KR20230058332A - Shotcrete, greensoil, seed spray, working method using drone - Google Patents

Abstract

The present invention relates to: (a) equipment such as a cone, a cone bar, a cone spiral, a cone net bar frame, a bar frame spiral, a cone net bar frame spiral, on which a magnet, an electromagnetic magnet, a magnetic body, a superconducting magnet, a solenoid electromagnet and the like are mounted, a hollow body in which the same is embedded, a placing machine equipped therewith, a wind power compressor, a drone, a solar power generator, and a wind power generator; (b) a magnetizing material which has undergone the same, or a material containing Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe and the like, mortar, milk, ready-mixed concrete, and concrete; (c) a material using the equipment or the concrete, bricks, blocks, main materials, auxiliary materials, and building materials; and (d) a method for using the equipment and building materials, a construction method, manufacturing, construction, purification, placing, construction methods, facilities, buildings, structures and the like. To this end, materials may be developed.

Description

Shotcrete, green soil, seed spray, working method using drone {Shotcrete, greensoil, seed spray, working method using drone}

The present invention drones, equipment, devices, means, materials, materials, reinforcing bars, facilities, foundations, buildings, roads, structures; It is about construction, construction, casting, manufacturing, work, construction method, etc.

In general, materials such as mortar, chemical solution, ready-mixed concrete, suspension, concrete, etc. for construction, architecture, civil engineering, construction, construction, building, facility, structure, their construction, composition, form, mold, formwork, euro form for them, and their casting Equipped with, necessary for, pouring equipment, etc., or using them, pouring work, pouring method, etc. are performed.

Existing materials are general mortar, chemical solution, ready-mixed concrete, suspension, concrete, etc., and as equipment, mixers for mixing materials, nozzles for pouring them, hoses, pipes, pourers, sprayers, and injectors are used. Existing technologies include concrete moving casting equipment with cover formwork installation function, domestic patent 10-1429063 and concrete pouring method for the slope area using the same, domestic patent 10-1222407, supply method and device for quick-setting admixture for shock concrete, and this There is a shock concrete pouring machine with the device installed, a steel form for concrete wall pouring with domestic patent registration of 10-0478729, and a wall lifting slab lowering casting equipment with domestic utility model registration of 20-0257250.

In the case of existing pouring, it is necessary to improve the fluidity of the material for pourability, workability, sprayability, workability, high-rise pressure transport, and high-rise pouring, etc. Other tools to replace, tools to improve the properties of materials in the pouring process are needed, and new pouring works and pouring methods using their materials and pouring equipment are needed.

In the past, materials or materials such as cement and liquid chemicals were used, fluidizers were injected to improve the fluidity of materials, high-rise cranes were used for high-rise casting, and commercial electricity was supplied to used equipment. If these are replaced with new ones, It is considered to be very useful. In addition, it is judged that it will be very beneficial if drones are applied to construction, and equipment, devices, means, materials, materials, and reinforcing bars are replaced with new ones.

In order to solve the above problems, the present invention aims to solve the design of new drones, equipment, devices, means, materials, materials, reinforcing bars, facilities, foundations, buildings, roads, structures, etc.

In the present invention, a) designing materials such as Ca, Mg, Si, Fe, Al, K, Na, OH, COO, etc. to improve the performance of materials and casting materials, b) developing materials and materials containing these materials, c) of materials Equipped with electromagnet, superconducting magnet, solenoid electromagnet, cone wire spiral for improved fluidity. With magnet or electromagnet, cone wire. With solenoid electromagnet, magnet or electromagnet. With cone wire, magnet or electromagnet. With cone wire, solenoid electromagnet. Designing hollow bodies and pouring machines, d) applying drones for high-rise casting, e) applying 3D printers for manpower replacement, f) applying solar generators and wind power generators to replace commercial electricity as means to solve problems .

In the present invention, a) materials such as Ca, Mg, Si, Fe, Al, K, Na, OH, and COO are devised to improve the function, performance, and effect of materials such as cement and chemical liquids, thereby curing materials and solidifying materials Improvement in strength, stiffness, density, bonding strength, waterproofness, water-repellency, durability, etc. b) Electromagnet, superconducting magnet, solenoid electromagnet, magnet or electromagnet with cone spiral, solenoid electromagnet with magnet or electromagnet, cone spiral, magnet Or, improve the fluidity of materials by designing construction equipment such as a cone spiral with an electromagnet, a cone spiral with a solenoid electromagnet, a hollow body with one of them, and a casting machine with these, c) Cones, cone spirals, rods, rods, protruding rods in magnets Improvement of agitation, mixing, fluidity, and fillability of materials by the provision of 3D printers, unmanned construction, unmanned pouring, automated construction, automated pouring by applying 3D printers, Substitute manpower, f) Substitute commercial electricity by applying solar generators and wind power generators, complement, save, use alternative energy, low carbon green growth, and prevent global warming.

In particular, by the magnetization construction equipment, materials, materials, pouring materials, etc. a) magnetization, hexagonal hydration, energization, magnetic energy, b) non-powered or permanent magnetization, hexagonal hydration, energization, magnetic energy, c) fluidization, Improvement in fluidity, slump value, workability, workability, etc., thereby reducing the input amount of fluidizing agent and admixture containing the same, thereby reducing the cost of using fluidizing agent, admixture, etc., d) Mixability, agitation, pressability, supplyability, mobility Improvement of pouring, laying, injecting, injecting, spraying, coating, painting, compaction, mixing, adhesion, inflow, filling, mold filling, space filling, and sealing, e) Reduction of detachment, detachability, rebound, etc., f) reduction of vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, vibrating manpower, etc. Facilities, etc., after curing and consolidation, a) Improvement in density, specific gravity, strength, stiffness, adhesion, friction angle, bendability, shear, durability, waterproofness, water repellency, water resistance, surface treatment, surface smoothness, etc. b) Compressibility, Reduction of consolidation, subsidence, cracking, breakage, permeability, etc. c) Reinforcement of surface, surface, exposed surface, finished surface, concrete surface, mold dismantling surface, etc. Provides anti-scratch effects.

And in the present invention, the material flows through the outer inclined portion and flows into the inner inclined portion, and the vortex cone, the material passes through its hole hole finely and vortexes, the material collides and vortexes, and the material passes through its lattice hole greatly The conmang frame spiral consisting of a frame that vortexes while swirling and a spiral in which materials whirl and vortex is applied to vortex materials and magnetized materials to further agitate them to make the quality of the material more homogeneous and to promote, improve, and increase the magnetization function. etc. to further improve the various effects described above. And in the case of applying a multi-hole type cone net frame spiral, the casting material is 5 times of vortex by 5 types of cone-net-bar-frame-spiral, plus 5 times of vortex by each perforated hole, resulting in a total of 10 vortex phenomena. As a result, the homogeneity of the material, agitation, magnetization, etc. are further improved.

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

The name of the present invention is shotcrete, green soil, seed spray, and work method using drones, which indicates one of shotcrete, green soil, seed spray, and work method using drones. In the above, since shotcrete, green soil, and seed spray belong to the work, the name of the present invention can be abbreviated as a work method using a drone.

Claim 1 of the present invention relates to a means related to a certain task. A photocatalyst or titanium dioxide is sprayed on the means, a cleaning agent is laid on the means, a disinfectant is sprayed on the means, a disinfectant is coated on the means, an air freshener is sprayed on the means, and an antibacterial agent is painted on the means do. Materials such as the photocatalyst, titanium dioxide, cleaning agent, bactericide, disinfectant, fragrance, or antibacterial agent pass through the hollow body. A wave body is provided inside the hollow body, and a magnetic body is provided on the wave body. In the magnetic body, a cone-mang-bontul spiral formed by mounting a net after the cone, a rod after the net, a frame after the rod, and a spiral after the frame is mounted. The material waves by the wave body, the material is magnetized by the magnetic body, and the material vortexes by the conmangbongteul helix. The means is cleaned by the cleaning agent, the means is sterilized by the disinfectant, the means is disinfected by the disinfectant, the means is aromatized by the fragrance, and the means is treated by the antibacterial agent. .

The means includes one or more of materials, materials, equipment, devices, drones, generators, 3D printers, wind compressors, and facilities. The material is used in the work or included in the facility. The material is used for the work or is included in the material or facility. The equipment is equipment that does the work or creates one of the materials, materials, and facilities. The device is equipment that purifies during the operation or purifies one of the materials, materials, and facilities. The drone is used for the work or flies above one or more of the materials, facilities, and work. The generator is to generate electricity used for the work. The 3D printer does the work or creates one of the materials, materials, and facilities. The wind compressor is to generate pressurized air (壓气) used for the work. The facility is a facility created by one or more of the work, material, material, equipment, device, drone, generator, 3D printer, and wind compressor. At least one of the equipment or wind compressor is used in the composition of one of the materials, materials, and facilities. One or more of the device or wind compressor is included in the equipment. At least one of the means, materials, or facilities is equipped with a magnetic material, or a material that has passed through the magnetic material is sprayed. A wave body is provided in the magnetic body, the wave body is provided inside the hollow body, an injector is mounted on a side surface of the hollow body, a check valve is mounted on the injector, an additive is introduced into the injector, An additive is introduced into the hollow body, and a conmangbongteul spiral is mounted on the hollow body.

The cone-mang-bonttle spiral is a) a cone-mang-bonttle spiral formed by mounting a net after the cone, a bar after the net, a frame after the rod, and a spiral after the mold, or b) or a cone, a net, a rod, a frame, and a spiral. two or more of them; One of these is Conmang, Conbong, Contle, Connasun, Mangbong, Bangteul, Mantle Spiral, Mangbong, Bangteul, Mantle Spiral, Mangbong, Conteul Spiral, Manbong Teul, Mantle Spiral, Mangbong Teul, Conmangbongteul, Conbonte Spiral, Mangbongteul helix, conmangbongteul helix; is one of c) or coniferous; a cone-shaped net located inside the cone; rods mounted inside the net; a cone-shaped frame positioned outside the cone and having all holes larger than the all holes 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 hollow body, the additive is added to the material, the material is magnetized by the magnetic body, the material is waved by the wave body, and the material vortex, and the magnetic body includes a magnet. For details on claim 1, refer to the following.

In the present invention, drones, equipment, devices, materials, materials, reinforcing bars, etc. are used, and facilities, foundations, buildings, roads, structures, etc. are created. In the present invention, according to Application Example 1, the equipment 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 a device in which one (13) is included. In the hollow body 1, 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 conmang rod frame spiral formed by placing a frame 46 on one of the front, rear, and inside of the rod and holding a spiral 47 on one of the front, rear, and inside of the frame; a2) a magnet (10) to which the conmangbongteul spiral is mounted; a3) It is a hollow body 13 equipped with a wave body on which the magnet is mounted, or b) or the hollow body 13 equipped with one or more of an injector 91 with a check valve 92 and an inclined pipe 95 on its side. )am.

preparing the core 97 for the hollow body 2; winding a coil 98 around the core; providing an electromagnet in which a coil is wound around the wound core; or purchasing at least one of a magnet and an electromagnet; combining two or more at least one of the magnet and the electromagnet; The coupled step of providing a coupling magnet; Step of inserting a separation material 14 between neighboring magnets or electromagnets for separation between neighboring magnets or electromagnets during the coupling; Providing a cover magnetic body 16 in which the outside of the separation material and the coupling magnet is covered with a cover material 15 to protect or prevent corrosion of the separation material and the coupling magnet; A step in which a net or rod is provided; A step of mounting a spiral behind the net or outside the rod; The step of being mounted to provide a net spiral or a barred spiral; mounting the net spiral or bar spiral to the magnetic body; Mounting the magnetic body to which the net spiral or the bar spiral is mounted on a wave body; providing the wave body to the hollow body; or providing at least one of an injector with a check valve and an inclined pipe on a side surface of the hollow body; It is the hollow body composed by.

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

In the hollow body 4, a) a net 48 is installed on the inside of the cone or frame, b) a rod 45 is installed on the side of the spiral or net, c) a frame 46 is installed on the outside of the net ; a spiral (47) on the outer surface of the rod; a rod 45 on the outside of the frame; One or more of the hollow bodies 1, 2, and 3 are mounted, d) a net or a rod is mounted on the outside of the magnetic body, and e) a cone or a spiral is mounted on the outside of the wave body.

The hollow body 5 is a) a plate is mounted on the inside of the cone or net, b) a nut is mounted on the side of the spiral or bar, c) a line on the outside of the net; a rope on the outer surface of the rod; Bolts on the outside of the frame; One or more of the hollow bodies 1, 2, 3, and 4 in which at least one of the above is mounted, d) a cradle or a spacer is mounted on the outside of the magnetic body, and e) a tube or pipe is mounted on the outside of the wave body.

The hollow body 6 is a) provided with a planar magnet, an atomic magnet mounted on one side of the planar magnet, a magnetic body mounted on one side of the planar magnet or atomic magnet, and one of the planar magnet, atomic stone, and magnetic body. A magnetic body formed by mounting a magnetic field on one side of the; b) one of a cone, a net, a rod, a frame, and a spiral mounted on one of the planar magnet, atomic stone, magnetic body, magnetic field body, and magnetic body; c) It is a hollow body provided with a wave body mounted on one of the planar magnet or magnetic body and cone or spiral.

In the hollow body 7, a) a rod or wave body is provided, b) a magnet is mounted on an upper portion of the rod or wave body, c) a magnetic force body is installed on a lower portion of the rod or wave body, or d) the rod , The magnetic field body is mounted on a part of one of the wave body, the magnet, and the magnetic body, e) the magnetic body is mounted on one of the rod, the wave body, the magnet, the magnetic body, and the magnetic field body, f) the rod, the wave body, and the magnet , 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 body, g) a holder is mounted on one of the rod or magnetic body, and a cone or spiral, and h) the holder is hollow It is the hollow body formed by being placed on a sieve.

The hollow body 8 is a) provided with a rod, a magnet is mounted on an upper portion of the rod, a magnetic body is mounted on a lower portion of the rod or a magnet, and a magnetic field body is mounted on a part of one of the rod, the magnet, and the magnetic body, a magnetic body formed by placing a magnetic body on one of a rod, a magnet, a magnetic force body, and a magnetic field body; b) one of a cone, a net, a rod, a frame, and a 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 rod or magnetic body and cone or spiral.

The hollow body 9 corresponds 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, One of tank, tube, hose, pipe, hollow tube, hollow cylinder, hollow sphere, hollow body, hollow body.

The magnetic material may include a network after the cone, a rod after the network, a frame after the rod, a spiral cone formed by mounting a spiral after the frame, or a network on one side of the cone, a rod on the side of the network, and a part of the rod. The frame, the cone-shaped frame spiral formed by placing the spiral outside the frame, or the rod between the cone and the spiral, the network between the cone and the rod, and the cone-shaped loop spiral formed by placing the frame between the spiral and the rod ; A magnet or electromagnet mounted on the conmangbongteul spiral; A magnetic body provided with this is also possible. The wave body is a wave body in which the magnetic body is provided or provided therein, or the magnetic body is provided to generate a magnetic field. The hollow body includes a hollow body having the magnetic body, a hollow body having the wave body, a hollow body having the magnetic body or the wave body inside and having an injector equipped with a check valve on a side surface, and the hollow body into which the additive flows into the injector. Sieves are also possible.

The above equipment is 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 , is one of Equipment 17.

The equipment 1 is a) a driller, a storage 20, a hopper 21, a mixer 22, a pump 23, a pressurizer 23, a transporter 24, a feeder, a feedway 25, a pourer 26 ), spreader, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, mixer, curing machine, surface treatment machine; b) the punching machine or surface treatment machine having a function of magnetizing or hexagonal hydration of a material; c) the punching machine or surface treatment machine that becomes a magnetizer or a hexagonal hand machine; Any one or more selected from among them is included. The equipment 2 is one in which two or more of the perforator to surface processor are included in order or two or more are included in random order.

The equipment 3 is a) underground drilling, rock drilling, building drilling by the drilling machine; b) storing material in the reservoir 20; c) input the material into the mixer 22 by the hopper 21; d) mixing the materials by the mixer 22; e) pressurizing, pumping, pumping, supplying, and providing materials by means of the pump or pressurizer 23; f) transporting, transporting, supplying, providing materials by means of the transporter 24 or feeder; g) supplying and providing materials through the supply passage 25; h) pouring, injection, grouting, pouring of material by the pourer 26, pouring in a mold, pouring in a factory, pouring on site, pouring for foundation work; i) laying materials and ground laying by the laying machine; j) Injecting the material by the injector, underground injection; k) Inject the material by the syringe, crack injection; ℓ) spraying the material by the injector, injecting the slope; m) shorting and rust shorting of the material by the shorting machine; n) coating the material by the coating machine, surface coating; o) Coating and shaving of materials by the above coating machine; p) pave the material and pave the road by the pavers; q) compaction of materials by the compactor, underground compaction; r) Mixing and underground mixing of materials by the mixer; s) curing the poured material by the curing machine; t) curing surface treatment after the curing by the surface treatment machine; A device that does one or more of the following:

The equipment 4 above is a) tank, barrel, box, tank, box, water tank, tube, hose, block, tool, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow body, hollow body coffin; b) or the tank to the hollow tube in which the conmangbongteul spiral is mounted; c) the tank or hollow tube mounted on one of the puncher or surface treatment machine; Any one or more selected from among is included. Equipment 5 includes a) a nozzle, a drone, and a 3D printer; b) or a nozzle, a drone, and a 3D printer equipped with one or more of the puncher, surface treatment machine, jaw, or hollow tube; Any one or more selected from among is included. The equipment 6 includes at least one selected from the puncher equipped with one of a magnetizer and a hexagon hand machine, a surface treatment machine, a nozzle or a 3D printer, and a tank or hollow tube. The equipment 7 includes a) a generator, a mobile generator, a solar generator, a wind generator, a wind compressor; b) or a generator, a mobile generator, a solar generator, a wind generator, or a wind compressor mounted on one of the puncher or surface treatment machine, the nozzle or the 3D printer, or the tank or the hollow pipe; Any one or more selected from among is included.

The device 8 is a) a magnet equipped with a conmangbongteul spiral; b) a porous body, wave body, or hollow body on which the magnet is mounted; c) a nozzle, a pourer, a sprayer, or an injector in which one of the magnet or hollow body is mounted inside or at an outlet; d) a drone or 3D printer that moves one of the magnet or injector; e) a drone that injects magnetic cargo while moving with the injector mounted thereon; f) a 3D printer that moves the casting machine by mounting the casting machine on its own plotter; g) a drone provided with the hollow body to pour material ejected from the hollow body; h) a 3D printer equipped with a plotter of the caster with the hollow body to pour the material sprayed from the caster; i) a wind compressor for supplying pressure to one of the hollow body or 3D printer through a hose; j) a solar generator or wind generator that supplies electricity through wires to one of the magnet or 3D printer, a coil of an electromagnet that is one of the magnets, and a motor that rotates the drone's wings; Any one or more selected from among is included.

The equipment 9 is a) a cone provided with one of a magnet, an electromagnet, a magnetic body, a magnetic body, a magnetic force body, a magnetization body, a wave body, a magnetization body, a magnetic field body, a hexagonal hydride body, a magnetization wave body, a magnet support body, and a magnetization energy body. ; b) the magnet or magnetization energy body provided with one of the cone or cone-mang-bonttle helix; c) the above magnet or magnetized energy body. A tank, a barrel, a box, a rod, a plate, a membrane, a tank, a box, a water tank, a tube, a hose, a spiral, a body, a block, a zinc body, a metal body, a porous body, a wave body, polymer bodies, screws, pipes, hollow tubes, hollow bodies; d) a storage, blender, pressurizer, feeder or supply path, pourer, sprayer, injector, syringe, shorting machine, coating machine, painting machine, laying machine, packaging machine, mixer, compactor; e) a curing machine for curing a material that has been one of pouring, spraying, injection, injection, shorting, coating, painting, laying, packaging, mixing, and compaction by one of the pouring machines and compactors; f) a surface treatment machine for surface-treating the cured product after the curing; g) a wind compressor for injecting pressure into at least one of the cone, the surface treatment machine, and the material; h) a drone or 3D printer that moves one or more of the cone or surface processor; i) a generator, a mobile generator, a solar generator, or a wind power generator supplying electricity to at least one of the storage and the surface treatment machine; Any one or more selected from among them is included.

The equipment 10 a) improves the fluidity of the material, and is an electromagnet, a superconducting magnet, a solenoid electromagnet, a magnet or electromagnet with a cone spiral, a solenoid electromagnet with a cone spiral, a cone spiral with a magnet or an electromagnet, a cone spiral with a solenoid electromagnet, a magnet or Conmangbongteul spiral with electromagnet; b) a hollow body having one of the electromagnet or the cone-shaped spiral; c) a casting machine equipped with one of the electromagnet or hollow body; d) Cones, cone spirals, rods, rods, rods, and rods equipped with magnets to improve one of agitation, mixing, fluidity, and filling of materials; e) or a 3D printer that performs one of unmanned construction, unmanned placement, automated construction, and automated placement; f) or drones performing either high-rise, unmanned, or manned alternatives; g) Solar generators and wind generators that replace or reduce commercial electricity; one selected from

The equipment 11 is configured to a) magnetize, hexahydrate, energize, or magnetically energize materials or materials; b) the magnetization or self-energization of materials or materials without power; c) Improvement of one of material or material's fluidization, fluidity, slump value, workability, and workability; d) reduction of fluidizing agent dosage by the above improvement; e) reducing the cost of using a fluidizing agent by the reduction; f) Mixability, agitation, pressurization, feedability, mobility, pourability, spreadability, injectability, injectability, sprayability, coatingability, paintability, compaction, mixingability, adhesiveness of materials or materials, Improving one or more of inflow, filling, mold filling, space filling, and chamber filling; g) Reduction of one of the material or material's dislodgability, detachability or rebound; h) reduction of one or more of materials or material vibration work, compaction work, vibrating cost, vibrating equipment, and vibrating manpower; i) Improvement of one or more of the density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shear, durability, waterproofness, water repellency, water repellency, surface treatment, and surface smoothness after curing of the material or facility; j) reduction of one or more of compressibility, consolidation, settlement, cracking, fracture, and permeability after curing of the material or facility; k) Reinforcing, reinforcing, flattening, smoothing, less uneven, anti-scratch, anti-scratch the surface of the material or facility after curing the material or facility; It is to do more than one selected from among.

The equipment 12 is a cone in which the material vortexes while passing through its outer slope, a net in which the material vortexes while passing through its hole hole, a rod in which the material vortexes as it hits itself, and a material in which the material vortexes while passing through its lattice hole. A frame, a spiral that whirls and vortexes the material; Conmangbongteul spiral composed of the cone or spiral; Any one or more selected from among them is included. The equipment 13 performs one of material manufacturing, facility construction, construction work, building construction, tunnel construction, road construction, ground construction, river aeration, and water purification. The equipment 14 is any one selected from excavation, storage, input, mixing, pressurization, transportation, supply, pouring, spraying, injection, injection, shorting, coating, painting, laying, packaging, mixing, compaction, watering, curing, and surface treatment to do more The above equipment 15 is manufacturing, manufacturing, production, construction, construction, work, casting, material manufacturing, facility construction, material casting, material casting, mold casting, rebar casting, steel frame casting, on-site casting, underground casting, underwater casting, slope casting , pavement casting, boring hole casting, and excavation casting. The equipment 16 performs one or more selected from among construction, construction, sculpture, construction, construction, improvement, reinforcement, repair, reinforcement, packaging, interior, and remodeling.

The equipment 17 above is for construction, development, construction, construction, work, civil engineering work, environmental work, purification, purification, purification, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, modeling work, 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, earthwork, ground work, underground work, underground work, slope Construction, slope construction, slope construction, foundation construction, pile construction, PHC pile construction, excavation, excavation, excavation, cutting, embankment, geothermal pile manufacturing, factory pile manufacturing, purchase foundation work, pile foundation work, rotary embedding foundation work, Cast-in-place pile construction, earth retaining work, 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, waterproofing, water proofing, painting, pavement, soil pavement, road pavement, sidewalk Pavement, improvement, ground improvement, ground preparation, site preparation, drilling, boring, mixing, mixing, supply, delivery, pressure transfer, transfer, movement, transportation, casting, formwork, concrete casting, laying, laying, slope laying, ground laying , road laying, coating, painting, injection, formwork 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) )Construction, JSP (jumbo special pattern) construction, spraying, watering, spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, water curing, geothermal construction, mixing, ground mixing, ground agitation mixing , DCM (deep cement mixing) construction, SCW (soil cement wall) construction, compaction, underground compaction, stirring compaction, pavement compaction, spraying, shotcrete work, green soil work, seed spray work, repair, crack repair, leak repair, reinforcement, Surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity filling, masonry, exterior wall construction, scaffolding, dismantling, window work, sheet metal construction, roof sheet metal construction, assembly, building assembly, steel construction , window construction, water supply and sewage construction, method, electrical method, greening, cleaning, washing, redevelopment, reconstruction, interior, and remodeling.

The perforator is one of perforator 1, perforator 2, perforator 3 and perforator 4. The perforator 1 is a perforator associated with at least one of the reservoir or surface treatment machine. The drilling machine 2 is a drilling machine, a drilling machine, a rock drill, an excavator, an excavator, a drilling machine, a boring machine, a drill, a bit, a clamshell, a driver, an injector, a grouter, a rod with a bit, a rotary bit, a rotary rod with a bit, an underground hole It is one of drilling machine, underground wall drilling machine, slurry wall drilling machine, diaphragm wall drilling machine, underground continuous wall drilling machine, and boring machine for inserting geothermal pipe or oil pipe. The drilling machine 3 is a drilling machine of one of a building, facility, underground, bedrock, hole, hole, and concrete. The drilling machine 4 is 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) drilling while injecting one of magnetized material, hexagonal water, slurry, and bentonite slurry that has passed through one of the conmangbongteul helix or hexagonal water group during the drilling; c) One of the materials, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete mixed in the mixer is drilled through one of the rod, injector, hollow pipe, and hollow rod installed in the drilling machine through the supply hose during and after drilling In one of the holes, boring holes, joints, joints, cracks, and leaks, one or more of injection, injection, and curing after injection is completed, and one of piles, columns, underground walls, and underground continuous walls is completed. , or crack filling, joint repair, crack repair, leak repair; d) One of magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete that has passed through one of the cone-shaped spiral or hexagonal machine is supplied to the drilling machine through a supply hose Rod, injector, hollow pipe , Through one of the hollow rods, it is injected into one of the perforation part, boring hole, joint part, joint part, crack part, and leak part, injected, and cured after injection, and pile, column, underground wall, underground continuous wall in the ground Either completion, or crack filling, joint repair, crack repair, leak repair; It is a perforator that does one or more of the following.

The reservoir may include a) a reservoir; b) or a storage of one or more of water, materials, materials, raw materials, cement, sand, gravel, aggregates, admixtures, concrete; c) or a storage room with one of partition walls, partitions, 2 rooms and 3 rooms inside; d) or a storage associated with at least one of the above drilling machine or surface treatment machine, excluding the storage. The hopper may include: a) a hopper, a funnel-type hopper, a hollow through-type funnel hopper, and a hopper associated with at least one of the puncher or surface treatment machine except for the hopper; b) or a funnel hopper having an inclination angle of one of 25 degrees, 50 degrees, 75 degrees, and 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 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 is one of the mixers associated with The mixer 2 is a mixer or mixer equipped with one of a motor-rotated blade, a rotating body, a rotating bar, a rotating shaft, a rotating spiral, a rotating screw, and a rotating shaft with wings. The mixer 3 is a mixer or mixer equipped with one of protrusions, wings, rings, bolts, spirals, objects, protrusions, and stirring means on the outer circumference of the rotating bar, rotating shaft, or rotating body. The mixer 4 is a mixer or mixer of one of rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, and underground soil and concrete. The mixer 5 is a rod, rod, plate, protrusion, wing, spiral, object, screw, protruding rod, protruding rod, protrusion, attachment, attachment, soft material, elastic material, rigid material, protruding means, stirring means on the outer circumference or surface having one of a) a rod, shaft, nozzle, rod, spiral, screw, hollow tube, double tube, triple tube, nozzle or spray tube; b) or the rod or injection tube of the rotary type; is one of The mixer 6 is a device for mixing one of mortar, ready-mixed concrete, and concrete.

The mixer is mixer 1 or 2. The mixer 1 is the mixer 1, the mixer 2, the mixer 3, the mixer 4, the mixer 5, the mixer used for the deep cement mixing method (DCM method), and the drilling machine or surface excluding the mixer. One of the mixers associated with one or more of the processors. The mixer 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 at least one of the drilling machine or surface treatment machine excluding the pump; b) or a pump with a pressure of 1 or less, 1 to 10, 10 to 100, 100 to 500, or 500 or more kg/cm ² . The pressing machine is a pressurizing machine that presses, pressurizes, pumps, supplies, or provides materials, or is a pressurizer associated with at least one of the puncher or surface treatment machine excluding the pressurizer.

The transporter 24 is one of transporting, conveying, supplying, and providing materials, or a transporter associated with at least one of the punching machine or surface treatment machine other than the transporting machine. The feeder is one of transporting, conveying, supplying, and providing materials, or a feeder connected to at least one of the punching machine or surface treatment machine excluding the feeding machine. The supply path is one of a supply path associated with at least one of the drilling machine or surface treatment machine excluding a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, a supply pipeline, and a supply path. The pouring machine may include: a) a pouring machine connected to at least one of a pouring machine, a hitting device, a spraying device, the pressure pouring machine, and the drilling machine or supply path; b) Or one of the formwork, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete in a mold pouring machine; c) or any one of pouring, laying, coating, injection, spraying, pouring, injection, injection and grouting; is one of

The laying machine is one of a) a laying machine, a spreading machine, a coating machine, an ascon finisher, a laying machine linked to at least one of the drilling machine or supply route, or b) or ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete , is one of the ascons on the ground. wherein the injector or syringe is a) one of a syringe, an injector, an injector, a grouter, the pressure syringe or injector, an injector associated with one or more of the perforator or supply passage, or a syringe associated with one or more of the perforator or supply passage; , b) or 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, building, structure, structure crack, or a syringe, or c) or One of the above cracks - structural cracks is an injector. The injector is a) one of a nozzle, hose, pipe, injector, sprayer, fountain, sprinkler, coater, spray coater, sprayer, sprayer, sprayer associated with one or more of the perforator or supply line, or b) or Slope, slope, surface, ground, underground, underground, rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, one of ready-mixed concrete injectors on slopes.

The shorting machine, coating machine, or painting machine is a) one of material, certain substance, material, spray, coating agent, painting agent, paint a1) surface, surface, ground, slope, concrete surface, material, construction material, facility, building, structures, facilities; a2) a surface, surface, or outer surface of one of the above surfaces or facilities; One or more of spraying, coating, painting, spraying coating, spraying and painting, or b) or a shorting machine, coating machine, or painting machine linked to one or more of the reservoir or supply path. The pavers are those that pave material onto a pavement or a road surface, or are pavers associated with at least one of the reservoir or supply path. The compactor is one of a) a compactor, a compactor, a weight compactor, a roller compactor, a drop compactor, a form compactor, a concrete compactor, an in-mold concrete compactor, and a compactor associated with at least one of the puncher or pavement machine, or b) or pavement , soil pavement, road pavement, asphalt pavement, ground, ground, underground, rotation, static, dynamic, vibration, wing, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete in the ground.

The curing device is linked to one or more of a) a curing device, a water curing device, an underwater curing device, an air curing device, an air curing device, a solar curing device, a steam curing device, a watering device curing device, an autoclave curing device, and the drilling device or mixing device b) Or one of the magnetized water and hexagonal water sprayed through a sprinkling hose-type curing device with a cone magnet embedded inside to be sprayed on one of the poured concrete, concrete material, or concrete building to pour concrete or concrete. It is a curing device that promotes the curing of either materials or concrete buildings. The surface treatment machine uses one of a) water, water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating agent, and painting agent, , concrete water; a2) one surface, surface, outer surface, exposed surface, or concave-convex surface of the cured product or concrete; It is sprayed on one or more of the above to treat, finish, smooth, or roughen the surface of one of the curing or concrete water, or b) or a surface treatment device associated with at least one of the storage or curing machine. .

The nozzle is a) a nozzle equipped with at least one of a cone, a net, a rod, a frame, and a spiral inside or at an outlet, or b) or a porous body, a wave body, and a hollow body on which the magnet is mounted. Or 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 is equipped with a sprayer equipped with a magnet and injects magnetized material while moving, or a drone equipped with a hollow body equipped with a magnet and pouring material ejected from the hollow body. The drone 2 is a drone equipped with casting equipment or a casting machine in 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 conmangbongteul spiral, storage or surface treatment machine, and wind compressor. The drone 4 is equipped with a drilling machine and drills a boring hole for repairing cracks in a high-rise building, a drone equipped with a supply path 25 or a sprayer 26 to spray magnetized shotcrete on a high-rise slope, It is one of a drone that is equipped with a supply path 25 or an injector 26 and sprays magnetized water to the tunnel to remove tunnel dust, and a drone that is equipped with a laying machine and spreads magnetized water in the air to clean the air. Drones or 3D printers can perform the storage or surface treatment, excavation or surface treatment, construction or remodeling, storage or surface treatment of materials, and the drone or 3D printer includes the storage or surface treatment machine, excavator or surface treatment machine It is possible to have, and the storage or surface treatment machine, excavator or surface treatment machine, etc. are provided in the drone or 3D printer to perform the storage or surface treatment, excavation or surface treatment, construction or remodeling. The drones move, carry, transport, fly, fly over facilities, fly over equipment. Site top flight, material movement, material transportation, equipment movement, equipment transportation, site movement, facility transportation, etc. are possible.

The drone 5 is a) a drone composed of wings, rotary blades, a propeller, four propellers, one of a plurality of propellers and a body, b) a drone composed of an upper wing and a lower body, c) below for thrust for flight of the main body A drone with wings or propellers generating at least one of a downward flow in a direction and a reverse flow in a backward direction, d) a drone flying upward by a downward flow that sends wind to the lower part of the main body, e) blowing wind to the rear of the main body A drone flying horizontally by the directed flow, f) a drone flying in three dimensions by at least one of the downward flow and the directing flow, g) a motor rotating at least one of the wings and the propeller; wires connected to this motor; Batteries, chargers, batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind generators connected to this line; a drone equipped with one or more of; 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) the main body and the propeller; 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 by flight, the downflow, and the direct flow while being mounted on one or more of the following; j2) a rotating body, and a generator that generates electricity with its rotational force. One or more drones, k) the generator is a drone that generates electricity while forming a magnetic field by a rotor (electromagnet) at the center and a stator (iron core) surrounding the outside, ℓ) the j2) above rotating in conjunction with the rotating body k) a drone with a rotor (electromagnet), m) the drone with a generator generating electricity by rotation of the rotor (electromagnet), n) the rotating body; the outer periphery, the upper part, the lower part, the upper outer circumference, and the lower outer circumference of the rotating body; A drone equipped with a conical hollow guide for inflow, outflow, or outflow of at least one of the downward flow, direct current, and wind while being mounted on one or more of the following; o) Drone equipped with an inverter that converts the generated electricity into one of direct current and alternating current. , p) a drone equipped with one or more of wires, plugs, outlets, and power supplies that supply the generated electricity, q) or cameras, CCTVs, imaging devices, filming devices, monitors, lights, lights, lanterns, flashing lights, lights, headlights , a lighting device, a driver, a controller, a controller, a remote controller, and a remote controller. Construction, purification, work, sites, etc. may be photographed or recorded by the camera or photographing device. Illumination, light emission, light illumination, fire illumination, light illumination, etc. may be performed by the lamp or lighting device.

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 to which one or more of the storage or surface processor is mounted, 3D movement while being mounted on a frame mounted on the ground or around a new facility It is one of the 3D printers equipped with a casting machine. The 3D printer 2 is supplied from one of the mixer 22 and the supply path 25 while moving 73 in 3D by mounting a movable body or movable part 116 capable of 3D movement 73 on the frame 72. 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-mixed concrete, and concrete. The 3D printer 3 is supported by the frame 72 and is rotated by two rails a 100 mounted on the upper left and right sides of the frame 72, and a motor a 101 while mounted on the rail a, respectively, and moves forward and backward along the rail a ( 1-dimensional movement) 73, two rollers a (102), a rail b (103) provided between the two roller as, and rotated by a motor b (104) while being mounted on the rail b to move the rail b One roller b (105) that moves left and right (this 1-dimensional + 1-dimensional movement = 2-dimensional movement) (73) moving along, rotating body a (112) rotated by motor c (111) while being mounted on this roller b ) is wound or unwound and moves up and down (its 1-dimensional + 2-dimensional movement = 3-dimensional movement) 73, one of the up-and-down moving parts 108 of a string, thread, belt, or chain, or the rotating body a 112 A rod-shaped vertical moving part 115 that is pressed and embedded between the other rotating body b 113 located opposite to it and moved up and down by being pushed or dragged by the rotation of the rotating body a, mounted on the vertical moving part 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 the rail 100 is mounted, a moving body moving in the X-, Y-, 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 installed on one of the head, moving body, moving unit, and case and ejecting the construction material 1 to form a 3D structure 8, and providing pressure to the plotter or pourer It is a 3D printer that includes a pump 23 that causes the material 1 to be ejected. The 3D printer 5 circulates and moves one of mortar, ready-mixed concrete, and concrete into which one of the quick-setting agent and binder that promotes curing through the pouring machine 26 installed therein along the building shape or building structure at a distance of 5 to 30 cm. It is a 3D printer that performs building construction by pouring continuously or intermittently while rising in layers or layers of height. The 3D printer 6 repeatedly constructs the n floor in the order of the building floor, the first floor columns and walls, the first floor slabs, the second floor columns and walls, and the second floor slabs, and finally the roof slabs to complete the building. It is a 3D printer.

The 3D printer 7 performs a) ground boring for foundation installation, b) inserting a reinforcing bar net into the boring hole by placing the reinforcing bar net on the moving part, c) placing foundation concrete in the boring hole through the pouring machine, and after its placement Curing, d) transporting and assembling the mold and reinforcing bars at the bottom of the building by mounting the mold and reinforcing bars on the moving part, e) casting concrete on the floor of the building through the pouring machine, curing after its casting, f) mold on the moving part, Transporting and assembling first-floor columns, wall molds, and reinforcing bars by mounting reinforcing bars, g) placing concrete on first-floor columns and walls through the casting machine, curing after casting, h) raising one or more of the moving body and casting machine i) carrying and assembling the formwork and reinforcing bars of the 1st floor slab by placing the formwork and reinforcing bars on the movable part, j) placing concrete on the 1st floor slab through the pouring machine, and curing after its casting, k) on the movable part Carrying and assembling the 2nd floor column, wall frame and reinforcing bar by mounting the frame and reinforcing bar, ℓ) Placing concrete on the 2nd floor column and wall through the casting machine, curing after placing it, m) At least one of the movable body and the casting machine n) Repeat the above to transport and assemble n-story columns, walls, slab molds, and reinforcing bars, concrete placement, and curing after placement thereof, o) Final rooftop concrete placement through the casting machine, and curing after placement thereof A 3D printer that does more than one.

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

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 composed of wind blades, a rotating shaft thereof, a transmission mounted thereon, and a generator linked thereto. The wind power generator 2 is composed of a) a wing, a transmission, a generator, and an inverter, or b) or a wing rotated by the wind to convert wind energy into mechanical energy; A transmission for rotating the generator by increasing the rotational force generated from the wing to the transmission gear through the central rotational shaft to increase the rotational speed required by the generator; a generator that converts mechanical energy transmitted from the transmission into electrical energy; an inverter that converts direct current (DC) generated by the generator into alternating current (AC) or alternating current (AC) into direct current (DC); It is a generator composed of In the wind turbine generator 3, the rotational motion of the windmill or wind turbine is transmitted to a converter or gearbox through a rotational shaft of the wind turbine, and the rotational speed of the rotational movement is accelerated by the converter or gearbox and sent to the generator to generate mechanical energy from the generator. is converted into electrical energy to generate electricity. In the wind turbine generator 4, an inverter is added to the generator of the wind turbine generator 1 or 3 to convert direct current (DC) generated by the generator to alternating current (AC) or alternating current (AC) to direct current (DC). will be. The wind power generator 5 is a wind power generator equipped with at least one of the camera or remote controller.

The wind compressor is one of wind compressor 1, wind compressor 2, and wind compressor 3. The wind compressor 1 supplies compressed air to at least one of the storage, painting machine, nozzle, and 3D printer. The wind compressor 2 includes a) a mechanism for generating compressed air using wind; b) Or wind, wings that rotate by it, rotational force of these wings, crank that rotates by its rotational force, rod mounted on its crank for linear motion, piston mounted on its rod, and its piston reciprocates inside A mechanism composed of one or more of a moving cylinder, air compression inside the cylinder by the pushing force of the piston, compressed air generated by the 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 rotary linear converter and a piston connected to a rotating wind blade; is one of The wind turbine compressor 3 supplies one of pressurized air, compressed water, compressed water, and compressed air to a) water, water, liquid, oil, and air through a hose 64 connected to the outlet of the cylinder. (qi), high (固), agent (劑), material (材), substance, object, body, material, material, in the water, underwater, river, pond, water tank, tank, conduit, tube, hose, pipe, hollow Inject into any one selected from sieve, blender, pump, supply line, storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, air, indoors, factory, site, atmosphere, indoor air, tunnel, tunnel site, dusty air, and odorous air to supply one of air, oxygen, and air bubbles to improve one of the aeration, reaction, coagulation, oxidation, purification, water purification, and purification of one of the above water or odorous air, or b) or soil, mortar, ready-mixed concrete, or concrete It is injected into one to form one of bubble mortar, bubble mortar, bubble ready-mixed concrete, bubbled concrete, lightweight soil, lightweight mortar, lightweight ready-mixed concrete, and lightweight concrete in which air or bubbles are embedded.

Configurations 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 13, 13 14, component 15, component 16, component 17, or more of one is included.

Configuration 1 is composed of one or more of a drilling machine and a reservoir mounted thereto, a hopper, a mixer, a pump, a supply path, a casting machine, an injector, a sprayer, a shotting machine, a coating machine, a painting machine, and a mixing machine. Configuration 2 is composed of a) a driller, b) in addition to this, a storage, a hopper, a mixer, a pump, a drone, a transporter, or a supply line in the order of, c) in addition to this configuration, a pourer, a spreader, an injector, a syringe, a sprayer, One of a shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, and a surface treatment machine, d) It is composed of a curing machine in addition to one of these. Configuration 3 is a) a drilling machine for drilling one of the ground, bedrock, and building, b) a casting machine, a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, and a mixer provided therewith one of, c) consisting of one or more of, or in the order of two or more of, a storage, a hopper, a mixer, a pump, a drone, a transporter, or a supply line for supplying materials to this one.

Configuration 4 is a storage for storing the material, a mixer for mixing the material, a pump or drone or transporter or supply route for supplying the material, a pourer for pouring the material, a pourer for pouring the material, an injector for injecting the material, and a material A syringe for injecting, a sprayer for spraying materials, a coating machine for coating materials, a painting machine for painting materials, a packaging machine for packaging materials, a compactor for compacting materials, a mixer for mixing materials, a curing machine for curing materials, It is at least one of the surface treatment for surface treatment of the curing after the curing. Configuration 5 is a) a drilling machine for drilling one of the ground, bedrock, and a building, a supply path for supplying the bentonite slurry thereto, b) an injector for injecting one of the mortar and concrete mixed in the mixer after the drilling into the drilling part It consists of one or more or two or more in order. The above configuration 6 is a pouring machine that pours the material that has been stored in a storage, 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, a laying machine that lays, Injector to inject, injector to inject, injector to spray, coating machine to coat, painting machine to paint, packaging machine to pack, compactor to compact, mixer to mix, curing machine to cure; Or surface treatment for surface treatment of the curing after the curing; is one or more of

The configuration 7 is a) a driller, b) in addition to this, one or more of a storage, hopper, mixer, pump, drone, transporter, supply path, c) in addition to this one or more, a pourer, a spreader, an injector, a syringe, a sprayer, a shot At least one of a tinting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, and a surface treatment machine, d) a curing machine in addition to one or more of c) above. The configuration 8 is a) a conmangbongteul helix; or tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, and hexagonal handpieces equipped with conmangbongteul spirals therein; A drilling machine, a storage bin, a hopper, a mixer, a pump, a drone, a transporter, a supply line, a laying machine, a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, a mixer, and a sheep animation, face processor; b) the perforator or surface treatment machine having a magnetization function by at least one of the cone-shaped thread spiral or hexagonal hand machine; It is composed of two or more of them or in order of two or more.

In the configuration 9, one of the sand, cement, water, and admixture stored in one of the storage bins 20 with the magnet 10 is put into the mixer 22 through the hopper 21 and mixed, and the mixture, concrete It is pressurized by the pump 23 and poured into the mold 30 through the magnet embedded supply path 25 or pourer 26, and magnetized curing water through the magnet embedded curing machine 26 during the curing of the poured casting. to promote curing, and after curing, the mold 30 is demolded, and a magnetized coating or painting agent is sprayed on the surface of the material through a magnet embedded coater or painting machine 26 to coat or paint to manufacture the material It is composed of the storage, hopper, blender, pump, supply path or casting machine, curing machine, coating machine or painting machine. In the configuration 10, the raw materials stored in the storage are put into the mixer through the hopper, mixed in the mixer, pressurized through the pump, poured into the mold through the pourer, and cured in the mold with the curing machine, spray curing, steam curing, and autoclave. It is composed of the storage, hopper, mixer, pump, casting machine, and curing machine that dismantles the formwork after one of the curing to produce one of the pillars, piles, and piles.

In the configuration 11, one or more of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet blender 22 through the hopper 21 and mixed, and the mixture is magnetized. One (1) of mold mortar, ready-mixed concrete, and concrete is pressurized by the pump 23 and poured into the mold 30 for building construction through the magnet embedding supply path 25 or the pouring machine 26, etc., and its casting During the curing of the cast installation, curing water is sprayed through the curing machine 26 to promote curing, after curing, the mold 30 is demolded, and the coating agent is applied to the surface of the building facility through one or more of the coating machine and the painting machine 26 It consists of the storage, hopper, blender, pump, supply road or casting machine, curing machine, coating machine, and painting machine that form a phytoncide building by spraying one or more of the coating agents and coating or painting. In the configuration 12, one or more of sand, cement, water, and admixture stored in the storage bin 20 of the magnet 10 with a cone is put into the magnetization type blender 22 in which the cone with a magnet is embedded through the hopper 21 with a magnet. and mix it, and one (1) of magnetized ascon, ready-mixed concrete, and concrete, which is a mixture thereof, is pumped by the pump 23, and the ground, road, It is laid on one of the pavements, compacted with a compactor, and then magnetized curing water is sprayed through a hose-type curing device 26 with magnets to promote curing to build a phytoncide road. The storage, hopper, mixer, pump, supply road, It consists of a laying machine, a compaction machine, and a curing machine.

In the configuration 13, at least one of sand, cement, water, and admixture stored in the cone-embedded storage 20 with the magnet 10 is put into the mixer 22 in which the cone-equipped magnet is embedded through the cone-embedded hopper 21 with the magnet. and mix them, and pressurize one (1) of the mixture of magnetized mortar, milk, chemical solution, suspension, and slurry by the pump 23 to supply a cone equipped with a magnet 25 and a hollow rod-type magnetization injector 26 ), which is composed of the storage, hopper, mixer, pump, supply path, and injector that improve the ground by spraying or injecting into the ground through. In the configuration 14, one or more of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet blender 22 through the hopper 21 and mixed, and the mixture is magnetized. The molded mortar (1) is pressurized by the pump 23, and the phytoncide shotcrete (1) is placed on the excavated surface of the tunnel with the sprayer 26 through the supply path 25 equipped with a magnet-embedded hollow body to reinforce the excavated surface. It is composed of storage, hopper, blender, pump, supply line, and injector.

In the configuration 15, at least one of sand, cement, water, and an admixture stored in the storage 20 is put into the cone-equipped magnet-embedded mixer 22 through the hopper 21 and mixed, and the mixture thereof, the magnetized green soil material, seed At least one of the spray materials (1) is pressurized by the pump 23, and through the sprayer 26 installed at the rear end of the supply path 25 equipped with a cone and a magnet embedding tube, among the phytoncide green soil material and seed spray material, It is composed of the storage, hopper, mixer, pump, supply line, and sprayer that reinforce the slope by pouring one or more (1). In the configuration 16, at least one of sand, cement, water, and admixture stored in the storage 20 is put into the cone-embedded blender 22 with a magnet through the cone-equipped magnet-embedded hopper 21 and mixed, and the mixture is a magnetized type. The concrete (1) is pressurized by the pump 23 and cured by pouring it into the mold of the facility with the casting machine 26 through the supply path 25 equipped with a magnet-embedded hollow body, and curing it through the magnet-embedded hose-type curing machine during curing. It is composed of the storage, hopper, blender, pump, supply road, casting machine, and curing machine that promotes curing by spraying curing water of magnetic curing water or hexagonal water, and then demolding the mold to build a phytoncide facility.

The configuration 17 is a perforator and an injector, a perforator and one or more of the above 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 a press, a storage and a hopper and a mixer and a press and a transporter, a storage And hopper and mixer and pressurizer and transporter and feeder, storage and hopper and mixer and pressurizer and feeder and pourer, storage and hopper and mixer and pressurizer and feeder and spreader, storage and hopper and mixer and pressurizer and feeder and Injector, reservoir, hopper, mixer, pressurizer, feedway, syringe, reservoir, hopper, mixer, pressurizer, feedway, sprayer, reservoir, hopper, mixer, pressurizer, feedway, shorting machine, reservoir, hopper, mixer, pressurizer, Supply line and coating machine, storage bin and hopper and mixer and pressurizer and supply line and coating machine, storage and hopper and mixer and pressurizer and supply line and packing machine, storage and hopper and mixer and pressurizer and supply line and compactor, storage and hopper and mixer and a pressurizer, a supply path, a mixer, a storage, a hopper, a mixer, a press, a supply path, a curing machine, a storage, a hopper, a mixer, a press, a supply path, a curing machine, and a surface treatment machine.

According to Application Example 3, the material in the present invention is a material manufactured by using or using one or more of the hollow body, its equipment, and materials that have passed through one of them. The above materials are water, water, liquid, oil, medicine, ki, high, agent, ash, sol, gel, substance , mortar, milk, material, ready-mixed concrete, paste, plaster, and concrete. One of the above materials, water or concrete, contains one of substance 1, substance 2 and substance 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 at least one selected from SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, and KNaSiAl. The material 2 is at least one selected from resin, waste, mineral, loess, fiber, latex, microorganism, by-product, slag, expanding agent, phytoncide, zeolite, and geopolymer. The material 3 is at least one selected from the resin to geopolymer containing at least one of Ca to KNaSiAl.

At least one of the materials and materials is a) magnetized, hexagonal hydrated, energized, and magnetically energized by one of the hollow body, equipment, and roughness; b) Non-powered or permanently magnetized, hexahydrated, energized or self-energized; c) or improving at least one of fluidization, fluidity, slump value, workability, and workability, reducing the amount of fluidizing agent input by the improvement, and reducing the cost of using the fluidizing agent by this reduction; d) Mixability, agitation, pressurization, feedability, mobility, pourability, spreadability, injectability, injectability, sprayability, coatingability, paintability, compaction, mixingability, adhesion, inflowability, Improvement of one or more of fillability, mold fillingability, space fillingability, and dense thread filling; e) or reducing one of the drop-off properties, drop-off properties and rebound amount; 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 curing, g1) Improvement of one or more of density, specific gravity, strength, stiffness, adhesion, friction angle, bendability, shear resistance, durability, waterproofness, water repellency, water repellency, face treatment, surface smoothness, g2) or compressibility , reduction of at least one of consolidation, subsidence, cracking, fracture, and permeability, g3) or reinforcement of one of the surface, surface, exposed surface, finished surface, concrete surface, and mold dismantling surface, reinforcement, flatness, smoothness, and unevenness less, anti-convex, anti-scratch; It is one or more selected from among.

