation; g3) a generator, a mobile generator, a solar generator, or a wind generator that supplies electricity to one or more of the coil, storage, surface treatment machine, pouring equipment, and power source thereof; g4) The wind compressor, drone, or 3D printer provided with one of the cones or hollow bodies;

h) Placement equipment equipped with one or more of the cone or 3D printer, magnetization placement equipment, and magnetization vortex placement equipment;

i) one or more of the cone or pouring equipment, storage or compaction, curing, or surface treatment is used; or one or more of them; or manufactured by one or more of them; i1) Materials, materials, interior materials, exterior materials, construction materials, main materials, subsidiary materials, beams, walls, plates, pipes, tiles, bricks, blocks, mats, boards, girders, slabs, culverts, boxes, tanks, manholes, Hume pipes, water tanks, Foundation, columns, piles, piles, piers, caissons, linings, segments, LMC (latex modified concrete) materials, PC (pre cast) materials, PS (pre stress or post stress) materials, PF (pre fabricated) materials, PCS ( pre cast concrete) materials, PSC (pre stress or post stress concrete) materials, pouring materials; i2) One of them or contained in one of them i21) Water, water, liquid, oil, medicine, energy, pain, agent, ashes, sol , gel, mortar, milk, chemical solution, suspension, slurry, mixture, compact, ready-mix concrete, asphalt concrete, concrete, paste, plaster; i22) Or water, water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, gas, sand, gravel, aggregate, ash, carbon, resin. , ions, catalysts, waste waste, stone dust, dust, iron, powder, minerals, tailings, rocks, sulfur, red clay, clay, white clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcing materials, nanomaterials, magnetite, apatite, Latex, microorganisms, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geopolymer, SiO ₂ 40 to 60 weight Ash containing 37 to 83 parts by weight of quartz, red clay containing 58 to 74 parts by weight of CaO, binder containing 58 to 74 parts by weight of CaO, by-products containing 0.5 to 85 parts by weight of FeO or Fe ₂ O ₃ , soft fibers with a length of 1.1 to 100 times their own thickness, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the Ca to CaFe, materials, ions, components, elements, elements, substances, reactants, combinations, inclusions , nano-water, resin water, by-products, carbon water, fiber water, catalyst water, fiber water, latex water, bio-water, and phytoncide water containing one or more of the water to plaster; i23) or 100 parts by weight of binder and i231) in addition to one or more of 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 to 30 parts by weight of admixture, i232 ) 50 to 400 parts by weight of water or ionized water, 10 to 600 parts by weight of waste dust or stone dust or ash or by-products, 10 to 600 parts by weight of soil or red clay or masato, 0.005 to 50 parts by weight of resin or polymer or latex, fiber or reinforcing material or nano The above mortar or plaster containing one or more of 0.0001 to 40 parts by weight of ash, 0.00001 to 10 parts by weight of microorganisms, 0.00001 to 3 parts by weight of decontamination agent, and 0 to 10 parts by weight of other substances;

At least one of (a21) cone to i) plaster) is used, used, applied, utilized, provided, composed, mounted, attached, contained, included, incorporated, poured or compacted, cured, or surfaced. As a unified facility,

The above facilities include a) houses, buildings, houses, houses, houses, single-family houses, apartment houses, manufactured houses, canopy buildings, canopy houses, mobile houses, container houses, Hanok, Western-style houses, red clay rooms, shops, apartments, officetels, and residential-commercial complexes. , low-rise buildings, high-rise buildings, high-rise buildings, houses, mobile homes, wooden houses, wooden buildings, artificial wooden houses, synthetic wooden houses, red clay houses, tile-roofed houses, traditional houses, Hanok houses, clay houses, rice straw houses, traditional buildings, cultural assets, cultural assets Buildings, basements, underpasses, underground buildings, underwater buildings, above-ground buildings, aerial buildings, floating buildings, plant factories, urban farms, farm buildings, plant farm buildings, plant factory buildings, urban farm buildings, urban farm buildings, houses, greenhouses , glass house, plastic house, polymer composite house, wood house, transparent house, translucent house, opaque house, farm house, plant house, plant farm house, zero energy house, plant farm container, steel building, steel building, steel bar building , steel cone buildings, steel frame buildings, prefabricated buildings, containers, container houses, steel towers, pillars, chimneys, fences, street lights, tunnels, road tunnels, railway tunnels, NATM tunnels, TBM tunnels, Shield tunnels, TBM-Shield underwater tunnels, underwater tunnels. , water-immersed tunnel, immersed tunnel, wind tunnel, underground tunnel, Piam tunnel, cut-and-cover tunnel, aerial tunnel, soundproof wall, soundproof tunnel, road, roadway, sidewalk, sidewalk, railway, track, pavement, pavement, runway, service road, navigation Road, ground, slope, slope, slope, cut surface, foundation, pile, pier, caisson, bridge, bridge, road bridge, railway bridge, overpass, abutment, pier, wind bridge, aerial bridge, dam, earth dam, soil dam, Rock dam, cement dam, concrete dam, arch dam, embankment, embankment, earthen embankment, earthen embankment, sand embankment, cement embankment, concrete embankment, river embankment, river, ocean, port, coast, revetment, lake, waterway, quay wall, water dump. , estuary, breakwater, seawall, marine structures, weir, underwater weir, land weir, water weir, water weir, river weir, four major river weirs, facilities, architecture, structure, sculpture, landscaping, subway, retaining wall, reinforced earth retaining wall, stonework, underground Walls, earth retaining walls, cutoff walls, reaction walls, composite walls, equipment, plants, landscaping facilities, landfills, power plants, landfills, thermal power plants, nuclear power plants, earth structures, soil structures, earthwork structures, slope structures, slope structures, hydraulic structures. , marine structures, cement structures, concrete structures, ready-mix concrete structures, wooden structures, steel structures, steel structures, underground structures, underwater structures, ground structures, aerial structures, floating structures, prefabricated structures, ground structures, underground structures, surface structures, underwater. Structures, hydraulic structures, public structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, hydraulic facilities, architectural facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railway facilities , transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, above-ground facilities, public facilities, floating facilities; b) Or the house or floating facility containing one or more of rods, rods, plates, nets, meshes, grids, fibers, sheets, mats, rebars, wire meshes, steel frames, ceramics, fibers, cages, and reinforcements; It relates to an eco facility characterized by being one of the following.

The example of Example 9 is a) a hollow body in which the pouring material is stored or passed while a cone mesh bar equipped with a magnet or electromagnet for magnetizing the pouring material is embedded; b) a storage or surface treatment machine equipped with one of the hollow bodies; c) pouring equipment equipped with at least one of the hollow body, storage unit, and surface treatment machine; d) Double one-pass pouring material; This applies to facilities where one or more of the following is used, used, applied, utilized, equipped, constructed, installed, attached, contained, included, mixed, or one of the above poured or compacted, cured, or surface treated.

Example 10 is a) vortexed through a cone and then magnetized through a magnet; b) eddy current passing through the magnet and then magnetized and then passing through the cone; c) magnetization and eddy currents passing through the magnet and cone simultaneously; d) Magnetized through a magnet, vortexed through a cone, and then magnetized again through a magnet; e) vortexed through the cone, then passed through the magnet, magnetized, and then vortexed again through the cone; f) A cone is provided in the middle of the magnet so that it passes through the magnet, is magnetized, passes through the magnet and the cone at the same time, becomes magnetized and vortexed, and then passes through the magnet again and becomes magnetized; g) A cone is spaced apart at 1/3 of the magnet, and a cone is spaced at the rear end of the magnet. After passing through the magnet and being magnetized, the magnet passes through the magnet and the cone at the same time at the 1/3 point, creating a magnetized vortex, and then the magnet again. After being magnetized, the vortex passes through the rear cone; h) the magnetization and vortices are repeated simultaneously, alternately, two or more times, one of them, or two or more times; It is a pouring material that is one of the following, or it is formed by pouring or curing the pouring material,

a) material or magnetized material; b) One of these, b1) mortar, milk, chemical solution, suspension, slurry, mixture, compacted material, ready-mix concrete, asphalt concrete, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, Girders, slabs, culverts, boxes, tanks, manholes, Hume pipes, water tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, main materials, subsidiary materials, construction materials, b2) One of the above mortars or plasters Containing or curing the above beams or building materials, bb) or construction, architecture, civil engineering, landscaping, sculpture, modeling, environment, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior, remodeling, facilities, buildings, structures, facilities One of the materials, materials, raw materials, and mortar to building materials; It relates to an eco material characterized by being one of the following.

An example of Example 10 is a pouring material that is magnetized by passing through a magnet and then swirled through a cone, or the pouring material is formed by pouring or curing; This applies to materials or eco-materials characterized as magnetized materials.

Example 11 is a) a1) magnetized or magnetized vortex pouring material; Magnet-mounted cone network frame or its embedded hollow body passing material or magnetized eddy current pouring material; its contents; a2) or one or more of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, agent, material, ion, component, element, element, substance, reactant, combination, inclusion The pouring material or containing material containing one or more of water, nano material, resin material, by-product, carbon material, fiber material, catalyst material, fiber water, latex water, bio material, and phytoncide water; It is one of the following, or one is formed by pouring or curing;

b) or b1) a magnet, or an electromagnet with a coil on an iron core; Its magnet or electromagnet mounting cone; Its cone mounting mechanism or hollow body; A drone or 3D printer equipped with a hollow body or moving it; b2) A wind compressor that supplies pressure to one or more of the magnets, electromagnets, cones, instruments, hollow bodies, drones, 3D printers, pouring materials, and inclusions; b3) Or a solar generator or wind generator that supplies electricity to one of the above devices, drones, 3D printers, electromagnets, and coils thereof; b4) Or a device equipped with one of the following: a magnet, or a cone, net, rod, frame, spiral, cone network, rod frame, cone net rod, frame spiral, cone net rod frame, cone net rod spiral, or cone net rod frame spiral, or hollow body; It is one or more of magnetization, vortex, or magnetization vortex placement equipment or its inclusions that have passed through magnetization or magnetization vortex placement equipment equipped with one or more of the following, or is formed by placing or curing the placement materials or inclusions;

a) material or magnetized material; b) One of these, b1) mortar, milk, chemical solution, suspension, slurry, mixture, compacted material, ready-mix concrete, asphalt concrete, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, Girders, slabs, culverts, boxes, tanks, manholes, Hume pipes, water tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, main materials, subsidiary materials, construction materials, b2) One of the above mortars or plasters Containing or curing the above beams or building materials, bb) or construction, architecture, civil engineering, landscaping, sculpture, modeling, environment, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior, remodeling, facilities, buildings, structures, facilities One of the materials, materials, raw materials, and mortar to building materials; It relates to an eco material characterized by being one of the following.

An example of Example 11 is an inclusion containing a magnetized pouring material containing CaFe, or the inclusion is formed by pouring or curing; This includes eco-materials characterized as materials or magnetized materials.

In Example 12, one or more of the equipment described in Examples 6, 9, and 12, a cone or surface treatment machine, a placing equipment, a magnetized placing equipment, and a magnetized vortex placing equipment were used; or prepared through one or more of them, or using one or more of them; or manufactured by one or more of the storage, compaction, curing, and surface treatment; As a material, the material is characterized as being one of the following k1) to k44). Examples of Example 12 include concrete pouring materials that have gone through magnetized vortex pouring equipment equipped with a hollow body embedded with a magnet-equipped cone, and bricks and blocks that are cured concrete materials.

The above materials are k1) k11) water, liquid, oil, medicine, agent, ash, sol, gel, soil, burnt, charcoal, red clay, white clay, clay, sand, silica sand, crushed sand, gravel, crushed stone, aggregate, ash. , fiber, carbon, resin, catalyst, waste dust, stone dust, iron powder, dust, mineral, substance, tailings, materials, rock, lime, gypsum, air, gas, massato, granite, magnetite, apatite, dolomite, graphene, by-products , slag, sludge, ceramic, silica, enzyme, cement, admixture, accelerator, completer, adhesive, adhesive, expanding agent, foaming agent, waterproofing agent, water repellent, decontamination agent, moisturizing agent, desiccant, fiber, binder, solidifying material, binder, Nano materials, reinforcing materials, poured materials, porous materials, carbides, incinerated materials, fired materials, ionic materials, ionized water, cations, anions, activated carbon, kaolin, asphalt, phytoncide, fluidizer, micro materials, bentonite, zeolite, attapulgite, geo Polymer, mixing water, mixing material, mixture, mixture, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, Ca, Mg, Si, Fe, Me, Al, K, Na , OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl , CaSiCOO, MgFeCOO, CaMgFeCOO, k12) one or more of the Ca to CaMgFeCOO agents, materials, ions, components, elements, elements, materials, reactants, combinations, inclusions, nanomaterials, resin materials, by-products, carbon materials, fibers Water, catalyst water, fiber water, latex water, bio water, phytoncide water;

k2) the water or plaster containing at least one of the Ca and phytoncide water; k3) One or more of the water to plaster, liquid, gaseous, solid, powder, particle, stirred, input, additive; k4) the mortar or plaster containing at least one of the water or additives; k5) or the water to plaster in which one or more of hydration reaction, pozzolanic reaction, hydroxylation reaction, and carbonation reaction occurs; k6) k61) Low particle size of 1 to 100 ㎛, medium particle size of ㎜, high particle size of cm, k62) Low specific gravity of 0.1 to 0.5, low and medium specific gravity of 0.51 to 1.0, medium specific gravity of 1.1 to 1.5, 1.51 Medium specific gravity of ∼2.0, high specific gravity of 2.1∼3.0, k63) Low powder fineness of 100∼1,000 ㎠/g, ultra-low powder fineness below this, medium/low powder fineness of 1,001∼2,000 ㎠/g, 2,001∼5,000 ㎠/g The water to phytoncide water, which is one of a medium powder degree of g, a medium powder degree of 5,001 to 7,000 cm2/g, a high powder degree of 7,001 to 10,000 cm2/g, and an ultra-high powder degree higher than this;

k7) Low pressure of 1 to 50 kg/cm2, ultra-low pressure of 51 to 100 kg/cm2, medium pressure of 101 to 200 kg/cm2, medium pressure of 201 to 300 kg/cm2, high pressure of 301 to 600 kg/cm2, The plaster to be poured at one of the ultra-high pressures or higher pressure; k8) Plaster containing two or more of sand, gravel, aggregate, filler, binder, admixture, and water; k9) The above-mentioned water or plaster made by kneading cement with one or more of water, sand, gravel, crushed stone, aggregate, water, and admixtures; k10) the water to plaster, which is a mixture of cement or asphalt and one or more of filler, sand, stone dust, and crushed stone; k11) The above aggregate includes fine aggregate, coarse aggregate, sand, sea sand, crushed sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-product, waste dust, dust, stone dust, fine powder, slag, sludge, and incineration ash. One or more of the water to plaster; k12) The water to plaster wherein the filler is one or more of minerals, ores, tailings, waste, by-products, waste dust, dust, stone dust, fine powder, slag, sludge, and incineration ash; k13) The water to plaster wherein the binder is one or more of binder, cement, asphalt, gypsum, lime, starch, chemical, polymer, and adhesive; k14) The above admixtures are quick-setting agents, retarders, sintering agents, dispersants, waterproofing agents, water-repellent agents, water repellent agents, foaming agents, expanding agents, foaming agents, anti-foaming agents, colorants, curing agents, water reducing agents, pigments, dyes, microorganisms, useful microorganisms, effective microorganisms, Bacillus , Pasteur, fluidizing agent, air entraining agent, negative ion emitting material, far-infrared ray emitting material, mineral, ore, tailings, waste, slag, sludge, or the above water or plaster;

k15) The water or plaster wherein the water is one of water, water, liquid, oil, spring water, tap water, sewage, dam water, pump water, groundwater, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ion water; k16) or cement, asphalt, soil, red clay, air, bubbles, compressor, oxygen, nitrogen, resin, chemicals, chemical solution, urea, enzyme, yeast, catalyst, enzyme, surfactant, activator, silica, carbon, foaming agent, expanding agent, In addition to one or more of colorant, graphene, polymer, microorganism, and fiber, one or more of aggregate, filler, binder, admixture, and water are added to the plaster; k17) The water to plaster containing at least two of 25 to 70 parts by weight of aggregate or filler, 15 to 40 parts by weight of binder, 0.1 to 10 parts by weight of admixture, and 5 to 35 parts by weight of water; k18) Contains two or more of 15-30 parts by weight of cement, 20-45 parts by weight of fine aggregate, 30-60 parts by weight of coarse aggregate, 0.1-3 parts by weight of waste, 0.1-5 parts by weight of admixture, and 15-35 parts by weight of water. The water to plaster; k19) The above-mentioned water to plaster containing a cement binder, aggregate and waste with a particle size range of 5 to 13 mm and 13 to 20 mm, and a fluidizing agent, and having a wave mixture ratio of 25 to 35% or a porosity of 15 to 30%; k20) The water to plaster containing fine aggregate and coarse aggregate at a ratio of 0.2 to 0.65 m3 per 1 m3 of water, cement binder, and admixture;

k21) The water to plaster containing cement, aggregate, water, and admixture and having a water-cement ratio of 25 to 40%; k22) Cement with a density of 3.0 to 3.2 g/cm ³ and a fineness of 3,000 to 3,400 cm ² /g, with at least one of the main chemical components of CaO, SiO ₂ and Al ₂ O ₃ ; Coarse aggregate having at least one of particle size of 3 to 5 mm or 15 to 25 mm, density of 2.5 to 2.8 g/cm ³ , and unit volume mass of 1,340 to 1,580 kg/m ³ ; The water and plaster containing water and an admixture in fine aggregate having at least one of a density of 2.2 to 2.6 g/cm ³ and a unit volume of 1,295 to 1,580 kg/m ³ ; k23) The water to plaster consisting of 100 parts by weight, including 14 to 15 parts by weight of binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of admixture, 0.3 to 3 parts by weight of waste, and separate water; k24) The water or plaster made by mixing 20 to 40 parts by weight of cement, 10 to 50 parts by weight of sand, 10 to 50 parts by weight of gravel, and 2 to 30 parts by weight of water to make 100 parts by weight; k25) The water or plaster made by mixing 20 to 60 parts by weight of asphalt, 10 to 50 parts by weight of aggregate, and 10 to 50 parts by weight of stone dust to make 100 parts by weight; k26) The water to plaster containing binder, water, sand, gravel and admixture; k27) A binder mixed with 30 to 90 parts by weight of cement, 1 to 55 parts by weight of slag, and 0.1 to 35 parts by weight of fly ash or silica fume, and one coarse particle size selected from 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm. The water to plaster containing aggregate, fine aggregate or slag aggregate with a particle size of 5 mm or less, and 0.03 to 3.0 parts by weight of an admixture containing a fluidizer or AE water reducer based on the binder;

