KR20220084260A - Sanitary material, house, building, road, bridge, tunnel, foundation, facility, structure, sculpture - Google Patents

Abstract

The present invention provides a) magnets, electromagnets, magnetic bodies, superconducting magnets, solenoid electromagnets, cones, cones, cones, cones, cones, spirals, spirals, hollow bodies, toothed casters, wind power Equipment such as compressors, drones, solar power generators, wind power generators, b) magnetized materials or materials containing Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, etc., mortar, Milk, ready-mixed concrete, concrete, c) Materials used for the above equipment or concrete, bricks, blocks, main materials, subsidiary materials, construction materials, d) Methods, construction methods, manufacturing, construction, pouring methods, facilities, buildings, structures, such as the above equipment or construction materials about etc.

Description

Materials with purification functions, houses, buildings, roads, bridges, tunnels, foundations, facilities, structures, sculptures, landscapes {Sanitary material, house, building, road, bridge, tunnel, foundation, facility, structure, sculpture}

The present invention relates to materials, materials, equipment, apparatus, drones, means, manufacture, pouring, construction, cleanup, works, facilities, foundations, buildings, roads, structures and the like.

In general, construction, construction, civil engineering, construction, construction, building, facility, structure, their construction, composition, form for them, formwork, formwork, euroform, etc. include materials such as mortar, chemical solution, ready-mixed concrete, suspension, concrete, and their pouring Equipment, etc. for this purpose are provided or necessary, or construction and construction methods using them are carried out.

As existing materials, general mortar, chemical solution, ready-mixed concrete, suspension, concrete, etc. are used, and as equipment, a compounder for mixing materials, a nozzle for pouring it, a hose, a pipe, a pouring machine, a sprayer, an injector, etc. are used. Existing technologies include a moving concrete pouring equipment with a cover form installation function, which is a domestic registered patent 10-1429063, a concrete pouring method for a sloped part using the same, a domestic registered patent 10-1222407, a supply method and apparatus for rapid setting for shockcrete, and this There are a shockcrete pouring machine equipped with a device, a steel foam for concrete wall pouring with Korean Patent No. 10-0478729, and wall rising slab lowering casting equipment with a domestic registered utility model 20-0257250.

In the case of existing pouring, it is necessary to improve the fluidity of materials for pouring properties, workability, sprayability, workability, high-rise pressure feeding, high-rise casting, etc. Other tools are needed to improve the properties of the pouring material during the pouring process, and new construction and construction methods using these materials and equipment are needed.

In the past, the use of materials such as cement, chemical liquid, concrete, etc., the injection of fluidizing agent to improve the fluidity of the material, the use of high-rise cranes for high-rise casting, etc., are supplying commercial electricity to used equipment, etc. considered to be beneficial.

In order to solve the above problems, in the present invention, it is a task to solve the material performance improvement, material fluidity improvement, device design for high-rise casting and replacement of manpower, replacement of commercial electricity, and the like.

In the present invention, a) Ca, Mg, Si, Fe, Al, K, Na, OH, COO, etc. material design to improve the material performance, b) material containing the material, material development, c) material fluidity improvement Electromagnet, superconducting magnet, solenoid electromagnet, magnet or electromagnet with cone wire spiral, solenoid electromagnet with cone wire, cone wire with magnet or electromagnet, cone wire with magnet or electromagnet, cone wire with solenoid electromagnet, hollow body with one of them, Designing these equipped pouring machines, d) applying drones for high-rise casting, e) applying 3D printers to replace manpower, f) applying solar generators and wind power generators to replace commercial electricity are the means to solve the tasks.

In the present invention, a) Ca, Mg, Si, Fe, Al, K, Na, OH, COO, etc. materials are devised to improve material function, performance, and effect, thereby material curing, strength, rigidity, and density of solids , improvement of bonding strength, waterproofness, water resistance, durability, etc. b) Electromagnet, superconducting magnet, solenoid electromagnet, magnet or electromagnet with cone wire, solenoid electromagnet with cone wire, cone wire with magnet or electromagnet, cone wire with magnet or electromagnet , a cone spiral equipped with solenoid electromagnet, a hollow body equipped with one of them, and magnetization equipment such as a casting machine equipped with these to improve the fluidity of materials, c) Materials by providing a magnet with cones, cone spirals, rods, rods, protruding rods, etc. of agitation, mixability, fluidity and fillability of Solar and wind power generators are applied to replace, supplement, and save commercial electricity, thereby providing effects such as the use of alternative energy, low carbon green growth, and prevention of global warming.

In particular, a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, b) non-powered or permanent magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, c) fluidization, fluidization of materials, materials, and pouring materials by the above magnetization equipment , slump value, workability, workability, etc., thereby reducing the amount of fluidizing agent and admixture contained therein, thereby reducing the use cost of the fluidizing agent, admixture, etc., d) mixability, agitation, pressurization, supplyability, mobility, Improving pouring properties, laying properties, injectability, injectability, jetting properties, coating properties, painting properties, compaction properties, mixing properties, adhesion properties, inflow properties, filling properties, form filling properties, space filling properties, backroom filling, etc., e ) Reduction of drop-off, detachability, rebound amount, etc., f) Vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, vibrating manpower, etc. After curing and consolidation, a) Density, specific gravity, strength, rigidity, adhesive force, friction angle, flexural property, shear property, durability, waterproofness, water repellency, water repellency, face treatment, surface smoothness, etc. improvement, b compressibility, consolidation Reduction of property, settlement property, cracking property, breakage property, permeability coefficient, etc. c) Reinforcement, reinforcement, flatness, smoothness, few irregularities, prevention of irregularities, scratches prevention, etc.

1 is a schematic diagram showing a material or material according to the present invention;
2 is a schematic diagram showing a magnet, a magnetic field, a cone, and a vortex according to the present invention
3 is a schematic diagram showing an electromagnet according to the present invention;
4 is a schematic view showing a cone mesh barge spiral with a magnet according to the present invention;
5 is a schematic diagram showing a cone mesh barge spiral with a magnet according to the present invention;
6 is a schematic diagram showing a cone mesh barge spiral with a magnet according to the present invention
7 is a schematic view showing a hollow body according to the present invention
8 is a schematic view showing a hollow body according to the present invention
9 is a schematic view showing a hollow body according to the present invention;
10 is a schematic diagram showing a wind power 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
13 is a schematic diagram showing equipment and indoor, manufacturing pouring according to the present invention
14 is a schematic diagram showing equipment and site, construction pouring according to the present invention
15 is a schematic diagram showing equipment and site, construction pouring according to the present invention
16 is a schematic diagram showing equipment and site, construction pouring according to the present invention

The invention features means related to a schedule task. A photocatalyst or titanium dioxide is sprayed on the means, a cleaning agent is installed on the means, a disinfectant is sprayed on the means, a disinfectant is coated on the means, a fragrance is sprayed on the means, and an antibacterial agent is painted on the means do. The photocatalyst or titanium dioxide, a detergent, a disinfectant, a disinfectant, an air freshener, or a substance of an antibacterial agent passes through the hollow body. A wave body is provided inside the hollow body, and a magnetic body is provided in the wave body. On the magnetic body, a net after the cone, a rod after the net, a frame after the rod, and a spiral formed by a spiral after the frame are mounted on the magnetic body. The material is vibrated by the wave body, the material is magnetized by the magnetic body, and the material is vortexed by the cone-and-stick spiral. The means is cleaned by the cleaning agent, the means is disinfected by the disinfectant, the means is disinfected by the disinfectant, the means is aromatized by the perfume, and the antibacterial 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 for the operation or contained in the facility. The material is used in the operation or is contained in the material or facility. The equipment is equipment that does the work or builds one of the materials, materials or facilities. The apparatus is equipment that purifies during the operation, or purifies one of the materials, materials or facilities. The drone is used for the work, or flies over one or more of the material, the facility, and the current status of the work. The generator is to generate electricity used for the work. The 3D printer does the above work, or creates one of the above materials, materials, and facilities. The wind compressor is to generate the pressure (壓气) used for the work. The facility is a facility created by one or more of the above work, materials, materials, equipment, devices, drones, generators, 3D printers, and wind compressors. At least one of the equipment or the wind compressor is used in the composition of one of the materials, materials and facilities. At least one of the device or the wind compressor is included in the equipment. At least one of the means, materials, and facilities is provided 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 of the hollow body, a check valve is mounted on the injector, an additive is introduced into the injector, and the introduced Additives are put into the hollow body, and a cone mandrel spiral is mounted on the hollow body. The cone-mandrel spiral is a cone-mandrel spiral formed by mounting a net after a cone, a rod after the net, a frame after the rod, and a spiral after the frame. 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 vibrated by the wave body, and the material is transferred to the cone-and-stick spiral. is vortexed by Hereinafter, the above operations, means, materials, materials, equipment, devices, drones, generators, 3D printers, wind compressors, facilities, and the like will be described.

In the present invention, the material according to Example 1 is a material containing a predetermined admixture, or a material containing a predetermined admixture, ready-mixed concrete, concrete, cement, and one of construction materials. At least one of the admixture, material, ready-mixed concrete, concrete, cement, building material, and material is stored, stored, or contacted in a magnetic or undulating body or hollow body, or passes, flows, or passes through a magnetic or undulating body or hollow body do one of

The magnetic material is a net after a cone, a rod after the net, a frame after the rod, a cone mesh rod spiral formed by mounting a spiral after the frame, or a net on one side of the cone, a rod on the side of the net, and a part of the rod For example, a cone-mesh rod-frame spiral formed by mounting a spiral on the outside of the frame, or a rod between cones and spirals, a mesh between the cone and rod, and a cone-and-stick spiral formed by placing a frame between the spiral and rods; ; a magnet or an electromagnet mounted on the cone mandrel spiral; This is a magnetic body provided. The wave body is a wave body provided with or provided with the magnetic body or provided with the magnetic body to generate a magnetic field. The hollow body includes a hollow body provided with the magnetic body, a hollow body provided with the wave body, a hollow body provided with the magnetic body or a wave body inside and an injector equipped with a check valve on the side thereof, and the hollow body through which an additive is introduced into the injector one of the bodies.

In the present invention, according to the second embodiment, the equipment is an equipment to which one of a drone, a 3D printer, a wind compressor, a magnetic body, a wave body, and a hollow body is linked. The drone or the injector of the drone is provided with one of a magnetic body, a wave body, and a hollow body, or the 3D printer or the flutter of the 3D printer is provided with one of a magnetic body, a wave body, a hollow body, or the wind power The compressor or the outlet of the cylinder included in the wind compressor is provided with one of a magnetic body, a wave body, a hollow body. In the present invention, according to the third embodiment, a drone, a 3D printer, a wind compressor, a magnetic body, a wave body, or a hollow body is a work in which equipment linked to is used.

In the present invention, preparation, material, material, substance, device, equipment, drone, 3D printer, work, drilling, pouring, injection, injection, spraying, shorting, coating, painting, laying, packaging, mixing, compaction, curing, face treatment a) foundation, pile, embankment, retaining wall, bridge, tunnel, facility, road, house, building or structure is constructed, or b) manufacture, production, construction, construction, construction, construction, improvement, repair, Reinforcement, pavement, interior design, remodeling, or c) or construction, development, construction, construction, construction work, civil engineering work, environmental work, purification, water purification, cleanliness, air purification, facility purification, air purification, river aeration, Water purification, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, modeling work, sculpture, manufacturing, material manufacturing, production, material production, manufacturing work, construction, construction work, construction, building construction, materials Manufacturing, material production, construction work, construction work, building construction, disaster prevention, earthworks, earthworks, ground construction, underground construction, underground construction, slope construction, slope construction, slope construction, foundation construction, pile construction, PHC pile construction, excavation, Excavation, excavation, cutting, filling, geothermal pile construction, factory pile construction, buried foundation construction, driving foundation construction, revolving buried foundation construction, on-site pile construction, retaining wall, 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, landfill, underwater , ropeway, elevator construction, masonry, plastering, waterproofing, grade, water supply, painting, pavement, soil pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground clearance, complex clearance, drilling, boring, drilling, mixing, mixing, supply, provision, pressure transport, transfer, transfer, transport, pouring, mold casting, concrete pouring, piling, laying, slope laying, ground laying, road laying, shorting, coating, painting, injection, mold injection, underground injection, deep injection, Injection, crack injection, injection injection, grouting, paper Semi grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, SGR (space grouting rocket) construction, JSP (jumbo special pattern) construction, spraying, watering, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying , dust removal spraying, curing, water curing, geothermal work, mixing, ground mixing, ground stirring mixing, DCM (deep cement mixing) construction, SCW (soil cement wall) construction, compaction, underground compaction, stirring compaction, pavement compaction, Shotcrete construction, green earth construction, seed spray construction, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sinkhole processing, sinkhole filling, joint filling, masonry, masonry, exterior wall construction, Scaffolding work, dismantling, window work, sheet metal work, roof sheet metal work, assembly, building assembly, form assembly, building assembly, steel work, window work, sheet metal work, water and sewage work, corrosion protection, electrical method, greening, cleaning, washing, sterilization , disinfection, redevelopment, reconstruction, interior, and remodeling are selected as one of the tasks.

In the present invention, according to Example 4, the facility is a facility created by the operation in which equipment in which one of a drone, a 3D printer, a wind compressor, a magnetic body, a wave body, and a hollow body is linked is used. According to Application Example 1, the material of the present invention is a material containing a certain admixture. At least one of the admixture and the material is in contact with the magnetic body or the undulating body, or stored in the hollow body 13 , or passes through the hollow body 13 .

The magnetic material is one of magnetic material 1, magnetic material 2, magnetic material 3, and magnetic material 4. The magnetic body 1 is composed of a cone 11 followed by a net 48, a rod 45 after the net, a mold 46 after the rod, and a spiral 47 after the mold. Conmant-beam helix; a magnet to which the cone mesh bar screw is mounted; This is an equipped magnetic body. The magnetic body 2 is prepared by the core 97; winding a coil (98) around the core; providing an electromagnet 16 having a coil wound around the winding core; or at least one of a magnet and an electromagnet is purchased; combining two or more of the magnet and the electromagnet; a step in which the coupling magnet is provided; inserting a separating material 14 between neighboring magnets or electromagnets for separation between neighboring magnets or electromagnets during the coupling; providing a magnetic body 16 covered with a cover material 15 to the outside of the separation material and the coupling magnet to protect or prevent corrosion of the separation material and the bonding magnet; It is a magnetic material formed by The magnetic body 3 is one of the magnetic materials provided with one of a magnetization body, a wave body, a magnetization body, a magnetic field body, a magnetization wave body, and a magnetization energy body. The magnetic body 4 is one of the magnetic bodies having an outer diameter or diameter that is 0.01 to 0.8 times the inner diameter of the hollow body 13, or has a cross-sectional area that is 0.01 to 0.8 times the internal cross-sectional area of the hollow body.

The wave body is a wave body provided with one of the magnetic bodies. The hollow body 13 is a hollow body 1 or 2. The hollow body 1 is one of a hollow body provided with the magnetic body, a hollow body provided with the magnetic body inside, a hollow body provided with a wave body equipped with the magnetic body, and a hollow body provided with a wave body equipped with the magnetic body inside. . The hollow body 2 is the hollow body provided with at least one of an injector having a check valve on the side and an inclined tube.

At least one of the admixture and the material may be a) magnetized, hexagonal hydration, energized, or magnetically energized by one of the magnetic body, hollow body, contact, storage, and passage; b) non-powered or permanently magnetized, hexahydrated, energized, or magnetized; c) or improvement of one or more of fluidization, fluidity, slump value, workability, and workability, reducing the amount of fluidizing agent input by the improvement, and reducing the cost of using fluidizing agent by this reduction; d) or mixability, agitation, pressurization, feedability, mobility, pourability, pourability, injectability, injectability, sprayability, coating property, paintability, compaction property, mixing property, adhesion, flowability, Improving at least one of fillability, form-fillability, space-filling property, and close-room filling; e) or reduction in one of detachability, detachability, and rebound amount; f) or reducing one or more of vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, and vibrating manpower; g) After curing or setting, g1) Improving at least one of density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shearing, durability, waterproofing, water repellency, water repellency, face treatment, and surface smoothness, g2) or compressibility , reducing at least one of consolidation, settlement, cracking, fracture, and permeability; Any one or more selected from among

The admixture is an admixture, additive, quick-setting agent, finishing agent, water reducing agent, rust preventive agent, sintering agent, adhesive, adhesive, fixing agent, solidifying agent, binder, binder, water repellent, antifouling agent, fluidizing agent, air entraining agent, non-flammable agent, flame retardant , fire retardant, emulsifier, pH agent, pH adjuster, pH 7 or less agent, pH 7 or higher agent, acidic agent, base agent, neutral agent, neutralizing agent, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, binder, modifier, fast-acting agent, couple Ring agent, catalyst, crosslinking agent, dispersing agent, plasticizer, accelerator, retarder, coagulation retardant, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, defoaming agent泡劑), pigment, colorant, setting accelerator, setting delay agent, absorbent, adsorbent, collecting agent, antibacterial agent, detoxifying agent, dehydrating agent, wind blowing agent, water-binding agent, aeration agent, activator, dehumidifying agent, dehydrating agent, water-containing agent Any one selected from the group consisting of agents, containing agents, air-containing agents, solidifying agents, nano-agents, micro-agents, anion emitting materials, far-infrared radiation emitting materials, cement admixtures, concrete admixtures, and a composite of two or more of them.

The additives include gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, drugs, drugs, drugs, chemical solutions, resins, minerals, substances, liquids, Gas, solid, powder, dust, waste powder, iron, stone powder, ocher, by-product, microorganism, medium, nutrient, vitamin, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, Urea, enzyme, aerobic agent, anaerobic agent, activator, nano agent, carbonic acid, cleaning agent, purifying agent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, air freshener, antibacterial agent, disinfectant, decontamination agent, odor remover, atopy Any one selected from the group consisting of a raw material remover, an environmental hormone remover, a sick house syndrome remover, a carbonation medium, a pump pressure, a blower pressure, a wind compressor pressure, and a combination of two or more of them.

The pressure is pressure 1 or 2. The pressure 1 is one of compressed air, pressure air, a pump pressure, a blower pressure, a compressor pressure, two or more of them mixed pressure. The pressure 2 is 1-50 kg/cm1 low pressure, ultra-low pressure less than that, 51-100 kg/cm2 medium-low pressure, 101-200 kg/cm2 medium pressure, 201-300 kg/cm2 medium pressure, 301-600 kg/cm2 m Compressed air is one of high pressure and ultra high pressure above this high pressure. The by-products are by-products, waste, waste powder, stone dust, dust, iron dust, tailings, wastewater, ash, bottom ash, fly ash, kiln dust, wastewater, food wastewater, slag, sludge, foundry sand, waste casting sand, waste gypsum, waste lime, Any one selected from the group consisting of scrap iron, waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products.

The active agent includes an active agent, a surfactant, a material active agent, a state active agent, an active agent for improving the reaction of a substance, an active agent for improving the hydration of a substance, an active agent for improving the strength of a substance, an active agent for improving the energy of a substance, an ionic surfactant , cationic surfactant, anionic surfactant, nonionic surfactant, amphoteric surfactant, lignin sulfonate, polyalkylaryl sulfonate, melamine formalin sulfonate, aromatic polycyclic condensate sulfonate, ether, ester , resin acid salt, polyalkylbenzenesulfonate, polyalkylsulfonate, triethanolamine, dodecylamine, HDTMA (hexadecyltrimethylammonium), sodium laurate, any one selected from the group consisting of two or more of them.

The reactant is either reactant 1 or 2. The reactant 1 is sodium silicate, calcium silicate, sodium silicate, water glass, silica, alumina, citric acid, aluminum sulfate, magnesium sulfate, ferrous sulfate, ferric sulfate, calcium sulfate, sodium sulfate, potassium chloride, magnesium chloride, ferrous chloride, ferric chloride, Sodium Chloride, Calcium Chloride, Cobalt Chloride, Magnesium Oxide, Titanium Oxide, Calcium Phosphate, Calcium Hydroxide, Lignin Sulfonic Acid, Ureaformaldehyde, Polyester, Nutrient Metals, Multivalent Metals, Slag, Perlite, Atafalgite, Smectite, Activated Carbon, Waste Tires, Shellfish Shell, oyster shell, rice husk, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, any one selected from the group consisting of two or more of them. The reactant 2 is a reaction, a heating reaction, an exothermic reaction, a catalytic reaction, a hydration reaction, an oxidation reaction, a reduction reaction, aggregation reaction, a urea reaction, a decomposition reaction, a desalting reaction, a cleavage reaction, a carbonation reaction, a hydroxylation reaction, a pozzolan reaction, a microorganism One of an agent, material, substance, material, or agent that makes or causes one of the reactions. As a result of the above reaction, agents, ash, substances, materials, materials, equipment, facilities, etc. are heated, exothermic, hydration, oxidation, reduction, coagulation, decomposition, desalination, fission, carbonation, hydroxylation, pozzolan, purification, purification, healing, restoration , sterilization, disinfection, etc. are possible.

The quick setting agent is any one selected from a quick setter, a cement quick setter, a concrete quick setter, a silicate accelerator, an aluminate accelerator, an alkali free accelerator, and a cement mineral quick setter . The disinfectant is formalin, alcohol, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux liquid/lime sulfur compound, phenol water, cresol water, sulphur water, chlorcalc, organic mercury agent, diciocarbamate, Daisen M, Bali B, Balcot, Benomyl, Blasticidin S, Vinclozoline, Edifenphos, Oxycarboxycin, Auxin Copper, Organophosphorus fungicide, Organic sulfur fungicide, Isoprothiolein, Iprodione, Zinev, Manet B, anthrachol, zioram, phthalamide, carboxyl, captan, copper hydroxide, chlorothalonyl, triadimefon, dodyne, dinocap, diclofluanide, diclonal, dithianone, mane B, captan, captipol, dipolartan, folpet, bendimidazole, benomyl, benrate, thiophanate ethyl, triazole, triadimefon, tricyclazole, organic disinfectant, metalaxyl, hymexazol , Kitazine (IBP), Hinosan (edifenphos), Fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxin, validamycin, neoasogene, valida Mycin A, any one selected from the group consisting of two or more complexes. The drug solution is one of a drug solution, a drug, water glass, sodium silicate, a resin solution, and a drug-containing solution.

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, any one selected from material 20.

The material 1 is mortar, milk, chemical liquid (藥液), suspension (懸濁液), slurry, remital, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; the mortar or plaster containing the material passed through the hollow body; any one selected from Material 2 is a) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO; b) one or more of the above Ca to CaMgFeCOO agent, ash, ion, component, urea, element, substance, reactant, combination, inclusion, nano-water, resin, by-product, carbon, fiber, catalyst, fiber , latex water, bio water, phytoncide water; Any one selected from the mortar or plaster containing any one or more selected from the group consisting of. The material 3 is any one selected from the mortar or plaster in which at least one of a hydration reaction, a pozzolan reaction, a hydroxylation reaction, and a carbonation reaction occurs.

The material 4 is a) the mortar or plaster containing two or more of sand, gravel, aggregate, filler, binder, admixture, and water; b) the mortar or plaster kneaded into cement with at least one of water, sand, gravel, crushed stone, aggregate, water, and an admixture; c) the mortar or plaster, which is a mixture of cement or asphalt and at least one of filler, sand, stone dust, and crushed stone; d) 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 the mortar or plaster; e) the mortar or plaster, wherein the filler is at least one of minerals, ore, tailings, waste, by-products, waste powder, dust, stone powder, fine powder, slag, sludge, and incineration ash; f) the mortar or plaster, wherein the binder is at least one of a binder, cement, asphalt, gypsum, lime, starch, chemicals, polymers, and adhesives; Any one selected from the group consisting of.