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, material 16 , Material 17, Material 18, Material 19 is any one selected from. 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 a material provided by the equipment.

Material 2 above is a) water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, charcoal, charcoal, ocher, clay, clay, sand, silica sand, crushed sand, gravel, crushed stone, aggregate, ash, Fiber, carbon, resin, catalyst, waste dust, stone dust, iron powder, dust, mineral, substance, tailings, material, rock, lime, gypsum, air, gas, masato, granite, magnetite, apatite, dolomite, graphene, by-product, Slag, sludge, ceramic, silica, enzyme, cement, admixture, quick-settling agent, finalizing agent, adhesive, adhesive, expanding agent, foaming agent, waterproofing agent, water-repellent agent, decontamination agent, water-moisturizing agent, desiccant, fiber, binder, solidifying agent, binder, nano Ash, reinforcing material, pouring material, porous body, carbide, incineration material, calcined material, ion material, ion water, cation, anion, activated carbon, kaolin, asphalt, phytoncide, glidant, micro ash, bentonite, zeolite, attapulgite, geopolymer ; 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) at least one agent, ash, ion, component, element, element, material, reactant, combination, inclusion, nanomaterial, resin material, by-product, carbon material, fiber material, catalyst material, fiber material of the above Ca to CaMgFeCOO , latex water, bio water, phytoncide water; It is at least one selected from the group consisting of.

The material 3 is a) the water or plaster containing at least one of the Ca and phytoncide; b) containing at least one of the above water or plaster, liquid, gaseous, solid, powdery, particulate, agitated, charged, additives; c) the mortar or plaster containing at least one of the above water and additives; d) or the water or plaster in which at least one of hydration reaction, pozzolanic reaction, hydroxylation reaction, and carbonation reaction occurs; e) e1) low particle size of 1 to 100 μm, medium particle size of mm, high particle size of cm, e2) low specific gravity of 0.1 to 0.5, low 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, e3) low powder degree of 100 ~ 1,000 cm2/g fineness, ultra-low powder degree below this low powder degree, medium-low powder degree of 1,001 ~ 2,000 cm2/g, 2,001 ~ 5,000 The above water or phytoncide water, which is one of the medium powder degree of cm2/g, the medium powder degree of 5,001 to 7,000 cm2/g, the high powder degree of 7,001 to 10,000 cm2/g, and the ultra-high powder degree above this high powder degree; It is at least one selected from the group consisting of.

Material 4 is a) 1 to 50 kg/cm2 of low pressure, 51 to 100 kg/cm2 of ultra-low pressure, 51 to 100 kg/cm2 of medium-low pressure, 101 to 200 kg/cm2 of medium pressure, 201 to 300 kg/cm2 of medium pressure, 301 to 600 kg/cm2 The water to plaster cast at one of a high pressure of m and an ultra-high pressure higher than this high pressure; b) or sand, gravel, aggregate, filler, binder, admixture, water containing two or more of the above water or plaster; c) water, sand, gravel, crushed stone, aggregate, water, or plaster obtained by kneading cement with at least one of water, sand, gravel, and admixture; d) the above water or plaster which is a mixture of cement or asphalt and at least one of filler, sand, stone dust and crushed stone; e) The aggregate is fine aggregate, coarse aggregate, sand, sea sand, crushed sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-product, waste powder, dust, stone powder, fine powder, slag, sludge, incineration ash one or more of said water to plaster; f) the water or plaster, wherein the filler is at least one of minerals, ores, tailings, waste, by-products, waste dust, dust, stone dust, fine powder, slag, sludge, and incineration ash; k13) the water or plaster, wherein the binder is at least one of a binder, cement, asphalt, gypsum, lime, starch, medicine, polymer, and adhesive; g) The admixture is a quick-setting agent, a retardant, a sintering agent, a dispersing agent, a waterproofing agent, a water-blocking agent, a water-repellent agent, a foaming agent, an expanding agent, a foaming agent, an antifoaming agent, a colorant, a curing agent, a water reducing agent, a pigment, a dye, a microorganism, a useful microorganism, an effective microorganism, Bacillus , pasteury, plasticizing agent, air entraining agent, anion emitting material, far-infrared ray emitting material, mineral, ore, tailings, waste, slag, sludge, one or more of the above water or plaster; It is at least one selected from the group consisting of.

The material 5 is a) wherein the water is one of water, water, liquid, oil, spring water, constant water, sewage water, dam water, pump water, ground water, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ionized water. water to plaster; b) Cement, asphalt, soil, ocher, air, foam, pressurized air, oxygen, nitrogen, resin, chemical, chemical solution, urea, enzyme, yeast, catalyst, enzyme, surfactant, activator, silica, carbon, foaming agent, expanding agent, In addition to at least one of a color agent, graphene, polymer, microorganism, and fiber, at least one of aggregate, filler, binder, admixture, and water to plaster; c) 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 or more of the above-mentioned water or plaster; d) Two or more of cement 15-30 parts by weight, fine aggregate 20-45 parts by weight, coarse aggregate 30-60 parts by weight, waste 0.1-3 parts by weight, admixture 0.1-5 parts by weight, water 15-35 parts by weight said water to plaster; e) the above water or plaster containing a cement binder, aggregates and wastes of a particle size range of 5 to 13 mm and 13 to 20 mm, and a fluidizing agent, and having a water binder ratio of 25 to 35% or a porosity of 15 to 30%; f) above-mentioned water or plaster containing fine aggregate and coarse aggregate at a rate of 0.2 to 0.65 m 3 per 1 m 3 of water, cement binder, and admixture; It is at least one selected from the group consisting of.

The material 6 is a) the above-mentioned water or plaster comprising cement, aggregate, water, and an admixture and having a water-cement ratio of 25 to 40%; b) or cement having a density of 3.0 to 3.2 g/cm ³ , fineness of 3,000 to 3,400 cm ² /g, and a chemical main component of which is at least one of CaO, SiO ₂ and Al ₂ O ₃ ; A coarse aggregate having at least one of a particle size of 3 to 5 mm or 15 to 25 mm, a density of 2.5 to 2.8 g/cm ³ , and a unit volume mass of 1,340 to 1,580 kg/m ³ ; Density of 2.2 to 2.6 g/cm ³ and unit volume mass of 1,295 to 1,580 kg/m ³ At least one of fine aggregate containing water and an admixture; c) 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; 100 parts by weight of water or plaster; d) or a mixture of 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 of the above water or plaster; e) or 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 of the above water or plaster; f) the above water to plaster containing a binder, water, sand, gravel and an 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 particle sizes of 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm Coarse aggregate, fine aggregate or slag fine aggregate having a particle size of 5 mm or less, and 0.03 to 3.0 parts by weight of a plasticizing agent or an AE water reducing agent-containing admixture with respect to the binder; It is at least one selected from the group consisting of.

The material 7 is composed of a) 5 to 8 parts by volume of binder, 60 to 80 parts by volume of aggregate, 0.2 to 0.5 parts by volume of admixture, and other water to fill 100% of the total volume, and the aggregate is waste, waste, and waste. One or a mixture of 2 to 7 selected from concrete, crushed stone, bottom ash, slag, and rock, and the binder is selected from cement, asphalt, lime, gypsum, fly ash, and sludge, or a mixture of 2 to 6 Phosphorous water to plaster; b) 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 carbides, 0.5 to 1.5 parts by weight of an admixture, and 35 to 45 parts by weight of water or plaster for 100 parts by weight of cement binder; c) or 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 to form 100 parts by weight, The polymer may be the above water or plaster containing at least one of polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, dihydroxyhexane, and isocyanate; d) 100 parts by weight including 3-10 parts by weight of water, 10-25 parts by weight of cement, 25-35 parts by weight of fine aggregate, 40-45 parts by weight of coarse aggregate, 0.5-1.5 parts by weight of fly ash, and 1-7 parts by weight of by-products The water to plaster to form; e) Based on 100 parts by weight of cement-containing binder, 250 to 660 parts by weight of sand or gravel-containing aggregate, 10 to 150 parts by weight of mineral or zeolite, 1 to 15 parts by weight of microorganisms including bacillus, and 10 to 30 parts by weight of water. to plaster; It is at least one selected from the group consisting of.

Material 8 is a) 250-550 kg/m3 of binder or cement, 350-650 kg/m3 of fine aggregate, 850-1,100 kg/m3 of coarse aggregate, 150-200 kg/m3 of quantity, 200-450 of mineral or waste KG/m3, 0.1 to 5 parts by weight of an admixture, wherein the water to plaster containing at least one; b) 50-55 parts by weight of SiO ₂ , 15-20 parts by weight of Al ₂ O ₃ , 1-2 parts by weight of MgO, 2-4 parts by weight of FeO, 2-3 parts by weight of Fe ₂ O ₃ based on 100 parts by weight of binder or cement part, CaO 0.5-0.9 parts by weight, K ₂ O 0.5-1.1 parts by weight, Na ₂ O 0.5-0.7 parts by weight, P ₂ O ₅ 0.2-0.6 parts by weight, MnO 0.03-0.09 parts by weight, mineral components 13-18 parts by weight It contains 5 to 45 parts by weight of one of waste dust, stone dust, and tailings, and the particle diameter of one of the waste dust, stone dust, and tailings is 0.03 to 0.08 mm, the slump is 8 to 12 cm, and the unit quantity / cement amount is 50 to 60 The above water or plaster having a weight % and a fine aggregate ratio of 45 to 53 weight %; c) Alternatively, 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 further mixed with 3 to 15% of microorganisms compared to the weight of the binder, and the binder is cement , slag, and at least one selected from fly ash, and the microorganism is at least one selected from photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous bacteria, bacillus, and yeast; d) 50-90 wt% cement, 1-15 wt% powdered slag, 0.1-7 wt% powdered resin, 0.01-6 wt% latex, 0.11-15 wt% expansion agent, 0.01-3.0 wt% fiber, 0-3 water reducing agent including at least one of the above water to plaster; e) or 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 said water to plaster; f) said water to plaster of magnetization or hexahydration; It is at least one selected from the group consisting of.

The material 9 is a) 100 parts by weight of at least one of lime, gypsum, cement, binder, binder, and asphalt; b) with respect to 100 parts by weight of the above, in addition to at least one 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 an admixture, b2) 50 parts by weight of water or ionized water -400 parts by weight, waste dust or stone dust or ash or by-products 10-600 parts by weight, soil or red clay or masato 10-600 parts by weight, resin or polymer or latex 0.005-50 parts by weight, fiber or reinforcing material or nano material 0.0001-40 parts by weight 0.00001 to 10 parts by weight of microorganisms or their contents, 0.00001 to 3 parts by weight of detoxifying agents or their contents, and 0 to 10 parts by weight of materials other than those described above, in addition to at least one of c) c1) phytoncide, phytoncide-containing material; c2) Phytoncide extracted from plants; c3) or phytoncide obtained from at least one of plants, added water added to the plant, heating the plant and added water, distilled water by this heating, and cooling water of the distilled water; c4) or phytoncide of one of magnetization, bio, magnetization in contact with magnetic material, and bio input with microorganisms; It is at least one selected from the group consisting of water to plaster into which at least one of them is added.

The material 10 is water, water, liquid, oil, medicine, sol, gel, air, high, agent, ash, fluid, liquid , gas, solid, liquid, liquid solid, gaseous solid, liquid solid, spring water, bottled water, constant water, sewage, rainwater, sewage, wastewater, turbid water, turbid water, carbonated water, ionized water, seawater, brine, spring water, drinking water, groundwater , bedrock water, surface water, oil, oil, light oil, gasoline, iron, scrap metal, copper, metal, nonmetal, mineral, tailings, ore, rock, rock meal, stone material, stone powder, wood, wood flour, powder, sawdust, soil, soil, earth stone , ocher, white clay, clay, granite, masato, 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 mineral, kaolin, zeolite, sepiolite, bentonite, attapulgite, organic matter, inorganic matter, by-product, waste, food waste, waste powder, fine powder, iron powder, dust, slag, sludge, slurry, molding sand, charcoal, Ash, ash, fly ash, coal ash, incineration ash, plastic ash, carbonized ash, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, chemical, chemical solution, suspension, enzyme, yeast , urea, catalyst, positive catalyst, photocatalyst, titanium dioxide, ion, zero value, polyvalent, cation, anion, ion water, iron ion, metal ion, phytoncide, aeration agent, reactant, adsorbent, coagulant, restorer, disinfectant, Disinfectants, activators, surfactants, binders, solidifying agents, fixing agents, powders, nanomaterials, granular materials, particles, calcined materials, incinerated materials, carbides, seeds, seeds, sprouts, microorganisms, fertilizers, nutrients, fats, starch , vitamins, minerals, fibers, woven fabrics, non-woven fabrics, carbon fibers, fibers, fiber fibers, glass fibers, metal fibers, collectors, adsorbents, dehumidifiers, dehydrating agents, bactericides, admixtures, additives, curing agents, dispersing agents, quick-settling agents, finalizing agents, Sintering agent, water reducing agent, accelerator, retardant, antirust agent, expanding agent, foaming agent, foaming agent, aeration agent, antifoaming agent, colorant, adhesive, adhesive, binder, solidifying agent, fixing 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 agent, phytoncide, air entraining agent, cellulose, and carboxymethyl cellulose (CMC).

Material 11 is a) beams, beams, underground beams, ground beams, crossbeams, stringers, 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, decking boards, support boards, reinforcing boards, floorboards, decking boards, boards, girders, slabs, culverts, sewage culverts, rainwater culverts, boxes, tanks, storage boxes, underground boxes, Storage box, manhole, pipe, steel pipe, perforated pipe, hollow pipe, pipeline, waterway, waterway, U-shaped pipe, drain, sewage pipe, water supply pipe, Hume pipe, plume pipe, clay pipe, cement pipe, concrete pipe, water tank, water storage tank, catchment tank, Collecting well, rainwater storage tank, rainwater storage tank, pavement material, sidewalk material, boundary stone, separator, foundation, column, pile, pile, PHC pile, factory pile, embedded foundation, pile foundation, rotary embedded foundation, cast-in-place pile, pier, caisson, Geothermal pile, geothermal pier, geothermal caisson, pile with geothermal circulation pipe, tetraport, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, segment lining, tunnel lining segment, mortar, cement Ashes, concrete materials, asphalt materials, cement secondary products, asphalt secondary products, Remital secondary products, Ascon secondary products, Remicon secondary products, LMC (latex modified concrete) materials, PC (pre cast) materials, PS (pre stress or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) materials; b) or said beam to PSC material containing at least one of said water to plaster and water to CMC; It is any one selected from the group consisting of.

Material 12 above is a) house, building, house, house, house, detached house, apartment house, prefabricated house, canopy building, canopy house, mobile home, container house, hanok, western-style house, loess room, commercial house, apartment, officetel, residential Complex, low-rise building, high-rise building, high-rise building, house, mobile home, wooden house, wooden building, artificial wooden house, synthetic wooden house, loess house, tile-roofed house, traditional house, hanok house, earthen wall house, rice house, traditional building, cultural property, Cultural property building, basement, underpass, underground building, underwater building, ground building, aerial building, floating building, plant factory, urban farm, farm building, plant farm building, plant factory building, urban farm building, urban farm building, house, vinyl House, Glass House, Plastic House, High Polymer Composite House, Wood House, Transparent House, Translucent House, Opaque House, Farm House, Plant House, Plant Farm House, Energy Zero House, Plant Farm Container, Steel Building, Steel Building, Rebar Building, steel cone building, steel frame building, assembly building, container, container house , Main material, subsidiary material, construction material, mortar, remital, remicon, ascon, concrete, any one selected from the group consisting of the above beams or PSC materials.

Material 13 above is steel tower, pillar, chimney, fence, street light, tunnel, road tunnel, railway tunnel, NATM tunnel, TBM tunnel, shield tunnel, TBM-Shield water tunnel, underwater tunnel, water immersion tunnel, immersed tunnel, wind tunnel, underground Tunnel, Piam Tunnel, Open Tunnel, Air Tunnel, Soundproof Wall, Soundproof Tunnel, Road, Driveway, Walkway, Sidewalk, Railway, Track, Pavement, Pavement, Runway, Running Road, Airline, City, Safety, Structure, Ground, Foundation , bridge, bridge, road bridge, railway bridge, viaduct, abutment, bridge pier, wind bridge, aerial bridge, dam, earth dam, earth dam, sand dam, cement dam, concrete dam, arch dam, dam, embankment, earth embankment, earth and sand embankment , sand embankment, cement remediation, concrete remediation, river embankment, river, ocean, harbor, coast, revetment, lake, waterway, quay, watershed, estuary, breakwater, breakwater, marine structure, weir, underwater weir, above ground, water weir, water Complementary beam, river weir, four major river weirs, facilities, facilities, architecture, structure, sculpture, landscaping, subway, structures, facilities, formwork, formwork, retaining wall, reinforced earthen retaining wall, masonry, basement wall, retaining wall, water barrier, reactive wall, composite Wall, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, facility, plant, landscaping facility, landfill, power plant, landfill, thermal power plant, nuclear power plant, soil structure, soil structure , Earthwork Structure, Slope Structure, Slope Structure, Hydraulic Structure, Offshore Structure, Cement Structure, Concrete Structure, Remicon Structure, Wood Structure, Steel Structure, Steel Frame Structure, Underground Structure, Underwater Structure, Ground Structure, Aerial Structure, Floating Structure, Assembly Structures, Ground Structures, Underground Structures, Water Structures, Underwater Structures, Irrigation Structures, Aerial Structures, SOC Facilities, Public Facilities, Private Facilities, Park Facilities, Water Treatment Facilities, Wastewater Treatment Facilities, Purification Facilities, Irrigation Facilities, Architectural Facilities, Civil Engineering Facilities , Environmental facilities, landscaping facilities, road facilities, railroad facilities, transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, ground facilities, public facilities, and floating facilities Water, water, material, raw material, material, material, powder, sheet, mat, pouring material, interior material, exterior material, main material, subsidiary material, construction material, mortar, remital, remicon, ascon, concrete, the group consisting of the above beams or PSC materials is one selected from

Material 14 above is construction, development, construction, construction, work, civil engineering, environment, purification, purification, purification, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, molding, 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, soil, earthwork, ground, underground, underground, slope, slope, slope , foundation, pile, PHC pile, excavation, excavation, excavation, cutting, embankment, geothermal pile, factory pile, embedded foundation, pile foundation, rotary embedded foundation, cast-in-place pile, retaining wall, retaining wall, slurry wall, continuous underground 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, waterproofing, waterproofing, painting, pavement, soil pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground preparation, site preparation, drilling, boring, mixing, mixing, supply, delivery, pressure transfer, transfer, Moving, transportation, casting, casting, casting, concrete, laying, laying, slope, ground, road, coating, painting, injection, mold injection, underground injection, deep injection, injection, crack injection, injection injection, grouting, Ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, space grouting rocket (SGR), jumbo special pattern (JSP), spraying, spraying, spraying, ground spraying, slope spraying, underwater spraying, air spraying, dust Removal spraying, curing, water curing, geothermal work, mixing, ground mixing, ground agitation mixing, DCM (deep cement mixing), SCW (soil cement wall), compaction, underground compaction, agitation compaction, pavement compaction, spraying, shotcrete, green soil , seed spray, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sinkhole treatment, sinkhole filling, cavity filling, masonry, masonry, outer wall, scaffolding, dismantling, windows, sheet metal , roof sheet metal, assembly, building assembly, steel, windows, sheet metal, water supply and sewage, anticorrosive, electric method, greening, cleaning, washing, redevelopment, reconstruction, interior, remodeling, k424) weight, light weight, foaming, bubble, expansion, permeability, Unreinforced, reinforced, unreinforced concrete, reinforced concrete, RC(reinforced concrete), CC(carbon concrete), GC(graphene concrete), PC(precast concrete), PS(prestressed, poststressed), PSC(prestressed concrete, poststressed concrete), Material, material, liquid, water, water, material, raw material, material, material, powder, sheet, mat, casting material, interior material, exterior material, main material used for either SRC (steel reinforced cement) or CRC (carbon reinforced cement) , subsidiary materials, construction materials, mortar, remital, remicon, ascon, concrete, any one selected from the group consisting of the above beams or PSC materials.

The material 15 is a beam or PSC material containing at least one of rods, rods, plates, nets, meshes, grids, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, nanomaterials, and reinforcing materials. Any one selected from the group consisting of The material 16 has a low strength of 1 to 50 kg/cm2, an ultra-low strength of 51 to 100 kg/cm2, and a medium-low strength of 51 to 100 kg/cm strength, medium strength of 101 to 150 kg/cm 2 , medium strength of 151 to 200 kg/cm 2 , high strength of 201 to 400 kg/cm 2 m, and ultra-high strength equal to or higher than this high strength; b) Low density of 0.1 to 0.5t/m3, ultra-low density below this, medium-low density of 0.51 to 1.0t/m3, medium density of 1.1 to 1.5t/m3, medium density of 1.51 to 2.0t/m3, and 2.1 to 2.1t/m3 a high density of 3.0 t/m 3 , an ultra-high density equal to or higher than this high density; c) Low water permeability of 10^(-15∼-10)cm/sec, ultra-low water permeability less than or equal to 10^(-9∼-6)㎝/sec, medium-low water permeability of 10^(-9∼-6)㎝/sec, 10^(-5 Medium water permeability of -3) cm/sec, medium water permeability of 10^(-2∼+1)cm/sec, high water permeability of 10^(+2∼+5)cm/sec, and ultra-high water permeability above this high water permeability castle; It is any one selected from the group consisting of the beam to PSC material, which is one of them.

The above material 17 is a) mortar, milk, chemical liquid, suspension, slurry, mixture, ready-mixed concrete, ascon, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, girder, slab, Culverts, boxes, tanks, manholes, humes, water tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, building materials; b) the beam or building material containing or curing one of the mortar or plaster; c) Or construction, construction, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facilities, materials, materials, raw materials of one of the facilities , The mortar to construction materials; one selected from The material 18 is a) one of 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, cone wire with magnet or electromagnet by liquidity improvement; b) improved fluidity by means of a hollow body having one of the electromagnet or cone-shaped spiral; c) improving fluidity by using a pouring machine equipped with one of the electromagnet or hollow body; d) one of agitation, mixing, fluidity, and filling is improved by one of cones, cone spirals, rods, rods, and protruding rods equipped with magnets; e) Unmanned and automated pouring by 3D printer; f) High-rise pouring by drone, unmanned pouring; It is one of the materials that

The material 19 is a) magnetized, hexagonal hydrated, energized, and magnetically energized by the above equipment; b) the magnetization or self-energization 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 dosage by the above improvement; e) reducing the cost of using a fluidizing agent by the reduction; f) Mixability, agitation, pressurization, supply, mobility, pouring, laying, injectability, injection, sprayability, coating, painting, compaction, mixing, adhesion, Improving one or more of inflow, filling, mold filling, space filling, and chamber filling; g) Reduction of one of detachment, detachability and rebound 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 becomes one or more selected from among.

The water is any one selected from water, water, constant water, sewage water, dam water, river water, ground water, surface water, and pumping water. The water is any one selected from water, water, water, and matter. The liquid is any one selected from a liquid, a liquid, a chemical liquid, and a liquid phase. The oil is any one selected from among oil, oil, oil, and oil. It is at least one selected from a sol obtained by solization of a gel and a material having fluidity by dispersing colloidal particles in a liquid. The gel is a gel, a gel obtained by gelling a sol, agar, tofu, bonding gel, silica gel, hydrogel, hydrogel, diatomaceous earth gel, acid clay gel, xerogel, porous gel, xerogel It is at least one selected from diatomaceous earth, acid clay, gel in which a colloidal solution (sol) is thickened to a certain concentration or higher, and a solvent or water entered between the net structures of colloidal particles and hardened. .

The soil is any one selected from soil, soil, and soil. The charcoal is any one selected from charcoal, briquettes, ash, charcoal, activated carbon, and carbides. The charcoal is any one selected from charcoal, charcoal, charcoal, wood charcoal, and charcoal. The ash is ash, ash, incineration ash, incineration ash, calcined 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 any one or more selected from ash containing part. The carbon is selected from among carbonation-reacting carbon dioxide such as carbon, carbonaceous material, carbonaceous material, carbon sand, carbon fiber, carbon sheet, carbon monoxide, carbon dioxide, carbon, carbon tube, nanocarbon, nanocarbon tube, and 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 powder is at least one selected from waste powder, stone powder, ash powder, iron powder, dust, phosphorus powder, copper powder, livestock powder, fine powder, iron manufacturing dust, cement dust, and concrete powder. The gas is at least one selected from gas, oxygen, hydrogen, nitrogen, chlorine, carbon, and carbon dioxide.

The microorganism is microorganism 1 or 2. The microorganism 1 is a microorganism, a cultured microorganism, a fermenting microorganism, a spoiling microorganism, a degrading microorganism, a useful microorganism, an effective microorganism, an aerobic microorganism, an anaerobic microorganism, an aerobic microorganism, a semi-aerobic microorganism, a quasi-anaerobic microorganism, a halophilic microorganism, an alkali microorganism, a strain , Lactobacillus, Actinomycete, Radiation Bacillus, Photosynthetic Bacillus, Yeast Bacillus, Aspergillus, Mold Bacillus, Lactic Acid Bacillus, Acetic Acid Bacillus, Bacillus Subtilis, Bifidobacterium, Bacteriophage, Bacillus Bacillus, Pasteuri Bacillus, Lactobacillus Bacillus, Saccharomyces Bacillus, Sporossalci It is at least one selected from Bacillus cereus, Bacillus anthracis, Bacillus subtilis, Bacillus spaericus, Bacillus pasteuri, Bacillus capital Fimus, and Bacillus coney. The microorganism 2 is a microorganism that performs one or more of bonding, sealing, binding, bridging, carbonation, low water permeability, high water permeability, and crack filling of one of materials, materials, materials, and castings.

The phytoncide is phytoncide 1 or 2. The phytoncide 1 is any one selected from among phytoncide, magnetized phytoncide, bio phytoncide, magnetized phytoncide passing through a magnetic material, and bio phytoncide injected with microorganisms. The phytoncide 2 is phytoncide extracted from one of trees, stems, plants, bark, and cypress trees, or a content thereof.

The resin is a resin, resin, chemical, chemical liquid, water glass, natural resin, artificial resin, synthetic resin, nano resin, polymer material, polymer polymer, hydraulic polymer, geopolymer, polymer medicine, urea, silicic acid, silicon, sodium silicate, phosphoric acid, Ammonia, enzyme, silica, paraffin, silica sol, silica gel, activated silica, micro silica, hybrid silica, acrylic emulsion, acrylate, acrylic, urethane, epoxy, urea, uracil, latex, polymer, acrylic urethane, water-soluble resin, hydraulic resin , oil-soluble resin, oil-curable resin, hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, amine, aniline, amide, aldehyde, naphthalene, melamine, cellulose, chromignin, acrylamide, acrylate, Polyacrylate, sodium hydrogen sulfate, 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 hydrogen carbonate, polypropylene glycol , polyethylene glycol, ethylene glycol, butanediol, polyhydroxyhexane, isocyanate, MMA (methyl methacrylate), CMC (carboxymethyl cellulose), and SAP (super absorbent polymer).

The fiber or fiber is fiber, fiber, fiber, fibrous tissue, beard root, wool, hemp, rock wool, silk thread, saran, fineness, fabric, jute, wool, raw silk, artificial silk, short fiber, long fiber, cotton, Kapok cotton, coier, manila hemp, sisal hemp, leaf flax, ramie, goat wool, camel hair, cashmere, domestic silk, wild silk, silk fiber asbestos), asbestos, gold thread, silver thread, rayon, viscose rayon, cupra rayon, filament, vilon, viscose rayon, staple fiber, coir, natural fiber, artificial fiber, and vegetable fiber , animal fiber, mineral fiber, seed fiber, vein fiber, bast fiber, male hair fiber, inorganic fiber, organic fiber, metal fiber, glass fiber, rock Fiber, slag fiber, silicate fiber, regenerated fiber, semi-synthetic fiber, synthetic fiber, fibrous fiber, protein fiber, semi-synthetic fiber, nylon fiber, semi-synthetic fiber, hard fiber, peanut protein fiber, bast fiber, sheath ) fiber, copper ammonium rayon, heat-resistant fiber, ceramic fiber, hair fiber, plant fiber, regenerated fiber, synthetic fiber, new synthetic fiber, and at least one selected from soft fibers whose length is 1.1 to 100 times their own thickness.

The reinforcing material is a) a rod, a stick, a rod, a net, a beam, a beam, a root, a bar, a plate, a cell , rebar, rebar, steel frame, rebar mesh, steel bar, H-beam, I-beam, steel wire, column, pile, girder, steel pipe, steel bar, steel bar, carbon, mesh, lattice, wire mesh, Sheet, mat, fiber, glass, metal, steel, frame, rope, bolt, anchor, anchor, arch, nailing, truss, cable, wire, grid, fiber, grid, grid, carbon net, carbon rod, carbon band , carbon fiber, carbon bar, glass bar, glass fiber, 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, PVC material, 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 circumferential network or carbon mesh combination, carbon bar and its outer wire mesh combination; b) composites of two or more of them; c) Any of these composite materials, such as glass fiber, fiberglass bar, glass fiber plastic bar, glass fiber reinforced plastic bar, reinforcing bar and carbon mesh, mesh and lattice, mesh and lattice and sheet; one selected from

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, nanoiron, nanometals, Na ions, nanoresins, nanocarbons, and nanolatexes. The nanomaterial 2 is a number, water, liquid, oil, drug, drug, sol, gel, group, ^high , agent, ash, powder, substance, particle, fluid, liquid, It is any one selected from gas, solid, carbon, metal, iron, stone, wood, polymer material, liquid, liquid solid, air 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 is a material that improves one of decomposition, reaction, function, and performance of the material because the particles are small and the specific surface area is large. The nano-material 5 is a nano-resin in which one or more properties of reaction, bonding, binding, and fluidity are improved compared to general resins, and at least one of increased strength and reduced water permeability after hardening or curing. The micro material may be a micro material, a micro material, a micro material, a micro material, a micro material; or 10 ^-6 meters in size or equivalent to the above number to granular; one selected from

The admixture is an admixture, an additive, a quick-settling agent, a finishing agent, a water reducing agent, a rust preventive agent, a sintering agent, an adhesive, an adhesive, a fixing agent, a solidifying agent, a binder, a water repellent agent, an antifouling agent, a fluidizing agent, an air entraining agent, a fire retardant, and a flame retardant. , fire retardant, emulsifier, pH agent, pH adjuster, pH7 lower agent, pH7 higher agent, acidic agent, base agent, neutralizer, neutralizer, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, binder, modifier, fast economy, couple Ringing agent, catalyst, crosslinking agent, dispersing agent, plasticizer, accelerator, retardant, solidification retardant, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, antifoaming agent pigment, colorant, set accelerator, set retardant, absorbent, adsorbent, collector, antibacterial agent, decontamination agent, dehydrating agent, windbreaker, dehydrating agent, aeration agent, activator, dehumidifying agent, dehydrating agent, hydrous Agents, containing agents, air-containing agents, solidifying agents, nano-agents, micro-agents, anion emitting materials, far-infrared ray emitting materials, cement admixtures, concrete admixtures; a combination of two or more of these; one selected from

The additives include gas, air, pressurized air, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, chemicals, drugs, medicinal materials, liquids, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, iron powder, and stone powder. , loess, by-products, microorganisms, culture medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, enzyme, aerobic agent, anaerobic agent, activator, nano agent, carbonation agent, cleaning agent, purifying agent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, air freshener, antibacterial agent, fungicide remover, decontamination agent, odor remover, atopy agent remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump press , blower press, wind compressor press; a combination of two or more of them; one selected from

The pressurizer is pressurizer 1 or 2. The pressurized press 1 is any one selected from among compressed air, pressurized air, pump press, blower press, compressor press, wind press, and two or more mixed presses. The compressor 2 has a low pressure of 1 to 50 kg/cm2, an extra 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 high pressure of 301 to 600 kg/cm2. High pressure, either pressurized air or compressed air or pressurized air that is higher than or equal to this high pressure. The by-products are 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, molding sand, waste molding sand, waste plaster, waste lime, It is any one selected from scrap metal, waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products.

The active agent is an active agent, a surfactant, a material active agent, a state active agent, an active agent that improves one of the reaction of a material, hydration, hydration, strength, and energy, an ionic surfactant, a cationic surfactant, an anionic surfactant, a nonionic surfactant, Amphoteric surfactants, lignin sulfonates, polyalkylaryl sulfonates, melamine formalin sulfonates, aromatic polycyclic condensate sulfonates, ethers, esters, resinates, polyalkylbenzenesulfonates, polyalkyl Sulfonate triethanolamine, dodecylamine (dodecylamine), HDTMA (hexadecyltrimethylammonium), sodium laurate, any one selected from 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, ligninsulfonic acid, urea formaldehyde, polyester, noble metal, polyvalent metal, slag, perlite, attapalgite, smectite, activated carbon, waste tires, shellfish Shell, oyster shell, rice hull, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, any one selected from two or more complexes. Reactant 2 is a reaction, heating reaction, exothermic reaction, catalytic reaction, hydration reaction, oxidation reaction, reduction reaction, agglomeration reaction, urea reaction, decomposition reaction, demineralization reaction, fission reaction, carbonation reaction, hydroxylation reaction, pozzolanic reaction, microorganism It is any one selected from agents, materials, substances, materials, and chemicals that cause or cause one of the reactions. The quick-setting accelerator is any one selected from quick-setting, cement quick-setting, concrete quick-setting, silicate accelerator, aluminate accelerator, alkali free accelerator, cement mineral quick-setting .

The disinfectant is formalin, alcohol, disinfectant, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux solution, lime sulfur mixture, phenolic water, cresol water, sublime water, chlorcalc, organic mercury, dithiocarbamate, disen-M , Vallibi, Valcot, Benomyl, Blasticidin S, Vinclzoline, Edifenphos, Oxycarboxin, Oxincopher, Organophosphate Disinfectant, Organosulfur Disinfectant, Isoprothiolein, Iprodione, Geneb , maneb, anthracol, geolam, phthalamide, carboxin, captan, copperhydroxide, chlorothalonil, triadimefone, dodine, dinocap, dichlofluanid, diclon, dithianon ( hymexazol), chitazine (IBP), hinosan (edifenphos), fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxin, validamycin, neoasozin , Validamycin A, any one selected from among two or more complexes.

The mixing water is water, water, liquid, oil, medicine, sol, gel, liquid, bottled water, constant water, sewage, rainwater, sewage, wastewater, turbid water, filthy water, seawater, salt water, spring water, drinking water, ground water, bedrock water, It is any one selected from surface water, acidic water, basic water, carbonated water, magnetized water, hexagonal water, water used for mixing, water, liquid, or liquid. The compounding material is any one selected from among agents, materials, materials, raw materials, materials, magnetic materials, and magnetic compounding materials used in the compounding. The mixture is selected from among pouring materials, liquid chemicals, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, magnetized material, magnetic compound, blended material, material used for blending, and a mixture of blended water and blended material which 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 a chemical solution, a drug, water glass, sodium silicate, a resin solution, and a drug-containing solution. The suspension is earth, cement, lime or lime. It is a mixture of at least one of resin and at least one 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, mortar without water, and a mixture of cement and sand.

The ready-mixed concrete is any one selected from ready-mixed concrete, fresh 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, bituminous water, crude oil tailings, crude oil evaporation tailings, and crude oil tailings. The paste is any one selected from a 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 concrete is concrete, ocher concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel frame concrete, carbon concrete, reinforced concrete, fiber reinforced concrete, heavy concrete, heavy concrete, heavy weight concrete, lightweight concrete, foamed concrete, foamed concrete , ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete, prepact concrete, and any one selected from a mixture of cement, water, sand, and gravel. The pouring material is at least one selected from milk to concrete and water to plaster. The geopolymer includes at least one of a Si component, an Al component, Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ , a K component, a Na component, an OH component, KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ A substance composed by combining 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 , Na ₂ SiO ₃ +Na ₂ CO ₃ am.

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 At least one 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 at least one of Fe, FeO, Fe ₂ O ₃ , Fe ₃ O ₄ , and iron ions. The Me includes at least one of metal, metal ion, Metal, and Me, an abbreviation for Metal. The Al includes at least one of aluminum and aluminum ions. The K includes at least one of K, K ⁺ , KOH, and potassium ions. The Na includes at least one of Na, Na ⁺ , NaOH, NaCl, Na ₂ SiO ₃ , Na ₂ SO ₄ , and sodium ions. The OH includes one or more of OH, OH ^- , KOH, NaOH, and hydroxide ion. The COO includes at least one 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 at least one of Ca, Si, and CaSi. The CaFe includes at least one of Ca, Fe, and CaFe. The CaAl includes at least one 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 at least one of Si, Fe, and SiFe. The SiAl includes at least one of Si, Al, and SiAl. The FeAl includes at least one 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.

At least one agent, ash, ion, component, element, element, material, reactant, combination, inclusion, nanomaterial, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex of Ca to CaMgFeCOO In water, biowater, and phytoncide water, the agent is at least one of the above Ca to CaMgFeCOO; One of them, Ca agent, Mg agent, FeCOO agent, CaMgFeCOO agent; one selected from The ash is at least one ash of the Ca to CaMgFeCOO; One of them, Ca material, Mg material, FeCOO material, CaMgFeCOO material; one selected from The ion is at least one ion of the Ca to CaMgFeCOO; One of them, Ca ion, Mg ion, FeCOO ion, CaMgFeCOO ion; one selected from The component may include one or more components or components containing one or more of the Ca to CaMgFeCOO; One of them, Ca component, Mg component, FeCOO component, CaMgFeCOO component, Ca-containing component, Mg-containing component, FeCOO-containing component, CaMgFeCOO-containing component; one selected from The element is at least one element of the Ca to CaMgFeCOO; One of them, Ca element, Mg element, FeCOO element, CaMgFeCOO element; one selected from

The element may be at least one element selected from Ca to CaMgFeCOO; One of them, Ca element, Mg element, FeCOO element, CaMgFeCOO element; one selected from The material is at least one material of the Ca to CaMgFeCOO; One of them, Ca material, Mg material, FeCOO material, CaMgFeCOO material; one selected from The reactant may be a reaction between one or more of Ca to CaMgFeCOO or between one or more and another material, an oxidation reaction product, a hydration reaction product, a carbonation reaction product; Among them, Ca reactants CaO, Ca(OH) ₂ , CaCO ₃ , Mg reactants MgO, Mg(OH) ₂ , MgCO ₃ ; one selected from The combination is a combination between one or more of the Ca to CaMgFeCOO or one or more of the other materials; 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 selected from The inclusion includes at least one of the Ca to CaMgFeCOO; Ca-containing materials, Mg-containing materials, resins containing FeCOO, sand containing CaMgFeCOO, which are one of them; one selected from The nanomaterial is at least one nanomaterial of the Ca to CaMgFeCOO; One of them, Ca component-containing nanomaterials, Mg component-containing nanomaterials, FeCOO nanomaterials, CaMgFeCOO nanomaterials; Or the Ca to CaMgFeCOO having a nanometer size; one selected from

One of the resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio material, and phytoncide material is one or more of the Ca to CaMgFeCOO or one or more component-containing resins, by-products, carbon, fibers, and catalysts. , fiber, latex, microorganism, and 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 above Ca to CaMgFeCOO is 1) calcium reaction, oxidation reaction, hydroxylation reaction, carbonation reaction, pozzolanic reaction by Ca or Ca-containing component, 2) magnesium reaction by Mg or Mg-containing component, oxidation reaction, hydroxylation reaction, carbonation Reaction, 3) silicon reaction, silicic acid reaction, silicon consolidation reaction by Si or Si-containing components, 4) iron reaction by Fe or Fe-containing components, iron agglutination reaction, iron oxidation reaction, iron consolidation reaction, iron ionization reaction, 5 ) Metal reaction, metal aggregation reaction, metal oxidation reaction, metal consolidation reaction, metal ionization reaction by Me or Me-containing components, 6) Al 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 component, 8) sodium reaction, oxidation reaction, carbonation reaction by Na or Na-containing component, 9) hydroxylation reaction by OH or OH-containing component, anion reaction, radical reaction , 10) a resin reaction, a solidification reaction, an expansion reaction, a carboxyl reaction by COO or a COO-containing component, and 11) any one selected from two or more complex reactions among the above reactions.

One or more of the following 1, 2, and 3 are obtained by the above occurrence. 1 is that at least one of the strength, stiffness, density, bonding, binding, bonding force, adhesive force, friction angle, waterproofness, water repellency, and durability of one of the material, material, and pouring material is improved. 2 above is to improve one of the function, performance, and effect of one of cement, chemical solution, substance, material, and pouring material. The above 3 is to improve one or more of the strength, stiffness, density, bonding, binding, bonding force, adhesive force, friction angle, waterproofness, water repellency, and durability of the material.

In the present invention, work is performed by using one or more of the hollow body, equipment equipped therewith, a material passed through one of them, and a material including this material. This corresponds to application example 4. 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 33, task 34, task 35, task 36, task 37, task 38, task 39, task 40, task 41, and task 42.

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

Work 4 above is construction, development, construction, construction, work, civil engineering work, environmental work, purification, purification, purification, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, modeling work, 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, earthwork, ground work, underground work, underground work, slope Construction, slope construction, slope construction, foundation construction, pile construction, PHC pile construction, excavation, excavation, excavation, cutting, embankment, geothermal pile manufacturing, factory pile manufacturing, purchase foundation work, pile foundation work, rotary embedding foundation work, Cast-in-place pile construction, earth retaining work, 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, waterproofing, water proofing, painting, pavement, soil pavement, road pavement, sidewalk Pavement, improvement, ground improvement, ground preparation, site preparation, drilling, boring, mixing, mixing, supply, delivery, pressure transfer, transfer, movement, transportation, casting, formwork, concrete casting, laying, laying, slope laying, ground laying , road laying, coating, painting, injection, formwork 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) )Construction, JSP (jumbo special pattern) construction, spraying, watering, spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, water curing, geothermal construction, mixing, ground mixing, ground agitation mixing , DCM (deep cement mixing) construction, SCW (soil cement wall) construction, compaction, underground compaction, stirring compaction, pavement compaction, spraying, shotcrete work, green soil work, seed spray work, repair, crack repair, leak repair, reinforcement, Surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity filling, masonry, exterior wall construction, scaffolding, dismantling, window work, sheet metal construction, roof sheet metal construction, assembly, building assembly, steel construction It is at least one selected from the group consisting of , window construction, water supply and sewage construction, method, electrical method, greening, cleaning, washing, redevelopment, reconstruction, interior, and remodeling.

The operation 5 is a) underground drilling, rock drilling, building drilling by the drilling machine; b) material storage in the reservoir 20; c) feeding the material into the mixer 22 by the hopper 21; d) material mixing by means of the mixer 22; e) pressurizing, pressing, pumping, supplying, and providing materials by means of the pump or pressurizer 23; f) conveying, transporting, supplying, or providing material by means of the transporter 24 or feeder; g) material supply and provision through the supply passage 25; h) material pouring, injection, grouting, pouring in a mold, pouring in a factory, pouring on site, pouring for foundation work by the pourer 26; i) material laying and ground laying by the laying machine; j) material injection, underground injection by the injector; k) material injection and crack injection by the syringe; ℓ) material injection and slope injection by the injector; m) material shorting and rust shorting by the shorting machine; n) material coating and surface coating by the coating machine; o) Material coating and shaving by the above coating machine; p) material pavement, road pavement by the pavers; q) material compaction and underground compaction by the compactor; r) material mixing and underground mixing by the mixer; s) curing the poured material by the curing machine; t) curing surface treatment after the curing by the surface treatment machine; to do one or more of

The above operation 6 is casting, hitting, sending, transporting, processing, casting, pouring, putting, discharging, ejecting, spouting, spraying, firing, pouring, inlet, embedding, injection, coating, painting , mixing, compaction; The casting or painting to a certain location; The casting or painting at a certain location; to do one or more of

The operation 7 is a) a1) pouring, pouring and pouring one of the materials, materials, and pouring materials, a2) pouring and injection, spraying, shotting, coating; a3) Casting, painting, laying and packaging; a4) compaction by pouring; a5) pouring and mixing; b) Or curing concrete by pouring curing water, and concrete surface treatment by pouring pouring material; to do one or more of

The above operation 8 is a) casting, mold casting, rebar casting, steel casting, factory casting, on-site casting, manufacturing casting, construction casting, striking, pouring, putting, laying, ground laying, injection, underground injection, injection, grouting, and insertion , boring hole injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, coating, surface coating, painting, paving, road paving, compaction, surface compaction, underground compaction, mixing, underground mixing; b) Storage, input, mixing, pressurization, pressure transfer, pumping, transportation, transport, supply, provision, and above-ground to underground mixing accompanying pouring; to do one or more of

The operation 9 is a) drilling a pile hole for a cast-in-place pile, drilling an underground wall for continuous underground wall construction, drilling a slurry wall, drilling a diaphragm wall, drilling a boring hole for inserting a geothermal pipe or an oil pipe; b) drilling while injecting the magnetized material passing through the hollow body during the drilling; c) Inject the material mixed in the blender into one of the drilling part and the crack part during or after drilling through the rod installed in the drilling machine through the supply hose to complete one of piles, columns, underground walls, and underground continuous walls in the ground, or crack filling; d) Inject the magnetized material that has passed through the hollow body into one of the perforation part and the crack part through the rod installed in the drilling machine through the supply hose to complete one of piles, columns, underground walls, and underground continuous walls in the ground, or fill the cracks ; to do one or more of Operation 10 is to store one or more of water, material, material, raw material, 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, underground, underground, underground soil, underground soil and mortar, and underground soil and concrete by the mixer.

The operation 12 is to mix one of soil, ground, underground, and underground by the mixer. Operation 13 is to apply a pressure of 1 or less, 1 to 10, 10 to 100, 100 to 500, or 500 or more kg/cm ² by the pump. The operation 14 is one of pressurizing, pressurizing, pumping, supplying, and providing the material by the pressurizer. The task 15 is to transport, transport, supply, or provide materials by the transporter or feeder. The operation 16 is to perform one of pouring, laying, coating, injection, spraying, injection, injection, injection, and grouting of the material by the pourer. The operation 17 is to lay one of mortar, ready-mixed concrete, concrete, and ascon on the ground by the laying machine. The operation 18 is to inject or inject a material into one of cracks, joints, ground, ground, underground, and joints by means of the injector or syringe. The operation 19 is to apply the material to one of slope, slope, surface, ground, underground, and underground by the injector. The operation 20 is to a) surface, surface, ground, slope, concrete surface, material, construction material, facility, building, structure, facility by the shorting machine, coating machine or painting machine; b) one surface, surface, or outer surface of the above surface or facility; One or more of spraying, coating, painting, spraying coating, and spraying painting on one or more of them.

The operation 21 is to pack the material onto a pavement or road surface by the pavers. The operation 22 is to compact one of pavement, soil pavement, road pavement, asphalt pavement, ground, underground, 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 one of the material and the casting material by the curing machine. In the operation 24, one of the water, water, liquid, oil, medicine, agent, ash, sol, gel, spray material, coating agent, and painting agent is applied by the surface treatment machine to the health of the casting material, material, material, facility, building, By spraying on one or more of structures and concrete, one of treatment, finishing, smoothing, and concavo-convex treatment is performed on the surface of one of the curing materials and concrete.

In the operation 25, the drone mounts the sprayer on which the magnet is mounted and sprays the magnetized material while moving, the hollow body on which the magnet is mounted is provided, and the pouring material ejected from the hollow body is provided, and the perforator is mounted on the self to place the high-rise Boring holes for repairing cracks are drilled in the building, a supply path (25) or a sprayer (26) is installed on the building, and magnetized shotcrete is sprayed on the high-rise slope, a supply path (25) or a sprayer (26) is installed on the tunnel It sprays magnetized jet water to remove tunnel dust, and a self-installation machine is installed to spread magnetized water in the air to clean the air. In the operation 26, a moving body or a moving unit 116 capable of three-dimensional movement (73) is mounted on the frame 72 of the self (71) by the 3D printer, and moves (73) in three dimensions. One (8) of facilities, buildings, and structures is formed by pouring, spraying, or injecting one (1) of materials, mortar, ready-mixed concrete, and concrete supplied from one of the supply paths (25).

In the operation 27, one of mortar, ready-mixed concrete, and concrete into which one of a quick-setting agent and a binder that promotes curing is injected through the casting machine 26 mounted on the self 71 by the 3D printer according to the shape of the building or the structure of the building. Building construction is carried out by continuously or intermittently pouring while circulating and moving in layers with a height of 5 to 30 cm or rising in layers. In the operation 28, the 3D printer constructs n floors by repeating the casting in the order of the building floor, first floor columns and walls, first floor slabs, second floor columns and walls, and second floor slabs, and finally roof slabs to complete the building.

The operation 29 is a) ground boring for foundation installation by the 3D printer; b) inserting the reinforcing bar net into the boring hole by placing the reinforcing bar net in the moving part; c) pouring foundation pile concrete into the boring hole through the pouring machine, curing after its casting; d) carrying and assembling the mold and reinforcing bars of the floor of the building by placing the mold and reinforcing bars on the moving part; e) pouring concrete on the floor of the building through the pouring machine, curing after its casting; f) transporting and assembling the first-floor column, the mold of the wall, and the reinforcing bar by mounting the mold and reinforcing bar on the moving unit; g) pouring concrete on the first floor pillars and walls through the pouring machine, and curing after its casting; h) raising at least one of the movable body and the casting machine; i) carrying and assembling the formwork and reinforcing bars of the first floor slab by mounting the mold and reinforcing bars on the moving unit; j) pouring concrete on the first floor slab through the pouring machine, curing after its casting; k) transporting and assembling the second-floor column, the mold of the wall, and the reinforcing bar by mounting the mold and reinforcing bar on the moving unit; ℓ) pouring concrete on the second floor pillars and walls through the pouring machine, and curing after its casting; m) raising at least one of the movable body and the casting machine; n) repeating the above to transport and assemble n-story columns, walls, slab molds, reinforcing bars, pouring concrete, and curing after casting; o) Casting the final rooftop concrete through the pouring machine, curing after its casting; to do one or more of

In the operation 30, a) one of the sand, cement, water, and admixture stored in one of the storage bins 20 with the magnet 10 is put into the mixer 22 through the hopper 21 and mixed, and b) the mixture The mixture, concrete, is pumped by the pump 23 and poured into the mold 30 through the magnet embedded supply path 25 or the pourer 26, and c) the magnet embedded curing machine 26 during the curing of the poured casting. ) to promote curing by spraying magnetized curing water, d) demolding the mold 30 after curing, e) spraying magnetization type coating or painting agent on the surface of the material through a magnet embedded coater or painting machine 26 To manufacture materials by coating or painting. The operation 31 is a) putting raw materials stored in the storage into a mixer through a hopper, b) mixing in a mixer, pressurizing through a pump, pouring into a mold through a pouring machine, and c) curing and spraying curing in the mold with a curing machine. After one of steam curing and autoclave curing, the mold is dismantled to manufacture one of pillars, piles, and piles,

In the operation 32, a) at least one of sand, cement, water, and an admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet blender 22 through the hopper 21 and mixed, b) One (1) of magnetized mortar, ready-mixed concrete, and concrete, which is a combination thereof, is pressurized by the pump 23 and poured into the mold 30 for building construction through the magnet embedding supply path 25 or the casting machine 26, , c) spraying curing water through the curing machine 26 during the curing of the cast installation to promote curing, demolding the mold 30 after curing, d) one of the coating machine and the painting machine on the surface of the building facility (26) To form a phytoncide building by spraying at least one of a coating agent and a painting agent through the above to perform at least one of coating and painting. In the operation 33, a) at least one of sand, cement, water, and admixture stored in the cone-equipped magnet 10 embedding storage 20 is passed through the magnet-equipped hopper 21, and the magnetization type blender 22 in which the magnet-equipped cone is embedded b) One (1) of magnetized asphalt concrete, ready-mixed concrete, and concrete, which is a mixture thereof, is pumped by the pump 23 to the ground through the cone-equipped magnet embedding supply path 25 and the laying machine 26 , road, pavement, c) after compaction with a compactor, magnetized curing water is sprayed through a hose-type curing device 26 with magnets to promote curing to build a phytoncide road.