k28) It consists of 5 to 8 volumes of binder, 60 to 80 volumes of aggregate, 0.2 to 0.5 volumes of admixture, and water to fill 100% of the total volume, and the aggregate includes waste, waste dust, waste concrete, and crushed stone. , bottom ash, slag, rock, one type or a mixture of 2 to 7 types, and the binder is one type or a mixture of 2 to 6 types selected from cement, asphalt, lime, gypsum, fly ash, and sludge. plaster; k29) The above-mentioned plaster containing 200 to 250 parts by weight of fine aggregate, 260 to 280 parts by weight of coarse aggregate, 3 to 8 parts by weight of carbide, 0.5 to 1.5 parts by weight of admixture, and 35 to 45 parts by weight of water per 100 parts by weight of binder such as cement. ; k30) 100 parts by weight, including 30 to 40 parts by weight of sand, 35 to 45 parts by weight of gravel, 10 to 30 parts by weight of water, 5 to 25 parts by weight of incineration ash or fly ash, and 1 to 15 parts by weight of mineral or polymer, and the polymer is the water or plaster containing one or more of polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, dihydroxyhexane, and isocyanate; k31) 100 parts by weight, including 3 to 10 parts by weight of water, 10 to 25 parts by weight of cement, 25 to 35 parts by weight of fine aggregate, 40 to 45 parts by weight of coarse aggregate, 0.5 to 1.5 parts by weight of fly ash, and 1 to 7 parts by weight of by-products. The water to plaster; k32) For 100 parts by weight of binder containing cement, the above water containing 250 to 660 parts by weight of aggregate containing sand or gravel, 10 to 150 parts by weight of mineral or zeolite, 1 to 15 parts by weight of microorganisms including Bacillus, and 10 to 30 parts by weight of water. plaster;

k33) Amount of binder or cement 250-550kg/㎥, fine aggregate 350-650kg/㎥, coarse aggregate 850-1,100kg/㎥, water quantity 150-200kg/㎥, mineral or waste 200-450kg/㎥, The water to plaster containing at least one of 0.1 to 5 parts by weight of an admixture; k34) 50 to 55 parts by weight of SiO ₂ , 15 to 20 parts by weight of Al ₂ O ₃ , 1 to 2 parts by weight of MgO, 2 to 4 parts by weight of FeO, 2 to 3 parts by weight of Fe ₂ O ₃ based on 100 parts by weight of binder or cement. parts, CaO 0.5 to 0.9 parts by weight, K ₂ O 0.5 to 1.1 parts by weight, Na ₂ O 0.5 to 0.7 parts by weight, P ₂ O ₅ 0.2 to 0.6 parts by weight, MnO 0.03 to 0.09 parts by weight, mineral component 13 to 18 parts by weight Contains 5 to 45 parts by weight of waste manure, stone dust and tailings, the particle size of one of the waste manure, stone dust and tailings is 0.03 to 0.08 mm, slump is 8 to 12 cm, unit quantity/cement amount is 50 to 60 The above water to plaster having a fine aggregate content of 45 to 53% by weight; k35) 75 to 83 parts by weight of aggregate, 13 to 15 parts by weight of binder, 5 to 7 parts by weight of water, and 0.07 to 0.3 parts by weight of admixture are mixed with 3 to 15% more microorganisms relative to the weight of the binder, and the binder is cement, The water to plaster is at least one selected from slag and fly ash, and the microorganism is one or more selected from photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous bacteria, Bacillus, and yeast; k36) 50~90% by weight of cement, 1~15% by weight of powdered slag, 0.1~7% by weight of powdered resin, 0.01~6% by weight of latex, 0.11~15% by weight of expanding agent, 0.01~3.0% by weight of fiber, 0~3% by weight of water reducing agent. Contains one or more of the weight percent of water to plaster; k37) The above containing one or more of 13 to 21 parts by weight of cement, 27 to 36 parts by weight of fine aggregate, 38 to 47 parts by weight of coarse aggregate, 1 to 7 parts by weight of phytoncide, 0.3 to 1.8 parts by weight of admixture, and 4 to 10 parts by weight of water. Water to plaster; k38) magnetized or hexagonally hydrated plaster;

k39) or k391) Crude steel, low heat, blast furnace, carbon, heavy, light, expanded, white, mixed, silica, sulfuric acid resistant, quick hardening, moderate heat, slag, portland, alumina, magnesia, fly ash cement, k392) or 100 parts by weight of one or more of lime, gypsum, cement, binder, binder, and asphalt, and, based on the 100 parts by weight, k393) 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, In addition to one or more of 0.0001 to 30 parts by weight of admixture, k394) 50 to 400 parts by weight of water or ionized water, 10 to 600 parts by weight of waste dust or stone dust or ash or by-products, 10 to 600 parts by weight of soil or red clay or masato, resin or polymer. or 0.005 to 50 parts by weight of latex, 0.0001 to 40 parts by weight of fibers or reinforcing materials or nanomaterials, 0.00001 to 10 parts by weight of microorganisms or their contents, 0.00001 to 3 parts by weight of detoxifiers or their contents, and 0 to 10 parts by weight of materials other than the above base materials. In addition to one or more parts by weight, k395) a) phytoncide, contents thereof, b) or phytoncides extracted from one of the trees, stems, plants, bark, cypress trees, c) or cypress trees, stems, Phytoncide obtained from one or more of plants, bark, wood, water added thereto, heating thereof, heated water thereby, distilled water, cooling water thereof, contents thereof, d) or magnetization, bio, contact magnetization with magnetic material, microbial input bio. One or more of the above-mentioned a) phytoncide to c) contained or added to the water or plaster;

k40) or water, water, liquid, oil, medicine, sol, gel, energy, solid, agent, ash, fluid, liquid, Gas, solid, liquid gas, liquid solid, gas, liquid solid, spring water, bottled water, fresh water, sewage, rainwater, sewage, wastewater, turbid water, polluted water, carbonated water, ionized water, seawater, salt water, spring water, drinking water, groundwater, Rock water, surface water, oil, fuel oil, diesel, gasoline, iron, scrap iron, copper, metal, non-metal, mineral, tailings, ore, rock, rock powder, stone, stone dust, wood, wood powder, powder, sawdust, soil, soil, earth stone, Red clay, white clay, clay, granite, sand, graphite, silica sand, carbon, graphene, ceramic, pozzolan, silica, silica fume, lime, gypsum, sand, sea sand, crushed sand, gravel, crushed stone, aggregate, recycled aggregate, recycled aggregate, Waste concrete, clay minerals, kaolin, zeolite, sepiolite, bentonite, attapulgite, organic matter, inorganic matter, by-products, waste, dirty matter, waste dust, fine powder, iron, dust, slag, sludge, slurry, molding sand, charcoal, ash , bottom ash, fly ash, coal ash, incineration ash, plastic ash, carbonized material, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, medicine, chemical solution, suspension, enzyme, yeast, Element, catalyst, positive catalyst, photocatalyst, titanium dioxide, ionic material, zero value material, polyvalent material, cation, anion, ionic water, iron ion, metal ion, phytoncide, aeration agent, reactive agent, adsorbent, coagulant, restoration agent, sterilizer, disinfectant , activator, surfactant, binder, solidifying agent, setting agent, powder, nanomaterial, granular material, particle material, fired material, incinerated material, carbide, seed, seed, sprouted material, microorganism, fertilizer, nutrient, fat, starch, Vitamins, minerals, fibers, woven fabrics, non-woven fabrics, carbon fibers, fibers, fiber fibers, glass fibers, metal fibers, collectors, adsorbents, dehumidifiers, dehydrators, disinfectants, admixtures, additives, hardeners, dispersants, quick-setting agents, finalizers, fillers. Solder, water reducer, accelerator, retardant, rust preventive, swelling agent, foaming agent, blowing agent, aeration agent, antifoam, colorant, adhesive, adhesive, binder, solidifying agent, setting agent, waterproofing agent, waterproofing liquid, water repellent, acid, base, fluidizing agent. , the water to the plaster containing one or two or more selected from the group consisting of phytoncide, air entraining agent, cellulose, and CMC (carboxymethyl cellulose);

k41) or k411) Beam, beam, underground beam, ground beam, horizontal beam, vertical beam, tile, brick, block, lattice block, slope block, reinforced block, reinforced earth block, panel, interior panel, exterior panel, wall, wall, interior material , exterior materials, main materials, subsidiary materials, construction materials, mats, boards, covering boards, support boards, reinforcement boards, floor boards, covering boards, boards, girders, slabs, culverts, sewer culverts, rainwater culverts, boxes, tanks, storage boxes, underground boxes, storage. Box, manhole, pipe, steel pipe, perforated pipe, non-perforated pipe, pipe, waterway, water pipe, U-shaped pipe, drainage pipe, sewer pipe, water pipe, hume pipe, plume pipe, clay pipe, cement pipe, concrete pipe, water tank, storage tank, water collection tank, house Crystals, rainwater retention tanks, rainwater retention tanks, paving materials, sidewalk materials, boundary stones, separators, foundations, columns, piles, piles, PHC piles, factory piles, buried foundations, pile foundations, rotary buried foundations, cast-in-place piles, piers, caissons, geothermal heat. Pile, geothermal pier, geothermal caisson, pile with built-in geothermal circulation pipe, tetraport, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, tunnel lining segment, mortar material, cement material, concrete material , asphalt materials, cement secondary products, asphalt secondary products, Remital secondary products, ascon secondary products, ready-mixed concrete secondary products, LMC (latex modified concrete) materials, PC (pre cast) materials, PS (pre stress or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) materials; k412) or the beam to PSC material containing at least one of the water to plaster and the water to CMC;

k42) or k421) House, building, house, house, house, single-family house, apartment house, manufactured house, canopy building, canopy house, mobile house, container house, Hanok, Western-style house, red clay room, shopping center, apartment, officetel, residential-commercial complex , low-rise buildings, high-rise buildings, high-rise buildings, houses, mobile homes, wooden houses, wooden buildings, artificial wooden houses, synthetic wooden houses, red clay houses, tile-roofed houses, traditional houses, Hanok houses, clay houses, rice straw houses, traditional buildings, cultural assets, cultural assets Buildings, basements, underpasses, underground buildings, underwater buildings, above-ground buildings, aerial buildings, floating buildings, plant factories, urban farms, farm buildings, plant farm buildings, plant factory buildings, urban farm buildings, urban farm buildings, houses, greenhouses , glass house, plastic house, polymer composite house, wood house, transparent house, translucent house, opaque house, farm house, plant house, plant farm house, zero energy house, plant farm container, steel building, steel building, steel bar building , steel cone building, steel frame building, prefabricated building, container, container house, k422) steel tower, pillar, chimney, fence, street light, tunnel, road tunnel, railway tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield water tunnel, Underwater tunnel, submerged tunnel, immersed tunnel, wind tunnel, underground tunnel, Piam tunnel, cut-and-cover tunnel, aerial tunnel, soundproof wall, soundproof tunnel, road, roadway, sidewalk, sidewalk, railway, track, pavement, pavement, runway, running route. , navigation route, city, safety, structure, ground, foundation, bridge, bridge, road bridge, railway bridge, overpass, abutment, pier, wind bridge, aerial bridge, dam, earthen dam, earthen dam, rock dam, cement dam, concrete Dams, arch dams, embankments, embankments, earthen embankments, soil embankments, sand embankments, cement embankments, concrete embankments, river embankments, rivers, oceans, ports, coasts, revetments, lakes, waterways, quay walls, water docks, estuaries, breakwaters, seawalls, Marine structures, weirs, underwater weirs, above-ground parts, water weirs, water weirs, river weirs, four major river weirs, facilities, facilities, architecture, structures, sculptures, landscaping, subway, structures, facilities, forms, forms, retaining walls, reinforced earth retaining walls, stonework , underground wall, earth retaining wall, cutoff wall, reaction wall, composite wall, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, equipment, plant, landscaping facility, landfill, power plant, garbage Landfill, thermal power plant, nuclear power plant, earthen structure, soil structure, earthwork structure, slope structure, slope structure, hydraulic structure, marine structure, cement structure, concrete structure, ready-mixed concrete structure, wooden structure, steel structure, steel structure, underground structure, Underwater structures, ground structures, aerial structures, floating structures, assembled structures, ground structures, underground structures, surface structures, underwater structures, hydraulic structures, aerial structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment Facilities, purification facilities, repair facilities, architectural facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railway facilities, transportation facilities, power generation facilities, interior facilities, water supply and sewage facilities, underground facilities, underwater facilities, above-ground facilities, public facilities, Floating facility, one of the following construction or CRC facility, building, road, pavement, ground, structure, facility, k423) construction, development, architecture, construction, work, civil engineering, environment, purification, water purification, cleanliness, healing, crack healing, Restoration, river restoration, sinkhole restoration, landscaping, planting, modeling, sculpture, manufacturing, material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work , building construction, disaster prevention, soil, earthwork, ground, underground, underground, slope, slope, slope, foundation, pile, PHC pile, excavation, excavation, excavation, cut, embankment, geothermal pile, factory pile, foundation foundation, driving. Foundation, rotary buried foundation, cast-in-place pile, earth retaining wall, slurry wall, underground continuous wall, diaphragm wall, CIP (cast in place pile), CP (compaction pile), SCP (sand compaction pile), CCP (crushed) stone compaction pile), VCCP (vibrated CCP), dredging, reclamation, underwater, cableway, elevator, masonry, plastering, waterproofing, water blocking, water retention, painting, paving, dirt paving, road paving, sidewalk paving, improvement, ground improvement, ground Clearance, complex preparation, drilling, boring, mixing, mixing, supply, provision, conveyance, transfer, transportation, pouring, mold pouring, concrete pouring, plowing, laying, slope laying, ground laying, road laying, coating, painting, injection, Form injection, underground injection, deep injection, injection, crack injection, injection injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting rocket), JSP (jumbo special pattern), injection , water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, water curing, geothermal hole, mixing, ground mixing, ground agitation mixing, DCM (deep cement mixing), SCW (soil cement wall) , compaction, ground compaction, agitation compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, repair, crack repair, water leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling. , cavity filling, stone, masonry, exterior wall, scaffolding, dismantling, windows, sheet metal, roof sheet metal, assembly, building assembly, steel, windows, sheet metal, water supply and sewerage, corrosion protection, electrical system, greening, cleaning, washing, redevelopment, reconstruction, interior , remodeling, k424) weight, light weight, foaming, bubbles, expansion, water permeability, plain, rebar, plain concrete, reinforced concrete, RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete) , PS (prestressed, poststressed), PSC (prestressed concrete, poststressed concrete), SRC (steel reinforced cement), CRC (carbon reinforced cement), or materials, materials, liquids, water, Water, materials, raw materials, materials, materials, powder, sheets, mats, pouring materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, mortar, ready-made metal, ready-mixed concrete, asphalt concrete, concrete, the above materials and PSC materials;

k43) PSC materials including one or more of rods, bars, plates, nets, meshes, grids, fibers, sheets, mats, rebars, wire meshes, steel frames, ceramics, fibers, cages, nanomaterials, and reinforcing materials; k44) After pouring, curing, hardening, or solidification, k441) one of the strength, compressive strength, tensile strength, and shear strength is low strength of 1 to 50 kg/㎠, ultra-low strength below this, and low and medium strength of 51 to 100 kg/㎠, Medium strength of 101 to 150 kg/㎠, medium strength of 151 to 200 kg/㎠, high strength of 201 to 400 kg/㎠, ultra-high strength of more than this, k442) low density of 0.1 to 0.5 t/㎠, ultra-low density of less than this, Low to medium density of 0.51~1.0t/㎥, medium density of 1.1~1.5t/㎥, medium density of 1.51~2.0t/㎥, high density of 2.1~3.0t/㎥, ultra high density above this, k443) Permeability coefficient is 10 Low permeability of ^(-15∼-10)㎝/sec, ultra-low permeability below this, mid-low permeability of 10^(-9∼-6)cm/sec, 10^(-5∼-3)㎝/ The above material or PSC, which is one of medium permeability of sec, medium permeability of 10^(-2∼+1) cm/sec, high permeability of 10^(+2∼+5) cm/sec, and ultra-high permeability higher than this. material; It is characterized by being one of the following.

In the present invention, the equipment, devices, magnetization equipment, pouring equipment, eco pouring equipment, etc. include a) magnets, cones, rods, magnetizers, hexagonal water heaters, drones, 3D printers, wind compressors, solar generators, wind power generators, storage bins, hoppers, Mixer, pump, transporter, supply route, driller, pouring equipment, injector, syringe, sprayer, shotting machine, shotting machine, coating machine, sprayer, laying machine, packaging machine, mixing machine, compactor, curing machine, surface treatment machine, b) above Equipment equipped with one or more of magnets or surface treatment machines, c) Materials or equipment for using materials, d) Equipment for creating or constructing facilities, e) Equipment for manufacturing, construction, purification, performing these methods, etc., f) Indoor, outdoor, factory, etc. Equipment such as field equipment, said equipment, magnets, equipment, etc. are applicable, included, belong to, etc., or are composed, formed, divided, subdivided, etc. In the present invention, ~, etc. correspond to ~, etc., one of ~, one or more of ~, etc. Examples of this include: a) indoors, outdoors, factories, sites, etc., b) one of indoors, outdoors, factories, sites, etc., c) one or more of indoors, outdoors, factories, sites, etc. It applies.

And the equipment, device, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention include 1) magnet, group of magnets, electromagnet, magnetic material, magnetic material, magnetized material, hexagonal hydrated material, magnetizing agent, magnetic field material, wave material, solenoid electromagnet. , holding non-magnet, magnetized energy body, the above magnet or magnetized energy body that magnetizes material or vortex material, 2) cone, cone body, hollow cone, passage cone, spaced cone, contact cone, cone spiral, spiral cone, cone spiral, Spiral post-cone, cone-in-cone helix, spiral-in-cone, spiral weave cone, cone-with-helix, one-side-apart cone, two-way-apart cone, mounted beacon, the above-mentioned cone or mounted beacon that vortexes pouring material or magnetized pouring material, 4) Rod, rod body, A rod or rod frame body that swirls a rod frame, a protruding rod, a rod frame body, a pouring material or a magnetized pouring material, 5) provided with one of the cone or a holder beacon, and one of the rod to a rod frame body, or the rod or rod frame body. Cone or mounted beacon, 6) Equipped with one or more of the cone or mounted beacon, rod or rod body, spiral, cone spiral, rod spiral, cone rod spiral, Bong cone spiral, 7) provided with one or more of the magnet or magnetized energy body. Cone to stand beacon, rod to rod body, cone spiral to rod cone spiral, 8) The magnet or magnetized energy body provided with one or more of the cone to stand beacon, rod to rod body, cone spiral to rod cone spiral, 9) The above Equipped with or embedded in magnets or magnetized energy bodies, cones or mounted beacons, etc., barrels, tanks, boxes, rods, plates, membranes, tanks, boxes, tubes, hoses, spirals, screws, bodies, objects, metal bodies, porous bodies, wave bodies. , polymer sieve, water tank, means, facility, pipe, hollow tube, hollow body, 10) a hollow body embedded in one of the above tanks or hollow pipes, 11) a storage equipped with one or more of the magnets or hollow bodies, a hopper, a mixer, a pump, Transporter, supply route, drilling machine, pouring equipment, injector, syringe, sprayer, shotting machine, shotting machine, coating machine, painting machine, laying machine, packaging machine, mixing machine, compactor, curing machine, surface treatment machine, 12) The magnet or surface treatment machine above a) wind compressor, which injects compressed material or compressed air into one or more of the following; Wind piston compressor, 13) Equipped with one of the magnet or wind compressor, or moving one, or performing the work performed by the magnet or wind compressor, etc. by the provision a) Drone, 3D printer, magnetized drone, magnetized 3D printer, solar A drone equipped with at least one of a battery and a wind power generator, a 3D printer, b) a drone equipped with a pouring equipment or pouring machine mounted on a main body that flies by rotating blades, c) a 3D drone equipped with a pouring equipment or pouring machine that moves in three dimensions while being mounted on a frame. Printer, 14) Devices, equipment, magnetization device, pouring device, pouring equipment, etc. equipped with the magnet or 3D printer, 15) Solar generator, wind generator, etc. provided or installed on or supplying electricity to the magnet or equipment, 16) The above Storage, injection, mixing, pumping, transportation, supply, drilling, pouring, injection, injection, spraying, shorting, coating, painting, laying, packaging of water, liquid, agent, ash, substance, material, etc. that have passed through magnets or equipment. , the storage or surface treatment machine that performs mixing, compaction, curing, surface treatment, etc., 17) After the pouring or surface treatment, etc., materials, construction materials, main materials, subsidiary materials, facilities, buildings, structures, etc. are manufactured, constructed, purified, and constructed. , the magnet or equipment, etc. that causes formation, etc., corresponds to, includes, belongs to, consists of, forms, divides, subdivides, etc. by or.