The material 5 includes: a) 25 to 70 parts by weight of aggregate or filler, 15 to 40 parts by weight of binder, 0.1 to 10 parts by weight of admixture, and 5 to 35 parts by weight of water; b) or 15-30 parts by weight of cement, 20-45 parts by weight of fine aggregate, 30-60 parts by weight of coarse aggregate, 0.1-3 parts by weight of waste, 0.1-5 parts by weight of admixture, and 15-35 parts by weight of water the mortar or plaster; c) the above mortar or plaster containing the cement binder and the particle size range of 5 to 13 mm and 13 to 20 mm, waste and fluidizing agent, and having a water binder ratio of 25 to 35% or a porosity of 15 to 30%; Any one selected from the group consisting of.

The material 6 is a) the mortar or plaster comprising cement, aggregate, water, and an admixture and having a water-cement ratio of 25-40%; b) or a cement with a density of 3.0 to 3.2 g/cm ³ , a fineness of 3,000 to 3,400 cm ² /g, and a chemical main component of at least one of CaO, SiO ₂ , Al ₂ O ₃ ; A coarse aggregate having 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 mass of 1,340 to 1,580 kg/m ³ or more; Density 2.2-2.6 g/cm ³ , unit volume mass 1,295-1,580 kg/m ³ The mortar or plaster containing water and an admixture in at least one of fine aggregates; c) 14 to 15 parts by weight of a binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of an admixture, 0.3 to 3 parts by weight of waste, and separate water; the mortar or plaster consisting of 100 parts by weight, including; d) or 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 mortar or plaster; e) or 20 to 60 parts by weight of asphalt, 10 to 50 parts by weight of aggregate, 10 to 50 parts by weight of stone powder, and the mortar or plaster made in 100 parts by weight; f) said mortar or plaster comprising 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, 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 The mortar or plaster containing coarse aggregate, fine aggregate or slag fine aggregate having a particle size of 5 mm or less, and an admixture containing 0.03 to 3.0 parts by weight of a fluidizing agent or AE water reducing agent with respect to the binder; Any one selected from the group consisting of.

The material 7 consists of a) 5 to 8 parts of binder, 60 to 80 parts of aggregate, 0.2 to 0.5 parts of admixture, and water to fill 100% of the total volume, and the aggregate is waste, waste, and waste. Concrete, crushed stone, bottom ash, slag, and a mixture of 1 or 2 to 7 types of rock, and the binder is 1 or 2 to 6 types of mixtures selected from cement, asphalt, lime, gypsum, fly ash, and sludge the mortar or plaster of phosphorus; 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 carbide, 0.5 to 1.5 parts by weight of admixture, and 35 to 45 parts by weight of water in 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 incinerated ash or fly ash, 1 to 15 parts by weight of minerals or polymers to form 100 parts by weight, The polymer is polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, polyhydrocyhexane, the mortar or plaster comprising at least one of isocyanate; d) or 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, including 100 parts by weight forming the mortar or plaster; e) Based on 100 parts by weight of the cement-containing binder, 250 to 660 parts by weight of sand or gravel-containing aggregate, 10 to 150 parts by weight of minerals or zeolite, 1 to 15 parts by weight of microorganisms including Bacillus, and 10 to 30 parts by weight of water. to plaster; Any one selected from the group consisting of.

Material 8 above is a) amount of binder or cement 250~550kg/m3, fine aggregate 350~650kg/m3, coarse aggregate 850~1,100kg/m3, quantity 150~200kg/m3, mineral or waste 200~450 kg/m3, the mortar or plaster containing at least one of 0.1 to 5 parts by weight of an admixture; b) 50 to 55 parts by weight of SiO ₂ , 15 to 20 parts by weight of Al ₂ O ₃ , 1 to 2 parts by weight of MgO, 2 to 4 parts by weight of FeO, ₂ to ₃ parts by weight of FeO 2 to 100 parts by weight of the binder or cement parts, CaO 0.5 to 0.9 parts by weight, K ₂ O 0.5 to 1.1 parts by weight, Na ₂ O 0.5 to 0.7 parts by weight, P ₂ O ₅ 0.2 to 0.6 parts by weight, MnO 0.03 to 0.09 parts by weight, mineral component 13 to 18 parts by weight It contains 5 to 45 parts by weight of one of waste flour, stone flour, and tailings containing parts, the particle diameter of one of the waste flour, stone dust, and tailings is 0.03 to 0.08 mm, the slump is 8 to 12 cm, the unit quantity/the amount of cement is 50 to 60 The mortar or plaster having a weight %, fine aggregate ratio of 45 to 53% by weight; c) or 75 to 83 parts by weight of aggregate, 13 to 15 parts by weight of binder, 5 to 7 parts by weight of water, and 0.07 to 0.3 parts by weight of admixture, 3 to 15% of microorganisms are further mixed with respect to the weight of the binder, and the binder is cement , slag, at least one selected from fly ash, wherein the microorganisms are photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous fungi, bacillus, the mortar or plaster of at least one selected from yeast; d) Cement 50~90 wt%, powder slag 1~15 wt%, powder 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 % by weight of the mortar or plaster including at least one; 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. the mortar or plaster; f) the mortar or plaster of magnetization or hexagonal hydration; Any one selected from the group consisting of.

The material 9 includes: a) 100 parts by weight of at least one of lime, gypsum, cement, binder, binder, and asphalt; b) based on 100 parts by weight, b1) 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 to 30 parts by weight of admixture, b2) 50 parts by weight of water or ionized water ~400 parts by weight, waste or stone dust or ash or by-products 10 to 600 parts by weight, soil or ocher or massato 10 to 600 parts by weight, 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 0.00001 to 10 parts by weight of a microorganism or its inclusions, 0.00001 to 3 parts by weight of an antidote or its inclusions, and 0 to 10 parts by weight of substances other than those described above, in addition to at least one of: c) c1) phytoncides, phytoncides-containing substances; c2) phytoncides extracted from plants; c3) or phytoncide obtained from at least one of a plant, water added to the plant, heating the plant and added water, distilled water by the heating, and cooling water of the distilled water; c4) or the phytoncide of one of magnetization, bio, magnetic contact magnetization, and microorganism-injected bio; Any one selected from the group consisting of the mortar or plaster in which at least one of them is added.

The above material 10 is a) Beams, beams, underground beams, ground beams, cross beams, longitudinal beams, tiles, bricks, blocks, grid blocks, slope blocks, reinforcement blocks, reinforcement blocks, panels, interior panels, exterior panels, walls, walls, Interior material, exterior material, main material, subsidiary material, construction material, reinforcing material, earthquake-resistant material, vibration-proof material, mat, board, veneer plate, brace, reinforcing plate, floor board, board, girder, slab, culvert, sewage culvert, rainwater culvert, box, tank, storage Box, underground box, storage box, manhole, pipe, steel pipe, perforated pipe, non-perforated pipe, pipeline, waterway, waterway, U-shaped pipe, drain pipe, sewage pipe, water supply pipe, Hume pipe, flue pipe, clay pipe, cement pipe, concrete pipe, water tank , storage tank, catchment tank, collection well, rainwater storage tank, rainwater storage tank, paving material, sidewalk material, boundary stone, separator, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, foundation, column, Pile, pile, PHC pile, factory pile, buried foundation, driving foundation, revolving embedded foundation, cast-in-place pile, pier, caisson, geothermal pile, geothermal pier, geothermal caisson, geothermal circulation pipe built-in pile, tetra port, 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, Ready-mixed concrete secondary product, 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 (pre stress or post stress concrete) material; b) or the beam or PSC material containing at least one of the mortar or plaster; Any one selected from the group consisting of.

Material 11 above is a) house, building, house, house, house, detached house, multi-family house, assembly house, canopy building, canopy house, mobile house, container house, hanok, Western-style house, red clay room, shopping mall, apartment, officetel, main house Complex, low-rise building, high-rise building, skyscraper, house, mobile house, wooden house, wooden building, artificial wooden house, synthetic wooden house, ocher house, tiled house, traditional house, hanok house, earthen house, rice cake 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, Polymer Synthetic Material 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 Materials, materials, liquid, water, water, materials, raw materials, materials, materials, powder, sheets, mats, pouring materials, interior materials, exterior materials used in one of buildings, steel cone buildings, steel frame buildings, assembly buildings, containers, and container houses , main material, subsidiary material, construction material, mortar, remital, ready-mixed concrete, asphalt concrete, any one selected from the group consisting of the above beams or PSC materials.

The above material 12 is a steel tower, column, chimney, fence, street lamp, tunnel, road tunnel, railway tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield submerged tunnel, underwater tunnel, submerged tunnel, immersed tunnel, wind tunnel, underground tunnel, fiam tunnel, open tunnel, aerial tunnel, sound barrier, soundproof tunnel, road, driveway, walkway, sidewalk, railway, track, pavement, pavement, runway, running route, navigation route, city, safety, structure, ground, foundation , bridge, bridge, road bridge, railway bridge, viaduct, abutment, piers, wind bridge, aerial bridge, dam, soil dam, soil dam, sandstone dam, cement dam, concrete dam, arch dam, four-way dam, dike, earth embankment, earth embankment , sandstone embankment, cement embankment, concrete embankment, river embankment, river, marine, harbor, coast, shore, lake, waterway, quay wall, wharf, estuary, breakwater, seawall, offshore structure, weir, underwater beam, above-ground part, water surface beam, water Sangbo, river beam, 4 major rivers, facility, facilities, architecture, structure, sculpture, landscaping, subway, structures, facilities, formwork, formwork, retaining wall, reinforcing earth retaining wall, stonework, underground wall, retaining wall, order wall, reaction wall, composite Wall, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, equipment, plant, landscaping facility, landfill site, power plant, landfill site, thermal power plant, nuclear power plant, earth structure, earth structure , earthwork structure, slope structure, slope structure, hydraulic structure, offshore structure, cement structure, concrete structure, ready-mixed concrete structure, wood structure, steel structure, steel structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembly Structure, ground structure, underground structure, water surface structure, underwater structure, hydraulic structure, public structure, SOC facility, public facility, private facility, park facility, water treatment facility, wastewater treatment facility, purification facility, water repair facility, building facility, civil engineering facility , 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 materials used in one of the 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, ready-mixed concrete, asphalt concrete, concrete, any one selected from the group consisting of the above beams or PSC materials.

The above material 13 is construction, development, building, construction, work, civil engineering, environment, purification, water purification, cleanliness, 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, building construction, disaster prevention, soil, earthworks, ground, underground, underground, slope, slope, slope , foundation, pile, PHC pile, excavation, excavation, excavation, cut, fill, geothermal pile, factory pile, buried foundation, driving 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, landfill, underwater, ropeway, elevator, masonry, plastering, waterproofing, degree, index, painting, pavement, soil pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground clearance, complex rearrangement, drilling, boring, drilling, mixing, mixing, supply, provision, pressure transport, Transfer, transfer, transport, pouring, mold casting, concrete pouring, piling, laying, slope laying, ground laying, road laying, shorting, 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, watering, watering spraying, ground spraying, slope spraying, underwater spraying, Aerial spraying, dust removal spraying, curing, water curing, geothermal hole, mixing, ground mixing, ground stirring mixing, DCM(deep cement mixing), SCW(soil cement wall), compaction, underground compaction, stirring compaction, pavement compaction, shotcrete , green soil, seed spray, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity filling , stone, masonry, exterior wall, scaffolding, dismantling, window and door, sheet metal, roof sheet metal, assembly, building assembly, form assembly, building assembly, steel, window and door, sheet metal, water and sewage, corrosion protection, electric method, greening, cleaning, washing, sterilization, Disinfection, redevelopment, reconstruction, interior, remodeling, k424) weight, light weight, foaming, air bubble, expansion, permeability, unbarred, reinforcing bar, 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) Water, material, raw material, material, material, powder, sheet, mat, pouring material, interior material, exterior material, main material, subsidiary material, construction material, mortar, remital, ready-mixed concrete, asphalt concrete, concrete, selected from the group consisting of the above beams or PSC materials which one

The material 14 includes at least one of a rod, a rod, a bar, a plate, a mesh, a mesh, a grid, a fiber, a sheet, a mat, a reinforcing bar, a wire mesh, a steel frame, a ceramic, a fiber, a cage, a nano material, and a reinforcing material. Any one selected from the group consisting of materials. The material 15 is a) after one of pouring, curing, hardening, and consolidation a) one of strength, compressive strength, tensile strength, and shear strength is 1-50 kg/cm2 of low strength, ultra-low strength less than this, 51-100kg/cm2 of medium-low 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, ultra-high strength more than this high strength; b) a low density of 0.1 to 0.5 t/m3, an ultra-low density less than or equal to this, a medium-low density of 0.51 to 1.0 t/m3, a medium density of 1.1 to 1.5 t/m3, a medium density of 1.51 to 2.0 t/m3, a medium density of 2.1 to High density of 3.0t/m3, ultra-high density more than this high density; c) Low permeability with a permeability coefficient of 10^(-15 to -10) cm/sec, ultra-low permeability less than this, medium-to-low permeability of 10^(-9 to -6) cm/sec, 10^(-5 Medium permeability of ∼-3)cm/sec, medium permeability of 10^(-2∼+1)cm/sec, high permeability of 10^(+2∼+5)cm/sec, ultra-high permeability more than this high permeability castle; Any one selected from the group consisting of one of the beams to PSC materials.

The material 16 is a) mortar, milk, chemical solution, suspension, slurry, formulation, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, beam, wall, board, tube, tile, brick, block , mats, boards, girders, slabs, culverts, boxes, tanks, manholes, Hume pipes, water tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the beam or construction material containing or curing one of the mortar or plaster; c) or construction, construction, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, or one of the materials, materials, raw materials, above mortar or construction materials; any one selected from The material 17 is a storage 20, a hopper 21, a mixer 22, a pump 23, a pressurizer 23, a transporter 24, a feeder, a supply path 25, a pouring machine 26, a laying machine , injectors, syringes, sprayers, shotters, coaters, sprayers, packaging machines, compactors, mixers, curing machines, and surface treatment machines to store, inject, mix, pressurize, transport, supply, It is a material manufactured by at least one of pouring, laying, injection, injection, spraying, shorting, coating, painting, packaging, compaction, mixing, watering, curing, and face treatment.

The material 18 is one of materials manufactured by equipment including at least one of the storage and face processing machine, materials used for construction, materials used for work, and materials for constructing facilities. The material 19 is one of a) an electromagnet, a superconducting magnet, a solenoid electromagnet, a magnet or electromagnet with a cone wire, a solenoid electromagnet with a cone wire, a cone wire with a magnet or electromagnet, a cone wire with a solenoid electromagnet, a cone wire with a magnet or electromagnet by improving liquidity; b) improving fluidity by means of a hollow body provided with one of the electromagnets and the cone-mesh spirals; c) improving fluidity by a casting machine equipped with one of the electromagnets and hollow bodies; d) one of agitation, mixing property, fluidity, and filling property by one of a cone, a cone spiral, a rod, a rod frame, and a protruding rod equipped with a magnet; e) Unmanned and automated pouring by 3D printer; f) High-rise casting by drones, unmanned casting; It is one of the materials

The material 20 is a) magnetized, hexahydrated, energized, and magnetically energized by the equipment; b) the magnetization or magnetization energy without power by the equipment; c) improvement of one of fluidization, fluidity, slump level, workability, and workability by the equipment; d) reducing the amount of fluidizing agent input by the above improvement; e) reducing the cost of using the glidant by the reduction; f) mixing property, agitation property, pressurization property, supply property, mobility, pourability, laying property, injectability, injectability, spray property, coating property, paintability, compaction property, mixing property, adhesion, Improving at least one of flowability, filling property, form filling property, space filling property, and closed room filling; g) reducing one of drop-off, detachability, and rebound amount 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 any one or more selected from among.

The concrete is one of concrete 1, concrete 2, and concrete 3. The concrete 1 is ready-mixed concrete, asphalt concrete, concrete, waste concrete, loess concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel frame concrete, carbon concrete, reinforced concrete, fiber reinforced concrete, Korea-China concrete, mid-week concrete, heavy concrete, Lightweight concrete, aerated concrete, foamed concrete, magnetized concrete, unreinforced concrete, poured concrete, wall concrete, slab concrete, ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete, prepack Any one selected from a mixture of concrete, cement, water, sand and gravel. The concrete 2 is any one selected from resin, waste powder, mineral, loess, fiber, reinforcing material, nano material, micro material, latex, microorganism, by-product, slag, expanding agent, foaming agent, waterproofing agent, detoxifying agent, admixture, phytoncide, zeolite, geopolymer Concrete containing more than one. The concrete 3 is Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, Concrete containing at least one of the above resins or geopolymers including at least one of MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO. The ready-mixed concrete is any one selected from ready-mixed concrete, raw concrete, magnetized ready-mixed concrete, ready-mixed concrete, fresh concrete manufactured in a batch plant, or not yet hardened concrete, a mixture of cement, water, sand and gravel.

According to Application Example 2, the equipment of the present invention includes equipment in which at least one of a magnetic body, a wave body, a hollow body, and a material that has passed through one of them is used; Equipment for manufacturing the material or a material containing the same; Equipment for construction using the above materials or materials; one of them

The material is water, water, liquid, oil, medicine, qi, goo, agent, ash, sol, gel, substance. , mortar, milk, material, ready-mixed concrete, paste, plaster, any one or more selected from concrete. One of material 1, material 2, and material 3 is contained in one of the above materials, water to concrete. 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, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, any one or more selected from KNaSiAl. The material 2 is at least one selected from resin, waste powder, mineral, loess, fiber, latex, microorganism, by-product, slag, expanding agent, phytoncide, zeolite, and geopolymer. The material 3 is at least one selected from the group consisting of the resin and the geopolymer containing at least one of Ca to KNaSiAl.

The material may be obtained by a) magnetization, hexagonal hydration, energization, and magnetic energy conversion; b) non-powered or permanently magnetized, hexahydrated, energized, or magnetized; c) or improvement of one or more of fluidization, fluidity, slump value, workability, and workability, reducing the amount of fluidizing agent input by the improvement, and reducing the cost of using fluidizing agent by this reduction; d) or mixability, agitation, pressurization, feedability, mobility, pourability, pourability, injectability, injectability, sprayability, coating property, paintability, compaction property, mixing property, adhesion, flowability, Improving at least one of fillability, form-fillability, space-filling property, and close-room filling; e) or reduction in one of detachability, detachability, and rebound amount; f) or reducing one or more of vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, and vibrating manpower; g) After curing or setting, g1) Improving at least one of density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shearing, durability, waterproofing, water repellency, water repellency, face treatment, and surface smoothness, g2) or compressibility , reducing at least one of consolidation, settlement, cracking, fracture, and permeability; Any one or more selected from among

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 , equipment 17, equipment 18, equipment 19, equipment 20, equipment 21, equipment 22, equipment 23, equipment 24, equipment 25, equipment 26, equipment 27, equipment 28, equipment 29, equipment 30, equipment 31, equipment 32, equipment It is one of 33, equipment 34, equipment 35, equipment 36, equipment 37, equipment 38, equipment 39, equipment 40, equipment 41, equipment 42.

The equipment 1 includes a) a drilling machine, a storage 20, a hopper 21, a mixer 22, a pump 23, a pressurizer 23, a transporter 24, a feeder, a supply path 25, a pouring machine 26 ); b) the perforator or face treatment machine having a function of magnetizing or hexagonal hydrating the material; c) the perforator or the face treatment machine which becomes a magnetizer or a hexagonal machine; Any one or more selected from among are included. And equipment for vibrating work, compaction work, vibrator work, etc. are included. Its equipment includes vibrators, compactors, wave machines, wave bodies, and magnetic bodies. The equipment 2 is one of a nozzle, a drone, and a 3D printer equipped with at least one of the pouring machine and the face processing machine. The equipment 3 is one of a generator, a mobile generator, a solar generator, a wind generator, and a wind compressor mounted on one or more of the perforator or the face processor, the nozzle or the 3D printer. The equipment 4 is one of a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal machine. The equipment 5 includes at least one selected from the perforator or face processing machine, nozzle to 3D printer, tube to hexagonal hand machine, in which the hollow body is mounted, or the hollow body is mounted inside, or the hollow body is mounted at the outlet. will be.

The equipment 6 is a drilling machine for drilling the ground, and a storage for storing materials. Hopper for putting the material into the mixer, the mixer for mixing the material, the pump for pumping the material, the pressurizing the material, the transporter for transporting the material, the feeder for feeding the material, the feeding path for feeding the material, the pouring for pouring the material machine, material laying machine, material injection machine, material injection syringe, material spraying machine, material spraying machine, material shorting machine, coating machine coating facility with material, coating machine for painting facilities with material , a pavers for paving roads with materials, a compactor for compacting materials, a mixer for mixing materials in the ground, a curing machine for curing poured materials, a surface treatment machine for surface treatment of cured materials, a nozzle for spraying materials, Any one or more selected from a drone that sprays material, a 3D printer that ejects material through its own plotter, and the tube or hexagonal hand machine with which the material is in contact are included.

The equipment 7 is an equipment configured in an order of two or more or two or more of the perforators and face processing machines provided with one of the tube or hexagonal hand machine or two or more sequentially. The equipment 8 includes at least one selected from a drilling machine and a storage mounted thereon, a hopper, a mixer, a pump, a supply path, a pouring machine, an injector, a sprayer, a shot machine, a coater, a sprayer, and a mixer. The equipment 9 consists of a) a perforator, b) in addition a storage, a hopper, a mixer, a pump, a drone, a transporter or a supply path in the order of, c) a pourer, a pourer, an injector, a syringe, a sprayer in addition to this configuration, One of a shorting machine, a coating machine, a coating machine, a packaging machine, a compactor, a mixing machine, and a face treatment machine, d) It is composed of a curing machine in addition to one of these. The equipment 10 is a) a drilling machine for drilling one of the underground, rock, and building, b) a pouring machine, a pouring machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, a mixer provided therein one of, c) one or more of a storage, a hopper, a mixer, a pump, a drone, a transporter, a supply path, or two or more in the order of supplying the material to this one.

The equipment 11 is a storage for storing materials, a mixer for mixing materials, a pump or drone or transporter or supply path for supplying materials, a pouring machine for pouring materials, a pouring machine for laying materials, an injector for injecting materials, materials A syringe for injecting, a sprayer for spraying materials, a coating machine for coating materials, a coating 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 any one or more selected from the face treatment machines for face-treating the cured organisms after the curing. The equipment 12 is a) a drilling machine for drilling one of the underground, rock, and building, and a supply path for supplying bentonite slurry thereto, b) an injector for injecting one of the mortar and concrete mixed in the compounding machine after the drilling into the drilling part It is composed of one or more or two or more in order. The equipment 13 is stored in a warehouse, supplied through a hopper, mixed in a mixer, supplied by a pump, transported by a drone, transported by a transporter, a pouring machine for pouring the material that has become one of the supplies through a supply route, a pouring machine for laying, injector to inject, injector to inject, injector to inject, coater for coating, sprayer for painting, packaging machine for packaging, compactor for compacting, mixer for mixing, curing machine for curing; or a face treatment for face-treating the cured organisms after the curing; Any one or more selected from among are included.