The operation 34 is a) mixing machine 22 in which one or more of the sand, cement, water, and admixture stored in the cone embedding storage 20 with the magnet 10 is embedded through the cone embedding hopper 21 with the magnet b) One (1) of the mixture of magnetized mortar, milk, chemical solution, suspension, and slurry is pumped by the pump 23 to supply the cone with a magnet embedding supply 25 and a hollow rod type It is to improve the ground by spraying or injecting it into the ground through the magnetization injector 26. In the operation 35, a) at least one of sand, cement, water, and an admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet blender 22 through the hopper 21 and mixed, b) The magnetized mortar (1), which is a mixture thereof, is pressurized by the pump 23, and the phytoncide shotcrete (1) is placed on the tunnel excavation surface with the sprayer 26 through the supply path 25 equipped with the magnet-embedded hollow body to excavate the excavation surface is to reinforce

In the operation 36, at least one of sand, cement, water, and an admixture stored in the a0 storage 20 is put into the cone-equipped magnet-embedded mixer 22 through the hopper 21 and mixed, and b) magnetized green soil, which is a mixture thereof. At least one of ash and seed spraying material (1) is pumped by the pump 23, and phytoncide green soil material and seed are applied to the slope through the sprayer 26 installed at the rear end of the supply path 25 equipped with a cone and magnet embedding tube. It is to reinforce the slope by pouring one or more of the spray materials (1). In the operation 37, a) at least one of sand, cement, water, and an admixture stored in the storage 20 is put into the cone-embedded blender 22 with a magnet through the cone-equipped magnet-embedded hopper 21 and mixed, b) Magnetized concrete (1), which is a mixture, is pumped by pump 23, and cured by pouring into a formwork of a facility with a casting machine 26 through a supply path 25 equipped with a magnet-embedded hollow body, c) magnet during curing Through the embedded hose-type curing machine, self-curing water or hexagonal curing water is sprinkled to promote curing, and d) afterward, the formwork is demolded to build a phytoncide facility.

In the operation 38, in the tank 120 in which the hollow body 13 is embedded, a) the material 1 containing at least one of a reactant and a coagulant is introduced through the hollow body, and the contaminated water 121 in the tank ) becomes at least one of aeration and coagulation, b) the condensate 122 of the contaminated water sinks down and is taken out to the outside, c) the purified water 123, which has been purified, passes through the filter 124 to remove fine foreign substances As it is filtered, it is discharged to the outside and recycled or discharged (125). The operation 39 includes a) storing material in the reservoir 20; b) the material is put into the mixer 22 by the hopper 21; c) mixing of materials by the mixer 22; d) the material is pressurized, pumped, pumped, supplied, and provided by the pump 23; e) conveying, transporting, supplying, providing materials by means of the transporter 24; f) material is supplied and provided through the supply passage 25; one or more of g) g1) pouring, injection, grouting, pouring into a mold, pouring in a factory, pouring on-site, pouring for foundation work by the pouring machine 26; g2) material injection and underground injection by the injector; g3) material compaction and underground compaction 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 material after the curing by the surface treatment machine; It becomes one or more of manufacturing, material manufacturing, ready-mixed concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, and pile manufacturing.

The operation 40 is a) a1) the material is stored in the storage 20; a2) Inject the material into the mixer 22 through the hopper 21; a3) materials are mixed by the mixer 22; a4) pressurizing, pressurizing, pumping, supplying, and providing materials by the pressurizer or pump 23; a5) transporting, transporting, supplying, providing materials by the feeder or transporter 24; a6) supply and provision of materials through the supply passage 25; At least one of b) b1) the material is poured by the pouring machine 26, injected, injected, underwater, poured on-site, poured for purification; b2) spraying, spraying, spraying, underwater spraying, air spraying, dust removal spraying, and injecting air material into the river by the sprayer; b3) material injection, underwater injection, air injection by the injector; b4) Shorting and rust shorting of the material by the shorting machine; b5) material coating and surface coating by the coating machine; b6) coating and shaving of materials by the coating machine; It becomes one or more of purification, facility purification, river aeration, and water purification.

The operation 41 includes: 1) storing pouring material raw materials in a storage, storing pouring materials in a magnet-embedded storage, magnetizing the stored material, and storing the magnetized stored material; 2) Mixing of pouring materials in a mixer, mixing of pouring materials in a magnet-embedded mixer, magnetizing the mixture thereof, mixing of magnetized materials; 3) The pump supplies the pouring material to the supply path, pressurizes the magnetized mortar from the pump and supplies it to the pouring machine; 4) Supplying magnetized abrasives from the supply path to the pouring machine, and supplying the abrasives pressurized by the pump from the supply path to either the pouring machine or the injector; 5) Placing the pouring material through the pouring machine, placing the ready-mixed concrete pouring material through the pouring machine, magnetizing the pouring material, and placing the magnetized material; 6) By sandblasting a) spraying pouring material, spraying mortar or spraying material by sandblasting machine, b) spraying mortar to one of materials and facilities when sandblasting material is bought by sandblasting machine, c) magnetic embedding sprayer with cone, which is one of the sandblasting machines Coarse magnetic material is injected into the ground, sprayed on slopes, sprayed on materials for coating, and sprayed on facilities for painting; 7) Inject the pouring material into one of the hole, formwork, and ground with an injector, and the magnetized material passing through the magnet embedded hollow rod penetrated into the ground, which is one of the injector, is injected into the ground through the injection hole of the rod; 8) a) Curing surface coating by spraying the pouring material for coating by the coating machine, curing surface of the pouring material by spraying the coating agent by the coater, b) Curing the ground, material, facility, and pouring material by coating the coating agent c) one of the magnetized water and magnetized liquid passed through a magnet embedding sprayer, which is one of the coating machines, is sprayed on one of the materials and facilities, and one of the materials and facilities is coated and coated with the magnetized material ; 9) a) Paint the surface of the curing material by spraying the coating material by the painting machine, spray the coating agent by the painting machine to paint the surface of the curing material of the casting material, b) Apply the coating agent to the surface, concrete surface, material, Painting by spraying on one of the curing surfaces of the facility or casting material, c) The magnetization of the magnetized paint that has passed through the magnet embedding sprayer, which is one of the painting machines, is sprayed on one of the materials and facilities, and one of the materials and facilities is the magnetized material furnace painting, painting, painting; 10) a) One of materials, facilities, and casting materials is cured by placing the curing material with a curing machine, b) One of the magnetized water and magnetized liquid after passing through the curing machine consisting of a magnet embedded water hose, which is one of the curing machines 11) Treatment of one of the facilities, materials, and pouring material curing by spraying one of the magnetized water and magnetized liquid with a magnet embedding sprayer, which is one of the surface treatment machines, smoothing, roughening; to do one or more of

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

In the present invention, pouring is pouring, hitting, sending, transporting, processing, casting, pouring, putting, discharging, ejecting, spraying, spraying, firing, injecting, inflowing, embedding, injecting, coating, painting , Mixing, compaction, or the pouring or painting at a certain location at a certain location, which includes pouring, pouring injection, pouring injection, spraying, shorting, coating, pouring painting, laying, packaging, pouring It also includes compaction, mixing by pouring, curing of concrete by pouring curing water, and surface treatment of concrete by pouring pouring materials.

In addition, in the present invention, casting is a) casting, b) casting, which is one of the mold casting, reinforcement casting, steel casting, factory casting, on-site casting, manufacturing casting, construction casting, hitting, pouring, putting, laying, ground laying, injection, underground Injection, injection, grouting, injection, boring ball injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, coating, surface coating, painting, pavement, road pavement, compaction, surface compaction, underground compaction , Mixing, underground mixing, c) storage, input, mixing, pressurization, pressurization, pumping, transportation, transfer, supply, provision, and the above-mentioned pitching to underground mixing, etc. associated with casting are considered to be applicable or included. In the present invention, - and the like correspond to - etc., one of -, one or more of -, and the like. As an example of this, the pouring to underground mixing, etc. corresponds to the pouring to underground mixing, one of the pouring to underground mixing, and one or more of the pouring to underground mixing.

Examples of equipment of the present invention include a) drilling machine, storage bin 20, hopper 21, mixer 22, pump or pressurizer 23, conveyor 24, feeder or feedway 25, pourer 26 ), spreader, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine, curing machine, and surface treatment machine, or equipment composed of two or more in random order, or b) or It is equipment to which at least one of a nozzle, a drone, and a 3D printer is added as described above, or c) or a device in which a wind compressor is mounted while being configured and added.

1) at least one of the storage, surface treatment machine, nozzle, and 3D printer a) a conmangbongteul spiral; toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal handers; At least one of is provided, b) or a cone thread or hose on the outside of the perforator, a cone thread on the inside of the reservoir 20, the tube at the inlet of the hopper 21, the mixer 22 Inside the hexagonal water machine, at the outlet of the pump 23 or pressurizer, inside the pipe, inside the transporter 24 or feeder, or at the middle of the magnetizer, the supply path 25 Or the hollow body, the tube or hollow tube at the outlet of the pourer 26, the tube at the outlet of the spreader, 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 shorting machine, the hollow pipe at the outlet of the coater, the pipe at the outlet of the painting machine, the magnetizer at the outlet of the packaging machine, the magnetizer at the outside of the compactor, the mixing machine At least one of the magnetizer on the outside, the conmangbongteul spiral or the magnetizer on the inside of the curing machine, and the magnetizer on the outside of the surface treatment machine.

2) The cone net frame spiral is the following x, y, or z, 2-1) the x is the net is placed before or after the cone, the bar is placed before or after the net, and the frame is placed before or after the bar A spiral is mounted before or after the frame, a magnetic body is mounted on one or more of the cone, a net, a rod, a frame, and a spiral, a wave body is mounted on the magnetic body, and a magnetic body having a different magnetic force from the magnetic body is mounted on the magnetic body. 2-2) The frame is mounted before or after the spiral, the net is mounted on one side of the frame, the rod is mounted inside the net, and the rod A cone is inserted into the cone, a magnetic body is mounted on one or more of the cone, net, rod, frame, and spiral, a wave body is mounted on the magnetic body, and a magnetic body having a different magnetic force from the magnetic body is mounted on the wave body. 2-3) The z is a porous cone with porous holes, one side hollow cone having a diameter of 1.1 to 5.0 times the other side hollow diameter, and a length of 0.1 to 0.8 times the length of the magnetic body or the one side hollow One of a cone having a diameter of 0.1 to 10.0 times, and a cone having a cross-sectional area of one side of the hollow 0.05 to 0.9 times the cross-sectional area inside 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. A net 48 having small holes, the rod is an inclined inclined rod or an inclined rod inclined with respect to the magnetic body, the frame is a cone-shaped frame having porous holes, and the spiral is a material passing through itself as a vortex, It is the cone-shaped ball spiral, which is a spiral that performs one of aeration and agitation.

3) a) underground drilling, rock drilling, building drilling by the drilling machine; b) material is stored in the reservoir 20; c) the material is put into the mixer 22 by the hopper 21; d) materials are mixed by the mixer 22; e) the material is pressurized, pressurized, pumped, supplied, or provided by the pump or pressurizer 23; f) conveying, transporting, supplying, providing materials by means of the transporter 24 or feeder; g) material is supplied and provided through the supply passage 25; h) the material is poured by the pourer 26, injected, grouted, poured into a mold, poured at a factory, poured at a site, poured for foundation work; i) material is laid and ground laid by the laying machine; j) material is injected by the injector, underground injection; k) the material is injected or cracked by the syringe; ℓ) the material is sprayed by the injector, and the slope is sprayed; m) shorting and rust shorting of the material by the shorting machine; n) material coating by the coating machine, surface coating; o) The material is painted and shaved by the painting machine; p) paving and paving the material by the pavers; q) 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 material after the curing by the surface treatment machine; one or more of

The drilling machine is one of drilling machine 1, drilling machine 2, drilling machine 3, and drilling machine 4, the drilling machine 1 is a drilling machine connected to at least one of the storage or surface treatment machine, and the drilling machine 2 is a drilling machine, a drilling machine, a rock drill, an excavator, and an excavator. machine, drilling machine, boring machine, drill, bit, clam shell, screwdriver, injector, grouter, rod with bit, rotary bit, rotary rod with bit, underground hole drilling machine, underground wall drilling machine, slurry wall drilling machine, diaphragm wall drilling machine , An underground continuous wall drilling machine, a boring machine for inserting geothermal pipes or oil pipes, and the drilling machine 3 is one of building, facility, underground, rock, hole, hole, and concrete drilling machine, and the drilling machine 4 is a) cast-in-place Pile hole drilling for piles, underground wall drilling for underground continuous wall construction, slurry wall drilling, diaphragm wall drilling, boring hole drilling for inserting geothermal pipes or oil pipes; b) drilling while injecting one of magnetized material, hexagonal water, slurry, and bentonite slurry that has passed through one of the conmangbongteul helix or hexagonal water group during the drilling; c) One of the materials, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete mixed in the mixer is drilled through one of the rod, injector, hollow pipe, and hollow rod installed in the drilling machine through the supply hose during and after drilling In one of the holes, boring holes, joints, joints, cracks, and leaks, one or more of injection, injection, and curing after injection is completed, and one of piles, columns, underground walls, and underground continuous walls is completed. , or crack filling, joint repair, crack repair, leak repair; d) One of magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete that has passed through one of the cone-shaped spiral or hexagonal machine is supplied to the drilling machine through a supply hose Rod, injector, hollow tube , Through one of the hollow rods, it is injected into one of the drilling part, boring hole, joint part, joint part, crack part, and leak part, and after injection, it becomes one of curing, and pile, column, underground wall, underground continuous wall Either completion, or crack filling, joint repair, crack repair, leak repair; It is a perforator that does one or more of the following.

The reservoir may include a) a reservoir; b) or a storage of one or more of water, material, material, raw material, cement, sand, gravel, aggregate, admixture or concrete; c) or storage with partition walls, partitions, 2 rooms or 3 rooms inside; d) or a storage associated with at least one of the above drilling machine or surface treatment machine, excluding the storage. The hopper may include: a) a hopper, a funnel-type hopper, a hollow through-type funnel hopper, and a hopper associated with at least one of the puncher or surface treatment machine except for the hopper; b) or a funnel hopper having an inclination angle of one of 25 degrees, 50 degrees, 75 degrees, and 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 the mixer 1 is a mixer, a mixer, a mixer, a tubular mixer, a rotary mixer, a centrifugal mixer, and a rotary mixer. One of the mixers associated with at least one of the perforator or surface treatment machine, excluding a wing-type mixer or mixer, a mixer with an internal rotating body or rotary blades, and a mixer, and the mixer 2 is a blade rotated by a motor, a rotating body, a rotating rod, A mixer or mixer having one of a rotary shaft, a rotary spiral, a rotary screw, and a rotary shaft with wings, and the mixer 3 is a rotary rod or a rotary shaft or a protrusion on the outer circumference of the rotary body, a wing, a ring, a bolt, a spiral, an object, a protrusion, agitation A mixer or mixer having one of the means, and the mixer 4 is rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, underground soil and It is a mixer or mixer of one of concrete, and the mixer 5 is a bar, bar, plate, protrusion, wing, spiral, object, screw, protrusion bar, protrusion, protrusion, fixture, attachment, soft material, A) a rod, shaft, nozzle, rod, spiral, screw, hollow tube, double tube, triple tube, nozzle, spray tube having one of an elastic material, a rigid material, a protruding means, and an agitating means; b) or the rod or injection tube of the rotary type; One of, and the mixer 6 is a device for mixing one of mortar, ready-mixed concrete, and concrete. The mixer is a mixer 1 or 2, and the mixer 1 is the mixer 1, the mixer 2, the mixer 3, the mixer 4, the mixer 5, used in the DCM method (deep cement mixing method) It is one of the mixers associated with at least one of the puncher or surface treatment machine excluding the mixer and the mixer, and the mixer 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 at least one of the drilling machine or surface treatment machine excluding the pump; b) or a pump with a pressure of 1 or less, 1 to 10, 10 to 100, 100 to 500, or 500 or more kg/cm ² . The pressing machine is a pressurizing machine that presses, pressurizes, pumps, supplies, or provides materials, or is a pressurizer associated with at least one of the puncher or surface treatment machine excluding the pressurizer. The transporter 24 is one of transporting, conveying, supplying, and providing materials, or a transporter associated with at least one of the punching machine or surface treatment machine other than the transporting machine. The feeder is one of transporting, conveying, supplying, and providing materials, or a feeder connected to at least one of the punching machine or surface treatment machine excluding the feeding machine. The supply path is one of a supply path associated with at least one of the drilling machine or surface treatment machine excluding a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, a supply pipeline, and a supply path.

The pouring machine may include: a) a pouring machine connected to at least one of a pouring machine, a hitting device, a spraying device, the pressure pouring machine, and the drilling machine or supply path; b) Or one of the formwork, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete in a mold pouring machine; c) or any one of pouring, laying, coating, injection, spraying, pouring, injection, injection and grouting; is one of The laying machine is one of a) a laying machine, a spreading machine, a coating machine, an ascon finisher, a laying machine linked to at least one of the drilling machine or supply route, or b) or ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete , is one of the ascons on the ground. wherein the injector or syringe is a) one of a syringe, an injector, an injector, a grouter, the pressure syringe or injector, an injector associated with one or more of the perforator or supply passage, or a syringe associated with one or more of the perforator or supply passage; , b) or 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, building, structure, structure crack, or a syringe, or c) or One of the above cracks - structural cracks is an injector.

The injector is a) one of a nozzle, hose, pipe, injector, sprayer, fountain, sprinkler, coater, spray coater, sprayer, sprayer, sprayer associated with one or more of the perforator or supply line, or b) or Slope, slope, surface, ground, underground, underground, rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, one of ready-mixed concrete injectors on slopes. The shorting machine, coating machine, or painting machine is a) one of materials, certain materials, pouring materials, spraying agents, coating agents, painting agents, and paints, a1) surface, surface, ground, slope, concrete surface, material, construction material, facility, building , structures, facilities; a2) a surface, surface, or outer surface of one of the above surfaces or facilities; One or more of spraying, coating, painting, spraying coating, spraying and painting, or b) or a shorting machine, coating machine, or painting machine linked to one or more of the reservoir or supply path. The pavers are those that pave material onto a pavement or a road surface, or are pavers associated with at least one of the reservoir or supply path. The compactor is one of a) a compactor, a compactor, a weight compactor, a roller compactor, a drop compactor, a form compactor, a concrete compactor, an in-mold concrete compactor, a compactor associated with at least one of the above punching machine or paving machine, or b) or paving , soil pavement, road pavement, asphalt pavement, ground, ground, underground, rotation, static, dynamic, vibration, wing, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete in the ground.

The curing device is linked to one or more of a) a curing device, a water curing device, an underwater curing device, an air curing device, an air curing device, a solar curing device, a steam curing device, a watering device curing device, an autoclave curing device, and the drilling device or mixing device b) Or one of the magnetized water and hexagonal water sprayed through a sprinkling hose-type curing device with a cone magnet embedded inside to be sprayed on one of the poured concrete, concrete material, or concrete building to pour concrete or concrete. It is a curing device that promotes the curing of either materials or concrete buildings. The surface treatment machine uses one of a) water, water, liquid, oil, medicine, agent, ash, sol, gel, spray material, coating agent, and painting agent, a1) curing material, material, material, facility, building, structure , concrete water; a2) one surface, surface, outer surface, exposed surface, or concave-convex surface of the cured product or concrete; It is sprayed on one or more of the above to treat, finish, smooth, or roughen the surface of one of the curing or concrete water, or b) or a surface treatment device associated with at least one of the storage or curing machine. . The nozzle is a) a nozzle equipped with at least one of a cone, a net, a rod, a frame, and a spiral inside or at an outlet, or b) or a porous body, a wave body, and a hollow body on which the magnet is mounted. Or 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 is equipped with a sprayer equipped with a magnet and injects magnetized material while moving, or a drone that is provided with a hollow body with a magnet installed and pours pouring material ejected from the hollow body, and the drone 2 rotates. A drone equipped with pouring equipment or a pouring machine in a main body flying by wings, and the drone 3 is a drone that moves or is equipped with one or more of the conmangbongteul helix, storage, surface treatment machine, and wind compressor, and the drone 4 is a drone equipped with a drilling machine to drill boring holes for repairing cracks in high-rise buildings, a drone equipped with a supply path 25 or a sprayer 26 to spray magnetized shotcrete on high-rise slopes, and a supply path to itself (25) or a sprayer (26) is installed to spray magnetized water into the tunnel to remove tunnel dust, and it is one of the drones equipped with a laying machine to clean the air by spreading magnetized water in the air. 5 is a) a drone consisting of a wing, a rotary wing, a propeller, four propellers, one of a plurality of propellers and a body, b) a drone consisting of an upper wing and a lower body, c) a downward direction for thrust for flight of the body A drone with wings or propellers generating at least one 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) an orientation that sends wind to the rear of the main body a drone flying horizontally by the flow, f) a drone flying in three dimensions by at least one of the downward flow and the directed flow, g) a motor that rotates at least one of the wings and the propeller; wires connected to this motor; Batteries, chargers, batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind generators connected to this line; a drone equipped with one or more of; 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) the main body and the propeller; 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 by flight, the downflow, and the direct flow while being mounted on one or more of the following; j2) a rotating body, and a generator that generates electricity with its rotational force. One or more drones, k) the generator is a drone that generates electricity while forming a magnetic field by a rotor (electromagnet) at the center and a stator (iron core) surrounding the outside, ℓ) the j2) above rotating in conjunction with the rotating body k) a drone with a rotor (electromagnet), m) the drone with a generator generating electricity by rotation of the rotor (electromagnet), n) the rotating body; the outer periphery, the upper part, the lower part, the upper outer circumference, and the lower outer circumference of the rotating body; A drone equipped with a conical hollow guide for inflow, outflow, or outflow of at least one of the downward flow, direct current, and wind while being mounted on one or more of the following; o) Drone equipped with an inverter that converts the generated electricity into one of direct current and alternating current. , p) a drone equipped with one or more of wires, plugs, outlets, and power supplies that supply the generated electricity, q) or cameras, CCTVs, imaging devices, filming devices, monitors, lights, lights, lanterns, flashing lights, lights, headlights , a lighting device, a driver, a controller, a controller, a remote controller, and a 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 to which one or more of the storage or surface processor is mounted, 3D movement while being mounted on a frame mounted on the ground or around a new facility It is one of the 3D printers equipped with a casting machine, and the 3D printer 2 is equipped with a moving body or a moving unit 116 capable of three-dimensional movement (73) on the frame 72, and moving in three dimensions (73). 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-mixed concrete, and concrete supplied from one of the supply paths (25). The 3D printer 3 is supported on the frame 72 and is supported by two rails a (100) mounted on the upper left and right sides of the frame 72, and rotated by a motor a (101) while mounted on each rail a to move forward and backward along the rail a (1 dimensional movement) 73, two rollers a (102), a rail b (103) provided between the two rollers, and rotated by a motor b (104) while being mounted on the rail b, so as to follow the rail b One roller b (105) that moves left and right (this 1 dimension + the 1 dimension = 2 dimensional movement) 73, a rotating body a (112) rotated by the motor c (111) while being mounted on the roller b A vertical moving part 108 of one of a string, thread, belt, or chain, which moves up and down (its 1 dimension + the 2 dimension = 3 dimensional movement) 73 while being wound or unwound, or the rotating body a 112 A rod-shaped vertical moving part 115 that is pressed and embedded between the other rotating bodies b 113 located opposite to each other and moves up and down by being pushed or dragged by the rotation of the rotating body a, mounted on the vertical moving unit to create a three-dimensional It is a 3D printer including one or more of the moving casting equipment 26, and the 3D printer 4 has a frame 72 on which the rail 100 is mounted, and the X axis, Y axis, and Z axis along the rail 100 One of a movable body, a movable unit, a head, and a case of the head moving in the direction, and a plotter installed in one of the head, movable body, movable unit, and case and ejecting the construction material 1 to form a 3D structure 8 Alternatively, it is a 3D printer including a pourer 26 and a pump 23 that provides pressure to the plotter or the pourer so that the material 1 is ejected, and the 3D printer 5 is a pourer 26 mounted therein. One of the mortar, ready-mixed concrete, and concrete, into which one of the quick-setting agent and binder that promotes curing is circulated along the building shape or structure while rising in a layer or layer at a height of 5 to 30 cm while continuously or It is a 3D printer that performs building construction by intermittently pouring, and the 3D printer 6 repeatedly performs the pouring in the order of the building floor, first-floor columns and walls, first-floor slabs, second-floor columns and walls, and second-floor slabs. It is a 3D printer that constructs and finally completes a building by making a roof slab.

The 3D printer 7 performs a) ground boring for foundation installation, b) inserting a reinforcing bar net into the boring hole by placing the reinforcing bar net on the movable part, c) placing foundation pile concrete in the boring hole through the pouring machine, and placing thereof. post-curing, d) transporting and assembling the building floor formwork and reinforcing bars by attaching the formwork and reinforcing bars to the moving part, e) placing concrete on the floor of the building through the pouring machine, and curing after its casting, f) curing after placing the formwork and reinforcing bars in the moving part 1st floor column, wall frame, reinforcing bar transportation and assembly by passing through, g) 1st floor column, wall concrete casting through the casting machine, curing after its casting, h) raising one or more of the movable body and casting machine, i ) Carrying and assembling the first-floor slab formwork and reinforcing bars by attaching the mold and reinforcing bars to the moving part, j) placing the first-floor slab concrete through the pouring machine, and curing after its casting, k) by attaching the mold and reinforcing bars to the moving part 2nd floor column, wall frame, reinforcing bar transportation and assembly, ℓ) 2nd floor column, wall concrete casting through the casting machine, curing after its casting, m) raising one or more of the movable body and casting machine, n) the above It is a 3D printer that repeatedly performs one or more of n-layer columns, walls, slabs, etc., transportation and assembly of reinforcing bars, concrete casting, curing after casting, o) final rooftop concrete casting through the casting machine, and curing after casting.

The wind compressor 50 is one of wind compressor 1, wind compressor 2, and wind compressor 3. The wind compressor 1 supplies compressed air to at least one of the storage, painting machine, nozzle, and 3D printer. The wind compressor 2 includes a) a mechanism for generating compressed air using wind; b) Or wind, wings that rotate by it, rotational force of these wings, crank that rotates by its rotational force, rod mounted on its crank for linear motion, piston mounted on its rod, and its piston reciprocates inside A mechanism composed of one or more of a moving cylinder, air compression inside the cylinder by the pushing force of the piston, compressed air generated by the 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 rotary linear converter and a piston connected to a rotating wind blade; is one of

The wind compressor 3 supplies one (63) of pressurizer, compressed water, compressed water, and compressed air to a) water, water, liquid, Flow, energy, pain, agent, material, substance, object, body, material(1), material(1), in water, underwater, river, pond, tank , tank, pipe line, tube, hose, pipe, hollow body, mixer (22), pump (23), supply line (25), storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, air, indoor, factory, site, Aeration, reaction, condensation, oxidation, purification, Improving one of water purification and cleanliness, or b) or injecting into one of soil, mortar, ready-mixed concrete, and concrete (1), air or bubble-embedded bubble mortar, bubble mortar, bubbled ready-mixed concrete, bubbled concrete, light soil, lightweight It is to create one of mortar, lightweight ready-mixed concrete, and lightweight concrete.

Configurations 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 13 14, component 15, component 16, or more of one included. Configuration 1 is a drilling machine and its mounted storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, mixing machine It is composed of one or more of , a curing machine, and a 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, a hopper, a mixer, a pump, a drone, a transporter, or a supply line in the order of, c) in addition to this configuration, a pourer, a spreader, an injector, a syringe, a sprayer, One of a shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, and a surface treatment machine, d) It is composed of a curing machine in addition to one of these. Configuration 3 is a) a drilling machine for drilling one of the ground, bedrock, and building, b) a casting machine, a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, and a mixer provided therewith one of, c) consisting of one or more of, or in the order of two or more of, a storage, a hopper, a mixer, a pump, a drone, a transporter, or a supply line for supplying materials to this one. Configuration 4 is a) a storage, hopper, mixer, pump, drone, transporter, supply path for storing, mixing, and supplying the material, b) pouring, laying, injecting, injecting, spraying, coating, Painting, packaging, compaction, mixing, compressed water or compressed air supply, and one of the curing machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, mixer, curing machine, Two or more of the surface processors or two or more are sequentially configured. Configuration 5 is a) a drilling machine for drilling one of the ground, bedrock, and a building, a supply path for supplying the bentonite slurry thereto, b) an injector for injecting one of the mortar and concrete mixed in the mixer after the drilling into the drilling part It consists of one or more or two or more in order. Configuration 6 is to pour, pour, inject, inject, spray, or coat materials that have been stored, mixed, pumped, transported, or supplied through one or more of the storage, hopper, mixer, pump, drone, transporter, and supply route. , painting, packaging, compaction, mixing, compressed water or compressed air supply, and curing machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packing machine, compactor, mixer, sheep It is composed of two or more of the raw machine and the surface treatment machine, or in the order of two or more. The configuration 7 is a) a driller, b) in addition to this, one or more of a storage, hopper, mixer, pump, drone, transporter, supply path, c) in addition to this one or more, a pourer, a spreader, an injector, a syringe, a sprayer, a shot At least one of a tinting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, and a surface treatment machine, d) a curing machine in addition to one or more of c) above.

Configuration 8 is a) a perforator, storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, Coating machine, painting machine, packing machine, compaction machine, mixing machine, curing machine, surface treatment machine; b) the perforator or surface treatment machine having a magnetization function by at least one of the cone-shaped thread spiral or hexagonal hand machine; It is composed of two or more of them or in order of two or more. In the configuration 9, one of the sand, cement, water, and admixture stored in one of the storage bins 20 with the magnet 10 is put into the mixer 22 through the hopper 21 and mixed, and the mixture, concrete It is pressurized by the pump 23 and poured into the mold 30 through the magnet embedded supply path 25 or pourer 26, and magnetized curing water through the magnet embedded curing machine 26 during the curing of the poured casting. to promote curing, and after curing, the mold 30 is demolded, and a magnetized coating or painting agent is sprayed on the surface of the material through a magnet embedded coater or painting machine 26 to coat or paint to manufacture the material It is composed of the storage, hopper, blender, pump, supply path or casting machine, curing machine, coating machine or painting machine. In the configuration 10, the raw materials stored in the storage are put into the mixer through the hopper, mixed in the mixer, pressurized through the pump, poured into the mold through the pourer, and cured in the mold with the curing machine, spray curing, steam curing, and autoclave. It is composed of the storage, hopper, mixer, pump, pouring machine, and curing machine that dismantles the formwork after one of the curing to produce one of the pillars, piles, and piles.

In the configuration 11, one or more of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet blender 22 through the hopper 21 and mixed, and the mixture is magnetized. One (1) of mold mortar, ready-mixed concrete, and concrete is pressurized by the pump 23 and poured into the mold 30 for building construction through the magnet embedding supply path 25 or the pouring machine 26, etc., and its casting During the curing of the cast installation, curing water is sprayed through the curing machine 26 to promote curing, after curing, the mold 30 is demolded, and the coating agent is applied to the surface of the building facility through one or more of the coating machine and the painting machine 26 It consists of the storage, hopper, blender, pump, supply road or casting machine, curing machine, coating machine, and painting machine that form a phytoncide building by spraying one or more of the coating agents and coating or painting. In the configuration 12, one or more of sand, cement, water, and admixture stored in the storage bin 20 of the magnet 10 with a cone is put into the magnetization type blender 22 in which the cone with a magnet is embedded through the hopper 21 with a magnet. and mix it, and one (1) of magnetized ascon, ready-mixed concrete, and concrete, which is a mixture thereof, is pumped by the pump 23, and the ground, road, It is laid on one of the pavements, compacted with a compactor, and then magnetized curing water is sprayed through a hose-type curing device 26 with magnets to promote curing to build a phytoncide road. The storage, hopper, mixer, pump, supply road, It consists of a laying machine, a compaction machine, and a curing machine. In the configuration 13, at least one of sand, cement, water, and admixture stored in the cone embedding storage 20 with the magnet 10 is put into the blender 22 in which the cone with magnet is embedded through the cone embedding hopper 21 with the magnet. and mix them, and one (1) of the mixture of magnetized mortar, milk, chemical solution, suspension, and slurry is pumped by a pump (23), and a cone-equipped magnet embedding supply path (25) and a hollow rod-type magnetization injector (26) ), which is composed of the storage, hopper, mixer, pump, supply path, and injector that improve the ground by spraying or injecting into the ground through.

In the configuration 14, one or more of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet blender 22 through the hopper 21 and mixed, and the mixture is magnetized. The molded mortar (1) is pressurized by the pump 23, and the phytoncide shotcrete (1) is placed on the excavated surface of the tunnel with the sprayer 26 through the supply path 25 equipped with a magnet-embedded hollow body to reinforce the excavated surface. It is composed of storage, hopper, blender, pump, supply line and sprayer. In the configuration 15, at least one of sand, cement, water, and an admixture stored in the storage 20 is put into the cone-equipped magnet-embedded mixer 22 through the hopper 21 and mixed, and the mixture thereof, the magnetized green soil material, seed At least one of the spray materials (1) is pressurized by the pump 23, and through the sprayer 26 installed at the rear end of the supply path 25 equipped with a cone and a magnet embedding tube, among the phytoncide green soil material and seed spray material, It is composed of the storage, hopper, mixer, pump, supply line, and sprayer that reinforce the slope by pouring one or more (1). In the configuration 16, at least one of sand, cement, water, and admixture stored in the storage 20 is put into the cone-embedded blender 22 with a magnet through the cone-equipped magnet-embedded hopper 21 and mixed, and the mixture is a magnetized type. The concrete (1) is pressurized by the pump 23 and cured by pouring it into the mold of the facility with the casting machine 26 through the supply path 25 equipped with a magnet-embedded hollow body, and curing it through the magnet-embedded hose-type curing machine during curing. It is characterized in that it consists of the storage, hopper, mixer, pump, supply path, casting machine, and curing machine that promotes curing by spraying curing water of magnetic curing water or hexagonal water, and then demolds the formwork to build a phytoncide facility.

The embodiment of the equipment of the present invention is equipment equipped with a conmang thread spiral, which 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 a 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 into a magnet The 3D printer, pouring machine, drone-mounted pouring machine, sprayer, and injector used for at least one of aeration or condensation of the contaminated water 121 in the tank by putting it into the tank 120 in which the cone-embedded hollow body 13 is embedded , a rotary mixer, and a hollow body. The condensate 122 of the contaminated water sinks down and is taken out to the outside, and the purified purified water 123 is filtered out of fine foreign substances through the filter 124 and discharged to the outside to be recycled or discharged 125 characterized by

Examples of the material of the present invention are conmangbongteul spiral; toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagons; It is a material made by equipment equipped with one or more of them. The equipment consists of two or more of a storage, a hopper, a blender, a pump, a supply path, a casting machine, a curing machine, a coating machine, a painting machine, and a surface treatment machine, in the order of two or more. To store the material included in the material, the hopper is to input the material into the mixer while the tube is provided at the inlet, and the mixer mixes the material while the hexagonal water machine or the hose is provided at the outlet therein The pump is provided with the pipe at the outlet and pressurizes the blended mixture, and the supply path or pourer is provided with the magnetizer or the hollow pipe at the inlet to pour the mixture into the mold, The curing machine is to cure the casting by spraying curing water on the casting while the hollow body is provided at the outlet, and after the curing, the mold is demolded, the cured material is formed by the demolding, and the surface The treatment machine is to surface-treat the surface of the material while the magnetizer is provided, the coating machine is to spray the coating agent on the surface of the material while the tube or hexagonal water device is provided at the inlet to coat the surface with the coating agent, and the sprayer is to coat the pipe or the pipe at the outlet. While a magnetizer is provided, a coating agent is sprayed on the surface of the material to be painted with a coating agent, and the conmangbongteul spiral is the following x, y, or z, and the material is a) mortar, milk, liquid medicine, suspension, slurry, formulation, Ready-made concrete, ascon, concrete, paste, plaster, beam, wall, board, pipe, tile, brick, block, mat, board, girder, slab, culvert, box, tank, manhole, hume pipe, water tank, foundation, column, pile, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the beam or building material containing or curing one of the mortar or plaster; c) Or construction, construction, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facilities, materials, materials, raw materials of one of the facilities , The mortar to construction materials; It is characterized by being one of them.

The hollow body of the present invention is, for example, a hollow body equipped with a cone-shaped thread spiral, which includes a barrel, tank, box, tank, tube, hose, pipe, hollow tube, hollow tube, hollow sphere, hollow body, and hollow body. One of, wherein the hollow body is provided with at least one of a connecting means 99, an inclined pipe 95, an injector 91, and a check valve 92, and the connecting means includes one end, both ends, and a middle of the hollow body. mounted on one or more of the inclined tubes, wherein the inclined pipe is a) mounted on the side surface of the hollow body, b) or while being mounted b1) inclined with respect to the side surface of the hollow body, inclined at 1 to 89 degrees; b2) or an angle of 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 as one of a) the side of the hollow body, b) or the additive 90 is introduced while being mounted, and the side is one of the side, the outer surface, the outside, the outer surface, one side, and both sides. one, and the check valve may include: a) a one-way open valve preventing material inside the hollow body from leaking out through the inclined tube or the injector; b) allowing additives to flow into the hollow body through the inclined tube or injector, and conversely preventing substances inside the hollow body from flowing out through the inclined tube or injector; c) or consisting of a valve jaw 93, a valve 94 pressed against or spaced apart from the jaw, and a spring 92 pressing the valve against the valve jaw; One of, the cone-shaped rod spiral is the following x, y, or z, the rod is an inclined inclined rod or an inclined rod inclined with respect to the magnetic body, the frame is a cone-shaped frame formed with porous holes, and the spiral is self It is characterized in that the conmangbongteul spiral, which is a spiral that performs one of vortex, aeration, and agitation on the material passing through.

For example, as a material manufactured by using one or more of the material of the present invention, a certain equipment, passed through it, the equipment includes a conmangbongteul spiral; toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal handers; At least one of them is provided, and the equipment is composed of two or more of a storage, a hopper, a blender, a pump, a supply, a casting machine, a curing machine, a coating machine, a painting machine, and a surface treatment machine in order, and the materials include water, Water, liquid, oil, medicine, energy, pain, agent, ash, sol, gel, substance, mortar, milk, material, ready-mixed concrete , At least one of paste, plaster, and concrete is included, and one of the following ①, ②, and ③ is contained in one of the above materials, water and concrete, and 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, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl , KNaSiAl, and ② is at least one of resin, waste, mineral, ocher, fiber, latex, microorganism, by-product, slag, expanding agent, phytoncide, zeolite, and geopolymer, and ③ is one of Ca to KNaSiAl It is characterized in that at least one of the above resin or geopolymer containing the above, and the material is one of the above mortar or building material.

Examples of the construction of the present invention include a) drilling machine, storage 20, hopper 21, mixer 22, pump or pressurizer 23, transporter 24, feeder or feedway 25, pouring machine 26 ), a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, a mixing machine, a curing machine, and a surface treatment machine consisting of two or more in order or two or more in random order; b) Equipment to which at least one of a nozzle, a drone, and a 3D printer is added as configured above; c) equipment in which the wind compressor is mounted while the configuration and addition are made; d) material that has passed through the equipment; The following is the same as the above description, and the construction is one of construction, pouring work, facility construction, construction work, building work, tunnel work, road work, and ground work. do.

For example, the purification of the present invention is a hollow body equipped with a conmangbongteul spiral; Conmangbongteul helix or the hollow body is mounted injector; material that has undergone either of these; One or more of them are used to purify, 1) the sprayer sprays a certain material, sprays water, water sprays, water sprays, air sprays, or dust removal sprays, or injects air materials into a river , 2) The hollow body 13 is built in a predetermined tank 120, and the material 1 containing at least one of a reactive agent and a coagulant is injected into the tank through the hollow body, and the contaminated water in the tank (121) becomes at least one of aeration and coagulation, the condensate (122) of the contaminated water sinks down and is taken out, and the purified water (123) is filtered through the filter (124) while fine foreign substances are filtered out. Equal and discharged to the outside and recycled or discharged (125), 3) the conmangbongteul spiral is the following x, y, or z, 4) is the same as above, 5) at least one of the injector, hollow body, and material It is characterized in that at least one of purification, facility purification, river aeration, and water purification, and 6) the purification is one of purification, facility purification, river aeration, and water purification.

According to embodiment a, the equipment of the present invention includes: a) a magnet equipped with a conmangbongteul spiral; b) a porous body, wave body, or hollow body on which the magnet is mounted; c) a nozzle, a pourer, a sprayer, or an injector in which one of the magnet or hollow body is mounted inside or at an outlet; d) a drone or 3D printer that moves one of the magnet or injector; e) a drone that injects magnetic cargo while moving with the injector mounted thereon; f) a 3D printer that moves the casting machine by mounting the casting machine on its own plotter; g) a drone that is provided with the hollow body and pours pouring material ejected from the hollow body; h) a 3D printer equipped with a plotter of the pouring machine with the hollow body to place the pouring material sprayed from the pouring machine; i) a wind compressor for supplying pressure to one of the hollow body or 3D printer through a hose; j) a solar generator or wind generator that supplies electricity through wires to one of the magnet or 3D printer, a coil of an electromagnet that is one of the magnets, and a motor that rotates the drone's wings; As an equipment in which one or more of the magnetization, vortex, and magnetization vortex are poured, provided with one or more of them,

1) The con-mang-bonteul spiral is a) a cone; b) or two or more of cones, nets, rods, frames or spirals; One of these is Conmang, Conbong, Contle, Connasun, Mangbong, Bangteul, Mantle Spiral, Mangbong, Bangteul, Mantle Spiral, Mangbong, Conteul Spiral, Manbong Teul, Mantle Spiral, Mangbong Teul, Conmangbongteul, Conbonte Spiral, Mangbongteul helix, conmangbongteul helix; c) at least two of the cones to helices are linked; One of these is Conmangbongteul Spiral-Conmangbongteul Spiral, Conmangbong-frame Spiral-conmangbongteul Spiral, Conmang-bongteul Spiral-Conmangbong-frame Spiral, Con-Mangbongteul Spiral-conmang-bongteul Spiral; d) Con-Mang-Bong-Tul Spiral Combination, Con-Mang-Bong-Tul Spiral, Con-Mang-Bong-Tul Spiral, Con-Mang-Bong-Tul Spiral, Con-Mang-Bong-Tul-Spiral, Cone-Mong-Bong-Tul Helix, Cone-Mong-Bong-Tul Spiral, Cone-Mong-Bong-Tul Spiral, Cone- net-rod-frame spiral, cone-net-rod-frame-spiral; e) Combination of con-mang thread helix, helix before con-mang-song, frame helix after con-mang-bong, helix on con-mang, helix under con-mang, helix after con-mang post-seal, helix after con-mang, helix on con-mang, helix on con-mang , Konmang Jeon Bongteol Jeon Spiral; f) Combination of cone-mang-bonttle spiral, combination of cone-mang-bonttle-spiral, combination of cone-mang-bonttle-spiral, combination of cone-mang-bonttle helix, combination of cone-mang-bont-frame-spiral; g) Conical or perforated cone-shaped thread with perforated holes; 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 and having all holes larger than the all holes of the net, the cone , a network, a structure composed of a spiral located on one side of one of the frames; i) a cone in which the pouring material overflows the outer slope and flows into the inner slope and vortexes; A network in which the pouring material passes through its own hole and vortexes; A bar in which the pouring material collides and vortexes; A frame in which the casting material vortexes while passing through its lattice holes larger than the fine; The structure of the spiral in which the casting material swirls and vortexes;

j) j1) one or more cones, nets, rods, frames, spirals, cones, nets, nets, cones, nets, nets, nets, nets, nets, nets, nets, nets, cones; j2) One front, back, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, both ends, part, one side, both sides, part, part, point, 1 point, 2 points, multi points, multi points, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, aisle, outside, circumference, outside, periphery, near, near, entrance, middle, exit, front, back, front, rear, side, one-way, two-way, three-way, four-way, forward to flow or pour material flow, backward; Equipped with at least one of, configuration, mounting, installation, positioning, arrangement, combination, fastening, combining, linkage, row position, five row position, cross position, single row arrangement, two row arrangement, multi-row arrangement, cross arrangement, differential arrangement, One or more of the cones or conmangbonteul spirals in one of a checkerboard arrangement and a zigzag arrangement; k) One of the pouring material, raw material, and material passing through the cone-shaped thread spiral in one of the above-mentioned arrangements or zigzag arrangement becomes one of contact, confrontation, and bumping into the cone-shaped thread spiral, so that one of the pour material, raw material, and material agitation, aeration, vortex, magnetization, hexagonal hydration, pulsation, pulsation, cavitation; one of these enhances, elevates, promotes, multiplies; The cone to conmangbongteul spiral to be one of; is one of

2) The cone or the cone included in the spiral cone is a) cone, cone, cone, cone, hat, cone mang, mangcon, cone rod, bong cone, conical cone, cone cone, domed cone, inclined cone, double cone, multiple Cone, spiral cone, multi-hole cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone funa wire, helix cone, cone double helix, helix heavy cone, helix cone, cone wynna wire ; b) A cone with an inclination angle of 1 to 89 degrees, a separation cone with a separation range between the outer and inner diameters, a cone with one hollow diameter 1.1 to 5.0 times the other hollow diameter, and a length of 0.1 to 0.8 of the length of one of the magnets or multiple magnets. One of a pear or a cone having a diameter of 0.1 to 10.0 times the hollow diameter on one side, a cone whose cross-sectional area on one side is 0.05 to 0.9 times the cross-sectional area inside the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet,

3) The magnets are a) magnets, magnet groups, electromagnets, twin magnets, bar magnets, planar magnets, atomic magnets, individual magnets, magnets, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetized bodies, magnetic fields, and hexagonal hydration bodies , magnetization wave body, magnet body, magnetization energy body, double magnet, multiple magnet, multi-type magnet, composite magnet, nano magnet, superconducting magnet, lining 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, solenoid An electromagnet, a non-magnet with a holder, a non-magnet with a vortex type holder, a magnetic body lined with a magnet, two or more plural magnets having the same or different magnetic forces; b) the above magnets or plural magnets whose single magnetic force or total magnetic force is 1000 to 20,000 Gauss; c) the magnet or the plurality of magnets in which at least one of the magnets or the plurality of magnets is one of an embedding, a cover, and a lining; d) the magnet or the plurality of magnets in which two or more of the magnets or non-mounted magnets are coupled; e) a magnet or a magnetic material penetrated and inserted into 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 them.

According to embodiment b, the equipment of the present invention is a) a1) a net is mounted after the cone, a2) a rod is mounted after the net, a3) a frame is mounted after the rod, a4) a spiral is mounted after the frame, , a5) a magnetic material is placed on at least one of the cones, nets, rods, frames, and spirals, and a6) cones, nets, rods, and spirals formed by placing a wave material on the magnetic material; b) or b1) a frame is placed before or after the helix, b2) a net is placed on one side of the frame, b3) a rod is placed inside the net, b4) a cone is fitted to the rod, b5) a magnetic material is placed on at least one of the cones, nets, rods, frames, and spirals, and b6) cones, nets, rods, and spirals formed by placing a wave material on the magnetic material; c) or c1) the cone is a porous type with porous holes, c2) the net is a net 48 having holes smaller than the hole size of the frame 46, and c3) the rod is inclined or An inclined rod inclined with respect to the magnetic material, c4) the frame is a cone-shaped frame having porous holes, c5) the spiral is a spiral that vortexes, aerates, or stirs the material passing through it; d) tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, and hexagonal handpieces composed of the conmang thread spiral; It is characterized in that one or more of them are used or included.

According to Example c, the material of the present invention is A) described in Example b) a) conmangbongteul spiral; b) conmangbongteul spiral; c) conmangbongteul spiral; and d) tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, and hexagonal handpieces equipped with the cone-shaped thread spiral; e) a reservoir 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-shaped spiral, tube or hexagonal water machine , pouring machine 26, sprayer, injector, syringe, shorting machine, coating machine, painting machine, laying machine, packaging machine, mixing machine, compactor, curing machine, surface treatment machine; f) One of the following numbers or concrete is sequentially stored, put in, mixed, pressurized, transported, supplied, placed, sprayed, injected, injected, shot, coated, painted, laid, packed, mixed, compacted, watered, cured, cotton The storage to be one of the treatment to the surface treatment machine; g) Equipment, manufacturing equipment, construction equipment, purification equipment composed of two or more of the above storage and surface treatment machines in order or in no order; h) Water, water, liquid, oil, medicine, air, Go (固), agent (劑), ash (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, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl containing one or more of the above water to concrete; j) In addition to the above water to concrete containing at least one of resin, waste powder, mineral, loess, fiber, reinforcing material, nanomaterial, latex, microorganism, by-product, slag, expanding agent, phytoncide, zeolite, and geopolymer; k) the resin containing at least one of the Ca to KNaSiAl and the water to concrete containing at least one of the geopolymer; One or more of the above is used or included, or B) or one of the above number or concrete is magnetized, fluidized, stored, injected, mixed, pressurized, transported, supplied, poured, A material composed of one or more of injection, injection, spraying, compaction, mixing, curing, and surface treatment, wherein the material is a) mortar, milk, chemical solution, suspension, slurry, compound, ready-mixed concrete, ascon, concrete, paste, plaster , beam, wall, plate, pipe, tile, brick, block, mat, board, girder, slab, culvert, box, tank, manhole, hume pipe, water tank, foundation, column, pile, pile, peer, caisson, lining, segment , interior materials, exterior materials, construction materials; b) the beam or building material containing or curing one of the mortar or plaster; c) Or construction, construction, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facilities, materials, materials, raw materials of one of the facilities , The mortar to construction materials; It is characterized by being one of them.

According to embodiment 4, the facility of the present invention is a facility created by A) and B) described in embodiment c, and the facility is a house, dam, foundation, pile, ground, slope, house, building, road, sidewalk , Pavement, Embankment, Bridge, Tunnel, Retaining Wall, Harbor, Facility, Structure, Facility, Apartment House, Prefabricated House, Canopy Building, Canopy House, Mobile House, Container House, Farm Building, Plant Farm Building, Water Treatment Facility, Wastewater Treatment Facility , characterized in that it is one of the purification facilities.