The present invention equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc. include a) a magnetized body provided in the central passage of a cone or rod body, a cone or rod body with a magnetized body provided in the central passage, b) a cone body made of magnetizing a material. Or, a magnetized body provided in the central passage of the rod body, a spaced magnetized body, or a magnetized body for magnetizing a material is provided in its central passage to vortex the magnetized material, a rod body, a rod cone, a cone-shaped rod body, a spaced cone body. , one of a spaced rod frame, a spaced rod cone, and a spaced cone-shaped rod frame; a hollow body in which one of the magnetized body and the spaced cone-shaped rod body is provided or embedded through which the material passes, c) a magnet or magnetic body that magnetizes the material; a cone or rod body through which the magnet or magnetized material passes through its central passage and swirls the passing material or the magnetized material; A combination of a body, a hollow body, etc. in which one or more of the magnet, magnetic body, cone body, rod frame body, cone body with a magnetic body, and magnetic body with a cone body is provided or embedded and the material passes through is also included.

Examples of the equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention include a) magnets (10, 16), magnetic material, magnetic material, magnetized material, wave material, hexagonal hydrated material, magnetic wave material, magnetized wave material, magnetic force. Energy body (10, 16), cone (11) or object with magnet, magnet with cone or object, stirring or aeration function cone or object with magnetization type magnet, magnetization type magnet with stirring or aeration function cone or object, b ) Equipped with one of the following: magnet, group of magnets, magnetic body, magnetic body, magnetized body, wave body, hexagonal hydrate body, magnetic wave body, magnetized wave body, magnetic energy body, c) equipped with one of the cone or magnetic energy body or embedded tube ( 13), body, hollow body (13), d) magnetizer, one of the magnets or hollow bodies, hexagonal water device (13), e) storage (20), hopper (21) equipped with at least one of the magnets or hexagonal water devices , mixer (22), pump (23), transporter (24), supply line (25), pourer (26), laying machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packaging machine, compactor, mixing This includes machines, curing machines, cotton treatment machines (26), etc. Since the magnet or surface treatment machine is equipped with a magnet, etc., it becomes a single magnetizer, a hexagonal magnetizer, etc., or has the function of magnetizing a material, hexagonal magnetization, etc.

Other examples of the equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention include a) a conical wire spiral equipped with N-S-N-S-N-S-N-S magnets (10, 16); b) a hollow body (13) equipped with an injector (91) through which the additive (90) is introduced; c) A storage unit (20), a mixing machine (22), a pressurizing machine (23), a supply machine or a supply path (25), and a pouring machine for storing, mixing, pressurizing, supplying, and pouring the pouring material while being equipped with the cone network frame spiral or hollow body, respectively. (26); d) a wind compressor (50) that injects pressure into one or more of the cone mesh spiral, hollow body, storage, mixer, pressurizer, feeder, supply path, and pouring machine; e) Moving one or more of the cone network spiral, hollow body, storage, mixer, pressurizer, feeder, supply path, pouring machine, wind compressor, or one or more of the storage or pouring by means of the mounting. drone (70), 3D printer (71); f) a generator, a mobile generator, a solar generator (80), and a wind generator (81) that supply electricity to one or more of the storage, pouring machine, wind compressor, drone, 3D printer, pouring equipment, and their power sources; g) Equipped with at least one of the above-mentioned cone net frame spiral or wind power generator j1) Placement equipment, magnetization placement equipment, magnetization vortex placement equipment (27); j2) Placement equipment that performs one or more of the above storage and placement; h) Placement equipment (27) for placing one (1) of the pouring material, magnetized pouring material, and magnetized eddy current pouring material that has passed through one of the cones or the 3D printer; i) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of Ca to CaFe, material, ion, component, element, element, substance in the pouring material , reactants, compounds, inclusions, nano-materials, resin materials, by-products, carbon materials, fibers, catalysts, fiber materials, latex materials, bio-materials, phytoncide materials, or the pouring material contains the Ca Water, liquid, oil, medicine, energy, solution, agent, ash, sol, gel, mortar containing one or more of phytoncide or phytoncide water. , pouring equipment that is one of milk, chemical liquid, suspension, slurry, mixture, compacted material, ready-mix concrete, asphalt concrete, concrete, paste, and plaster; This also applies to pouring equipment that includes one or more of the following.

Describing the above example in detail, the pouring equipment of the present invention is a) a cone mesh spiral equipped with a N-S-N-S-N-S-N-S magnet that is poured while the pouring material is in contact; b) a hollow body that is poured as the pouring material passes through, is embedded in the cone mesh spiral, is provided with connection means at both ends, and is provided with a check valve on the side and an injector through which the additive is introduced; c) a storage, mixing machine, pressurizing machine, feeder or supply path, and pouring machine equipped with the cone mesh spiral or hollow body and storing, mixing, pressurizing, supplying, and pouring the pouring material, respectively; d) a wind compressor that injects pressure into one or more of the cone mesh spiral, hollow body, storage, mixer, pressurizer, feeder, supply path, and pourer to reduce the weight of the pouring material; e) In order to unmanned or automate the pouring work, one or more of the cone network spiral, hollow body, storage, mixer, pressurizer, feeder, supply path, pouring machine, wind compressor is moved or one or more of the above is mounted or installed. A drone or 3D printer that performs one or more of the above storage and placement; f) To replace the commercial electricity required for pouring, a generator, mobile generator, solar generator, or wind generator that supplies electricity to one or more of the storage, pouring machine, wind compressor, drone, 3D printer, pouring equipment, and their power sources; g) It includes all the equipment required for pouring and is equipped with at least one of the above-mentioned cone mesh spiral or wind power generator j1) Placing equipment, magnetizing pouring equipment, magnetizing vortex pouring equipment; j2) Placement equipment that performs one or more of the above storage and placement; h) Placement equipment for pouring one of the cone or 3D printer, magnetized pouring material, or magnetized vortex pouring material by pouring the pouring material; i) In order to improve the performance of the pouring material, one or more of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, and Ca to CaFe, materials, ions, and components are added to the pouring material. Contains one or more of elements, elements, substances, reactants, combinations, inclusions, nanomaterials, resin materials, by-products, carbon materials, fibers, catalysts, fiber materials, latex materials, bio-materials, and phytoncide materials, Or, the pouring material contains one or more of the Ca to phytoncide water, water, liquid, oil, medicine, energy, solution, agent, or material. , sol, gel, mortar, milk, chemical liquid, suspension, slurry, mixture, compacted material, ready-mix concrete, asphalt concrete, concrete, paste, and plaster; pouring equipment; etc. are applicable.

As another example of the pouring equipment of the present invention, it is possible to vary the contents of a) from a) to i). Examples of this include the contents of a) above as 1a) magnets, group of magnets, electromagnets, twin magnets, bar magnets, sheet magnets, atomic magnets, magnetite, magnetic body, magnetic body, magnetic body, magnetized body, wave body, which are one of the magnets. , magnetized body, magnetic field body, hexagonal hydrate body, magnetized wave body, magnet equipped body, magnetized energy body, double magnet, bunch magnet, multi-type magnet, composite magnet, nanomagnet, superconducting magnet, magnetosome, magnetic bacteria, S pole, N pole Magnet, N pole S pole magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, coil on iron core These are wound electromagnets, two or more magnets with the same or different magnetic force, solenoid electromagnets, and non-mounted magnets; a12) The magnet or holder non-magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or holder non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body below, the magnet or holder non-magnet that magnetizes the pouring material; a13) One or more of the magnets or holder non-magnets embedded, covered, lined, or repeated, combined, or connected to two or more magnets, magnetic materials, magnetized materials, or magnetic field materials; One of the following is provided, or is provided in one or more of its hole, hole, inside, outside, inside, outside, one side, both sides, passage, hollow, center, center, side thereof, passage, and the pouring material is in contact with or passes through.

1b) Cone, rod, cone body, rod body, cone net, mancone, cone bong, net bong, bong net, bong frame, bong cone, protruding bar, cone cone, conical cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone, porous cone. , hollow cone, passage cone, contact cone, spaced apart cone, cone spiral, screw cone, forward cone, reverse cone, cone helix, back spiral cone, cone helix, helical cone, spiral cone, cone helix, one side apart cone, two sides apart. Cone, network spiral, cone network spiral, cone network spiral, cone network spiral, cone network spiral, cone network spiral, cone network spiral, cone network spiral, cone network spiral; a22) A cone with an inclination angle of 1 to 89 degrees, a spaced cone with a spacing range between the outer diameter and the inner diameter, a cone with a hollow diameter on one side 1.1 to 5.0 times the hollow diameter on the other side, a length of 0.1 to 0.1 of the length of one of the magnets or holder non-magnets. a cone having a cross-sectional area of 0.8 times or 0.1 to 10.0 times the hollow diameter of the one side, a cone having a cross-sectional area of the hollow body of the one side 0.05 to 0.9 times the internal cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet; a23) the cone or cone net frame spiral that swirls the pouring material or the magnetized pouring material;

2a) or a combination structure opposite to the above, wherein one of the cone or the cone wire spiral is provided and the pouring material contacts or passes through it; 2b) the magnet or magnetic field body; All you have to do is select an appropriate combination and apply it.

Examples of its application include 1a) a cone equipped with a magnetic field body, a rod equipped with a hexagonal hydrate body, a cone network equipped with an S-pole and N-pole magnet, a cone bar equipped with an electromagnet with a coil wound around an iron core, a net bar equipped with two or more magnets with the same or different magnetic force, 2a) or The combination structure opposite to the above includes a magnetic field body with a cone, a hexagonal hydroxide body with a rod, an S-pole N-pole magnet with a cone, an electromagnet with a coil wound around an iron core with a cone rod, and two or more magnets with the same or different magnetic force with a net rod. do.

In the present invention, it is one of the equipment, magnetization equipment, pouring equipment, and eco pouring equipment, or a driller, storage, hopper, mixer, pump, drone, transporter, supply route, pourer, placer, injector, syringe, accompanying one, The sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, and surface treatment machine include 1) the puncher or the surface treatment machine itself, 2) the cone to the hollow body, the magnet to the hollow body, the cone to the hexagonal machine, Equipped with a magnet or a hexagonal machine, etc. This includes a puncher or a surface treatment machine, 3) a magnetizer, a hexagonal machine, etc. from either a puncher or a surface treatment machine.

Other examples of the equipment, magnetization equipment, pouring equipment, and eco pouring equipment in the present invention include a) a cone with a magnet in which the magnet is a cone provided in the central hollow portion of the magnet, a magnet with a cone in which the cone is fitted on the outside of the magnet, and a magnetized magnet. An object with a stirring or aeration function equipped with a magnetized magnet, which is an object with a stirring or aeration function provided in its own internal hollow, etc. b) A magnet to which a cone equipped with a magnet is attached, a magnetic body to which an object-equipped magnet is bonded, a magnetic body to which a stirring or aeration function cone is combined, a magnetized body to which a stirring or aeration function cone equipped with a magnetized magnet is combined. c) one of c1) a tube with a magnet embedded in it, c2) a hollow body with a cone with a magnet embedded in it, c3) a hollow body with a magnetic energy body embedded with a magnet attached to a cone, c4) a cone with a magnet, a hollow body with teeth embedded in it. A magnetizer equipped with or one, c5) a magnet with a cone, a magnetic energy body with teeth attached, a hexagonal magnet with one or one of the hollow bodies with teeth embedded, etc. d) a magnetic material-embedded reservoir, the magnet-embedded hopper, a magnetized material-embedded mixer incorporating a stirring or aeration function cone provided with the magnetized magnet, a pump provided with the magnet at the front or rear end, the magnetic material-embedded transporter, and the magnet provided, or This also includes purchase supply lines, pouring machines, laying machines, injectors, syringes, sprayers, shotting machines, coating machines, painting machines, packaging machines, compactors, mixing machines, curing machines, surface treatment machines, etc.

To further explain the above, a) in the above-mentioned cone or object with magnet, magnet with cone or object, etc., the object is a1) cone, object with or without magnet, a2) object other than cone and magnet, a3) magnet, group of magnets, Magnetic body, magnetic body, magnetized body, wave body, hexagonal hydrated body, magnetic wave body, magnetized wave body, magnetic energy body, a4) object with stirring or aeration function, a5) body, ring, cone, spiral, vortex line, screw , whirlwind, hollow body, funnel, a6) Objects provided in magnets, all objects, certain objects, bodies, metals, iron materials, wood, stone materials, clay materials, ceramics, polymer materials, natural materials, natural materials, artificial materials, These include rubber materials, porous materials, hollow materials, non-hollow materials, plastic materials, and PVC materials. and b) the magnet, group of magnets, magnetic body, magnetic body, magnetized body, wave body, hexagonal hydroxide body, magnetic wave body, magnetized wave body, and magnetic energy body can cause oneself or others or substances to exhibit magnetism, magnetism, magnetization, waves, These include wave conversion, hexagonal hydrolysis, magnetic wave, magnetic wave conversion, magnetic energy, magnetic energy conversion, etc., and these have the same or different characteristics, and those that are identical to each other are magnets with magnetic properties. and magnetic substances, magnets and wave bodies with material wave properties, and those that are different from each other include magnets with magnetism and wave bodies with material waves. and c) the body is c1) tube, body, hollow body, pipe, magnetizer, hexagonal water body, object, certain object, hollow body, metal, stone, wood, natural material, synthetic material, polymer material, porous body, non-hollow body , all objects, c2) Objects, bodies, etc. with or without tubes, hollow bodies, magnetizers, hexagonal water bodies, etc. And d) The hollow body includes a barrel, tank, box, tank, tube, hose, pipe, hollow pipe, hollow cylinder, hollow sphere, hollow body, hollow body, etc. e) The magnetizer and hexagonal water machine are equipped with one of e1) the cone or hollow body, e2) the storage unit or surface treatment machine, e3) are equipped with one of the above devices, instruments, devices, equipment, manufacturing equipment, construction equipment, e4) materials Applies to instruments, devices, devices, equipment, cones, etc. that magnetize, magnetize, magnetize, waveize, hexagonal hydrate, magnetize wave, and magnetize energy.

In addition, the magnet, magnetizer, hexagonal machine, device, mechanism, device, equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention include a) magnet, group of magnets, magnetic body, magnetic body, magnetized body, wave body, magnetic force Energy body, magnet function merging cone, cone function merging magnet, equipped with double or bundled cone Magnet, equipped with magnet Cone or object, equipped with cone or object Magnet, magnetized magnet with agitation or aeration function Cone or object, agitation or aeration function cone or a magnetized magnet provided with an object, b) a magnet provided with one of the two, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a hexagonal hydrate body, a magnetic wave body, a magnetized wave body, a magnetic energy body, c) the cone or magnetic force a tube, body, hollow body, pipe, magnetizer, hexagonal receiver, d) equipped with one or more of the cones or hexagonal receivers above, or a perforator, reservoir, hopper, mixer in the following order or in any order, Pump, drone, transporter, supply route, pourer, laying machine, injector, syringe, sprayer, shotting machine, coating machine, sprayer, packaging machine, compactor, mixing machine, curing machine, surface treatment machine, e) Among the cones and surface treatment machines above This also includes one or more equipment, instruments, devices, equipment, manufacturing equipment, construction equipment, etc.

The apparatus, apparatus, device, equipment, apparatus, phytoncide device, cone or surface treatment machine, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention are used for manufacturing, production, construction, architecture, construction, construction, construction, etc. or equipment, instruments, devices, equipment, facilities, manufacturing facilities, construction equipment, dozers, trucks, excavators, graders, cranes for the manufacture, production, construction, architecture, construction, construction, construction, etc. of the above concrete, materials, facilities, etc. , excavator, equipment, apparatus, device, equipment, facility, manufacturing facility, construction equipment, dozer, truck, excavator, grader, crane, excavator, etc. equipped with one of the above magnets or equipment are also applicable and included. The device, mechanism, device, equipment, apparatus, phytoncide device, cone or surface treatment machine, etc. of the present invention are provided in one, two or more, plural, one set, two or more, plural sets, etc. Examples of this include a) a hollow body with two cone embedded magnets, b) a mixer with three cone embedded hollow bodies equipped with two magnets, and c) two storage bins with three cone embedded hollow bodies equipped with three magnets. 2 connected mixers, d) 1 equipped with 3 magnets, 2 reservoirs with 3 hollow bodies embedded with 2 cones, 2 supply channels connected to 2 connected mixers, e) 2 sprayers connected to them, etc. .

And one, one set, two pieces, two sets, one, two or more of the cone or surface treatment machine, magnet or surface treatment machine, magnet or equipment, or provided with the inside, inner surface, inner side, hollow part, This also applies to one of the cones, surface treatment machines, magnets, surface treatment machines, magnets, or equipment provided on the outside, outer surface, outside, etc. Examples of this include a silo and another silo, a sprayer and a different sprayer, a silo and a sprayer, a silo and a sprayer, 2 silos and 3 sprayers, 2 silos and 3 sprayers, a silo and a mixer, a sprayer, 2 silos. and 2 sprayers with 1 mixer, 3 storage units, and 6 sprayers with 3 mixers.

And two or more of a) the device, instrument, device, equipment, device, phytoncide device, b) the cone, magnet, cone or surface treatment machine, and c) facility, facility, structure, etc. of the present invention, and two or more are mutually bonded, Connecting, connecting, fastening, merging, merging, providing, mounting, fixing, mounting, attaching, welding, or joining, linking, connecting, fastening, merging, merging, etc. to the inside, inner surface, inside, hollow part, outside, outer surface, outside, etc. Equipping, mounting, fixing, mounting, attaching, welding, etc. are possible, and for this purpose, mutual rods, stands, plates, strings, strings, ropes, welding, bolts, nuts, tubes, hoses, pipes, pipelines, and holders (12) , provision and installation of supports, etc. are possible. This means that a) the device, device, device, equipment, device, phytoncide device, b) the cone, magnet, cone or surface treatment machine, and c) the facility, facility, structure, etc. of the present invention include rods, poles, plates, strings, ropes, etc. It is also possible to interconnect, connect, equip, mount, install, maintain, position, mount, anchor, attach, etc. by ropes, welding, bolts, nuts, tubes, hoses, pipes, pipelines, holders (12), supports, etc. It indicates that Examples of this include a hollow body (13) embedded with magnets (10, 16) mounted on the holder (12), a hollow facility (8) embedded with cone-equipped magnets (10, 16) mounted on the holder (12), and a hollow body (13) embedded in the holder (12). Mounted magnets (10, 16), embedded hollow bodies (13), embedded hollow facilities (8), etc. are also applicable.

In addition, the apparatus, apparatus, device, equipment, device, pouring apparatus, the cone or surface treatment machine, etc. of the present invention include: 1) a) an apparatus, apparatus, or apparatus used for one or one of the above construction or remodeling; , equipment, b) use, use, apply, utilize, correspond to, provide, construct, mount one or one of the above devices, appliances, devices, equipment, magnets or equipment, 2) or the above concrete or PSC, materials or facilities. , one or more of the above construction or remodeling, or one or more of the above construction or remodeling, or in one or more of the following: , input, injection, purchase, introduction, mixing, mixing, mixing, doubling, overlap, addition, addition, containing, inclusion, reflection, or in one or more of the above construction or remodeling. This also applies to a) devices, instruments, devices, equipment, and b) the devices, instruments, devices, equipment, magnets, or equipment used.