The equipment 14 includes a) a drilling machine, b) in addition to one or more of a storage, hopper, mixer, pump, drone, transporter, and supply path, c) in addition to one or more of these, a pouring machine, a pouring machine, an injector, a syringe, a sprayer, a shot At least one of a tinting machine, a coating machine, a coating machine, a packaging machine, a compactor, a mixing machine, and a face treatment machine, d) It is composed of a curing machine in addition to one or more of c) above. The equipment 15 is a) a perforator, a storage, 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 shorting machine, a coating machine, a painting machine, a packaging machine, compactor, mixer, curing machine, face-processing machine; b) the perforator or face treatment machine provided with at least one of a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal hand machine having a cone mesh barn spiral mounted therein; b) the perforator or face-processing machine having a magnetization function by at least one of the cone-and-stick spiral, tube, and hexagonal hand machine; Any one or more selected from among are included. The equipment 16 is ground drilling, material storage, material input, material mixing, material pressing, material spreading, material transport, material supply, material pouring, material laying, material injection, material injection, material spraying, material shorting, material coating, material Painting, material packaging, material compaction, material mixing, material curing, and curing any one or more selected from the above perforator or surface treatment machine, respectively, is included.

The equipment 17 is a perforator equipped with a cone mesh bar spiral while drilling the ground, a storage provided with the tube at the outlet while storing materials, a hopper provided with the pipe at the outlet while putting the material into the mixer, and the hollow while mixing the materials A mixer equipped with a tube at the outlet, a pump equipped with the hollow body at the outlet while pressurizing the material, a drone equipped with the magnetizer while spraying material, a transporter equipped with the hexagonal water machine at the outlet while transporting materials, and the material while supplying the material A supply path provided with a cone mesh barn spiral inside, a pouring machine having the tube at the inlet while pouring material, a laying machine having the pipe at the outlet while laying the material, and a hollow tube provided in the middle while injecting the material a syringe with a hollow body at the outlet while injecting material, an injector with the magnetizer inside while spraying material, a shot machine with the hexagonal hand machine at the outlet while shorting the material, and a cone-mesh bar spiral while coating the material A coating machine provided at this outlet, a coater provided at the outlet while coating the material, a packing machine provided at the outlet while packing the material, a compactor provided with the hollow tube at the outlet while compacting the material, Any one or more selected from a mixer having the hollow body inside while mixing, a curing machine provided at the outlet with the magnetizer while curing the material, and a face treatment machine provided at the outlet while face-treating the cured products. .

The equipment 18 is a drilling machine equipped with a storage while drilling the ground, a perforator equipped with a cone mesh bar screw, a storage provided with a hopper while storing materials, and a storage provided with the tube at the outlet, and connected to the mixer while putting the material into the mixer, and the pipe is The hopper provided at the outlet is connected to the pump while mixing the material and the hollow tube is connected to the supply path while pressurizing the material and the material is sprayed through the pump and the injector provided at the outlet. A drone equipped with a magnetizer, a transporter connected to a supply path while transporting materials and equipped with the hexagonal hand machine at the exit, a supply path connected to a pouring machine while supplying materials and provided with the cone mesh spool spiral inside, a material connected to the supply path A pourer equipped with the tube at the inlet while pouring, a pourer equipped with a pipe at the outlet while installing material in connection with a pump, an injector with a hollow tube in the middle while injecting material in connection with a supply path, A syringe provided with the hollow body at the outlet while injecting the material in connection with the pump, the injector provided with the magnetizer inside while injecting the material in connection with the mixer, and the hexagonal water machine provided at the outlet while shorting the material in connection with the supply path Shorting machine, a coating machine equipped with a cone mesh bar spiral at the outlet while coating the material in connection with the pump, a coating machine with the tube provided at the outlet while coating the material in connection with the supply path, and the pipe while packing the material in connection with the storage A packing machine provided at the outlet, a compactor provided with the hollow tube at the outlet while compacting the material in connection with the supply path, a mixer provided with the hollow body inside while mixing the material in connection with a pump, and the material connected to the supply path At least one selected from the curing machine provided with the magnetizer at the outlet while curing the curing machine, and the face treatment machine provided with the hexagonal water machine at the outlet while face-treating the cured material in connection with the pump.

The equipment 19 a) puts one of sand, cement, water, and admixture stored in one of the storages 20 provided with the magnet 10 into the blender 22 through the hopper 21 and mixes, b) the blended Concrete, which is a mixture, is pressurized by the pump 23 and poured into the mold 30 through the magnet embedded supply path 25 or the pouring machine 26, c) a magnet embedded curing machine 26 during curing of the poured casting ) to promote curing by spraying magnetized curing water through It is composed of the storage, hopper, compounding machine, pump, supply path or pouring machine, curing machine, coating machine or sprayer that manufactures materials by coating or painting. The equipment 20 a) puts the raw materials stored in the storage into the compounder through the hopper, b) mixes in the compounder, presses it through the pump, and pours it into the mold through the pouring machine, c) curing and watering curing in the mold with the curing machine , steam curing, and autoclave curing, then dismantling the formwork to manufacture one of columns, piles, and piles.

The equipment 21 a) inserts at least one of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 into the cone-equipped magnet embedded compounder 22 through the hopper 21 and mixes, b) One (1) of the combination of magnetized mortar, ready-mixed concrete, and concrete is pumped by the pump 23 and poured into the formwork 30 for building construction through the magnet embedding supply path 25 or the pouring machine 26, , c) spraying curing water through the curing machine 26 during curing of the poured cast object to promote curing, d) demolding the mold 30 after curing, e) coating machine and painting machine on the surface of the building facility The storage, hopper, compounding machine, pump, supply path or pouring machine, curing machine, coating machine that forms a phytoncide building by spraying at least one of a coating agent and a coating agent through at least one of 26 , is composed of a painting machine. The equipment 22 is a) a magnetization type mixer 22 in which a cone with a magnet is embedded through a hopper 21 with a magnet for at least one of sand, cement, water, and admixture stored in the storage 20 with a magnet 10 with a cone 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 embedded supply path 25 and the laying machine 26. , a road, a pavement, and c) compacting with a compactor, and then spraying magnetizing curing water through a magnet-equipped hose-type curing machine 26 to promote curing to build a phytoncide road, a hopper, a compounder, It is composed of a pump, a supply path, a laying machine, a compactor, and a curing machine.

The equipment 23 is a) a magnet 10 and at least one of sand, cement, water, and admixture stored in the cone embedded storage 20 equipped with a magnet through the cone embedded hopper 21 with a cone embedded magnet (22) and b) one (1) of the magnetized mortar, milk, chemical liquid, suspension, and slurry, which is a mixture thereof, is pumped by the pump 23, and supplied with a cone-equipped magnet. It is composed of the storage, hopper, compounder, pump, supply path, and injector for improving the ground by spraying or injecting into the ground through the furnace 25 and the hollow rod type magnetization injector 26 . The equipment 24 is a) inserting one or more of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 into the cone-equipped magnet embedded compounding machine 22 through the hopper 21 and mixing, b) A magnetization type mortar (1), which is a mixture thereof, is pressurized by a pump (23), and phytoncide shotcrete (1) is poured on the tunnel excavation surface with a sprayer (26) through a supply path (25) equipped with a magnet-embedded hollow body. It will be composed of the storage, hopper, compounder, pump, supply path, and injector to reinforce the.

The equipment 25 is a) mixed with at least one of sand, cement, water, and admixture stored in the storage 20 into the cone-equipped magnet embedded compounder 22 through the hopper 21, and b) a magnetization type that is a mixture thereof. Phytoncide green soil material on the slope through the injector 26 installed at the rear end of the supply path 25 provided with the cone-equipped magnet embedded tube by pressurizing at least one (1) of the green soil material and the seed spray material by the pump 23; It is composed of the storage, hopper, compounder, pump, supply path, and sprayer that reinforce the slope by pouring one or more (1) of the seed spray material. The equipment 26 a) mixes at least one of sand, cement, water, and admixture stored in the storage 20 into the cone embedding blender 22 with a magnet through the magnet embedding hopper 21 with a cone and b) its The mixture, magnetized concrete (1), is pressurized by the pump (23), and is cured by pouring it into the formwork of the facility with a pouring machine (26) through the supply path (25) equipped with a magnet-embedded hollow body, c) magnets during curing Accelerate curing by spraying magnetizing curing water or hexagonal water curing water through an embedded hose type curing machine, and d) after demolding the form to build the phytoncide facility, the storage, hopper, compounder, pump, supply path, pouring machine, curing it will be composed of

The equipment 27 includes a perforator and an injector, a perforator and one or more of the storage or face treatment machine, a storage and a hopper, a storage and a hopper and a mixer, a storage and a hopper and a mixer and a pump or pressurizer, a storage and a hopper and a mixer and a pressurizer and a transporter, a storage With Hopper, Mixer, Presser, Transporter, Feeder, Storage, Hopper, Mixer, Presser, Feedway, Pourer, Storage, Hopper, Mixer, Presser, Feedway and Installer, Storage and Hopper, Mixer, Presser and Feeder Injector, reservoir and hopper, mixer and pressurizer, supply path and syringe, reservoir and hopper and mixer and pressurizer and supply path and injector, reservoir and hopper and mixer and pressurizer and supply path and shotter, reservoir and hopper and mixer and pressurizer Feeder and Coater, Storage and Hopper and Mixer and Presser and Feeder and Painter, Storage and Hopper and Mixer and Presser and Feeder and Packer, Storage and Hopper and Mixer and Presser and Feeder and Compactor, Storage and Hopper and Mixer and pressurizer and supply path and mixer, storage and hopper and mixer and pressurizer and supply path and curing machine, storage and hopper and mixer and pressurizer, supply path and curing and face treatment machine.

The equipment 28 is a construction work using a 3D printer; building construction using casters or drone-mounted casters; a river aeration operation or river purification operation in which an air stream is injected into a river using a sprayer; Injection construction in which pouring materials are injected into the ground using an injector; Mixing construction for mixing cast materials in the ground using a rotary mixer; aeration or coagulation of the contaminated water 121 in the tank by putting the pouring material 1 containing the reactant or coagulant into the tank 120 having the magnet-equipped cone-embedded hollow body 13 built-in; It is one or more of the 3D printer, the pouring machine, the drone-mounted pourer, the injector, the injector, the rotary mixer, and the hollow body used for one or more of them. The aggregate 122 of the contaminated water sinks down and is carried out, and the purified purified water 123 is discharged to the outside as fine foreign substances are filtered through the filter 124 and is recycled or discharged (125). .

The equipment 29 may include: a) underground drilling, rock drilling, building drilling by the drilling machine; b) storing material in the storage (20); c) feeding the material into the mixer (22) by the hopper (21); d) mixing the material by means of the mixer (22); e) pressurizing, conveying, pumping, feeding, supplying the material by means of the pump or pressurizer (23); f) transporting, transporting, supplying, providing material by means of the transporter 24 or the feeder; g) supplying and providing material by means of the supply path (25); h) pouring material by the pouring machine 26, injection, grouting, pouring into a mold, pouring in a factory, pouring on site, pouring for foundation construction; i) laying the material by the laying machine, laying on the ground; j) injecting the material by means of the injector, underground injection; k) injecting the material by means of the injector, injecting through cracks; ℓ) spraying the material by means of the sprayer, spraying from all sides; m) shorting and knocking of the material by the shorting machine; n) coating the material by the coating machine, surface coating; o) coating the material by the sprayer, shaving; p) paving the material and paving the road surface by the pavers; q) compacting the material by means of the compactor, underground compaction; r) mixing the material by means of the mixer, underground mixing; s) curing the poured material by the curing machine; t) face treatment after curing by the face treatment machine; It is equipment that does one or more of these.

The equipment 30 is one of equipment for manufacturing materials, equipment for construction, equipment for purification, equipment for working, and equipment for creating facilities. The equipment 31 is equipment that performs one of construction, purification, work, material manufacturing, and facility composition by one or more of the perforating or surface treatment, and the perforating or surface treatment machine. The equipment 32 is one of equipment, manufacturing equipment, construction equipment, and purification equipment including any one or two or more selected from the storage and face treatment machines. The equipment 33 is to purify the hollow body 13 by using one or more of the roughened material 1 . The equipment 34 may include a hollow body on which the cone mesh barge spiral is mounted; a sprayer mounted with the cone mesh barn spiral or hollow body; material that has been subjected to one of the double; One or more of these are used to purify.

The equipment 35 is configured to: a) store material in the storage (20); b) feeding the material into the mixer (22) by the hopper (21); c) mixing the material by means of the mixer (22); d) pressurizing, conveying, pumping, supplying, providing material by means of the pressurizer or pump 23; e) transporting, transporting, supplying, providing material by means of said feeder or transporter (24); f) supplying and providing material by means of the supply path (25); g) pouring, pouring, injection, underwater pouring, on-site pouring, and pouring for purification by the pouring machine 26; h) spraying, sprinkling, water spraying, underwater spraying, air spraying, dust removal spraying, and injecting air flow materials into rivers by means of the sprayer; i) injecting the material by means of the injector, injecting in water, injecting in the air; j) shorting and knocking with the material by the shorting machine; k) coating with a material by the coating machine, surface coating; ℓ) painting with the material by the coating machine, shaving; It is one of purification, facility purification, river aeration, and water purification by performing one or more of these.

The equipment 36 is a catalyst, ion, air, pressure, air bubble, oxygen, hydrogen, nitrogen, carbon, drug, drug, drug, liquid, ocher, ozone, enzyme, yeast, microorganism, nutrient, photocatalyst, cation, anion, enzyme, Aerobic agent, anaerobic agent, activator, carbonation agent, cleaning agent, purifying agent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, air freshener, antibacterial agent, foaming agent, detoxifying agent, phytoncide, disinfectant, decontamination agent, odor remover, atopy source remover, One of purification, facility purification, river aeration, and water purification by using, spraying, or injecting a substance containing any one or more selected from environmental hormone remover, sick house syndrome remover, pump pressure, blower, and wind compressor pressure. The equipment 37 magnetizes, fluidizes, stores, injects, mixes, pressurizes, transports, supplies, pours, injects, and sprays one or more of the material by one or more of the cone mesh spiral, hollow body, equipment, storage, or face treatment machine. It is one of purification, facility purification, river aeration, and water purification.

The above equipment 38 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 hollow tube through which a cone mandrel spiral is mounted; c) the tank or hollow tube mounted on one of the perforator or face treatment machine; Any one or more selected from among are included. The above equipment 39 is a) to improve the fluidity of materials, and includes an electromagnet, a superconducting magnet, a solenoid electromagnet, a magnet or electromagnet with a cone wire, a solenoid electromagnet with a cone wire, a cone spiral with a magnet or electromagnet, a cone spiral with a solenoid electromagnet, a magnet or Electromagnet-equipped cone-mesh bar spiral; b) a hollow body provided with one of the electromagnets and cone-mesh spirals; c) a casting machine equipped with one of the electromagnets and hollow bodies; d) or a cone, cone spiral, rod, bar frame, and protruding rod equipped with a magnet to improve one of agitation, mixability, fluidity, and filling properties of the material; e) or a 3D printer that performs one of unmanned construction, unmanned pouring, automated construction, and automated pouring; f) or drones that perform one of high-rise casting, unmanned casting, or replacement of man-made casting; g) Solar and wind power generators that replace or reduce commercial electricity; any one selected from

The device 40 may a) magnetize, hexahydrate, energize, or magnetically energize a material or material; b) the magnetization or magnetization of a material or a material without power; c) improvement of one of material or material fluidity, fluidity, slump level, workability, and workability; d) reducing the amount of fluidizing agent input by the above improvement; e) reducing the cost of using the glidant by the reduction; f) material or material mixability, agitation, pressurization, feedability, mobility, pourability, pourability, injectability, injectability, sprayability, coating property, paintability, compaction property, mixing property, adhesion, Improving at least one of flowability, filling property, form filling property, space filling property, and closed room filling; g) reducing one of the material or the material's detachability, detachability, and rebound amount; h) reduction of one or more of materials or materials vibrating work, compaction work, vibrating cost, vibrating equipment, and vibrating manpower; i) Improving at least one of density, specific gravity, strength, stiffness, adhesion, friction angle, flexural property, shearing property, durability, waterproofness, water repellency, water repellency, face treatment, and surface smoothness after curing of the material or facility; j) reduction of at least one of compressibility, consolidation, settling, cracking, fracture, and permeability after curing of the material or facility; k) reinforcing, reinforcing, flattening, smoothing, reducing irregularities, preventing irregularities, and preventing scratches on the surface of the material or facility after curing; It is to do one or more selected from among.

The equipment 41 is a cone in which the material vortexes while overflowing its external slope, a mesh in which the material vortexes as it passes through its hole hole, a rod in which the material vortexes as it collides with itself, and the material vortexes as it passes through its lattice hole A spiral that swirls and vortexes a frame, a material; a cone-mandrel spiral composed of the cones or spirals; Any one or more selected from among will be included. The equipment 42 performs one of material manufacturing, facility construction, construction construction, building construction, tunnel construction, road construction, ground construction, river aeration, and water purification.

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 storage and the face treatment machine. The drilling machine 2 is a drilling machine, a grounding machine, a rock drilling machine, an excavator, an excavator, a drilling machine, a boring machine, a drill, a bit, a clamshell, a driver, an injector, a grouter, a bit with a rod, a rotary bit, a rotary rod with a bit, an underground hole It is one of a drilling machine, an underground wall drilling machine, a slurry wall drilling machine, a diaphragm wall drilling machine, an underground continuous wall drilling machine, a geothermal pipe or a boring machine for inserting an oil pipe. The perforator 3 is a perforator of one of a building, a facility, an underground, a bedrock, a hall, a hole, and a concrete. The drilling machine 4 is a) 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 the magnetized material, hexagonal water, slurry, and bentonite slurry that has passed through one of the cone-mand bar spiral to the hexagonal machine when the drilling is performed; c) One of the materials, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete mixed in the compounding machine is passed through the supply hose to the drilling machine through one of the rods, injectors, hollow tubes, and hollow rods during drilling and after drilling One of the perforations, boring holes, joints, joints, cracks, and leaks is injected into one of the holes, injected, and cured after injection, and one of the pile, column, underground wall, and underground continuous wall 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, and magnetized concrete that has passed through one of the above cone mesh bar spirals or hexagonal machine is installed in the perforator through a supply hose, a rod, an injector, and a hollow tube , Through one of the hollow rods, it is injected into one of the drilling, boring, joint, joint, crack, and leaking parts, and it becomes one of curing after injection, pile, column, underground wall, underground continuous wall. either complete, or fill cracks, repair joints, repair cracks, repair leaks; It is a perforator that does more than one of them.

The reservoir comprises: a) a reservoir; b) or storage of one or more of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, concrete; c) or a storage room equipped with a bulkhead, partition, two or three rooms; d) or a storage associated with at least one of the above perforators or face treatment machines, excluding storage. The hopper may include: a) a hopper, a funnel-type hopper, a hollow-through-type funnel hopper, and a hopper connected to at least one of the perforator and the face treatment machine except for the hopper; b) or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, 10-80 degrees from top to bottom; one of them

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 rotary mixer, a rotary blade type mixer or mixer, a mixer with an internal rotating body or rotary blades, at least one of the perforator to the face processor except for the mixer One of the mixers associated with The mixer 2 is a mixer or mixer having one of a blade rotated by a motor, a rotating body, a rotating rod, a rotating shaft, a rotating spiral, a rotating screw, and a rotating shaft with blades. The mixer 3 is a mixer or mixer having one of a protrusion, a blade, a ring, a bolt, a spiral, an object, a protrusion, and a stirring means on the outer periphery of a rotating rod or rotating shaft or rotating body. The mixer 4 is a mixer or mixer of one of rotation, static, dynamic, vibration, blade, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, and underground soil and concrete. The mixer 5 has a rod, a rod, a bar, a plate, a protrusion, a blade, a spiral, an object, a screw, a protruding rod, a protruding bar, a protrusion, an attachment, an attachment, a soft material, an elastic material, a rigid material, a protruding means, a) a rod, a shaft, a nozzle, a rod, a spiral, a screw, a hollow tube, a double tube, a triple tube, a spray hole, a spray tube provided with one of the stirring means; b) or the rod or injection pipe of the rotary type; one of them 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 in the DCM method (deep cement mixing method), which is a deep ground stirring method, the perforator or surface except for 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, a pump associated with at least one of the perforator or the face treatment machine other than a pump; b) or one of less than 1, 1 to 10, 10 to 100, 100 to 500, 500 or more, a pump having a pressure of kg/cm ² . The press machine is one that pressurizes, pressurizes, pumps, feeds, and provides the material, or is a press machine connected to one or more of the perforator or face treatment machine, excluding the press machine.

The transporter 24 is one that transports, transports, supplies, and provides material, or is a transporter connected to one or more of the perforators and face treatment machines, excluding the transporter. The feeder is one that transports, conveys, feeds, provides material, or is a feeder associated with at least one of the perforator or face treatment machine other than the feeder. The supply path is one of a supply path connected to at least one of the perforator or the face treatment machine except for 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 includes: a) a pouring machine connected to at least one of a pouring machine, a hitting device, a blowing device, the pressure pouring machine, and the drilling machine or the supply path; b) or one of a formwork, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete pouring machine; c) or any one of pouring, laying, coating, pouring, spraying, dosing, injection, injection, grouting; one of them

The laying machine is one of a) a laying machine, a spreader, a coating machine, an asphalt finisher, and a laying machine connected to one or more of the drilling machine or the supply path, or b) or the ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete , is one of the asphalt concrete laying machine on the ground. The injector or syringe is one of a) a syringe, an injector, an injector, a grouter, the pressure syringe or injector, an injector associated with one or more of the puncture or feed path, a syringe associated with one or more of the puncture or feed path, or , b) or one of the cracks, joints, 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, structural cracks, c) or One of the cracks ~ structure cracks is the injector. The sprayer is a) one of a nozzle, a hose, a pipe, a sprayer, a sprayer, a water fountain, a sprinkler, a coater, a spray coater, a sprayer, a sprayer, a sprayer connected to one or more of the perforator or the feed path, b) or Slope, slope, surface, ground, underground, underground, rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, is one of the sandblasting ready-mixed concrete on the slope.

The shorting machine, coating machine, or painting machine is a) one of a) material, certain material, pouring material, propellant, coating agent, painting agent, and paint a1) surface, surface, ground, slope, concrete surface, material, construction material, facility, building , structures, facilities; a2) a surface, a surface, or an outer surface of one of the surfaces or facilities; It is one of spraying, coating, painting, spraying coating, spraying and painting on one or more, or b) or a shorting machine or coating machine or coating machine linked to one or more of the storage or supply path. The packaging machine is for packaging materials on a pavement or road surface, or is a packaging machine connected to at least one of the storage and supply paths. The compactor is one of a) compactors, compactors, weight compactors, roller compactors, drop compactors, form compactors, concrete compactors, cast-in-form concrete compactors, compactors linked to at least one of the perforators and pavers, or b) or pavers , earth pavement, road pavement, asphalt pavement, ground, underground, underground, rotation, static, dynamic, vibration, blade, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, and concrete in the ground.

The curing device is linked to at least one of a) a curing device, a water curing device, aquatic curing device, an air curing device, an air curing device, a solar curing device, a steam curing device, a watering curing device, an autoclave curing device, and the perforator or a mixer. B) or one of the magnetized water and hexagonal water sprayed through a hose-type curing machine for watering with a magnet embedded inside the cone is sprayed onto one of the concrete, concrete materials, and concrete buildings. It is a curing device that promotes the curing of either material or concrete building. The face treatment machine uses one of a) water, water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating agent, and painting agent a1) Curing material of pouring material, material, material, facility, building, structure , concrete; a2) one surface, surface, outer surface, exposed surface, and concave-convex surface of the curing material or concrete; It is one of treating, finishing, smoothing, and concave-convex treatment by spraying on at least one of the above curing materials or concrete, or b) or a face treatment machine linked to at least one of the storages and curing machines. .