In the manufacturing method of the present invention, according to Example e, A) a) a cone-shaped thread described in Example b, or b) a cone-shaped thread spiral, or c) a cone-shaped thread spiral are formed, and d) the cone-shaped thread spiral It is mounted on one of a tube, hose, pipe, hollow tube, hollow body, magnetizer, and hexagonal water machine, e) one of the cone-shaped thread spiral, tube or hexagonal water machine is a storage 20, a hopper 21, and a mixer 22 ), pump 23, transporter 24, supply path 25, pouring machine 26, injector, mixer, compactor, curing machine, and provided in one or more of the surface treatment machine, f) the storage or surface treatment machine At least two of them are equipped with equipment configured in the above enumeration order or in no order, f) f1) the material is stored in the storage 20; f2) Injecting the material into the mixer 22 through the hopper 21; f3) Mixing of materials by the mixer 22; f4) pressurizing, pumping, pumping, supplying, and providing materials by the pump 23; f5) transporting, transporting, supplying, providing materials by the transporter 24; f6) material is supplied and provided through the supply passage 25; one or more of g) g1) pouring, injection, grouting, pouring the material by the pouring machine 26, pouring at the factory, pouring at the site, pouring for foundation work; g2) material injection and underground injection by the injector; g3) material compaction and underground compaction 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 material after the curing by the surface treatment machine; Become one or more of manufacturing, material manufacturing, ready-mixed concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, pile manufacturing, or

B) or a) the water to concrete that has passed through at least one of the conmangbongteul spiral, tube to hexagonal water machine, storage to surface treatment machine, and equipment; b) the above water to concrete containing at least one of the above Ca to KNaSiAl in addition to the above; c) the above water to concrete containing at least one of the resin to geopolymer in addition to the above passage; d) the resin containing at least one of the Ca to KNaSiAl and the water to concrete containing at least one of the geopolymer; One or more of them are used or included and become one of manufacturing, material manufacturing, ready-mixed concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, pile manufacturing,

C) or one of the above water or concrete is magnetized, fluidized, stored, injected, mixed, pressurized, transported, supplied, poured, injected, injected, sprayed, compacted, mixed, cured by one or more of the conmangbongteul spiral or equipment , It is characterized in that it becomes one or more of surface treatment and becomes one of manufacturing, material manufacturing, ready-mixed concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, and pile manufacturing.

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

According to Example 7, the purification method of the present invention is described in Example b described in Example b) a) conmangbongteul spiral; or b) a conmangbongteul spiral; or c) conmangbongteul helix is formed; And d) the cone-shaped thread spiral is mounted on one of the tube, hose, pipe, hollow tube, hollow body, magnetizer, and hexagonal handset, e) one of the cone-shaped threaded thread, tube or hexagonal handset is stored in the storage 20, Hopper (21), mixer (22), pressurizer or pump (23), transporter (24), feeder or feedway (25), pourer (26), injector, injector, syringe, shorting machine, coater, or paint machine It is provided in one or more, f) two or more of the storage to the coating machine are provided with equipment composed of the above listed order or random order, g) g1) the material is stored in the storage (20); g2) Inject the material into the mixer 22 by the hopper 21; g3) Mixing of materials by the mixer 22; g4) pressurizing, pressurizing, pumping, supplying, and providing materials by the pressurizer or pump 23; g5) conveying, transporting, supplying, providing materials by the feeder or transporter 24; g6) material is supplied and provided through the supply passage 25; At least one of h) h1) the material is poured by the pouring machine 26, injected, injected, underwater, poured on-site, poured for purification; h2) spraying, spraying, water spraying, underwater spraying, air spraying, dust removal spraying, and injecting air material into the river by the sprayer; h3) material injection, underwater injection, air injection by the injector; h4) Shorting and rust shorting of the material by the shorting machine; h5) material coating and surface coating by the coating machine; h6) Coating and shaving of materials by the coating machine; becomes one or more of the following: purification, facility purification, river aeration, or water purification.

B) or a) the number or material that has passed through at least one of the conmang thread spiral, the tube to the hexagonal handset, the storage to the painting machine, and the equipment; b) the above number or material containing at least one of the above Ca to KNaSiAl in addition to the above; c) In addition to the above, catalyst, ion, air, pressure, air bubble, oxygen, hydrogen, nitrogen, carbon, medicine, drug, medicine, chemical solution, ocher, ozone, enzyme, yeast, microorganism, nutrient, photocatalyst, cation, anion, Enzyme, aerobic agent, anaerobic agent, activator, carbonic acid agent, cleaning agent, purifying agent, reactive agent, adsorbent, coagulant, bactericide, disinfectant, aromatic agent, antibacterial agent, foaming agent, detoxifier, phytoncide, germ remover, decontamination agent, odor remover, atopy source The number or substance containing at least one of a removing agent, an environmental hormone removing agent, a sick house syndrome removing agent, a pump press, a blower press, and a wind compressor press; d) the catalyst containing at least one of the Ca to KNaSiAl and the number to material containing at least one of the wind compressor; One or more of the are used or included to be one of purification, facility purification, river aeration, water purification.

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

Embodiment 1 of the present invention is A) an electromagnet having a coil on a magnet and an iron core for pouring, spraying, etc., in which the pouring material contacts, flows, passes, etc.; b) a conmangbongteul on which the magnet or electromagnet is mounted; c) a device in which one of the magnet, electromagnet, and cone bag is mounted (this corresponds to a tank, a barrel, a box, a tank, a tube, a pipe, a hollow tube, a hollow body, etc.) or a hollow body; d) a drone or 3D printer equipped with or moving one of the magnet, electromagnet, conmangbongteul, instrument, and hollow body; e) a wind compressor for supplying pressurized air (compressed air) to one or more of the magnet, electromagnet, conmang bag, instrument, hollow body, drone, and 3D printer; f) or a solar generator or wind generator that supplies electricity to one of the above instruments, drones, 3D printers, electromagnets, and coils; At least one of them is provided; Equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetization vortex pouring equipment,

B) or magnetization (by the magnet, etc.) through one or more of the magnet, electromagnet, cone bag, instrument, hollow body, drone, 3D printer, (by the cone bag), vortex (by the magnet, cone bag) ) one of the magnetic vortices a) casting material; its inclusions; b) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of which (one of Ca to CaFe), ash, ion, component, element, element, substance At least one of the reactants, binders, inclusions, nanomaterials, resin materials, by-products, carbon materials, fibers, catalysts, fiber materials, latex materials, biomaterials, and phytoncide materials (at least one of Ca to phytoncide materials ) The pour material or containing material contained (the magnetization, eddy current, one of the magnetized vortex casting material, its containing material); being poured; It relates to eco pouring equipment, characterized in that it is one of equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, and magnetized vortex pouring equipment.

Examples of Embodiment 1 include A) a) an electromagnet holding a coil wound around an iron core; c) the konmangbongteul mounting hollow body; d) a drone or 3D printer equipped with the hollow body or moving the hollow body; e) a wind compressor for supplying pressure to the hollow body; f) or a solar generator or wind generator supplying electricity to the coil; The pouring equipment provided with one or more of B) or the pouring equipment on which the magnetic vortex pouring material passing through the cone mang frame or hollow body is poured.

The magnets, magnetic bodies, electromagnets, cone rods, instruments, hollow bodies, drones, 3D printers, equipment, casting equipment, magnetization equipment, magnetization placement equipment, magnetization vortex placement equipment, etc. It plays a role in magnetization and pouring. The above equipment, pouring equipment, magnetized equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc., includes a hose, nozzle, sprayer for pouring material, a supply path or supply line for supplying material to the pouring material, and a supply or introduction of pressurized pouring material thereto. It is possible to basically have a pump to do, a storage for providing or injecting the pouring material thereto.

In the present invention, electricity is a) electricity, power, power, power source, switchboard, outlet, plug, charger, rechargeable battery, battery, battery, KEPCO power, KEPCO electricity, commercial power, commercial electricity, incoming power, incoming electricity, generator electricity, Solar generator electricity, wind turbine electricity, power supply, power supply, b) or equipment, material, object, pump, compressor, electromagnet, coil of an electromagnet, pouring equipment, storage, mixer, pressurizer, feeder or supply line belonging thereto, pouring Electricity supplied to machines, sprayers, injectors, syringes, shorting machines, coating machines, painting machines, laying machines, packaging machines, mixers, compactors, curing machines, and cotton processing machines, etc.

Example 2 is A) a) conmangbongteul helix; b) b1) as one of them, 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 and having all holes larger than those of the net And, a structure composed of a spiral located on one side of one of the cone, net, and frame; b2) one or more members among cones, nets, rods, frames, and spirals having shapes different from their own terms or shapes; b3) cone-shaped or multi-porous cone-shaped thread with perforated holes; b4) Or a cone, net, rod, frame, or spiral having a shape different from its own terms and at least one member among cones, nets, rods, frames, and spirals; b5) or a cone in which the pouring material overflows the outer slope and flows into the inner slope and vortexes; A network in which the pouring material passes through its own hole and vortexes; A bar in which the pouring material collides and vortexes; A frame in which the casting material vortexes while passing through its lattice holes larger than the fine (because the lattice holes of the frame are larger than the hole holes of the net or have a larger particle diameter); The structure of the spiral in which the casting material swirls and vortexes; One of (a) a cone-shaped thread, b1) a component, b2) a sphere, b3) a sphere, b4) a sphere, b5) one of the components) mounted or mounted on one of the magnets, the magnet is the lining a magnetic body, an electromagnet in which a coil is wound on an iron core, or two or more plural magnets having the same or different magnetic forces;

b) a magnet or electromagnet embedded in or affixed to one of said cones, nets, rods, frames, spirals, structures, spheres and cones, or embedded or affixed to its central passage (in said one central passage); (Here, the cone, net, rod, frame, and spiral are one of the cones, nets, rods, frames, and spirals constituting the cone, net, rod, frame, and spiral. One of the cones, nets, rods, frames, and spirals or a central passage thereof has a magnet or electromagnet can be embedded or attached), c) one of the magnets or electromagnets (a) a magnet, a magnetic body lined with a magnet, an electromagnet with a coil wound around an iron core, two or more magnets having the same or different magnetic forces; b) either a magnet or an electromagnet) a mounting device or a hollow body; d) a drone or a 3D printer that moves one or more of the magnet, magnetic material, electromagnet, mechanism, or hollow body, or places the pouring material by means of the device; e) a wind compressor for supplying pressurized air (compressed air) to one or more of the magnet, magnetic body, electromagnet, cone, net, frame, spiral, construction body, cone wire spiral, instrument, hollow body, drone, 3D printer, and casting material; f) or a solar generator or wind power generator that supplies electricity to one or more of the above instruments, drones, 3D printers, electromagnets, and coils thereof; Equipment equipped with one or more of, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetized vortex pouring equipment,

B) or magnetization (by the magnet, electromagnet, magnetic body, etc.) through one or more of the magnet, magnetic body, electromagnet, instrument, hollow body, drone, 3D printer, (the cone, net, rod, frame, spiral, construct, A) one of the magnetized vortices (by the magnet, electromagnet, magnetic body, cone, net, rod, frame, spiral, structure, sphere, cone net spiral, etc.) of the vortex (by the sphere, the sphere, the sphere, the spiral, etc.); its inclusions; b) or one or more of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, ashes, ions, components, elements, elements, substances, reactants, combinations, including Water, nanomaterial, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio material, and phytoncide material containing one or more of the above pouring material or containing material; It relates to eco pouring equipment, characterized in that it is one of equipment, magnetized pouring equipment, and magnetized vortex pouring equipment.

An example of Embodiment 2 is A) a) a magnet or electromagnet on which a conmangbongteul spiral is mounted; b) a magnet or electromagnet embedded in or attached to the conmang bongteul helix or embedded or attached to the central passage of the conmang bongteul helix; c) a mounting mechanism or hollow body for one of the magnet or electromagnet; d) a drone and a 3D printer equipped with the hollow body to place a casting material; e) a wind compressor supplying pressure to the hollow body; f) Solar generators or wind generators that supply electricity to the coils of electromagnets; Casting equipment equipped with one or more of; B) Or the casting equipment in which a casting material that has passed through one or more of the magnet, magnetic body, electromagnet, mechanism, hollow body, drone, and 3D printer is poured. The magnet, magnetic body, electromagnet, cone rod, tool, hollow body, drone, 3D printer, equipment, casting equipment, magnetization equipment, magnetization casting equipment, magnetization vortex casting equipment, etc. It plays a role in magnetization and pouring. The above equipment, pouring equipment, magnetizing equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc., includes a hose, nozzle, sprayer for pouring material, a supply path or supply line for supplying the pouring material thereto, and a pressurized pouring material provided or introduced thereto. It is possible to basically have a pump to do, a storage for providing or injecting the pouring material thereto.

Examples of the above 'b2) at least one of a cone, a net, a rod, a frame, and a spiral having a shape different from its term or shape include a net member having a plate, a net member having a plate shape, and a block. A net carrier with a net carrier, a net carrier with a block shape, a net carrier with a tube, a net carrier with a tube shape, a net carrier with a hat, a net carrier with a hat shape, a net carrier with a cone , Net member having a cone shape, frame member having a rod, frame member having a rod shape, spiral member having a cone, spiral member having a cone shape, rod member having a spiral, having a spiral member A rod member, a frame member having a net, a frame member having a net shape, a net member having a frame, a net member having a frame shape, and the like are applicable.

Examples of 'b4) or at least one member among cones, nets, rods, frames, and spirals having shapes different from their own terms among cones, nets, rods, frames, and spirals' include a net member having a cone, Net member with cone shape, frame member with rod, frame member with rod shape, spiral member with cone, spiral member with cone shape, rod member with spiral, rod with spiral shape A carrier body, a frame carrier with a net, a frame carrier with a net shape, a net carrier with a frame, a net carrier with a frame shape, and the like are applicable. In the sphere body, the sieve corresponds to a sieve, an object, a body, a facility, a means, a sphere body, a structure body, a stationary body, a hollow body, a porous body, and the like.

Example 3 is a) a1) a11) magnet, electromagnet, magnetic body, magnetic body, magnetic force body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydride body, magnetized wave body, magnet support body, magnetized energy body, magnet The lined magnetic body, an electromagnet in which a coil is wound around an iron core, two or more magnets having the same or different magnetic force, and the magnet or electromagnet magnetizing the casting material; a12) a magnetic body, a magnetization body, or a magnetic field body in which one of the magnet or electromagnet is embedded or lined; It is equipped with one of the magnets, and a13) cone, bongteul, conbong, mangcon, mangbong, mang spiral, cone spiral, conbong helix, conmong bongteul, conmong bongteul, conmong bongteul spiral, conmangbong spiral, conmang bongteul spiral , perforated cone-shaped closed spiral, porous cone-shaped closed closed spiral; a14) the cone or cone-mang-bonttle spiral for vortexing the pouring material or the magnetized pouring material;

a2) the magnet, magnetic field body, or magnets through which the pouring material contacts or passes while one of the cones or cones is provided with a coupling structure opposite to the above; a3) a31) At least one of the above a1) cone or cone rod spiral, a2) magnet or magnetic field body is provided or embedded, and the casting material is stored, stored, passed, contacted, flowed, passed, etc. , board, membrane, tank, box, tank, tube, hose, spiral, body, object, block, tool, facility, zinc body, metal body, porous body, wave 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 tank or hollow pipe is buried; a33) or a331) connecting means at one end, both ends, or at least one in the middle (of one of the above jaws or hollow bodies), a332) having an inclined tube, an injector, a check valve on the side (of one of the above jaws or hollow bodies), or The tank or hollow body equipped with one or more of additive inlet injectors; Equipped with one or more of; Or (one or more of) is provided in one or more of the following storages, surface treatment machines, wind compressors, drones, and 3D printers belonging thereto; Casting equipment, magnetized pouring equipment, magnetized vortex pouring equipment;

b) Casting material that has passed through one of the cone or hollow body, magnetized pouring material (by one of the magnet or magnetic field body), magnetized vortex pouring (by at least one of the magnet or magnetic field body, and cone or cone wire spiral) b1) pouring one of the ashes; (or performing one or more of pouring, storage or surface treatment), b2) or one of b21) hole, surface, surface, subsurface, crack, curing surface, material surface, facility surface, boring hole, leak part, excavation part , formwork, b22) placing one or more reinforcing bars, steel frames, or reinforcing bar networks embedded in one of them; (or one or more of pouring, storage or surface treatment) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; c) one of the cone or hollow body c1) its inside, outside, inlet, outlet, passage, hollow part, connection part 18, storage part, mixing part, pressurizing part, supply part, pouring part; c2) or hoses, passages, pipes connected to them; Casting equipment, magnetized pouring equipment, and magnetized vortex pouring equipment provided in one or more of the following;

d) one or more of the cones or hollow bodies, d1) storing, mixing, pressurizing, supplying, pouring or mold casting, spraying or slope spraying, injection or underground injection, injection or crack injection, shorting or rust shotting, Storage, blender, pressurizer, feeder or feedway, pourer, sprayer, injector that performs either coating or face coating, painting or shaving, laying or ground laying, paving or paving, mixing or underground mixing, compaction or underground compaction , syringe, shorting machine, coating machine, painting machine, laying machine, packing machine, mixing machine, compactor; d2) a curing machine for curing one of the pouring or mixing materials; d3) a surface treatment machine for surface-treating 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 connection parts 18, connections, joints wealth; In one or more of, equipped pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; (The above sentence indicates pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc. in which at least one of the cone or hollow body is provided in one or more of the storage or surface treatment machine, inside or joint;)

e) e1) e11) a wind compressor for injecting pressur into at least one of the cone or hollow body, the storage chamber or hollow unit, and the pouring material; e12) A drone or 3D printer that moves one or more of the storage or surface treatment machine, is equipped with one or more, or performs one of the storage or surface treatment by the installation; e13) A generator, mobile generator, solar generator, wind generator that supplies electricity to at least one of the coil, storage, surface processor, drone, 3D printer, casting equipment, and its power source; e14) The wind compressor, drone, or 3D printer provided with one of the cone or hollow body; e2) equipped with one or more of (a13) cone or e14) 3D printer); e22) Alternatively, pouring equipment that performs at least one of the above magnetization, eddy current, storage or surface treatment, pressure injection, movement, and electricity supply;

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

An example of Example 3 is one of the pouring equipment, a) a1) magnets, and a cone-shaped thread spiral through which the pouring material contacts or passes; a2) the magnets in which the casting material is contacted or passed while the conmangbongteul spiral is provided with a coupling structure opposite to the above; a3) a tank or a hollow body in which the pouring material is stored or passed while the conmangbongteul spiral or magnets are provided or embedded; Casting equipment equipped with one or more of them; b) a pouring equipment for pouring a pouring material that has passed through one of the conmangbongteul spiral or hollow body; d) At least one of the cones or hollow bodies is a storage, blender, pressurizer, feeder or supply path, pourer, sprayer, injector, syringe, shorting machine, coater, painting machine, laying machine, packaging machine, mixer, compactor, sheep Casting equipment equipped in one of the raw materials and surface treatment machines; e) Casting equipment equipped with one or more of drones, 3D printers, generators, mobile generators, solar generators, and wind generators; f) f1) Phytoncide is contained in the pouring material; f2) or the pouring equipment in which the pouring material is one of mortar, milk, chemical solution, suspension, slurry, mixture, compact, ready-mixed concrete, ascon, concrete, paste, and plaster; One of them is eco pouring equipment.

Example 4 is a) a1) one of the magnets (10, 16) a11) magnet (10), magnet group, electromagnet, twin magnet, bar magnet, flat magnet, atomic magnet, magnet, magnet body, magnetic body, magnetic force sieve, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, magnetized body, magnetized energy body, double magnet, multiple magnet, multi-species magnet, composite magnet, nano magnet, 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, an electromagnet in which a coil 98 is 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 plural magnets having the same or different magnetic force, a solenoid electromagnet , A magnet with a holder 12, a vortex-type holder equipped with a holder 12 having a function of vortexing a means or a material having a function of vortexing a material; a12) The magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet or non-mounted magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body (one of the magnet or non-mounted magnet), casting material (1) The magnet that magnetizes the magnet to the non-mounted magnet; a13) at least one of the magnets or non-mounted magnets embedded, covered, lining 15, or repeated, combined, or connected two or more magnets, magnetic bodies 16, magnetized bodies, and magnetic field bodies; It has one of, or its own (i.e., one of the following cones or spirals), a hole, an inside, an outside, an inner surface, an outer surface, one side, both sides, a passage, a hollow, a center, a center thereof, a side thereof, a passage As it is provided in one or more, the casting material contacts or passes

a2) a21) Cone, Bong, Conche, Bongche, Conmang, Mangcon, Conbong, Manbong, Bongmang, Bongteul, Bongcon, Protruding rod, Conical cone, Conical cone, Spiral cone, Inclined cone, Double cone, Multi-cone, Spiral cone, Multi-hole cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone funa wire, spiral cone, spiral cone, spiral cone, spiral cone, spiral cone, cone-wina wire, single-spaced cone, double-spaced cones, mesh spirals, cone mesh coils, cone mesh spirals, cone mesh spirals, cone mesh spirals, cone mesh coils, cone mesh spirals, cone mesh coils, cone mesh coil spirals, perforated cone mesh spirals, perforated cone type cone mesh cylinder spirals; a22) A cone with an inclination angle of 1 to 89 degrees, a separation cone whose separation range is between the outer diameter (of the magnet) and the inner diameter (of the hollow body), one side hollow diameter (11-1) is 1.1 of the other side hollow diameter (11-2) A cone whose length is 0.1 to 0.8 times the length of one of the magnet or non-mounted magnet or a cone whose length is 0.1 to 10.0 times the diameter of the hollow on one side 11-1, the cross-sectional area of the hollow on one side 11-1 is the hollow a cone 0.05 to 0.9 times the sectional area inside the body or 1.1 to 10.0 times the sectional area of the magnet; a23) the cone or cone-shaped thread spiral (11, 48, 45, 46, 47) that vortexes the pouring material or the magnetized pouring material; b) the magnet or magnetic field body (10, 16) through which the casting material is in contact with or passes while one of the cone or cone-mangbonteul spiral is provided with a coupling structure opposite to the above;

c) c1) a) a cone or a cone-shaped spiral, b) a magnet or a magnetic field body, and a tank, barrel, box, rod, plate, membrane, tank, box, or water tank in which the pouring material is stored or passed while being provided or embedded , tube, hose, spiral, body, object, block, tool, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow tube, hollow body (13); c2) a tank or hollow body through which the pouring material contacts or passes while one of the tank or hollow pipe is buried; c3) or c31) at least one connection means (99) at one end, both ends, or in the middle, c32) provided with an inclined pipe (95), an injector (91), and a check valve (92) on the side or an additive (90) inlet injector (91) ) The tank to the hollow body provided with one or more of;

d) d1) one of the cone or hollow body is provided, or the pouring material is stored, injected, mixed, pressurized, supplied, poured or molded, sprayed or slanted, injected or underground injected, injected or cracked, Storage (20), hopper (21), blender ( 22), pressurizer or pump 23, feeder or feedway 25, pouring machine 26, sprayer, injector, syringe, shorting machine, coating machine, painting machine, laying machine, packaging machine, mixer, compactor; d2) a curing machine 26 for curing one of the pouring or mixing materials, or a curing machine for curing by spraying pouring materials such as pouring water with a sprayer; d3) a surface treatment machine (26) for surface treatment of the curing product after the curing, or a surface treatment machine for surface treatment of the concrete curing product by placing a pouring material such as milk through a sprayer;

e) one of the cone or hollow body is e1) one of the reservoir or face processor; an inner, outer, inner surface, outer surface, surface, inlet, outlet, passage, hose, pipe, cutout, hollow; e2) or two or more connections, junctions, joints; Casting equipment provided in one or more of the storage and surface treatment machines; f) a wind compressor (50) for injecting pressure into one or more of the pouring material, raw material, cone or hollow body, storage or surface treatment machine, inside or hollow part, or pouring material; As one example of this, a wind compressor for injecting pressure into the pouring material to form a lightweight pouring material; g) Drone 70, 3D printer 71 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 ); h) the wind compressor, drone, and 3D printer provided with one of the cone or hollow body; As an example of this, a drone equipped with the hollow body and pouring pouring material ejected from the hollow body, a 3D printer equipped with the hollow body caster equipped with its own plotter and pouring pouring material sprayed from the pourer,

i) a generator, a mobile generator, a solar generator 80, a wind generator 81 that supplies electricity to one or more of the coil, storage, surface treatment machine, wind compressor, drone, 3D printer, casting equipment, and a power source thereof; One example of this is a solar generator and a wind generator that supplies self-generated electricity to the coil to form an electromagnet in which magnetic force is generated; j) Equipped with at least one of the cone or wind turbine j1) Placing equipment, magnetized pouring equipment, magnetized vortex pouring equipment 27; j2) Casting 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, magnetic pouring material, and magnetic vortex pouring material that has passed through one of the cone or 3D printer; (with one or more of pouring, storage or surface treatment) or buried inside one of the holes, surfaces, surfaces, underground, cracks, curing surfaces, material surfaces, facility surfaces, boring holes, leaks, excavations, molds, etc. Casting on one or more reinforced reinforcing bars, steel frames, and reinforcing bar networks; Placing equipment (which performs at least one of pouring, storage or surface treatment), magnetized pouring equipment, and magnetized vortex pouring equipment 27; One example of this is pouring equipment for placing the casting material on the mold and the reinforcing bars assembled therein; ℓ) One of the cones or wind turbines is ℓ1) its own (of pouring equipment) inside, outside, inlet, outlet, passage, hollow part, connection part, storage part, mixing part, pressurizing part, supply part, pouring part; ℓ2) or hoses, passages, pipes connected thereto; Casting equipment 27, magnetized pouring equipment, magnetized vortex pouring equipment provided in at least one of; One of these is an inflow hose, an outflow hose, etc., which is the inflow of the pouring material, the outflow of the pouring material, or a pouring device equipped with one of the cone or wind power generator inside it,

m) m1) Water, water, liquid, oil, medicine, air, go, agent, ash, sol, gel, gas, sand, gravel in the pouring material (1) , aggregate, ash, carbon, resin, ion, catalyst, waste dust, stone dust, dust, iron powder, powder, mineral, tailings, rock, sulfur, ocher, clay, white clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcing material , nano material, magnetite, apatite, latex, microorganism, by-product, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontaminant, admixture, mixing water, compounding material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geo Polymer, SiO ₂ 40 to 60 parts by weight Ash, quartz 37 to 83 parts by weight Loess, CaO 58 to 74 parts by weight Binder, FeO or Fe ₂ O ₃ 0.5 to 85 parts by weight By-products, length 1.1 of its own thickness ~100 times the soft fiber, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the above Ca to CaFe agent, ash, ion, component, element, element, substance , Reactants, binding materials, inclusions, nano materials, resin materials, by-products, carbon materials, fibers, catalyst materials, fiber materials, latex materials, bio materials, or containing at least one of phytoncide materials; m2) or the pouring material 1 is m21) water, water, liquid, oil, medicine, energy, high, agent, ash, sol, Gel, mortar, milk, chemical solution, suspension, slurry, formulation, compacted product, ready-made concrete, asphalt concrete, concrete, paste, plaster, m22) 100 parts by weight of the above-mentioned water to plaster containing at least one of the above-mentioned water to plaster, m23) or binder 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 an admixture, m232) 50 to 400 parts by weight of water or ionized water, based on 100 parts by weight of the above. 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 loess or masato, 0.005 to 50 parts by weight of resin, polymer or latex, 0.0001 to 40 parts by weight of fiber or reinforcing material or nano material, 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, which is one of the mortar or plaster, which is one of the above mortars, which is one of the pouring equipment, magnetized pouring equipment, magnetic vortex pouring equipment, and the pouring equipment (27); One of (one of a) to m) or one or more (one or more of a) to m) is related to eco pouring equipment, characterized in that included.

The summary of Example 4 is a) a1) one of the magnets, a11) magnet to vortex-type holder non-magnet; a12) the magnet or non-mounted magnet; a13) a magnet or a magnetic field body; A2) a cone to a perforated cone-shaped cone-shaped cone-mang-bondtle spiral in which one of them is provided and the pouring material is in contact with or passed through; b) the magnet or magnetic field body through which the casting material contacts or passes while one of the cones or cones is provided with a coupling structure opposite to the above; c) c1) crude to hollow bodies; c2) tanks, hollow bodies; c3) the above tank or hollow body; d) storage bins or face processors; e) pouring equipment, the storage shed or surface treatment machine; f) wind compressors; g) drones, 3D printers; h) the wind compressor, drone, and 3D printer provided with one of the cone or hollow body; i) Generators, mobile generators, solar generators, wind generators; j) Casting equipment, magnetized pouring equipment, magnetized vortex pouring equipment; k) Casting 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 pouring equipment; It relates to eco pouring equipment, characterized in that one or more are included.

The example of Example 4 is one of the pouring equipment, a) a conmangbongteul spiral through which the pouring material contacts or passes while magnets are provided; b) the magnets in which the casting material is contacted or passed while the conmangbongteul spiral is provided with a coupling structure opposite to the above; c) c1) a hollow body through which a pouring material is stored or passed while one of the conmangbongteul spiral and magnets is embedded; d) a storage or surface treatment machine in which one of the conmangbongteul spiral, magnets, and hollow bodies is provided; f) a wind compressor injecting pressure into one of the materials and equipment; g) a drone and a 3D printer equipped with the above equipment to place the pouring material; i) generators, mobile generators, solar generators, wind generators that supply electricity to the equipment; j) pouring equipment equipped with one or more of the above equipment; m) microorganisms are contained in the pouring material; Or, the pouring material is one of mortar, milk, chemical solution, suspension, slurry, compound, compact, ready-mixed concrete, ascon, concrete, paste, and plaster.

Example 5 is a) magnetized (by magnets, etc.) or magnetized vortex pouring material (by magnets, etc.); A magnet with a cone or a magnet with a cone (ie, a magnet with a cone) embedded in a hollow body passing through a pouring material or a magnetized vortex pouring material; its inclusions; b) or one or more of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, ashes, ions, components, elements, elements, substances, reactants, combinations, including Water, nano materials, resin materials, byproducts, carbon materials, fibers, catalyst materials, fiber materials, latex materials, bio materials, and materials containing at least one of phytoncide materials; one of a) casting; b) manufacturing materials by pouring or constructing facilities; c) pouring for construction of materials or facilities; d) Or (sequentially provided) magnet, its mounting cone, its mounting mechanism or hollow body, its mounting through one of the casting equipment, the casting, manufacturing, construction; It relates to an echo pouring method characterized by doing one of the following.

In the example of Example 5, a pouring material or a magnetized vortex pouring material passing through a hollow magnet embedded with a cone is placed; b) manufacturing materials by pouring or constructing facilities; c) Echo pouring method, etc., characterized in that one of the pouring is applied for the creation of materials or facilities.

Example 6 is A) a) a1) magnet, electromagnet, magnetic body, magnetic body, magnetic force body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydride body, magnetized wave body, magnet support body, magnetized energy body, iron core An electromagnet in which a coil is wound, two or more magnets having the same or different magnetic force, and the magnet or electromagnet magnetizing the pouring material; a2) a magnetic body, magnetization body, or magnetic field body embedded in one of the magnets or electromagnets or lining; Cones, rods, cone rods, mesh cones, mesh rods, mesh spirals, cone spirals, cone rod spirals, cone rods, cone rods spirals, cone rods spirals, cone rods spirals, and perforated cone rods spirals with one of them being provided and the pouring material being in contact with or passing through. , Porous cone-shaped cone-shaped threaded spiral; The cone or conmangbongteul spiral for vortexing the pouring material of the contact or passage or the magnetized pouring material;

b) the magnet or magnetic field body through which the casting material contacts or passes while one of the cones or cones is provided with a coupling structure opposite to the above; c) Tanks, barrels, boxes, rods, plates, membranes, tanks, boxes, water tanks, tubes in which the casting material is stored or passed while at least one of the above a) cones or cones, b) magnets or magnetic fields are provided or embedded. , hose, spiral, body, object, block, tool, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow tube, hollow body; d) a hollow body through which the pouring material passes while one of the tank or hollow pipe is buried; e) or the hollow body having at least one of a connecting means, an inclined pipe, an injector, a check valve, or an additive inlet injector;

f) f1) one of the cone or hollow body is provided, or the pouring material is stored, blended, pressurized, supplied, poured or molded, sprayed or slanted, injected or underground injected, injected or cracked, shot, or Storage, blender, pressurizer, feeder or feedway, pouring machine, either rust shotting, coating or face coating, painting or shaving, laying or ground laying, paving or paving, mixing or underground mixing, compaction or underground compaction Sprayers, injectors, syringes, shorting machines, coating machines, painting machines, laying machines, packaging machines, mixers, compactors; f2) a curing device for curing one of the pouring or mixing materials; f3) a surface treatment machine for surface-treating the cured product after the curing;

g) g1) a wind compressor for injecting pressure into at least one of the cone, surface treatment machine, and casting material; g2) A drone or 3D printer that moves one or more of the cone or surface processor, is equipped with one or more, or performs one of the magnetization, vortex, magnetization vortex, storage and surface treatment by the installation; g3) a generator, a mobile generator, a solar generator, or a wind power generator that supplies electricity to at least one of the coil, storage, surface treatment machine, casting equipment, and its power source; g4) the wind compressor, drone, and 3D printer provided with one of the cone or hollow body; h) one or more of the cone or wind power generator, magnetized pouring equipment, magnetized vortex pouring equipment; pouring by or using one or more of; pouring material; The storage or surface treatment; Or the above storage or surface treatment accompanying casting;

B) a) pouring material that has passed through one of the cone or pouring equipment; b) one of b1) water, water, liquid, oil, medicine, qi, goo, agent, ash, sol, gel, substance, material , mortar, milk, chemical solution, suspension, slurry, remital, remicon, ascon, concrete, paste, plaster; b2) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of the above Ca to CaFe, ash, ion, component, element, element, substance, reactant, The pouring material or plaster containing at least one of binder, inclusion, nanomaterial, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio material, and phytoncide material; b3) the pouring material or plaster of the magnetization type; pour one or more of them; The storage or surface treatment; Or the above storage or surface treatment accompanying casting;

C) One of the above castings: a) Formwork casting, rebar placement, steel frame placement, factory placement, on-site placement, manufacturing placement, construction placement, striking, pouring, putting, laying, ground placement, injection, underground injection, injection, grouting, Insertion, boring hole injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, coating, surface coating, painting, razor, pavement, road pavement, compaction, surface compaction, underground compaction, mixing, Ground mixing, curing, water curing, air curing, steam curing; b) Curing one of the pouring or mixing materials and surface treatment of the cured surface; c) pouring and surface treatment; d) Storage, input, mixing, pressurization, pressure transfer, pumping, transport, transport, supply, provision, and the above-mentioned beating or surface treatment accompanying casting;

D) one of the cones to plasters is used; Or one or more of the pour material to plaster is poured; or by one or more of the above storage to face treatment; a) Manufacturing, fabrication, production, construction, construction, process, work, casting, material manufacturing, facility construction, material casting, re-casting, formwork, rebar, steel frame, cast-in-place, underground, underwater, slope casting, pavement, boring hole, excavation; b) or construction, construction, process, operation of one of the above manufacturing or excavation casting; E) or one of the above A) placing to D) work, or one, or the method, method, work, doing, act, work, action, performance, process, task of doing one or the other; It relates to an echo casting method characterized by doing one or more of, or being more than one.

An example of Embodiment 6 is A) a conmang seal spiral in which two or more magnets having the same or different magnetic forces are provided and the pouring material contacts or passes through; c) a hollow body in which the pouring material is stored or passed while the cone-shaped thread spiral is provided or embedded; f) a storage or surface treatment machine in which one of the conmangbongteul spiral and the hollow body is provided; g) g1) a wind compressor for injecting pressure into the hollow body; g2) A drone and a 3D printer for pouring a pouring material to which the hollow body is mounted; g3) generators, mobile generators, solar generators, wind generators that supply electricity to the equipment; h) one or more of the cone or wind power generator, magnetized pouring equipment, magnetized vortex pouring equipment; pouring by or using one or more of; pouring material; The storage or surface treatment; Or the above storage or surface treatment accompanying casting; B) pouring the pouring material through one of the conmangbongteul spiral or pouring equipment; The storage or surface treatment of the pouring material; The storage or surface treatment using a pouring material; One or more of, or an echo pouring method characterized in that more than one is applicable.

Example 7 includes: 1) making an electromagnet or a solenoid electromagnet by winding a coil around one of a rod, core, iron core, bolt, or metal (having the function of magnetizing the casting material); 2) making a magnet by compressing or using magnet raw materials or powder (with a function of magnetizing the pouring material); 3) Purchasing or preparing one or more of magnets, electromagnets, cones, nets, rods, frames, and spirals (having the function of making the pouring material magnetize, vortex, or magnetized vortex); 4) combining two or more of the magnets and electromagnets to produce one or more of the combined magnet and electromagnet; 5) inserting a separation material or membrane between neighboring magnets or electromagnets to separate 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 equipped with one of the magnet, electromagnet, or magnetic material or provided in its central passage, a cone, a rod, a cone, a mangkon, a mangbong, a mang spiral, a cone helix, a conebong spiral, a cone mongteul, a cone mongteul helix, a conmangbong helix , Manufacturing one of the magnet, the electromagnet, and the magnetic body provided with one of the cone or cone-mang-bonteul spiral, or conversely;

8) 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 below, and magnetizes the pouring material. Equipped with a magnet or a magnetic body lined with teeth, or provided in its central passage, spaced a certain distance from the surface of the magnet or magnetic body; a) Con, bongteul, conbong, mangcon, mangbong, mang spiral, conn spiral, conbong helix, conmanbongteul, conbongteul helix, conmanbong helix, conmanbongteul helix; b) the cone or cone-shaped threaded spiral having a length of 0.1 to 0.8 times the length of the magnet or magnetic body, and the cone or cone-shaped threaded thread having a distance between the outer diameter and the inner diameter; c) the above-mentioned cone or cone-mang-bondtle helix having an inclination angle of 1 to 89 degrees; manufacturing one or more of;

9) at least one of the magnets, electromagnets, magnetic materials, cones or cones, cones or cones with magnetic materials, and magnetic materials with one of cones or cones or cones with cones or cones; a) a1) A barrel, tank, box, rod, plate, membrane, tank, box, tube, hose, spiral, screw, body, object, metal body, porous body, wave in which the pouring material is stored, stored, contacted, passed, etc. Sieves, polymeric bodies, water tanks, means, facilities, pipes, hollow tubes, hollow bodies; a2) a hollow body embedded in one of the above tank or hollow tube; b) b1) pouring equipment for pouring materials; b2) As one of or accompanying it b21) Storage, pouring, mixing, pressurizing, transporting, supplying, pouring, pouring, pouring, injection, spraying, coating, painting, packaging, compaction, mixing of pouring materials or their curing products , curing, or cotton treatment; b22) or the pouring material or its curing is one of the above storage or surface treatment; storage, hopper, blender, pump, transporter, supply line, pouring machine, laying machine, injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, mixer, curing machine, surface treatment machine;

c) a wind compressor for injecting pressure generated by using rotational force of wind into at least one of the pouring material, pouring equipment, and surface treatment machine; d) having one of the above pouring equipment or a wind compressor; or moving one; Or performing one or more of the pouring, storage or surface treatment by the above equipment; d1) drones, 3D printers; d2) One of them d21) A drone equipped with at least one of a solar cell and a wind generator, 3D printer; d22) A drone equipped with a caster mounted on a main body that flies by rotating blades; d23) 3D printer equipped with a casting machine that moves three-dimensionally while being mounted on a frame;

e) or e1) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one agent, ash, ion, component, element, element, reactant, compound, containing water, nano materials, resin materials, by-products, carbon materials, fibers, catalyst materials, fiber materials, latex materials, bio materials, phytoncide materials; e2) Fibers, fibers, reinforcing materials, earthquake-resistant materials, dust-proof materials, nanomaterials, micromaterials, phytoncides, magnetized phytoncides, cypress phytoncides, distilled wood phytoncides, biophytoncides containing microorganisms, magnetized phytoncides passing through magnetic materials, magnetized phytoncide passing through a magnetic material with a cone; e3) Water-soluble resin containing at least one of the above Ca or phytoncide, anaerobic microorganisms, carbon compounds, ash containing 40 to 60 parts by weight of SiO ₂ , ocher 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 0.5 to 85 parts by weight, including by-products, soft fibers whose length is 1.1 to 100 times their own thickness; e4) Water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, loess, masato, granite, magnetite, apatite, dolomite, sand, gravel, aggregate, Ash, carbon, resins, catalysts, waste, minerals, tailings, rocks, by-products, slag, cement, asphalt, expanding agents, foaming agents, waterproofing agents, decontamination agents, admixtures; e5) mixing water containing at least one of the Ca to admixtures, mixing materials, mixing mixtures, mortar, milk, liquid chemicals, suspensions, slurries, ready-mixed concrete, ascon, concrete, paste, plaster; e6) a casting material or casting material that is or contains one or more of the above Ca or plaster; at least one of which passes; or the pouring of one or more, or the storage, dosing, blending, pumping, transporting, supplying, pouring, pouring, injecting, spraying, coating, painting, packaging, compacting, mixing, curing, which is one of or attends to the pouring; doing one or more of the face treatments; The casting equipment or 3D printer;

f) the casting equipment or 3D printer provided with one of the tank or hollow body; g) A tube, conduit, nozzle, packer, rod, tube, hose, line, hose line, connecting line, inlet, outlet, outlet, nozzle, casing that is one of or included in or associated with one of the above cylinders or 3D printers , hollow tube, double tube, triple tube, multi tube; Step provided or embedded in one or more of;

10) forming one of the magnetization-type tube, 3D printer, tube or multi-tube by providing one of the magnet, electromagnet, and magnetic material; 11) Forming one of the above-described tub or multi-tube equipment, equipment, pouring equipment, pouring equipment, magnetization equipment, and magnetization equipment; 12) 12a) Solar generators, wind generators, wind generators with solar electricity, solar generators with windmills, solar wind generators with solar cells and windmills that generate electricity using the sun or wind or solar wind; 12b) Solar generators, photovoltaic generators, and solar thermal generators composed of solar cells and inverters or a rotating body by steam using solar heat and a generator connected thereto; 12c) a wind turbine consisting of a wind turbine and its rotating shaft, a transmission mounted thereon, and a generator connected thereto; purchasing or manufacturing one or more of;

13) installing one or more of the solar generator, wind turbine, and solar wind power generator in one or more of the tub or multi-pipe, device or magnetizer, factory, site, neighborhood, or surroundings where one of them is stored; 14) applying electricity generated by at least one of the solar generator, wind turbine, and solar wind turbine to one of the coil, electromagnet, tub or equipment; 15) applying electricity to the coil so that the coil-equipped electromagnet becomes magnetic; In addition to one or more of

16) Storage, input, mixing, pressurization, transportation, supply, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, becoming one or more of the face treatments; 17) storing pouring material raw materials in the storage; 18) inputting pouring material into a mixer through the hopper; 19) mixing the pouring material by the blender; 20) the step of installing the mold;

21) Bars, rods, nets, beams, bars, plates, cells, reinforcing bars, steel frames, steel bars, H-beams, I-beams, steel wires, columns, piles, girders, steel pipes, steel bars, steel bars, meshes, grids inside the mold , wire mesh, sheet, mat, frame, rope, bolt, anchor, nailing, truss, cable, wire, grid, fiber, mesh grid, lattice net, carbon net, carbon rod, carbon strip, carbon fiber, reinforcing material, Horizontal material, inclined material, bracket, nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon net, FRP material, bracing, 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 circumferential mesh or carbon mesh combination, carbon rod and its outer circumferential wire mesh combination, reinforcing bar and carbon mesh, mesh and lattice, mesh and lattice and sheet The step of installing or assembling;

22) The pouring material is a) poured by one or more of the pouring equipment, storage, 3D printer, pipe or multi-pipe, device, and equipment; b) or hole, surface, surface, ground, crack, curing surface, material surface, facility surface, boring hole, leak part, excavation part, mold, the mold, and one or more of the reinforcing materials embedded in the mold; c) storage, mixing, pressing, transporting, supplying, laying, pouring, injection, spraying, coating, painting, packaging, compaction, mixing, curing, surface treatment that is one of or accompanying said pouring; being one or more of; 23) A step of becoming one or more of construction, construction, process, work, and work among the above casting, storage, and surface treatment;

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 , pillar, pile, PHC pile, pier, box, culvert, manhole, water tank, pipeline, caisson, slab, lining, segment, tunnel lining, tunnel segment, interior material, exterior material, main material, subsidiary material, construction material, synthetic wood, mortar material, 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 manufacturing one of the materials (pre stress or post stress concrete);

25) Facility, building, house, tunnel, road, sidewalk, railroad, pavement, foundation, pile, pier, caisson, Bridges, viaducts, bridges, piers, dams, harbors, quay walls, retaining walls, subways, facilities, buildings, structures, sculptures, landscaping, and construction of one of the structures; It relates to an echo pouring method characterized in that one or more of are included.

Examples of Example 7 include: 1) manufacturing at least one of a combined magnet and an electromagnet by combining two or more of at least one of a magnet and an electromagnet; 2) inserting a separator or separator between neighboring magnets or electromagnets to separate 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 having one of the coupling magnet, coupling electromagnet, and magnetic material; 5) embedding the cone in a hollow body; 6) providing at least one of the hollow body equipped storage, hopper, mixer, pump, transporter, supply path, and casting machine; 7) placing a pouring material using one or more of the storage and pouring machines; An echo casting method, etc., characterized in that one or more of them are included.

Example 8 is a) a1) magnetized or magnetized vortex pouring material; A magnet mounting cone or its embedded hollow body passing through a pouring material or a magnetized vortex pouring material; its inclusions; a2) or at least one of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, ashes, ions, components, elements, elements, substances, reactants, combinations, including Water, nano materials, resin materials, byproducts, carbon materials, fibers, catalyst materials, fiber materials, latex materials, bio materials, and materials containing at least one of phytoncide materials; One of them is composed of pouring or curing; b) or b1) a magnet or an electromagnet having a coil on an iron core; Its magnet or electromagnet mount conmangbongteul; Its conmangbongteul mounting mechanism or hollow body; A drone or 3D printer that mounts its hollow body or moves it; b2) a wind compressor that supplies pressure to at least one of the magnet, electromagnet, cone rod, instrument, hollow body, drone, 3D printer, casting material, and inclusion; b3) Alternatively, a solar generator or wind power generator that supplies electricity to one of the above instruments, drones, 3D printers, electromagnets, and coils thereof; b4) Or a magnet or a device having one of the following: a cone, a net, a rod, a frame, a spiral, a cone, a rod, a rod, a cone, a rod, a frame, a spiral, a cone, a rod, a spiral, a spiral, or hollow body; One or more of, or one of magnetization, vortex, magnetization vortex through magnetization or magnetization vortex casting equipment equipped with one or more, or one of the magnetization vortex, or its contents are poured or cured; c) or composed using the material or magnetized material manufactured by pouring; facility or magnetization facility; Houses, dams, foundations, ground, slopes, houses, buildings, roads, sidewalks, pavements, embankments, bridges, tunnels, retaining walls, harbors, structures and facilities; It relates to an eco-facility characterized in that it is one of them.

The example of Example 8 is a) composed of magnetization vortex pouring material being poured or cured; b) a cast material that has passed through a drone equipped with a hollow body in which an electromagnet equipped with a coil is mounted on an iron core is embedded or cured; c) or composed using the material or magnetized material manufactured by pouring; facility or magnetization facility; Houses, dams, foundations, ground, slopes, houses, buildings, roads, sidewalks, pavements, embankments, bridges, tunnels, retaining walls, harbors, structures and facilities; Eco-facility, etc., characterized in that it is one of the corresponding.