And the materials or materials of the device or surface treatment machine, magnet or magnetized energy body, cone or cone wire spiral, hollow body, device, or equipment of the present invention include natural materials, natural materials, artificial materials, synthetic materials, metals, non-metals, Steel, wood, stone, clay material, glass, ceramic, resin, resin material, resin, resin material, polymer, polymer material, carbon, carbon material, graphene, graphene material, magnetic material, magnetic material, polymer material, rubber, rubber Materials, porous materials, hollow materials, non-hollow materials, plastics, plastic materials, PVC, FRP, GFRP, CFRP, PVC materials, FRP materials, GFRP materials, CFRP materials, other or all or materials, materials, raw materials, materials, etc. other than the above. It applies. Examples of this include the magnet being made of a magnetic material, the cone being made of metal, the tube being made of plastic, the hollow body being made of FRP, the storage being made of carbon, the mixer being made of steel, and the sprayer being made of PVC, or the PVC cone, FRP. This includes bars, GFRP bars, CFRP rebar, etc. The PVC refers to poly vinyl chloride, FRP refers to fiber reinforced plastic, fiber reinforced polymer, fiber reinforced plastic, fiber reinforced polymer, etc., and GFRP refers to glass fiber reinforced plastic, glass fiber reinforced polymer, glass fiber reinforced plastic, glass fiber reinforced polymer, etc., and CFRP. This includes carbon reinforced plastic, carbon reinforced polymer, carbon fiber reinforced plastic, and carbon fiber reinforced polymer.

In the present invention a) magnet (10), group of magnets, electromagnet, twin magnet, bar magnet, sheet magnet, atomic magnet, magnetite, magnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body , hexagonal hydrate body, magnetized wave body, magnetized body, magnetized energy body, double magnet, bunch magnet, multi-type magnet, composite magnet, nanomagnet, superconducting magnet, magnetosome, magnetic bacteria, S-pole N-pole magnet, N-pole S-pole Magnet, S-pole N-pole/S-pole N-pole magnet, N-pole S-pole/S-pole N-pole magnet, S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, coil (98) on iron core (97) This wound electromagnet, solenoid electromagnet, mounted non-magnet, vortex type mounted non-magnet; b) the magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or non-mounted magnet whose outer diameter is 0.01 to 0.8 times the inner diameter of the hollow body below, the magnet or non-mounted magnet that magnetizes the pouring material (1); c) One or more of the magnets or holder non-magnets, one of which is embedded, cover, lining (15), or one of two or more repeating, combining, or connecting magnets, magnetic material (16), magnetized material, or magnetic field material, is the a) magnet to c) one or more of the magnetic field bodies, linkage, combination, combination, etc. This means that one of the a) magnet to c) magnetic field body is the same or similar to one or two or more of the a) magnet to c) magnetic field body, such as a linkage, combination, combination, etc. Therefore, magnets, magnetic substances, magnetized substances, etc. become one or more of the above a) magnet to c) magnetic field body, or a linkage, combination, combination, etc. One or more of the above a) magnet to c) magnetic field body, linkage, combination, combination, etc. become one magnet.

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

To explain the above, 1) a) NS pole magnet is N pole S pole magnet, b) SN pole magnet is S pole N pole magnet, c) NS pole/NS pole magnet is N pole S pole/N pole S pole magnet. , two combined magnets of N-pole S-pole magnet and N-pole S-pole magnet, d) SN-pole/SN-pole magnet is the combination of S-pole-N-pole/S-pole-N-pole magnet, S-pole-N-pole magnet and S-pole-N-pole magnet. Two combined magnets, e) NS-pole/SN-pole magnet, N-pole/S-pole N-pole magnet, two combined magnets of N-pole-S-pole magnet and S-N-pole magnet, f) SN-pole/NS-pole magnet Silver S-pole N-pole/N-pole S-pole magnet, two combined magnets of S-pole N-pole magnet and N-pole S-pole magnet, g) NS-pole/film/NS-pole magnet is N-pole S-pole/film/N-pole S A pole magnet, or a magnet combined in the order of an N-pole S-pole magnet, a film, and an N-pole S-pole magnet, or a magnet combined with a film embedded between the N-pole S-pole magnet and the N-pole S-pole magnet, h) SN pole /Film/SN pole magnet is a S-pole N-pole/film/S-pole N-pole magnet, or a magnet combined in the following order: S-pole-N-pole magnet (10), membrane (14), S-pole-N-pole magnet (10), or A magnet combined with a film embedded between an S-pole N-pole magnet and a S-pole N-pole magnet. Here, the film refers to a membrane, separator, spacer, separator, spacer, etc. (14), i) NS pole/membrane/SN The polar magnet is a N-pole/S-pole/film/S-pole N-pole magnet, or a magnet combined in the order of the N-pole/S-pole magnet (10), the film (14), and the S-pole/N-pole magnet (10), or the film is the N-pole. A magnet embedded and combined between an S-pole magnet and an S-pole N-pole magnet, j) SN-pole/film/NS-pole magnet is an S-pole N-pole/film/N-pole S-pole magnet, or an S-pole N-pole magnet, film, A magnet combined in the order of N-pole and S-pole magnets, or a magnet with a film between the S-pole and N-pole magnets, k1) An example of two or more magnets in one or more of the magnets is an NS-pole magnet. 2 magnets of and SN pole magnets, k2) NS pole/NS pole magnet and SN pole/SN pole and NS pole/SN pole magnet combined magnet, k3) SN pole/NS pole, NS pole/film/NS pole, SN These include pole/film/SN pole, NS pole/film/SN pole, and SN pole/film/NS pole combined magnets.

2) Examples of magnets with a single magnetic force or a total combined magnetic force of 1000 to 20,000 Gauss include an SN pole magnet in the case of SN pole/film/NS pole, or a single magnetic force of an NS pole magnet, or an SN pole magnet or an NS pole magnet 2 These include magnets with a total combined magnetic force of 1,000 to 20,000 Gauss. In the case of a tube-lined magnet (16) with 10 magnets (10) embedded inside the tube cover (15), the magnetic force of one magnet (10) out of 10 or the combined magnetic force of all 10 (16) is 1000 to 20,000. This also applies to Gaussian magnets. 3) Examples of the body or magnetic body (16) in which one of the magnets (10) is embedded, coated, covered, or lined (15) include SN pole magnet, NS pole magnet, and SN pole/film/NS pole magnet. The light (10) is attached to metal, film, film material, cover material, polymer material, plastic, STS material, coating material, lining material, melt, heated material, barrel, hose, tube, pipe, heating pipe, etc. (15). This applies to bodies or magnetic materials (16) that are embedded, coated, covered, lined, etc. Here, the coating, covering, lining, etc. 15 of the magnet 10 are for the purpose of protecting, reinforcing, maintaining, managing, and preventing corrosion and damage of the magnet. For an example of the magnets and magnetic materials 10 and 18 inserted through the central passage of the 4) cone 11, refer to the picture in FIG. 2. 5) The magnet or magnetic body (10, 18) having an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or inner cross-sectional area of the tube or hollow body (13) is the outer diameter or diameter or cross-sectional area of the magnet or magnetic body (13). Specifications for magnets and magnetic materials in the case where the inner diameter or internal cross-sectional area of the hollow body is 0.01 to 0.8 times smaller than the inner diameter or internal cross-sectional area of the tube or hollow body so that the magnet or magnetic material can be sufficiently embedded inside the tube or hollow body. It becomes a condition.

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

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

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

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

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

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

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

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

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

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

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

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

23) The magnet or non-mounted magnet that magnetizes the pouring material has magnetic force and has the performance, properties, and functions of magnetizing the material, so it magnetizes the material, pouring material, and its raw materials. It can be the above-mentioned magnet or holder non-magnet. 24) One or more of the magnets or non-mounted magnets are embedded, covers, linings, or repeat, combine, or connect two or more of the magnets, magnetic materials, magnetized materials, and magnetic field bodies, and one or more of the magnets or non-mounted magnets are embedded, These include magnets, magnetic materials, magnetized materials, magnetic field materials, etc. that are made of covers, linings, etc., or are repeated, combined, connected, etc. of two or more. Here, the embedding, cover, lining, etc. are for protection, storage, maintenance, management, corrosion prevention, etc. of the magnet or holder non-magnet. Here, repetition, combination, connection, etc. of two or more refers to a plurality of magnets, a plurality of magnetic materials, a plurality of magnetization materials, a plurality of magnetic fields, etc., in which two or more of the above-mentioned magnets or mounted non-magnets, etc. are repeated, combined, or connected.

In the present invention a) cone, rod, cone body, rod body, cone network, mancone, cone bong, net bong, bong net, bong frame, bong cone, protruding bar, cone cone, conical cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone , porous cone, hollow cone, channel cone, contact cone, spaced apart cone, cone spiral, screw cone, forward cone, reverse cone, cone helix, helix post cone, cone helix, helical cone, helical cone, cone helix, single-sided cone. , Bilaterally spaced cone, network spiral, cone network, cone network spiral, cone network spiral, cone cone spiral, cone network cone, cone cone spiral, cone network spiral, cone network spiral; b) A cone with an inclination angle of 1 to 89 degrees (see the α angle in FIGS. 2, 4 and 8 for the inclination angle), a spaced cone with a spacing range between the outer diameter and the inner diameter, and a hollow diameter on one side that is 1.1 to 5.0 times the hollow diameter on the other side. Cone, a cone whose length is 0.1 to 0.8 times the length of one of the magnets or holder non-magnets or 0.1 to 10.0 times the diameter of the hollow on one side, the cross-sectional area of the hollow on one side is 0.05 to 0.9 times the internal cross-sectional area of the hollow body or the cross-sectional area of the magnet 1.1 to 10.0 times cones are a type of vortex body that has the function of vortexing pouring materials, magnetized pouring materials, etc. In the present invention, vortex refers to eddy current, turbulence, disturbance, whirlpool, cavitation, vortex, eddy current, turbulence, etc. In addition, the cone or cone mesh spiral, etc., by its own or formed on itself, net, sieve, frame, perforation, pore, perforation, hole, etc., collects paper, foreign matter, trash, and coarse matter contained in the pouring material, etc. in addition to the vortex function of the pouring material. It also has the feature of having functions such as sorting, filtering, sieving, separating, sorting, removing, and sifting pieces of material.

In the present invention a) cone (11), rod, cone body, rod body, cone net, net cone, cone bong, bong cone, cone cone, conical cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone, porous cone, hollow cone , passage cone, contact cone, separated cone, cone spiral, screw cone, forward cone, reverse cone, cone helix, post-cone cone, helix between cones, cone between spirals, cone with spiral, helix with cone, one-side apart cone, two-way apart cone, b ) A cone with an inclination angle of 1 to 89 degrees, c) a spaced cone with a spacing range between the outer diameter and the inner diameter, a cone with a hollow diameter on one side 1.1 to 5.0 times the hollow diameter on the other side, d) a length of one of the above magnets or holder non-magnets. A cone with a cross-sectional area of 0.1 to 0.8 times or 0.1 to 10.0 times the hollow diameter of one side, e) One of the cones in which the cross-sectional area of the hollow body on one side is 0.05 to 0.9 times the internal cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet is a) Cone to e) One or more of the cones, linkage, combination, combination, etc. are applicable. This means that one of the a) cones to e) cones is the same as or similar to one of the a) cones to e) cones, or a linkage, combination, combination, etc. of two or more cones. Therefore, the cone 11 is one of the cones a) to e), or a linkage, combination, or combination of two or more cones. One or more of the cones a) to e) cones, such as a linkage, combination, or combination, becomes one vortex body.

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

The order of arrangement, arrangement, arrangement, arrangement, installation, positioning, etc. of the cone, net, rod, frame, spiral, cone network, rod frame, cone mesh rod, frame spiral, cone mesh rod frame, cone mesh rod spiral, and cone mesh rod spiral, etc. The cone or cone-shaped spiral spirals have the feature of being able to be ordered, listed, ordered, sequential, reversed, unordered, free order, etc. Here, an example of the listing order is a) the arrangement of the cone after the cone, then the cone, after the cone, then the frame, then the spiral, b) the arrangement of the cone after the cone, after the cone net, after the cone net, after the frame spiral, after the cone net, after the cone net, the arrangement of the cone net, after the cone net, c) the cone, then the net. This includes the arrangement of the cone net, then the frame, then the spiral, then the cone net, then the cone frame, after the cone net frame, after the cone net frame, and then the cone net frame, after the cone net helix, and then the cone net helix, etc. Examples of free order and free order include net placement after the cone, frame placement before the cone, cone net placement after the spiral, placement of the cone net before the cone frame, arrangement of the cone net after the cone frame, arrangement of the cone net helix after the cone frame, frame before the cone before the cone, and after the helix after the cone frame. This includes placement of a cone net, a spiral of a cone net, followed by a spiral of a cone net, followed by a spiral of a cone net, etc.

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

The reason for providing the cone, net, rod, frame, spiral, cone network, rod frame, cone net rod, frame spiral, cone net rod frame, cone net rod spiral, cone net rod frame spiral, etc. in the front or rear directions or zigzag arrangement, etc. By providing the cone or cone net sewing machine spiral, etc. in the front or rear direction or zigzag arrangement, pouring materials, raw materials, substances, etc. that flow and pass through the cone or cone net sewing machine spiral, etc. It is used for agitation, aeration, vortexing, magnetization, hexagonal hydration, undulation, pulsation, cavitation, improvement, elevation, acceleration, doubling, etc. of pouring materials, raw materials, substances, etc. by contacting, facing, colliding, etc.

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

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

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

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

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

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

In the present invention, a) magnets, magnetic substances, electromagnets, b) cones, cones, rods, rods, etc. having one or more of them, c) the above-mentioned magnets or rods embedded in the following hollow bodies or equipment, etc. are each one or one pair or more. Before, after, left, right, top, bottom, up, front, back, side, surface, below, outside, outside, inside, inside, hollow, upper, lower, perimeter, surrounding, nearby, middle, back, front, It has the feature of being able to be installed in the front position, back position, back position, same surface, side, contact surface, same position, etc. Examples of this include 2 cones or rods in 1 magnet, 2 cones or rods in 2 interconnected magnets, 2 magnets in 1 cone, cones, rods, and spirals in 1 magnet, and interconnected magnets. Each of the three magnets has three cones, rods, and spirals. Similarly to the above, one of the magnets or hollow bodies of the present invention is the storage or device described above, the front, rear, left, right, top, bottom, top, front, back, surface, bottom, outside, outer surface, Inside, inside, hollow, upper, lower, two, surrounding, nearby, middle, rear, front, front position, back, back position, same surface, side, contact surface, same position, joint, connection part, connecting means, connecting hose It has the feature of being able to be equipped with connection lines, etc.

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

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

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

In the present invention, the tank or hollow body, etc. has a) a connecting means (99) at one or more of one end, both ends, and the middle of the tank or hollow body, and b) an inclined pipe (95), an injector (91), and a check on the side. The tank or hollow body provided with one or more of the valve 92 or the additive 90 inlet injector 91 is also included. Here, the side refers to the side, exterior, exterior, outer side, one side, and both sides. Here, the inclined pipe 95 and the injector 91 can be provided vertically, inclined, 1 to 89 degrees inclined, etc. 96 with respect to the side surface of the tank or hollow body. See Figure 5 or Figure 6(f). Here, if the check valve 92, etc. is not provided in the inclined pipe, injector, etc., the internal material of the tank or hollow body may leak to the outside through the inclined pipe, injector, etc., so in this case, the inclined pipe, injector, etc. It is advantageous to install it at an angle, and its installation angle is an internal angle (90 degrees or less) with respect to the direction of material flow, as shown in FIG. 5 or FIG. 6(f).

Here, the connecting means 99 is provided at one end, both ends, and the middle of the tank or hollow body, and is used for connection, connection, fastening, etc. with other objects, hoses, tubes, pipes, hollow bodies, etc., see FIG. 7, and The connecting means is provided in the middle to form a single connected tube, hollow body, etc. by dividing the body into two parts and connecting the two halves to each other. See Figure 7 (d). Here, the connection means can be a jack, female jack, male jack, screw, female thread, male thread, band, coupling, flange, etc. Here, inclined pipes, injectors, etc. are used to introduce additives, etc. into the inside of the tube, hollow body, tank, or hollow body, and the check valve is used to introduce materials, pouring materials, etc. inside the tube, hollow body, tank, or hollow body. This includes one-way open valves that prevent leakage to the outside through inclined pipes, injectors, etc. Therefore, the check valve functions to allow additives to flow into the hollow body, etc. through inclined pipes, injectors, etc., and conversely, to prevent substances inside the hollow body, such as pouring materials, from flowing out to the outside through inclined pipes, injectors, etc. .

An example of the check valve 91 is composed of a valve locking jaw 93, a valve 94 that is pressed or spaced therefrom, and a spring 92 that presses the valve locking jaw, etc., so that the internal material of the hollow body (1) If the additive is about to flow out, the valve is pressed against the valve stopper and the passage of the injector or inclined pipe is closed to prevent the material inside the hollow body from flowing out through the injector or inclined pipe. Conversely, if the additive flows in, the valve is closed. This includes the case where the flow path of the injector or inclined pipe is opened by moving away from the stopper and the additive flows into the hollow body. This is shown in Figure 5 or Figure 6(e), where the additive 90 is water, liquid, oil, medicine, energy, solid, agent, ash, sol, Gel, gas, carbon, oxygen, hydrogen, nitrogen, ozone, resin, ion, catalyst, waste dust, stone dust, dust, iron, powder, mineral, tailings, rock, sulfur, red clay, clay, white clay, lime, gypsum, bitumen, Rubber, fiber, fiber, reinforcing materials, nanomaterials, magnetite, apatite, latex, microorganisms, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, Zeolite, attapulgite, etc. are possible.

The storage or surface treatment machine of the present invention is equipped with the cone or hollow body, etc., and stores, mixes, pressurizes, supplies, pours or molds pours, sprays or slope sprays, injections or underground injections, injections or crack injections, and shorting. or a storage unit, mixer, pressurizer, feeder or supply path, or pouring machine that performs any of the following: rust shotting, coating or cotton coating, painting or shaving, paving or ground laying, paving or road surfacing, mixing or underground mixing, compaction or underground compaction. , sprayers, injectors, syringes, shotting machines, coating machines, painting machines, laying machines, packaging machines, mixing machines, compactors, curing machines, surface treatment machines, etc.

In the present invention, the magnets, electromagnets, magnets, magnets to magnetized energy bodies, magnets to cone wire spirals, cones to cone wire spirals, magnets to hollow bodies, cones to hollow bodies, cones to surface treatment machines, magnets to surface treatment machines, equipment , magnetization equipment, pouring equipment, eco pouring equipment, etc. become one pouring equipment. Examples of its application include pouring a pouring material through a magnet that contacts the pouring material, an electromagnet that contacts the pouring material and pours it in, placing a pouring material through magnets, pouring a pouring material through one of a magnet or a magnetized energy body, and a magnet that contacts the pouring material and pours it. The pouring material is poured by contacting one of the cone or the cone mesh spiral, the pouring material is poured by passing through one of the magnets or the hollow body, the cone or hollow body through which the pouring material is passed, and the cone or surface through which the pouring material passes. Processor, the pouring material is poured through one or more of magnets or surface treatment machines, equipment for pouring the pouring material, magnetized equipment for pouring the magnetized pouring material, pouring equipment for pouring the pouring material, pouring the pouring material that has been fluidized without power by contact with magnets. This includes eco pouring equipment, etc. The pouring material of the present invention is poured non-powered by gravity, self-weight, elevation difference, or dropping downward from a high place, or by power, pressurization, high pressure, etc. by a pump, pressurizer, compressor, pressurizer, piston, compressor, etc. This happens.