The nozzle is a) a cone, a mesh, a rod, a frame, a magnet equipped with one or more of the spiral is mounted inside or at the outlet, b) or one of a porous body, a wave body, a hollow body on which the magnet is mounted inside 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 mounts an injector on which a magnet is mounted on itself and sprays a magnet while moving, or a drone that is provided with a hollow body on which a magnet is mounted and pours a pouring material ejected from the hollow body. The drone 2 is a drone equipped with a pouring device or a pouring machine in a main body that flies by rotating wings. The drone 3 is a drone that moves or is equipped with one or more of the cone mandrel spiral, a storage or a face processing machine, and a wind compressor. The drone 4 is a drone equipped with a drilling machine to drill a boring hole for crack repair in a high-rise building, a drone equipped with a supply path 25 or a sprayer 26 to spray magnetized shotcrete on the slope of a high-rise building, to itself It is one of a drone equipped with a supply path 25 or a sprayer 26 to spray magnetized spraying water into a tunnel to remove tunnel dust, and a drone equipped with a self-installer to install magnetized installation water in the air to clean the air. A drone or 3D printer is capable of storing or faceting, excavating or faceting, construction or remodeling, and storing or faceting materials, etc. is possible, and the drone or 3D printer is equipped with the storage or the face treatment machine, the excavator or the face treatment machine, so that the storage or face treatment, excavation or face treatment, construction or remodeling, etc. are possible.

The drone 5 is a) a drone consisting of a wing, a rotor blade, a propeller, four propellers, one of a plurality of propellers and a main body, b) a drone consisting of an upper wing and a lower body, c) a thrust for the flight of the main body. Drones equipped with wings or propellers that produce at least one of a downward flow in the direction of a downward flow and a directional flow in a backward direction, d) a drone that flies upward by a downflow that directs wind to the lower part of the body, e) winds to the rear of the body A drone that flies horizontally by a sending oriented flow, f) a drone that flies three-dimensionally by one or more of the downward flow and oriented flow, g) a motor rotating at least one of the wings and a propeller; wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind generators connected to this wire; a drone equipped with at least one 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 support, j) the main body and a propeller; upper and lower portions of the main body or propeller; Among the generators that generate electricity by j1) a solar cell, j2) a rotating body, and its rotational power, j1) by one or more of the sun, wind by flight, the downflow, and the oriented flow while being mounted on one or more of One or more drones, k) The generator is a drone that generates electricity while forming a magnetic field by a central rotor (electromagnet) and a stator (iron core) surrounding the outside, ℓ) The j2) The generator rotates in connection with the rotating body k) a drone equipped with a rotor (electromagnet), m) the k) a drone equipped with a generator for generating electricity by rotation of the rotor (electromagnet), n) the rotating body; The outer periphery, upper, lower, upper outer periphery, lower outer periphery of the rotating body; A drone equipped with a conical hollow guide, which is mounted on at least one of the downflow, directional flow, and wind to one of inflow, outflow, and inflow and outflow, o) A drone with an inverter that converts the generated electricity into either direct current or alternating current , p) a drone equipped with at least one of a wire, a plug, an outlet, and a power supply that supplies the generated electricity, q) or a camera, CCTV, video device, photographing device, photographing device, monitor, lamp, lamp, lamp, flashing lamp, It is one of the drones equipped with one or more of a light, a headlight, a lighting device, a driver, a controller, a controller, a remote controller, and a remote controller. Construction, purification, work, field, etc. may be photographed, recorded, etc. by the camera or photographing 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 and the face processing machine, a 3D printer equipped with one or more of the storage or the face processing machine, is mounted on the ground or a frame mounted around a new facility while being mounted on a 3D moving It is one of the 3D printers equipped with a pouring machine. The 3D printer 2 is supplied from one of the compounding machine 22 and the supply path 25 while moving (73) in three dimensions while a movable body or moving part 116 capable of three-dimensional movement (73) is mounted 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 to be used, mortar, ready-mixed concrete, and concrete.

The 3D printer 3 is supported by the frame 72 and is rotated by a motor a 101 while being mounted on the upper left and right of the two rails a 100, respectively, and moved forward and backward along the rail a ( One-dimensional movement) (73) two rollers a 102 , a rail b 103 provided between two of the roller as, 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 (its one-dimensional + the one-dimensional = two-dimensional movement) 73 moving along, a rotating body a 112 that rotates by a motor c 111 while being mounted on the roller b ) while winding or unwinding (the one-dimensional + the two-dimensional = three-dimensional movement) (73) of the up-and-down moving part 108 of one of the string, thread, belt, and chain, or the rotating body a (112) A vertical moving part 115 in the form of a bar that is press-embedded between the and the other rotating body b 113 positioned opposite to it and is pushed or dragged by the rotation of the rotating body a to move up and down, and is mounted on the vertical moving unit 3 It is a 3D printer that includes one or more of the dimensionally moving pouring equipment 26 .

The 3D printer 4 includes a frame 72 on which the rail 100 is mounted, and a movable body that moves along the rail 100 in the X-axis, Y-axis, and Z-axis directions, a moving part, a head, and one of the case of the head. and a floater or pourer 26 installed in one of the head, movable body, moving part, and case and ejecting the building material 1 to form a 3D structure 8, and by providing pressure to the floater or pourer It is a 3D printer that includes a pump (23) that allows material (1) to be ejected. The 3D printer 5 circulates one of the mortar, ready-mixed concrete, and concrete to which one of the quick setting agent, binder, and binder that promotes curing through the pouring machine 26 mounted on it is moved along the building shape or structure, while circulating 5 to 30 cm It is a 3D printer that constructs buildings by pouring continuously or intermittently while ascending in layers or layers in height. The 3D printer 6 repeatedly constructs the n-floor by repeating the pouring 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 slab to complete the building. It is a 3D printer.

The 3D printer 7 is a) ground boring for foundation installation, b) rebar mesh is placed in the moving part and rebar mesh is put into the boring hole, c) foundation concrete is poured into the boring hole through the pouring machine, and after its pouring Curing, d) Transporting and assembling the formwork and reinforcing bars at the bottom of the building by mounting the formwork and rebar to the moving part, e) pouring concrete on the floor of the building through the pouring machine, and curing it after pouring, f) the formwork to the moving part, Transporting and assembling the first-floor column, wall frame, and reinforcing bar by mounting the reinforcing bar, g) pouring concrete on the first-floor column and the wall through the pouring machine, curing it after pouring, h) lifting at least one of the movable body and the pouring machine Sikkim, i) transporting and assembling the formwork and rebar of the first-floor slab by mounting the formwork and rebar to the moving part, j) pouring concrete to the first-floor slab through the pouring machine, curing it after pouring, k) the moving part Transporting and assembling the second-floor column, wall frame, and rebar through the formwork and reinforcing bars, ℓ) pouring concrete on the second-floor column and the wall through the pouring machine, curing it after pouring, m) at least one of the movable body and the pouring machine n) Repeat the above to transport and assemble the n-story column, wall, slab form, and rebar, pour concrete, and cure it after pouring, o) Pour the final rooftop concrete through the pouring machine, and curing it after pouring It is a 3D printer that does more than one thing.

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

The wind generator is one of a wind generator 1, a wind generator 2, a wind generator 3, a wind generator 4, and a wind generator 5. The wind power generator 1 is a wind power generator composed of a wind turbine blade, a rotation shaft thereof, a transmission mounted thereon, and a generator connected thereto. The wind power generator 2 is a) composed of a blade, a transmission, a generator, an inverter, b) or a blade rotated by wind to convert wind energy into mechanical energy; a transmission in which the rotational force generated from the blades is transmitted to a transmission gear through a central rotational shaft to increase the rotational speed required by the generator to rotate the generator; a generator converting mechanical energy transmitted from the transmission into electrical energy; an inverter for converting 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 The wind power generator 3 transmits the rotational motion of the windmill or the wind blade to the converter or the gearbox through the rotation shaft of the wind turbine, accelerates the rotational speed of the rotational motion in the converter or the gearbox, and sends it to the generator to generate mechanical energy is converted into electrical energy to generate electricity. In the wind generator 4, an inverter is added to the generator of the wind generator 1 or 3 to convert direct current (DC) generated by the generator into alternating current (AC) or alternating current (AC) into direct current (DC) will be. The wind power generator 5 is a wind power generator provided with at least one of the camera and the remote controller.

The wind compressor is one of a wind compressor 1, a wind compressor 2, and a wind compressor 3. The wind compressor 1 is to supply compressed air to one or more of the storage, the sprayer, the nozzle, and the 3D printer. The wind compressor 2 includes: a) a mechanism for generating compressed air using wind; b) or wind, the blades rotated by it, the rotational force of these blades, the crank rotating by the rotational force, the rod mounted on the crank and linear motion, the piston mounted on the rod, and the piston reciprocating inside a mechanism comprising at least one of a moving cylinder, air compression in the cylinder by the pushing force of the piston, compressed air generated by the compression, an outlet of the cylinder from 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 a rotary linear transducer and a piston connected to a rotating wind blade; one of them

The wind compressor 3 sends one of a) pressure, compressed water, compressed water, and compressed air to water, water, liquid, oil, and air through a hose 64 connected to the outlet of the cylinder. (气), high (固), material (劑), ash (材), substance, object, body, material, material, underwater, underwater, river, pond, water tank, tank, pipeline, tube, hose, pipe, hollow Inject into any one selected from sieve, compounder, pump, supply path, storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, aerial, indoor, factory, site, atmospheric, indoor air, tunnel, tunnel site, dusty air, and odorous air to supply one of air, oxygen, and air bubbles to improve one of aeration, reaction, coagulation, oxidation, purification, water purification, and cleanliness of one of the above water or stinky air, or b) or soil, mortar, ready-mixed concrete, or concrete. By injecting into one, air or air bubbles are embedded in one of the foamed concrete, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight mortar, lightweight ready-mixed concrete, and lightweight concrete.

In the present invention, the operation according to Application Example 3, a material, a material, a material, a material, a device, a magnetic body, a wave body, a hollow body; equipment equipped with one of them; the magnetic body or hollow body or a material that has been subjected to equipment; the material in which this material is contained; facility where one of them is used; One or more of these are operations that are used. The work can be done, or work is possible by the above-mentioned facilities or the like.

The above tasks are task 1, task 2, task 3, task 4, task 5, task 6, task 7, task 8, task 9, task 10, task 11, task 12, task 13, task 14, task 15, task 16 , task 17, task 18, task 19, task 20, task 21, task 22, task 23, task 24, task 25, task 26, task 27, task 28, task 29, task 30, task 31, task 32, task 33, task 34, task 35, task 36, task 37, task 38, task 39, task 40, task 41, task 42.

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

The above operation 4 is construction, development, construction, construction, work, civil engineering work, environmental work, purification, water purification, cleanliness, healing, crack healing, restoration, river restoration, sinkhole restoration, landscaping, planting, molding 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, earthworks, ground work, underground construction, underground construction, slope Construction, slope construction, slope construction, foundation construction, pile construction, PHC pile construction, excavation, excavation, excavation, cutting, filling, geothermal pile manufacturing, factory pile manufacturing, purchase foundation construction, driving foundation construction, revolving buried foundation construction, Cast-in-place pile construction, earth retaining construction, 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, landfill, underwater work, ropeway construction, elevator construction, masonry, plastering, waterproofing, waterproofing, water supply, painting, pavement, soil pavement, road pavement, sidewalk Pavement, improvement, ground improvement, ground clearance, complex clearance, drilling, boring, drilling, mixing, mixing, supply, provision, pressurization, transfer, transfer, transport, pouring, formcasting, concrete pouring, leveling, laying, slope laying, Ground laying, road laying, shorting, 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) construction, JSP (jumbo special pattern) construction, spraying, watering, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, aquaculture, geothermal work, mixing, ground mixing , ground stirring mixing, DCM (deep cement mixing) construction, SCW (soil cement wall) construction, compaction, underground compaction, stirring compaction, pavement compaction, shotcrete work, green soil work Up, seed spray work, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, joint filling, masonry work, exterior wall construction, scaffolding work, dismantling, window and door work, sheet metal work, roof sheet metal work, assembly, building assembly, formwork assembly, building assembly, steel work, window work, water supply and sewage work, corrosion protection, electric method, greening, cleaning, washing, sterilization, disinfection, redevelopment, reconstruction, interior, Any one or more selected from the group consisting of remodeling.

The operation 5 is a) underground drilling, rock drilling, building drilling by the drilling machine; b) storage of material in the storage (20); c) feeding the material into the mixer 22 by the hopper 21; d) mixing the material by means of the mixer (22); e) pressurizing, conveying, pumping, supplying, supplying material by means of the pump or pressurizer (23); f) material transport, transport, supply, provision by means of said transporter 24 or a feeder; g) supply and supply of material by the supply path (25); h) material pouring, injection, grouting, pouring in a mold, pouring in a factory, pouring in the field, pouring for foundation construction by the pouring machine 26; i) material laying and ground laying by the laying machine; j) material injection by said injector, geological injection; k) material injection, crack injection by the syringe; ℓ) material spraying, slope spraying by the sprayer; m) material shorting and knock-shotting by the shorting machine; n) material coating, surface coating by the coating machine; o) material coating, shaving by the sprayer; p) material pavement and road pavement by the pavers; q) material compaction, underground compaction by the compactor; r) material mixing, underground mixing by the mixer; s) curing the cast material by the curing machine; t) face treatment after curing by the face treatment machine; to do one or more of

The above operation 6 is pouring, hitting, sending, transporting, processing, casting, pouring, putting, ejecting, ejecting, squirting, spraying, firing, injecting, inflow, embedding, injection, coating, painting of one of the substances, materials, and pouring materials. , mixing, compacting; the pouring or painting to a certain position; the pouring or painting at a certain location; to do one or more of The operation 7 includes: a) a1) pouring, pouring and pouring, a2) injecting, spraying, shorting, and coating one of a material, material, and pouring material; a3) painting, laying and packaging by pouring; a4) compaction by pouring; a5) mixing by pouring; b) or by pouring curing water to cure the concrete, pouring the pouring material to face the concrete; to do one or more of The above operation 8 is a) pouring, form casting, rebar casting, steel frame casting, factory casting, on-site casting, manufacturing casting, construction casting, pouring, pouring, putting, laying, ground laying, injection, underground injection, injection, grouting, input , boring hole injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, coating, surface coating, painting, pavement, road paving, compaction, surface compaction, underground compaction, mixing, underground mixing; b) storage, input, mixing, pressurization, conveying, pumping, transport, transport, supply, provision, pounding or underground mixing accompanying pouring; to do one or more of

The operation 9 is a) drilling a pile hole for an in-situ pile by the drilling machine, drilling an underground wall for an underground continuous 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 rough magnetized material through the hollow body during the drilling; c) The material blended in the compounding machine is injected into one of the perforations and cracks during or after drilling through the rod installed in the perforator through the supply hose to complete one of piles, columns, underground walls, underground continuous walls, or crack filling; d) The magnetized material that has passed through the hollow body is injected into one of the perforations and cracks through the rod installed in the perforator through the supply hose to complete one of the piles, columns, underground walls, and continuous underground walls, or to fill the cracks. ; to do one or more of

The 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. The operation 13 is to apply a pressure of 1 kg/cm ² or less, 1 to 10, 10 to 100, 100 to 500, 500 or more, by the pump. The operation 14 is one of pressing, conveying, pumping, feeding, and providing the material by the pressing machine. The operation 15 is one of transporting, transporting, supplying, and providing the material by the transporter or the feeder. The operation 16 is one of pouring, laying, coating, injecting, spraying, injecting, injecting, injecting, and grouting the material by the pouring machine. The operation 17 is to install one of mortar, ready-mixed concrete, concrete, and asphalt concrete on the ground by the laying machine. The operation 18 is to inject or inject the material into one of cracks, joints, ground, underground, underground, and joints by means of the injector or syringe. The operation 19 is to apply the material to one of a slope, a slope, a surface, the ground, the ground, and the basement by the sprayer.

The operation 20 includes: a) surface, surface, ground, slope, concrete surface, material, construction material, facility, building, structure, facility; b) a surface, a surface, an outer surface of one of the above-mentioned surfaces or facilities; One of spraying, coating, painting, spraying coating, and spraying coating on one or more of them. The operation 21 is to pave the material on the pavement or the road surface by the pavers. Operation 22 is to compact one of pavement, soil pavement, road pavement, asphalt concrete 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 pouring material by the curing machine. In the operation 24, one of water, water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating agent, and painting agent is poured by the face treatment machine, material, material, facility, building, By spraying on at least one of the structure and the concrete, one of the treatment, finishing, smoothing, and concavo-convex treatment of the surface of the curing agent or the concrete object is performed.

The task 25 is to mount the injector on which the magnet is mounted by the drone and spray the magnetized material while moving, pour the pouring material ejected from the hollow body with the magnet mounted hollow body, and the perforator is mounted on the high-rise building Drill a boring hole for crack repair in the building, a supply path 25 or a sprayer 26 is installed on the building, and the magnetized shotcrete is sprayed on the slope of a high-rise building. It is to remove the tunnel dust by spraying the magnetized spray water, and to clean the air by installing the magnetized installation water in the air with the installation machine mounted on it. In the operation 26, a movable body or a movable unit 116 capable of three-dimensional movement 73 is mounted on the frame 72 of its 71 by the 3D printer, and while moving 73 in three dimensions, the compounder 22, One (1) of the material, mortar, ready-mixed concrete, and concrete supplied from one of the supply paths (25) is poured, sprayed, or injected to form one (8) of facilities, buildings, and structures.

The above operation 27 is performed by applying one of mortar, ready-mixed concrete, and concrete to which one of the quick setting agent and binder is put through the pouring machine 26 mounted on the 3D printer to the self 71 according to the building shape or the building structure. Building construction is carried out by pouring continuously or intermittently while moving in circulation and ascending in layers of 5 to 30 cm in height or in layers. The above operation 28 repeatedly constructs the n-floor by repeating the pouring 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 by the 3D printer, and finally the roof slabs to complete the building.

The task 29 is a) ground boring for the foundation installation by the 3D printer; b) inserting the rebar mesh into the boring hole by placing the rebar mesh on the moving part; c) pouring the foundation pile concrete into the boring hole through the pouring machine, and curing it after pouring; d) transporting and assembling the formwork and rebar at the floor of the building by mounting the formwork and rebar to the moving part; e) pouring concrete on the floor of the building through the pouring machine, and curing it after pouring; f) transporting and assembling a first-floor column, a wall frame, and a reinforcing bar by mounting a formwork and rebar to the moving part; g) pouring concrete on the first-floor columns and walls through the pouring machine, and curing it after pouring; h) raising at least one of the movable body and the pouring machine; i) transporting and assembling the formwork and rebar of the first floor slab by mounting the formwork and rebar to the moving part; j) pouring concrete on the first floor slab through the pouring machine, and curing it after pouring; k) transporting and assembling a second-story column, a wall frame, and a rebar by mounting a formwork and rebar to the moving part; ℓ) pouring concrete on the second-floor column and wall through the pouring machine, and curing it after pouring; m) raising at least one of the movable body and the pouring machine; n) Repeat the above to transport and assemble the n-story column, wall, slab form, and rebar, pour concrete, and cure after pouring; o) Pour the final rooftop concrete through the pouring machine and cure it after pouring; to do one or more of

In the above operation 30, a) one of sand, cement, water, and admixture stored in one of the storages 20 provided with the magnet 10 is put into the blender 22 through the hopper 21 and blended, and b) the blended Concrete, which is a mixture, is pressurized by the pump 23 and poured into the mold 30 through the magnet embedded supply path 25 or the pouring machine 26, c) a magnet embedded curing machine 26 during curing of the poured casting ) to promote curing by spraying magnetized curing water through to manufacture the material by coating or painting. In the above operation 31, a) the raw materials stored in the storage are put into the compounder through a hopper, b) mix in the compounder, pressurize through the pump, and pour into the mold through the pouring machine, c) curing and watering curing in the mold with the curing machine , steam curing, or autoclave curing, then dismantling the mold to manufacture one of pillars, piles, and piles.

In the operation 32, a) at least one of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet embedded compounder 22 through the hopper 21 and blended, b) One (1) of the combination of magnetized mortar, ready-mixed concrete, and concrete is pumped by the pump 23 and poured into the formwork 30 for building construction through the magnet embedding supply path 25 or the pouring machine 26, , c) spraying curing water through the curing machine 26 during curing of the cast object to promote curing, demolding the mold 30 after curing, and d) either a coating machine or a painting machine on the surface of the building facility (26) Through the above, one or more of a coating agent and a coating agent are sprayed to form a phytoncide building by at least one of coating and painting. The above operation 33 is a) a magnetization type mixer 22 in which a cone with a magnet is embedded through a hopper 21 with a magnet for at least one of sand, cement, water, and admixture stored in the storage 20 with a magnet 10 with a cone embedded in the storage 20 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 embedded supply path 25 and the laying machine 26. , a road, a pavement, and c) compaction with a compactor, and then spraying magnetizing curing water through a magnet-equipped hose type curing machine 26 to promote curing, thereby constructing a phytoncide road.

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

In the above operation 36, one or more of sand, cement, water, and admixture stored in the a0 storage 20 is put into the cone-equipped magnet embedding blender 22 through the hopper 21 and blended, and b) magnetized green soil that is a mixture thereof. At least one (1) of ashes and seed spray materials is pumped by the pump 23, and the phytoncide green soil material, seeds It is to reinforce the slope by pouring one or more (1) of the spray material. In the above operation 37, a) at least one of sand, cement, water, and admixture stored in the storage 20 is put into the cone embedded compounder 22 with a magnet through the magnet embedded hopper 21 with a cone and blended, b) its The mixture, magnetized concrete (1), is pressurized by the pump (23), and is cured by pouring it into the formwork of the facility with a pouring machine (26) through the supply path (25) equipped with a magnet-embedded hollow body, c) magnets during curing Accelerate curing by spraying magnetized curing water or hexagonal water curing water through an embedded hose type curing machine, d) After that, demolding the form to build a phytoncide facility.

In the operation 38, in the tank 120 in which the hollow body 13 is built in, 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 one or more of aeration and coagulation, b) the agglomerate 122 of the contaminated water sinks down and is carried out, c) the purified water 123 is purified through the filter 124 to remove fine foreign substances. As it is filtered, it rises and is discharged to the outside to be recycled or discharged (125). The operation 39 comprises: a) storing material in the storage (20); b) the material is fed into the mixer 22 by the hopper 21; c) mixing the material by means of the mixer (22); d) the material is pressurized, pumped, pumped, fed, provided by the pump 23; e) material is transported, transported, supplied, provided by the transporter (24); f) material is supplied and provided by the supply path (25); g) g) g1) material is poured by the pouring machine 26, injection, grouting, pouring into a mold, pouring in a factory, pouring in the field, pouring for foundation construction; g2) material is injected by the injector, underground injection; g3) the material is compacted by the compactor, underground compaction; g4) mixing the material by the mixer, underground mixing; g5) curing the poured material by the curing machine; g6) face treatment after curing by the face 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 task 40 is a) a1) material is stored in the storage (20); a2) the material is fed into the mixer 22 by the hopper 21; a3) the material is mixed by the mixer 22; a4) the material is pressurized, conveyed, pumped, supplied, provided by the pressurizer or pump 23; a5) material is transported, transported, supplied, provided by the feeder or transporter 24; a6) material is supplied and provided by the supply path 25; be at least one of b) b) b1) the material is poured by the pouring machine 26, injection, injection, underwater pouring, pouring on-site, pouring for purification; b2) the material is sprayed by the sprayer, watering, water spraying, underwater spraying, air spraying, dust removing spraying, and air flow material being injected into the river; b3) material is injected by the injector, water injection, air injection; b4) material is shorted by the shorting machine, knock-shotting; b5) coating the material by the coating machine, surface coating; b6) the material is painted by the sprayer, a razor; It becomes one or more of purification, facility purification, river aeration, and water purification.