Example 9 is a) a1) a11) magnet, electromagnet, magnetic body, magnetic body, magnetic force body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydride body, magnetized wave body, magnet support body, magnetized energy body, iron core An electromagnet in which a coil is wound, two or more plural magnets having the same or different magnetic forces; a12) the magnet or electromagnet that magnetizes the pouring material; a2) a magnetic body, magnetization body, or magnetic field body embedded in one of the magnets or electromagnets or lining; A21) A cone, a rod, a cone rod, a mangcon, a mangbong, a mang spiral, a cone spiral, a conebong helix, a cone mangteul, a cone mangteul helix, a cone mangbong helix, a mangmanbongteul helix, c Ball-type cone-shaped closed spiral, perforated cone-shaped cone-shaped closed spiral; a22) the cone or conmang bagteul spiral that vortexes the contact or passing pouring material or the magnetized pouring material;

b) the magnet or magnetic field body through which the casting material contacts or passes while one of the cones or cones is provided with a coupling structure opposite to the above; c) Tanks, barrels, boxes, rods, plates, membranes, tanks, boxes, water tanks, tubes in which the pouring material is stored or passed while at least one of the above a) cones or cones, b) magnets or magnetic fields are provided or embedded. , hose, spiral, body, object, block, tool, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow tube, hollow body; d) a tank or hollow body through which the pouring material contacts or passes while one of the tank or hollow pipe is buried; e) or e1) connecting means at one or more of one end, both ends, and the middle; e2) at least one of an inclined pipe, an injector, a check valve, or an additive inlet injector provided on the side of the tank or hollow body;

f) f1) one of the cone or hollow body is provided, or the pouring material is stored, blended, pressurized, supplied, poured or molded, sprayed or slanted, injected or underground injected, injected or cracked, shot, or Storage, blender, pressurizer, feeder or feedway, pouring machine, either rust shotting, coating or face coating, painting or shaving, laying or ground laying, paving or paving, mixing or underground mixing, compaction or underground compaction Sprayers, injectors, syringes, shorting machines, coating machines, painting machines, laying machines, packaging machines, mixers, compactors; f2) a curing device for curing one of the pouring or mixing materials; f3) a surface treatment machine for surface-treating the cured product after the curing;

g) g1) a wind compressor for injecting pressure into at least one of the pouring material, the cone, and the surface treatment machine; g2) A drone or 3D printer that moves one or more of the cone or surface processor, is equipped with one or more, or performs one of the magnetization, vortex, magnetization vortex, storage and surface treatment by the installation; g3) a generator, a mobile generator, a solar generator, a wind power generator that supplies electricity to at least one of the coil, storage, surface treatment machine, pouring equipment, and its power source; g4) the wind compressor, drone, and 3D printer provided with one of the cone or hollow body; h) one or more of the cone or 3D printer, magnetized pouring equipment, magnetized vortex pouring equipment;

i) one or more of the cone or pouring equipment, storage or surface treatment is used; or through more than one; or prepared by one or more; 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, hum pipes, water tanks, Foundation, column, pile, pile, pier, caisson, lining, segment, LMC (latex modified concrete) material, PC (pre cast) material, PS (pre stress or post stress) material, PF (pre fabricated) material, PCS ( pre cast concrete) materials, PSC (pre stress or post stress concrete) materials, casting materials; i2) One of them or contained in one of them i21) Water, water, liquid, oil, medicine, qi, goo, je, ash, sol , gel, mortar, milk, liquid medicine, suspension, slurry, formulation, compact, ready-mixed concrete, ascon, concrete, paste, plaster; i22) or water, water, liquid, oil, medicine, air, high, agent, ash, sol, gel, gas, sand, gravel, aggregate, ash, carbon, resin , ion, catalyst, waste dust, stone dust, dust, iron powder, powder, mineral, tailings, rock, sulfur, ocher, clay, white clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcing material, nanomaterial, magnetite, apatite, Latex, microorganism, by-product, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geopolymer, SiO ₂ 40-60 weight ash containing quartz, ocher containing 37-83 parts by weight of quartz, binder containing 58-74 parts by weight of CaO, by-products containing 0.5-85 parts by weight of FeO or Fe ₂ O ₃ , soft fibers whose length is 1.1 to 100 times their own thickness, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of the above Ca to CaFe, ash, ion, component, element, element, substance, reactant, combination, inclusion , Nano materials, resin materials, by-products, carbon materials, fibers, catalyst materials, fiber materials, latex materials, bio materials, and at least one of the above water or plasters containing phytoncide materials; i23) or 100 parts by weight of binder and i231) 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 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 loess or masato, 0.005 to 50 parts by weight of resin, polymer or latex, fiber or reinforcing material or nano 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 a decontaminant, and 0 to 10 parts by weight of other materials; One or more of (a21) cone to i) plaster) use, use, apply, utilize, equip, construct, mount, attach, contain, include, mix, pour or compact, watering, curing, cotton As a facility that has become one of the processing,

The above facilities are a) house, building, house, house, house, detached house, apartment house, prefabricated house, canopy building, canopy house, mobile home, container house, hanok, western-style house, red clay room, commercial building, apartment, officetel, residential-commercial complex , low-rise building, high-rise building, high-rise building, house, mobile home, wooden house, wooden building, artificial wooden house, synthetic wooden house, loess house, tile-roofed house, traditional house, hanok house, earthen wall house, rice house, traditional building, cultural property, cultural property Building, basement, underpass, underground building, underwater building, ground building, aerial building, floating building, plant factory, urban farm, farm building, plant farm building, plant factory building, urban farm building, urban farm building, house, vinyl house , Glass House, Plastic House, High Polymer Composite House, Wood House, Transparent House, Translucent House, Opaque House, Farm House, Plant House, Plant Farm House, Energy Zero House, Plant Farm Container, Steel Building, Steel Building, Steel Building , steel cone building, steel frame building, assembly building, container, container house, steel tower, column, chimney, fence, street light, tunnel, road tunnel, railroad tunnel, NATM tunnel, TBM tunnel, shield tunnel, TBM-Shield water tunnel, underwater tunnel , Water Tunnel, Immersed Tunnel, Wind Tunnel, Underground Tunnel, Piam Tunnel, Open Tunnel, Air Tunnel, Soundproof Wall, Soundproof Tunnel, Road, Driveway, Walkway, Sidewalk, Railroad, Track, Pavement, Pavement, Runway, Running Road, Navigation Furnace, ground, slope, slope, slope, incision, foundation, pile, pier, caisson, bridge, bridge, road bridge, railway bridge, viaduct, abutment, pier, wind bridge, aerial bridge, dam, earth dam, soil dam, Sandbank dam, cement dam, concrete dam, arch dam, sandbank dam, embankment, soil embankment, earth and sand embankment, sandbank, cement embankment, concrete embankment, river embankment, river, ocean, harbor, coast, revetment, lake, waterway, quay, water dam , estuary, breakwater, breakwater, marine structure, weir, underwater weir, ground weir, water weir, water weir, river weir, four major river weirs, facilities, architecture, structure, sculpture, landscaping, subway, retaining wall, reinforced soil retaining wall, stonework, underground Walls, retaining walls, water barriers, reactive walls, composite walls, facilities, 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 structure, cement structure, concrete structure, ready-mixed concrete structure, wood structure, steel structure, steel frame structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembly structure, ground structure, underground structure, water surface structure, underwater Structures, hydraulic structures, public structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, water supply facilities, architectural facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railroad facilities , transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, ground facilities, public facilities, floating facilities; b) or rods, strips, plates, nets, meshes, lattices, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, and reinforcing materials, including one or more of the house or floating facility; It relates to an eco-facility characterized in that it is one of them.

An example of Example 9 is a) a hollow body in which the pouring material is stored or passed while the conmangbong frame equipped with a magnet or electromagnet for magnetizing the pouring material is embedded; b) a storage or surface treatment machine in which one of the hollow bodies is provided; c) pouring equipment equipped with at least one of the hollow body, storage and surface treatment machine; d) double one-pass pour material; Facilities in which one or more of the above is used, used, applied, utilized, provided, constructed, installed, attached, contained, included, mixed, the above pouring or compacting, watering, curing, or surface treatment.

Example 10 is a) vortexed through a cone and then magnetized through a magnet; b) magnetized through the magnet and then vortex through the cone; c) magnetization and vortex current through the magnet and cone simultaneously; d) magnetized through a magnet, vortexed through a cone, and then magnetized through a magnet again; e) vortex through the cone, then pass through the magnet, become magnetized, and then pass through the cone again to vortex; f) a cone is provided in the middle of the magnet to pass through the magnet to be magnetized, and then to pass through the magnet and the cone at the same time to be magnetized and vortexed, and then to pass through the magnet again to be magnetized; g) A cone is spaced through and spaced at the 1/3 point of the magnet and a cone is provided at the rear end of the magnet so that it passes through the magnet and is magnetized. After being magnetized by passing through, the vortex passes through the rear end cone; h) the magnetization and eddy current are simultaneous, alternating, two or more times, one of them repeated, or two or more times; One of the pouring materials or the pouring material is composed of pouring or curing, a) material or magnetizing material; b) One of these, b1) mortar, milk, chemical solution, suspension, slurry, compound, compacted material, ready-mixed concrete, asphalt concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, Girder, slab, culvert, box, tank, manhole, hume pipe, water tank, foundation, column, pile, pile, pier, caisson, lining, segment, interior material, exterior material, main material, subsidiary material, construction material, b2) One of the above mortar or plaster Containing or curing beams or building materials, bb) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, facility One of materials, materials, raw materials, from the mortar to construction materials; It relates to an eco-material characterized in that it is one of. An example of Example 10 is a pouring material that is magnetized through a magnet and then vortexed through a cone, or the pouring material is poured or cured; Materials or eco-materials characterized in that they are magnetized materials are applicable.

Example 11 is a) a1) magnetized or magnetized vortex pouring material; A magnet mounting cone rod or its embedded hollow body passing through a casting material or a magnetized vortex casting material; its inclusions; a2) or at least one of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, ashes, ions, components, elements, elements, substances, reactants, combinations, including Water, nano materials, resin materials, byproducts, carbon materials, fibers, catalyst materials, fiber materials, latex materials, bio materials, and materials containing at least one of phytoncide materials; One of, or one is composed of pouring or curing; b) or b1) a magnet or an electromagnet having a coil on an iron core; its magnetic or electromagnet mounting cone; its cone mounting mechanism or hollow body; A drone or 3D printer that has a hollow body or moves it; b2) a wind compressor that supplies pressure to at least one of the magnet, electromagnet, cone, instrument, hollow body, drone, 3D printer, casting material, and inclusion; b3) Alternatively, a solar generator or wind power generator that supplies electricity to one of the above instruments, drones, 3D printers, electromagnets, and coils thereof; b4) Or a magnet or a device having one of the following: a cone, a net, a rod, a frame, a spiral, a cone, a rod, a rod, a cone, a rod, a frame, a spiral, a cone, a rod, a spiral, a spiral, or hollow body; One or more of, or one of magnetization, vortex, magnetization vortex through magnetization or magnetization vortex casting equipment equipped with one or more, or one of the casting material or its containing material, or the casting material or containing material is poured or cured; a) materials or magnetized materials; b) One of these, b1) mortar, milk, chemical solution, suspension, slurry, compound, compacted material, ready-mixed concrete, asphalt concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, Girder, slab, culvert, box, tank, manhole, hume pipe, water tank, foundation, column, pile, pile, pier, caisson, lining, segment, interior material, exterior material, main material, subsidiary material, construction material, b2) One of the above mortar or plaster Containing or curing beams or building materials, bb) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, facility One of materials, materials, raw materials, from the mortar to construction materials; It relates to an eco-material characterized in that it is one of.

An example of Example 11 is an inclusion containing a magnetization pouring material containing CaFe, or an inclusion composed by pouring or curing; Materials or eco-materials characterized in that they are magnetized materials are applicable. In Example 12, at least one of the equipment described in Examples 6, 9, 12, etc., cone or surface treatment machine, pouring equipment, magnetized pouring equipment, and magnetized vortex pouring equipment was used; or through one or more, or made using one or more; Or prepared by at least one of the storage to surface treatment; As a material, the material is characterized in that it is one of the following k1) to k44). Examples of Example 12 correspond to concrete pouring material, which is a material that has undergone magnetization vortex pouring equipment equipped with a hollow body with a cone embedded with magnets, and bricks and blocks, which are concrete materials cured with teeth.

The above materials are k1) k11) water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, charcoal, charcoal, ocher, clay, clay, sand, silica sand, crushed sand, gravel, crushed stone, aggregate, ash , fiber, carbon, resin, catalyst, waste powder, stone powder, iron powder, dust, mineral, substance, tailings, material, rock, lime, gypsum, air, gas, masato, granite, magnetite, apatite, dolomite, graphene, byproduct , slag, sludge, ceramic, silica, enzyme, cement, admixture, quick-settling agent, finalizing agent, adhesive, adhesive, expanding agent, foaming agent, waterproofing agent, water-repellent agent, decontamination agent, hydrating agent, desiccant, fiber, binder, solidifying agent, binder, Nano material, reinforcing material, pouring material, porous body, carbide, incineration material, plastic material, ion material, ion water, cation, anion, activated carbon, kaolin, asphalt, phytoncide, glidant, micro material, bentonite, zeolite, attapulgite, geo Polymer, compounding water, compounding material, compounding compound, mixture, mortar, milk, chemical solution, suspension, slurry, remital, remicon, ascon, 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) at least one of the above Ca to CaMgFeCOO, ash, ion, component, element, element, material, reactant, combination, inclusion, nanomaterial, resin, by-product, carbon, fiber water, catalyst water, fiber water, latex water, bio water, phytoncide water;

k2) the water to plaster containing at least one of the above Ca to phytoncide; k3) containing, liquid, gaseous, solid, powdery, particulate, agitated, charged, additives at least one of the above water or plaster; k4) the mortar or plaster containing at least one of the above water or additives; k5) or the water or plaster in which at least one of hydration reaction, pozzolanic reaction, hydroxylation reaction, and carbonation reaction occurs; k6) k61) low particle size of 1 to 100 μm, medium particle size of mm, high particle size of cm, k62) low specific gravity of 0.1 to 0.5, low 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 degree of 100 ~ 1,000 cm2/g, ultra-low powder degree below this, medium-low powder degree of 1,001 ~ 2,000 cm2/g, 2,001 ~ 5,000 cm2/g The above water or phytoncide water, which is one of a medium powder degree of g, a medium powder degree of 5,001 to 7,000 cm 2 / g, a high powder degree of 7,001 to 10,000 cm 2 / g, and an ultra-high powder degree higher than these;

k7) Low pressure of 1 to 50 kg/cm2, ultra-low pressure below this, medium-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/cm2m, The water to plaster cast at one of the ultra-high pressures higher than this; k8) Water or plaster containing at least two of sand, gravel, aggregate, filler, binder, admixture, and water; k9) Water, sand, gravel, crushed stone, aggregate, water, or admixture obtained by kneading cement with at least one of the above water or plaster; k10) The above water or plaster, which is a mixture of cement or asphalt and at least one of filler, sand, stone dust, and crushed stone; k11) The aggregate is fine aggregate, coarse aggregate, sand, sea sand, crushed sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-product, waste powder, dust, stone powder, fine powder, slag, sludge, incineration ash one or more of said water to plaster; k12) the water or plaster, wherein the filler is one or more of minerals, ores, tailings, wastes, by-products, waste dust, dust, stone dust, fine powder, slag, sludge, and incineration ash; k13) the water or plaster, wherein the binder is at least one of a binder, cement, asphalt, gypsum, lime, starch, medicine, polymer, and adhesive; k14) The admixture is a quick-settling agent, a retardant, a sintering agent, a dispersing agent, a waterproofing agent, a water-blocking agent, a water-repellent agent, a foaming agent, an expanding agent, a foaming agent, an antifoaming agent, a colorant, a curing agent, a water reducing agent, a pigment, a dye, a microorganism, a useful microorganism, an effective microorganism, Bacillus , pasteury, plasticizing agent, air entraining agent, anion emitting material, far-infrared ray emitting material, mineral, ore, tailings, waste, slag, sludge, one or more of the above water or plaster;

k15) water or plaster, wherein the water is one of water, water, liquid, oil, spring water, constant water, sewage water, dam water, pump water, ground water, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ionized water; k16) or cement, asphalt, soil, loess, air, foam, pressurized air, oxygen, nitrogen, resin, chemical, chemical solution, urea, enzyme, yeast, catalyst, enzyme, surfactant, activator, silica, carbon, foaming agent, expanding agent, In addition to at least one of a color agent, graphene, polymer, microorganism, and fiber, at least one of aggregate, filler, binder, admixture, and water to plaster; k17) 25 to 70 parts by weight of aggregates or fillers, 15 to 40 parts by weight of binders, 0.1 to 10 parts by weight of admixtures, and 5 to 35 parts by weight of water or plaster containing two or more; k18) 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 said water to plaster; k19) The above water or plaster containing a cement binder, aggregates and wastes of a particle size range of 5 to 13 mm and 13 to 20 mm, and a fluidizing agent, and having a water binder ratio of 25 to 35% or a porosity of 15 to 30%; k20) The above water to plaster containing fine aggregate and coarse aggregate at a rate of 0.2 to 0.65 m 3 per 1 m 3 of water, cement binder, and admixture;

k21) The above water or plaster comprising cement, aggregate, water and an admixture and having a water-cement ratio of 25 to 40%; k22) cement having 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 which is at least one of CaO, SiO ₂ , and Al ₂ O ₃ ; A coarse aggregate having at least one of a particle size of 3 to 5 mm or 15 to 25 mm, a density of 2.5 to 2.8 g/cm ³ , and a unit volume mass of 1,340 to 1,580 kg/m ³ ; Density of 2.2 to 2.6 g/cm ³ and unit volume mass of 1,295 to 1,580 kg/m ³ At least one of fine aggregate containing water and an admixture; k23) 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; 100 parts by weight of water or plaster; k24) 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 of the above water or plaster; k25) 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 of the above water or plaster; k26) The water to plaster containing a binder, water, sand, gravel and an 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 any one of coarse particles selected from 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm in particle size Aggregate, fine aggregate or slag fine aggregate having a particle size of 5 mm or less, and 0.03 to 3.0 parts by weight of a plasticizing agent or an admixture containing an AE water reducing agent based on the binder are included in the water or plaster;

k28) 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 other water to fill 100% of the total volume, and the aggregate is waste, waste powder, waste concrete, and crushed stone , bottom ash, slag, rock selected from one or a mixture of 2 to 7 species, the binder is selected from cement, asphalt, lime, gypsum, fly ash, and sludge, or a mixture of 2 to 6 species selected from the above number to plaster; k29) 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 an admixture, and 35 to 45 parts by weight of water or plaster based on 100 parts by weight of a 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 minerals or polymers, the polymer is polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, polyhydroxyhexane, isocyanate containing at least one of the above water to plaster; 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 said water to plaster; k32) Based on 100 parts by weight of cement-containing binder, 250 to 660 parts by weight of sand or gravel-containing aggregate, 10 to 150 parts by weight of mineral or zeolite, 1 to 15 parts by weight of microorganisms including bacillus, and 10 to 30 parts by weight of water. to plaster;

k33) Amount of binder or cement 250∼550kg/m3, amount of fine aggregate 350∼650kg/m3, amount of coarse aggregate 850∼1,100kg/m3, amount of water 150∼200kg/m3, mineral or waste 200∼450kg/m3, The water to plaster containing at least one of 0.1 to 5 parts by weight of an admixture; k34) SiO ₂ 50-55 parts by weight, Al ₂ O ₃ 15-20 parts by weight, MgO 1-2 parts by weight, FeO 2-4 parts by weight, Fe ₂ O ₃ 2-3 parts by weight, based on 100 parts by weight of binder or cement part, CaO 0.5-0.9 parts by weight, K ₂ O 0.5-1.1 parts by weight, Na ₂ O 0.5-0.7 parts by weight, P ₂ O ₅ 0.2-0.6 parts by weight, MnO 0.03-0.09 parts by weight, mineral components 13-18 parts by weight It contains 5 to 45 parts by weight of one of waste dust, stone dust, and tailings, and the particle diameter of one of the waste dust, stone dust, and tailings is 0.03 to 0.08 mm, the slump is 8 to 12 cm, and the unit quantity / cement amount is 50 to 60 The above water or plaster having a weight % and a fine aggregate ratio of 45 to 53 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 further mixed with 3 to 15% of microorganisms compared to the weight of the binder, and the binder is cement, at least one selected from slag and fly ash, and the microorganism is at least one selected from photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous fungi, bacillus, and yeast; k36) Cement 50-90 wt%, powdered slag 1-15 wt%, powdered resin 0.1-7 wt%, latex 0.01-6 wt%, expanding agent 0.11-15 wt%, fiber 0.01-3.0 wt%, water reducing agent 0-3 including at least one of the above water to plaster; k37) 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 hexahydrated water to plaster;

k39) or k391) Crude steel, low heat, blast furnace, carbon, heavy, light, expansive, white, mixed, silica, sulfuric acid resistant, quick hard, medium heat, slag, portland, alumina, magnesia, fly ash Cement, k392) Or 100 parts by weight of at least one of lime, gypsum, cement, binder, binder, 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 at least one of 0.0001 to 30 parts by weight of the admixture, k394) 50 to 400 parts by weight of water or ionized water, 10 to 600 parts by weight of waste or stone dust or ash or by-products, 10 to 600 parts by weight of soil or loess or masato, resin or polymer or latex 0.005 to 50 parts by weight, fiber or reinforcing material or nano material 0.0001 to 40 parts by weight, microorganisms or their contents 0.00001 to 10 parts by weight, detoxifying agent or their contents 0.00001 to 3 parts by weight, substances other than those described above 0 to 10 In addition to one or more parts by weight, k395) a) Phytoncide, its contents, b) or phytoncide extracted from one of trees, stems, plants, bark, cypress trees, its contents, c) or cypress trees, stems, Phytoncide obtained from at least one of plants, bark, wood, added water added thereto, heating thereof, water heated therefrom, distilled water, and cooling water therefrom, their contents, d) or magnetization, bio, magnetic contact magnetization, microorganism input bio One or more of the a) phytoncide to c) containing one or more of the water to plaster corresponding to or containing or injected;

k40) or water, water, liquid, oil, medicine, sol, gel, qi, goo, agent, ash, fluid, liquid, Gas, solid, liquid, liquid solid, gas solid, liquid solid, spring water, bottled water, constant water, sewage, rainwater, sewage, wastewater, muddy water, turbid water, carbonated water, ionized water, seawater, salt water, spring water, drinking water, groundwater, bedrock water, surface water, oil, oil, light oil, gasoline, iron, scrap metal, copper, metal, nonmetal, mineral, tailings, ore, rock, rock meal, stone, stone powder, wood, wood flour, powder, sawdust, soil, soil, earth stone, Ocher, white clay, clay, granite, masato, 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 mineral, kaolin, zeolite, sepiolite, bentonite, attapulgite, organic matter, inorganic matter, by-product, waste, food waste, waste powder, fine powder, iron powder, dust, slag, sludge, slurry, molding sand, charcoal, ash , bottom ash, fly ash, coal ash, incineration ash, plastic ash, carbonized ash, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, chemical, chemical solution, suspension, enzyme, yeast, Urea, Catalyst, Positive Catalyst, Photocatalyst, Titanium Dioxide, Ion, Zero-valent, Polyvalent, Cation, Anion, Ionized Water, Iron Ion, Metal Ion, Phytoncide, Aerator, Reactant, Adsorbent, Flocculant, Restorer, Sterilizer, Disinfectant , activator, surfactant, binder, solidifying agent, fixing agent, powder, nano material, granular material, granular material, calcined material, incinerated material, carbide, seed, seed, germinated product, 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, dehydrating agents, bactericides, admixtures, additives, hardeners, dispersants, quick-settling agents, finalizing agents, sieving Settlement, water reducer, accelerator, retardant, rust preventive, expansion agent, foaming agent, foaming agent, aeration agent, antifoaming agent, colorant, adhesive, adhesive, binder, solidifying agent, fixing agent, waterproofing agent, waterproofing liquid, water repellent, acid agent, base agent, glidant , Phytoncide, air entraining agent, cellulose, and CMC (carboxymethyl cellulose) selected from the group consisting of one or more of the water or plaster containing;

k41) or k411) Beams, beams, underground beams, ground beams, crossbeams, stringers, tiles, bricks, blocks, lattice blocks, slope blocks, reinforcing blocks, reinforced soil blocks, panels, interior panels, exterior panels, walls, walls, interior materials , Exterior material, main material, subsidiary material, construction material, mat, board, decking board, support board, reinforcement board, floor board, decking board, board, girder, slab, culvert, sewage culvert, rainwater culvert, box, tank, storage box, underground box, storage Box, manhole, pipe, steel pipe, perforated pipe, hollow pipe, pipeline, waterway, waterway, U-shaped pipe, drain, sewage pipe, water supply pipe, Hume pipe, plume pipe, clay pipe, cement pipe, concrete pipe, water tank, water tank, catchment tank, house Crystal, rainwater storage tank, rainwater storage tank, paving material, sidewalk material, boundary stone, separator, foundation, column, pile, pile, PHC pile, factory pile, embedded foundation, pile foundation, rotary embedded foundation, cast-in-place pile, pier, caisson, geothermal heat Pile, geothermal pier, geothermal caisson, pile with geothermal circulation pipe, tetraport, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, segment lining, tunnel lining segment, mortar material, cement material , concrete material, asphalt material, cement secondary product, asphalt secondary product, remital secondary product, ascon secondary product, remicon 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; k412) or the beam to PSC material containing at least one of the above water to plaster and water to CMC;

k42) or k421) house, building, house, house, house, detached house, multi-unit house, prefabricated house, canopy building, canopy house, mobile home, container house, hanok, western-style house, loess room, commercial building, apartment, officetel, residential-commercial complex , low-rise building, high-rise building, high-rise building, house, mobile home, wooden house, wooden building, artificial wooden house, synthetic wooden house, loess house, tile-roofed house, traditional house, hanok house, earthen wall house, rice house, traditional building, cultural property, cultural property Building, basement, underpass, underground building, underwater building, ground building, aerial building, floating building, plant factory, urban farm, farm building, plant farm building, plant factory building, urban farm building, urban farm building, house, vinyl house , Glass House, Plastic House, High Polymer Composite House, Wood House, Transparent House, Translucent House, Opaque House, Farm House, Plant House, Plant Farm House, Energy Zero House, Plant Farm Container, Steel Building, Steel Building, Steel Building , steel cone building, steel frame building, assembly building, container, container house, k422) steel tower, pillar, chimney, fence, street light, tunnel, road tunnel, railroad tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield water tank tunnel, Underwater Tunnel, Water Immersed Tunnel, Immersed Tunnel, Wind Tunnel, Underground Tunnel, Piam Tunnel, Open Tunnel, Air Tunnel, Soundproof Wall, Soundproof Tunnel, Road, Driveway, Walkway, Sidewalk, Railway, Track, Pavement, Pavement, Runway, Track , route, city, safety, structure, ground, foundation, bridge, bridge, road bridge, railway bridge, viaduct, abutment, bridge pier, wind bridge, aerial bridge, dam, earth dam, earth sand dam, sand dam, cement dam, concrete Dam, arch dam, embankment dam, embankment, soil embankment, earth and sand embankment, sand embankment, cement remediation, concrete remediation, river embankment, river, ocean, harbor, coast, revetment, lake, waterway, quay, watershed, estuary, breakwater, embankment, Offshore structure, weir, underwater weir, above ground, water weir, water weir, river weir, four major river weirs, facilities, facilities, architecture, structures, sculptures, landscaping, subway, structures, facilities, formwork, formwork, retaining wall, reinforced soil retaining wall, stonework , basement wall, retaining wall, water barrier, reaction wall, compound wall, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, facility, plant, landscaping facility, landfill, power plant, garbage Landfill, Thermal Power Plant, Nuclear Power Plant, Earth Structure, Earth Sand Structure, Earthwork Structure, Slope Structure, Slope Structure, Hydraulic Structure, Offshore Structure, Cement Structure, Concrete Structure, Remicon Structure, Wood Structure, Steel Structure, Steel Frame Structure, Underground Structure, Underwater structures, ground structures, aerial structures, floating structures, assembly structures, ground structures, underground structures, water structures, underwater structures, hydraulic structures, aerial structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment Facilities, purification facilities, irrigation facilities, architectural facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railroad facilities, transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, ground facilities, public facilities, Floating facility, one of the following construction or CRC facility, building, road, pavement, ground, structure, facility, k423) construction, development, construction, construction, work, civil engineering, environment, purification, purification, purification, healing, crack healing, Restoration, river restoration, sinkhole restoration, landscaping, planting, molding, sculpture, manufacturing, material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work , construction work, disaster prevention, soil, earthwork, ground, underground, underground, slope, slope, slope, foundation, pile, PHC pile, excavation, excavation, excavation, excavation, cutting, embankment, geothermal pile, factory pile, purchase foundation, pile-up Foundation, revolving embedded foundation, cast-in-place pile, retaining wall, retaining wall, slurry wall, continuous underground 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, waterstop, painting, pavement, soil pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground Tidying up, site clearing, drilling, boring, mixing, mixing, supplying, supplying, pressing, transporting, moving, transporting, casting, casting, concrete casting, laying, laying, laying on slopes, laying on the ground, laying on roads, coating, painting, injection, mold 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) , spraying, spraying, water spraying, ground spraying, slope spraying, underwater spraying, air spraying, dust removal spraying, curing, water curing, geothermal work, mixing, ground mixing, ground agitation mixing, DCM(deep cement mixing), SCW( soil cement wall), compaction, underground compaction, stirring compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sinkhole treatment , Sink hole filling, cavity filling, masonry, masonry, outer wall, scaffolding, disassembly, windows, sheet metal, roof sheet metal, assembly, building assembly, steel, windows, sheet metal, water supply and sewage, corrosion protection, electrical method, greening, cleaning, washing, redevelopment , reconstruction, interior, remodeling, k424) weight, light weight, foam, foam, expansion, permeability, unreinforced, rebar, unreinforced 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 one of them is used or a material, material, Liquid, water, water, material, raw material, material, material, powder, sheet, mat, casting material, interior material, exterior material, main material, subsidiary material, construction material, mortar, remital, remicon, ascon, concrete, the above materials to PSC materials;

k43) rods, rods, plates, nets, meshes, lattices, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, nanomaterials, and reinforcing materials, including at least one of the above materials or PSC materials; k44) k441 after one of casting, curing, hardening, and consolidation k441) Low strength, compressive strength, tensile strength, and shear strength of 1 to 50 kg/cm2, ultra-low strength of 51 to 100 kg/cm2, medium-low strength of 51 to 100 kg/cm2 Medium strength of 101 to 150 kg/cm2, medium strength of 151 to 200 kg/cm2, high strength of 201 to 400 kg/cm2m, ultra high strength of 201 to 400 kg/cm2m, k442) low density of 0.1 to 0.5t/m3, ultra-low density below this, 0.51 to 1.0t/m3 medium-low density, 1.1 to 1.5t/m3 medium density, 1.51 to 2.0t/m3 medium density, 2.1 to 3.0t/m3 high density, 2.1 to 3.0t/m3 high density, or higher density, k443) Permeability coefficient is 10 ^(-15 to -10) cm/sec low water permeability, below this ultra-low water permeability, 10^(-9 to -6) cm/sec medium-low water permeability, 10^(-5 to -3) cm/sec sec of medium water permeability, 10^(-2∼+1)cm/sec of medium water permeability, 10^(+2∼+5)cm/sec of high water permeability, or the above material or PSC that is one of super high water permeability material; It is characterized by being one of them.

In the present invention, equipment, devices, magnetization equipment, pouring equipment, eco pouring equipment, etc. are a) magnets, cones, rods, magnetizers, hexagonal machines, drones, 3D printers, wind compressors, solar generators, wind power generators, storages, hoppers, Mixer, pump, transporter, feeder, drilling machine, pouring equipment, injector, syringe, sprayer, shorting machine, shorting machine, coating machine, painting machine, laying machine, packaging machine, mixer, compactor, curing machine, surface treatment machine, b) above Equipment equipped with one or more of magnets or surface processors; c) Materials or equipment using materials; d) Equipment for constructing or constructing facilities; e) Equipment for manufacturing, constructing, cleaning, or performing these processes; f) Indoors, outdoors, factories, Equipment such as the site, the equipment, magnets or equipment, etc. become applicable, included, belonged, etc., or constituted, formed, divided, subdivided, etc., etc. In the present invention, - and the like correspond to - etc., one of -, one or more of -, and the like. For example, the indoor, outdoor, factory, site, etc. may include a) indoor, outdoor, factory, site, etc., b) one of indoor, outdoor, factory, site, c) one or more of indoor, outdoor, factory, site, etc. applicable

In addition, the equipment, apparatus, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention are 1) magnets, magnet groups, electromagnets, magnetic bodies, magnetic bodies, magnetizing bodies, hexagonal hydration bodies, magnetizing agents, magnetic fields, wave bodies, solenoid electromagnets , Mounting non-magnet, magnetized energy body, the 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 funa wire, Spiral cone, spiral cone, spiral cone, spiral cone, cone-wina line, one-side separation cone, both sides separation cone, stand beacon, the cone or stand beacon that vortexes casting materials or magnetized casting materials, 4) rods, rods, The rod or rod frame body for vortexing the rod frame, protruding rod, rod frame body, casting material or magnetized casting material, 5) having one of the cone or mounting beacon, the rod to the rod body, or the rod to the rod frame body. 6) at least one of the cone or beacon, rod or rod body, 7) at least one of the magnet or magnetized energy body. Cones, rods or rods, rods or rods, cones or rods, 8) at least one of the cones or rods beacons, rods or rods, cones or rods spirals, magnets or magnetized energy bodies, 9) the above Equipped with or embedded in magnets, magnetized energy bodies, cones, or mounted beacons, etc. Tub, tank, box, rod, plate, membrane, tank, box, tube, hose, spiral, screw, body, object, metal body, porous body, wave body , polymer body, water tank, tool, facility, pipe, hollow tube, hollow body, 10) hollow body embedded in one of the above tank or hollow tube, 11) storage with at least one of the magnet or hollow body, hopper, mixer, pump, Transporter, supply path, drilling machine, pouring equipment, injector, syringe, sprayer, shorting machine, shorting machine, coating machine, painting machine, laying machine, packaging machine, mixer, compactor, curing machine, surface treatment machine, 12) The magnet or surface treatment machine A) a wind compressor that injects compressed water or compressed air into one or more of them, b) a wind power screw compressor that generates and injects compressed water or compressed air using a screw or a rotary linear converter and a piston connected to a rotating wind blade, Wind piston compressor, 13) 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, 3D printer, b) A drone equipped with a casting equipment or a casting machine mounted on the main body flying by rotating blades, c) A 3D equipped with a casting equipment or a casting machine that moves three-dimensionally while being mounted on a frame Printer, 14) Devices, equipment, magnetization devices, placement devices, placement equipment, such as the magnets or 3D printers, 15) Solar generators, wind power generators, etc. provided or installed on the magnets or equipment, or supplying electricity, 16) above Storage, input, mixing, pumping, transportation, supply, drilling, pouring, injection, injection, spraying, shorting, coating, painting, laying, packaging of water, liquid, agent, ash, substance, material, etc. , Mixing, compaction, watering, curing, surface treatment, etc., 17) Manufacturing, construction, purification of materials, construction materials, main materials, auxiliary materials, facilities, buildings, structures, etc. after the casting or surface treatment , composition, formation, etc., the magnets or equipment, etc. are corresponding, included, belonged to, constituted, formed, divided, subdivided, etc.

In the equipment of the present invention, magnetization equipment, pouring equipment, eco pouring equipment, etc., a) a magnetized body provided in the central passage of a cone or sealed body, a cone or sealed body provided with a magnetized body in the central passage, b) a cone shaped body by magnetizing a material Alternatively, a magnetizing body, a spaced magnetizing body, or a magnetizing body provided in the central passage of the sealing body, or a magnetizing body that magnetizes a material is provided in its central passage to vortex the magnetized material. , One of a spaced sealing body, a spaced sealing cone, and a spaced cone type sealing body; A hollow body in which one of the magnetization body or the spaced-apart cone-shaped frame body is provided or embedded with the material passing therethrough, c) a magnet or magnetic body for magnetizing the material; a cone body or a rod body through which the magnet or magnetizing body passes through its central passage and vortexes the passing material or the magnetizing material; A combination of a body in which at least one of the magnet, magnetic body, cone body, rod body, cone body with magnetic body, and magnetic body with cone body is provided or embedded and through which the material passes, a hollow body, and the like are also included.

Examples of the equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention include a) magnets (10, 16), magnetic bodies, magnetic bodies, magnetizing bodies, wave bodies, hexagonal bodies, magnetic waves, magnetization waves, magnetic forces Energy body (10, 16), cone (11) or object with magnet, magnet with cone or object, agitated or aerated cone or object with magnetized magnet, magnetized magnet with agitated or aerated cone or object, b ) One of these magnets, magnet groups, magnetic bodies, magnetic bodies, magnetization bodies, wave bodies, hexagonal hydration bodies, magnetic waves bodies, magnetization wave bodies, magnetic energy bodies, c) having one of the above cones or magnetic energy bodies or embedded tubes ( 13), body, hollow body 13, d) a magnetizer that is one of the magnet or hollow body, and a hexagonal handset 13, e) a storage 20 and a hopper 21 provided with at least one of the magnet or hexagonal handset , Mixer (22), Pump (23), Transporter (24), Supply path (25), Placer (26), Placer, Injection machine, Syringe, Sprayer, Shorting machine, Coating machine, Painting machine, Packing machine, Compactor, Mixing A machine, a curing machine, a surface treatment machine 26, and the like are applicable. Since the magnet or the surface treatment machine is equipped with a magnet or the like, it becomes a magnetizer, a hexagonal handset, or the like, or has a function of magnetizing a material, hexagonal hydration, or the like.

Other examples of equipment, magnetization equipment, pouring equipment, echo pouring equipment, etc. of the present invention include a) a cone-shaped wire spiral equipped with N-S-N-S-N-S-N-S magnets (10, 16); b) a hollow body 13 having connecting means 99 at both ends and a check valve 92 on both ends while the cone-shaped thread is embedded and having an injector 91 through which the additive 90 flows; c) A storage 20, a mixer 22, a pressurizer 23, a feeder or a supply path 25, and a pourer for storing, mixing, pressurizing, supplying, and placing the pouring materials, respectively, while the cone-shaped spiral or hollow body is provided. (26); d) a wind compressor (50) for injecting pressur into at least one of the conmang thread spiral, the hollow body, the storage, the mixer, the pressurizer, the feeder, the supply path, and the casting machine; e) One or more of the storage or pouring is carried out by moving one or more of the conmang frame spiral, hollow body, storage, mixer, pressurizer, feeder, supply path, pouring machine, wind compressor, or one or more of the above is mounted. Drones 70, 3D printers 71 that do; f) a generator, a mobile generator, a solar generator 80, a wind power generator 81 that supplies electricity to one or more of the storage or casting machine, wind compressor, drone, 3D printer, casting equipment, or a power source thereof; g) Equipped with at least one of the above conmangbongteul helix or wind power generator j1) Placing equipment, magnetized pouring equipment, magnetized vortex pouring equipment 27; j2) pouring equipment that performs at least one of the storage and pouring; h) a pouring equipment 27 for pouring one (1) of a pouring material, a magnetized pouring material, and a magnetized vortex pouring material that has passed through one of the cone or 3D printer; i) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, and at least one agent, ash, ion, component, element, element, material of Ca to CaFe in the casting material , Reactant, binding material, inclusion material, nano material, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio material, or phytoncide material is contained, or the pouring material contains the Ca Water, water, liquid, oil, medicine, gas, solid, agent, ash, sol, gel, mortar containing one or more of phytoncides , milk, chemical solution, suspension, slurry, compound, compacted material, ready-mixed concrete, ascon, concrete, paste, plaster, one of the pouring equipment; Casting equipment that is one or more of these is also applicable.

When the above example is described in detail, the pouring equipment of the present invention is a) a conmang thread spiral equipped with a N-S-N-S-N-S-N-S magnet as being poured while the pouring material is in contact; b) a hollow body provided with connecting means at both ends and a check valve on the side and having an injector into which additives are introduced while the conmang frame spiral is embedded as the pouring material passes through; c) a storage, blender, pressurizer, feeder or supply path, pourer for storing, mixing, pressurizing, supplying, and placing the pouring material, respectively, while the cone-shaped spiral or hollow body is provided; d) a wind compressor for injecting pressur into one or more of the cone-shaped thread, the hollow body, the storage, the mixer, the pressurizer, the feeder, the supply path, and the pouring machine in order to lighten the weight of the pouring material; e) In order to unmanned or automate the pouring operation, one or more of the cone-shaped thread, hollow body, storage, mixer, pressurizer, feeder, supply path, pouring machine, wind compressor is moved, or one or more are mounted or on the mounting. Drones and 3D printers that perform one or more of the storage and pouring by f) Generators, mobile generators, solar generators, wind power generators that supply electricity to one or more of the storage, pouring machines, wind compressors, drones, 3D printers, pouring equipment, and their power sources in order to replace commercial electricity required for pouring; g) Including all the equipment required for pouring, at least one of the conmangbongteul spiral or wind power generator j1) Pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; j2) pouring equipment that performs at least one of the storage and pouring; h) a pouring equipment for placing one of the pouring material, the magnetized pouring material, and the magnetic vortex pouring material that has passed through one of the cone or 3D printer by placing the pouring material; i) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more agents, materials, ions, and components of Ca to CaFe in the pouring material to improve the performance of the pouring material , contains one or more of urea, elemental, material, reactant, combination, inclusion, nanomaterial, resin, by-product, carbon, fiber, catalyst, fiber, latex, bio, or phytoncide; Alternatively, the pouring material is water, water, liquid, oil, medicine, energy, high, agent, ash containing at least one of the Ca or phytoncide. , sol, gel, mortar, milk, chemical solution, suspension, slurry, compound, compact, ready-mixed concrete, ascon, concrete, paste, plaster, one of the pouring equipment; etc. are applicable.

As another example of the pouring equipment of the present invention, it is possible to variously change the contents of a) among the above a) to i). As an example of this, the content of a) above is 1a) a magnet, a group of magnets, an electromagnet, a double magnet, a bar magnet, a plate magnet, an atomic magnet, a magnet, a magnet, a magnet, a magnet, a magnet, a wave. , magnetization body, magnetic field body, hexagonal hydration body, magnetization wave body, magnet support body, magnetized energy body, double magnet, multiple magnet, multi-type magnet, composite magnet, nano magnet, 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, coil on iron core The coiled electromagnet, two or more plural magnets having the same or different magnetic force, a solenoid electromagnet, a non-mounted magnet; a12) The magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet or non-mounted magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body described below, and the magnet or non-mounted magnet that magnetizes the casting material; a13) a magnet, a magnetic body, a magnetized body, or a magnetic field body of one or more of the above magnets or non-mounted magnets embedded, covered, lined, or repeated, coupled, or connected; One of them is provided, or is provided in one or more of its own hole, hole, inside, outside, inner surface, outer surface, one side, both sides, passage, hollow, center, center, side thereof, passage, and the pouring material contacts or passes

1b) Cone, Bong, Conche, Bongche, Conmang, Mangcon, Conbong, Manbong, Bongmang, Bongteul, Bongcone, Protruding rod, Conical cone, Conical cone, Domed cone, Inclined cone, Double cone, Multi-cone, Helix cone, Multi-hole cone , hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone funa wire, spiral cone, spiral cone, spiral cone, spiral cone, spiral cone, cone-wina wire, one-sided spaced cone, both sides spaced Con, Mang Spiral, Conmangbong, Bonmang Spiral, Conmang Spiral, Conbong Spiral, Conmang Bongteul, Conbongteul Spiral, Conmangbong Spiral, Conmangbongteul Spiral; a22) A cone with an inclination angle of 1 to 89 degrees, a separation cone with a separation range between the outer and inner diameters, a cone with one hollow diameter 1.1 to 5.0 times the other hollow diameter, and a length of 0.1 to 0.1 to the length of one of the magnets or holder non-magnets. 0.8 times or 0.1 to 10.0 times the diameter of the one side of the hollow cone, the one side hollow cross-sectional area 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; a23) the cone or cone-mang-bonttle spiral that vortexes the pouring material or the magnetized pouring material; 2a) or 2b) the magnet or magnetic field body in which the pouring material contacts or passes while one of the cones or cones is provided with a coupling structure opposite to the above; It is only necessary to properly select and apply one of the combinations.

Examples of its application include 1a) a cone with a magnetic field body, a rod with a hexagonal hydration body, a cone network with an S-pole N-pole magnet, a cone rod with an electromagnet with a coil wound around an iron core, a magnet rod with two or more magnets with the same or different magnetic forces, 2a) or As a combination structure opposite to the above, a magnetic field body with a cone, a hexagonal hydration body with a rod, an S-pole N-pole magnet with a cone room, an electromagnet with a coil wound around an iron core with a cone rod, and two or more multiple magnets with the same or different magnetic forces with a rod are applicable. do.

In the present invention, one of the equipment, magnetization equipment, pouring equipment, and eco pouring equipment, or a driller, storage, hopper, mixer, pump, drone, transporter, supply line, pouring machine, laying machine, injector, syringe, The sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, mixer, curing machine, and surface treatment machine are: 1) the perforator or surface treatment machine itself, 2) the cone or hollow body, magnet or hollow body, cone or hexagon hand machine, Punching machine or surface treatment machine equipped with a magnet or hexagon hand machine, etc., and 3) a magnetizer or hexagon hand machine of one of the punch machine or face 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 its central hollow, a magnet with a cone in which the cone is inserted outside of itself, and a magnetized magnet. An agitation or aeration function object equipped with a magnetization type magnet, which is an agitation or aeration function object provided in its inner hollow, and the like. b) A magnet with a cone attached to a magnet, a magnetic body to which a magnet with an object is bonded, a magnetic body to which an agitation or aeration function cone is combined, and a magnetization body to which an agitation or aeration function cone is combined with a magnetization type magnet. c) c1) a tube embedded with a magnet, c2) a hollow body with a cone embedded with a magnet, c3) a hollow body with a cone embedded with a magnet-attached magnetic energy body, c4) a cone with a magnet, or a hollow body with an embedded tooth A magnetizer equipped with phosphorus or one, c5) a magnet with a cone, a magnetic energy body with teeth attached, a hexagonal handicraft with either or one of a hollow body embedded with teeth, etc. d) a magnetic substance embedding storage, the magnet embedding hopper, a magnetic substance embedding mixer in which an agitation or aeration function cone equipped with the magnetization type magnet is incorporated, a pump equipped with the magnet at the front or rear end, the magnetic substance embedding transporter, the magnet equipped with or It also applies to embedded supply roads, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packaging machines, compactors, mixers, curing machines, and surface treatment machines.

In addition to the above, a) the cone or object with a magnet, the object in the cone or object with a magnet, etc. is a1) a cone, an object with or without a magnet, a2) a cone, an object other than a magnet, a3) a magnet, a group of magnets, Magnetic body, magnetic body, magnetized body, wave body, hexagonal hydration body, magnetic wave body, magnetized wave body, magnetic energy body, a4) Object with agitation or aeration function, a5) Body, ring, cone, spiral, vortex wire, screw , whirlwind, hollow body, funnel, a6) Objects equipped with magnets, all objects, certain objects, bodies, metals, steel materials, wood, stone materials, clay materials, ceramics, polymer materials, natural materials, natural materials, artificial materials, Rubber materials, porous materials, hollow materials, non-porous materials, plastic materials, PVC materials, etc. are applicable. And b) the magnet, magnet group, magnetic body, magnetic force body, magnetization body, wave body, hexagonal hydration body, magnetic wave body, magnetization wave body, and magnetic energy body are magnetism, magnetism, magnetization, wave, Wave, hexagonal hydration, magnetic wave, magnetic wave, magnetic energy, magnetic energy, etc. are applicable, and they have the same or different characteristics, and the same magnets have magnetic properties. and magnetic body, a magnet and a wave body having the property of a material wave, and mutually different ones include a magnet having magnetism and a wave body having a material wave. and c) the body is c1) tube, body, hollow body, pipe, magnetizer, hexagonal 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 hand tools, etc. are applicable. and d) the hollow body corresponds to a barrel, tank, box, tank, tube, hose, pipe, hollow tube, hollow cylinder, hollow sphere, hollow body, hollow body, and the like. e) The magnetizer and the hexagonal machine e1) the cone or hollow body, e2) the storage or surface treatment machine, e3) one of the above devices, instruments, fixtures, equipment, manufacturing equipment, construction equipment, e4) material Apparatuses, devices, devices, equipment, and the cone or equipment that magnetize, magnetize, magnetize, wave, hexagonal hydration, magnetic wave, magnetic energy, etc. correspond.

In addition, the magnet, magnetizer, hexagon machine, device, mechanism, device, equipment, magnetization equipment, casting equipment, eco casting equipment, etc. of the present invention are a) magnet, magnet group, magnetic body, magnetic force body, magnetization body, wave body, magnetic force Energy body, magnet function merging cone, cone function merging magnet, double or bundled with cone Magnet, with magnet Cone or object, with cone or object Magnet, with magnetized magnet Agitation or aeration function Cone or object, with agitation or aeration function Cone Or a magnetization type magnet with an object, b) a magnet with one of them, a magnet group, a magnetic body, a magnetic body, a magnetization body, a wave body, a hexagonal hydrogel, a magnetic wave body, a magnetization wave body, a magnetic energy body, c) the cone or magnetic force One or more of the energy bodies or embedded tubes, bodies, hollow bodies, pipes, magnetizers, hexagonal water groups, d) at least one of the cone or hexagonal water groups, or perforators in the following order or random order, storage, hopper, mixer, Pump, drone, transporter, supply line, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, mixer, curing machine, surface treatment machine, e) of the cone or surface treatment machine One or more equipped devices, instruments, devices, equipment, manufacturing devices, construction equipment, etc. are also applicable.

The device, mechanism, device, equipment, device, phytoncide device, the cone or surface treatment machine, magnetization equipment, casting equipment, eco casting equipment, etc. of the present invention are for manufacturing, production, construction, construction, construction, construction, construction, etc. Or devices, instruments, devices, equipment, facilities, manufacturing facilities, construction equipment, dozers, trucks, excavators, graders, cranes for the manufacture, production, construction, construction, construction, construction, construction, etc. of the above concrete, materials, facilities, etc. , excavator, equipment, instrument, device, equipment, facility, manufacturing facility, construction equipment, dozer, truck, excavator, grader, crane, excavator, etc. with one of the above magnets or equipment. The device, instrument, device, equipment, device, phytoncide device, and the cone or surface treatment machine of the present invention are provided in one, two or more, multiple, one set, two or more sets, or multiple sets. Examples of this include a) a hollow body with 2 magnets embedded in a cone, b) a mixer with 3 hollow bodies embedded in a cone with 2 magnets, c) a mixer with 3 hollow bodies embedded in a cone with 3 magnets, and a storage unit with 3 hollow bodies embedded with 3 cones 2 connected mixers, d) 2 supply paths connected to 2 mixers with 3 magnets, 1 hollow body with 2 cones and 3 embedded reservoirs, 2 connected mixers, e) 2 injectors connected to them, etc. .

And one, one set, two, two sets, one, two or more of the cone or surface treatment machine, magnet or surface treatment machine, magnet or equipment, or equipped with or the like, or inside, inside, inside, hollow, One of the above cone or surface treatment machine, magnet or surface treatment machine, magnet or equipment provided on the outside, outer surface, or the outside is also applicable. Examples of this include: with reservoir and other reservoir, with sprayer and other sprayer, with reservoir and sprayer, sprayer with reservoir, with 2 reservoirs and 3 sprayers, with 2 reservoirs, 3 sprayers with reservoir and mixer, 2 reservoirs and 2 injectors with 1 mixer, 6 injectors with 3 reservoirs and 3 mixers, and the like.

And of the present invention, a) a device, a device, a device, a device, a phytoncide device, b) the cone, magnet, cone or surface treatment machine, c) two or more of facilities, facilities, structures, etc., mutual coupling between two or more, Connection, connection, fastening, merging, merging, equipping, mounting, fixing, mounting, attaching, welding, or joining, linking, connecting, fastening, merging, merging, 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, holders (12) , provision of supports, etc., installation, etc. are possible. This is a) device, mechanism, device, equipment, device, phytoncide device, b) the cone, magnet, cone or surface processor, c) facilities, facilities, structures, etc. of the present invention are rods, poles, plates, strings, strings, It is also possible to be interconnected, connected, provided, mounted, installed, maintained, positioned, mounted, fixed, attached, etc. by ropes, welding, bolts, nuts, tubes, hoses, pipes, pipelines, holders (12), supports, etc. indicates that Examples of this are the magnets 10 and 16 mounted on the holder 12, the embedded hollow body 13, the magnets 10 and 16 with cones mounted on the holder 12, the embedded hollow facility 8, and the holder 12 Mounted magnets 10 and 16, embedded hollow bodies 13, embedded hollow facilities 8, and the like are also applicable.

In addition, the equipment, mechanism, device, equipment, device, casting device, cone or surface treatment machine of the present invention includes 1) one of the above construction or remodeling, or a) equipment, mechanism, or device used for one or one of the above , equipment, b) uses, uses, applies, utilizes, applies, equips, constructs, mounts one or one of the above apparatus, apparatus, device, equipment, magnet or equipment, 2) or above concrete or PSC, material, facility One or more of the foregoing construction or remodeling, or doing one, or one of the foregoing construction or remodeling, which is or is at least one of, input, injection, embedment, input, incorporation, mixing, compounding, doubling, overlapping, adding, adding, containing, including, reflecting Also applicable are a) devices, instruments, devices, and equipment used, and b) the devices, instruments, devices, equipment, magnets, and equipment.

In addition, the materials or materials of the device or surface treatment machine, magnet or magnetized energy body, cone or cone wire spiral, hollow body, device, equipment, etc. of the present invention are 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 material, porous body, hollow body, non-hollow body, plastic, plastic material, PVC, FRP, GFRP, CFRP, PVC material, FRP material, GFRP material, CFRP material, other or all or other materials, materials, raw materials, materials, etc. applicable For example, the magnet is a magnetic material, the cone is a metal material, the tube is a plastic material, the hollow body is an FRP material, the reservoir is a carbon material, the mixer is a steel material, the injector is a PVC material, or a PVC cone, FRP Rods, GFRP bars, CFRP rebars, etc. are applicable. The PVC is polyvinyl chloride, FRP is fiber reinforced plastic, fiber reinforced polymer, fiber reinforced plastic, fiber reinforced polymer, etc., GFRP is glass fiber reinforced plastic, glass fiber reinforced polymer, glass fiber reinforced plastic, glass fiber reinforced polymer, etc., CFRP includes carbon reinforced plastic, carbon reinforced polymer, carbon fiber reinforced plastic, and carbon fiber reinforced polymer.