In the present invention, the magnets, electromagnets, magnets, magnets to magnetized energy bodies, magnets to cone wire spirals, cones to cone wire spirals, magnets to hollow bodies, cones to hollow bodies, cones to surface treatment machines, magnets to surface treatment machines, equipment , Magnetization equipment, pouring equipment, eco pouring equipment, etc. are equipped, configured, mounted, etc., when necessary, by each other, 2 or more of each, 2 or more individually, 1 or more of 2 types, 2 or more of 1 type, etc. Installation, arrangement, location, installation, attachment, connection, linkage, combination, binding, hanging, embedding, insertion, lead-in, etc. In addition, in the case of the above-mentioned installation or insertion, a holder, a support, a fixing, a spacer, a seating, a holder, a support, a spacer, a holder, a fixing means, etc. are used when necessary. The holder or fixing means includes a rod, stand, plate, string, twine, rope, jack, screw, bolt, rivet, welding, hanger, foot, 2 foot, 3 foot, 4 foot, tripod, 4 foot stand (12 ), a spiral stand (12), a vortex-type stand (12), a stand with a function of swirling the material, a stand with four spiral feet, a stand with four spiral feet with a material vortex function, etc. are used or included.

The drilling, storage, input, mixing, pumping, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, surface treatment, etc. of the present invention are performed through perforation, surface treatment itself, pouring, etc. This includes perforation or surface treatment, perforation or surface treatment following pouring, and perforation or surface treatment accompanying pouring. Therefore, things that correspond to and accompany pouring include drilling, storage, input, mixing, pumping, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, surface treatment, etc. do. And drilling machines, storage bins, hoppers, mixing machines, pumps, transport machines, supply lines, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packaging machines, compactors, mixing machines, curing machines, surface treatment machines, etc. This includes the puncher or surface treatment machine itself, the puncher or surface treatment machine that is one of the pouring equipment, and the puncher or surface treatment machine accompanying the pouring equipment. Therefore, the things that correspond to and accompany the pouring machine are drilling machines, storage bins, hoppers, mixing machines, pumps, transportation machines, supply channels, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packaging machines, compactors, and mixing machines. It becomes a machine, a curing machine, a cotton treatment machine, etc.

In the present invention, magnets, surface treatment machines, cones, surface treatment machines, etc. are one of the pouring equipment, or belong to or accompany the pouring equipment, and they are pouring materials, magnetized pouring materials, eddy current pouring materials, magnetized eddy current pouring materials, and the amount of pouring materials. Living things pass through, contact, magnetize, hexagonally hydrate, store, input, mix, pressurize, move, transport, supply, pour, lay, inject, spray, coat, paint, package, compact, mix, press. It has the characteristics of supply, curing, noodle processing, use, use, and application. In the present invention, examples of uses, tasks, tasks, roles, duties, etc. of magnets, surface treatment machines, cones, surface treatment machines, etc. are as follows. 1) Storing raw materials for pouring materials in a storage room, storing pouring materials in a magnet-embedded storage room, magnetizing the stored materials, and storing the magnetized stored materials; 2) Mixing of pouring materials in a mixer, mixing of pouring materials in a mixer embedded with magnets, magnetization of the mixture, mixing of magnetized materials, etc., 3) Supplying of pouring materials with a pump to the supply channel, etc., pressurizing the magnetized mortar from the pump to a pouring machine, etc. Supply, 4) Supply of magnetized abrasives from the supply route to the pouring machine, etc., supply of the abrasives pressurized by the pump from the supply route to the pouring machine, sprayer, etc., 5) Placing of the pouring material through the pouring machine, pouring of the ready-mixed concrete pouring material through the pouring machine. , magnetization of the pouring material, pouring of magnetized material, etc., 6) By sprayer, a) spraying pouring material, spraying mortar or abrasive material by sprayer, b) spraying mortar onto slopes, materials, facilities, etc. by sprayer, c) sprayer Magnetized material, which has passed through a cone-equipped magnetic sprayer, is injected into the ground, sprayed on slopes, sprayed on materials and coated, sprayed on facilities and painted, 7) Injecting pouring materials into holes, molds, underground, etc. with an injector. Magnetized material that has passed through a hollow rod embedded in a magnet penetrated into the ground is sprayed into the ground through the spray hole of the rod and injected. 8) a) Spraying the coating material by a coating machine to coat the surface of the cured creature by a coating machine. Coating the surface of the pouring material by spraying a coating agent, b) Coating by spraying the coating agent on the ground, materials, facilities, curing material, etc. by a coating machine, c) Magnetized water, magnetized liquid, etc. after passing through a magnetic embedded sprayer, which is one of the coating machines. The magnetization is sprayed onto the materials, facilities, etc., and the materials, facilities, etc. are coated and applied with the magnetization. 9) a) The surface of the cured product is painted by spraying the pouring material for painting using a sprayer, and the painting agent is sprayed by the sprayer. b) Painting the curing surface of the pouring material by spraying the coating agent on the surface, concrete surface, materials, facilities, curing surface of the pouring material, etc. using a sprayer, c) Applying a magnetic sprayer, which is one of the sprayers. Magnetization, such as magnetized paint, is sprayed onto materials, facilities, etc., and the materials, facilities, etc. are painted, painted, painted, etc. with the magnetization. 10) a) Curing materials, facilities, pouring materials, etc. by pouring curing water with a curing machine. , b) Magnetized substances such as magnetized water and magnetized liquid are sprayed through a curing machine consisting of a magnetically embedded water hose, which is one of the curing machines, and curing materials, facilities, and pouring materials. 11) Through this, a magnetic embedded sprayer, which is one of the surface treatment machines, is sprayed. This applies to treating, smoothing, and uneven surfaces of facilities, materials, curing materials, etc. by spraying magnetized materials such as magnetized water and magnetized liquid.

In particular, the spraying machine, shooting machine, coating machine, painting machine, etc. are used to apply the above or the following concrete to PSC, water to CMC, other materials, certain materials, pouring materials, propellants, coatings, paints, paints, etc. It is used for spraying, coating, painting, spraying coating, spraying painting, etc. on slopes, concrete surfaces, materials, construction materials, facilities, buildings, structures, facilities, one side, surface, exterior, etc., etc. have In addition, the spraying, coating, painting, etc. are performed by spraying, shooting, coating, painting, etc. on the concrete or PSC, water or CMC, other materials, certain substances, propellants, coatings, paints, paints, etc. , surface, ground, slope, concrete surface, materials, construction materials, facilities, buildings, structures, facilities, one of the surfaces, surfaces, exterior surfaces, etc. are sprayed, coated, painted, sprayed to be coated, sprayed to be painted, etc. In the present invention, magnets, surface treatment machines, cones, surface treatment machines, etc. include concrete, PSC, water, CMC, one of the above combinations and surface treatments, materials, materials, and other substances, certain substances, propellants, coating agents, Mixing or surface treatment of paints, paints, etc., or mixing them on the surface, surface, ground, ground, slope, form, form, concrete surface, material, construction material, facility, building, structure, facility, one of the sides, surface, exterior, etc. This includes surface treatment, etc. And the mixing or surface treatment is performed by the compounder or surface treatment machine, magnet or surface treatment machine, cone or surface treatment machine, etc., to one of the above or the following concrete to PSC, water to CMC, or the mixing to surface treatment, material, material, and Other substances, certain substances, etc. are included in the above mixing or surface treatment.

The magnets, electromagnets, magnets, magnets or magnetized energy bodies, cones or surface treatment machines, magnets or surface treatment machines, equipment, magnetization equipment, placement equipment, eco placement equipment, etc. of the present invention are used for a) substances passing through or contacting substances, Storage, input, mixing, pressurization, movement, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, supply of compressed water or compressed air, curing, etc. b) Magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, c) Magnets emit magnetic force permanently without power, so magnetization, hexagonal hydration, energy conversion, magnetic energy conversion without power, permanent, cost-free, etc., d) ) Fluidization of materials, mortar, ready-mixed concrete, etc. by one or more of the cones or magnetic energy, improvement of one or more of fluidity, slump value, workability, and workability, e) a fluidizing agent added to concrete, etc. by one or more of the above, Reduction of the input amount of one of the admixtures contained therein, thereby reducing the cost of using one of the fluidizers and admixtures, f) Improvement of one or more of the cones to d) f1) Mixability, agitation, pressurization, feedability, and mobility of the material , pourability, laying, injectability, injectability, sprayability, coating, painting, compaction, mixing, adhesion, inflow, filling, form-filling, space-filling, and seal-filling. Improvement, f2) Reduction of one of the dropping, detachability, and rebound amount of the sprayed material, g) Vibration work, compaction work, vibrator work, vibrating cost of concrete, etc. due to one or more of the cone to f) improvement, Reduction of one or more of vibrating equipment and vibrating personnel, h) By or after curing of one or more of the cones to f) Reduction h1) Density, specific gravity, strength, rigidity, adhesion, friction angle, and bendability of materials, facilities, concrete, etc. , improving one or more of shearability, durability, waterproofing, water resistance, water retention, and surface smoothness, h2) reducing one or more of compressibility, compaction, settlement, cracking, breakability, and permeability coefficient, h3) materials, facilities , It has the characteristics of strengthening, reinforcing, flattening, smoothing, reducing irregularities, preventing irregularities, preventing scratches, etc., on one of the surfaces of concrete, surface, exposed surface, finished surface, concrete surface, and form dismantlement surface.

The present invention includes a driller, storage unit, hopper, mixer, pump, drone, transporter, supply channel, pourer, laying machine, injector, syringe, sprayer, shotting machine, coating machine, sprayer, packaging machine, compactor, mixing machine, curing machine, Examples of surface treatment machines include: 1) drilling machines and storage units mounted on them, hoppers, mixers, pumps, drones, transporters, supply lines, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, sprayers, packaging machines, Consisting of one or more of a compactor, a mixing machine, a curing machine, and a surface treatment machine, 2) a) a drilling machine, b) in addition, a storage unit, a hopper, a mixer, a pump, a drone, a transporter, or a supply line, and c) in addition to this. One of the pouring machine, laying machine, injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixing machine, and surface treatment machine, d) In addition, it consists of a curing machine, 3) a) Underground, rock, and building drilling A drilling machine for, b) one of the pouring machines, laying machines, injectors, syringes, sprayers, shotting machines, coating machines, painting machines, packaging machines, compactors, and mixing machines provided therein, c) a storage, hopper, and mixer that supplies materials to the machine. , consisting of one or more of a pump, drone, transporter, and supply route, 4) a) a warehouse, hopper, mixer, pump, drone, transporter, and supply route for storing, mixing, and supplying materials, b) pouring the above materials A pouring machine, laying machine, injector, syringe, sprayer, shotting machine, coating machine, painting machine that performs any of the following: laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, and curing. , consisting of one or more of a packaging machine, a compactor, a mixing machine, a curing machine, and a surface treatment machine, 5) a) a drilling machine for drilling into the ground, rock, and buildings, a supply path for supplying bentonite slurry to the drilling machine, and b) mixing in a mixer after the drilling. It consists of an injector that injects mortar, concrete, etc. into the perforated area, and the injected material is cured to form walls, pillars, piles, etc. in the ground. 6) Storage, hopper, mixer, pump, drone, transporter, supply route, etc. A pouring machine that pours, lays, injects, sprays, coats, paints, packs, compacts, mixes, supplies compressed water or compressed air, and cures materials that have been stored, mixed, pumped, transported, supplied, etc. Consisting of one or more of the following: machine, injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, surface treatment machine, 7) a) perforator, b) in addition to storage, hopper, mixer, One or more of pumps, drones, transporters, supply channels, c) In addition, one or more of pourers, spreaders, injectors, syringes, sprayers, shotters, coating machines, sprayers, packaging machines, compactors, mixing machines, and surface treatment machines, d ) In addition, it consists of a curing machine, etc., 8) a) Equipped with one or more of the cone to hexagonal water machine, magnet to hexagonal water machine, driller, storage, hopper, mixer, pump, drone, transporter, supply channel, pourer, laying machine, This includes an injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, surface treatment machine, b) Hereby, one or more of the above punching machine or surface treatment machine with magnetization function, etc.

The mixer or mixing machine of the present invention is a) a mixer, mixer, mixer, mixer, tubular mixer, rotary mixer, centrifugal mixer, rotary blade type mixer or mixer, mixer equipped with an internal rotor or rotary blade, b) a motor. Rotating blades, rotating body, rotating rod, rotating shaft, rotating spiral, rotating screw, equipped with one of the rotating shafts equipped with wings Mixer, mixing machine, c) Protrusions, wings, rings, bolts, spirals, objects on the outer periphery of the rotating rod or rotating shaft or rotating body , a mixer, a mixer, d) or rotating, static, dynamic, vibrating, wings, mortar, ready-mix concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, underground Mixer, mixing machine, either soil or concrete; d) Rods, rods, plates, projections, wings, spirals, objects, screws, protruding rods, protrusions, protrusions, attachments, attachments, soft materials, elastic materials on the outer circumference or surface , equipped with one of a rigid material, a protruding means, and a stirring means d1) a rod, shaft, nozzle, rod, spiral, screw, hollow tube, double pipe, triple pipe, injection nozzle, injection pipe, d2) a rotary type rod or injection pipe, etc. It applies. Here, the mixer and the mixing machine have the same or different characteristics. For example, a) the same thing is a mixing device, b) the different thing is that the mixer is a device that mainly mixes mortar, ready-mixed concrete, concrete, etc., and the mixer is mainly a device that mixes soil and ground. , equipment for mixing underground, underground, etc. Examples of the mixing machine include a mixing machine used in the DCM method (deep cement mixing method), which is a deep ground agitation method. The protrusions, wings, rings, bolts, spirals, objects, protrusions, stirring means, or the rods, rods, plates, protrusions, wings, spirals, objects, screws, protruding rods, protrusions, protrusions, attachments, attachments, Objects in soft materials, elastic materials, rigid materials, protruding means, and stirring means include rods, rods, plates, protrusions, wings, spirals, objects, screws, protruding rods, protruding bars, protrusions, attachments, attachments, soft materials, and elastic materials. , objects, bodies, devices, instruments, devices, equipment, etc. that include one or more of or other than one of rigid materials, protruding means, and agitating means.

The drilling machine of the present invention is a drilling machine, drilling machine, rock drill, excavator, excavator, well, boring machine, drill, bit, clamshell, driver, injector, grouter, excavator, rod with bit, rotating bit, rotating rod with bit. , underground hole boring machine, underground wall boring machine, slurry wall boring machine, diaphragm wall boring machine, underground continuous wall boring machine, boring machine for inserting geothermal pipe or oil pipe, or boring machine for buildings, facilities, underground, bedrock, holes, holes, concrete, etc. etc. are applicable. The punching machine of the present invention has the feature of being equipped, mounted, installed, mounted, linked, connected, mounted, etc., with one or more of the cone or surface treatment machine, magnet or surface treatment machine. Examples of application of the drilling machine in the present invention include a) pile hole drilling for cast-in-place piles, underground wall drilling for underground continuous wall construction, slurry wall drilling, diaphragm wall drilling, boring hole drilling for geothermal pipe or oil pipe insertion, b) When perforating, while injecting magnetized material, hexagonal water, slurry, bentonite slurry, etc. that have passed through the cone to hexagonal water group, magnet to hexagonal water group, etc., c) materials mixed in the mixer, mortar, milk, chemical solution, suspension, Slurry, ready-mixed concrete, concrete, etc. are injected into perforations, boring holes, joints, joints, cracks, water leaks, etc. during and after drilling through rods, injectors, hollow pipes, hollow rods, etc. installed in the drilling machine through supply hoses. , injection, and subsequent curing to complete piles, columns, underground walls, underground continuous walls, etc. in the ground, or crack filling, joint repair, crack repair, water leak repair, d) the cone to hexagonal water machine, magnet to hexagonal water machine, etc. Magnetized materials, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mix concrete, magnetized concrete, etc. are supplied through a supply hose to the drilling section, boring hole, etc. through the rod, injector, hollow pipe, hollow rod, etc. installed in the drilling machine. Injection, injection, and subsequent curing into joints, joints, cracks, water leaks, etc. are performed to complete underground piles, columns, underground walls, underground continuous walls, etc., or to fill cracks, joint repair, crack repair, water leak repair, etc. This applies.

The storage of the present invention is a) a storage, b) or a storage of one or more of water, materials, materials, raw materials, cement, sand, gravel, aggregate, admixture, and concrete, c) or a partition, partition, 2 rooms, 3 rooms inside. This applies to one of the available storage areas. The hopper of the present invention includes a hopper, a funnel-type hopper, a hollow-type funnel hopper, and a funnel hopper with an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom. The pump of the present invention is a pump, pressure pump, compression pump, compressor, mortar pump, concrete pump, or a pressure of 1 to 10 kg/cm^2 or less, 10 to 100, 100 to 500 or more. This applies to pumps, etc. The supply route of the present invention includes supply channels, pipes, hoses, means, pipes, pipelines, etc. The pouring machine of the present invention is a) a pouring machine, a pulverizing device, a blowing device, the pressure pouring machine, b) or a form, form, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mix concrete, concrete, This includes a pouring machine of ready-mixed concrete in a mold, c) or a machine, apparatus, device, device, etc. of pouring, laying, coating, pouring, spraying, pouring, injection, injection, grouting.

The laying machine of the present invention includes a) a laying machine, spreader, coating machine, asphalt finisher, b) or a laying machine of asphalt on the ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete, or asphalt on the ground. The syringe or injector of the present invention is a) a syringe, injector, injector, grouter, the pressure syringe or injector, b) or a crack, joint, ground, underground, underground, joint, static, dynamic, vibration, mortar, ready-mixed concrete, concrete , ready-mixed concrete in cracks, ready-mixed concrete in the ground, buildings, structures, syringes, injectors, etc. in one of the cracks. The sprayer of the present invention is a) nozzle, hose, pipe, sprayer, sprayer, fountain, sprinkler, coater, spray coating machine, sprayer, spray, b) or slope, slope, surface, ground, underground, underground, rotation, These include static, dynamic, vibration, wings, mortar, ready-mixed concrete, concrete, and a sprayer of ready-mixed concrete on a slope. The compactor of the present invention is a) compactor, compactor, weight compactor, roller compactor, drop compactor, form compactor, concrete compactor, poured concrete compactor, b) or pavement, earth pavement, road pavement, asphalt pavement, ground, underground. , underground, rotational, static, dynamic, vibration, blade, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete in the ground, etc. The curing machine of the present invention includes a curing machine, a water curing machine, an underwater curing machine, an air curing machine, an aerial curing machine, a solar curing machine, a steam curing machine, a spray curing machine, an autoclave curing machine, etc. Here, an example of the application of the curing machine is that magnetized water, hexagonal water, etc., which are sprayed through a spraying hose-type curing machine with a cone-equipped magnet embedded inside, are sprayed on poured concrete, concrete materials, concrete buildings, etc. This also applies to promoting curing. The surface treatment device of the present invention uses the pouring material of the present invention or the pouring material that has passed through the pouring equipment, water, water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating agent, painting agent, etc. This applies to surface treatment, finishing, smoothing, uneven treatment, etc. by spraying curing materials, materials, facilities, buildings, structures, concrete objects, one of them, the surface, the outer surface, the exposed surface, the uneven surface, etc. do.