The operation 41 includes 1) storing cast material in a storage, storing cast material in a magnet-embedded storage, magnetizing its storage, and storing magnetized storage; 2) mixing pouring materials in a mixer, mixing pouring materials in a magnetic embedded mixer, magnetizing a mixture thereof, mixing magnetized materials; 3) The pump supplies the pouring material to the supply path, pressurizes the magnetizing mortar from the pump and supplies it to the pouring machine; 4) supplying the magnetized abrasive to the pouring machine from the supply path, and supplying the abrasive pressurized by the pump from the supply path to one of the pouring machine and the injector; 5) pouring material through a pouring machine, pouring ready-mixed concrete pouring material through a pouring machine, magnetizing the pouring material, and placing magnetized material; 6) A) Spraying material by sprayer, spraying mortar or abrasive by sprayer, b) Buying mortar by sprayer, spraying one of materials or facilities, c) One of the sprayers, a magnetic embedded sprayer with cone Rough magnetized material is injected into the ground, sprayed on the slopes, coated on materials, sprayed on facilities and painted; 7) The material is injected into one of the hole, the mold, and the ground with an injector, and the magnetized material that has passed through the magnet-embedded hollow rod, which is one of the injectors, is injected into the ground through the injection hole of the rod; 8) a) Curing surface coating by spraying coating material by coating machine, curing surface coating of pouring material by spraying coating agent by coating machine, b) Curing culture of ground, materials, facilities, and pouring materials by coating machine by coating machine One of the magnetized water and magnetization liquid passed through a magnet embedded sprayer, one of the coating machines, is sprayed onto one of the materials and one of the facilities is sprayed onto one of the materials and facilities, and one of the materials and facilities is coated with the magnetized material and applied ; 9) a) Spray the coating material with a sprayer to coat the surface of the curing culture, spray the coating agent with the coating machine to paint the curing surface of the pouring material, b) Apply the coating agent to the surface, concrete surface, material, Spraying on one of the curing surfaces of the facility or pouring material and painting, c) The magnetization of the magnetized paint that passed through a magnet embedded sprayer, which is one of the painting machines, is sprayed on one of the materials or facilities, so that one of the materials or the facility is the magnetized substance furnace painted, painted, painted; 10) a) Curing one of the materials, facilities, and pouring materials by pouring the curing water with a curing machine It is sprayed to cure one of the materials, facilities, and pouring materials, 11) By spraying one of the magnetized water and magnetizing liquid with a magnetic embedding sprayer, which is one of the face treatment machines, one side of the facilities, materials, and pouring materials is cured, smoothing, concave-convex treatment; 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 one of the materials, pouring, pouring materials, and equipment.

In the present invention, the facility according to Application Example 4, a) a magnetic body, a wave body, a hollow body; equipment equipped with one of them; The magnetic body or the hollow body or a material that has been subjected to equipment; the material in which this material is contained; It is a facility in which at least one of these is used, or b) or a facility created by operation in which at least one of the above magnetic substances or materials is used.

Facility 1, Facility 2, Facility 3, Facility 4, Facility 5, Facility 6, Facility 7, Facility 8, Facility 9, Facility 10, Facility 11, Facility 12, Facility 13, Facility 14, Facility 15, Facility 16 , facility 17, facility 18, facility 19, facility 20, facility 21, facility 22. The facility 1 is any one selected from a house, a dam, a foundation, the ground, a slope, a house, a building, a road, a sidewalk, a pavement, an embankment, a bridge, a tunnel, a retaining wall, a port, a facility, a structure, and a facility.

The above facility 2 is a house, a building, a house, a house, a house, a detached house, an apartment house, a prefabricated house, a canopy building, a canopy house, a mobile house, a container house, a hanok, a Western-style house, a red clay room, a shopping mall, an apartment, an officetel, a mixed-use building, Low-rise building, high-rise building, skyscraper, house, mobile house, wooden house, wooden building, artificial wooden house, synthetic wooden house, ocher house, tile house, traditional house, hanok house, earthen house, rice cake 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, 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, railway tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield subtunnel, underwater tunnel, Submerged tunnel, immersed tunnel, wind tunnel, underground tunnel, phiam tunnel, open tunnel, aerial tunnel, sound barrier, soundproof tunnel, road, driveway, sidewalk, sidewalk, railway, track, pavement, pavement, runway, operating route, navigation route , ground, slope, slope, slope, cut, foundation, pile, pier, caisson, bridges, bridges, road bridge, railway bridge, viaduct, abutments, bridge piers, wind bridges, aerial bridges, dams, earth dams, silt dams, sand dams dam, cement dam, concrete dam, arch dam, four-way dam, embankment, earth embankment, soil embankment, sand embankment, cement embankment, concrete embankment, river embankment, river, marine, harbor, seaside, revetment, lake, waterway, quay wall, water pond, estuary, breakwater, seawall, offshore structure, weir, underwater beam, aboveground beam, water surface beam, water beam, river beam, four major river beams, facility, architecture, structure, sculpture, landscaping, subway, retaining wall, reinforced earth retaining wall, stone construction, underground wall , retaining wall, order wall, reaction wall, composite wall, equipment, device, equipment, plant, construction design Rain, building equipment, landfill site, power plant, landfill site, thermal power plant, nuclear power plant, soil structure, earth structure, earthwork structure, slope structure, slope structure, repair structure, offshore structure, cement structure, concrete structure, ready-mixed concrete structure, wood structure , steel structure, steel structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembly structure, ground structure, underground structure, water surface structure, underwater structure, hydraulic structure, aerial structure, building facility, civil engineering facility, environment Facilities, landscaping facilities, interior facilities, SOC facilities, public facilities, personal facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, repair facilities, building facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railway facilities , transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, ground facilities, public facilities, and floating facilities.

The facility 3 includes at least one of rods, rods, bars, plates, nets, meshes, grids, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, and reinforcing materials. Any one selected from the above-mentioned houses and floating facilities . The facility 4 is a) a hollow body in which the pouring material is stored or passed while a cone mangle frame equipped with a magnet or electromagnet for magnetizing the pouring material is embedded; b) the storage or the face treatment machine provided with the hollow body; c) pouring equipment equipped with at least one of the hollow body, storage, and face treatment machine; d) a material passing through one of the hollow body and pouring equipment; one or more of exploiting, using, applying, utilizing, equipping, constructing, mounting, attaching, containing, incorporation, incorporation, pouring, laying, injecting, injecting, spraying, shorting, coating, painting, packaging, compacting, mixing, watering, It is a facility with either curing or cotton treatment.

The facility 5 is a) magnetized or magnetized vortex casting material; Magnet mounting cone or its embedded hollow body casting material or magnetized vortex casting material; inclusions in this pour; b) or b1) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, b2) at least one of Ca to CaFe, ash, ion, component, element, element, The above pouring material or inclusions containing at least one of a substance, a reactant, a binder, an inclusion, a nano-water, a resin, a by-product, a carbon, a fiber, a catalyst, a fiber, a latex, a bio, a phytoncide ; One of them is a facility built by pouring or curing. The facility 6 includes: a) a magnet, or an electromagnet having a coil on an iron core; Its magnet or electromagnet mounted cone mesh bag; Its cone mandrel mounting mechanism or hollow body; Drones and 3D printers for mounting the hollow body or moving the hollow body; b) a wind compressor for supplying pressure to one or more of the magnet, electromagnet, cone mesh sealing frame, mechanism, hollow body, drone, 3D printer, and material; c) or a solar generator, a wind generator that supplies electricity to one of the apparatuses, drones, 3D printers, electromagnets, and coils of the electromagnets; d) or a magnet or a cone, mesh, rod, frame, spiral, cone mesh, rod frame, cone mesh rod, frame spiral, cone mesh rod, cone mesh rod spiral, cone mesh rod spiral, cone mesh rod, cone mesh rod spiral, cone mesh rod, cone mesh rod, cone mesh rod, cone mesh rod, cone mesh rod, cone mesh rod, cone mesh rod, cone mesh wire, cone mesh rod, cone mesh wire, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar, cone mesh bar in which magnet or an electromagnet with a coil is mounted on an iron core; or hollow body; It is a facility constructed by pouring or curing one of the magnetization, vortex, and magnetization vortex that has passed through one or more of the pouring materials or their contents.

The above facility 7 is a facility constructed by using the poured and manufactured materials or magnetized materials, magnetized facilities, houses, dams, foundations, ground, slopes, houses, buildings, roads, sidewalks, pavements, embankments, bridges, tunnels, retaining walls , a port, a structure, any one selected from facilities. The facility 8 is a) formed by pouring or curing a magnetized vortex pouring material; b) Or, the casting material which has passed through a drone equipped with a hollow body in which an electromagnet having a coil is mounted on an iron core is embedded or is formed by curing; c) or formed by using the poured and manufactured material or magnetized material; Any one selected from facility, magnetization facility, house, dam, foundation, ground, slope, housing, building, road, sidewalk, pavement, embankment, bridge, tunnel, retaining wall, harbor, structure, and facilities. In the facility 9, one of a cone, a cone, a cone, a mandrel, a mandrel, a mandrel, a cone screw, a cornbong spiral, a cornmanbong frame, a cornbong frame spiral, a cornmanbong screw, a cornmanbong frame helix, A facility in which contact or passing material is used.

The facility 10 is a facility in which a material that contacts or passes through the magnetic body provided with one of the cones and cone mandrel spirals is used. The facility 11 is a tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube, hose, spiral, body, object, block, means, facility provided with one of the magnetic body, cone, or cone-and-stick spiral. , zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow tube, a facility in which materials stored in or passing through one are used. The facility 12 includes a) connecting means at one or more of one end, both ends, and the middle; b) side sloping pipe, injector, check valve or additive inlet injector; A facility in which materials stored in or passing through one of the above tanks to hollow bodies equipped with at least one of the above are used. In the facility 13, the material is stored, compounded, pressurized, supplied, poured or molded, sprayed or sloping, injection or underground injection, injection or crack injection, shorting or knockshotting, coating or It is a facility constructed by at least one of surface coating, painting or shaving, laying or ground laying, pavement or pavement, mixing or underground mixing, compaction or underground compaction.

The facility 14 comprises: a) a wind compressor for injecting pressure into at least one of the material, storage, or face treatment machine; b) a drone or a 3D printer that moves at least one of the storage and the face processing machine; c) a generator, a mobile generator, a solar generator, and a wind generator for supplying electricity to one or more of the coil, the storage or the face treatment machine, and equipment; d) the wind compressor, drone, and 3D printer provided with one of the hollow body, a cone, and a cone-membrane spiral; One or more of these are used and constructed. The facility 15 is a casting equipment equipped with one or more of the cone or cone mesh spiral, hollow body, drone, 3D printer, generator, mobile generator, solar generator, wind generator, and wind compressor, magnetized pouring equipment, and magnetized vortex pouring equipment One or more facilities are used. In the facility 16, a) at least one of the cone or pouring equipment, storage or face treatment is used, or b) or at least one of the materials and materials manufactured by or at least one is used, used, applied, utilized, provided, configured. , installation, attachment, containment, inclusion, mixing, pouring or compaction, curing, and face treatment.

In the above facility 17, a) the raw materials stored in the storage are put into the compounder through a hopper, b) mix in the compounder, pressurized through a pump, and poured into the mold through the pouring machine, c) curing and spraying curing in the mold with a curing machine It is one of the columns, piles, and piles manufactured by dismantling the mold after one of , steam curing, or autoclave curing. The facility 18 is a) mixing at least one of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 into the cone-equipped magnet embedded compounding machine 22 through the hopper 21 and b) One (1) of the combination of magnetized mortar, ready-mixed concrete, and concrete is pumped by the pump 23 and poured into the formwork 30 for building construction through the magnet embedding supply path 25 or the pouring machine 26, and , c) spraying curing water through the curing machine 26 during curing of the poured cast object to promote curing, d) demolding the mold 30 after curing, e) coating machine and painting machine on the surface of the building facility It is a phytoncide building composed by spraying one or more of a coating agent and a painting agent through one or more of 26 and coating and painting one or more.

The facility 19 is a) a magnetization type mixer 22 with a cone embedded with a magnet through a hopper 21 with a magnet for a) at least one of sand, cement, water, and admixture stored in the storage 20 with a magnet 10 with a cone B) One (1) of the mixture, magnetized asphalt concrete, ready-mixed concrete, and concrete, is pumped by the pump 23 to the ground through the cone-equipped magnet embedding supply path 25 and the laying machine 26. It is a phytoncide road constructed by installing on one of , road or pavement, c) compacting with a compactor, and then spraying magnetizing curing water through a hose-type curing machine 26 with magnets to promote curing. The facility 20 a) mixes at least one of sand, cement, water, and admixture stored in the storage 20 into the cone embedding blender 22 with a magnet through the magnet embedding hopper 21 with a cone and b) its The mixture, magnetized concrete (1), is pressurized by the pump (23), and is cured by pouring it into the formwork of the facility with a pouring machine (26) through the supply path (25) equipped with a magnet-embedded hollow body, c) magnets during curing It is a phytoncide facility constructed by spraying magnetized curing water or hexagonal water curing water through an embedded hose type curing machine to accelerate curing, d) and then demolding the form.

The facility 21 comprises: a) a cone mandrel spiral; b) a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal machine to which the cone mesh bar is mounted; c) a storage (20), a hopper (21), a mixer (22), a pump or pressurizer (23), a transporter (24), a feeder or a supply path (25) provided with one of the above cone mesh spiral, tube or hexagonal water machine , a pouring machine 26, a sprayer, an injector, a syringe, a shorting machine, a coating machine, a painting machine, a laying machine, a packaging machine, a mixing machine, a compactor, a curing machine, a face treatment machine; d) The above in which a certain material is sequentially stored, input, mixed, pressurized, transported, supplied, poured, sprayed, injected, injected, shot, coated, painted, laid, packed, mixed, compacted, cured, faceted storage or face processing machine; e) equipment, manufacturing equipment, construction equipment, and purification equipment composed of two or more of the storage and face processing machines in order or in no order; f) a material that has passed through at least one of the cone mesh spiral, tube to hexagonal hand machine, storage to face treatment machine, and equipment; One or more of a foundation, column, pile, pile, pier, or caisson constructed using or containing one or more of them. In the facility 22, the material is magnetized, fluidized, stored, input, mixed, pressurized, transported, supplied, poured, poured, injected, injected, sprayed, compacted, mixed, watered, cured, cotton One or more of a foundation, column, pile, pile, pier, or caisson constructed by one or more of the treatments.

An example of the facility of the present invention is that the facility has the functions of purification, sterilization and disinfection, b) or the facility becomes the purification, sterilization and disinfection, and the facility has the function of purification, sterilization and disinfection, and the facility a purifying agent, a sterilizing agent, and a disinfecting agent are included, and a catalyst is contained in the facility, and the catalyst catalyzes, or c) or the facility is purified, sterilized and disinfected, and the facility performs the functions of purification, sterilization and disinfection and a cleaning agent, a disinfectant and a disinfectant are included in the facility, a catalyst is contained in the facility, the catalyst is catalyzed, the cleaning agent includes a photocatalyst, the photocatalyst is catalyzed, and the disinfectant is an antibacterial agent is included, the disinfectant contains a reactive agent, the catalyst contains phytoncide, the photocatalyst contains a detergent and an ionic substance, and the antibacterial agent contains a disinfectant and a toxic substance , It is characterized in that the adsorbent and the polyvalent product are contained in the reactant, and the fragrance and the by-product are contained in the phytoncide. The above facilities include materials, houses, buildings, roads, bridges, tunnels, foundations, retaining walls, ports, construction materials, facilities, structures, sculptures, landscaping, houses, apartments, officetels, mixed-use buildings, and the like.

In the present invention, in constructing a certain facility, a) purification, sterilization, and disinfection are performed, or b) or purification, sterilization and disinfection are performed, and a device for the above operation is provided, and the facility is purification, sterilization and disinfection are performed, the facility has the functions of purification, sterilization and disinfection, a cleaning agent, a disinfectant and a disinfectant are added to the material of the facility, a catalyst is injected into the material of the facility, and the catalyst is catalyzed or c) or the work of purification, sterilization and disinfection is performed, the device for the above operation is provided, the facility is purified, sterilized and disinfected, and the facility has the functions of purification, sterilization and disinfection; A cleaning agent, a disinfectant and a disinfectant are added to the material of the facility, a catalyst is injected into the material of the facility, the catalyst is catalyzed, a photocatalyst is added to the cleaning agent, the photocatalyst is catalyzed, and the disinfectant An antibacterial agent is added to the antimicrobial agent, a reactive agent is added to the disinfectant, phytoncide is added to the catalyst, a detergent and an ion product are added to the photocatalyst, and a disinfectant and a zero value are added to the antibacterial agent. It is possible that an adsorbent and a polyhydric product may be added to the reactant, and a fragrance and a by-product may be added to the phytoncide.

Examples of equipment in the present invention include a) a drilling machine, a storage 20, a hopper 21, a mixer 22, a pump or pressurizer 23, a transporter 24, a feeder or supply path 25, a pouring machine (26), installing machine, injector, syringe, sprayer, shorting machine, coater, sprayer, packing machine, compactor, mixer, curing machine, or a device consisting of two or more of the order or two or more of non-ordered equipment; or b ) or a device in which one or more of a nozzle, a drone, and a 3D printer is added while being configured, or c) or a device in which a wind compressor is mounted while being configured and added.

1) at least one of the storage, the face processing machine, the nozzle, and the 3D printer a) a cone-mang bar spiral; toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal machines; At least one of the following is provided, b) or the cone-and-stick spiral or the hose on the outside of the perforator, the cone-and-stick spiral inside the storage 20, the tube at the inlet of the hopper 21, and the mixer 22 In the interior of the hexagonal water machine, in the outlet of the pump 23 or pressurizer, the pipe, in the transporter 24 or the feeder, the cone-mesh spiral or the magnetizer, and in the middle of the supply path 25, the cone-and-stick spiral or the hollow body, the tube or hollow tube at the outlet of the pouring machine 26, the tube at the outlet of the pouring machine, 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 shot machine, the hollow tube at the outlet of the coating machine, the pipe at the outlet of the sprayer, the magnetizer at the outlet of the packaging machine, the magnetizer at the outside of the compactor, the mixer At least one of the magnetizer outside the magnetizer, the cone mesh spiral spiral inside the curing machine, the magnetizer, and the magnetizer outside the face treatment machine is provided.

2) The cone mesh bar spiral is the following x or y or z, 2-1) In the x, the mesh is mounted before or after the cone, the rod is mounted before or after the mesh, and the frame is installed before or after the rod is mounted, a spiral is mounted before or after the frame, a magnetic body is mounted on at least one 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 the It is a cone mesh rod frame spiral formed by being mounted on a wave body, 2-2) In y, a frame is mounted before or after the spiral, a mesh is mounted on one side of the frame, a rod is mounted inside the mesh, 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) wherein z is a porous cone having porous holes, a cone having a hollow diameter of one side of 1.1 to 5.0 times the diameter of the other side, and a length of 0.1 to 0.8 times the length of the magnetic body or the hollow of the one side One of a cone having a diameter of 0.1 to 10.0 times the diameter, a cone having a cross-sectional area of one side of the hollow body 0.05 to 0.9 times the internal cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnetic body, and the mesh is larger than the hole hole size of the frame 46 a mesh 48 having a small hole hole, 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 with perforated holes, and the spiral vortexes the material passing through it; It is the above-mentioned cone-mang bar-frame spiral, which is a spiral that performs either aeration or agitation.

3) a) underground drilling, rock drilling, building drilling by means of the drilling machine; b) the material is stored in the storage (20); c) the material is fed into the mixer (22) by the hopper (21); d) mixing the material by means of the mixer (22); e) pressurizing, conveying, pumping, supplying, supplying the material by means of the pump or pressurizer (23); f) material is transported, transported, supplied, provided by the transporter 24 or the feeder; g) material is supplied and provided by the supply path (25); h) the material is poured by the pouring machine 26, injection, grouting, pouring into a mold, pouring in a factory, pouring in the field, pouring for foundation construction; i) the material is laid by the laying machine, the ground is laid; j) material is injected by the injector, underground injection; k) material is injected by the syringe, crack injection; ℓ) material is sprayed by the sprayer, spraying from all sides; m) shorting and knocking of the material by the shorting machine; n) coating the material by the coating machine, surface coating; o) The material is painted by the sprayer, a razor; p) The material is paved and paved by the paving machine; q) the material is compacted by the compactor, underground compaction; r) mixing the material by the mixer, underground mixing; s) curing the poured material by the curing machine; t) face-treating the cured organisms after the curing by the face treatment machine; be one or more of

The perforator is one of a perforator 1, a perforator 2, a perforator 3, and a perforator 4, the perforator 1 is a perforator connected to at least one of the storage and the face processing machine, and the perforator 2 is a perforator, a drilling machine, a rock drilling machine, an excavator, a drilling machine Machine, drilling machine, boring machine, drill, bit, clamshell, screwdriver, injector, grouter, bit rod, rotary bit, rotary rod with bit, underground hole drilling machine, underground wall drilling machine, slurry wall drilling machine, diaphragm wall drilling machine , one of an underground continuous wall drilling machine, a geothermal pipe or a boring machine for inserting an oil pipe, wherein the drilling machine 3 is one of a building, facility, underground, rock, hole, hole, concrete, 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 geothermal pipe or oil pipe insertion; b) drilling while injecting one of the magnetized material, hexagonal water, slurry, and bentonite slurry that has passed through one of the cone-mand bar spiral to the hexagonal machine when the drilling is performed; c) One of the materials, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete mixed in the compounding machine is installed in the perforator through the supply hose, injector, hollow tube, hollow rod During or after drilling through one of the drilling holes, boring holes, joints, joints, cracks, and water leaks, one or more of injection, input, and curing after injection becomes a pile, column, Completion of one of the underground walls, underground continuous walls, or filling cracks, repairing joints, repairing cracks, and repairing leaks; d) One of magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, and magnetized concrete that has passed through one of the above cone mesh bar spirals or hexagonal machine is installed in the perforator through a supply hose, a rod, an injector, and a hollow tube , Through one of the hollow rods, it is injected into one of the drilling, boring, joint, joint, crack, and leaking parts, and it becomes one of curing after injection, pile, column, underground wall, underground continuous wall. either complete, or fill cracks, repair joints, repair cracks, repair leaks; It is a perforator that does more than one of them.