In the present invention, a) magnet 10, magnet group, electromagnet, twin magnet, bar magnet, plate magnet, atomic magnet, each magnet, magnet, magnet, magnetic body, magnetic force body, magnetized body, wave body, magnetized body, magnetic field body , Hexagonal hydration body, magnetization wave body, magnet support body, magnetized energy body, double magnet, multiple magnet, multi-type magnet, composite magnet, nano magnet, 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, coil(98) on iron core(97) This coiled electromagnet, solenoid electromagnet, holder magnet, vortex type holder holder magnet; b) the magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or non-mounted magnet having an outer diameter of 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 non-mounted magnets embedded, covered, lining 15, or two or more repeated, combined, connected, one of the magnets, magnetic bodies 16, magnetized bodies, and magnetic field bodies is the a) magnet to c) one or more of the magnetic field bodies, connection, combination, combination, etc. are applicable. This means that one of the above a) magnet to c) magnetic field body is the same as or similar to one of the above a) magnet to c) magnetic field body, or a link, combination, combination, etc. of two or more. Therefore, a magnet, a magnetic body, a magnetized body, etc. becomes one of the above a) magnet to c) magnetic field body, or a linkage, assembly, combination, etc. of two or more. One of the above a) magnet to c) magnetic field body, or two or more linked body, combination body, combination body, etc. becomes one magnet type.

In the present invention, the magnets are 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/film/NS pole, SN pole/film/SN pole, NS pole/film/SN pole, SN pole/film/NS pole, 1000 to 20,000 gauss magnet, 4) a body or a magnetic body 16 in which one of the magnets (10) is embedded, coated, covered, or lined (15), 5) a magnet inserted through the central passage of the cone , magnetic body, 6) a magnet or magnetic body 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. And the magnet is a magnet, a group of magnets, a magnetic body, a magnetic force body, a magnetization body, a wave body, a magnet, a magnet, a hexagonal hydrogel, a magnetic wave body, a magnetization wave body, a magnetic energy body, N pole S pole magnet (10), NS pole or Having an N pole and a S pole, one or more magnets (10) covered with a cover material (15), a magnet (16), a magnetic body (16) in which one or more magnets (10) are embedded in the cover material (15) ), magnetization and hexagonal hydration of materials are also applicable.

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 S pole N pole/S pole N pole magnet, S pole N pole magnet and S pole N pole magnet 2 combined magnets, e) NS pole/SN pole magnet is N pole S pole/S pole N pole magnet, 2 combined magnets of N pole S pole magnet and S pole 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/membrane/NS pole magnet is N pole S pole/film/N pole S Pole magnet, or N-pole S-pole magnet, membrane, N-pole S-pole magnet combined in this order, or a magnet with a film embedded between an N-pole S-pole magnet and a N-pole S-pole magnet, h) SN pole /membrane/SN pole magnet is a S pole N pole/film/S pole N pole magnet, or a magnet combined in the order of S pole N pole magnet (10), film (14), S pole N pole magnet (10), or A magnet in which a film is embedded and combined between a S pole N pole magnet and a S pole N pole magnet, where the membrane corresponds to a membrane, a separator, a separator, a separator, a separator, etc. (14), i) NS pole/membrane/SN A pole magnet is a N pole S pole/membrane/S pole N pole magnet, or a magnet combined in the order of N pole S pole magnet 10, film 14, S pole N pole magnet 10, or film N pole Magnets embedded and combined between S pole magnets and S pole N pole magnets, j) SN pole/film/NS pole magnets are S pole N pole/film/N pole S pole magnets, or S pole N pole magnets, membrane, Magnets combined in the order of N pole S pole magnets, or magnets with a film embedded between S pole N pole magnets and N pole S pole magnets, k) Examples of two or more magnets in one or more magnets are k1) NS pole magnets and 2 magnets of SN pole magnet, 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 Pole/film/SN pole, NS pole/film/SN pole, and SN pole/film/NS pole combined magnets are applicable.

Examples of magnets in 2) above 1000 to 20,000 gauss with a single magnetic force or total combined magnetic force are SN pole magnets in the case of SN pole/membrane/NS poles, or one magnetic force of NS pole magnets, or SN pole magnets and or NS pole magnets 2 A magnet with a total combined magnetic force of 1000 to 20,000 Gauss is applicable. And in the case of a magnet 16 lined with a tube in which 10 magnets 10 are embedded inside the tube cover 15, the magnetic force of one of the 10 magnets 10 or the total magnetic force of all 10 magnets 16 is 1000 to 20,000 Gaussian magnets and the like are also applicable. 3) Examples of the body or magnetic body 16 in which one of the magnets 10 is embedded, coated, covered, or one of the linings 15 are SN pole magnets, NS pole magnets, and SN pole/film/NS pole magnets The lamp 10 is attached to the metal, film, coating material, cover material, polymer material, plastic, STS material, coating material, lining material, melt, heating material, barrel, hose, tube, pipe, heating pipe, etc. 15 or This corresponds to a body or a magnetic body 16 that has been embedded, coated, covered, or lined. Here, the coating, cover, lining, etc. 15 of the magnet 10 is for protection, reinforcement, maintenance, management, corrosion and damage prevention of the magnet. 4) For examples of the magnets and magnetic bodies 10 and 18 inserted through the central passage of the cone 11, see the figure in FIG. 2. 5) The tube or hollow body 13 has 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 magnet or magnetic body (10, 18) Specifications of magnets and magnetic materials for the case where the inner diameter or inner cross-sectional area of the hollow body is 0.01 to 0.8 times smaller than the inner diameter or inner cross-sectional area of the tube or hollow body so that the magnet or magnetic body can be sufficiently embedded in the tube or hollow body. 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 body is 0.01 times 20 cm when considering that the inner diameter of the hollow body is 20 cm. It is difficult, and the magnetization force of the magnet and magnetic body embedded inside the 20cm hollow body is insignificant because the outer diameter of the magnet and magnetic body is small, and b) the upper limit condition of 0.8 times is that the outer diameter of the magnet exceeds 80% of the inner diameter of the hollow body. This is because the flow cross-sectional area of the hollow body is reduced, and the flow of materials passing through the hollow body is restricted and resistance is high. In the case of the above 0.01 to 0.8 times, it can be said that it is common to apply about 0.4 times, which is the average value of this range.

The magnetization and hexagonal hydration of the present invention are a) a1) magnet, magnet group, magnetic body, magnetic body, magnetization body, wave body, hexagonal body, magnetic wave body, magnetization wave body, magnetic energy body, the cone or magnetic energy body, a2) Double-headed hollow body, a3) Double-headed storage, blender, pump, supply line, placement machine, sprayer, injector, curing machine, surface treatment machine, a4) Magnetization by double-headed equipment, magnetization equipment, pouring equipment, etc. , Hexagonal hydration, b) passage, contact, passage, flow, penetration, etc. of the magnet or magnetic energy body, c) water, water, mixing water, mixing material, mixture, material, mortar, ready-mixed concrete, concrete, etc. Magnetization, hexagonal hydration, d) fluidization of water or concrete by one of the above, increase in workability, etc., decrease in water / cement ratio, etc., increase in strength after curing, decrease in permeability, etc.

In the present invention, magnetization, magnetization, magnetization, wave, hexagonal hydration, magnetization, magnetization, magnetization energy, etc. can be representatively expressed in terms of magnetization. Therefore, a) the magnet or magnetized energy body, b) a hollow body with it, c) a storage with one of them, a mixer, a pump, a supply path, a pouring machine, a sprayer, an injector, a curing machine, a surface treatment machine, d) equipment with one of the two , Magnetization equipment, pouring equipment, etc. become one magnetizer, hexagonal machine, magnetization device, hexagonal water device, magnetization equipment, hexagonal water equipment, etc., and the above or the following cone or equipment equipped with the magnet or magnetized energy body, magnet The equipment or the like also becomes one of the magnetizer or hexagonal hand equipment. The magnetization of the present invention produces magnetized material, magnetized water, magnetized material, magnetized casting material, etc., 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 material that has been magnetized, magnetized, magnetized, waved, hexagonal hydrated, etc. applicable

a) Magnet of the present invention, magnet group, electromagnet, twin magnet, bar magnet, planar magnet, atomic magnet, individual magnet, magnet body, magnetic body, magnetized body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetization Wave body, magnet support body, magnetized energy body, double magnet, multiple magnet, multi-type magnet, composite magnet, nano magnet, 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 on iron core, same or different magnetic force 2 Multiple magnets, solenoid electromagnets, non-mounted magnets, vortex-type 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 having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body, and the magnet or non-mounted magnet that magnetizes the casting material; b) A magnet, a magnetic body, a magnetized body, a magnetic field body, etc. of one or more of the magnets or non-mounted magnets embedded, covered, lined, or repeated, combined, or connected with two or more are as follows.

1) The magnet group is two or more magnets, their magnet groups, 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, 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. are applicable. 2) The electromagnet includes an electromagnet in which a coil is wound around an iron core, a solenoid electromagnet, a magnet that generates magnetic force when electricity is applied, and a magnet that generates magnetic force when electricity is applied to the coil. 3) An electromagnet with a coil wound around an iron core, a solenoid electromagnet, etc. are a type of electromagnet. 4) Twin magnets include two or more magnets and their pairs. And the twin magnet is a) two or more magnets, magnetic bodies, the magnets or magnetic energy bodies, b) or mutually front, rear, left, right, front, back, up, down, spaced apart, attached, compressed, contacted, joined, Two or more magnets, magnetic bodies, the above magnets or magnetic energy bodies, c) arranged, arranged, mounted, connected, etc. Two or more magnets, magnetic bodies, and the magnets or magnetic energy bodies are also applicable. 5) Bar magnets, flat magnets, atomic magnets, and individual magnets include magnets such as rods, plates, boards, circles, circles, cylinders, angles, squares, and polygons. 6) Magnetic body, magnetic body, magnetized body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, magnetized body, and magnetized energy body are magnet, magnetism, magnetism, magnetization, wave, magnetization, Having the function of having a magnetic field, hexagonal hydration, magnetization wave, magnetization energy, etc., emitting a light, emitting a light, etc., magnetizing a material by the light, hexagonalizing a material by the light, Such as magnets, bodies, objects, etc. In addition, the magnetic body or magnetized energy body is a material, material, body, object, object, instrument, metal, means, or material containing a magnet that has magnetic force, magnetism, magnetic field, etc. Applicable to instruments, metals, means, etc.

7) Double magnet refers to two or more magnets and their group of magnets. 8) Bundled magnets include magnets that form a bundle of two or more. 9) Nanomagnets include magnets whose constituent particles, molecules, materials, etc. are nanometer in size. In addition, the multi-type magnet corresponds to a magnet in which two or more magnets with two or more magnets are combined, combined, provided, fastened, connected, linked, and the like. In addition, composite magnets are magnets in which one or more magnets among two, two sets, two types, two pairs, two sets, and two magnetic forces are combined, combined, provided, fastened, connected, connected, etc., or magnets and objects other than magnets. Combination, coupling, provision, fastening, connection, linkage, means, mechanism, etc. are applicable. In addition, the magnet supporting body includes materials, materials, sieves, objects, objects, instruments, metals, means, holders, supports, spacers, and fixtures equipped with magnets, electromagnets, magnetic materials, composite magnets, and multi-type magnets.

10) Superconducting magnets are superconducting magnets, solenoid coils, racetracks, dipoles, toroidal, superconducting coils, and superconducting coils that are immersed in -269℃ liquid helium to become superconductive and generate a stable high magnetic field. An electromagnet, a cryogenic electromagnet using a superconductor for a coil, a magnet that uses a Nb alloy, which is a superconductor, for a coil wire, and cools it to liquid helium temperature to generate a superstrong magnetic field, etc. are used. Since superconducting magnets do not consume electricity, they are used in linear motor cars, nuclear fusion reactors, MHD (magneto hydrodynamics) power generation, and maglev 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 the superconducting wire. 11) Magnetosomes and magnetobacteria are a) Microorganisms, bacteria, and magnetosomes with magnetism, magnetism, and magnetic bodies, etc. b) Magnets, magnets, nanometer-sized magnetic particles, molecules on themselves, their bodies, inside, outside, and surfaces. Microorganisms, bacteria, magnetosomes, etc. with elements, etc. are applicable.

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 in which magnets such as S pole N pole and N pole S pole are combined, twin magnets, double magnets, multiple 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-N-pole/S-N-pole magnets include magnets that combine S-N-pole magnets and S-pole-N magnets, and magnets that combine S-pole N-pole magnets with separators and S-pole N-pole magnets. 16) N pole S pole/S pole N pole magnets include combination magnets of N pole S pole magnets and S pole N pole magnets, magnets combining N pole S pole magnets, separators and S pole N pole magnets, etc. 17) S pole N pole/N pole S pole magnets include magnets that combine S pole N pole magnets and N pole S pole magnets, and magnets that combine S pole N pole magnets and separators and N pole S pole magnets. 18) N-S-N-S-N-S-N-S magnets include N-S magnet-N-S magnet-N-S magnet-N-S magnet combination magnet, N-S magnet-separator-N-S magnet-separator-N-S magnet-separator-N-S magnet combination of magnets, 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) A magnet with a holder includes a magnet equipped with a holder, a spacer, a support, etc., and a magnet equipped with a means for mounting itself.

21) The magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 gauss is the magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 gauss or the like constituting the magnet or a magnetic body. Here, the magnetic force when a magnet or magnetic body is composed of one is the magnetic force of one magnet or magnetic body, and the magnetic force when two or more magnets or magnetic objects are composed is the individual magnetic force of two or more magnets or magnetic bodies, or two or more magnets. This includes the combined magnetic force of a magnet or a magnetic material. 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 obtain a combined magnetic force of 6,000 gauss. applicable Therefore, if the magnet or cone with magnetic material of the present invention is a cone with three magnets embedded in the magnetic material, it can be a cone with magnetic material with a magnetic force of 11,000 Gauss in which three magnets of a 1000 Gauss magnet, a 3000 Gauss magnet, and a 7000 Gauss magnet are embedded. .

In addition, the magnet, magnetic body, and the cone of the present invention are a) a magnet composed of or combined with n magnets such as n1 gauss magnet, n2 gauss magnet, and n3 gauss magnet, b) its cone, n cone, c) A magnetic body in which n magnets such as n1 gauss magnet, n2 gauss magnet, and n3 gauss magnet are embedded or lined; These are a) magnets consisting of or combined with n magnets, such as n1 magnets, n2 magnets, n3 magnets, etc., b) their cones, n cones, c) n1 magnets, n2 magnets, n3 magnets, etc. It can also be expressed as a magnetic body in which n magnets of are embedded, lined, or embedded and lined, d) its cones, 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 non-mounted non-magnet is 0.01 to 0.8 times the inner diameter of the hollow body below, the magnet or non-mounted non-magnet is too thin to manufacture, and the effect is insignificant. If it is 0.8 times or more, the inner diameter of the hollow body This is because it is difficult to flow or pass through hollow bodies such as filling materials and pouring materials.

The magnet or non-mounted magnet of the present invention is a) magnet, magnet group, electromagnet, magnetic body, magnetic force body, magnetized body, hexagonal hydration body, magnetizing agent, magnetic field body, wave body, solenoid electromagnet, non-mounted magnet, vortex type holder magnet; b) Magnet, magnet group, electromagnet, double magnet, bar magnet, planar magnet, atomic magnet, self magnet, magnet, magnetic material, magnetized body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, Magnet body, magnetized energy body, double magnet, multiple magnet, multi-type magnet, composite magnet, nano magnet, superconducting magnet, magnetosome, magnet 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 magnets with the same or different magnetism Magnets, solenoid electromagnets, non-magnets with holders, non-magnets with vortex-type holders; c) the magnet or non-mounted magnet having a magnetic force of 1000 to 20,000 gauss, the magnet or non-mounted magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body, and the magnet or non-mounted magnet that magnetizes the casting material; etc. are applicable.

23) The magnet or non-mounted magnet that magnetizes the pouring material magnetizes the material, the pouring material, its raw material, etc. It becomes the magnet to the holder non-magnet. 24) One or more magnets, magnetic bodies, magnetizing bodies, and magnetic fields of one or more of the magnets or non-mounting magnets embedded, cover, lining, or two or more repeats, couplings, and connections are embedded with one or more of the magnets or non-mounted magnets, A magnet, a magnetic body, a magnetized body, a magnetic field body, etc., which has become a cover, lining, etc., or has been 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 non-mounted magnet. Here, two or more repetitions, couplings, connections, etc. correspond to multiple magnets, multiple magnetic bodies, multiple magnetized bodies, multiple magnetic fields, etc. in which two or more of the magnets or non-mounted magnets are repeated, combined, or connected.

In the present invention, a) cones, rods, cones, rods, cones, mangs, cones, cones, mangbongs, rods, rods, rods, rods, protruding rods, conical cones, cones, cones, slanted cones, double cones, multi-cones, spiral cones , multi-hole cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone funa wire, helix cone, spiral cone, spiral cone, spiral cone, spiral cone, cone-wynna wire, single spaced cone ; b) a cone with an inclination angle of 1 to 89 degrees (refer to α angle in FIGS. 2, 4, and 8 for the inclination angle), a separation cone with a separation range between the outer and inner diameters, and one side hollow diameter 1.1 to 5.0 times the other side hollow diameter. A cone whose length is 0.1 to 0.8 times the length of one of the magnet or non-mounted magnet 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 cross-sectional area of the hollow body or the cross-sectional area of the magnet A cone with a magnification of 1.1 to 10.0 is a kind of vortex body that has a function of vortexing casting materials and magnetized casting materials. In the present invention, the vortex represents vortex, turbulence, vortex, cavitation, vortex, eddy current, turbulence, and the like. In addition, the cone or cone thread spiral, etc., is self-formed or self-formed by its own or self-formed wool, net, sieve, frame, perforation, perforation, perforation, hole, etc. In addition to the pouring material vortex function, paper, foreign matter, garbage, coarse matter included in the pouring material, etc. It is also characterized by functions such as slicing, jamming, sieving, separating, sorting, removing, and sieving of pieces of material.

In the present invention, a) cone (11), rod, cone, rod, cone, mang, cone, cone, bong, cone, cone, cone, protrusion, inclined cone, double cone, multi-cone, spiral cone, multi-hole cone, hollow cone , passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone funa line, helix cone, cone middle helix, helix middle cone, helix cone, cone wynna helix, one-sided spaced cone, double-spaced cone, b ) A cone with an inclination angle of 1 to 89 degrees, c) a cone with a spacing range between the outer and inner diameters, a cone with one side hollow diameter 1.1 to 5.0 times the other side hollow diameter, d) a length of one of the magnets or holder non-magnets 0.1 to 0.8 times of or 0.1 to 10.0 times the diameter of the one side hollow, e) one of the cones whose one side hollow cross-sectional area 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 is a) One or more of the cones to e) cones, linkage, combination, combination, etc. are applicable. This means that one of the cones a) to e) is the same as or similar to one of the cones a) to e), or a link, combination, or combination of two or more of the cones a) to e). Therefore, the cone 11 is one of the above cones a) to e), or a linkage, combination, combination, etc. of two or more. One or more of the cones a) to e) becomes a vortex body.

About the cone 11, the net 48, the rod 45, the frame 46, the spiral 47, the cone mang, the rod frame, the cone mangbong, the mold spiral, the cone mangteul, the cone mangbong spiral, the cone mangbong helix, etc. The explanation is as follows. 1) Cones are a) cones (11), cones, cones, cones, hats, cones, mangcons, cones, bongs, cones, cones, cones, domed cones, slanted cones, double cones, multiple cones, spiral cones, multi-hole cones , hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, cone, forward cone, reverse cone, cone funa wire, spiral cone, cone-to-convex cone, spiral cone, spiral cone, cone-wynnaline, single-spaced cone, bilaterally spaced cones, mesh spirals, cone-shaped cones, cone-shaped spirals, cone-shaped spirals, cone-shaped spirals, cone-shaped knots, cone-shaped spirals, cone-shaped spirals, cone-shaped knotted spirals; b) a cone with an inclination angle of 1 to 89 degrees (refer to α angle in Figs. 2, 4, and 8 for the inclination angle), a separation cone whose separation range is between the outer diameter and the inner diameter, and one side hollow diameter 1.1 to 5.0 times the other hollow diameter. A cone whose length is 0.1 to 0.8 times the length of one of the magnet or non-mounted magnet 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 cross-sectional area of the hollow body or the cross-sectional area of the magnet 1.1 to 10.0 times cone, etc. are applicable.

2) The net is a net (48), a net, a wire net, a net net, a frame net, a nylon net, a mesh net, a lattice net, a wire net, a flat net, a hollow net, a mat net, a cylindrical net, a triangular net, a square net, a net with yarn , a net with an all hole, a net with a sieve hole, a net 48 with a hole smaller than the hole size of the frame 46, and the like. 3) The rod is 5 to 90% of the inner diameter or diameter of the rod (48), rod, rod, stick, rod body, cone rod, mesh rod, rod net, rod frame, rod cone, rod body, protruding rod, inclined rod, vertical rod, parallel rod, hollow body Rods with a range of length, or cones, nets, rods, frames, spirals, magnets, magnetic materials, electromagnets, material flow direction, and 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 the vortex effect of the rod is insignificant for a length of 5% or less, and a problem of having a large inner diameter of a hollow body in which a magnet with a rod is embedded is necessary for a length of 90% or more. because there is

4) The frame is a frame (46), an all frame, a frame body, a lattice frame, a nylon frame, a mesh frame, a wire frame, a flat frame, a hollow frame, a mat frame, a cylindrical frame, a triangular frame, a square frame, a frame with all holes, a grid hole A frame with a grid, a frame with a grid, a frame with hole holes larger than the hole size of the net 48 (46), a frame with rods, a rod frame with rods, a frame with rods outside, a rod frame with rods outside, One or more rods are provided on the outside, and rods 45 are provided on the outside, such as the rods 46 in which the material passing through the outside collides with the rods and vortexes. 5) The cone body corresponds to a cone, a body in which two or more of the cones and cones are combined.

6) The rod body is the surface, surface, exterior, outer circumference, length of the rod or rod body, magnet or magnetic body that vortexes the rod, rod body, rod frame, protruding rod, horizontal rod, inclined rod, rod body, casting material or magnetized casting material The rod or rod frame body provided in the direction, etc., corresponds to, includes, belongs to, constitutes, forms, classifies, subdivides, etc. Here, the sewing frame, the sewing body, etc. correspond to the rod 45 provided with the frame 46, the rod 45 provided with the frame 46, the frame provided with the rod, the frame provided with the rod, and the like, the sewing machine here, In the rod body, 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 having a length of 5 to 90% compared to the length of the magnet, a vertical rod, a protruding rod, etc. Correspondingly, the frame 46 corresponds to a frame, a frame net, a mantle, a special grid, a grid frame, a frame having an inner diameter of 100 to 110% compared to the outer diameter of the magnet, and the like. The reason for setting the range in the mold having the 100-110% inner diameter range is that the magnet is embedded in the mold or embedded inside the mold only when the ratio is 100% or more, and if it is 110% or more, the magnet is embedded in the mold. This is because there is a disadvantage that the magnet becomes loose. Here, the magnet embedded in the frame is tightened by string, string, bundle, welding, filling material, etc., if necessary.

Here, rods, rods, etc. are preferably provided in a vertical or inclined direction rather than parallel to the longitudinal direction of the magnet in order to promote vortex flow of flow materials and magnetized materials, and the rod body is in the longitudinal direction of the frame in which the magnet is inserted therein It is preferable that the bar is provided in a vertical or oblique direction on the outside of the frame, so that the bar is provided in a vertical or oblique direction with respect to the longitudinal direction of the magnet. Here, the rod is provided in a vertical or inclined direction with respect to the longitudinal direction of the magnet because the material passing through the outer circumference of the magnet collides with the rod and the material is vortexed to agitate the material and improve the magnetization effect. The rods, rods, rods, etc. are dotted, five, ten, five rows, one five, two five, one row, two rows, random, It is possible to have one, more than one, multiple, etc. in a free, arbitrary, zigzag manner. In the cone body, rod body, magnetized body, hollow body, etc. of the present invention, the body corresponds to a body, a body, a body, an object, an object, a construct, a formed body, and the like.

7) Con-mang, mang-con, etc. correspond to con-mang, mang-con, con-mang, mang-con, network with cone, cone with network, cone-shaped network, and network-shaped cone. 8) Cornbong includes conebong, cone-bong, cone-shaped rod, cone-shaped rod, bong-cone, rod-cone, cone with rod, and rod-shaped cone. 9) Mangbong, Bong-net, etc. include manbong, bong-mang, net-bong, bar-net, bar with net, net with bar, net-shaped bar, bar-shaped net, etc. 10) The sewing frame includes a sewing frame, a rod-frame, a frame with a rod, a rod-shaped frame, a frame rod, a frame-rod, a rod with a frame, and a frame-shaped rod. Here, when the frame is a perforated frame, the perforated holes include those having a larger size than all holes of the net. 11) Bong cone, cone rod, etc. are cone and rod, rod and cone, rod before cone, rod after cone, cone before rod, cone after rod, protrusion and cone, cone before protrusion, cone after protrusion, rod or cone Corresponds to cones or rods provided before or at the same position of. 12) The protruding rod includes a protruding rod, a protruding rod to the outside, and a rod protruding to the outside of a magnet or frame.

13) Conical cone, cone cone, protruding cone, inclined cone, double cone, multiple cone, spiral cone, multi-hole cone, hollow cone, passage cone, contact cone, cone spiral, screw cone Photo, two or more doubles, two or more overlapping or layered multiples, spirals, holes perforated, hollow, passage forming, material or pour material contact, spiral, screw, etc., cone, etc. This applies. The cone spiral also includes the cone 11, the spiral 47, the cone spiral, the spiral cone, the cone funa wire, the spiral cone, the cone middle spiral, the spiral middle cone, the spiral wicon, and the cone wynna wire. 14) Spaced cones, single-side spaced cones, double-side spaced cones, etc. are a) spaced, one-side spaced, both sides spaced, b) the entire cone is spaced from a magnet, etc., one side of the cone is spaced from a magnet, etc., both sides of the cone are spaced from a magnet, etc. C) Corresponds to cones such as separation from magnets, separation from one side, separation from both sides, etc. 15) Forward cones correspond to cones located in the forward or < direction with respect to the flow direction of materials, pouring materials, and hollow bodies. 16) The reverse cone corresponds to a cone located in the reverse direction or > direction with respect to the flow direction of material, pouring material, hollow body, etc.

17) The spiral corresponds to the helix 47, one of which is a cone spiral, a peak spiral, a cone peak spiral, a peak cone spiral, and the like. Here, the cone spiral, rod spiral, cone rod spiral, and rod cone spiral are rods 45, 46, cone 11, spiral 47, one or more of rods, cones, and spirals provided before or at the same position. will be. Where a) the cone spiral is the cone spiral, the cone 11 and the spiral 47, the spiral before the cone, the spiral during the cone, the spiral after the cone, the spiral on the cone, and the like, and b) the bar spiral, the bar spiral, the bar 45, 46 and spiral (47), spiral before bar, spiral after bar, spiral during bar, spiral below bar, etc., c) cone bar spiral, cone bar spiral, cone 11 and bar (45, 46) and spiral (47), before cone Spirals after bars, cones and upper spirals, spirals under the upper bars of cones, spirals after bars before cones, d) Bong cone spirals are Bong cone spirals, rods (45, 46) and cones (11) and spirals (47), cones before bars These include the post helix, the helix below the cone above the rod, the helix below the cone around the rod, and the helix below the rod and cone. The rods 45 and 46, the cone 11, and the spiral 47 function to vortex, aerate, and stir materials, magnetized materials, magnets, and self-passing materials.

18) Confuna line, helix after cone, helix within cone, helix during cone, helix on cone, and conwina line are the helix after the cone, the cone after the helix, the helix with the middle of the cone, the cone in the middle of the helix, the cone on the helix , a spiral placed on a cone, etc. 19) The net spiral includes a net spiral, a net-spiral, a net spiral, and a net spiral. 20) Konmangbong includes Konmang, Konbong, Mangbong, Konmangbong, Kon-Mang-bong, Konmang-bong, Kon-Mangbong, and Kon and Mangwabong. 21) Bong-mang spiral includes bar-mang, bar-net spiral, bar-net spiral, bar-net spiral, bar-net spiral, bar-net-spiral, bar-net-spiral, etc. 22) Kon-Mang Spiral includes Kon-Mang, Kon-Naseon, Man-Spiral, Kon-Mang-Spiral, Kon-Mang-Spiral, Kon-Mang-Spiral, and Kon-Mang-Spiral. 23) Cornbong spirals include conebong, conebong, boron spiral, cornbong spiral, cone-bong spiral, cornbong-spiral, and cone-bong-spiral.

24) Conmangbongtul is a) one or two or more of cones, nets, rods, and frames, b) one or two or more of two or more of cones, nets, rods, and frames connected, and one of them Mangbong-conmantle-conmantle, conmanbong-conmangbong-conmantle, c) cone, net, bong, frame, conmang, conbong, contle, mangbong, mantle, bongteul, conmanbong, conbangteul, manbongteul, conmanbongteul , d) Conmangbongteul combination, Conmang-bong-frame, Conmang-bongteul, Conmangbong-frame, Con-mang, Bong-frame, Conmang-conbong, Contle-mangbong, Mantle-bongtle, Conmanbong-conbangteul, Mesh stitching-Conmang stitching, e) Combination of cone stitching stitches, frame after cone after mesh, frame after rod before cone, frame before rod before cone, frame on top of rod on top of mesh on top of cone, frame on bottom of rod at bottom of cone, frame on bottom of rod at bottom of cone, view of cone Upper bar lower frame, lower net frame after cone, lower bar upper frame after cone, net upper bar after cone frame, f) Combination of cone-mang-seal, combination of con-mang-seal, combination of cone-mang-seal, combination of con-mang-bong-frame, Combinations of cone-network-rod-frame, combination of cone-network-stick-frame, combination of cone-network-frame, g) or one or more cones, nets, rods, frames, cones, cones, contles, nets, mantles, Bongteul, conmangbong, conbangteul, mangbongteul, conmangbongteul; Before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, 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, aisle, outside, circumference, outside, periphery, near, near, entrance, middle, exit, front , back, front, rear, side, one-way, two-way, three-way, four-way, forward to flow or to pour material flow, backward; Equipped on the back, configuration, mounting, installation, positioning, arrangement, combination, fastening, combining, linkage, row position, five row position, cross position, single row arrangement, two row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, nets, rods, frames, cones, nets, cones, cones, nets, nets, nets, nets, cones, cones, nets, nets, cones, etc., which are zigzag arrangements, etc.

As described above, the reason for providing or zigzag arrangement of the cone mang frame in the front or rear direction is to provide or zigzag arrangement of the cone mang frame in the front or rear direction, etc. to flow, pass, etc. Agitation, aeration, vortex, magnetization, hexagonal hydration, wave formation, pulsation, cavitation, etc. It is for promotion, doubling, etc.

And conmangbongteul is a) cone, mesh, rod, frame, conemang, conebong, contle, mangbong, mantle, conemangbong, mangbongteul, conemangbongteul, b) cone-mang, cone-bong, cone-tle, mang-bong . Frame, cone-manbong frame, d) the cone or cone-manbong frame having one shape, size, shape, standard, etc. of the cone or cone-manbong frame, e) a shape, size, or shape different from or identical to one of the cone or cone-manbong frame , the cone or konmangbongteul having a standard, f) the cone or konmangbongteul having a larger or smaller shape, size, shape, standard, etc. than one of the cones or konmangbongteul, or the like.

25) Corn seal helix is a) cone, rod, frame, spiral, cone rod, contle, cone spiral, seal, seal spiral, frame spiral, cone seal, cone seal spiral, seal spiral, cone seal spiral, b) cone-bong, cone-frame, cone-spiral, rod-frame, rod-spiral, frame-spiral, cone-seal, cone rod-frame, cone-bond-frame, cone-bon spiral, cone rod-spiral, cone-rod-spiral, rod -Frame Spiral, Seal-Spiral, Bar-Frame-Spiral, Conbong-Frame Spiral, Cornbong-Frame Spiral, Corn Seal-Spiral, Cone-Seal Spiral, Corn-Bong-Frame-Spiral, c) 1 cone-2 pieces Bar, 1 cone-2 frames, spiral above cone, frame below bar, spiral above bar, part of frame spiral, before cone Sew frame, 1 cone bar-2 frames, 1 cone-2 bars-3 frames, cone Upper spiral, cone bar one side spiral, cone upper spiral, cone front frame spiral, sewing frame back spiral, bar inner frame spiral, cone bar outer frame spiral, cone rod upper frame spiral, cone seal both ends spiral, cone one side sewing spiral, 1 Dog cone inner rod-one frame inner spiral, d) the cone or cone rod spiral having the shape, size, shape, standard, etc. of one of the cone or cone rod spirals, e) different from one of the cone or cone rod spirals or the cone or cone sealed spiral having the same shape, size, shape, standard, etc., f) the cone or cone sealed spiral having a larger or smaller shape, size, shape, standard, etc. than one of the cone or cone sealed spiral, etc. This or the like also applies.

26) Con-mang-bon helix is a) one or two or more of cones, nets, rods, and spirals, b) one or more of two or more of cones, nets, rods, and spirals, connecting two or more, one of them -bon spiral-conmang-bon spiral, conmangbong-bon spiral-bonmang, c) conmangbong spiral, cone, net, bar, helix, conmang, mangbong, net spiral, boron spiral, conmangbong, conmangbong, mangbong spiral, d) Kon-Mang-Bong spiral combination, Kon-Mang-Bong-Spiral, Kon-Mang-Bong-Spiral, Kon-Mang-Bong-Spiral, Cone-Mang-Bong helix, Cone-Mang-Bong helix, Cone-Mang-Bong-Spiral, e) Con-Mang-Bong spiral combination, Spirals before Conmangbong, Spirals after Conmang, Spirals before Conmang, Spirals above Conmang, Spirals after Conservation, Spirals above Conmengbon, f) Combinations of Conmangbong spirals, Combinations of Conmangbong-helices , a combination of a cone-mang-bon spiral, a combination of a cone-mang-bon-helix, a combination of a cone-mang-bon spiral, a combination of a cone-net-bon spiral, a combination of a cone-mang-rod-helix, g) or one or more cones, net, rod, spiral, conmang, conbong, connaissance, conmangbong, conmang spiral, conbon spiral, conmangbongteul, conbonteul helix, conmanbon spiral, conmangbongteul helix; Before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, 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, aisle, outside, circumference, outside, periphery, near, near, entrance, middle, exit, front , back, front, rear, side, one-way, two-way, three-way, four-way, forward to flow or to pour material flow, backward; Equipped on the back, configuration, mounting, installation, positioning, arrangement, combination, fastening, combining, linkage, row position, five row position, cross position, single row arrangement, two row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, nets, rods, spirals, cones, nets, rods, spirals, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, etc. .

27) The cone net spiral is a) one or more of the cone (11), net (48), bar (45), frame (46), and spiral (47), b) cone, net, bar, frame, spiral One or two or more connect two or more, one of them is conmangbongteul spiral-konmangbongteul spiral, conmangbong-frame spiral-conmangbongteul spiral, conmang-bongteul spiral-conmangbong-frame spiral, cone-mangbongteul spiral-conmang- c) cone, net, rod, frame, spiral, conmang, conebong, contle, conspiracy, netbon, room frame, nettle spiral, nettle, barn spiral, frame spiral, conmanbong, conte helix, netbongteul, nettle spiral . Mesh net spiral, cone-net net spiral, cone-net-seal spiral, cone-net-rod-frame spiral, cone (11)-net (48)-bar (45)-frame (46)-spiral (47) , e) Combination of con-mang thread spiral, helix before con-mang-song, frame helix after con-mang-bong, sewing helix on con-mang, net-sealing helix under con-mang, helix after con-mang post-sealing after con-mang, helix after con-mang post-sealing, on con-mang co-sealing frame Spirals, spirals before cones, f) combinations of cones, spirals, combinations of cones, spirals, combinations of cones, combinations of cones, spirals, combinations of cones, nets, frames, spirals, g) one or more cones, nets, rods, frames, spirals, cones, nets, rods, cones, nets, nets, nets, nets, nets, nets spirals, cones nets spirals; Before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, 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, aisle, outside, circumference, outside, periphery, near, near, entrance, middle, exit, front , back, front, rear, side, one-way, two-way, three-way, four-way, forward to flow or to pour material flow, backward; Equipped on or on one of the back, configuration, mounting, installation, positioning, arrangement, combination, fastening, combining, linkage, row position, five row position, cross position, single row arrangement, two row arrangement, multi-row arrangement, cross arrangement, differential arrangement One or more cones, nets, rods, frames, spirals, cones, nets, rods, cones, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, nets, etc.

Examples of this include: spiral after cone after net after bar after frame, spiral before cone before net before bar before frame, spiral over cone over net over bar over frame, spiral under cone under net under bar, spiral under frame, cone After the net, after the bar, under the frame, under the net, before the cone, under the bar, before the frame, under the cone, on the net, under the bar, under the frame, after the cone, after the net, after the bar, under the frame, 1 after cone, 2 3 bars after net, 2 bars after frame, 1 spiral, 3 cones, 2 bars before nets, 3 bars before bars, 4 spirals before frame, 1 cone, 2 nets, 2 nets, 3 bars, 3 bars, 4 spirals, 2 cones under 3 nets, 2 bars under 4 bars, 3 spirals under a mold, and so on.

In addition, the cone-network-steel spiral of the present invention includes those in which five types of cone-network-rod-frame-spiral are arranged, arranged, equipped, and mounted, and materials and pouring materials that pass through them sequentially are cone-network- Vortex is generated 5 times by 5 types of bar-frame-spiral, and the homogeneity of the material and the stirring property are improved. And if the cone thread spiral is perforated type, perforated type, perforated type, perforated type, etc., materials and casting materials that pass through it sequentially are subjected to 5 rounds of 5 types of cone-net-bar-frame-spiral. In addition to the vortex, 5 times of the vortex by each perforated hole are added, resulting in a total of 10 vortex phenomena, so that the homogeneity of the material, the agitation, etc. are further improved.

The perforated cone thread spiral of the present invention is one or more, one or more of all, part, part, zone, partial region, point, one point, multi point, etc. Corresponds to cones, 10, 50, 100 holes, holes, perforations, perforations, perforations, perforations, slots, incisions, perforated holes, perforated holes, and the like. Examples thereof include a 10-hole forming cone, a 300-hole forming net, a 3-hole forming rod, a 100-hole forming frame, and a cone-mang-steel spiral composed of one or more of 30 hole-forming spirals. In addition, the perforated cone-shaped cone-shaped cone-shaped spiral is a cone-shaped one or more of a cone, a net, a rod, a frame, and a spiral constituting the cone-shaped spiral in addition to the porous cone-shaped cone-shaped spiral. Examples 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. It corresponds to a conmangbongteul spiral composed of one or more. The hole or perforated hole, porous type, cone shape, cone shape, etc. further improves vortex, aeration, agitation, homogeneity, agitation, magnetization, vortex magnetization, etc. of passing materials and pouring materials.

In the present invention, examples of the cone-shaped thread spiral, the magnet with it, the hollow body with it, the mixer with it, the pourer, the injector, etc. include a) a cone, a cone-shaped network located inside the cone, mounted inside the network A rod, a cone-shaped frame located outside the cone and having an all-hole larger than the all-hole of the net, a structure composed of a spiral located on one side of the cone, net, and frame, b) the cone and net of a) above , a frame, a spiral, a structure, a cone, a magnet or an electromagnet embedded in or attached to one of the spirals or its central passage, c) a cylinder, tube, hollow body with its magnet, d) a mixer, pourer, sprayer with its hollow body, e) 2 cones - nets on each outside of teeth - rods on each outside of teeth - 2 frames on the sides of teeth - 2 spirals on the inside of teeth, f) one of the cones, nets, frames and spirals in e) above A magnet or an electromagnet embedded or attached to an internal or central passage, g) a cylinder, tube, hollow body with its magnet, h) a mixer, pourer, sprayer, etc. with its hollow body, or the like.

28) A cone with an inclination angle of 1 to 89 degrees is a cone with an inclination angle of 1 to 89 degrees. Among the cones, a spacing cone having a spacing range between the outer and inner diameters is a spacing cone having a spacing range between the outer diameter of the magnet and the inner diameter of the hollow body. Here, the distance between the cones corresponds to the distance between the outer diameter of the magnet and the inner diameter of the hollow body. This means that, logically, the distance between the cones cannot be smaller than the outer diameter of the magnet and larger than the inner diameter of the hollow body.

Here, the angle of inclination 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 angle of inclination of the cone is the angle to the central axis of the horizontal line, the cone, the hollow body in which the teeth are embedded, etc. This is because the shape of the cone is not formed because the cone is perpendicular to the central axis when the angle is not formed, such as 89 degrees or more and 90 degrees. For the above 1 degree, 10 degree, 20 degree, 25 degree, 30 degree, 40 degree, 45 degree, 50 degree, 60 degree, 70 degree, 75 degree, 80 degree, 89 degree, and 1 to 89 degree, the average value of this range It can be said that the application of about 45 degrees is common.

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

30) A cone having a length of 0.1 to 0.8 times the length of one of the magnet or non-mounted magnet or 0.1 to 10.0 times the diameter of the one side hollow (11-1) has a cone length of at least one of the magnet or non-mounted magnet. 0.1 to maximum 0.8 times or a cone with a hollow cross section of at least 0.1 times to a maximum of 10.0 times the one-side hollow diameter 11-1 having a large hollow section. In this way, the length of the cone is at least 0.1 times the length of one of the magnets or non-mounted magnets, the lower limit of at least 0.1 times the diameter of the one side hollow (11-1) having a large hollow cross section, and the length of one of the magnets or non-mounted magnets. It was limited to a maximum of 0.8 times and a maximum of 10.0 times the diameter of the one side hollow with a large hollow cross section.

31) For a cone whose 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 magnet, the one-side hollow cross-sectional area 11-1 having a large hollow cross-sectional area of the cone is equal to or greater than the internal cross-sectional area of the hollow body. A cone 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 is applicable. As described above, the one-side hollow cross-sectional area 11-1 having a large hollow cross-section of the cone has a lower limit of at least 0.05 times the inner cross-sectional area of the hollow body and 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 It was limited to an upper limit of at least 1.1 times and at most 10.0 times the cross-sectional area.

The cone, net, rod, frame, spiral, cone mang, rod, cone mang rod, frame spiral, cone mang box, cone mang rod helix, cone mang stick spiral, etc. of the present invention are cones, nets, rods, frames, spirals, cones, nets, rods, cones Having a shape, shape, standard, size, etc. of one of a mangbong, a mold spiral, a cone mangbongteul, a cone mangbong helix, and a cone mangbongteul helix; or having the same shape, shape, size, size, etc. as one of; or having a shape, shape, standard, size, etc. greater than, smaller than, 10% larger than, 10% smaller than, 1 to 400% larger or smaller than one of; or larger, smaller than one of its shape, shape, standard, size, etc.; or two or more of them are bonded, combined, joined, etc.; Cone, net, rod, frame, spiral, cone mang, rod, cone mangbong, mold spiral, cone mangbongteul, cone mangbong helix, cone mangbongteul helix, etc. are also applicable. Examples thereof include a) cone-shaped nets, rods, frames, spirals, b) mesh-shaped cones, rods, frames, spirals, c) rod-shaped cones, nets, frames, spirals, d) frame-shaped cones, nets. , rods, spirals, e) spiral-shaped cones, nets, rods, frames, f) cone-shaped cones, nets, and rods.

The cone, net, rod, frame, spiral, cone mang, rod, cone mang rod, frame helix, cone mang rod, cone mang rod helix, cone mang rod helix, magnet or electromagnet, magnet or electromagnet, the cone or cone mang rod helix, etc. of the present invention For their protection, safety, storage, maintenance, management, etc., the tank or hollow body, etc., which is embedded in the inside of the tank or hollow body, or where the pouring material, substance, raw material, etc. are stored, flowed, contacted, passed, etc. There is a desirable or advantageous aspect to be embedded in the inside of. In this case, the size, scale, shape, shape, shape, etc. of the magnet or electromagnet, cone or cone-shaped spiral is to have a size, scale, shape, shape, shape, etc. that can be embedded in the tank or hollow body. need.

One or more cones, nets, rods, frames, spirals, cones, rods, rods, cones, cones, cones, cones, cones, cones, cones, etc. of the present invention are A cone, a net, a rod, a frame, 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 cone, a cone, a cone, a cone, a cone, or a cone , Konmangbong Spiral, Konmangbongteul Spiral, etc. are also applicable. Examples of this include nets with cones, frames with rods, cones with spirals, cones with rods, cones with rods, cones with threads, cones with spirals, cones with spirals, three nets provided inside two cones, and one set of rods. 2 sets of frames provided on the outer circumference, 2 cones with 2 spirals on both sides, 4 cones with 3 sewing frames in the front, 2 cones with 3 spirals inside, 2 cones It corresponds to three cone-shaped spirals in which the net-bond spirals are provided in three directions.

The order of arrangement, arrangement, arrangement, provision, mounting, position, etc. of the cone, net, rod, frame, spiral, cone mang, rod, cone mang rod, frame spiral, cone mang rod, cone mang rod helix, cone mang rod helix, etc. There is a feature in which the cone or conmangbongteul spiral can be arranged in order, in order, in order, in order, in reverse order, in no order, in free order, and the like. Here, examples of the order in which they are listed are: a) Arrangement of spirals after cones, nets, seals, molds, b) cones, nets, seals, cones, nets, molds, spirals, cones, nets, cones, cones, cones, cones, cones, spiral arrangement, c) cones, nets Post-bond, frame, spiral, con-mang, post-seal, con-mang-bong, con-mang-bong, con-mang-bong, con-mang-bong helix, con-mang-bong-teul arrangement, etc. And examples of non-order and free order include net arrangement after cone, frame arrangement before bar, cone net arrangement after helix, cone mangbong arrangement before sewing, conmangbong arrangement after cone mangbong after mold helix, conmangbong helix arrangement before cone, before cone, after helix and after sewing Conmang arrangement, conmang bongteul helix after conmang bongteul, conmangbong helix after conmangbong helix arrangement, etc. are applicable.

The cone, net, rod, frame, spiral, cone mang, rod, cone mang rod, frame spiral, cone mang box, cone mang rod spiral, cone mang box spiral, etc. of the present invention includes one or more cones, nets, rods, frames, spirals, cone nets, Bongteul, Conmangbong, Frame Spiral, Conmangbongteul, Conmangbong Spiral, Conmangbongteul Spiral; Before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, 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, aisle, outside, circumference, outside, periphery, near, near, entrance, middle, exit, front , back, front, rear, side, one-way, two-way, three-way, four-way, forward to flow or to pour material flow, backward; Equipped on the back, configuration, mounting, installation, positioning, arrangement, combination, fastening, combining, linkage, row position, five row position, cross position, single row arrangement, two row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, nets, rods, frames, spirals, cones, nets, rods, cones, cones, molds, cones, cones, cones, cones, cones, cones, and cones in a zigzag arrangement are also applicable. Examples of this include: a) net after cone, frame before bar, cone net at the top of the bar, net bar inside the bar, bar bar at one side of the bar, b) net after the bar, frame before bar, top bar Conmang, Conmangbong inside the sewing frame, Conmangbongteul on one side of the frame spiral, Conmangbongteul on the side of the Conmangbong spiral, c) A net behind the cone, a rod inside it, a frame outside the net, on the outside of it A body with a spiral, d) two nets at the rear of one cone, two rods inside it, a frame outside the net, and a body with two spirals outside it, e) for the pouring material flow Cone in all directions, cone mang on one side of tooth, rod frame on one end of tooth, cone mang rod on the upper part of tooth, frame spiral on one end of tooth, cone mang rod on the side of tooth, cone mang rod spiral on the upper part of tooth, cone rod spiral attached to part of tooth Sieve, f) net on one side of cone, rod on part of tooth, frame on part of tooth, spiral on 1 point of tooth, cone net on 2 point of tooth, g) 2 cone bars on 2 points of needle frame, frame spiral on front of tooth , a structure composed of two conmangbong frames at two places, a conmangbong spiral at one point of the teeth, and two conmangbongteul spirals at both ends of the teeth.

As described above, the reason why cones, nets, rods, frames, spirals, cones, rods, cones, cones, molds, cones, cones, cones, cones, etc. is provided or zigzag in the front or rear directions, etc. By providing or zigzag arrangement of the cone or cone-shaped spiral, etc. in the front or rear direction, etc., pouring materials, raw materials, materials, etc. that flow or pass through the cone or cone-shaped spiral are applied to the cone or cone-shaped spiral. It is for agitation, aeration, vortex, magnetization, hexagonal hydration, wave formation, pulsation, cavitation, improvement of one of them, elevation, promotion, doubling, etc.

In addition, cones, nets, rods, frames, spirals, cones, rods, cones, cones, molds, cones, cones, cones, cones, cones, magnets, electromagnets, tubes, pipes, hollow tubes, hollow bodies, etc. The shapes are a) Cone, mesh, rod, frame, barrel, spiral, cone, cone, double, bundle, free form, protrusion, vortex, hat, hollow, double, multiple, perforated, multi Hole type, Perforated type, Perforated type, Bending type, Variable type, Tornado type, Screw type, Funnel type, Spiral type, Zigzag type, Multiple hat type, Center hollow type, Center passage type, Film slope type, Hollow slope type, Both sides passage type , a magnet or a magnetic substance inserted into the central passage, a combination of two or more of the above; b) Conmangbongteul spiral complex type; c) a combination of two or more of cones, nets, rods, frames, and spirals; d) a form having a form different from its own term or form; Examples thereof include cross-shaped rods, barrel-shaped cones, plate-shaped rods, ladder-shaped spirals, e) types having shapes different from their own terms among cones, nets, rods, frames, and spirals; Examples thereof include cone-shaped, mesh-shaped rods, frame-shaped spirals, mesh-shaped cones, frame-shaped cones, and the like.

In the above, the composite type is a cone type, a mesh type, a rod type, a frame type, a barrel type, a spiral type, a cone type, a cone type, a double type, a bundle type, a free form, a projection type, a vortex type, a hat type, a hollow type, a double type, a multiple type, a perforated type, Perforated type, Perforated type, Perforated type, Bending type, Variable type, Tornado type, Screw type, Funnel type, Spiral type, Zigzag type, Multi-hatched type, Center hollow type, Center passage type, Film slope type, Hollow slope 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, linked, fastened, merged, etc. , Spiral Conical, Double Cone Bundle, Free Projection, Double Hollow Hat, Double Hole, Multi-Hole, Variable, Twisted Funnel, Spiral Zigzag, Multi-Hole Central, Inclined Central Channel, Inclined Both Sides etc. are applicable.

In the above description, the cone type is a cone shape, the mesh type is a net shape, the rod type is a bar shape, the frame type is a frame shape or a frame shape having an all hole larger than the all hole of the net, a barrel shape is a barrel shape, a spiral is a spiral shape, Conical type is conical shape, cone type is cone shape, double type is two or more of them, bundle type is a group or bundle of two or more, free form is free or arbitrary in shape or arrangement, and protrusion type is Protrusion or protrusion formation, vortex type has a shape that vortexes the passing material, or has a shape that does this, hat type has a hat shape, hollow type has a hollow inside or has a hollow space inside, double type has two or more of them , multi-type means that two or more layers are formed, perforated type means perforated, porous, perforated, perforated, etc.; The porous type is porous, perforated, perforated, with multiple holes, etc.; The perforated type has holes such as perforations, perforations, and perforations; Perforated types include perforated, multi-perforated, perforated, with perforated holes, etc.; The bending type is bent or curved, the variable type is changeable in shape or arrangement, the whirlwind type is a shape that causes passing materials to whirl or do this, the passage type has a passage in the center or the center, and the film inclination type is an inclined film The hollow inclined type has a hollow inside and the film is sloped, and the double-sided passage type has passages on both sides of the inlet and outlet, and the magnet or magnetic material is inserted into the central passage. Fitting, etc.