In the present invention, storage, hopper, mixer, pump, drone, means of transportation, supply route, pourer, laying machine, injector, syringe, sprayer, shotting machine, coating machine, sprayer, packaging machine, compactor, mixing machine, curing machine, cotton The processor stores, inputs, mixes, pressurizes, moves, transports, supplies, pours the concrete or PSC, materials or PSC materials, raw materials, materials, materials, mixing water, mixing materials, mixtures, etc. in the order listed above. , installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, supply of compressed water or compressed air, curing, etc. Examples of its application include storing concrete raw materials in the storage 20, inputting the raw materials into the mixer through the hopper 21, mixing the mortar mixture with the mixer 22, and pumping or transporting the mixed mixture with the pump 23. Transport to the place of use by means (24), supply ready-mix concrete to the site through supply route (25), pour concrete into molds, etc. by pouring machine (26), lay magnetized concrete on the ground by placing machine, and phytoncide by injector (26). Inject the cone into the ground, inject milk into the crack with the injector (26), inject the chemical solution into the building crack with the syringe (26), spray slurry water on the slope with the sprayer (26), and spray water with the sprayer (26). Remove dust by spraying on the dust, remove dust by spraying the spray water on the ground with the sprayer (26), remove dust in the tunnel by spraying the water into the tunnel with the sprayer (26), compact the road pavement with the compactor (26), Inserting sand into an underground drill hole and compacting it with a compactor (26); mixing while injecting mortar into the ground with a mixer (26); mixing with ground soil while injecting mortar into the ground with a mixer (26), which is a rod equipped with rotary blades. , curing or magnetizing concrete by spraying curing water with a curing machine (26), spraying materials, etc. with a surface treatment machine to treat, organize, fill, and short the surfaces of the cured concrete, materials, facilities, buildings, etc. , coating, painting, waterproofing, water repellent, etc.

To further explain some of the above, 1) the supply line 25 includes a line, hose, pipe, conduit, supply line, supply line, pipeline, etc. 2) Wind compressors generate compressed water or compressed air using wind, etc., and the generated compressed water, compressed air, etc. are a) the materials, concrete, facilities, buildings, structures, cones or surface treatment machines, magnets or surface treatment machines, b ) Supply, inject, inflow, pour in, spray, etc. on the inside, side, inside, surface, outside, etc. of one of the above. 3) A drone is a drone, unmanned aerial vehicle, light aircraft, unmanned light aircraft, etc. that is a) equipped with, mounted, installed, attached to, anchored to, etc. the cone or surface processor, magnet or surface processor, etc., or b) the cone or surface. The storage or surface treatment is carried out using a processor, a magnet or a surface processor, etc., or the like is mounted, or c) the cone or a surface processor, a magnet or a surface processor, materials or PSC materials, etc. are moved, transported, transported, etc. is to do. Here, examples of application of the drone include a drill mounted on a drone to drill a boring hole for crack repair in a high-rise building, a supply line 25 or a sprayer 26 installed on the drone to spray magnetized shotcrete on the slope of a high-rise, and a supply line 25 installed on the drone. ) or a sprayer 26 is installed to spray magnetized spray water into the tunnel to remove tunnel dust, and a drone is equipped with a sprayer to spread magnetized spray water in the air to purify the air.

In the present invention, one of the pouring equipment or belonging to it is a drilling machine, storage unit, hopper, mixer, pump, drone, transporter, supply route, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packaging machine, and compactor. Examples of one or more of , mixing machines, and curing machines include 1) drilling machines, storage bins, hoppers, mixers, pumps, drones, transporters, and supply channels, as well as pouring machines, laying machines, injectors, syringes, sprayers, shotting machines, coating machines, and painting machines. In order of one of the following: machine, packaging machine, compactor, mixing machine, curing machine, 2) boring machine, storage, hopper, mixer, pump, drone, transport machine, supply route, pouring machine, laying machine, compactor for compacting the laying material, etc. In that order, a curing machine that sprays and cures the compacted material, a surface treatment machine that treats the cured surface, 3) a) material storage, b) hopper that inputs the stored material into the mixer, c) mixer that mixes the material, d) a pump for conveying the mixture, etc., e) a transporter for conveying the mixture, f) a supply channel for supplying the mixture or conveyed material to one of the pouring machines or surface treatment, g) the mixture, conveyed material, or supply A pouring machine, laying machine, injector, syringe, sprayer, shotting machine, coating machine that performs pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, supply of compressed water or compressed air, curing, surface treatment, etc. , painting machine, packaging machine, compactor, mixing machine, curing machine, surface treatment machine, etc.

In the present invention, A) c) storage (20), hopper (21), mixer (22), pump (23), transportation means (24), supply path (25), pouring machine (26), laying machine, injector , syringes, sprayers, shotting machines, coating machines, painting machines, packaging machines, compactors, mixing machines, curing machines, surface treatment machines, d) machines, instruments, instruments, devices, equipment, magnetizers, concrete manufacturing or construction equipment (27), B) device, device, device, equipment (27), C) a) device, device, device, equipment, b) device, device, device, device, magnet or device, D) A) storage to C) equipment One of (27) front, middle, back, front end, rear end, inside, inside, inside, hollow, space, outside, outside, outside, outside, outside, surface, surface, joint, joint (18), cut portion, cut portion , connection, inlet, middle, outlet, etc., depending on conditions, needs, factory, site, etc. a) magnet, magnetic material, magnetic body, wave body, magnetic energy body, magnet function merging cone, cone function merging magnet, double or bundle cone A magnet provided, a cone or object provided with a magnet, a magnet provided with a cone or object, a stirring or aeration function provided with a magnetized magnet, a cone or object equipped with a stirring or aeration function, a magnetized magnet provided with a cone or object, b) a tube, body, hollow body, Pipes, magnetizers, hexagonal receivers, c) The cones or hexagonal receivers, etc. are provided, mounted, fixed, mounted, installed, embedded, put in, connected, connected, combined, etc. In particular, the storage unit or the surface treatment machine, one of the front, middle, back, front end, rear end, inside, inside, inside, hollow, space, outside, outer surface, outside, outer circumference, surface, surface, joint, joint (18), The cut portion, cut portion, connection portion, inlet, middle, outlet, etc. are equipped with the a) magnet to b) hexagonal water device, c) the cone to hexagonal water device, etc., installed, fixed, placed, installed, purchased, inserted, connected, connected , combination, etc.

According to the above, 1) the A) storage to C) equipment has the characteristic of having a single magnetization function or means to perform a magnetization function, or 2) or one of the A) storage to C) equipment. In the work, manufacturing, production, construction, construction, etc., water, liquid, oil, medicine, substance, substance, substance, ash, sol, gel, etc. are magnetized, hexagonized, fluidized, etc. Substances, materials, liquids, fluids, slurries, concrete and PSC, etc. are supplied, provided, stored, put in, mixed, pressurized, moved, transported, supplied, poured, placed, injected, injected, sprayed, coated, painted, packaged, It has the characteristics of compaction, mixing, supply of compressed water or compressed air, curing, supply or spray for curing, etc.

Examples of the above include supplying hexagonal water to manufacturing equipment, providing magnetized water to construction equipment, supplying magnetized slurry to construction equipment, placing magnetized concrete through pouring equipment, spraying magnetized mortar on slopes through spraying equipment, and magnetizing the ground through injection equipment. Mortar injection, magnetized milk is injected into cracks through injection equipment, magnetized water is sprayed on the concrete surface through curing equipment to promote curing, magnetized mortar is supplied to boring equipment, and magnetized mortar is injected into the ground through boring equipment, and ground improvement equipment is used. Magnetized cement milk is supplied and the magnetized cement milk is injected into the ground to improve the ground, magnetized concrete is supplied to the underground continuous wall construction equipment, and the magnetized concrete is injected into the underground continuous wall to form an underground continuous wall after curing.

In the present invention, a) the fluidity, flowability, workability, slump, slump value, energy, Increase in one or more of decontamination, b) or decrease in one or more of mixing quantity and water/cement ratio, c) by one or more of these or after curing or hardening c1) Strength, rigidity, adhesion, friction angle, hardness, specific gravity, weight, adhesion Increase in one or more of the following: resistance, adhesion, adhesion, adhesion, friction angle, durability, earthquake resistance, waterproofing, water resistance, water resistance, watertightness, bending strength, twisting strength, compressive strength, tensile strength, shear strength, internal friction angle, c2) or cracking , has the characteristics of one or more of the following: dropout, damage, breakage, or a decrease in permeability coefficient. The resin, polymer, latex, nanomaterial, microorganism, cone or surface treatment machine of the present invention increases one or more of a) fluidity, flowability, workability, slump, slump value, energy, and detoxification of ready-mixed concrete, concrete, etc., b) or reduction of one or more of mixing quantity or water/cement ratio, c) by one or more of these or after curing or hardening, c1) strength, rigidity, adhesion, friction angle, hardness, specific gravity, weight, adhesion, adhesion, adhesion, adhesion, Increase in one or more of the following: friction angle, durability, earthquake resistance, waterproofing, water resistance, water resistance, watertightness, bending strength, torsion strength, compressive strength, tensile strength, shear strength, internal friction angle, c2) or crack, drop, damage, breakage, permeability coefficient It has the characteristic of reducing one or more of the following.

In the present invention, the wind compressor injects press, compressed material, compressed water, compressed air, etc. into one or more of the pouring material, raw materials, magnets or magnetized energy bodies, cones or hollow bodies, storage or surface treatment machines, and internal or hollow parts, As a result, the pouring material, raw materials, materials in contact with magnets or magnetized energy bodies, materials passing through cones or hollow bodies, materials such as reservoirs or surface treatment machines, materials such as interiors or hollow parts, etc. are reduced in weight, foamed, porous, aerated, etc. This includes a wind compressor (50), a wind compressor, a wind water compressor, a wind power air compressor, etc., which play a role in vortexing, stirring, cavitation, or oxygen injection and air injection.

The wind compressor 50 is a) a wind compressor, which generates and injects compressed air, compressed matter, compressed water, compressed air, etc. using a screw or a rotating linear converter and a piston connected to a rotating wind blade. A screw compressor, a wind piston compressor, etc., or b) wind or wind power (51), a blade, windmill, or rotor (52) rotated thereby, or a rotational force (53), A crank (54) that rotates, a rod (55) that is mounted on this and makes linear motion, a piston (56) mounted on this, a cylinder (56) that reciprocates inside the teeth, and the inside of the cylinder by the pushing force of the piston. Compression of water, water, liquid, oil, air, substances, etc., the pressure, compressed matter, compressed water, compressed air, etc. produced by this (63), the outlet of the cylinder through which this is discharged (62), the hose connected to it, and the discharge hose. , supply hose (64), etc. See Figure 10.

Here, compressed materials include compressed air, compressed materials, compressed water, and compressed air obtained using wind power. The cylinder 56 is formed with an air inlet 59, an inlet valve 60 installed therein, a pressure outlet 62, a discharge valve 61 installed therein, etc., so that the pushing force of the piston 57, When the substance or air in the cylinder (56) is compressed by action, etc., the air inlet valve (60) is closed and the discharge valve (61) is opened so that the compressed air, compressed material, etc. (63) flows through the outlet (62), discharge hose (64), etc. When the piston (57) moves in the opposite direction, the pressure discharge valve (61) is closed and the inlet valve (60) for water, water, liquid, oil, substances, air, etc. is opened and substances, air, etc. flow into the cylinder. When the piston compresses the cylinder again, the material and air inlet valve closes and the compressed material discharge valve opens and the compressed air and compressed material are discharged through the discharge port and discharge hose. When the piston moves in the opposite direction, the discharge valve opens. is closed, the material and air inlet valve is opened, and the process of material and air flowing into the cylinder is repeated, and the pressure, compressed material, compressed air, wind pressure, etc. (63) are supplied, provided, and injected. In the case of the hollow body 13 into which lice are injected, substances, raw materials, ingredients, and mixtures flow into the hollow body 13 through the injector 91 and the inclined pipe 95 provided in the hollow body, etc. By injecting pressurized air, compressed air, etc. into the water, mixture, mixture, etc., it contributes to weight reduction, aeration, and exhalation. The wind-powered compressed air, compressed materials, compressed water, compressed air, etc. are eco-friendly compressed air, compressed materials, compressed water, compressed air, etc. that can be permanently obtained by using natural wind without the supply of external power or electricity. . Here, compressed matter, compressed water, compressed air, etc. from wind power, wind, wind compressors, etc. has the characteristics of being able to use a certain pressure, as a substitute for a compressor, as a substitute for lightweight materials injected into lightweight concrete, etc., as a substitute for compressed water or compressed air from a general compressor, etc.

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

Pressure, compressed matter, compressed water, compressed air, etc. (63) provided from the wind compressor (50) are supplied through hoses, pipes, pipelines, etc. (64) connected to the outlet (62) of the cylinder, water, liquid, oil, energy, solid, material, material, substance, object, body, material (1), material (1), water, Underwater, river, pond, water tank, tank, conduit, tube, hose, pipe, hollow body, mixer (22), pump (23), supply route (25), storage tank, aeration tank, reaction tank, biological reaction tank, chemical reaction tank, air , indoors, factories, sites, atmosphere, indoor air, tunnels, tunnel sites, dusty air, odorous air, are injected into the tube or surface treatment machine, etc. to supply air, oxygen, bubbles, etc. to aerate, react, coagulate, oxidize, purify, etc. Foamed soil, foam mortar, foam ready-mix concrete, foam concrete, lightweight soil, lightweight mortar, lightweight soil that improves water purification, cleanliness, etc., or is injected into soil, mortar, ready-mixed concrete, concrete, etc. (1) and contains air and bubbles. Ready-mix concrete, lightweight concrete, etc. are made, and curing is promoted by being added to the curing air sprayed from the curing machine, or the amount of curing air sprayed can be reduced.

In the present invention, the drone is a drone that moves one or more of the storage or surface processor, or is equipped with one or more, or performs one or more of the magnetization, vortex, magnetization vortex, storage or surface treatment by the installation. This includes unmanned drones, unmanned aerial vehicles, and drones equipped with pouring equipment or pouring machines mounted on a main body that flies by rotary blades. The mounting means that one or more of the storage or surface processing machines are mounted, mounted, mounted, installed, held, welded, joined, fastened, hung, hung, etc. on the drone, its body, or main body. Examples of drones of the present invention include a) a drone consisting of wings, rotary blades, propellers, four propellers, one of multiple propellers and a main body, b) a drone consisting of an upper wing and a lower main body, and c) a thrust for flight of the main body. a drone equipped with wings, propellers, etc. that generate a downward flow, a backward directional flow, etc., d) a drone that flies upward by a downward flow that sends wind to the lower part of the main body, e) wind to the rear of the main body f) a drone that flies horizontally by the directional flow, g) a drone that flies in three dimensions by the downward flow, directional flow, etc., g) a motor that rotates the wings, propellers, etc., wires connected to it, batteries and chargers connected to it, A drone equipped with a rechargeable battery, plug, outlet, battery, generator, solar cell, solar generator, windmill, wind generator, etc., h) A drone equipped with a support provided on the propeller, i) A drone equipped with a main body connected to and fixed to the support, j) j1) a solar cell that produces electricity by one or more of the sun, the downward flow, the directional flow, and the wind caused by flight while being mounted on one or more of the main body, the propeller, the upper part, and the lower part, j2) the rotating body; A drone equipped with a generator that produces electricity with its rotational force, k) The generator is a drone that produces electricity by forming a magnetic field by a central rotor (electromagnet) and a stator (iron core) surrounding the outside, ℓ) j2 above ) the k) drone equipped with a rotor (electromagnet) that rotates in connection with the rotating body, m) the k) drone equipped with a generator that produces electricity by rotation of the rotor (electromagnet), n) the rotating body, its outer periphery , a drone equipped with a conical hollow guide that is mounted on one or more of the upper, lower, upper outer periphery, and lower outer periphery and allows one or more of the downward flow, directional flow, and wind to flow in, out, or inflow and outflow, o) the generated electricity Drone equipped with an inverter that converts it into direct current, alternating current, etc., p) Drone equipped with wires, plugs, outlets, power supplies, etc. that supply the generated electricity, q) Cameras, CCTV, imaging devices, filming devices, monitors, lights, lamps, etc. , drones equipped with flashing lights, lights, headlights, lighting devices, drivers, regulators, controllers, remote controls, remote controllers, etc.

In the present invention, the 3D printer is a 3D printer that moves one or more of the storage or surface treatment machine, or is equipped with one or more, or performs one or more of the magnetization, vortex, magnetization vortex, storage or surface treatment by the installation ( 71), 3D printer, 3D printing machine, 3D printing device, 3D printer, 3D printer equipped with a pouring machine that moves in three dimensions while being mounted on a frame mounted on the ground or around a new facility. Here, the 3D printer 71 is equipped with a moving body or moving part 116 capable of three-dimensional movement (73) on the frame 72, so that it moves in three dimensions (73) and operates on the compounder (22), supply route (25), etc. The construction, construction, construction, construction, construction, etc. of facilities, buildings, structures, etc. (8) are carried out by pouring, spraying, and injecting materials, mortar, ready-mixed concrete, concrete, etc. (1) supplied from . Here, the three-dimensional moving object or moving unit 116 moves in three dimensions by a motor, roller, rail, etc., and a pouring machine, sprayer, injector, nozzle, etc. (26) are mounted to determine the structure or shape of the facility or building to be built. Facilities and buildings are constructed by pouring materials while moving in three dimensions. Here, the 3D printer, its moving body or moving part, and the pouring equipment mounted on it have the characteristic of pouring material while automatically moving in three dimensions according to program commands.

An example of the 3D printer or 3D movement is two rails a (100) supported on a foundation, pillar, support, frame, etc. (72) and mounted on the upper left and right sides, respectively, and rotated by a motor a (101). Two rollers a (102) move back and forth (one-dimensional movement) (73) along the rail a, and a rail b (103) is provided between the two rollers a, and is mounted on them by a motor b (104). One roller b (105) that rotates and moves left and right along the rail b (its first dimension + the first dimension = two dimensions) (73), and a rotating body that is mounted on this and rotates by motor c (111) A vertical moving part 108 such as a string, thread, belt, or chain that moves up and down (1 dimension + 2 dimension = 3 dimension movement) (73) while being wound or unwound around a (112), or the rotating body a ( A vertical moving part 115 in the form of a bar that is pressed and embedded between 112) and another rotary body b 113 positioned against it and moves up and down by being pushed or dragged by the rotation of the rotating body a, is mounted on the vertical moving part. This includes pouring equipment (26) that moves in three dimensions. Here, the bar-shaped vertical moving part 105 includes the rotating body a (112), another rotating body b (113) located against it, and the rotating body c (114) located above or below the rotating body a. It has the feature of being pressed and embedded between the rotating bodies d (115) located at the top or bottom of the rotating body b while being positioned against each other, so that it can be moved up and down by being pushed or dragged by the rotation of the rotating body a (112). have

In the 3D printer, the bar 116 corresponds to a pole, bar, rod, rod, etc. The frame consists of a foundation, a column, four columns, a combination of horizontal and vertical beams, a combination of four columns, an intermediate beam and an upper beam, a combination of a vertical column and a horizontal beam, its three-dimensional body, four columns and four columns located on top of them. This includes the directional rail 100, the four edge rails, the rail a (100), the rail b (103), or the four pillars and the four-way rail (100) connecting their upper corners. It is also possible to install heavy objects such as weights, weights, lead blocks, etc. on the lower part of the rope, thread, belt, chain, vertical moving part, etc. to prevent the position and coordinates of the lower part from shaking so that the material is placed at the correct position, coordinates, etc. do. The roller or rotating body can be equipped with a brake, a retractor, etc. that slows down or stops the rotation, and an example of the brake is a brake lining 108 mounted on the side of the roller or rotating body, which can be used to move it in the direction of the roller or rotating body. This applies to a combination of a pedal, a pressing means, etc. (109) that contacts the roller or rotating body by pushing or squeezing it to slow down or stop its rotation. The motor is mounted on the central axis, rotation axis, etc. 106 of the roller or rotating body and rotates it, thereby making it possible to rotate the roller or rotating body, which is the body of the central axis, rotating shaft, etc. The motor, roller, rotating body, etc. can be embedded in a case, housing, etc. 117 for their protection and safety. The rotating body a (112) can be connected to the roller b (105), the case 117, and the lower part thereof by a string, string, rod, etc. (110), and among these, the rotating body a and the The connection of the roller b involves connecting the bearings 107 mounted on the central axis 106 of the rotor a and the roller b using strings, strings, rods, etc. 110. For 3D printers, see Figures 10 and 11.