The reservoir comprises: a) a reservoir; b) or storage of one or more of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, concrete; c) or a storage room equipped with a bulkhead, partition, two or three rooms; d) or a storage associated with at least one of the above perforators or face treatment machines, excluding storage. The hopper may include: a) a hopper, a funnel-type hopper, a hollow-through-type funnel hopper, and a hopper connected to at least one of the perforator and the face treatment machine except for the hopper; b) or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, 10-80 degrees from top to bottom; one of them

The mixer 22 is one of mixer 1, mixer 2, mixer 3, mixer 4, mixer 5, and mixer 6, wherein mixer 1 is a mixer, a mixer, a mixer, a tubular mixer, a rotary mixer, a centrifugal mixer, a rotary mixer It is one of the mixers linked to at least one of the perforator or face treatment machine except for a wing-type mixer or mixer, a mixer with an internal rotating body or rotating blades, and the mixer, wherein the mixer 2 is a blade rotated by a motor, a rotating body, a rotating rod, A mixer or mixer having one of a rotating shaft, a rotating spiral, a rotating screw, and a rotating shaft with blades, wherein the mixer 3 is a rotating rod or rotating shaft or protrusion on the outer periphery of a rotating body, blades, rings, bolts, spirals, objects, protrusions, stirring a mixer or mixer equipped with one of the means, wherein the mixer 4 is rotary, static, dynamic, vibration, blade, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, underground soil and A mixer or mixer for concrete, wherein the mixer 5 is a rod, rod, bar, plate, projection, wing, spiral, object, screw, projection rod, projection rod, projection, attachment, attachment, ductility on the outer periphery or surface a) rods, shafts, nozzles, rods, spirals, screws, hollow tubes, double tubes, triple tubes, nozzles, and injection tubes provided with one of ashes, elastic material, rigid material, protruding means, and stirring means; b) or the rod or injection pipe of the rotary type; one, 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, the deep cement mixing method DCM method (deep cement mixing method) used in It is one of the mixers connected to at least one of the perforator or the face treatment machine except for a 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, a pump associated with at least one of the perforator or the face treatment machine other than a pump; b) or one of less than 1, 1 to 10, 10 to 100, 100 to 500, 500 or more, a pump having a pressure of kg/cm ² . The press machine is one that pressurizes, pressurizes, pumps, feeds, and provides the material, or is a press machine connected to one or more of the perforator or face treatment machine, excluding the press machine. The transporter 24 is one that transports, transports, supplies, and provides materials, or is a transporter connected to one or more of the perforators and face treatment machines, excluding transporters. The feeder is one that transports, conveys, feeds, provides material for, or is a feeder associated with at least one of the perforator or face treatment machine other than the feeder. The supply path is one of a supply path connected to at least one of the perforator or the face treatment machine except for 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 includes: a) a pouring machine connected to at least one of a pouring machine, a hitting device, a blowing device, the pressure pouring machine, and the drilling machine or the supply path; b) or one of a formwork, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete pouring machine; c) or any one of pouring, laying, coating, pouring, spraying, dosing, injection, injection, grouting; one of them The laying machine is one of a) a laying machine, a spreader, a coating machine, an asphalt finisher, and a laying machine connected to one or more of the drilling machine or the supply path, or b) or the ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete , is one of the asphalt concrete laying machine on the ground. The injector or syringe is one of a) a syringe, an injector, an injector, a grouter, the pressure syringe or injector, an injector associated with one or more of the puncture or feed path, a syringe associated with one or more of the puncture or feed path, or , b) or one of the cracks, joints, 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, structural cracks, c) or One of the cracks ~ structure cracks is the injector.

The sprayer is a) one of a nozzle, a hose, a pipe, a sprayer, a sprayer, a water fountain, a sprinkler, a coater, a spray coater, a sprayer, a sprayer, a sprayer connected to one or more of the perforator or the feed path, b) or Slope, slope, surface, ground, underground, underground, rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, is one of the sprayers of ready-mixed concrete on the slope. The shorting machine, coating machine, or painting machine is a) one of a) material, certain material, pouring material, propellant, coating agent, painting agent, and paint a1) surface, surface, ground, slope, concrete surface, material, construction material, facility, building , structures, facilities; a2) a surface, a surface, or an outer surface of one of the surfaces or facilities; It is one of spraying, coating, painting, spraying coating, spraying and painting on one or more, or b) or a shorting machine or coating machine or coating machine linked to one or more of the storage or supply path. The packaging machine is for packaging materials on a pavement or road surface, or is a packaging machine connected to at least one of the storage and supply paths. The compactor is one of a) compactors, compactors, weight compactors, roller compactors, drop compactors, form compactors, concrete compactors, cast-in-form concrete compactors, compactors linked to at least one of the perforators and pavers, or b) or pavers , soil pavement, road pavement, asphalt pavement, ground, underground, underground, rotation, static, dynamic, vibration, blade, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, and concrete in the ground.

The curing device is linked to at least one of a) a curing device, a water curing device, aquatic curing device, an air curing device, an air curing device, a solar curing device, a steam curing device, a watering curing device, an autoclave curing device, and the perforator or a mixer. B) or one of the magnetized water and hexagonal water sprayed through a hose-type curing machine for watering with a magnet embedded inside the cone is sprayed onto one of the concrete, concrete materials, and concrete buildings. It is a curing device that promotes the curing of either material or concrete building. The face treatment machine uses one of a) water, water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating agent, and painting agent a1) Curing material of pouring material, material, material, facility, building, structure , concrete; a2) one surface, surface, outer surface, exposed surface, and concave-convex surface of the curing material or concrete; It is one of treating, finishing, smoothing, and concave-convex treatment by spraying on at least one of the above curing materials or concrete, or b) or a face treatment machine linked to at least one of the storages and curing machines. . The nozzle is a) a cone, a mesh, a rod, a frame, a magnet equipped with one or more of the spiral is mounted inside or at the outlet, b) or one of a porous body, a wave body, a hollow body on which the magnet is mounted inside or a nozzle provided at the outlet.

The drone 70 is one of drone 1, drone 2, drone 3, drone 4, and drone 5, and the drone 1 is a drone that has a magnet mounted injector mounted on it and sprays a magnet while moving, or a magnet. It is a drone equipped with a mounted hollow body to pour the pouring material ejected from the hollow body, the drone 2 is a drone equipped with a pouring equipment or a pouring machine on the main body that flies by a rotating blade, and the drone 3 is the cone mesh stick spiral, It is a drone that moves at least one of a storage, a face treatment machine, and a wind compressor or is equipped with one or more, and the drone 4 is a drone equipped with a drilling machine to drill a boring hole for crack repair in a high-rise building, and a supply path ( 25) or a drone equipped with a sprayer 26 to spray magnetized shotcrete on a high-rise slope, a drone equipped with a supply path 25 or sprayer 26 to spray magnetized spray water into the tunnel to remove tunnel dust, It is one of the drones that purifies the air by installing a magnetized installation water in the air by having an installation machine mounted on it, and the drone 5 is a) a drone consisting of a wing, a rotor blade, a propeller, 4 propellers, one of a plurality of propellers, and a main body, b ) a drone composed of an upper wing and a lower body, c) a drone with wings or propellers that generate at least one of a downward flow and a rearward oriented flow for thrust for flight of the main body, d) the lower part of the body a drone that flies upward by a downflow that sends wind to the , g) a motor for rotating at least one of the blades and the propeller; wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind generators connected to this wire; a drone equipped with at least one 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 support, j) the main body and a propeller; upper and lower portions of the main body or propeller; Among the generators that generate electricity by j1) a solar cell, j2) a rotating body, and its rotational power, j1) by one or more of the sun, wind by flight, the downflow, and the oriented flow while being mounted on one or more of One or more drones, k) The generator is a drone that generates electricity while forming a magnetic field by a central rotor (electromagnet) and a stator (iron core) surrounding the outside, ℓ) The j2) The generator rotates in connection with the rotating body k) a drone equipped with a rotor (electromagnet), m) the k) a drone equipped with a generator for generating electricity by rotation of the rotor (electromagnet), n) the rotating body; The outer periphery, upper, lower, upper outer periphery, lower outer periphery of the rotating body; A drone equipped with a conical hollow guide, which is mounted on at least one of the downflow, directional flow, and wind to one of inflow, outflow, and inflow and outflow, o) A drone with an inverter that converts the generated electricity into either direct current or alternating current , p) a drone equipped with at least one of a wire, a plug, an outlet, and a power supply that supplies the generated electricity, q) or a camera, CCTV, video device, photographing device, photographing device, monitor, lamp, lamp, lamp, flashing lamp, It is one of the drones equipped with one or more of a light, a headlight, 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, and the 3D printer 1 is one of the storage and surface processing machine. It is one of a 3D printer that moves an abnormality, a 3D printer equipped with one or more of the storage or face processing machine, a 3D printer equipped with a pourer that moves three-dimensionally while being mounted on a frame mounted on the ground or around a new facility, and the 3D printer 2 is a material supplied from one of the compounding machine 22 and the supply path 25 while moving 73 in three dimensions while a movable body or moving part 116 capable of three-dimensional movement 73 is mounted 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 mortar, ready-mixed concrete, and concrete, and the 3D printer 3 is supported by the frame 72 and its Two rails a (100) mounted on the upper left and right, respectively, while being mounted on the rail a, the two rollers a ( 102), a rail b 103 provided between two rollers a, rotates by a motor b 104 while mounted on the rail b and moves left and right moving along the rail b (one dimension of this + one dimension of the one) = Two-dimensional movement) (73) one roller b 105, while being mounted on the roller b, it is wound or unwound on the rotating body a 112 that rotates by the motor c 111 while moving up and down (the one-dimensional + The two-dimensional = three-dimensional movement) (73) between the up-and-down moving part 108 of one of a line, thread, belt, and chain, or between the rotating body a (112) and the other rotating body b (113) positioned opposite to it. It includes at least one of a bar-shaped vertical movement unit 115 that is press-embedded and pushed or pulled by the rotation of the rotating body a and moves up and down, and a pouring equipment 26 mounted on the vertical moving unit to move three-dimensionally. 3D printer, the 3D printer 4 is a frame 72 on which the rail 100 is mounted. And, a movable body that moves in the X-axis, Y-axis, and Z-axis directions along the rail 100, a movable part, a head, one of the case of the head, and the head, the movable body, the movable part, and one of the case 3D comprising a floater or pourer 26 for ejecting building material (1) to form a 3D structure (8), and a pump (23) for providing pressure to the floater or pourer so that the material (1) is ejected The 3D printer 5 is a printer, and the 3D printer 5 moves one of the mortar, ready-mixed concrete, and concrete in which one of the quick setting agent and the binder that promotes curing through the pouring machine 26 mounted on it is circulated and moved along the building shape or building structure. It is a 3D printer that constructs a building by pouring continuously or intermittently while ascending in layers or tiers with a height of 5 to 30 cm, and the 3D printer 6 performs the pouring on the floor, first-floor columns and walls, first-floor slabs, This is a 3D printer that completes the building by repeatedly constructing n floors in the order of 2nd floor columns and walls, and 2nd floor slabs, and finally making roof slabs.

The 3D printer 7 is a) ground boring for foundation installation, b) rebar mesh is placed on the moving part and rebar mesh is put into the boring hole, c) foundation pile concrete is poured into the boring hole through the pourer, and its pouring Post curing, d) Placing the formwork and rebar in the moving part, transporting and assembling the formwork and rebar at the bottom of the building, e) Pouring the building floor concrete through the pouring machine, curing it after pouring, f) The mold and rebar in the moving part 1st floor column, wall frame, rebar transport and assembly, g) 1st floor column, wall concrete pouring, curing after pouring, h) raising at least one of the movable body and pouring machine, i ) First-floor slab formwork and rebar transport and assembly by mounting the formwork and rebar to the moving part, j) First-floor slab concrete pouring through the pouring machine, and curing after its pouring, k) By mounting the formwork and rebar to the moving part Two-story column, wall frame, rebar transport and assembly, ℓ) Two-story column, wall concrete pouring, and curing after pouring through the pouring machine, m) Raising at least one of the movable body and the pouring machine, n) above It is a 3D printer that repeatedly performs one or more of n-story columns, walls, slabs, etc., transport and assembly of reinforcing bars, concrete pouring, curing after pouring, o) final roof concrete pouring through the pouring machine, and curing after pouring.

The wind compressor 50 is one of a wind compressor 1, a wind compressor 2, and a wind compressor 3. Wind compressor 1 is to supply compressed air to one or more of the storage, the sprayer, the nozzle, and the 3D printer. Wind compressor 2 is a) a mechanism for generating compressed air using wind; b) or wind, the blades rotated by it, the rotational force of these blades, the crank rotating by the rotational force, the rod mounted on the crank and linear motion, the piston mounted on the rod, and the piston reciprocating inside a mechanism comprising at least one of a moving cylinder, air compression in the cylinder by the pushing force of the piston, compressed air generated by the compression, an outlet of the cylinder from 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 a rotary linear transducer and a piston connected to a rotating wind blade; one of them

The wind compressor 3 uses one (63) of pressure, compressed water, compressed water, and compressed air through a) a hose (64) connected to the outlet (62) of the cylinder (water), water, liquid (液) Yu(流), Qi(流), Go(固), Qi(劑), Ash(材), Substance, Object, Body, Material(1), Material(1), Underwater, Underwater, River, Pond, Aquarium , tank, pipeline, tube, hose, pipe, hollow body, compounder (22), pump (23), supply path (25), storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, aerial, indoor, factory, on-site, Aeration, reaction, coagulation, oxidation, purification, To improve one of water purification and cleanliness, or to b) or inject into one (1) of soil, mortar, ready-mixed concrete, and air or air bubbles embedded in air or air bubbles, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight It is to form one of mortar, lightweight ready-mixed concrete, and lightweight concrete.

Configuration 1, Configuration 2, Configuration 3, Configuration 4, Configuration 5, Configuration 6, Configuration 7, Configuration 8, Configuration 9, Configuration 10, Configuration 11, Configuration 12, Configuration 13, Configuration 14, configuration 15, configuration 16 includes at least one of, wherein configuration 1 is a perforator and a storage mounted thereon, a hopper, a mixer, a pump, a drone, a transporter, a supply path, a pouring machine, a laying machine, an injector, a syringe, an injector, It is composed of one or more of a shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixer, a curing machine, and a face treatment machine, or in the order of two or more, and the configuration 2 is a) a perforator, b) In addition to this, a storage, a hopper, a mixer , pump, drone, transporter or supply route in the order of, c) In addition to this configuration, a pouring machine, a pouring machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a coating machine, a packing machine, a compactor, a mixer, a face treatment machine One of, d) is composed of a curing machine in addition to one of these, and the configuration 3 is a) a drilling machine for drilling one of underground, rock, and a building, b) a pouring machine, a laying machine, an injector, a syringe, a sprayer provided therein , one of the shorting machines, coating machines, coating machines, packaging machines, compactors, and mixers, c) one or more of the storage, hopper, mixer, pump, drone, transporter, and supply route that supplies the material to this one, or in the order of two or more Configuration 4 consists of: a) a storage, hopper, mixer, pump, drone, transporter, supply path, which stores, mixes, and supplies one or more of materials, b) pouring, laying, injecting, injecting, Spraying, coating, painting, packaging, compaction, mixing, pressurized water or compressed air supply, curing pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packing machine, compactor, mixing machine , a curing machine, two or more of the face treatment machine, or two or more are sequentially configured, and the configuration 5 is a) a drilling machine for drilling one of the underground, rock, and building, and a supply path for supplying bentonite slurry thereto, b) Blending in a blender after the drilling One or more of the injectors for injecting one of the mortar and concrete into the perforation portion or in the order of two or more, the configuration 6 is stored through one or more of a storage, a hopper, a mixer, a pump, a drone, a transporter, and a supply path A pouring machine that pours, places, injects, injects, sprays, coats, paints, packs, compacts, mixes, supplies compressed water or compressed air, and cures one or more of the materials that have been mixed, pumped, transported, and supplied. , Installer, injector, syringe, sprayer, shorting machine, coater, sprayer, packaging machine, compactor, mixer, curing machine, face treatment machine or two or more in the order of two or more, the configuration 7 is a) a perforator , b) in addition to one or more of a storage, hopper, mixer, pump, drone, transporter, supply path; At least one of a packing machine, a compactor, a mixer, and a face treatment machine, d) is composed of a curing machine in addition to at least one of c) above,

The configuration 8 is a) a perforator, a storage, a hopper, a mixer, a pump, a drone, a transporter, a supply path, a pouring machine, a laying machine, an injector, a syringe, an injector, a shorting machine, Coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, face treatment machine; b) the perforator or face-processing machine having a magnetization function by at least one of the cone-and-stick spiral or hexagonal hand machine; Of two or more or in the order of two or more, the configuration 9 is a combination of sand, cement, water, and admixture stored in one of the storages 20 provided with the magnet 10 through the hopper 21 through the blender 22 is put into and blended, and the concrete, which is the blended mixture, is pumped by the pump 23 and poured into the mold 30 through the magnetic embedding supply path 25 or the pouring machine 26, and curing of the poured pouring material The curing is promoted by spraying magnetized curing water through the medium magnet embedded curing machine 26, and after curing, the mold 30 is demolded, and the magnetization type coating agent or coating agent is applied to the material surface through a magnetic embedded coating machine or a coating machine 26. It is composed of the storage, hopper, compounding machine, pump, supply path or pouring machine, curing machine, coating machine or painting machine that manufactures materials by spraying coating or painting, and the configuration 10 is the raw material stored in the storage hopper After mixing in the compounder, pressurized through the pump, poured into the mold through the pouring machine, and cured in the mold with a curing machine, one of curing, watering curing, steam curing, autoclave curing, and then dismantling the mold It is composed of the storage, hopper, compounding machine, pump, pouring machine, and curing machine that manufactures one of columns, piles, and piles,

In the configuration 11, at least one of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet embedded compounder 22 through the hopper 21 and blended, and the mixture is magnetized One (1) of mold mortar, ready-mixed concrete, and concrete is pumped by the pump 23 and poured into the mold 30 for building construction through the magnet embedded supply path 25 or the pouring machine 26, and the During curing of the cast-in-place, curing water is sprayed through the curing machine 26 to promote curing, and 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 a coating machine and a coating machine (26). , The storage, hopper, compounding machine, pump, supply path or pouring machine, curing machine, coating machine, and coating machine that forms a phytoncide building by spraying at least one of the coating agents and coating and painting at least one of the above, 12, at least one of sand, cement, water, and admixture stored in the cone-equipped magnet 10 embedded storage 20, through the magnet-equipped hopper 21, is put into the magnetized compounding machine 22 in which the magnet-equipped cone is embedded and blended And, one (1) of the combination of magnetized asphalt concrete, ready-mixed concrete, and concrete is pumped by the pump 23, and through the cone-equipped magnet embedded supply path 25 and the laying machine 26, etc., the ground, road, and pavement The storage, hopper, compounding machine, pump, supply path, laying machine that builds a phytoncide road by installing on one top, compacting it with a compactor, and then spraying magnetizing curing water through a hose-type curing machine 26 equipped with a magnet to promote curing. , a compactor, and a curing machine, and the configuration 13 is a magnet with a cone embedded in a hopper 21 with at least one of sand, cement, water, and admixture stored in a cone embedded storage 20 with a magnet 10 through a cone embedded hopper 21 It is put into the embedded compounder 22 and blended, and one (1) of the magnetized mortar, milk, chemical, suspension, and slurry, which is a mixture thereof, is pumped by the pump 23, and the cone-equipped magnet embedded supply path 25 and hollow rod type magnetization injector (26 ) is to be composed of the storage, hopper, compounder, pump, supply path, and injector that improves the ground by spraying or injecting into the ground through

In the configuration 14, at least one of sand, cement, water, and admixture stored in the magnet 10 embedded storage 20 is put into the cone-equipped magnet embedded compounder 22 through the hopper 21 and blended, and a mixture thereof is magnetized Reinforcing the excavation surface by pouring the phytoncide shotcrete 1 on the tunnel excavation surface with the injector 26 through the supply path 25 provided with the magnet-embedded hollow body by pressurizing the mold mortar 1 by the pump 23. It is composed of a storage, a hopper, a compounder, a pump, a supply path, and a sprayer, and the configuration 15 is a magnet embedded compounder with a cone through the hopper 21 at least one of sand, cement, water, and admixture stored in the storage 20 ( 22) and mixed, and at least one (1) of the magnetized green soil material and seed spray material, which is a mixture thereof, is pumped by the pump 23 to the rear end of the supply path 25 equipped with a cone-equipped magnet embedded tube. The storage, hopper, compounder, pump, supply path, and sprayer that reinforce the slope by pouring one or more (1) of phytoncide green soil material and seed spray material on the slope through the installed sprayer 26, the configuration 16 At least one of sand, cement, water, and admixture stored in the silver storage 20 is put into the cone-embedded compounder 22 with a magnet through the cone-equipped magnet-embedded hopper 21 and blended, and magnetized concrete (1) ) by pump 23, pouring it into the formwork of the facility with a pouring machine 26 through the supply path 25 equipped with a magnet-embedded hollow body, and curing it, and during curing, magnetizing curing water through a magnet-embedded hose type curing machine. , or by spraying curing water of hexagonal water for accelerated curing, and then demolding the form to build a phytoncide facility, characterized in that it is composed of the storage, hopper, compounding machine, pump, supply path, pouring machine, and curing machine.

An embodiment of the equipment of the present invention is equipment equipped with a cone-mesh bar spiral, for construction work using a 3D printer, building construction using a pouring machine or a drone-mounted pouring machine, and river aeration in which an air-flow pouring material is injected into a river using a sprayer Work or river purification work, injection construction of injecting cast material into the ground using an injector, mixing construction of mixing cast material in the ground using a rotary mixer, or magnet The 3D printer, the pouring machine, the drone-mounted pourer, the injector, the injector used for one or more of aeration or coagulation of the contaminated water 121 in the tank by putting the cone-embedded hollow body 13 into the tank 120 with the built-in , a rotary mixer, at least one of a hollow body. The aggregate 122 of the contaminated water sinks down and is carried out, and the purified purified water 123 is discharged to the outside as fine foreign substances are filtered through the filter 124 and discharged to the outside for recycling or discharge (125). characterized in that

Examples of the material in the present invention include a cone mangbongte spiral; toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal machines; As a material prepared by equipment equipped with one or more of the above, the equipment consists of two or more of a storage, a hopper, a compounder, a pump, a supply path, a pouring machine, a curing machine, a coating machine, a painting machine, and a face treatment machine in the order of, The storage is to store the material contained in the material while the cone mesh spiral or the magnetizer is provided inside, the hopper is to put the material into the compounder while the tube is provided at the inlet, and the compounder is the hexagonal inside The material is blended while the hose is provided at the outlet or the outlet, and the pump pumps the blended compound by pressure while the pipe is provided at the outlet, and the supply path or pourer is the magnetizer or the inlet therein. While the hollow tube is provided, the compound is poured into the mold, and the curing machine is to cure the cast by spraying curing water to the cast while the hollow body is provided at the outlet, and after the curing, the mold is demolded , the material cured by the demolding is composed, the surface treatment machine is to surface-treat the material surface while the magnetizer is provided, and the coating machine is provided with the tube or hexagonal water machine at the inlet and sprays a coating agent on the material surface. To coat with a coating agent, the coating machine is to spray the coating agent on the surface of the material while the pipe or magnetizer is provided at the outlet to apply the coating agent, and the cone mandrel spiral is the following x or y or z, and the material is a) Mortar, milk, chemical, suspension, slurry, formulation, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, beam, wall, board, pipe, tile, brick, block, mat, board, girder, slab, culvert, box, Tanks, manholes, Hume pipes, tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the beam or construction material containing or curing one of the mortar or plaster; c) or construction, construction, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, or one of the materials, materials, raw materials, above mortar or construction materials; characterized as one of them.

An embodiment of the hollow body in the present invention is a hollow body provided with a cone mesh bar screw, and the hollow body is a barrel, a tank, a box, a tank, a tube, a hose, a pipe, a hollow tube, a hollow cylinder, a hollow ball, a hollow body, It is one of the hollow bodies, and 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 is one end and both ends of the hollow body. , is mounted on at least one of the middle, and the inclined tube is a) mounted on the side of the hollow body, or b) or while being mounted, b1) inclined with respect to the side of the hollow body, inclined at an angle of 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; One of the injectors, a) is mounted on 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 outer, the outer surface, one side, and both sides One, the check valve includes: a) a one-way open valve that prevents the material inside the hollow body from flowing out through the inclined pipe or the injector; b) allowing the additive to flow into the hollow body through the inclined tube or the injector and, conversely, preventing substances inside the hollow body from flowing out through the inclined tube or the injector; c) or a valve locking jaw 93, a valve 94 compressed or spaced apart from the locking jaw, and a spring 92 for pressing the valve to the valve locking jaw; one of, the cone mesh bar spiral is the following x or y or z, the bar is an inclined inclined bar or an inclined bar inclined with respect to the magnetic body, the frame is a cone-shaped frame with porous holes, and the spiral is itself It is characterized in that the cone-mandrel spiral, which is a spiral that performs one of vortex, aeration, and agitation for the material passing through it.