In the present invention, a) cone with magnet, b) magnet with cone, c) cone with magnet, net, rod, frame, spiral, cone net, rod, cone mangbong, frame helix, cone mangbongteul, cone mangbong spiral, cone mangbong helix, etc. Magnet function merging cone, cone function merging magnet, double or bundled cone magnet, cone or object with magnet, cone or object with magnet, agitation or aeration function cone or object with magnetized magnet, agitation or aeration function cone or object Equipped magnetization type magnets and the like are also included. To explain this, a) magnet function merging cone is a1) a cone with a magnet function, a cone-shaped magnet, a magnet-shaped cone, a2) a cone with a magnet function merged, merged, granted, added, added, etc., a3) a magnet , Cones, cones, funnels, etc. (11) to which magnet groups, magnetic bodies, magnetic bodies, magnetizing bodies, wave bodies, magnetic energy bodies, etc. (10, 16) are provided, attached, mounted, penetrated, fitted, etc., b) Cone function merging magnets are a1) magnets with cone function, cone-shaped magnets, magnet-shaped cones, a2) magnets with cone function merged, merged, endowed, added, added, etc., a3) cones, cones, A magnet, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a magnetic energy body, etc. (10, 16) with a funnel, etc. Magnets with cones are magnets with cones such as two, double, twin, bundle, two or more bundles, attached, fixed, mounted, etc., magnets with two or more than two cones along the length direction, two A magnet, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a magnetic energy body, etc. provided with cones penetrating the inside of one or two or more cones, and d) a cone or object with a magnet is a magnet, a magnet Group, magnetic body, magnetic body, magnetized body, wave body, magnetic energy body, etc. are provided, mounted, installed, attached, fixed, penetrated, inserted, etc. A cone, an object, a body that is one of them, a ring, a cone, a spiral, a vortex line, a screw, a whirlwind line, a hollow body, a funnel, etc. are applicable, and e) a magnet having a cone or an object is a cone on its own, outside, outside, lengthwise, etc. , objects, bodies that are one of them, rings, cones, spirals, vortex lines, screws, whirlwind lines, hollow bodies, funnels, etc. are provided, mounted, installed, attached, fixed, penetrated, inserted, etc. Magnets, magnet groups, magnetic bodies , magnetic body, magnetized body, wave body, magnetic energy body, etc., and f) agitation or aeration function of magnetization type magnet Cone or object is a magnetization type magnet that magnetizes a material, magnet group, magnetic body, magnetic body, magnetization A cone, object, body, or ring that has functions of agitating, mixing, aerating, vortexing, whirlwind, etc. of materials with sieves, wave bodies, magnetic energy bodies, etc. equipped, mounted, installed, penetrated, and inserted , cone, spiral, vortex line, screw, whirlwind line, hollow body, funnel, etc., and g) agitation or aeration function A magnetized magnet with a cone or object stirs, mixes, aerates, vortexes, whirlwinds, etc. A cone, an object, a body that is one of them, a ring, a cone, a spiral, a vortex line, a screw, a whirlwind line, a hollow body, a funnel, etc. Group, magnetic body, magnetic force body, magnetized body, wave body, magnetic energy body, etc. are applicable.

above a) magnet function merging cone, cone function merging magnet, magnet with double or bundled cone, cone or object with magnet, magnet with cone or object, agitated or aerated function cone or object with magnetized magnet, agitated or aerated function cone or a magnetization type magnet with an object, b) one of the magnets, magnet group, magnetic body, magnetic force body, magnetization body, wave body, hexagonal hydration body, magnetic wave body, magnetization wave body, and magnetic energy body having one of them is a) a magnet Function merging cone, cone function merging magnet, double or bundled cone Magnet, with magnet Cone or object, with cone or object Magnet, with magnetized magnet Agitation or aeration function Cone or object, agitation or aeration With cone or object Become one of the magnetized magnets.

And in the cone with magnet, cone with cone, etc., the cone 11 has 1) shape: cone, cone, cone, cone, funnel, central hollow, central passage, film slope, hollow slope, both sides passage, A type with a magnet or magnetic material embedded in the central passage, a combination of two or more of the above, 2) Inclination angles of 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, 3) the diameter or cross-sectional area of one hollow is 1.1 to 5.0 times the diameter or cross-sectional area of the other hollow, 4) the length or thread length is 0.1 to 0.8 times the length of the magnet; 0.1 to 10.0 times the diameter of the one side hollow, 5) 0.05 to 0.9 times the inner cross-sectional area of the tube or hollow body, or 1.1 to 10.0 times the cross-sectional area of the magnet. And the cone is a number, water, liquid, oil, base, high, agent, ash, sol, gel, substance, material that passes, contacts, passes, flows, penetrates, etc. , Agitation, aeration, etc. of raw materials, liquids, fluids, etc., and active contact between materials and magnets by agitation and aeration, etc. to improve magnetization, hexagonal hydration function, or pass through, The magnetization, degree of hexagonal hydration, and efficiency of materials such as contact, agitation, and aeration are improved. In addition to the above, the cone is described, the shape of the cone is cone type, funnel type, Erlenmeyer flask type, hollow type, through type, center through type, central shaft through type, hole formed on both sides, hollow formed on both sides, and holes on both sides in the longitudinal direction. Formation type, inlet and outlet type on both sides, inlet on one side and outlet on the other side, magnet insertion type, magnet insertion type in the center, magnet insertion type in the longitudinal direction of the center, and the like are also applicable.

In the present invention, a) a magnet, a magnetic body, an electromagnet, b) a cone, a cone body, a rod, a rod body, c) the magnets or rods embedded in the hollow body or equipment below are each one or one pair of each other. Front, back, left, right, up, down, up, front, back, side, surface, under, outside, outside, inside, inside, hollow, top, bottom, circumference, around, near, middle, rear, front, It has features that can be provided in the front position, rear position, rear position, same surface, side surface, contact surface, same position, etc. Examples of this are: 1 magnet with 2 cones or rods, 2 interconnected magnets with 2 cones or rods each, 1 cone with 2 magnets, 1 magnet with cones, rods and spirals, 2 interconnected magnets with 2 cones or rods Each of the three magnets has three cones, rods, and spirals. As described above, one of the magnets or hollow bodies of the present invention is the above or the following reservoir or device, its front, back, left, right, top, bottom, top, front, back, surface, surface, bottom, exterior, exterior, Inside, inside, hollow, top, bottom, in two, around, near, middle, rear, front, front, rear, rear, same side, side, contact side, same location, joint, connection part, connecting means, connecting hose , connection line, etc. have a feature that can be provided.

In the present invention, at least one of the cone or cone rod spiral, magnet or cone rod spiral is provided or embedded, and the tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube, hose in which the casting material is stored or passed. , spiral, body, object, block, tool, facility, zinc body, metal body, porous body, wavy body, polymer body, screw, pipe, hollow tube, hollow body, double reservoir, mixer, pump, supply line, pouring A machine, sprayer, injector, curing machine, surface treatment machine, equipment with one of these, magnetization equipment, pouring equipment, etc. is a tank or hollow body in which the magnetization body, vortex body, magnetization vortex body, etc. are provided, embedded, etc., which is one It is a magnetizer, a hexagonal handset, etc., which is simple to carry, move, mount, etc., and is characterized by being provided, installed, etc. in the above or below storage or equipment.

The magnet or magnetized energy body of the present invention, cone, cone body, rod, rod body, cone or cone rod spiral, etc. having one or more of them has a general or preferable feature that it is used by being provided, embedded, etc. in the tank or hollow body, etc. . Materials that have passed through the tank or hollow body are magnetization, vortex, magnetization vortex, vortex magnetization, vortex after magnetization, magnetization after vortex, vortex during magnetization, magnetization during vortex, 2 or more times after magnetization, vortex, 2 times after vortex It becomes abnormal magnetization, vortex during magnetization more than 2 times, magnetization more than 2 times among vortex more than 2 times, etc. Here, two or more times may be provided with two or more magnets, cones, rods, etc. so that two or more times are possible. 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, hollow bodies in which teeth are embedded, and the like correspond. Here, the vortex after magnetization corresponds to the case of a cone or rod provided behind or behind the magnet, a hollow body embedded with teeth, and the like, and a vortex during magnetization is a cone or rod provided with a magnet, or a hollow body embedded with teeth. etc. is applicable.

In the present invention, 'a tank or hollow body in which one of the tank or hollow tube is embedded' is a) a tank or hollow body in which the casting material contacts or passes while one of the tank or hollow tube is embedded, b) the magnet or magnetization energy A sieve, a cone with one of them, a cone, a rod, a rod, etc., a hollow body with one of the hollow tubes or a hollow tube embedded therein. Examples of its application include a hollow barrel embedded body, a hollow pipe embedded body, etc. Since a barrel and a pipe are one hollow body, the above is a hollow tube embedded body, a hollow pipe embedded hollow body, etc. This is applied when it is desired to obtain a double, double, etc. hollow body. In this case, if the material passes through and stores the entire barrel, pipe, hollow body, etc., the barrel (hollow body) in which a magnet is provided and the material passing or stored is magnetized. A hollow body to be magnetized, a pipe (hollow body) provided with a magnet to magnetize passing or stored materials is embedded, and becomes a hollow body that is not provided with a magnet and passes or stored materials are non-magnetized. Here, magnets, electromagnets, magnetic materials, etc. are provided in the inner tubes and pipes to generate magnetization of materials, and magnets, electromagnets, magnetic materials, etc. are not provided in the hollow bodies outside the tubes and pipes, so that magnetization of materials does not occur Magnetized and non-magnified double flow layers, storage tanks, and the like are formed.

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

Here, the connecting means 99 is provided at one end, both ends, or in the middle of the tank or hollow body and is used for connection, linkage, fastening, etc. with other objects, hoses, tubes, pipes, hollow bodies, etc., which is shown in FIG. 7, and The connecting means is provided in the middle to form one connected tube, hollow body, etc. by mutually connecting the two halves by halving themselves. See Figure 7 (d). Here, the connecting means may be a jack, female jack, male jack, screw, female screw, male screw, band, coupling, flange, and the like. Here, the inclined pipe, injector, etc. are used to introduce additives, etc. into the tube, hollow body, tank or hollow body, etc., and the check valve is the material inside the tube, hollow body, tank or hollow body, pouring material, etc. A one-way open valve that prevents leakage to the outside through the inclined pipe, the injector, and the like corresponds to the same. Therefore, the check valve allows additives to flow into the hollow body through the inclined pipe, injector, etc., and on the contrary, prevents the material inside the hollow body, etc. from leaking out through the inclined pipe, injector, etc. .

An example of the check valve 91 is composed of a valve locking jaw 93, a valve 94 compressed or separated therefrom, and a spring 92 pressing it to the valve locking jaw. When the additive is about to flow out, the valve is pressed against the valve locking jaw and the flow path of the injector or the inclined pipe is closed to prevent the material inside the hollow body from flowing out through the injector or the inclined pipe. It corresponds to the fact that the flow path of the injector or the inclined pipe is opened and the additive flows into the hollow body by being spaced apart from the locking jaw. 5 or 6 (e), where the additive 90 is water, water, liquid, oil, medicine, air, high, agent, ash, sol, Gel, gas, carbon, oxygen, hydrogen, nitrogen, ozone, resin, ion, catalyst, waste dust, stone dust, dust, iron powder, powder, mineral, tailings, rock, sulfur, ocher, clay, white clay, lime, gypsum, bitumen, Rubber, fiber, fiber, reinforcing material, nano material, magnetite, apatite, latex, microorganism, by-product, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, decontamination agent, admixture, compounding water, compounding material, kaolin, phytoncide, bentonite, Zeolite, attapulgite and the like are possible.

The storage or surface treatment machine of the present invention is equipped with the cone or hollow body, and stores, mixes, pressurizes, supplies, pours or molds, sprays or slopes, pours or underground pours, scans or cracks, shorts or rust shotting, coating or face coating, painting or shaving, laying or ground laying, paving or road paving, mixing or underground mixing, compaction or underground compaction; , sprayer, injector, syringe, shorting machine, coating machine, painting machine, laying machine, packaging machine, mixing machine, compactor, curing machine, surface treatment machine, etc.

In the present invention, the magnet, electromagnet, magnets, magnet or magnetized energy body, magnet or cone wire spiral, cone or cone wire spiral, magnet or hollow body, cone or hollow body, cone or surface treatment machine, magnet or surface treatment machine, equipment , magnetization equipment, pouring equipment, eco pouring equipment, etc. become one pouring equipment. Examples of application of this include placing of pouring material through a magnet in contact with the pouring material, an electromagnet in which the pouring material is in contact with each other, placing the pouring material through magnets, placing the pouring material through one of the magnets or magnetized energy bodies, and placing the pouring material in contact with the magnet The casting material is placed by contacting one of the cone or cone thread spiral, the cone or cone thread spiral, the casting material is placed through one of the magnet or the hollow body, the cone or hollow body through which the casting material is passed and the cone or surface through which the casting material is passed Treatment machine, pouring material is placed through one or more of magnets or surface treatment machines, equipment for pouring material, magnetization equipment for placing magnetized pouring material, pouring equipment for pouring material, pouring material fluidized without power by contact with magnet Eco-casting equipment, etc. The pouring material of the present invention is placed unpowered by gravity, self-weight, height difference, dropping from a high place, etc., or by power, pressurization, high pressure, etc. by pump, pressurizer, compressor, pressurizer, piston, compressor, etc. becomes

In the present invention, the magnet, electromagnet, magnets, magnet or magnetized energy body, magnet or cone wire spiral, cone or cone wire spiral, magnet or hollow body, cone or hollow body, cone or surface treatment machine, magnet or surface treatment machine, equipment , Magnetization equipment, pouring equipment, eco pouring equipment, if necessary, mutually, each other, 2 or more 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, tying, running, purchase, input, lead-in, etc. In addition, in the case of the above-described provision or retraction, a cradle, a support, a fixer, a spacer, a seat, a stand, a support, a spacer, a seat, a fixer, etc. are used if necessary. The rod, rod, plate, string, string, rope, jack, screw, bolt, rivet, welding, hanger, foot, 2 foot, 3 foot, 4 foot, 3 foot, 4 foot cradle (12 ), a spiral holder 12, a vortex type holder 12, a holder having a function of swirling a material, a holder with four spiral feet, a holder with four spiral feet having a material swirl function, etc. are used or included.

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 perforation or surface treatment itself, casting One of the perforation or surface treatment, perforation or surface treatment by pouring, and perforation or surface treatment accompanying casting are applicable. Therefore, perforation, 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, mixers, pumps, transporters, feeders, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packing machines, compactors, mixers, curing machines, and surface treatment machines, etc. The perforator or surface treatment machine itself, the drilling machine or surface treatment machine that is one of the pouring equipment, and the drilling machine or surface treatment machine accompanying the casting equipment are applicable. Therefore, perforator, storage, hopper, mixer, pump, transporter, supply route, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packing machine, compactor, mixing It becomes a machine, a curing machine, a surface treatment machine, etc.

In the present invention, the magnet or surface treatment machine, cone or surface treatment machine, etc. is one of the pouring equipment, or belongs to or accompanies the pouring equipment, which is the amount of pouring material, magnetized pouring material, vortex pouring material, magnetic vortex pouring material, pouring material Living organisms, etc. pass through or on the back, contact, magnetization, hexagonal hydration, storage, injection, mixing, pressurization, movement, transportation, supply, pouring, laying, injection, spraying, coating, painting, packaging, compaction, mixing, pressurization There are characteristics such as supply, curing, cotton removal, use, use, and application. In the present invention, the use, work, task, role, mission, etc. of a magnet or surface treatment machine, cone or surface treatment machine are exemplified as follows. 1) storage of pour material raw materials in storage, storage of pour material in magnet embedding storage, magnetization of stored materials, and storage of magnetized materials; etc., 2) Mixing of pouring materials in a mixer, mixing of pouring materials in an embedded mixer such as a magnet, magnetization of the mixture, mixing of magnetized materials, etc. 3) Supplying the pouring material to a supply route with a pump, pressing the magnetized mortar from the pump to the casting machine, etc. Supply, 4) supplying magnetized abrasive material from the supply route to the pouring machine, etc., supplying the abrasive material pressurized by the pump from the supply route to the pouring machine, spraying machine, etc. 5) placing the pouring material through the pouring machine, placing the ready-mixed concrete pouring material through the pouring machine , Magnetization of the casting object, magnetization, etc., 6) by sandblasting a) spraying material, spraying mortar or abrasive material by sandblasting machine, b) sanding mortar by sandblasting machine, spraying materials, facilities, etc., c) sandblasting machine Magnets that have passed through a cone-bearing magnet embedding sprayer are injected into the ground, sprayed on slopes, sprayed on materials and coated, sprayed on facilities and painted, 7) Injection of pouring materials into holes, molds, underground, etc. with an injector, The magnet material that has passed through a magnet embedded hollow rod penetrated into the ground is sprayed and injected into the ground through the spray hole of the rod, 8) a) Coating the surface of the curing material by spraying the coating material by the coater, by the coater Spraying the coating agent to coat the curing surface of the pouring material, b) Coating by spraying the coating agent on the ground, materials, facilities, curing of the pouring material by the coating machine, c) Magnetized water, magnetized liquid, etc. through a magnet embedding sprayer, one of the coating machines The material is sprayed on materials, facilities, etc., and the materials, facilities, etc. are coated and coated with the material, 9) a) Paint the surface of the curing material by spraying the coating material by the paint machine, and spray the paint by the paint machine b) Painting by spraying the coating agent on the surface, concrete surface, material, facility, and curing surface of the casting material by the coating machine, c) Through a magnet embedding sprayer, one of the coating machines Magnetic materials such as magnetic paint are sprayed on materials, facilities, etc., and materials, facilities, etc. are painted, painted, painted, etc. , b) Curing materials such as magnetized water and magnetized liquid are sprayed through a curing machine composed of a magnet embedded water hose, which is one of the curing machines, to cure materials, facilities, and pouring materials, 11) Through this with a magnetic embedded sprayer, one of the surface treatment machines It applies magnetized water, magnetized liquid, etc. to treat the surface of facilities, materials, pouring materials, etc., smooth treatment, and uneven treatment.

In particular, the sprayer, shorting machine, coating machine, painting machine, etc. is used to apply the above or the following concrete to PSC, water to CMC, other materials, certain materials, pouring materials, spraying agents, coating agents, painting agents, paints, etc. to the surface, surface, ground, It is used for spraying, coating, painting, spraying coating, spraying painting, etc. on slopes, concrete surfaces, materials, construction materials, facilities, buildings, structures, facilities, one of these surfaces, surfaces, and exteriors, etc. have And the spraying, coating, painting, etc., the above or the following concrete to PSC, water to CMC, other materials, certain materials, propellants, coating agents, painting agents, paints, etc. , surface, ground, slope, concrete surface, materials, construction materials, facilities, buildings, structures, facilities, including spraying, coating, painting, spraying coating, spraying painting, etc. on one side, surface, exterior, etc. In the present invention, the magnet or surface treatment machine, cone or surface treatment machine, etc. is one of the above or the following concrete to PSC, water to CMC, the above mixture or surface treatment agent, ash, material, and other substances, certain substances, propellants, coating agents, Mixing or surface treatment of paints, paints, or surface, surface, ground, underground, slope, formwork, formwork, concrete surface, material, construction material, facility, building, structure, facility, one of them, surface, exterior, etc. or surface treatment, etc. are included. And the mixing or surface treatment is one of the above or the following concrete to PSC, water to CMC, the above mixture or surface treatment by the mixer or surface treatment machine, magnet to surface treatment machine, cone or surface treatment machine, material, material, and Other materials, certain materials, etc. are included in the above mixing or surface treatment.

Magnets, electromagnets, magnets, magnets or magnetized energy bodies, cones or surface treatment machines, magnets or surface treatment machines, equipment, magnetization equipment, casting equipment, eco casting equipment, etc. of the present invention a) pass through, contact, While storing, inputting, mixing, pressurizing, moving, transporting, supplying, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, etc. b) magnetization, hexagonal hydration, energization, magnetic energization, c) since magnets emit magnetic force permanently by non-power, magnetization, hexagonal hydration, energization, magnetic energy, etc. without power, permanent, and cost-free, d ) Fluidization, fluidity, slump value, workability, and workability of materials, mortar, ready-mixed concrete, etc. by one or more of the above cones or self-energization, e) Fluidizing agent injected into concrete, etc. by one or more of the above, Reducing the input amount of one of the admixtures containing it, thereby reducing the cost of using one of the glidant and admixture, f) f1) mixing ability, stirrability, pressurization, feedability, and mobility of the material by at least one of the above cones and d) improvement , At least one of pouring, laying, injecting, injecting, spraying, coating, painting, compaction, mixing, adhesion, inflow, filling, mold filling, space filling, and dense thread filling Improvement, f2) Reduction of one of the detachability, detachability, and rebound amount of sprayed substances, g) Vibration work, compaction work, vibrator work, vibrating cost of concrete, etc. by one or more of the above cone or f) improvement, Reduction of one or more of vibrating equipment and vibrating force, h) by one or more of the above cone or f) reduction or after curing h1) Density, specific gravity, strength, stiffness, adhesion, friction angle, bendability of materials, facilities, concrete, etc. , shear property, durability, waterproofness, water repellency, water resistance, surface smoothness, h2) reduction of at least one of compressibility, consolidation, subsidence, cracking, breakability, and permeability coefficient, h3) material, facility , concrete surface, surface, exposed surface, finished surface, concrete surface, mold dismantling surface, etc. It has the characteristics of being reinforced, reinforced, flat, smooth, less irregularities, anti-convex, anti-scratch, etc.

The puncher, storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, mixer, curing machine, Examples of the configuration of the surface treatment machine include: 1) Storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, Composed of one or more of a compactor, mixer, curing machine, and surface treatment machine, 2) a) puncher, b) in addition to this, it is composed of a storage, hopper, mixer, pump, drone, transporter, or supply line, in order, c) in addition to this One of pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packing machine, compactor, mixer, and surface treatment machine, d) In addition to this, it consists of a curing machine, 3) a) Ground, bedrock, building drilling A drilling machine for b) one of a pourer, spreader, injector, syringe, sprayer, shotting machine, coating machine, painting machine, packaging machine, compactor, and mixer equipped therewith, c) storage, hopper, and mixer for supplying materials thereto , Composed of one or more of pumps, drones, transporters, and supply routes, 4) a) storage, hopper, mixer, pump, drone, transporter, and supply route for storing, mixing, and supplying materials, b) pouring the materials , laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, and curing machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine , Composed of one or more of a paving machine, a compactor, a mixing machine, a curing machine, and a surface treatment machine, 5) a) a drilling machine for drilling underground, bedrock, and buildings, a supply path for supplying bentonite slurry thereto, b) mixing in a mixer after the drilling It consists of an injector that injects the mortar, concrete, etc. into the perforation, and the injected material is cured to form walls, columns, piles, etc. in the ground, 6) Storage, hopper, mixer, pump, drone, transporter, supply route, etc. Placing, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing of materials that have been stored, mixed, pumped, transported, and supplied through Composed of one or more of a machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine, curing machine, and surface treatment machine, 7) a) puncher, b) in addition to this, a storage, hopper, mixer, At least one of a pump, a drone, a transporter, and a supply line; c) In addition, at least one of a pourer, a spreader, an injector, a syringe, a sprayer, a shotting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixer, and a surface treatment machine; d ) In addition to this, it consists of a curing machine, etc., 8) a) At least one of the above cone or hexagonal water machine, magnet or hexagon water machine, drilling machine, storage, hopper, mixer, pump, drone, transporter, supply road, placing machine, laying machine, An injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, a mixing machine, a curing machine, a surface treatment machine, b) One or more of the above punching machines or cotton processing machines having a magnetization function.

The mixer or mixer of the present invention is a) a mixer, a mixer, a mixer, a mixer, a tubular mixer, a rotary mixer, a centrifugal mixer, a rotary blade mixer or mixer, an internal rotating body or a mixer with rotary blades, b) with a motor A rotating wing, a rotating body, a rotating rod, a rotating shaft, a rotating spiral, a rotating screw, a mixer with one of the rotating shafts with wings, a mixer, a mixer, c) a rotating rod or a rotating shaft or a protrusion on the outer circumference of a rotating body, wings, hooks, bolts, spirals, objects Mixer, mixer, d) or rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, underground Mixer, mixer, either soil or concrete, d) Rod, pole, plate, protrusion, wing, spiral, object, screw, protrusion bar, protrusion, protrusion, fixture, attachment, soft material, elastic material on the outer circumference or surface , Rigid material, protruding means, having one of agitation means d1) rod, shaft, nozzle, rod, spiral, screw, hollow tube, double tube, triple tube, jetting hole, jetting tube, d2) rotary type rod or jetting tube, etc. applicable Here, the mixer and the mixer have the same or different characteristics, for example, a) a device for mixing the same thing, b) a device for mixing the same thing, b) a device for mixing mainly mortar, ready-mixed concrete, concrete, etc., and a mixer mainly for soil and ground , the underground, the equipment mixing the underground, etc. are applicable. An example of the mixer corresponds to a mixer used in a deep cement mixing method (DCM), which is a deep ground agitation method. The protrusion, wing, ring, bolt, spiral, object, protrusion, stirring means, or the rod, stand, plate, protrusion, wing, spiral, object, screw, protrusion rod, protrusion, protrusion, mount, attachment, Objects in soft material, elastic material, rigid material, protruding means and agitating means are rods, poles, plates, protrusions, wings, spirals, objects, screws, protruding rods, protrusions, protrusions, attachments, soft materials, elastic materials , rigid materials, protruding means, stirring means, including at least one or other than one object, body, device, mechanism, device, equipment, etc.

The drilling machine of the present invention is a drilling machine, a drilling machine, a rock drill, an excavator, an excavator, a drilling machine, a boring machine, a drill, a bit, a clamshell, a driver, an injector, a grouter, an excavator, a rod with bits, a rotary bit, a rotary rod with bits , underground hole drilling machine, underground wall drilling machine, slurry wall drilling machine, diaphragm wall drilling machine, underground continuous wall drilling machine, boring machine for inserting geothermal pipes or oil pipes, or drilling machines for buildings, facilities, underground, rock, holes, holes, concrete, etc. etc. are applicable. The drilling machine of the present invention has a feature capable of providing, mounting, installing, mounting, linking, connecting, mounting, etc., at least one of the cone or surface treatment machine and the magnet or surface treatment machine. Examples of application of the drilling machine in the present invention include a) drilling of pile holes for cast-in-place piles, drilling of underground walls for continuous underground wall construction, drilling of slurry walls, drilling of diaphragm walls, drilling of boring holes for inserting geothermal pipes or oil pipes, b) Drilling while injecting magnetized material, hexagonal water, slurry, bentonite slurry, etc. that have passed through the cone, hexagonal water machine, magnet or hexagonal water machine, etc. during the drilling, c) Materials mixed in the mixer, mortar, milk, chemical solution, suspension, Inject slurry, ready-mixed concrete, concrete, etc. into the drilling part, boring hole, joint part, crack part, leak part, etc. during and after drilling through the rod, injector, hollow tube, hollow rod, etc. installed in the drilling machine through the supply hose , input, and then curing to complete underground piles, columns, underground walls, underground continuous walls, etc., or crack filling, joint repair, crack repair, leak repair, d) the cone or hexagonal water machine, magnet or hexagon water machine, etc. magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete, etc. through a supply hose through a rod installed in a drilling machine, an injector, a hollow pipe, a hollow rod, etc. Joints, joints, cracks, leaks, etc. are injected, injected, and then cured to complete underground piles, columns, underground walls, underground continuous walls, etc., or crack filling, joint repair, crack repair, leak repair, etc. This applies.

The storage of the present invention is a) storage, b) or water, material, material, raw material, cement, sand, gravel, aggregate, admixture, concrete storage, c) or partition walls, partitions, 2 rooms, 3 rooms One of them is equipped storage, etc. The hopper of the present invention includes a hopper, a funnel-type hopper, a hollow through-type funnel hopper, and a funnel hopper having 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, a pressure pump, a compression pump, a compressor, a mortar pump, a concrete pump, or a pressure of 1 to 10, less than this, 10 to 100, 100 to 500, or more than one kg / cm ^ 2 pumps, etc. The supply path of the present invention corresponds to a supply path, a pipe, a hose, a means, a pipe, a pipeline, and the like. The pouring machine of the present invention is a) pouring machine, hitting device, spouting device, the pressure pouring machine, b) or formwork, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, One of ready-mixed concrete pouring machine in the mold, c) or one of pouring, laying, coating, injection, spraying, injection, injection, injection, grouting, instrument, device, device, etc.

The laying machine of the present invention is a) a laying machine, a spreading machine, a coating machine, an ascon finisher, b) or one of ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete, ascon on the ground. The syringe or injector of the present invention is a) a syringe, an injector, an injector, a 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 the crack, ready-mixed concrete in the ground, building, structure, one of its cracks, such as a syringe and an injector. The injector of the present invention is a) a nozzle, a hose, a pipe, a sprayer, a sprayer, a water fountain, a sprayer, a coating machine, a spray coating machine, a sprayer, spraying, b) or a slope, slope, surface, ground, underground, underground, rotation, Static, dynamic, vibration, wings, mortar, ready-mixed concrete, concrete, one of ready-mixed concrete sprayers on slopes. The compactor of the present invention is a) a compactor, a compactor, a weight compactor, a roller compactor, a drop compactor, a form compactor, a concrete compactor, a concrete compactor for pouring into a mold, b) or pavement, soil pavement, road pavement, asphalt pavement, ground, underground , underground, rotational, static, dynamic, vibration, wing, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete in the ground, compactor, etc. The curing machine of the present invention corresponds to a curing machine, a water curing machine, an underwater curing machine, an air curing machine, an air curing machine, a solar curing machine, a steam curing machine, a watering curing machine, an autoclave curing machine, and the like. Here, as an example of application of the curing machine, magnetized water and hexagonal water sprayed through a hose-type curing machine for watering with a magnet embedded inside the cone are sprayed on poured concrete, concrete materials, concrete buildings, etc. to pour concrete, concrete materials, concrete buildings, etc. It also applies to promoting curing. The surface treatment machine of the present invention treats the pouring material of the present invention or the pouring material that has passed through the pouring equipment, one of them, water, liquid, oil, medicine, agent, ash, sol, gel, spray material, coating agent, painting agent, etc. Treatment, finishing, smoothing, concavo-convex treatment, etc. of the surface by spraying curing materials, materials, materials, facilities, buildings, structures, concrete objects, one of them, surface, exterior, exposed surface, uneven surface, etc. do.

In the present invention, storage, hopper, mixer, pump, drone, vehicle, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packaging machine, compactor, mixer, curing machine, cotton The processing unit stores, puts, mixes, pressurizes, moves, transports, supplies, pours the concrete to PSC, material to PSC material, one of the raw materials, material, material, mixing water, mixing material, mixture, etc. in the order listed above. , installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, and curing. 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, pumping or pressurizing the mixed mixture with the pump 23, and transporting the mixed mixture. Transportation to the place of use by means (24), supplying ready-mixed concrete to the site through the supply route (25), pouring concrete into molds with the pourer (26), placing magnetized cone on the ground with the spreader, phytoncide with the 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 the slurry water to the slope with the injector 26, and spray water with the injector 26 Remove dust by spraying dust, remove dust by spraying the sprayed water on the ground with the sprayer 26, remove dust in the tunnel by spraying the sprayed water to the tunnel with the sprayer 26, compact the road pavement with the compactor 26, Compaction with a compactor (26) while putting sand into the underground drilling hole, 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), a rod equipped with a rotary wing Curing or curing magnetized concrete by spraying curing water with a curing machine 26, spraying materials with a surface treatment machine to treat, arrange, fill, and shorten the surface of the cured concrete, materials, facilities, buildings, etc. , coating, painting, waterproofing, water repellency, etc.

Additional description of some of the above 1) The supply path 25 corresponds to a line, hose, pipe, conduit, supply line, supply line, pipeline, and the like. 2) The wind compressor generates compressed water or compressed air using wind, etc., and the generated compressed water, compressed air, etc. ) Supplying, injecting, inflowing, injecting, spraying, etc. to the inside, surface, inside, surface, or outside of one of the above. 3) Drones are drones, unmanned aerial vehicles, light aircraft, unmanned light aircraft, etc. a) the cone or surface processor, magnet or surface processor, etc. are provided, mounted, mounted, attached, fixed, etc., or b) the cone or surface Using a treatment machine, magnet or surface treatment machine, or the like is mounted to perform the storage or surface treatment, or c) move, transport, transport, etc. the cone or surface treatment machine, magnet or surface treatment machine, material or PSC material, etc. is to do Here, examples of application of the drone include drilling holes for repairing cracks in high-rise buildings with a drilling machine mounted on the drone, supply path 25 or sprayer 26 mounted on the drone and spraying magnetized shotcrete on high-rise slopes, supply path to drones (25 ) Or a sprayer 26 is installed to spray magnetized water to the tunnel to remove tunnel dust, and a drone is equipped with a spreader to spread magnetized water in the air to clean the air.

In the present invention, one of the pouring equipment or perforators, storage bins, hoppers, mixers, pumps, drones, transporters, supply routes, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packing machines, compactors Examples of one or more of a mixing machine and a curing machine include: 1) a drilling machine, a storage bin, a hopper, a mixer, a pump, a drone, a transporter, and a supply line; Machine, packaging machine, compactor, mixer, curing machine, in the order of one of them, 2) puncher, storage, hopper, mixer, pump, drone, transporter, supply route, pouring machine, laying machine, compactor that compacts its laying, objection A curing machine that sprays the compacted material to cure it, and a surface treatment machine that treats the cured surface in the order of 3) a) material storage, b) hopper that puts 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, etc., f) a supply path for supplying the mixture or conveyed material to one of the pouring machine or surface treatment, g) the mixture or conveyed material or feed Placing, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, surface treatment, etc. , painting machine, packing machine, compactor, mixing machine, curing machine, and surface treatment machine, in that order.

In the present invention, the above A) c) storage 20, hopper 21, mixer 22, pump 23, transportation means 24, supply path 25, pouring machine 26, laying machine, injector , syringe, sprayer, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine, curing machine, surface treatment machine, d) machine, appliance, apparatus, device, equipment, magnetization device, concrete manufacturing or construction equipment (27), B) apparatus, apparatus, apparatus, equipment (27), C) a) apparatus, apparatus, apparatus, equipment, b) said apparatus, apparatus, apparatus, equipment, magnet or equipment, D) above A) storage to C) equipment One (27) of the front, middle, back, front end, rear end, inside, inside, inside, hollow, space, outside, outside, outside, outer circumference, surface, surface, joint, joint 18, cutout, cutout , Connection part, entrance, middle, exit, etc., according to conditions, needs, factories, sites, etc. a) Magnet, magnetic body, magnetic body, wave body, magnetic energy body, magnet function merging cone, cone function merging magnet, double or bundled cone Magnet with magnet, cone or object with magnet, magnet with cone or object, agitated or aerated function cone or object with magnetized magnet, magnetized magnet with agitated or aerated cone or object, b) tube, body, hollow body, A pipe, a magnetizer, a hexagonal handset, c) the cone or hexagonal handset is equipped, mounted, fixed, placed, installed, embedded, inserted, connected, connected, combined, etc. In particular, the storage or surface treatment machine, the front, middle, rear, front, rear, inside, inside, inside, hollow, space, outside, outside, outside, outer circumference, surface, surface, joint, joint 18, The above-mentioned a) magnet, b) hexagonal device, c) the cone or hexagonal device, etc. are provided at the cutting part, cutting part, connection part, entrance, middle, exit, etc. , coupling, etc.

According to the above, 1) the A) storage to C) equipment, etc. have a magnetization function, or have a feature provided with a means to perform a magnetization function, or 2) or the A) storage to C) equipment, one of them For work, manufacturing, production, construction, construction, etc., magnetization, hexagonalization, fluidization, etc. by the above magnets or hexagonal machines, water, liquid, oil, medicine, group, high, agent, ash, sol, gel, Substances, materials, liquids, fluids, slurries, the concrete or PSC, etc. are supplied, provided, stored, injected, mixed, pressurized, moved, transported, supplied, placed, laid, injected, injected, sprayed, coated, painted, packed, It has features such as compaction, mixing, compressed water or compressed air supply, curing, supply or spraying for curing.

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

In the present invention, by resin, polymer, latex, nano material, microorganism, disinfectant, cone or surface treatment machine, magnet or surface treatment machine, etc., a) fluidity, flowability, workability, slump, slump value, energy, b) increase in one or more of the detoxifying properties, b) or decrease in one or more of the water/cement ratio, c) by one or more of these, or after curing or setting c1) strength, stiffness, adhesion, friction angle, hardness, specific gravity, weight, adhesion An increase in one or more of the following: elasticity, cohesiveness, cohesion, adhesiveness, friction angle, durability, seismic resistance, waterproofness, water-repellency, water-water resistance, watertightness, flexural strength, torsional strength, compressive strength, tensile strength, shear strength, internal friction angle, c2) or cracking , dropout, damage, breakage, and reduction of one or more of the coefficient of permeability. Resin, polymer, latex, nanomaterial, microorganism, cone or surface treatment machine of the present invention a) increase in one or more of fluidity, flowability, workability, slump, slump value, energy, detoxification of ready-mixed concrete, concrete, etc. b) or reduction of one or more of the water/cement ratio, c) due to one or more of these or after curing or hardening c1) strength, stiffness, cohesion, friction angle, hardness, specific gravity, weight, adhesion, cohesion, cohesion, adhesiveness, Friction angle, durability, seismic resistance, waterproofness, water resistance, water resistance, watertightness, bending strength, torsion strength, compressive strength, tensile strength, shear strength, increase in one or more of the internal friction angle, c2) or crack, dropout, damage, breakage, coefficient of permeability It is characterized by a decrease in one or more of the following.

In the present invention, the wind turbine compressor injects pressurizer, compressed material, compressed water, compressed air, etc. Accordingly, the pouring materials, raw materials, materials in contact with magnets or magnetized energy bodies, materials passing through cones or hollow bodies, materials such as storages or surface treatment machines, materials such as inside or hollow parts, etc. are reduced in weight, aerated, porous, aerated, A wind compressor 50, a wind compressor, a wind water compressor, a wind air compressor, etc., which serves to inject oxygen, air, etc. into a vortex, agitation, cavitation, or the like.

The wind compressor 50 is a) a wind compressor for generating and injecting pressure, compressed water, compressed water, compressed air, etc. using a screw or a rotary linear converter and a piston connected to a rotating wind blade, It is a screw compressor, a wind piston compressor, or the like, or b) wind or wind power 51, a blade rotating thereby, a windmill, a rotating body 52, one of them rotating force 53, thereby A crank 54 that rotates by rotation, a rod 55 mounted on it to perform linear motion, a piston 56 mounted on it, a cylinder 56 reciprocating inside the cylinder 56, inside the cylinder by the pushing force of the piston Compression of water, water, liquid, oil, air, substances, etc., pressure generated thereby, compressed water, compressed water, compressed air, etc. (63), the outlet of the cylinder from which it is discharged (62), a hose connected thereto, a discharge hose , It is composed of a supply hose 64 and the like. See Figure 10.

Here, the compressed material includes pressurized air obtained by using wind power, compressed material, compressed water, compressed air, and the like. In the cylinder 56, an air inlet 59, an inlet valve 60 installed therein, a pressurized outlet 62, and a discharge valve 61 installed therein are formed, so that the pushing force of the piston 57, When material or air in the cylinder 56 is compressed by action, the air inlet valve 60 closes and the discharge valve 61 opens, allowing the pressurizer, compressed material, etc. 63 to pass through the outlet 62, discharge hose 64, etc. When the piston 57 moves in the opposite direction, the pressurized discharge valve 61 is closed and the inlet valve 60 for water, water, liquid, oil, material, air, etc. is opened, and substances, air, etc. flow into the cylinder. When the piston compresses the cylinder again, the material and air inlet valves are closed and the pressurized and compressed material discharge valves are opened, and the pressurized and compressed materials are discharged through the outlet and the discharge hose. When the piston moves in the opposite direction, the discharge valve is opened. is closed, and the material and air inlet valves are opened, and the process of material and air being introduced into the cylinder is repeated to supply, provide, and inject compressed air, compressed water, compressed air, and wind power compressors (63). In the case of the hollow body 13 into which the teeth are injected, the substances, raw materials, materials, and formulations flowing into the hollow body 13 are introduced into the hollow body 13 through the injector 91 and the inclined pipe 95 provided in the hollow body, and the like. By injecting pressurized air and compressed air into water, compounding materials, compounding, etc., it contributes to weight reduction, aeration, and aeration. The pressurized air, compressed water, compressed water, compressed air, etc. by the wind power are eco-friendly pressurized air, compressed water, compressed water, compressed air, etc. that can be permanently obtained by using natural wind without supplying external power or electricity. . Here, compressed water, compressed air, etc. by wind power, wind, wind compressor, etc. have a certain pressure, substitute for a compressor, substitute for lightweight materials injected into lightweight concrete, etc., and substitute for compressed water or compressed air from a general compressor.

In addition, the wind turbine compressor 50 is described in detail. In the case of a wind turbine compressor, the rotational force 53 of the wind, wind power, etc. The piston 57, screw, etc. in the cylinder 56 is linearly moved 58 or rotated through the crank 54 connected to the rotating shaft, etc. 52, the shaft or connecting rod 55 connected thereto, A device that compresses and exports compressed water or compressed water or compressed air 63 through a discharge port 62 formed at one end of the cylinder corresponds to the device. Therefore, a wind compressor is a device that obtains, makes, provides, or supplies compressed water or compressed air using wind, wind power, or the like. 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 valve 60 of the water or air inlet 59 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 power screw compressor, the screw in the cylinder rotates by the rotational force to compress water or air in the cylinder to one side, and the compressed water or compressed air is discharged or supplied through an outlet formed on one side of the cylinder. .

Pressurized air, compressed water, compressed water, compressed air, etc. 63 provided from the wind turbine compressor 50 is supplied with water, water, and the like through a hose, pipe, pipeline, etc. 64 connected to the outlet 62 of the cylinder. Water, liquid, oil, energy, pain, agent, material, substance, object, body, material(1), material(1), in water, Underwater, river, pond, water tank, tank, duct, tube, hose, pipe, hollow body, mixer (22), pump (23), supply line (25), reservoir, aeration tank, reaction tank, bioreactor, chemical reaction tank, air , Indoor, factory, site, atmosphere, indoor air, tunnel, tunnel site, dusty air, odorous air, injected into the tube or surface treatment machine to supply air, oxygen, bubbles, etc. to aerate, react, coagulate, oxidize, purify, Air, bubble, etc. are injected into soil, mortar, ready-mixed concrete, concrete, etc. (1) to improve water purification and cleanliness, bubble mortar, bubbled ready-mixed concrete, bubbled concrete, light soil, light mortar, lightweight Ready-mixed concrete, lightweight concrete, etc. are formed, and additionally injected into the curing air sprayed from the curing machine to promote curing or to reduce the amount of curing air sprayed.

In the present invention, the drone moves one or more of the storage or surface treatment machine, or one or more are mounted, or the drone, drone, This applies to unmanned drones, unmanned airplanes, pouring equipment mounted on a main body that flies by rotating blades, or drones equipped with a pouring machine. The mounting is that one or more of the storage or surface treatment machine is mounted, mounted, mounted, installed, maintained, welded, joined, fastened, run, or hung on a drone, its body, or the like. Examples of drones of the present invention include a) a drone composed of a wing, a rotary blade, a propeller, four propellers, one of a plurality of propellers and a body, b) a drone composed of an upper wing and a lower body, c) thrust for flight of the body Drones equipped with wings and propellers that generate a downward flow in the downward direction and a backward direction 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 A drone flying horizontally by a directing flow that sends f) a drone flying three-dimensionally by the downward flow, a directing flow, etc. g) a motor that rotates the wings, propellers, etc., wires connected thereto, batteries connected thereto, chargers, Drones equipped with rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind generators, etc. h) Drones equipped with supports provided on the propellers, i) Drones equipped with main bodies connected to and fixed to the supports, j) j1) a solar cell that generates electricity, j2) a rotating body, A drone equipped with a generator that produces electricity with its rotational force, k) The generator generates electricity while forming a magnetic field by a rotor (electromagnet) at the center and a stator (iron core) surrounding the outside, ℓ) The j2 ) The k) drone equipped with a rotor (electromagnet) rotating in connection with the rotating body, m) the k) drone equipped with a generator generating electricity by the rotation of the rotor (electromagnet), n) the rotating body, its outer periphery , A drone equipped with a conical hollow guide that allows one or more of the inflow, outflow, and outflow of at least one of the downward flow, direct flow, and wind while being mounted on one or more of the upper, lower, upper outer circumference, and lower outer circumference, o) generating electricity Drones equipped with an inverter that converts direct current or alternating current, p) Drones equipped with wires, plugs, outlets, power supplies, etc. that supply the generated electricity, q) Cameras, CCTVs, imaging devices, filming devices, monitors, lights, lights, This includes drones equipped with lights, flashing lights, lights, headlights, lighting devices, drivers, controllers, controllers, remote controllers, and remote controllers.

In the present invention, the 3D printer is a 3D printer 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 mounting ( 71), 3D printing machine, 3D printing machine, 3D printing device, 3D printer, 3D printer equipped with a casting machine that moves 3D while being mounted on the ground or on a frame mounted around new construction facilities. Here, the 3D printer 71 has a moving body or moving unit 116 capable of three-dimensional movement (73) mounted on a frame 72, and moving in three dimensions (73), the mixer 22, the supply path 25, etc. Materials, mortar, ready-mixed concrete, concrete, etc. (1) supplied from are poured, sprayed, injected, etc. to create, construct, construct, construct, build, etc. facilities, buildings, structures, etc. (8). Here, the three-dimensional moving body or moving unit 116 moves in three dimensions by a motor, roller, rail, etc., and a pourer, injector, injector, nozzle, etc. 26 are mounted thereon to determine the structure or shape of the facility or building to be built. It is to construct facilities and buildings by pouring materials while moving three-dimensionally along the Here, the 3D printer, its movable body or moving unit, and pouring equipment mounted thereon have a feature of pouring material while moving in three dimensions automatically according to a program command.

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 thereof, each mounted thereon and rotated by a motor a 101 Two rollers a (102) moving forward and backward along the rail a (one-dimensional movement) 73, a rail b (103) provided between the two roller as, and a motor b (104) while being mounted thereon One roller b (105) that rotates and moves left and right along the rail b (its 1 dimension + the 1 dimension = 2 dimensional movement) 73, a rotating body mounted thereon and rotated by the motor c (111) Up and down moving parts 108 such as strings, threads, belts, chains, etc., which move up and down (1 dimension thereof + 2 dimensions = 3 dimensions movement) 73 while being wound or unwound around a (112), or the rotating body a ( 112) and another rotating body b 113 located opposite to it, and is pressed and embedded and pushed or dragged by the rotation of the rotating body a to move up and down in the form of a rod 115, mounted on the vertical moving unit This corresponds to the casting equipment 26 that moves three-dimensionally. Here, the rod-shaped vertical moving part 105 is composed of the rotating body a 112, another rotating body b 113 located opposite to the rotating body a, and the rotating body c 114 located above or below the rotating body a and thereby While facing each other, it is pressed and embedded between the rotating body d (115) located above or below the rotating body b, and 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 rod 116 corresponds to a rod, a rod, a rod, a rod, and the like. The frame is a foundation, a column, a combination of four columns, a combination of horizontal and vertical beams, a combination of four columns, intermediate beams and upper beams, a combination of vertical columns and cross beams, a three-dimensional object thereof, four columns and four located above them. The directional rail 100, the 4 rails of the rim, the rail a 100, the rail b 103, or the 4 directional rail 100 connecting the four pillars and their upper corners correspond thereto. Weights such as weights, weights, and lumps of lead are mounted on the lower part of the string, thread, belt, chain, and vertical moving part so that the position and coordinates of the lower part do not shake, so that the material is placed in an accurate position and coordinates. do. The roller or rotating body may be provided with a brake, a retractor, etc. that decelerates or stops its rotation, and an example of the brake is a brake lining 108 mounted on the side of the roller or rotating body, which is directed toward the roller or rotating body A combination of a pedal, a compression means, etc. 109 that is pushed or compressed to contact a roller or a rotating body to decelerate or stop its rotation corresponds. The motor is mounted on the central axis, rotation shaft, etc. 106 of the roller or rotating body and rotates it, so that it is possible to rotate the roller or rotating body, which is the body of the central axis, rotation shaft, etc. The motor, roller, rotating body, etc. may be embedded in a case, housing, etc. 117 for protection and safety thereof. The rotating body a 112 may be connected to the roller b 105, the case 117, and the lower portion thereof by a string, a string, a rod, etc. 110, and among them, the rotating body a and the The connection of the roller b corresponds to connecting the rotating body a and the bearing 107 respectively mounted on the central axis 106 of the roller b by means of a string, string, rod, etc. 110. See FIGS. 10 and 11 for the 3D printer.

The moving unit 105 and the pouring equipment 26 mounted on it move in a total of three dimensions for the forward and backward one dimension, left and right one dimension, and up and down one dimension, or the forward and backward one dimension, the left and right one dimension, and two by the two. Dimension, vertical one dimension, and three-dimensional movement by the above two dimensions are performed, so 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, reinforcing bars, and concrete. Molds, reinforcing bars, concrete pouring equipment, etc. for structure construction are provided, mounted, It has the characteristics of being transported, unloading, assembling, pouring, etc. to the appropriate floor, place, location, etc. according to the building construction process while moving three-dimensionally as loading, bundling, fixing, mounting, loading, etc. In the present invention, the pouring equipment corresponds to a) a pourer, a nozzle, a hose, a sprayer, a plotter of a printer, and b) a pouring equipment with one of them.

The mixer 22, the pump 23, the supply path 25, etc. are connected to the pouring equipment 26 mounted on the movable body, the moving unit 105, etc. to move in three dimensions, so that the material 1 such as ready-mixed concrete is supplied. . The pouring machine 26, the mixer 22, the pump 23, the supply path 25, the material 1, etc. can be provided with the magnet, magnetizing body, hollow body embedded therein, etc. of the present invention, so that the magnetized material With the feature of supplying and pouring, it is possible to supply compressed water, 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 is a frame 72 on which the rail 100 is mounted, a moving body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a moving unit, a head, One of its cases, a plotter or pourer 26 installed on one of the head, moving body, moving unit, and case and ejecting the building material 1 to form the 3D structure 8, and the plotter or pourer A 3D printer or the like including a pump 23 that provides pressure to eject the material 1 is applicable. In the 3D printer of the present invention, the frame 72 is mounted on the ground, on or around new facilities, on or around new buildings, and the like.