The moving unit 105 and the pouring equipment 26 mounted thereon move in three dimensions for one dimension forward and backward, one dimension left and right, and one dimension up and down, or one dimension forward and backward, one dimension left and right, two dimensions by these two. Dimensions, one dimension up and down, three-dimensional movement by this and the two dimensions, etc., so that the building is constructed three-dimensionally by the pouring equipment 26, three-dimensional pouring of concrete for building construction, and necessary for building construction. It becomes possible to transport, assemble, and pour molds, rebar, concrete, etc. Frames, reinforcing bars, concrete pouring equipment, etc. for structure construction are provided and mounted on a) the roller, rotating body, moving body, and moving part, and b) the loading table, carrier, cage, moving platform, and elevating platform, etc. provided on one of them. It has the characteristic of being mounted, bundled, anchored, installed, stacked, etc. and moving three-dimensionally, and being transported, unloaded, assembled, poured, etc. to the appropriate floor, location, etc. according to the building construction process. In the present invention, the pouring equipment includes a) a pouring machine, nozzle, hose, sprayer, and print plotter, and b) a pouring equipment equipped with one of them.

The pouring equipment 26, which is mounted on the moving body, moving part 105, etc. and moves in three dimensions, is connected to a mixer 22, a pump 23, a supply path 25, etc., and materials 1 such as ready-mixed concrete are supplied. . The pouring machine 26, mixing machine 22, pump 23, supply path 25, material 1, etc. can be equipped with the magnet, magnetized body, hollow body embedded therein, etc. of the present invention, so that the magnetized material can be With the characteristics of supply and pouring, it is possible to supply compressed matter, compressed water, compressed air, electricity, etc. generated by the wind compressor, wind generator, solar generator, etc. of the present invention.

Another example of the 3D printer 71 of the present invention includes a frame 72 on which a rail 100 is mounted, a moving body, a moving part, a head moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, One of its cases, a plotter or pourer 26 installed on one of the head, moving body, moving part, and case and ejecting the construction material 1 to form the 3D structure 8, and the plotter or pouring machine This includes a 3D printer including a pump 23 that provides pressure to eject the material 1. In the 3D printer of the present invention, the frame 72 is mounted on the ground, on or around a new facility, or on or around a new building.

Examples of the construction of buildings, structures, etc. by the 3D printer 71 of the present invention include 1) Case: Mortar, ready-mixed concrete, etc., which are injected with a quick setting agent and binder to promote curing through the pouring machine 26 mounted on the 3D printer. Building construction is done by continuously or intermittently pouring concrete, etc. in layers of 5 to 30 cm in height or rising in layers while moving in circulation along the building shape or structure. Here, the pouring height of 5 cm or less is too low and the construction time is shortened. This is because it takes a lot of time, and for anything over 30cm, the height of one pour is too high, making immediate curing difficult, making it difficult to perform pouring work while moving in real-time circulation. 2) Case: The above pouring is performed on the floor of the building, the columns on the first floor, and the walls. , 1st floor slab, 2nd floor columns and walls, 2nd floor slab are repeatedly constructed in this order to construct the nth floor, and finally the roof slab is completed to complete the building, 3) Case: a) Ground boring for foundation installation, b) Above Inserting the reinforcing bar net into the boring hole by mounting the reinforcing bar net on the moving part, c) pouring the foundation pile concrete into the boring hole through the pouring machine, and curing it afterwards, d) forming the floor of the building by mounting the form and rebar on the moving part. , transportation and assembly of reinforcing bars, e) pouring concrete on the floor of the building through the pouring machine, followed by curing, f) transporting and assembling the molds and reinforcing bars on the moving unit to transport and assemble the molds and reinforcing bars of the first floor column and wall, g) using the pouring machine Concrete pouring for the first floor columns and walls, followed by curing, h) Elevating the mobile body and pouring machine, i) Transporting and assembling the first floor slab forms and reinforcing bars by placing the molds and rebars on the moving part, j) The pouring 1st floor slab concrete is poured through the machine, followed by curing, k) 2nd floor columns, wall molds, and reinforcing bars are transported and assembled by placing molds and reinforcing bars on the moving part, ℓ) 2nd floor columns and wall concrete are poured through the above pouring machine, After curing, m) Elevate the moving object, pouring machine, etc., n) Repeat the above to transport and assemble the template, rebar, etc. for n-story columns, walls, slabs, etc., pouring concrete, and then curing, o) Final pouring through the pouring machine This is done by pouring concrete on the rooftop and curing it afterwards. For the 1st, 2nd, and nth floors, the height of each floor (3m, etc.) is assembled or poured at once, or the height of each floor based on 3m is subdivided into 0.25m height, 0.5m height, 1m height, 1.5m height, etc. This allows for detailed assembly, pouring, etc.

In the present invention, wind compressors, drones, 3D printers, etc. can be equipped with the magnet or magnetized energy body, cone or hollow body, storage or surface treatment machine, etc., where the magnet or magnetized energy body, cone or hollow body, etc. are provided. In this case, a wind compressor, drone, 3D printer, etc. with a magnetization function becomes a wind compressor, drone, 3D printer, etc., and in the case where a storage or surface treatment machine is provided, it is used for storage of pouring materials, curing products, etc., or for surface treatment, etc. These include wind compressors, drones, and 3D printers. In the present invention, wind compressors, drones, 3D printers, generators, mobile generators, solar generators, wind generators, etc. include cameras, CCTV, imaging devices, filming devices, monitors, lights, lamps, flashing lights, lights, headlights, and lighting devices. , driver, regulator, controller, remote controller, remote controller, etc. can be equipped, thereby assisting in video shooting, lighting, driving operation, etc.

In the present invention, the generator, mobile generator, solar generator 80, wind generator 81, etc. are a) equipped with the magnet or equipment, b) installed in the magnet or equipment, c) the coil, storage or surface treatment, It supplies electricity (82) to wind compressors, outlets, plugs, commercial electricity, wires, drones, 3D printers, pouring equipment, power sources, etc.

In the present invention, a solar generator generates electricity 82 using the sun, and is divided into a solar power generator and a solar power generator. Here, the solar power generator generates electricity by solar cells, storage batteries, power conversion devices, etc., and here the solar power generators are divided into infrared type and steam type, and the infrared type solar power generator generates electricity by collectors, heat accumulators, generators, etc. The steam solar power generator generates electricity using a collector, heat exchanger, steam turbine, condenser, generator, etc. Here, a solar power generator is a device that generates electricity by using solar light energy by installing solar cells in a place where the sun is present. It directly converts the light received by solar cells, etc. into electricity. An example of a solar power generator is composed of solar cells, storage batteries, power conversion devices, etc. When sunlight shines on a solar cell made of a P-type semiconductor and an N-type semiconductor, holes (holes) are created in the solar cell by the energy contained in the sunlight. Holes and electrons are generated, and at this time, holes are gathered toward the P-type semiconductor and electrons are gathered toward the N-type semiconductor, and when a potential difference occurs, electricity is generated. The storage battery stores the generated electricity, and the power conversion device is a device that converts direct current electricity into alternating current electricity or alternating current electricity into direct current electricity.

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

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

The wind power generator of the present invention consists of a) wings, a transmission, a generator, an inverter, wires, etc., b) a wing that is rotated by the wind and converts wind energy into mechanical energy, and the rotational force generated from the wing is transmitted through the central rotation shaft to the transmission gear. It consists of a transmission that rotates the generator by increasing the number of revolutions required by the generator, and a generator that converts the mechanical energy transmitted from the transmission into electrical energy. Examples of wind power generators include windmills, wind blades, rotating shafts, converters, and generators. The rotational motion of the windmill or wind blades is transmitted to the converter or gearbox through the rotation shaft of the wind blades, and rotates in the converter or gearbox. Accelerating the rotational speed of the movement and sending it to a generator, where the generator converts mechanical energy into electrical energy and generates electricity (82). An inverter may be configured in addition to the generator. The inverter converts the generated direct current electricity (DC) into alternating current electricity (AC) or alternating current electricity (AC) into direct current electricity (DC).

In the present invention, the pouring equipment, magnetizing pouring equipment, magnetized vortex pouring equipment, etc. are: a) equipment equipped with one or more of the cone or wind power generator, b) magnetization by the magnet, etc., eddy current by the cone, storage by a storage or surface treatment machine, etc. Equipment for surface treatment, pressure injection by wind compressor, movement by 3D printer, electricity supply by generator, etc. c) Construction, architecture, civil engineering, landscaping, molding, sculpture, environment, construction, construction, repair, reinforcement , equipment, pouring equipment, pouring equipment used for interior design, remodeling, etc., d) equipment for pouring one of the pouring materials, magnetized pouring materials, and magnetized vortex pouring materials that have passed through one of the cones or 3D printers, e) holes , surface, underground, crack, curing surface, material surface, facility surface, boring hole, leakage area, excavation area, form, equipment for placing pouring material on one or more of the rebar, steel frame, and rebar network embedded inside one of them. , f) one of the cones or wind power generators f1) its interior, exterior, inlet, outlet, passage, hollow section, connection section, storage section, mixing section, pressurizing section, supply section, pouring section; f2) or hoses, passages, pipes connected to it; This applies to equipment provided in one or more of the following.

In the present invention, the cone or wind power generator includes a) a cone equipped with one of the magnets and a magnetic field body and a cone and a spiral spiral, b) the magnet and a magnetic field body provided with one of the cones and a spiral spiral, and c) the cone and the magnetic field body. These include a cone net spiral, a tank equipped with a magnet or magnetic field, etc. - a hollow body, d) a storage unit - a surface treatment machine, e) a wind compressor, drone, 3D printer, generator, mobile generator, solar generator, wind generator, etc.

In the present invention, provision, containing, inclusion, input, mixing, utilization, use, application, etc. mean a) provision, composition, provision, formation, composition, placement, installation, location, retention, fixation, installation, attachment, adhesion, adhesion, use, use, application, utilization, application, combination, contain, include, mix, combination, purchase, input, insert, link, connect, fasten, merge, combine, fit, insert, combination, relate, relationship, penetrate, pass, Contact, paint, apply, coating, laying, spraying, spraying, coating, lining, binding, welding, bolting, mounting, boarding, tying, running, hanging, engraving, engraving, embossing, cutting, digging, covering, covering, Enclosing, assembling, tightening, string connection, jack connection, screw connection, flange connection, provided with a stand (12), provided on the stand, provided through the stand (12), or a file, line, thread, strip, string, stand, Provision by rods, plates, rings, anchors, etc., b) Object, object, object site, front, middle, back, front end, rear end, inside, outside, entrance, exit, joint, connection, cut, cut, etc. provided through the above-mentioned equipment or holder, c) provided on the inside, inner surface, outer surface, outer surface, outer periphery, inlet, outlet, joint 18, connection part 18, etc. of the cone or curing machine, cone or equipment, etc. This includes provision through a holder, etc.

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

In the present invention, a) contains, includes, incorporates, injects, inputs, embeds, mixes, composites, blends, consists, is provided, b) or contains, includes, inputs, additives, inputs, inclusions, mixtures, combinations, In complexes, etc., the degree of inclusion, inclusion, addition, input, injection, embedding, mixing, mixing, compounding, etc. is a) a certain percentage, weight part, volume part, weight%, volume%, multiple, multiple, b) 0.001, 0.01 , 1, 5, 10, 20, 25, 50, 75, 80, 90, 1 to 99, 100, 10^(-10) to 10^(10), 10 to the -10th power to 10 to the 10th power, etc. %, weight part, volume part, weight %, volume %, times, multiple, etc. Examples include 0.01 times inclusion, 5% inclusion, 10 parts by weight inclusion, 20 volume parts injection, 25 weight% injection, 50 volume% mixing, 1 to 99% injection, and 1 to 99 times injection.

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

11) Carbon is carbon, carbon material, carbon material, carbon yarn, carbon fiber, carbon sheet, carbon monoxide, carbon dioxide, carbon, carbon tube, nanocarbon, nanocarbon tube, carbon dioxide that reacts with carbonation such as Ca+CO ₂ =CaCO ₃ , etc. 12) Graphene refers to a layer, thin layer, 0.2nm layer, etc. of graphene, graphene, graphite, or graphite. 13) Waste dust includes waste dust, stone dust, ash, iron dust, dust, human waste, and copper dust. , livestock manure, fine powder, iron dust, cement dust, concrete fine powder, etc. 14) Gas includes gas, oxygen, hydrogen, nitrogen, chlorine, carbon, carbon dioxide, etc. 15) Microorganisms include cultured microorganisms, fermentation microorganisms, Decomposition microorganisms, decomposition microorganisms, useful microorganisms, effective microorganisms, aerobic microorganisms, anaerobic microorganisms, aerobic microorganisms, quasi-aerobic microorganisms, quasi-anaerobic microorganisms, halophilic microorganisms, alkaline microorganisms, strains, lactic acid bacteria, actinomycetes, radiobacteria, photosynthetic bacteria, yeast , Aspergillus bacteria, mold bacteria, lactic acid bacteria, acetic acid bacteria, Bacillus subtilis, Bifidobacterium, bacteriophages, Bacillus bacteria, Pasteuri bacteria, Lactobacillus bacteria, Saccharomyces bacteria, Sporosarcina bacteria, Bacillus cereus, Bacillus anthracis, Bacillus sub. Tilis, Bacillus spaericus, Bacillus pasteuri, Bacillus sudophimus, Bacillus coni, etc., and the microorganism of the present invention is used for bonding, sealing, binding, bridging, and carbonation of substances, materials, materials, pours, etc. , improve low water permeability, high water permeability, fill cracks, etc. 16) Phytoncide is a) phytoncide, phytoncide, magnetized phytoncide, bio phytoncide, magnetized phytoncide passed through a magnetic material, bio phytoncide introduced by microorganisms, one of these, b) phytoncide extracted from one of the following: tree, stem, plant, bark, cypress tree, This includes its contents, etc.

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

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

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

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

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

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

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

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

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

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

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

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

Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe of the present invention , MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO, one or more of agents, materials, ions, components, elements, elements, substances, reactants, combinations, inclusions, Nano water, resin water, by-products, carbon water, fiber water, catalyst water, fiber water, latex water, bio material, and phytoncide water are explained as follows.

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

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

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

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

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

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

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

To help understand the present invention, it will be explained with reference to the drawings as follows. Figure 1 is a schematic diagram showing an eco material or pouring material according to the present invention. The materials, materials, pouring materials, eco materials, eco pouring materials, etc. of the present invention include resin (2), red clay (3), phytoncide (4), microorganisms (5), fibers or fibers or reinforcing materials (6), etc., if necessary. It contains properties such as bonding properties due to resin, eco-friendliness due to red clay, sterilization properties due to phytoncide, bioactivity due to microorganisms, and reinforcing properties due to fibers or fibers or reinforcing materials.

Figure 2 is a schematic diagram showing a magnet, magnetic field, cone, and vortex according to the present invention. This represents magnets (10, 16) with NS poles, a magnetic field (40) generated by them, a cone (11), and a vortex (41) generated by this, and materials, pouring materials, etc. pass through the cone equipped with a magnet, etc., and are magnetized. It shows what becomes or is added to magnetic fields, vortices, etc. A magnetic field, magnetic force 40, etc. are generated in the magnets 10 and 16 of the present invention, and the cone 11 causes the flow path 41 of the flowing material to flow along the shape of the cone, causing stirring, vortexing, aeration, etc. do. And, vacuum, negative pressure, etc. are generated inside the cone, amplifying the stirring, vortex, aeration, etc. Water, water, liquid, oil, agent, ash, substances, materials, mortar, ready-mixed concrete, concrete, asphalt, etc. that pass, pass, flow, penetrate, etc. through the magnet provided with the cone according to the present invention are connected to the magnets (10, 16). It is magnetized by the magnetic field, magnetic force 40, and stirring, eddy current, and aeration by the cone 11, resulting in stirring and aeration, and thereby magnetization, stirring, and aeration are mutually amplified. Therefore, the magnet-equipped cone, the cone-equipped magnet, etc. of the present invention exert the effect, function, and performance of stirring and aerating the passing material while magnetizing it, or magnetizing the material while stirring and aerating it.

Figure 3 is a schematic diagram showing an electromagnet according to the present invention. This includes an electromagnet (10) with a coil (98) wound around an iron core (97), a magnetic material (16) lined with teeth (15), a net (48) equipped with teeth and with rods (45) attached to the inside, outside, etc., It represents a frame 46, a spiral 47, a hollow body 13 in which one or more of them is embedded, etc. And electricity 82 is supplied to the coil through wires, cables, etc. from the solar generator 80, wind generator 81, etc., so that the electromagnet 10 has magnetic force. Here, the pouring material, etc. is magnetized by the electromagnet, and the net frame spiral, etc. causes eddy currents, stirring, etc.

Figure 4 is a schematic diagram showing a spiral cone network frame with a magnet according to the present invention. Here, the equipment combination for the cone among the cone network spirals is a) magnet, cone equipped with this, b) cone merging with magnet function, magnet merging with cone function, magnet (10, 16) equipped with double or bundled cone (11), equipped with magnet. Cone or object, magnet equipped with cone or object, stirring or aeration function equipped with magnetized magnet, cone or object, stirring or aerating function, magnetized magnet equipped with cone or object, c) magnet equipped with one of the two, group of magnets, magnetic material, magnetic material , magnetized body, wave body, hexagonal hydrated body, magnetic wave body, magnetized wave body, magnetic energy body, d) one of the cone or magnetic energy body provided or embedded tube, body, hollow body, pipe, magnetizer, hexagonal water body, etc. It has the combined form of

Figure 4 (a) shows the rod-mounted magnet 10. Figure 4 (b) shows a cone mesh spiral (11, 48, 45, 46, 47) equipped with a magnet (10), a magnet provided with a cone net frame spiral, etc. Figure 4 (c) shows that SN pole magnets, NS pole magnets, SN pole/film/NS pole magnets, etc. (10) are made of metal, film, film material, cover material, polymer material, plastic, STS material, coating material, lining material, It represents a body or magnetic material that is embedded, coated, covered, lined, etc. in or in a molten material, heated material, barrel, hose, tube, pipe, heating pipe, etc. (15), and in addition, it is provided with a cone mesh spiral, etc. . FIG. 4 (d) shows a cone 11 equipped with magnets 10 and 16 provided with a holder 12, a magnet provided with a cone provided with a holder, etc., and FIG. 4 (d) shows the inclination angle of the cone. Figure 4 (e) shows a tube, body, hollow body, pipe, magnetizer, hexagonal receiver, etc. (13) equipped with a stand (12) embedded in the magnet (10, 16), a cone (11), and a stand (13). Indicates a magnet provided with a cone, etc. Figure 4 (f) shows 1) a facility (8), a device (27), 2) a cone (11) equipped with magnets (10, 16) with a magnet, a magnetic material, and a holder (12) provided inside the facility (8), a device (27), etc. ), a magnet provided with a holder and a cone, 3) a tube, body, or hollow body (13) provided with or embedded in one of the above, and 4) the concrete or material (1) passing through or contacting one of the above.