An embodiment of the material in the present invention is a material manufactured by using at least one of a certain amount of equipment and materials that have passed through the material, and the equipment includes: toothed tubes, hoses, pipes, hollow tubes, hollow bodies, magnetizers, hexagonal machines; One or more of the above is provided, and the equipment is configured in the order of two or more of a storage, a hopper, a compounder, a pump, a supply path, a pouring machine, a curing machine, a coating machine, a painting machine, and a face treatment machine, and the material includes water, Water, liquid, oil, medicine, qi, high, ash, sol, gel, substance, mortar, milk, material, ready-mixed concrete , paste, plaster, and at least one of concrete is included, and one of the following ①, ②, and ③ is contained in one of the materials, water or concrete, wherein 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, NaFeAl , at least one of KNaSiAl, wherein ② is at least one of resin, waste powder, mineral, loess, fiber, latex, microorganism, by-product, slag, expanding agent, phytoncide, zeolite, geopolymer, and ③ is one of Ca to KNaSiAl It is at least one of the above-mentioned resin or geopolymer, and the material is characterized in that it is one of the mortar or construction material.

Examples of construction in the present invention include a) a drilling machine, a storage 20, a hopper 21, a mixer 22, a pump or pressurizer 23, a transporter 24, a feeder or a supply path 25, a pouring machine (26), the installation machine, the injector, the syringe, the sprayer, the shorting machine, the coating machine, the sprayer, the packaging machine, the compactor, the mixer, the curing machine, the equipment consisting of two or more in the order of two or more of non-order; b) equipment to which one or more of a nozzle, a drone, and a 3D printer is added while being configured above; c) equipment on which a wind compressor is mounted while being configured and added; d) material that has been subjected to said equipment; Construction is carried out using one or more of the following, and the following is the same as described above, and the construction is one of construction, pouring construction, facility construction, construction construction, building construction, tunnel construction, road construction, and ground construction. do.

Examples of purification in the present invention include a hollow body equipped with a cone-mang barge spiral; a cone mesh barn screw or an injector equipped with the hollow body; material that has been subjected to one of the double; One or more of these are used to purify, 1) the sprayer sprays a certain material, sprays water, sprays water, sprays water, sprays air, sprays dust, or injects air-flow materials into the river. , 2) The hollow body 13 is built in a predetermined tank 120 , and the material 1 containing at least one of a reactant and a coagulant is introduced into the tank through the hollow body, so that the contaminated water in the tank Aeration 121 becomes one or more of aeration and coagulation, and the aggregate 122 of the contaminated water sinks down and is carried out, and the purified water 123 that has been purified is filtered through the filter 124 to filter out fine foreign substances. It is discharged to the outside to be recycled or discharged (125), 3) the cone mandrel spiral is the following x or y or z, 4) is the same as above, 5) at least one of the injector, the hollow body, and the material is one or more of purification, facility purification, river aeration, and water purification, 6) the purification is characterized in that one of purification, facility purification, river aeration, and water purification.

The equipment of the present invention, according to embodiment a, a) a magnet with a cone mesh bar screw; b) a porous body, a wave body, and a hollow body on which the magnet is mounted; c) a nozzle, a pouring machine, an injector, an injector in which one of the magnets or the hollow body is mounted inside or at the outlet; d) a drone that moves one of the magnets or injectors, a 3D printer; e) a drone that mounts the injector on itself and injects magnetized materials while moving; f) a 3D printer for moving the caster by mounting the caster on its own plotter; g) a drone provided with the hollow body to pour the pouring material ejected from the hollow body; h) a 3D printer equipped with the hollow body-equipped pouring machine on its own plotter to pour the pouring material sprayed from the pouring machine; i) a wind compressor for supplying pressure to one of the hollow body to the 3D printer through a hose; j) a solar generator, a wind generator that supplies electricity to one of the magnets, the 3D printer, the coil of an electromagnet that is one of the magnets, and a motor that rotates the wings of the drone through an electric wire; As equipment in which one or more of one or more of magnetization, vortex, and magnetization vortex is poured,

1) The cone mandrel spiral is a) cone; b) or two or more of cones, meshes, rods, frames, spirals; One of these is cone mesh, cone rod, cone frame, cone wire, wire mesh, loop wire, wire wire, wire mesh, wire wire, frame wire, corn wire, wire wire, wire wire, wire wire, wire wire, wire wire, wire wire, wire wire, wire wire, wire loop spiral, cone-membrane spiral; c) connecting two or more of the cones to the helix; As one of these, the corn mandrel-frame spiral, the cornman-bong-frame spiral-conmant-beam frame spiral, the corn mant-beam frame spiral-conmanmang-bong-frame spiral, the cone-manbong frame spiral-conmant-beam frame spiral; d) Combination of cone mesh frame spiral, cone mesh sewing machine-spiral, cone mesh rod-frame spiral, cone mesh sewing machine spiral, cone mesh sewing frame-spiral, cone-membrane frame spiral, cone-membrane frame spiral, cone-mesh-membrane spiral, cone- mesh-rod-frame helix, cone-mesh-rod-frame-helix; e) Convergence helix, helix before helix, helix after helix, helix on top of cone, helix under cone, helix after helix, helix after helix, helix on top of cone , Spiral before sewing machine; f) a combination of cone-and-stick helix, a combination of cone-mesh-beam, a combination of cone-and-beam, a combination of cone-mandrel, and a combination of cone-mesh-rod-frame-helix; g) a cone-shaped or porous-type cone-mesh bar spiral with perforated holes; h) a cone, a cone-shaped mesh positioned inside the cone, a rod mounted inside the mesh, a cone-shaped frame positioned outside the cone and having a larger aperture than the mesh, the cone; , a net, a structure consisting of a spiral located on one side of the frame; i) a cone in which the pouring material overflows the outer slope and vortexes while flowing into the inner slope; A mesh in which the pouring material passes through its own hole and vortexes; Bongwa that vortexes as the pouring material collides; a frame in which the pouring material passes through its lattice hole larger than the fine and vortexes; A spiral in which the pouring material swirls and vortexes;

j) j1) one or more cones, meshes, rods, frames, spirals, cone meshes, sewing frames, cone mesh rods, frame spirals, mesh sewing machines, cone mesh sewing machines, mesh sewing machine spirals, and cone mesh sewing machine spirals; j2) Before, after, left, right, upper, lower, upper, lower, upper, lower, 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, passage, outside, outer periphery, outer surface, periphery, nearby, near, entrance, middle, exit, front, rear, front, rear, side, one-way, two-way, three-way, four-way, forward, backward to flow or pour flow; provided in one or more of, configuration, mounting, installation, location, arrangement, combination, fastening, combination, linkage, row position, misaligned position, crossed position, first-row arrangement, second-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, one or more of the above-mentioned cones or cones, which are arranged in one of a checkerboard arrangement and a zigzag arrangement;

k) One of the pouring materials, raw materials, and materials passing through the cone-and-ring frame spiral as one of the provision or zigzag arrangement becomes one of contact, face-to-face, or collision with the cone-and-stick spiral, so that one of the pouring material, raw material, and material agitation, aeration, vortex, magnetization, undulation, pulsation, hexagonal hydration, oscillation, pulsation, cavitation; One of the two improves, rises, promotes, doubles; The cone to become one of the cones or cones, and spirals; is one of

2) The cones or cones included in the cone mandrel spiral are a) cones, cones, cones, cones, hats, cones, mangcons, cones, bongcons, cones, cones, dolgicones, inclined cones, double cones, multiple Cone, spiral cone, perforated cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone hook wire, spiral hook cone, cone middle spiral, spiral middle cone, spiral wick cone, cone wire , one-sided spaced cone, double-sided spaced cone, mesh spiral, corn stick, wire mesh spiral, corn mesh spiral, cone wire spiral, cone wire mesh, cone wire spiral, corn round wire, corn mesh wire spiral; b) a cone with an inclination angle of 1 to 89 degrees, a spaced cone with a separation range between the outer and inner diameters, a cone having a hollow diameter of one side of 1.1 to 5.0 times the diameter of the other side, and a length of 0.1 to 0.8 of one of the magnets or multiple magnets one of a cone having a cross-sectional area of 0.1 to 10.0 times the diameter of one side of the hollow body, or a cone having a cross-sectional area of one side of the hollow body of 0.05 to 0.9 times of the inner cross-sectional area of the hollow body or 1.1 to 10.0 times of the cross-sectional area of the magnet;

3) The magnet is a) a magnet, a group of magnets, an electromagnet, a dichroic magnet, a bar magnet, a plank magnet, an atomic magnet, a magnetite, a magnet body, a magnetic body, a magnetic body, a magnetized body, a wave body, a magnetized body, a magnetic field body, a hexagonal hydrated body , Magnetized wave body, Magnet equipped body, Magnetized energy body, Double magnet, Multiple magnet, Multiple 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 iron core, solenoid Electromagnets, mounted non-magnets, vortex-type mounted non-magnets, magnetic bodies lined with magnets, two or more multiple magnets having the same or different magnetic force; b) one or more magnets or multiple magnets, wherein the magnetic force is between 1000 and 20,000 Gauss; c) at least one of the magnets or the plurality of magnets is the embedded, the cover, and the lining of the magnet or the plurality of magnets; d) the magnet or the plurality of magnets to which two or more of the magnets or the holder non-magnets are coupled; e) a magnet, a magnetic material, inserted through the central passage of the cone; f) a magnet or a magnetic body having an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or cross-sectional area of the hollow body; characterized as one of them.

According to embodiment b, a) a1) a net is mounted after the cone, a2) a rod is mounted after the net, a3) a mold is mounted after the rod, a4) a spiral is mounted after the mold, , a5) a magnetic body is mounted on one or more of the cone, mesh, rod, frame, and spiral, and a6) a cone mesh rod frame spiral formed by having a waving body mounted on the magnetic body; b) or b1) a frame is mounted before or after the spiral, b2) a mesh is mounted on one side of the frame, b3) a rod is mounted inside the mesh, b4) a cone is fitted to the rod, b5) a magnetic body is mounted on at least one of the cone, mesh, rod, frame, and spiral, b6) a cone mesh rod frame spiral formed by mounting a wave body on the magnetic body; c) or c1) the cone is a porous type with perforated holes, c2) the mesh is a mesh 48 with hole holes smaller than the hole hole size of the frame 46, and c3) the rod is inclined or lower a slanted rod inclined with respect to a magnetic material, c4) the frame is a cone-shaped frame with porous holes, c5) the spiral is a spiral that vortexes, aeration, and agitates the material passing through itself; d) a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal machine; It is characterized in that at least one of them is used or included.

The material of the present invention, according to Example c, comprises: A) a) a cone mesh barbed wire as described in Example b above; b) cone mandrel spiral; c) cone mandrel spiral; and d) a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal machine to which the cone mesh barbed wire is mounted; e) a storage 20, a hopper 21, a mixer 22, a pump or a pressurizer 23, a transporter 24, a feeder or a supply path 25 provided with one of the above cone mesh spiral, tube or hexagonal water machine , a pouring machine 26, a sprayer, an injector, a syringe, a shorting machine, a coating machine, a painting machine, a laying machine, a packaging machine, a mixing machine, a compactor, a curing machine, a face treatment machine; f) One of the following numbers to concrete is sequentially stored, input, mixed, pressurized, transported, supplied, poured, sprayed, injected, injected, shot, coated, painted, laid, packed, mixed, compacted, cured, faceted The storage to become one or the face treatment machine; g) equipment, manufacturing equipment, construction equipment, and purification equipment consisting of two or more of the above storage and face processing machines in order or in no order; h) water, water, liquid, oil, medicine, qi, which have passed through at least one of the above cone mesh spiral, tube or hexagonal water machine, storage or face treatment machine, and equipment; Glue, ash, ash, sol, gel, substance, mortar, milk, material, ready-mixed concrete, paste, plaster, concrete; i) Ca, Mg, Si, Fe, Me, Al, K, Na, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, the above water or concrete containing at least one of MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl; j) resin, waste powder, mineral, ocher, fiber, reinforcing material, nano material, latex, microorganism, by-product, slag, swelling agent, phytoncide, zeolite, geopolymer in addition to the above-mentioned water or concrete containing at least one; k) said water or concrete containing at least one of said resin or geopolymer containing at least one of said Ca to KNaSiAl; One or more of the above is used or included in composition, or B) or one of the above water or concrete is magnetized, fluidized, stored, input, mixed, pressurized, transported, supplied, poured, A material composed of at least one of injection, injection, spraying, compaction, mixing, watering, curing, and face treatment, wherein the material is a) mortar, milk, chemical solution, suspension, slurry, Mixture, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, beam, wall, board, pipe, tile, brick, block, mat, board, girder, slab, culvert, box, tank, manhole, Hume pipe, countertop, foundation, column, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the beam or construction material containing or curing one of the mortar or plaster; c) or construction, construction, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, or one of the materials, materials, raw materials, above mortar or construction materials; characterized as one of them.

According to Example 4, the facility of the present invention is a facility constructed according to A) and B) described in Example c, wherein the facility is a house, a dam, a foundation, a pile, a ground, a slope, a house, a building, a road, a sidewalk , pavement, embankment, bridge, tunnel, retaining wall, harbor, facility, structure, facilities, apartment building, prefabricated house, canopy building, canopy house, mobile home, container house, farm building, plant farm building, water treatment facility, wastewater treatment facility , characterized in that it is one of the purification facilities.

The manufacturing method of the present invention comprises, according to Example e, A) the a) cone-and-stick helix described in embodiment b, or b) the cone-and-stick helix, or c) the cone-and-stick helix, and d) the cone-and-stick helix. It is mounted on one of a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal machine, and e) one of the cone mesh bar spiral, tube or hexagonal machine is a storage 20, a hopper 21, and a mixer 22 ), the pump 23, the transporter 24, the supply path 25, the pouring machine 26, the injector, the mixer, the compactor, the curing machine, and the face treatment machine are provided in one or more, f) the storage or the face treatment machine two or more of the equipment is provided in the enumerated or unordered order, f) f1) the material is stored in the storage 20; f2) the material is fed into the mixer 22 by the hopper 21; f3) the material is mixed by the mixer 22; f4) the material is pressurized, pumped, pumped, supplied, provided by the pump 23; f5) material is transported, transported, supplied, provided by the transporter 24; f6) material is supplied and provided by the supply path 25; g) g) g1) material is poured by the pouring machine 26, injection, grouting, pouring into a mold, pouring in a factory, pouring in the field, pouring for foundation construction; g2) material is injected by the injector, underground injection; g3) the material is compacted by the compactor, underground compaction; g4) mixing the material by the mixer, underground mixing; g5) curing the poured material by the curing machine; g6) face treatment after curing by the face treatment machine; Become one or more of manufacturing, material manufacturing, ready-mixed concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, or pile manufacturing;

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

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

According to Example f, the construction method of the present invention can be performed according to A), B), or C) described in Example e. It is characterized by being one of the constructions.

The purification method of the present invention, according to Example 7, comprises: a) a cone mandrel spiral as described in Example b above; or b) a cone mandrel spiral; or c) a cone mandrel spiral is formed; And d) the cone mesh spiral is mounted on one of a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal machine, e) one of the cone mesh spiral, a tube or a hexagonal machine is a storage 20, Hopper (21), mixer (22), pressurizer or pump (23), transporter (24), feeder or feed path (25), pourer (26), injector, injector, syringe, shoter, coater, sprayer provided in at least one, f) two or more of the storages or sprayers are equipped with equipment configured in the listed or unordered order, g) g1) material is stored in the storage 20; g2) the material is fed into the mixer 22 by the hopper 21; g3) the material is mixed by the mixer 22; g4) pressurizing, conveying, pumping, supplying, supplying the material by means of the pressurizer or pump 23; g5) material is transported, transported, supplied, provided by the feeder or transporter 24; g6) material is supplied and provided by the supply path 25; h) h) h1) material is poured by the pouring machine 26, injection, injection, underwater pouring, pouring in the field, pouring for purification; h2) material is sprayed by the sprayer, watering, water spraying, underwater spraying, air spraying, dust removing spraying, and air flow material being injected into the river; h3) material is injected by the injector, water injection, air injection; h4) material is shorted by the shorting machine, knock-shotting; h5) coating the material by the coating machine, surface coating; h6) the material is painted by the sprayer, a razor; It becomes one or more of purification, facility purification, river aeration, and water purification.

B) or a) the water or material that has passed through at least one of the cone-and-stick spiral, tube to hexagonal machine, storage to sprayer, and equipment; b) said water to material containing at least one of said Ca to KNaSiAl in addition to said passing; c) catalyst, ion, air, pressure, bubble, oxygen, hydrogen, nitrogen, carbon, drug, drug, drug, chemical solution, ocher, ozone, enzyme, yeast, microorganism, nutrient, photocatalyst, cation, anion, Enzyme, aerobic agent, anaerobic agent, activator, carbonic acid, cleaning agent, purifying agent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, air freshener, antibacterial agent, foaming agent, detoxifying agent, phytoncide, fungicide, decontamination agent, odor remover, atopyone The water or substance containing at least one of a remover, an environmental hormone remover, a sick house syndrome remover, a pump pressure machine, a blower pressure machine, and a wind power compressor pressure; d) said water or material containing at least one of said catalyst or said wind compressor comprising at least one of said Ca to KNaSiAl; One or more of these are used or included to become one of purification, facility purification, river aeration, and water purification.

C) or one or more of the above water or substances is magnetized, fluidized, stored, injected, mixed, pressurized, transported, supplied, poured, injected, or sprayed by one or more of the above cone and mesh spirals or equipment to purify, facility It is characterized by being one of purification, river aeration, and water purification.

Embodiment 1 of the present invention is: A) the pouring material is in contact, flow, passing, etc., pouring the pouring material, spraying, etc. a) a magnet, an electromagnet having a coil in the iron core; b) a cone mesh bag on which the magnet or electromagnet is mounted; c) a mechanism on which one of the magnets, electromagnets, and cone mesh sealing frame 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 equipped with one of the magnets, electromagnets, cone mesh sealing frame, mechanisms, and hollow bodies or moving one of the drones, 3D printers; e) a wind compressor for supplying pressure (compressed air) to one or more of the magnet, electromagnet, cone mesh sealing frame, mechanism, hollow body, drone, and 3D printer; f) or a solar generator or wind generator that supplies electricity to one of the apparatus, drone, 3D printer, electromagnet, and coil; at least one of the following; Equipment, pouring equipment, magnetizing equipment, magnetizing pouring equipment, magnetizing vortex pouring equipment,

B) Or magnetization (by the magnet, etc.) passing through one or more of the magnet, electromagnet, cone mesh sealing machine, mechanism, hollow body, drone, 3D printer, vortex (by the cone mesh sealing machine), (by the magnet, cone mesh sealing machine) ) a) casting material of one of the magnetizing vortices; its inclusions; b) or at least one of Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, (one of Ca to CaFe) agent, ash, ion, component, element, element, substance , reactant, binder, inclusion material, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, at least one of phytoncide products (at least one of Ca to phytoncide products) ) contained the pouring material or inclusions (one of the above magnetization, vortex, and magnetization vortex, its inclusions); It is being poured; It relates to eco pouring equipment, characterized in that it is one of equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, and magnetization vortex pouring equipment.

Examples of Example 1 include: A) a) an electromagnet-mounted cone mesh bag in which a coil is wound on an iron core; c) a hollow body on which the cone mang sealing machine is mounted; d) a drone or a 3D printer equipped with or moving the hollow body; e) a wind compressor for supplying pressure to the hollow body; f) or a solar generator or wind generator for supplying electricity to the coil; A pouring equipment provided with at least one of B) or a pouring equipment in which the magnetized vortex pouring material passing through the cone mesh sealing machine or hollow body is poured.

The above magnets, magnetic bodies, electromagnets, cone mesh sealers, instruments, hollow bodies, drones, 3D printers, equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetization vortex pouring equipment, etc. It plays a role of magnetization, pouring, etc. In the above equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetization vortex pouring equipment, etc., hoses, nozzles, and sprayers for pouring pouring materials, a supply path or supply line for supplying pouring materials thereto, and pressurized pouring materials are provided or introduced thereto It is possible to basically provide a pump, a storage for providing or putting materials to be placed therein, and the like.

In the present invention, electricity is a) electricity, power source, electric power, power source, switchboard, outlet, plug, charger, rechargeable battery, dry cell, battery, KEPCO power supply, KEPCO electricity, commercial power, commercial electricity, incoming power, incoming electricity, generator electricity, Solar generator electricity, wind generator electricity, power supply, power supply, b) or equipment, substances, objects, pumps, compressors, electromagnets, coils of electromagnets, pouring equipment, storages belonging to these, mixing machines, pressurizers, feeders or feeders, pouring Electricity supplied to machines, sprayers, injectors, syringes, shorting machines, coating machines, painting machines, laying machines, packaging machines, mixing machines, compactors, curing machines, and surface treatment machines is applicable.

Example 2 is A) a) a cone mandrel spiral; b) One of these b1) a cone, a cone-shaped mesh positioned inside the cone, a rod mounted inside the mesh, and a cone-shaped frame positioned outside the cone and having larger holes than all holes of the mesh And, the cone, the net, the structure consisting of a spiral located on one side of the frame; b2) a cone, mesh, rod, frame, or spiral having a shape different from its own term or shape; b3) Cone-type or perforated cone-mesh bar spiral with perforated holes; b4) or a cone, mesh, rod, frame, or spiral having a shape different from its own terms, including at least one of cone, mesh, rod, frame, and spiral; b5) or a cone in which the pouring material overflows the outer slope and flows into the inner slope and swirls; A mesh in which the pouring material passes through its own hole and vortexes; Bongwa that vortexes as the pouring material collides; a frame in which the casting material passes through its own grid holes larger than the fine (because the grid holes of the frame are larger than the hole holes of the mesh or have a larger particle diameter) while vortexing; A spiral in which the pouring material swirls and vortexes; (a) one of (a) cone-and-stick helix, b1) construct, b2) member, b3) cone-and-stick spiral, b4) member, b5) one of the above) mounted or mounted on one magnet, the magnet is lined a magnetic material, an electromagnet with a coil wound on an iron core, or two or more plural magnets having the same or different magnetic force;

b) a magnet or electromagnet embedded in or attached to one of said cones, meshes, rods, frames, spirals, structures, bodies, cones, or embedded in or attached to a central passageway thereof (in said one central passageway); (Here, the cone, mesh, rod, frame, and spiral are one of cones, meshes, rods, frames, and spirals constituting the cone, mesh, rod, frame, and spiral. embedding or attachment), c) one of the above magnets or electromagnets (a) a magnet, a magnetic material lined with a magnet, an electromagnet with a coil wound around an iron core, two or more multiple magnets having the same or different magnetic force; b) one of a magnet or an electromagnet) a mounting mechanism or a hollow body; d) drones, 3D printers, which include or move one of the magnets, magnetic bodies, electromagnets, mechanisms, and hollow bodies or pour the pouring material by the provision; e) a wind compressor that supplies pressure (compressed air) to one or more of the magnet, magnetic body, electromagnet, cone, mesh, frame, spiral, construct, cone mesh, spiral, mechanism, hollow body, drone, 3D printer, and pouring material; f) or a solar generator or wind generator that supplies electricity to one or more of the apparatus, drone, 3D printer, electromagnet, and coil thereof; Equipment equipped with at least one of, pouring equipment, magnetizing equipment, magnetizing pouring equipment, magnetizing vortex pouring equipment,

B) or magnetization (by the magnet, electromagnet, magnetic material, etc.) through one or more of the magnet, magnetic body, electromagnet, mechanism, hollow body, drone, 3D printer, (the cone, mesh, rod, frame, spiral, construct, a) casting material of one of eddy currents (by the magnet, electromagnet, magnetic body, cone, net, rod, frame, spiral, construct, sphere, cone-and-stick spiral, etc.) vortex; its inclusions; b) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one agent, ash, ion, component, element, element, substance, reactant, combination, inclusion Water, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, phytoncide water containing at least one of the above pouring material or inclusions; It relates to an eco pouring equipment, characterized in that it is one of equipment, magnetization pouring equipment, and magnetization vortex pouring equipment.