Examples of construction of buildings, structures, etc. by the 3D printer 71 of the present invention are 1) Example: Mortar, ready-mixed concrete, Building construction by continuously or intermittently pouring concrete, etc., while circulating along the building shape or building structure, in layers with a height of 5 to 30 cm or rising in layers, where the pouring height of 5 cm or less is too low, so the construction time is shortened. It takes a lot of time, and the height of 30cm or more is too high for immediate curing, so it is difficult to circulate and move in real time. , 1st floor slab, 2nd floor column and wall, 2nd floor slab repeatedly in order to build n floors and finally roof slabs to complete the building, 3) Case: a) Ground boring for foundation installation, b) Above Inserting reinforcing bar nets into the boring hole by attaching the reinforcing bar net to the moving part, c) Placing foundation pile concrete in the boring hole through the pouring machine, then curing, d) Placing the mold and reinforcing bars on the moving part to form the floor of the building , Transport and assembly of reinforcing bars, e) Placing concrete on the floor of the building through the pouring machine, then curing, f) Transporting and assembling the first floor column, wall formwork, and reinforcing bars by mounting the mold and reinforcing bars on the moving part, g) the casting machine 1st floor column, wall concrete pouring, subsequent curing, h) elevating the movable body, casting machine, etc., i) transporting and assembling the 1st floor slab formwork and reinforcing bars by mounting the mold and reinforcing bars on the moving part, j) the casting 1st floor slab concrete pouring through machine, then curing, k) transporting and assembling 2nd floor pillars, wall molds, reinforcing bars by mounting molds and reinforcing bars on the moving part, ℓ) casting 2nd floor pillars and wall concrete through the pouring machine, Then, curing, m) elevating the movable body, casting machine, etc., n) repeating the above, transporting and assembling reinforcing bars, reinforcing bars such as n-story columns, walls, slabs, concrete casting, and then curing, o) final through the casting machine Rooftop concrete pouring, followed by curing, etc. The 1st, 2nd, and nth floors are 0.25m high, 0.5m high, 1m high, 1.5m high, etc. Therefore, subdivision assembly and casting are possible.

In the present invention, the wind compressor, drone, 3D printer, facility, equipment, material, means, etc. can be provided with the magnet or magnetized energy body, cone or hollow body, storage or surface treatment machine, etc., where the magnet or magnetized energy body , When cones or hollow bodies are provided, wind compressors, drones, 3D printers, etc. become wind compressors, drones, 3D printers, etc. with a magnetization function, and when storage or surface treatment machines are provided, pouring materials, sheep These include wind compressors, drones, and 3D printers that can store organisms or treat surfaces. In the present invention, wind compressors, drones, 3D printers, generators, mobile generators, solar generators, wind power generators, facilities, equipment, materials, means, etc. include cameras, CCTVs, imaging devices, filming devices, monitors, lights, lights, lights, flashing lights , Lights, headlights, lighting devices, drivers, regulators, controllers, remote controllers, remote controllers, etc. can be provided, thereby assisting in image shooting, light reflection, driving operation, and the like.

In the present invention, the generator, mobile generator, solar generator 80, wind generator 81, etc. are a) provided with the magnet or equipment, b) installed on the magnet or equipment, c) the coil, storage or surface treatment, Supply of electricity 82 to wind compressors, outlets, plugs, commercial electricity, wires, drones, 3D printers, casting equipment, power sources thereof, etc., or the like.

In the present invention, the solar generator generates electricity 82 by using the sun, which is divided into a photovoltaic generator and a solar thermal generator. Here, the photovoltaic generator generates electricity by a solar cell, a storage battery, a power converter, etc. Here, the solar generator is divided into an infrared type and a steam type, and the infrared type solar generator generates electricity by a collector, a heat storage device, a generator, etc. The steam solar power generator generates electricity by a collector, a heat exchanger, a steam turbine, a condenser, a generator, and the like. Here, a photovoltaic generator is a device that generates electricity by using the light energy of the sun by installing a solar cell or the like in a place where the sun is present, and directly converts the light received by the solar cell or the like into electricity. An example of a photovoltaic generator is composed of a solar cell, a storage battery, and a power converter. When sunlight is applied to a solar cell in which a P-type semiconductor and an N-type semiconductor are bonded, holes (holes) are generated in the solar cell by the energy of the sunlight. holes) and electrons are generated, and at this time, holes gather toward the P-type semiconductor and electrons toward the N-type semiconductor, and electricity is generated when a potential difference occurs. A storage battery stores the generated electricity, and a power converter A device that converts direct current to alternating current or alternating current to direct current.

In addition, a solar generator is installed in a place where the sun is present and generates electricity using the thermal energy of the sun, and the solar generator is divided into infrared type and steam type. Here, an infrared solar thermal generator is largely composed of a collector, a heat storage unit, and a generator. The collector is a facility that collects energy from the sun and converts it into heat. It is a flat plate collector tube that transmits light, and it consists of a transparent outer layer (glass or plastic) surrounding a black inner component that absorbs light, creating a greenhouse effect, and when light enters the collector plate, it becomes black. When it hits the inside, it turns into infrared rays, but since infrared rays cannot pass through the transparent layer, the inside gets hotter and hotter. The heat storage device is a facility that stores heating water, hot water, etc., which is a medium to be used at a place where the heat obtained from the collector is exchanged, and the generator uses infrared rays generated from the collector to generate electricity.

Here, the steam type solar power generator consists of a collector, a heat exchanger, a steam turbine, a condenser, a generator, etc., and uses a collector that collects light to collect solar heat to heat the heat medium of the pipe wrapped in the absorber, and the heated heat medium exchanges heat. In the meantime, the heat medium of other pipes passing through the heat exchanger is heated, and the heat medium consumes heat energy in the order of the steam turbine and condenser and returns to the heat exchanger. This is done, where the condenser is called a condenser, condenser, etc., and condenses or condenses the steam discharged from the steam turbine by cooling it with water, 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, transmission, generator, inverter, electric wire, etc., b) wings that are rotated by the wind to convert wind energy into mechanical energy, and the rotational force generated from the wings is transmitted through the central rotation shaft. It is composed of a transmission that rotates the generator by increasing the number of revolutions required by the generator and a generator that converts mechanical energy transmitted from the transmission into electrical energy. An example of a wind turbine is composed of a windmill, a wind turbine blade, a rotary shaft, an inverter, and a generator, and the rotational motion of the windmill or wind turbine is transmitted to the inverter or gearbox through the rotary shaft of the wind turbine, and rotation is performed in the inverter or gearbox. Accelerating the rotational speed of the movement and sending it to the generator converts mechanical energy into electrical energy in the generator to generate electricity 82. In addition to the generator, an inverter may be configured. The inverter converts generated direct current (DC) into alternating current (AC) or alternating current (AC) into direct current (DC).

In the present invention, pouring equipment, magnetized 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, vortex by cone, storage by storage or surface treatment machine, etc. Surface treatment, pressurized air injection by wind compressor, movement by 3D printer, equipment that supplies electricity by generator, c) Construction, architecture, civil engineering, landscaping, molding, sculpture, environment, construction, construction, repair, reinforcement , Equipment used for or for interior, remodeling, etc., pouring equipment, pouring equipment, d) pouring material that has passed through one of the cones or 3D printers, equipment for pouring one of the magnetized pouring material, and magnetized vortex pouring material, e) hole , surface, surface, underground, crack, curing surface, material surface, facility surface, boring hole, water leakage part, excavation part, formwork, equipment for placing casting material on one or more reinforcing bars, steel frames, and reinforcing bar nets embedded in one of them , f) one of the cone or wind turbine f1) its inside, outside, inlet, outlet, passage, hollow part, connection part, storage part, mixing part, pressurizing part, supply part, pouring part; f2) or hoses, passages or pipes connected to them; Equipment provided in one or more of them is applicable.

In the present invention, the cone or wind turbine includes a) a cone to a cone having one of the magnet and a magnetic field body, b) the magnet to a magnetic field body provided with one of the cone and a cone to a magnetic field body, c) the cone to Cone-shaped wire spirals, magnets or magnetic fields, etc. - hollow body, d) storage - surface treatment machine, e) wind compressor, drone, 3D printer, generator, mobile generator, solar generator, wind generator, etc.

In the present invention, having, containing, including, introducing, mixing, using, using, applying, etc. are a) having, configuring, preparing, forming, composing, mounting, installing, positioning, maintaining, fixing, mounting, attaching, adhering, adhering, Use, use, apply, utilize, apply, combine, contain, include, mix, mix, embed, insert, insert, connect, link, connect, join, merge, coalesce, insert, insert, combine, relate, relate, penetrate, pass through, Contact, painting, coating, coating, laying, spraying, spraying, coating, lining, binding, welding, bolting, mounting, boarding, mounting, hanging, hanging, engraving, engraving, embossing, drilling, dug, covering, covering, Encircling, assembling, fastening, string connection, jack connection, screw connection, flange connection, cradle (12) provided, provided on cradle, provided through cradle (12), or line, line, thread, strip, string, rod, Equipped with rods, plates, rings, anchors, etc. b) Target, target object, target site, front, middle, rear, front end, rear end, inside, outside, entrance, exit, joint, connection, cutout, cut, etc. Provided through the device or cradle, c) provided on the inside, inner surface, outside, outer surface, outer circumference, inlet, outlet, joint 18, connection portion 18, etc. of one of the cone or curing device, cone or equipment Through the cradle or cradle, etc. are applicable.

Examples of the above include the hollow body 13 in which the magnets 10 and 16 are embedded through the holder 12, the hollow body 13 mounted in the holder 12 and having a magnet with a cone embedded therein, and the cone with a magnet. Mounted on the cradle 12 and embedded in the hollow body 13, a tube in which a magnet with a cone is embedded through the support 12, and a supply path provided with the magnet embedded hollow body through the intermediate connection part 18 of the supply path, inlet The supply path provided with the magnet-embedded hollow body, etc. corresponds to this. Here, the cradle and support include a rod, a rod, a plate, a string, a string, a wire, a rope, a wire, a cradle, and a support. In the present invention, passage, contact, roughness, etc. correspond to roughness, roughness, passage, flow, penetration, contact, rubbing, passing, passage, treatment, processed, and the like.

In the present invention, a) containing, including, incorporating, injecting, injecting, embedding, mixing, compounding, compounding, composition, including, b) or containing, inclusion, input, additive, inject, embedded, mixture, combination, The degree of inclusion, inclusion, addition, injection, injection, embedding, mixing, blending, compounding, etc. in a compound, etc., is a) a certain percentage, parts by weight, parts by volume, % by weight, % by volume, times, multiples, 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 -10 to 10 to 10 %, parts by weight, parts by volume, % by weight, % by volume, times, multiples, etc. are applicable. Examples include 0.01 times, 5%, 10 parts by weight, 20 parts by volume, 25% by weight, 50% by volume, 1 to 99%, 1 to 99 times, etc.

The materials, materials, additives, admixtures, pouring materials, etc. described or used in the present invention are described below. 1) Water includes water, water, water supply, sewage, dam water, river water, underground water, surface water, pumping water, etc. 2) Water includes water, water, water, substances, etc. 3) Liquid corresponds to liquid, liquid, chemical solution, liquid, etc. 4) Oil corresponds to oil, oil, oil, oil, etc. 5) Sol corresponds to sol, sol, organic sol , inorganic sol, hydrophilic sol, hydrophobic sol, aerosol, hydrosol, organosol, colloidal sol, colloidal solution, sol obtained by solization of gel, substances having fluidity by dispersing colloidal particles in liquid, etc. 6) The gel is a gel, gel, sol gel, agar, tofu, bonding gel, silica gel, hydrogel, hydrogel, diatomaceous earth gel, acid clay gel, xerogel, porous Gel, xerogel, diatomaceous earth, acid clay, gel in which a colloidal solution (sol) has thickened to a certain concentration or higher, a solidified product in which solvents and water, etc. have entered between the networks of colloidal particles 7) Soil includes soil, soil, earth and stone, etc. 8) Charcoal includes charcoal, briquettes, ash, charcoal, activated carbon, and carbide, etc. 9) Charcoal includes charcoal, charcoal, hardwood charcoal, and wood charcoal. , charcoal, etc., and 10) Ash is ash, ash, incineration ash, incineration ash, fired ash, carbonized ash, combustion ash, rice hull ash, volcanic ash, briquette ash, bottom ash, fly ash, ash, buttom ash, flyash, firepower Power plant ash, incinerator ash, incinerator ash, SiO ₂ 40 to 60 parts by weight and the like are applicable.

11) Carbon is carbon, carbon material, carbon material, carbon sand, carbon fiber, carbon sheet carbon monoxide, carbon dioxide, carbon, carbon tube, nano carbon, nano carbon tube, carbon dioxide that reacts with carbonation, such as Ca+CO ₂ =CaCO ₃ 12) Graphene is graphene, graphene, graphite or a layer, thin layer, 0,2nm layer of graphite, etc. 13) Waste powder is waste powder, stone powder, ash powder, iron powder, dust, phosphorus powder, copper powder , livestock meal, fine powder, steel dust, cement dust, concrete powder, etc. are applicable, 14) gas is gas, oxygen, hydrogen, nitrogen, chlorine, carbon, carbon dioxide, etc. 15) microorganisms are cultured microorganisms, fermentation microorganisms, Corrosive microorganisms, decomposing microorganisms, useful microorganisms, effective microorganisms, aerobic microorganisms, anaerobic microorganisms, aerobic microorganisms, semi-aerobic microorganisms, semi-anaerobes, halophilic microorganisms, alkaline microorganisms, strains, lactic acid bacteria, actinomycetes, radiation bacteria, photosynthetic bacteria, yeasts , Aspergillus, fungus, lactic acid bacteria, acetic acid, Bacillus subtilis, Bifidobacterium, bacteriophage, Bacillus bacillus, Pasteurii, Lactobacillus, Saccharomyces, Sporossina, Bacillus cereus, Bacillus anthracis, Bacillus sub Tillis, Bacillus spaericus, Bacillus pasteuri, Bacillus sudofimus, Bacillus corni, etc. are applicable, and the microorganisms of the present invention are suitable for bonding, sealing, binding, bridging, carbonation of materials, materials, materials, castings, etc. , low water permeability, high water permeability, crack filling, etc., etc. are improved. 16) Phytoncide includes a) phytoncide, phytoncide, magnetized phytoncide, bio phytoncide, magnetized phytoncide through magnetic material, and bio phytoncide injected with microorganisms, b) phytoncide extracted from trees, stems, plants, bark, or cypress trees, Its contents, etc. are applicable.

17) Resins include resins, resins, chemicals, chemical liquids, water glass, natural resins, artificial resins, synthetic resins, nano resins, high molecular materials, high molecular polymers, hydraulic polymers, geopolymers, high molecular chemicals, urea, silicic acid, silicon, sodium silicate, phosphoric acid , ammonia, enzyme, silica, paraffin, silica sol, silica gel, active silica, micro silica, hybrid silica, acrylic emulsion, acrylate, acrylic, urethane, epoxy, urea, uracil, latex, polymer, acrylic urethane, water-soluble resin, hydraulic Resin, oil-soluble resin, oil-curable resin, hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, amine, aniline, amide, aldehyde, naphthalene, melamine, cellulose, chromignin, acrylamide, acrylate , polyacrylate, sodium hydrogen sulfate, 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 hydrogen carbonate, polypropylene Glycol, polyethylene glycol, ethylene glycol, butanediol, polyhydroxyhexane, isocyanate, MMA (methyl methacrylate), CMC (carboxymethyl cellulose), SAP (super absorbent polymer), etc. are applicable.

18) Fiber or fiber means a) fiber, fiber, fiber, fiber, fibrous tissue, beard root, wool, hemp, rock wool, silk thread, saran, fineness, fabric, jute, wool, raw silk, artificial silk, short fiber, long fiber, Cotton, kapok cotton, coier, manila hemp, sisal hemp, leaf flax, ramie, goat wool, camel hair, cashmere, domestic silk, wild silk ), silk fiber, asbestos, gold thread, silver thread, rayon, viscose rayon, cupra rayon, filament, baylon, viscose rayon, staple fiber, coir, natural fiber, Man-made 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-synthetic fiber, hard fiber, peanut protein fiber, bast Fiber, sable fiber, copper ammonium rayon, heat-resistant fiber, ceramic fiber, hair fiber, vegetable fiber, regenerated fiber, synthetic fiber, new synthetic fiber, soft fiber whose length is 1.1 to 100 times its own thickness, b) the above fiber Instead, the above short fibers or new synthetic fibers replaced with fibers, one of them, single fibers, new synthetic fibers, and the like are applicable.

19) Reinforcement materials are a) Bars, bars, nets, beams, bars, plates, cells, reinforcing bars, steel frames, reinforcing meshes, steel bars, H-beams, I-beams, steel wires, columns, piles, girders, steel pipes, steel bars, steel bars , carbon, mesh, lattice, wire mesh, sheet, mat, fiber, glass, metal, steel, framing, rope, bolt, anchor, anchor, arch, nailing, truss, cable, wire, grid, fiber, lattice, lattice Net, carbon net, carbon rod, carbon strip, carbon fiber, 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 Mesh, 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 , b) a composite of two or more of them, and c) one of these, such as reinforcing bar and carbon mesh, mesh and grid, and mesh and grid and sheet.

20) Nanomaterials are nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanoiron, nanometals, nanoions, nanoresins, nanocarbons, nanolatexes, or 10^(-9) meters, nanometers. A number of or equivalent to a metric size, water, liquid, oil, weak, weak, sol, gel, group, solid, agent, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, Iron powder, stone material, wood, polymer material, liquid gas, liquid solid, gas solid, liquid solid, particulate matter, granular material, etc. are applicable, and nano materials are 10^(-9) meters ± 100 7 to -11) meter size material is also included. Since nanomaterials have small particles and a large specific surface area, the decomposition, reaction, function, and performance of the material are improved. For example, in the case of nano-resin, properties such as reaction, bonding, binding, and fluidity are improved compared to general resins, and effects such as increase in strength and decrease in water permeability after hardening or curing are increased.

21) Micromaterials are micromaterials, micromaterials, micromaterials, micromaterials, micromaterials, micromaterials, or micrometers, numbers of or equivalent to 10^(-6) meters in size, water, liquid, oil, drug, drug, sol, gel, group, high, agent, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, iron powder, stone, wood, polymer material, liquid body, liquid solid, solid body, Liquid solids, particulate matter, granular matter, etc. are applicable.

22) Admixtures are admixtures, additives, quick-drying agents, finalizing agents, water reducing agents, rust preventives, sintering agents, adhesives, adhesives, fixing agents, solidifying agents, binders, binders, water repellents, antifouling agents, glidants, air entraining agents, fire retardants, Flame retardant, fire retardant, emulsifier, pH agent, pH adjuster, pH7 lower agent, pH7 higher agent, acidic agent, base agent, neutralizer, neutralizer, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, binder, modifier, fast economy agent, Coupling agent, catalyst, crosslinking agent, dispersing agent, plasticizer, accelerator, retardant, solidification retardant, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, antifoaming agent ( dehydrating agent, pigment agent, colorant, setting accelerator, setting retardant, absorbent, adsorbent, collector, antibacterial agent, decontamination agent, dehydrating agent, windbreaking agent, dedusting agent, aeration agent, activator, dehumidifying agent, dehydrating agent, Water-containing agents, containing agents, air-containing agents, solidifying agents, nano agents, micro agents, anion emitting materials, far-infrared ray emitting materials, cement admixtures, concrete admixtures, and composites of two or more of them are applicable.

23) The additives include gas, air, compressed air, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, drugs, drugs, medicinal materials, liquids, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, and iron. , stone dust, loess, by-products, microorganisms, culture medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ions, cations, anions, phytoncide, enzymes, yeast, urea, enzymes, aerobic agents, anaerobic agents, activators , nano agent, carbonic acid agent, cleaning agent, purifying agent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, aromatic agent, antibacterial agent, germ remover, decontamination agent, odor remover, atopic agent, environmental hormone remover, sick house syndrome remover, carbonation medium, These include pump presses, blower presses, wind compressor presses, and composites of two or more of them. 24) The pressure is compressed air, pressure air, pump pressure, blower pressure, compressor pressure, wind power pressure, two or more of them mixed pressure, or 1 ~ 50kg / ㎠ low pressure, ultra-low pressure below this, medium pressure of 51 ~ 100kg / ㎠ One of 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/cm2m, and ultra-high pressure above these pressures, compressed air, and compressed air are applicable.

25) By-products are 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, molding sand, waste molding sand, waste plaster, waste lime ash , scrap metal, waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products. 26) Active agents include active agents, surfactants, material active agents, state active agents, active agents that improve one of the reaction, hydration, hydration, strength, and energy of substances, ionic surfactants, cationic surfactants, anionic surfactants, and nonionic surfactants. , Amphoteric surfactants, lignin sulfonates, polyalkylaryl sulfonates, melamine formalin sulfonates, aromatic polycyclic condensate sulfonates, ethers, esters, resinates, polyalkylbenzene sulfonates, poly Alkyl sulfonate triethanolamine type, dodecylamine, HDTMA (hexadecyltrimethylammonium), sodium laurate, and a compound of two or more of them are applicable.

27) The reactive agent 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, ligninsulfonic acid, urea formaldehyde, polyester, noble metal, polyvalent metal, slag, perlite, attapalgite, smectite, activated carbon, waste tires, shellfish Shell, oyster shell, rice hull, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, a compound of two or more of them, or a reaction, heating reaction, exothermic reaction, catalytic reaction Agents, ashes, substances, materials that cause or cause one of the following: hydration reactions, oxidation reactions, reduction reactions, agglutination reactions, urea reactions, decomposition reactions, demineralization reactions, fission reactions, carbonation reactions, hydroxylation reactions, pozzolanic reactions, or microbial reactions. , drugs, etc. 28) Rapid accelerator includes quick accelerator, cement accelerator, concrete accelerator, silicate accelerator, aluminate accelerator, alkali free accelerator, cement mineral accelerator, etc. do.

29) Disinfectant is formalin, alcohol, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux solution, lime sulfur compound, phenolic water, cresol water, sublime water, chlorcalc, organic mercury, dithiocarbamate, disen-M, Vallibi, Valcot, Benomyl, Blasticidin S, Vinclozolin, Edifenphos, Oxycarboxin, Auxincopher, Organophosphorus fungicide, Organosulfur fungicide, Isoprothiolein, Iprodione, Geneb, Maneb, Anthracol, Geolam, Phthalamide, Carboxin, Captan, Copperhydroxide, Chlorothalonil, Triadimefon, Dodine, Dinocap, Diclofluanid, Diclon, Dithianon, Maneb, Captan, Captipol, Dipoletan, Polpet, Bendimidazole, Benomyl, Benlate, Thiophaneateethyl, Triazole, Triadimefone, Tricyclazole, Organic fungicide, Metalaxyl, Dachigaren (hymexazol) ), kitazine (IBP), hinosan (edifenphos), Fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxin, validamycin, neoasojin, Validamycin A, a complex of two or more of them, and the like are applicable.

30) Mixed water is water, water, liquid, oil, medicine, sol, gel, liquid, bottled water, constant water, sewage, rainwater, sewage, wastewater, turbid water, turbid water, seawater, salt water, spring water, drinking water, ground water, bedrock water , surface water, acidic water, basic water, carbonated water, magnetized water, hexagonal water, water used in mixing, water, liquid, liquid, etc. , magnetic compound, etc., and 32) compound is pouring material, chemical solution, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, compounded material, material used in compounding, compounding water and compounding Mixtures of ash, magnetized materials, magnetized compounds, etc. are applicable. 33) Milk includes milk, milk, cement milk, lime milk, and a mixture of cement and water. 34) Mortar includes mortar, mortar, cement mortar, lime mortar, gypsum mortar, asphalt mortar, cement, water, and sand. 35) Chemical solutions include chemical solution, drug, water glass, sodium silicate, resin solution, and drug-containing solution, etc. 36) Suspension includes soil, cement, lime, gypsum, resin, etc., water, water, 37) Slurry includes slurry, slurry, resin slurry, clay slurry, cement slurry, asphalt slurry, and bentonite slurry. 38) Remitar includes Remitar, ready mixed mortar, This includes mortar without water, mixtures of cement and sand, etc.

39) Ready-mixed concrete includes ready-mixed concrete, raw concrete, ready-mixed concrete, ready mixed concrete, fresh concrete manufactured in a batch plant (concrete that has not yet hardened), and a mixture of cement, water, sand, and gravel, etc. 40) Asphalt Asphalt, tar, pitch, bitumen, asphalt, crude oil tailings, crude oil evaporation tailings, crude oil tailings, etc. are applicable. 41) Paste is paste, paste, cement paste, asphalt paste, mixture of cement and water, etc. , 42) Plaster includes plaster, plaster, gypsum plaster, lime plaster, a mixture of lime and water, etc. 43) Concrete includes concrete, ocher concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel frame concrete, and carbon. Concrete, reinforced concrete, fiber-reinforced concrete, cold-weight concrete, warm-weight concrete, heavy-duty concrete, lightweight concrete, foamed concrete, foamed concrete, ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete , prepack concrete, a mixture of cement, water, sand, gravel, etc., and 44) pouring materials include milk or 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 the following: Nano materials, resin materials, by-products, carbon materials, fibers, catalyst materials, fiber materials, latex materials, bio materials, and phytoncide materials are described below.

Primarily, one of the Ca and phytoncide materials is one of the Ca and phytoncide materials, or a material containing ions, components, elements, and the like of the Ca and phytoncide materials. Examples of the latter include CaO containing Ca components, CaCO ₃ , Ca(OH) _{2 ,} and the like in the case of Ca. 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. 4) Fe is Fe, FeO , Fe ₂ O ₃ , Fe ₃ O ₄ , iron, iron ion, etc. are included, 5) Me includes metal, metal ion, Metal, its abbreviation Me, etc. 6) Al includes aluminum, aluminum ion, etc. 7) K includes K, K+, KOH, potassium, potassium ions, etc. 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 material, resin component, 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, MgFeCOO , CaMgFeCOO, etc. are characterized by containing one or more of the components constituting the porcelain. Examples 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, and CaMgFeCOO.

The above agent, ash, ion, component, element, element, substance, reactant, combination, inclusion, nanomaterial, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio material, phytoncide In terms of water, 1) the agent is one or more of the Ca to CaMgFeCOO, one of which corresponds to a Ca agent, a Mg agent, a FeCOO agent, a CaMgFeCOO agent, and the like, 2) the material is one or more of the Ca to CaMgFeCOO, One is Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc., 3) ion corresponds to one or more ions of Ca to CaMgFeCOO, one of which is Ca ion, Mg ion, FeCOO ion, CaMgFeCOO ion, etc., 4) The component is one or more of the above Ca to CaMgFeCOO or one or more components, one of which is 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 elements of Ca to CaMgFeCOO, one of which is Ca element, Mg element, FeCOO element, CaMgFeCOO element, etc., 6) the element is one or more elements of Ca to CaMgFeCOO, one of which is Ca element and Mg element , FeCOO element, CaMgFeCOO element, etc. are applicable, 7) material is one or more of the above Ca to CaMgFeCOO, one of which is Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc., 8) the reactant is the Ca to CaMgFeCOO Reactants between one or more of them or between one or more of them and other substances, oxidation reactants, hydration reactants, carbonation reactants, etc., as Ca reactants CaO, Ca(OH) ₂ , CaCO ₃ , Mg reactants MgO, Mg(OH) ₂ , MgCO ₃ , etc. are applicable.

And 9) the combination is a combination between one or more of the Ca to CaMgFeCOO or between one or more of the other materials, CaMg, which is a combination of Ca and Mg, CaO, which is a combination of Ca and O, and a combination of Ca and H ₂ O Ca(OH) ₂ , which is water, is applicable, and 10) the inclusion includes one or more of Ca to CaMgFeCOO, one of which is 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, one of which is Ca component-containing nanomaterials, Mg component-containing nanomaterials, FeCOO nanomaterials, CaMgFeCOO nanomaterials, or the Ca to CaMgFeCOO having a nanometer size. 12) and the resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio material, phytoncide material, etc. are one or more of the Ca to CaMgFeCOO or one or more component-containing resin, by-product, carbon, These include fibers, catalysts, fibers, latex, microorganisms, and phytoncides. Here, examples of biomaterials include Ca or Ca component-containing microorganisms, Mg or Mg component-containing microorganisms, FeCOO or FeCOO component-containing microorganisms, CaMgFeCOO or CaMgFeCOO component-containing microorganisms, and the like.

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, hydroxylation reaction by Mg or Mg-containing components , carbonation reaction, 3) silicon reaction by Si or Si-containing components, silicic acid reaction, silicon solidification reaction, 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 component, 8) Sodium reaction, oxidation reaction, carbonation reaction by Na or Na-containing component, 9) Hydroxylation reaction, anion reaction by OH or OH-containing component, Radical reaction, 10) resin reaction by COO or COO-containing components, solidification reaction, expansion reaction, carboxyl reaction, 11) two or more complex reactions among the above reactions occur, and thereby the materials used, materials, casting materials, etc. Strength, stiffness, density, bonding, binding, binding force, adhesion, friction angle, waterproofness, water-repellency, durability, etc. are improved, and the functions, performance, and effects of existing cements, chemicals, substances, materials, and casting materials are improved. In addition, the curing of the material used, the strength, stiffness, density, bonding, binding, bonding force, adhesive force, friction angle, waterproofness, water-repellency, durability, etc. of the solidified material are improved.

In addition, two or more of the Ca or phytoncide are mutually combined to form a new material, material, pouring material, etc., thereby generating new effects and improvements. As an example thereof, calcium silicate, silicate lime, 3CaCO ₃ + SiO ₂ → Ca ₃ SiO ₅ + 3CO ₂ , 2CaCO ₃ + SiO ₂ → Ca ₂ SiO ₄ + 2CO ₂ etc. are formed by the reaction between the Ca component and the Si component. , whereby the above effects, improvements, etc. appear. In another embodiment thereof, the Si and Al components, one of which is Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ and the like, and one or more components of K, Na, and OH, 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 Combined, it becomes a new material such as geopolymer, whereby the above effects, improvements, etc. appear.

The reaction formula of 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 reaction equation in which one or more of Li, Na, K, Rb, and Cs is used instead of K and Na, the geopolymer is a geopolymer in the order of size: Li component < Na component < K component < Rb component < Cs component. Also included are geopolymers using one or more of Li, Na, K, Rb, and Cs, which undergo oxidation.

In order to aid understanding of the present invention, the description is as follows with reference to the drawings. 1 is a schematic diagram showing an eco-material or pouring material according to the present invention. Materials, materials, pouring materials, eco-materials, eco-casting materials, etc. of the present invention, if necessary, include resin (2), ocher (3), phytoncide (4), microorganisms (5), fibers or fibers, or reinforcing materials (6). It has properties such as bonding property by resin, eco-friendliness by loess, bactericidal property by phytoncide, bio property by microorganisms, and reinforcing property by fiber or fiber or reinforcing material.

2 is a schematic diagram showing a magnet, a magnetic field, a cone, and a vortex according to the present invention. This indicates the magnets 10 and 16 with the NS pole, the magnetic field 40 and the cone 11, and the vortex 41 caused by the magnet, and magnetization while passing through the magnet, It shows what becomes or adds to magnetic fields, vortices, etc. A magnetic field, a magnetic force 40, etc. are generated in the magnets 10 and 16 of the present invention, and the flow path 41 of the flow material flows along the shape of the cone by the cone 11, so that stirring, vortex, aeration, etc. do. In addition, vacuum, negative pressure, etc. are generated inside the cone to amplify the agitation, vortex, and aeration. Water, water, liquid, oil, agent, ash, substance, material, mortar, ready-mixed concrete, concrete, asphalt, etc. that pass through, pass through, flow through, or pass through the magnet with a cone according to the present invention are applied to the magnets 10 and 16. While being magnetized by the magnetic field, magnetic force 40, agitation by the cone 11, eddy current, aeration, etc., agitation, aeration, etc. occur, and thereby magnetization, agitation, aeration, etc. are mutually amplified. Therefore, the cone with magnet, the magnet with cone, etc. of the present invention exhibits an effect, function, performance, etc. of agitating or aerating while magnetizing a passing material, or magnetizing while agitating or aerating a material.

3 is a schematic diagram showing an electromagnet according to the present invention. This is an electromagnet 10 with a coil 98 wound around an iron core 97, a magnetic body 16 lined with teeth 15, a net 48 with rods 45 attached to the inside and outside while the teeth are provided, A frame 46, a spiral 47, and a hollow body 13 in which one or more of them are embedded are shown. In addition, electricity 82 is supplied to the coil from a solar generator 80, a wind power generator 81, and the like through wires and cables, so that the electromagnet 10 has magnetic force. Here, the pouring material, etc. is magnetized by the electromagnet, and vortex, stirring, etc. are caused by the net frame spiral.

4 is a schematic diagram showing a conmangbongteul spiral with a magnet according to the present invention. Here, the equipment combinations for the case of cones among the cones are a) magnets, cones with them, b) magnets merging cones, cones merging magnets, double or bundled cones (11) with magnets (10, 16), with magnets Cone or object, magnet with cone or object, agitation or aeration function with magnetized magnet, magnetized magnet with cone or object, agitation or aeration function, cone or object, c) magnet with either one, magnet group, magnetic body, magnetized body , magnetization body, wave body, hexagonal body, magnetic wave body, magnetization wave body, magnetic energy body, d) having one of the above cones or magnetic energy bodies, or embedded tube, body, hollow body, pipe, magnetizer, hexagonal device, etc. has the combined form of

Fig. 4 (a) shows the rod-mounted magnet 10. Figure 4 (b) shows a magnet 10 with cone-shaped thread spirals (11, 48, 45, 46, 47), magnets with cone-shaped thread spirals, and the like. 4 (c) shows that the SN pole magnet, NS pole magnet, SN pole/film/NS pole magnet, etc. 10 are metal, film, film material, cover material, polymer material, plastic, STS material, coating material, lining material, Melt, heating material, barrel, hose, tube, pipe, heating pipe, etc. (15) embedded, coated, covered, lined, etc. body or magnetic body (16), in addition to this, it shows a cone-shaped thread with a spiral, etc. . 4 (d) shows a cone 11 with a holder 12 and magnets 10 and 16, a magnet with a cone with a holder, and the like, and FIG. 4 (d) shows the inclination angle of the cone. 4 (e) shows a tube, a body, a hollow body, a pipe, a magnetizer, a hexagon holder, etc. (13) provided with a holder (12) equipped with a magnet (10, 16) equipped with a cone (11) and a holder A magnet with a cone, etc. is shown. 4 (f) shows 1) a facility (8), a device (27), 2) a magnet, a magnetic substance, a holder (12) equipped with a magnet (10, 16) equipped with a cone (11) provided in its interior, joint (18), etc. ), a magnet with a cone with a cradle, 3) one of these or embedded tubes, a body, a hollow body (13), 4) the concrete or material (1) passing through and contacting one of the above.

5 is a schematic diagram showing a conmangbongteul spiral with a magnet according to the present invention. (a) shows a network 48 or frame 46 with rods 45. (b) shows the stitching helix. (c) shows a net 48 or frame 46 with rods 45 with magnets. (d) shows a cone-shaped spiral with a magnet, and one hollow cross-section 11-1 and the other hollow cross-section 11-2 of the cone. (e) shows a magnet-embedded helix. (f) shows a hollow body in which a spiral with a magnet having a cone rod is embedded.

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

7 is a schematic diagram showing a hollow body according to the present invention. This shows a conmangbongteul spiral with a magnet, a hollow body 13 with it, an injector 91 with a check valve 92 on its side, an inclined pipe 95, and the like. The pouring material 1 is passed through the hollow body, and the additives 90 are injected into the injector, the inclined tube, etc. and added to the pouring material. Also, angles of inclination of the injector 91 and the inclined pipe 95 are shown. As shown in the figure, the electricity generated by the solar generator 80, the wind power generator 81, the wind compressor 50, etc. of the present invention, the pressurizer, etc. of the present invention passes through wires, hoses, etc. , cone, cone thread spiral, hollow body, storage, surface treatment machine, equipment, pouring equipment, pouring material, raw materials thereof, etc.

8 is a schematic view showing a hollow body according to the present invention. (a) shows a magnet with a rod-mounted spiral, or a magnet with a rod-mounted spiral, and the like. (b) shows a magnet equipped with a rod cone on the front side of the magnet, a rod rod cone in the middle, and a mantle on the rear side of the magnet. (c) shows a magnet equipped with a reverse cone with a bar in the middle, a spiral with a bar in the second half, and a forward cone with a bar in the rear. And (d), (e), (f), (g) shows one or more of the magnets with at least one of the cone-shaped spirals and one or more of the cone-shaped spirals with magnets. And (d) is a hollow body in which a cone equipped with a rod and a magnet equipped with a spiral is embedded, (e) is a hollow body equipped with an injector equipped with a cone equipped with a rod mounting magnet, (f) is a hollow body equipped with a rod mounting magnet A hollow body with an inclined tube in which a cone is embedded is shown. And the middle picture of (g) shows a hollow body 13 with a magnet and a cone embedded while being connected to a joint 18 of an existing pipeline.

9 is a schematic view showing a hollow body according to the present invention. (a) is a magnetic body lined with a magnet, (b) is a holder, (c) is a magnetic body with a holder, (d) is a hollow body with both ends and an intermediate connection means, (e) is a connection means at both ends in which a magnetic body with a holder is embedded The hollow body with a holder (f) corresponds to a hollow body with a magnetic body embedded with a holder and an injector and an inclined pipe on the side. Here, the pouring material 1 passes through the hollow body 13 and the like, so that the magnetized pouring material is poured. Here, the cradle becomes a kind of vortex-type cradle because the shape is a curved spiral in the longitudinal direction.

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 rotating thereby, a windmill, a rotating body 52, one of which rotational force 53, a crank 54 which rotates by this, and is mounted thereon to make a straight line. A rod 55 for movement, a piston 56 mounted thereon, a cylinder 56 reciprocating inside the tooth, compression of water, water, liquid, oil, air, substances, etc. inside the cylinder by the pushing force of the piston , Compressed air, compressed water, compressed water, compressed air, etc. 63 generated thereby, an outlet 62 of a cylinder from which they are discharged, and a hose connected thereto, a discharge hose, a supply hose 64, and the like.

11 is a schematic diagram showing a 3D printer according to the present invention. This is a frame 72 on which the rail 100 is mounted, a moving body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, one of the moving part, the head, and its case, and the head and the moving body. , A plotter or pourer 26 installed in one of a moving unit and a case and ejecting the construction material 1 to form a 3D structure 8, and providing pressure to the plotter or pourer to eject the material 1 A 3D printer including a pump 23 so as to be applicable. In the 3D printer of the present invention, the frame 72 is mounted on the ground, on or around new facilities, on or around new buildings, and the like. 12 is a schematic diagram showing a 3D printer according to the present invention. This shows the plotter or pourer 26 of the 3D printer moving in three dimensions. For details on this, refer to the description of the 3D printer.

13 is a schematic diagram showing the equipment, interior and manufacturing placement 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 or the like. In this embodiment, sand, cement, water, admixture, etc. stored in the storage 20 equipped with the magnet 10 are put into the mixer 22 through the hopper 21 and mixed, and the concrete, which is the mixture, is mixed by the pump 23 It is pressurized and placed on the formwork, formwork, etc. 30 through the magnet embedded supply path 25 or pourer 26, etc., and curing by spraying magnetized curing water through the magnet embedded curing machine 26 during its curing Promoting, demolding the mold 30 after curing, and spraying a magnetized coating agent, painting agent, etc. through a magnet embedded coater, painting machine, etc. 26 on the surface of the material to produce phytoncide materials by coating, painting, etc. that, etc. In addition, FIG. 13 shows that phytoncide materials such as pillars, piles, piles, etc. are manufactured in a factory, which means that the raw materials stored in the storage are put into a mixer through a hopper, mixed in the mixer, and pressurized through a pump, After pouring into the mold through the mold, curing, spraying curing, steam curing, and autoclave curing within the mold, the mold is dismantled to manufacture phytoncide materials such as pillars, piles, and piles. Its process or work has characteristics that can be equally applied not only to the factory but also to the execution site.

14 is a schematic diagram showing equipment, site, and construction placement according to the present invention. Here, the pouring equipment 27 is a) a magnet 10, a cone 11 with magnet function, b) a magnet function merging cone, a cone function merging magnet, a magnet with a double or bundled cone, a cone or object with a magnet, and a cone or object with a cone Magnet, agitation or aeration function cone or object with magnetization type magnet, magnetization type magnet with agitation or aeration function cone or object, c) magnet with one of these, magnet group, magnetic body, magnetic force body, magnetization body, wave body, hexagonal number A fire body, a magnetic wave body, a magnetization wave body, a magnetic energy body, d) a storage having one or more of the above cones or magnetic energy bodies or one (13) of embedded tubes, bodies, hollow bodies, pipes, magnetizers, and hexagonal water devices (20), hopper (21), mixer (22), pump (23), transporter (24), supply path (25), pouring machine (26), laying machine, injector, syringe, sprayer, coating machine, painting machine, A packaging machine, a compactor, a mixer, a wind turbine, a curing machine 26, b) a device 27 having one of them, equipment, manufacturing equipment, construction equipment, and the like. The drone of the present invention can be equipped with a magnet, an electromagnet, a magnetic body, a cone, a cone, a cone, a ball, a hollow body, a storage, a surface treatment machine, etc. In the case of drones, it is very effective for high-rise casting and manpower replacement. An example of application of drones is that a pouring machine is mounted on a drone to pour concrete in a high-rise building.

Here, an example of the configuration of the pouring equipment is a drilling machine, a storage machine, a hopper, a mixer, a pump, a drone, a transporter, a supply line, etc. A combination of one or more of a mixer, a wind turbine, and a curing machine is applicable. Figure 14 (a) shows the casting of the present invention concrete (1), its pouring machine (26), its construction equipment (28), the construction of the building (8) thereby, the material of the present invention used for its building (8) (7), etc., and FIG. 14 (b) shows the laying of the present invention material (1) on roads, pavements, etc. (8), and then compaction, showing a laying machine, compaction machine 26, etc., FIG. 14 (c ) Injects the material of the present invention (1) into the ground, the ground, etc. (8), and represents an injector (26) that does this, and FIG. 14 (d) shows pouring work using a 3D printer.

14 (a) shows sand, cement, water, admixture, etc. stored in the magnet 10 embedding storage 20, etc. at a construction site, etc. The mixture, such as magnetized mortar, ready-mixed concrete, concrete, etc. (1), is pumped by the pump 23 and sent to the formwork, formwork, etc. It is placed, and during its curing, curing water is sprayed through the curing machine 26 to promote curing, and after curing, the mold 30 is demolded, and the coating agent, coating agent, etc. It shows the formation of a phytoncide building by spraying paint, coating, painting, etc. And, in addition to this, attaching phytoncide materials, interior materials, exterior materials, main materials, auxiliary materials, construction materials, etc. manufactured in the factory of FIG. 3 to the phytoncide building is also applicable. Therefore, the phytoncide building thereof is made of magnetized phytoncide concrete according to the present invention, and has a feature of being finished with magnetized phytoncide material.

14 (b) shows sand, cement, water, admixture, etc. stored in a magnet 10 with a cone 20, etc. at a road site, etc. ) and blended, and the mixture thereof, such as magnetized asphalt concrete, ready-mixed concrete, concrete, etc. (1), is pumped by the pump 23 to the ground through the magnet embedding supply path 25 and the laying machine 26, etc. It is laid on roads, pavements, etc., compacted with a compactor, etc., and then magnetized curing water is sprayed through a hose-type curing device 26 with magnets to promote curing to build a phytoncide road.

14 (c) shows sand, cement, water, admixture, etc. stored in the cone embedding storage 20 with magnets 10 at a ground improvement site, etc. through the cone embedding hopper 21 with magnets, and the mixer with cones and magnets embedded ( 22) and mixed, and the mixture thereof, such as magnetized mortar, milk, chemical solution, suspension, slurry, etc. (1) is pumped by pump 23, and magnet embedded supply path 25 with cone and magnetization of hollow rod type It shows improvement of the ground by spraying or injecting into the ground through the injector 26 or the like.

15 is a schematic diagram showing equipment, site, and construction placement according to the present invention. 15 (a) shows the spraying of the material (1) of the present invention, the sprayer (26), and the phytoncide material (7) of the present invention installed inside the tunnel, such as tunnel lining, tunnel (8) lining segment, etc. (7), etc. 15 (b) shows the phytoncide mortar, etc. (1) sprayed through the injector 26 to the slope portion (8), and FIG. 15 (c) shows the present invention concrete (1) casting, its casting machine ( 26), the poured-constructed phytoncide building 8, and the phytoncide material 7 attached thereto, and FIG. 15 (d) shows building construction using a 3D printer.

15 (a) shows that sand, cement, water, admixture, etc. stored in the magnet 10 embedding storage 20, etc., are put into the cone-equipped magnet blender 22 through the hopper 21 and mixed, The mixture, such as magnetized mortar, etc. (1) is pressurized by the pump 23, and the phytoncide shotcrete, etc. It shows the reinforcement of the excavation surface. Afterwards, it is shown that the work of the process of attaching the phytoncide segment, etc. 7 manufactured in the factory of FIG. 3 to the inner surface of the tunnel and finishing with the phytoncide segment material 7 is added.

15 (b) shows sand, cement, water, admixture, etc. stored in the storage 20, etc. at slopes, slopes, slopes, etc. through the hopper 21 into the cone-equipped magnet blender 22 and mixed, and the mixture Phosphorus magnetized green soil material, seed spray material, etc. (1) are pressurized by the pump 23, and phytoncide green soil is applied to slopes, etc. It shows reinforcing the slope by pouring ash, seed spray material, etc. (1).

15 (c) shows sand, cement, water, admixture, etc. stored in the storage 20, etc. at the facility site, etc., through the cone-equipped magnet-embedded hopper 21 into the cone-embedded blender 22 equipped with a magnet and blended, and the mixture thereof Phosphorus magnetized concrete, etc. (1) is pumped by a pump (23) and placed on a formwork of a facility with a casting machine (26) through a supply path (25) equipped with a magnet-embedded hollow body for curing, and magnets are embedded during curing. It shows that phytoncide facilities are built by spraying magnetic curing water or hexagonal curing water through a hose-type curing machine to promote curing, and then demolding the formwork. Then, the phytoncide exterior and interior materials (7) manufactured in the factory of FIG. 3 are attached to the outer surface and inner surface of the phytoncide facility to show the construction of the phytoncide facility finished with the phytoncide material (7).

14 and 15, a puncher, a storage bin, a hopper, a mixer, a pump, a drone, a transporter, a supply path, a pouring machine, a laying machine, an injector, a syringe, a sprayer, a coating machine, a painting machine, a packing machine, a compactor, a mixing machine, and a wind machine It can be seen that the magnets or hexagonal devices, etc. are provided, mounted, installed, mounted, embedded, inserted, etc. in , curing machines, etc. Therefore, the storage or curing machine equipped with the magnet or hexagonal water device becomes one magnetizer, hexagonal water device, etc., thereby magnetizing substances, materials, raw materials, mixing water, mixing materials, concrete, phytoncide concrete, etc. It has features such as hexagonal hydration function and performance. And in FIGS. 14 and 15, etc., the manufacturing scene of the phytoncide material 7 of the present invention, the phytoncide material 7 of the present invention is attached, fixed, mounted, equipped, etc. to the phytoncide facility 8. This shows a scene where the phytoncide material 7 is manufactured in a factory, site, etc., and also shows that the phytoncide material 7 of the present invention is attached, settled, mounted, equipped, etc. to a phytoncide facility, etc. 8 such as a building.

In the present invention, the lining and segment (7) are a) lining (7), liner (7), lining, liner, segment, tunnel lining (7), tunnel segment, bridge segment, surface lining, tunnel lining segment, b) circular , Half-circle, half-moon, arc, horse-shaped lining, segment, c) tunnel, lining, tunnel section, lining section, etc. 1/2 size segment, 1/3 size segment, 1/4 size segment, 2 segment, 3 segment (See FIG. 15 tunnel identification numbers 7-1, 7-2, 7-3), segments such as 5 segments, d) circular arc, semicircle, 1/2 segment, 1/3 segment, 1 for circular and 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. are applicable. In the case of FIG. 15, three segments of identification numbers 7-1, 7-2, and 7-3, which are three-segment segments for tunnel lining, are shown. Here, the lining and segment include cast-in-place type and factory-manufactured type. The cast-in-place type installs formwork on site, pours and cures concrete, and the factory-made type is fabricated in a factory and transported to the site and installed inside the tunnel. Attached to the back, etc.

16 is a schematic diagram showing equipment, site, and construction placement according to the present invention. (a) is construction work using a 3D printer, (b) is building construction using a pouring machine, a drone-mounted pouring machine, etc., (c) is river aeration in which pouring materials such as air currents are injected into the river using a sprayer, etc. Work, river purification work, (d) injection work to inject the casting material into the ground using an injector, etc., (e) mixing construction to mix the casting material into the ground using a rotary mixer, etc., (f) Shows that the pouring material 1 containing the reactive agent, coagulant, etc. is put into the tank 120 in which the cone-embedded hollow body 13 with a magnet is built, and the contaminated water 121 in the tank is aerated and coagulated. Here, the condensate 122 of the contaminated water sinks down and is taken out to the outside, and the purified purified water 123 is filtered out of fine foreign substances through the filter 124 and is discharged to the outside to be recycled or discharged 125. becomes As described above, the pouring, pouring material, pouring equipment, etc. of the present invention has characteristics that can be applied in various ways such as material manufacturing, facility construction, construction work, building construction, tunnel construction, road construction, ground construction, river aeration, water purification, etc. .

1: pouring material, material, material, raw material, mixing number, mixing material, mixture
2: resin 3: ocher 4: phytoncide
5: microorganism 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: cradle
13: barrel, tube, hollow tube, hollow body 14: separation membrane
15: magnet lining material 16: lined magnet 18: connection
20: storage 21: hopper 22: mixer
23: pump 24: transporter 25: supply path
26: Pouring machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, laying machine, packing machine, compactor, mixing machine, curing machine, surface treatment machine
27: equipment, equipment, manufacturing equipment, construction equipment
30: mold, mold, formwork 40: magnetic field, magnetic force 41: euro
45: bar, protruding bar 46: frame, bar 47: spiral 48: net
50: wind compressor 70: drone
71: 3D printer 72: pillar or frame 73: movement
80: solar generator 81: wind generator 82: electricity
99: connecting means

Claims (1)

During or during the work of one of shotcrete construction, green soil construction, and seed spray,
drones are used
The drone is provided with one means selected from a camera, CCTV, imaging device, and photographing device,
The work or the site of the work is photographed by the means,
A driver, a controller, a controller, a remote controller, and a remote controller are connected to the drone,
The drone is provided with a body,
A propeller is mounted on the main body,
A support for the propeller is provided,
The support is fixed to the main body,
A motor for rotating the propeller is provided,
A wire is connected to the motor,
A battery, a charger, a charger, a plug, an outlet, a battery, a generator, a solar cell, a solar generator, a windmill, and a wind generator are connected to the wire,
The propeller or its rotation generates a downward flow that sends wind to the lower part of the main body,
The propeller or its rotation generates a directing flow that sends wind to the rear of the main body,
The drone ascends and flies by the downward flow,
The drone flies horizontally by the orientation flow,
The work includes shotcrete construction, green soil construction, seed spray, tunnel shotcrete construction, slope shotcrete construction, slope green soil construction, slope seed spray, green soil construction for greening, seed spray for greening, seed spray construction,
A working method, a drone, a method of using a drone, characterized in that the drone performs or is used for one selected from the shotcrete construction or seed spray construction,,,,,,,,

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