Figure 5 is a schematic diagram showing a cone mesh spiral with a magnet according to the present invention. (a) shows the rod 45 and the net 48 or frame 46. (b) shows a rod-shaped spiral. (c) shows a net (48) or frame (46) equipped with a magnet-equipped rod (45). (d) shows a spiral cone network with a magnet, and a hollow cross-section (11-1) on one side of the cone and a hollow cross-section (11-2) on the other side. (e) shows the magnetically embedded helix. (f) shows a hollow body with a spiral embedded in it, on which a magnet equipped with a cone network frame is mounted.

Figure 6 is a schematic diagram showing a cone mesh spiral with a magnet according to the present invention. (a) shows the magnets 10 and 16 provided in the following order by the holder 12: cone 11, net 48, rod 45, frame 46, and spiral 47. (b), contrary to the above, shows a magnet mounted on the holder 12 in the order of spiral, frame, rod, net, and cone, where the rod 45 shows a bent rod. (c) shows a spiral in which a cone equipped with a magnet, a net, a rod, and a frame are embedded. (d) shows a hollow body (13) in which a cone equipped with a magnet, a net, a rod, and a spiral embedded with a frame are mounted on a holder (12). And (c) and (d) show the hollow cross-section (11-1) on one side and the hollow cross-section (11-2) on the other side of the cone. Here, it is also shown that electricity and pressure generated from solar generators, wind power generators, wind compressors, etc. are injected into the hollow body.

Figure 7 is a schematic diagram showing a hollow body according to the present invention. This shows a cone network frame spiral equipped with a magnet, a hollow body (13) equipped with it, an injector (91) equipped with a check valve (92) on its side, an inclined pipe (95), etc. The pouring material, etc. (1) is passed through this hollow body, and the additive, etc. (90) is injected into the injector, inclined pipe, etc. and added to the pouring material, etc. And the inclination angles of the injector 91, the inclined pipe 95, etc. are shown. As shown in this figure, electricity and pressure generated by the solar generator 80, wind generator 81, and wind compressor 50 of the present invention are connected to the magnet, magnetic material, and coil of the electromagnet of the present invention through wires, hoses, etc. It has the feature of being able to inject, use, supply, etc., cones, cone mesh spirals, hollow bodies, storage areas, surface treatment machines, equipment, pouring equipment, pouring materials, raw materials, etc.

Figure 8 is a schematic diagram showing a hollow body, etc. according to the present invention. (a) shows a magnet equipped with a rod-mounted spiral, or a rod-mounted spiral equipped with a magnet. (b) shows a magnet with a cone with a rod on the front of the magnet, a cone with a rod in the middle, and a net on the back. (c) shows a magnet equipped with a reverse cone with a rod in the middle, a spiral with a rod in the latter half, and a forward cone with a rod in the rear. And (d), (e), (f), and (g) show a magnet provided with at least one of the cone mesh spiral and one or more of the cone mesh spiral with a magnet. And (d) is a hollow body with a cone embedded with a rod and a mesh spiral magnet, (e) is a hollow body with an injector embedded with a cone with a rod mounting magnet, (f) is a hollow body with a rod mounting magnet. It shows a hollow body with an inclined pipe in which a cone is embedded. And the middle picture in (g) shows a hollow body (13) in which a cone equipped with a magnet is embedded while being connected to a joint (18) of an existing pipeline, etc.

Figure 9 is a schematic diagram showing a hollow body according to the present invention. (a) is a magnetic material lined with magnets, (b) is a holder, (c) is a magnetic material with a holder, (d) is a hollow material with both ends and middle connection means, (e) is a holder and both ends connection means in which a magnetic material is embedded. The hollow body (f) includes a hollow body with a magnetic material embedded in the holder and an injector and an inclined pipe on the side. Here, the pouring material 1 passes through the hollow body 13, etc., and the magnetized pouring material is poured. Here, the holder is shaped like a spiral curved along the length, making it a type of vortex-type holder.

Figure 10 is a schematic diagram showing a wind compressor according to the present invention. The wind compressor 50 includes wind or wind power 51, a blade, a windmill, and a rotating body 52 that rotate thereby, a rotational force 53, and a crank 54 that rotates thereby, which is mounted on this and moves in a straight line. A moving rod (55), a piston (56) mounted thereon, a cylinder (56) whose teeth reciprocate inside, compression of water, water, liquid, oil, air, substances, etc. inside the cylinder by the pushing force of the piston. , It consists of the pressure, compressed matter, compressed water, compressed air, etc. (63) generated thereby, the outlet of the cylinder through which this is discharged (62), the hose connected to it, the discharge hose, the supply hose (64), etc.

Figure 11 is a schematic diagram showing a 3D printer according to the present invention. This includes a frame 72 on which the rail 100 is mounted, a moving object moving in the X-, Y-, and Z-axis directions along the rail 100, a moving part, a head, and one of its cases, the head, and , a plotter or pourer 26 installed on one of the moving parts and cases and ejecting the construction material 1 to form the 3D structure 8, and providing pressure to the floater or pourer to eject the material 1 This applies to 3D printers that include a pump 23. In the 3D printer of the present invention, the frame 72 is mounted on the ground, on or around a new facility, or on or around a new building.

Figure 12 is a schematic diagram showing a 3D printer according to the present invention. This shows the plotter or pouring machine (26) of the 3D printer moving in three dimensions. For further details, please refer to the description of the 3D printer above.

Figure 13 is a schematic diagram showing the equipment, indoor, and manufacturing pouring according to the present invention. This shows that concrete materials, products, etc. (7) are manufactured using the pouring of the present invention in a concrete factory. In this embodiment, sand, cement, water, admixtures, etc. stored in a storage 20 equipped with a magnet 10 are mixed by inputting them into the mixer 22 through the hopper 21, and the concrete, which is the mixture, is mixed using the pump 23. It is transported by pressure and placed in a mold, form, etc. (30) through a magnetic embedded supply path (25) or a pouring machine (26), and during curing, magnetized curing water is sprayed through a magnetic embedded curing machine (26) to cure it. Promotes, demolds the mold 30 after curing, and sprays magnetized coating agents, paint agents, etc. on the surface of the material through a magnetic embedded coating machine, sprayer, etc. 26 to coat and paint the phytoncide material. This applies, etc. In addition, Figure 13 shows that phytoncide materials such as pillars, piles, and piles are manufactured at the factory. This means that the raw materials stored in the storage are input into the mixer through a hopper, and after mixing in the mixer, they are pressurized through a pump and used in a pouring machine, etc. It is poured into a mold, cured, sprinkled cured, steam cured, autoclave cured, etc. within the mold, and then the mold is dismantled to manufacture phytoncide materials such as columns, piles, and piles. This process or work has the characteristic of being equally applicable not only to factories but also to execution centers.

Figure 14 is a schematic diagram showing the equipment, site, and construction pouring according to the present invention. Here, the pouring equipment 27 includes a) a magnet 10, a cone 11 equipped with a magnet, b) a merging cone with a magnet function, a merging cone with a cone function, a magnet with a double or bundled cone, a cone or object with a magnet, and a cone or object. Magnet, magnetized magnet with stirring or aeration function cone or object, magnetized magnet with stirring or aeration function cone or object, c) one of the two magnets, group of magnets, magnetic body, magnetic body, magnetized body, wave body, hexagonal water Fire body, magnetic wave body, magnetized wave body, magnetic energy body, d) a storage unit equipped with one of the cones or magnetic energy bodies above, or one (13) or more of embedded tubes, bodies, hollow bodies, pipes, magnetizers, and hexagonal water bodies. (20), hopper (21), mixer (22), pump (23), transporter (24), supply channel (25), pourer (26), spreader, injector, syringe, sprayer, coater, sprayer, This includes packaging machines, compactors, mixing machines, wind machines, curing machines (26), devices equipped with one of b) (27), equipment, manufacturing devices, construction equipment, etc. The drone of the present invention can be equipped with magnets, electromagnets, magnetic materials, cones, cone wire spirals, hollow bodies, storage bins, surface treatment machines, etc., and has the feature of being able to perform pouring work, etc. by mounting these. In the case of drones, they are very effective in high-rise construction and replacement of manpower. An example of a drone being used is a drone equipped with a pouring machine to pour concrete into a high-rise building.

Here, examples of the pouring equipment include drilling machines, storage bins, hoppers, mixers, pumps, drones, transporters, supply routes, etc., as well as pouring machines, laying machines, injectors, syringes, sprayers, coaters, sprayers, packaging machines, compactors, etc. A combination of one or more of a mixing machine, wind blower, or curing machine is applicable. Figure 14 (a) shows the pouring of the concrete (1) of the present invention, its pouring machine (26), construction equipment (28) including this, construction of the building (8) thereby, and the materials of the present invention used in the building (8). (7), etc., and Figure 14 (b) shows the laying of the material of the present invention (1) on the road, pavement, etc. (8) and subsequent compaction, and the laying machine and compactor (26) for this, and Figure 14 (c) ) represents an injector (26) for injecting the present invention material (1) into the ground, underground, etc. (8), and Figure 14 (d) shows pouring work using a 3D printer.

Figure 14 (a) shows that sand, cement, water, admixtures, etc. stored in the magnet 10, embedded storage 20, etc. at a construction site, etc. are mixed by inputting them into the magnetic mixing machine 22 equipped with a cone through the hopper 21. The mixture of magnetized mortar, ready-mixed concrete, concrete, etc. (1) is transported by pump (23) to the frame, form, etc. (30) for building construction through the magnetic insertion supply path (25) or pouring machine (26). It is poured, and during curing, curing is promoted by spraying curing water through the curing machine (26). After curing, the mold (30) is demolded, and the coating agent, spraying machine, etc. (26) are applied to the surface of the building facility. It shows how to create a phytoncide building by spraying paint, coating, painting, etc. In addition, it is also applicable to attaching phytoncide materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, etc. manufactured in the factory of Figure 3 to the phytoncide building. Therefore, this phytoncide building is manufactured with magnetized phytoncide concrete according to the present invention and has the characteristic of being finished with magnetized phytoncide materials.

Figure 14 (b) shows a magnetized mixer (22) in which a cone with a magnet (10) is embedded, and sand, cement, water, admixtures, etc. stored in a storage (20) embedded with a magnet (10) at a road site, etc. are stored through a hopper (21) with a magnet. ) and mixed, and the mixture, such as magnetized asphalt concrete, ready-mixed concrete, concrete, etc. (1), is pumped by the pump 23 and placed on the ground through the cone-equipped magnet embedded supply path 25 and the laying machine 26, etc. It shows how to build a phytoncide road by laying it on a road, pavement, etc., compacting it with a compactor, etc., and then spraying magnetized curing water through a hose-type curing machine (26) equipped with a magnet to promote curing.

Figure 14 (c) shows a mixer ( 22), and the magnetized mortar, milk, chemical solution, suspension, slurry, etc. (1), which are the mixture, are pumped by the pump (23) to the cone-equipped magnet embedded supply path (25) and the magnetization of the hollow rod type. It shows how to improve the ground by spraying or injecting into the ground through an injector 26, etc.

Figure 15 is a schematic diagram showing the equipment, site, and construction pouring according to the present invention. Figure 15 (a) shows the injection of the present invention material (1), the sprayer (26) for this, and the tunnel lining, the tunnel (8) lining segment, etc. (7), which is the present invention phytoncide material (7) constructed inside the tunnel. , Figure 15 (b) shows phytoncide mortar, etc. (1) sprayed through the sprayer 26 on the slope portion (8), and Figure 15 (c) shows the pouring of concrete (1) according to the present invention, and its pouring machine ( 26), shows the poured and constructed phytoncide building (8), phytoncide materials (7) attached thereto, etc., and Figure 15 (d) shows building construction using a 3D printer.

Figure 15 (a) shows that sand, cement, water, admixtures, etc. stored in the magnet 10, embedded storage 20, etc. at a tunnel site, etc. are inputted through the hopper 21 into the magnet embedded mixer 22 equipped with a cone and mixed. The magnetized mortar, etc. (1), which is a mixture, is pumped by the pump (23), and phytoncide shotcrete, etc. (1) is poured on the tunnel excavation surface using a sprayer (26) through the supply path (25) equipped with a magnet-embedded hollow body. It shows the reinforcement of the excavation surface. It is shown that the work of the process of finishing with the phytoncide segment material (7) is then attached to the inner surface of the tunnel by attaching the phytoncide segment, etc. (7) manufactured in the factory of Figure 3.

Figure 15 (b) shows that sand, cement, water, admixtures, etc. stored in a storage 20 at a slope, slope, etc. are mixed by inputting them into a magnetic mixing machine 22 equipped with a cone through the hopper 21, and mixing the mixture. The magnetized green soil material, seed spray material, etc. (1) are pumped by the pump (23) and the phytoncide green soil is applied to the slope, etc. through the sprayer (26) installed at the rear end of the supply path (25) equipped with a magnet embedded tube with a cone. It shows reinforcing the slope by pouring ash, seed spray material, etc. (1).

Figure 15 (c) shows that sand, cement, water, admixtures, etc. stored in a storage room 20 at a facility site, etc. are inputted into a magnetic cone-embedded mixer 22 through a cone-equipped magnet-embedded hopper 21 and mixed, and the mixture is mixed. Magnetized concrete, etc. (1) is transported by pump (23) and cured by pouring it into the formwork of the facility using a pouring machine (26) through a supply path (25) equipped with a magnet-embedded hollow body, and inserting magnets during curing. It shows accelerated curing by spraying magnetized curing water or hexagonal curing water through a hose-type curing machine, and then demolding the form to build a phytoncide facility. Afterwards, the phytoncide exterior and interior materials (7) manufactured in the factory of Figure 3 are attached to the outer and inner surfaces of the phytoncide facility, showing the construction of a phytoncide facility finished with phytoncide materials (7).

Figures 14, 15, etc. show drilling machines, storage bins, hoppers, mixers, pumps, drones, transporters, supply lines, pouring machines, laying machines, injectors, syringes, sprayers, coating machines, sprayers, packaging machines, compactors, mixing machines, and wind machines. , curing machines, etc., can be seen being provided, mounted, installed, mounted, purchased, inserted, etc., with the magnets or hexagonal water heaters, etc. Therefore, the storage or curing device equipped with the magnet or hexagonal water device, etc. becomes a single magnetizer, hexagonal water device, etc., thereby magnetizing substances, materials, raw materials, mixing water, mixing materials, concrete, phytoncide concrete, etc. It has the characteristic of having the function and performance of hexagonal hydration. And in Figures 14, 15, etc., there is a scene of manufacturing the phytoncide material (7) according to the present invention, and the phytoncide material (7) according to the present invention is attached, fixed, mounted, provided, etc. to the phytoncide facility (8). This shows a scene where phytoncide material (7) is manufactured in a factory, field, etc., and also shows that the phytoncide material (7) of the present invention is attached, settled, mounted, and equipped in a phytoncide facility (8) such as a building.

In the present invention, the lining, segment (7) is a) lining (7), liner (7), lining, liner, segment, tunnel lining (7), tunnel segment, bridge segment, surface lining, tunnel lining segment, b) circular shape. , semicircle, half-moon shape, circular arc, hemp shape, etc. lining, segment, c) 1/2 size segment, 1/3 size segment, 1/4 size segment, 2 segment, 3 segment for tunnel, lining, tunnel section, lining section, etc. (See tunnel identification numbers 7-1, 7-2, 7-3 in Figure 15), segments such as 5 segments, d) circular, circular arc, semicircle, 1/2 segment, 1/3 segment, 1 for tunnel type /Segments such as 4 segments, 2 segments, 3 segments, 4 segments, etc., e) segments with unit lengths of 1m, 2m, 3m, etc., tunnel segments, bridge segments, etc. In the case of FIG. 15, three segments, ID numbered 7-1, 7-2, and 7-3, which are three-segment segments for tunnel lining, are shown. Here, the lining and segment are of cast-in-place type and factory-made type. The cast-in-place type is installed by installing a form on site and pouring and curing concrete, while the factory-made type is manufactured in a factory and then transported to the site and installed inside the tunnel. This includes things that are attached to the back.

Figure 16 is a schematic diagram showing the equipment, site, and construction pouring according to the present invention. (a) is construction work using 3D printers, (b) is building construction using pouring machines and drone-mounted pouring machines, and (c) is river aeration, which involves injecting pouring materials such as air into rivers using sprayers, etc. Work, river purification work, (d) injection work to inject the pouring material into the ground using an injector, etc., (e) mixing work to mix the pouring material into the ground using a rotary mixer, etc., (f) shows that the pouring material (1) containing a reactive agent, a coagulant, etc. is introduced into a tank (120) in which a cone-embedded hollow body (13) equipped with a magnet is embedded, thereby aerating and coagulating the contaminated water (121) in the tank. Here, the condensation 122 of the contaminated water sinks down and is taken out, and the purified water 123 is discharged to the outside as fine foreign substances are filtered out through the filter 124, and is recycled or discharged 125, etc. This happens. As described above, the pouring, pouring materials, pouring equipment, etc. of the present invention have the characteristics of being applicable to a variety of materials manufacturing, facility construction, construction work, building construction, tunnel construction, road construction, ground construction, river aeration, water purification, etc. .

1: pouring material, material, materials, raw materials, mixing water, mixing material, mixture
2: Resin 3: Red Clay 4: Phytoncide
5: Microorganisms 6: Fiber, fiber, reinforcing material
7: Materials, construction materials, piles, columns, boards, panels 7-1: Segments
8: Facility, ground, building, target site, target facility
10: Magnet 11: Cone 12: Holder
13: barrel, tube, hollow tube, hollow body 14: separation membrane
15: Magnet lining material 16: Lined magnet 18: Connection part
20: Storage 21: Hopper 22: Mixer
23: Pump 24: Transporter 25: Supply route
26: Pour machine, injector, syringe, sprayer, shotting machine, coating machine, sprayer, laying machine, packaging machine, compactor, mixing machine, curing machine, surface treatment machine
27: Device, equipment, manufacturing equipment, construction equipment
30: Mold, frame, form 40: Magnetic field, magnetic force 41: Euro
45: rod, protruding rod 46: frame, rod frame 47: spiral 48: net
50: Wind compressor 70: Drone
71: 3D printer 72: Column or frame 73: Movement
80: solar generator 81: wind generator 82: electricity
99: Connection means

Claims (2)

As a drone (unmanned aerial vehicle) used in concrete construction,
One side of the holder is provided at the lower part of the drone,
A vibrating device is provided on the other side of the holder,
The device is moved by the movement of the drone,
The drone moves and inserts the device into the poured concrete,
The device inserted into the poured concrete vibrates,
A drone for concrete construction, an unmanned aerial vehicle, characterized in that the poured concrete is vibrated by vibration of the device.
As a drone (unmanned aerial vehicle) used in concrete construction,
The drone consists of a first drone and a second drone,
The first drone is provided with a first stand,
One end of the hose is provided on the first holder,
A pump is connected to the other end of the hose,
One end of the hose is moved by the movement of the first drone,
Concrete supplied through the pump is poured through the hose and through the end,
One side of the second holder is provided at the lower part of the second drone,
A vibrating device is provided on the other side of the second holder,
The device is moved by the movement of the second drone,
The second drone moves and inserts the device into the poured concrete,
The device inserted into the poured concrete vibrates,
A drone for concrete construction, an unmanned aerial vehicle, characterized in that the poured concrete is vibrated by vibration of the device.