Examples of Example 2 include: A) a) a magnet or electromagnet on which a cone-mesh bar spiral is mounted; b) a magnet or an electromagnet embedded or attached to the cone mesh spiral, or embedded or attached to the central passage of the cone mesh spiral; c) a mechanism or a hollow body for holding one of the magnets or electromagnets; d) a drone, a 3D printer, that includes the hollow body and pours a material to be poured; e) a wind compressor for supplying pressure to the hollow body; f) or a solar or wind generator that supplies electricity to the coil of an electromagnet; Casting equipment provided with one or more of; B) or the above-mentioned magnet, magnetic body, electromagnet, mechanism, hollow body, drone, and pouring equipment in which the pouring material passed through at least one of the 3D printer is poured. The above magnets, magnetic bodies, electromagnets, cone mesh sealers, instruments, hollow bodies, drones, 3D printers, equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetization vortex pouring equipment, etc. It plays a role of magnetization, pouring, etc. In the above equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetization vortex pouring equipment, etc., hoses, nozzles, and sprayers for pouring pouring materials, a supply path or supply line for supplying pouring materials thereto, and pressurized pouring materials are provided or introduced thereto It is possible to basically provide a pump, a storage for providing or putting materials to be placed therein, and the like.

Examples of 'b2) at least one of cones, nets, rods, frames, and spirals having a shape different from their term or shape' include a mesh member having a plate, a mesh member having a plate shape, and a block A mesh member having a shape, a mesh member having a block shape, a mesh member having a tube, a mesh member having a tube shape, a mesh member having a hat, a mesh member having a hat shape, a mesh member having a cone , a mesh member with a cone shape, a frame member with a rod, a frame member with a rod shape, a spiral member with a cone, a spiral member with a cone shape, a rod member with a spiral, a spiral member These include a rod member, a frame member having a mesh, a frame member having a mesh shape, a mesh member body having a frame, and a mesh member having a frame shape.

Examples of 'b4) or at least one of cones, nets, rods, frames, and spirals having a shape different from their own terms among cones, nets, rods, frames, and spirals' include a net having a cone; A mesh member having a cone shape, a frame member having a rod, a frame member having a rod shape, a spiral member having a cone, a spiral member having a cone shape, a rod member having a spiral, a rod member having a spiral shape Examples include a member, a frame member having a mesh, a frame member having a mesh shape, a mesh member body having a frame, and a mesh member having a frame shape. The sieve includes a sieve, an object, a body, a facility, a means, a sieve, a construct, a mounting body, a hollow body, a porous body, and the like.

Example 3 is a) a1) a11) magnet, electromagnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, magnet equipped body, magnetized energy body, magnet The lined magnetic body, an electromagnet with a coil wound around an iron core, two or more magnets having the same or different magnetic force, the magnet or electromagnet that magnetizes the cast material; a12) a magnetic body, a magnetizing body, and a magnetic field body in which one of the magnets or electromagnets is embedded or lined; a13) Cone, rod frame, cone rod, mesh cone, mesh rod, mesh spiral, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire , porous cone-type cone-and-retainer spiral; a14) the cone or cone-mandrel spiral for vortexing the pouring material or the magnetized pouring material; a2) the magnet, the magnetic field body, or magnets through which the casting material is contacted or passed while being provided with one of the cones or the cone-mandrel spirals in a coupling structure opposite to the above; a3) a31) A tank, a barrel, a box, a rod in which at least one of a1) a cone, a cone, and a spiral, a2) a magnet or a magnetic field body is provided or embedded, and the pouring material is stored, stored, passed, contacted, flowed, passed, etc. , plate, membrane, tank, box, countertop, tube, hose, spiral, body, object, block, tool, facility, zinc body, metal body, porous body, corrugated body, polymeric body, screws, pipe, hollow tube, hollow body ; a32) a tank, a hollow body, through which a pouring material is in contact or passes while one of the tanks to the hollow tube is embedded; a33) or a331) (one of the jaws to the hollow body) one end, both ends, and at least one of the middle connecting means, a332) (one of the jaws to the hollow body) on the side of the inclined pipe, injector, check valve or The bath or the hollow body provided with at least one of the additive inlet injectors; equipped with one or more of; Or (at least one of) provided in one or more of the following storage belonging to itself or a face processing machine, a wind compressor, a drone, and a 3D printer; pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment;

b) casting material that has passed through one of the cones or hollow bodies, magnetized casting materials (by one of the magnets or magnetic field bodies), magnetized vortex castings (by at least one of the magnets or magnetic field bodies, cones and cones and cones) b1) pouring one of the ash; (or pouring, carrying out one or more of the following storage or face treatment), b2) or one of b21) Hole, face, surface, underground, crack, curing face, material face, facility face, boring hole, water leak part, excavation part , formwork, b22) pouring into one or more of rebar, steel frame, and rebar mesh embedded inside one of them; Casting equipment, magnetized pouring equipment, magnetized vortex pouring equipment (or pouring, one or more of the following storage or face treatment); c) one of the cones to the hollow body c1) its inner, outer, inlet, outlet, passage, hollow, connecting portion 18, storage, mixing, pressing, supplying, pouring portion; c2) or hoses, passages, pipes connected to them; Casting equipment, magnetized pouring equipment, and magnetized vortex pouring equipment provided in at least one of them;

d) at least one of the cones and hollow bodies, d1) storing, mixing, pressing, supplying, pouring or moulding, spraying or slope spraying, injection or underground injection, injection or crack injection, shorting or knocking, Coating or surface coating, painting or shaving, laying or ground laying, pavement or pavement, mixing or underground mixing, compaction or underground compaction of storage, compounding machine, pressurizer, feeder or feeder, pourer, sprayer, injector , Syringe, Shorting Machine, Coating Machine, Coating Machine, Laying Machine, Packing Machine, Mixing Machine, Compactor; d2) a curing machine for curing one of the pouring and mixing materials; d3) a face treatment machine for face-treating the cured organisms after the curing; d4) one of the storage and face treatment machines d41) one inner, outer, inner, outer, surface, inlet, outlet, passage, hose, pipe, cutout, hollow, d42) or two or more connecting portions 18, connecting portions, joints wealth; In one or more of, the provided pouring equipment, magnetization pouring equipment, magnetization vortex pouring equipment; (The above sentence indicates a pouring equipment, a magnetization pouring equipment, a magnetization vortex pouring equipment, etc., provided with one or more of the cones and hollow bodies in one or more of the storage or the face processing machine, the inner or the joint)

e) e1) e11) a wind compressor for injecting pressure into at least one of the cone or the hollow body, the storage or the hollow part, and the pouring material; e12) a drone, or a 3D printer, which moves at least one of the storage and the face processing machine or is equipped with at least one or performs one of the storage or face treatment by the mounting; e13) a generator, a mobile generator, a solar generator, and a wind generator that supplies electricity to one or more of the coil, storage or face processing machine, drone, 3D printer, pouring equipment, and power source thereof; e14) the wind compressor, drone, or 3D printer provided with one of the cones and hollow bodies; e2) e21) pouring equipment, magnetization pouring equipment, magnetization vortex pouring equipment equipped with one or more of (a13) cones to e14) at least one 3D printer; e22) or pouring equipment that performs one or more of magnetization, vortex, storage or face treatment, pressure injection, movement, and electricity supply;

f) f1) water, water, liquid, oil, medicine, ki, high, chemical, ash, sol, gel, gas, sand, gravel, aggregate, Ash, carbon, resin, ion, catalyst, waste dust, stone dust, dust, iron, 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, detoxifying agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geopolymer, SiO ₂ Ash containing 40 to 60 parts by weight, ocher containing 37 to 83 parts by weight of quartz, binder 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 , 1.1 to 100 times the length of its own thickness 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, urea, element, substance, reactant, At least one of binders, inclusions, nano-water, resins, by-products, carbons, fibers, catalysts, fibers, latex substances, bio-water, and phytoncides is contained; f2) or the pouring material is f21) water, water, liquid, oil, medicine, qi, high (固), agent (劑), ash (材), sol, gel, mortar, Milk, chemical solution, suspension, slurry, formulation, compacted product, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, f22) containing at least one of the above water to phytoncide, f23) or 100 parts by weight of the binder and 100 parts by weight of the above water to plaster In addition to at least one of f231) 100 to 600 parts by weight of sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 to 30 parts by weight of an admixture, f232) 50 to 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 or ocher or massato, 0.005 to 50 parts by weight of resin or polymer or latex, 0.0001 to 40 parts by weight of fiber or reinforcing material or nanomaterial, 0.00001 to 10 microorganisms one of the above mortars or plasters containing at least one part by weight, 0.00001 to 3 parts by weight of an antidote, and 0 to 10 parts by weight of other substances; pouring equipment, magnetizing pouring equipment, magnetizing vortex pouring equipment, the pouring equipment; It relates to an eco pouring equipment, characterized in that one of them.

An example of Example 3 is one of the pouring equipment a) a1) a cone mesh bar screw through which the pouring material is contacted or passed with magnets; a2) the magnets through which the casting material is contacted or passed while the cone mesh bar screw is provided with a coupling structure opposite to the above; a3) a hollow body through which the pouring material is stored or passed while the cone mesh bar spiral or magnets are provided or embedded; Casting equipment equipped with one or more of; b) a pouring equipment for pouring the pouring material that has passed through one of the cone mesh bar and the hollow body; d) at least one of the cones and hollow bodies is a storage, a compounding machine, a pressurizer, a feeder or a supply path, a pouring machine, a sprayer, an injector, a syringe, a shorting machine, a coating machine, a sprayer, a laying machine, a packing machine, a mixer, a compactor, a quantity Casting equipment provided in one of the vitality and face processing machines; e) casting equipment equipped with one or more of drones, 3D printers, generators, mobile generators, solar generators, and wind generators; f) f1) the pouring material contains phytoncide; f2) or pouring equipment in which the pouring material is one of mortar, milk, chemical, suspension, slurry, formulation, compact, ready-mixed concrete, asphalt concrete, concrete, paste, and plaster; Eco pouring equipment is one of them.

Example 4 is a) a1) a11) one of the magnets 10 and 16) a magnet 10, a group of magnets, an electromagnet, a bimagnet, a bar magnet, a plate magnet, an atomic magnet, a magnetite, a magnet body, a magnetic body, a magnetic force sieve, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, magnet equipped body, magnetized energy body, double magnet, multiple magnet, multiple magnets, compound 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 electricity 82 is supplied to the coil 98 to generate a magnetic force, two or more magnets with the same or different magnetic force, a solenoid electromagnet , a vortex-type holder non-magnet provided with a cradle 12 with a magnet, a means having a function of vortexing a substance or a cradle 12 having a function of vortexing a substance; a12) The magnet or the holder non-magnet with a magnetic force of 1000 to 20,000 Gauss, the outer diameter of (one of the magnets or the non-magnet) is 0.01 to 0.8 times the inner diameter of the following hollow body, The magnet to magnetize the magnet or the holder non-magnet; a13) one or more of the above magnets or mounted non-magnets embedded, cover, lining 15, or two or more repeating, combining, or connecting one of a magnet, a magnetic body 16, a magnetizing body, a magnetic field body; having one of, or its own (i.e., one of the following cones or cones), holes, internal, external, internal, external, one side, both sides, passage, hollow, central, center, side thereof, of passage Provided in one or more, the pouring material is in contact or passed

a2) a21) Cone, Bong, Cone, Bongche, Cone, Mangcon, Konbong, Mangbong, Bongmang, Bongtie, Bongcon, Protruding bar, Conical cone, Conical cone, Dolgicon, Inclined cone, Double cone, Multicon, Spiral cone, Perforated cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone hook wire, spiral hook cone, cone middle spiral, spiral middle cone, spiral with cone, cone with spiral, one side spaced cone, double-sided spaced cone, mesh spiral, cone mesh rod, wire mesh spiral, cone mesh spiral, cone mesh spiral, cone mesh wire frame, cone wire frame spiral, corn wire mesh wire spiral, perforated cone wire mesh wire spiral, porous forming cone wire mesh wire spiral; a22) a cone with an inclination angle of 1 to 89 degrees, a spaced cone with a separation range between the (magnet) outer diameter and (hollow body) inner diameter, one hollow diameter 11-1 is 1.1 of the other hollow diameter 11-2 A cone having a length of ~5.0 times, a cone having a length of 0.1 to 0.8 times the length of one of the magnets or non-magnets, or 0.1 to 10.0 times the diameter of one side of the hollow (11-1), the hollow cross-sectional area of the one side (11-1) is the hollow a cone having a cross-sectional area of 0.05 to 0.9 times the internal cross-sectional area of the sieve or 1.1 to 10.0 times the cross-sectional area of the magnet; a23) the cone or cone-mang bar spiral (11, 48, 45, 46, 47) vortexing the pouring material or the magnetized pouring material;

b) the magnet or magnetic field body (10, 16) to which the casting material is contacted or passed while being provided with one of the cones or the cone-mandrel spirals in a coupling structure opposite to the above; c) c1) A tank, barrel, box, rod, plate, membrane, tank, box, and water tank in which at least one of a) cone or cone wire spiral, b) magnet or magnetic field body is provided or embedded and the pouring material is stored or passed , tube, hose, spiral, body, object, block, means, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow tube, hollow body (13); c2) a tank, a hollow body, through which a pouring material is contacted or passed while one of the tanks to the hollow tube is embedded; c3) or c31) one end, both ends, the connecting means 99 at one or more of the middle, c32) the inclined pipe 95, the injector 91, the check valve 92 on the side or the additive 90 inlet injector 91 ) of the crude or hollow body provided with at least one;

d) d1) one of the cones or hollow bodies is provided, or the pouring material is stored, input, blended, pressurized, supplied, poured or molded, sprayed or sloped, injection or underground injection, injection or crack injection, Storage (20), hopper (21), compounder ( 22), a pressurizer or pump 23, a feeder or supply path 25, a pouring machine 26, a sprayer, an injector, a syringe, a shorting machine, a coater, a sprayer, a spreader, a packaging machine, a mixer, a compactor; d2) a curing machine 26 for curing one of the pouring or mixing materials, or a curing machine for curing by spraying a pouring material such as pouring water with a sprayer; d3) a face treatment machine 26 for face-treating cured organisms after the curing, or a face treatment machine for face-treating concrete cured organisms by pouring pouring materials such as milk through a sprayer;

e) one of the cones to the hollow body is e1) one of the inner, outer, inner, outer, surface, inlet, outlet, passage, hose, pipe, cutout, hollow part of the storage or face treatment machine; e2) or two or more connections, connections, joints; a pouring equipment provided in at least one of the storage and the face processing machine; f) a wind compressor 50 for injecting pressure into at least one of the pouring material, raw material, cone or hollow body, storage or face treatment machine, inner or hollow part, and pouring material; As an example of this, a wind compressor for forming a lightweight pouring material by injecting pressure into the pouring material; g) a drone 70 that moves one or more of the storage or the face processing machine, or that one or more is mounted or that performs one or more of the magnetization, vortex, magnetization vortex, storage or face treatment by the mounting, 3D printer 71 ); h) the wind compressor, drone, 3D printer provided with one of the cone to the hollow body; One example of this is a drone equipped with the hollow body to pour the pouring material ejected from the hollow body, a 3D printer equipped with the hollow body-equipped pouring machine on its own plotter to pour the pouring material sprayed from the pouring machine,

i) a generator for supplying electricity to one or more of the coil, storage or face processing machine, wind compressor, drone, 3D printer, pouring equipment, and power source thereof, a mobile generator, a solar generator 80, a wind generator 81; One example of this is a solar generator, a wind power generator, which supplies self-generated electricity to the coil to form an electromagnet that generates magnetic force; j) provided with at least one of the cone and wind generator j1) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment (27); j2) pouring equipment for at least one of the magnetization, vortex, storage or face treatment, pressure injection, movement, and electricity supply; k) pouring one of the pouring material, the magnetization pouring material, and the magnetization vortex pouring material that has passed through one of the cones to the 3D printer; (Pouring, carrying out at least one of the following storage or face treatment) or hole, face, surface, underground, crack, curing face, material face, facility face, boring hole, water leak, excavation part, formwork, embedded in one of them to be poured into one or more of the existing rebar, steel frame, or rebar mesh; pouring equipment, magnetized pouring equipment, and magnetized vortex pouring equipment 27 (which performs at least one of pouring, following storage or face treatment); One example of this is pouring equipment for pouring the pouring material into the formwork and reinforcing bars assembled therein; ℓ) one of the cone or wind power generator ℓ1) its own (of the pouring equipment), external, inlet, outlet, passage, hollow part, connection part, storage part, mixing part, pressurizing part, supply part, pouring part; ℓ2) or hoses, passages, pipes connected to it; a pouring equipment 27, a magnetization pouring equipment, a magnetization vortex pouring equipment provided in one or more of the; As one of these, an inflow hose, an outflow hose, etc. or a pouring device provided with one of the cones or the wind power generator in the inflow hose, the pouring material outflow or pouring, etc.;

m) m1) Water, water, liquid, oil, medicine, Qi, high, chemical, ash, sol, gel, gas, sand, gravel in the pouring material (1) , aggregate, ash, carbon, resin, ion, catalyst, waste powder, stone dust, dust, iron, 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, detoxifying agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geo Polymer, 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, by-product containing 0.5 to 85 parts by weight of FeO or Fe ₂ O ₃ , the length is 1.1 of its own thickness ~100 times soft fiber, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of Ca to CaFe agent, ash, ion, component, element, element, substance , reactants, binders, inclusions, nano-waters, resins, by-products, carbons, fibers, catalysts, fiber, latex, bio, phytoncide; m2) or the pouring material (1) is m21) water, water, liquid, oil, medicine, qi, high (固), chemical (劑), ash (材), sol, Gel, mortar, milk, chemical solution, suspension, slurry, formulation, compact, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, m22) Containing at least one of the above water to phytoncide water In addition to at least one of 100 parts by weight of plaster, m23) or binder, and 100 to 600 parts by weight of m231) sand or crushed sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, 0.0001 to 30 parts by weight of admixture based on 100 parts by weight of the above , m232) 50 to 400 parts by weight of water or ionized water, 10 to 600 parts by weight of waste powder or stone dust or ash or by-products, 10 to 600 parts by weight of soil or ocher or massato, 0.005 to 50 parts by weight of resin or polymer or latex, fiber or reinforcing material or 0.0001 to 40 parts by weight of nanomaterials, 0.00001 to 10 parts by weight of microorganisms, 0.00001 to 3 parts by weight of detoxifiers, and 0 to 10 parts by weight of other substances. , magnetic vortex pouring equipment, the pouring equipment 27; One of (one of a) to m) or one or more (at least one of a) to m) relates to an echo pouring equipment characterized in that it is included.

A summary of Example 4 is a) a1) one of magnets a11) magnet to vortex type holder non-magnet; a12) the magnet or the holder non-magnet; a13) a magnet or magnetic field body; a2) cone or porous cone-type cone-type cone-mesh bar spiral through which the pouring material is contacted or passed while being provided with one; b) the magnet or magnetic field body through which the casting material is contacted or passed while being provided with one of the cones or the cone-mandrel spirals in a coupling structure opposite to the above; c) c1) crude to hollow body; c2) tank, hollow body; c3) the crude to hollow body; d) storage or face processing machine; e) pouring equipment, the storage or the face treatment machine; f) wind compressors; g) drones, 3D printers; h) the wind compressor, drone, 3D printer provided with one of the cone to the hollow body; i) generators, mobile generators, solar generators, wind generators; j) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; k) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; ℓ) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; m) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, said pouring equipment; It relates to one or more of the echo pouring equipment, characterized in that it is included.

An example of Example 4 is one of the pouring equipment, including: a) a cone mesh barbed wire through which the pouring material is contacted or passed while being provided with magnets; b) the magnets through which the pouring material is contacted or passed while the cone mesh bar spiral is provided in a coupling structure opposite to the above; c) c1) a hollow body in which a casting material is stored or passed while one of the cone mesh bar and magnets is embedded; d) a storage or a face treatment machine provided with one of the cone mesh spiral, magnets, and hollow bodies; f) a wind compressor for injecting pressure into one of the materials and equipment; g) drones and 3D printers equipped with the above equipment for pouring materials; i) a generator for supplying electricity to the equipment, a mobile generator, a solar generator, and a wind generator; j) casting equipment equipped with one or more of the above equipment; m) the pouring material contains microorganisms; Or, the pouring material is one of mortar, milk, chemical solution, suspension, slurry, compound, compact, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, and the like.

Example 5 is a) magnetized (by magnets, etc.) or magnetized vortex pouring materials (by magnetized cones, etc.); a magnet with cone or its (ie, a magnet with cone) embedded hollow body cast or magnetized vortex cast; its inclusions; b) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one agent, ash, ion, component, element, element, substance, reactant, combination, inclusion Water, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, phytoncide water containing at least one of the above-mentioned pouring material or inclusions; either a) pour; b) Manufacture of material by pouring or construction of facilities; c) pouring for the construction of materials or facilities; d) or (sequentially provided) a magnet, its mounting cone mesh bar, its mounting mechanism or hollow body, and casting, the above casting, manufacturing, construction through one of its mounting and casting equipment; It relates to an echo pouring method, characterized in that one of the

Examples of Example 5 include casting a casting material or a magnetization vortex casting material passing through a cone-equipped magnet embedded hollow body; b) Manufacture of material by pouring or construction of facilities; c) Eco pouring method, characterized in that one of the pouring for material or facility composition, etc. is applicable.

Example 6 shows A) a) a1) magnet, electromagnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, magnet equipped body, magnetized energy body, iron core An electromagnet with a coil wound thereon, two or more multiple magnets having the same or different magnetic force, the magnet or electromagnet to magnetize the cast material; a2) a magnetic body, a magnetizing body, or a magnetic field body embedded in or lining one of the magnets or electromagnets; One of the following is provided: a cone, frame, cone bar, mesh cone, mesh rod, mesh spiral, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, and perforated cone wire. , porous cone-shaped cone mesh barbed wire; The cone or cone-mang bar spiral for vortexing the casting material of the contact or passing or the magnetization casting material; b) the magnet or the magnetic field body through which the casting material is contacted or passed while being provided with one of the cones or the cone-mandrel spirals in a coupling structure opposite to the above; c) A tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube in which pouring material is stored or passed while at least one of a) cone or cone wire spiral, b) magnet or magnetic field body is provided or embedded , hose, spiral, body, object, block, means, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow tube, hollow body; d) a hollow body through which the casting material passes while one of the tanks to the hollow tube is embedded; e) or the hollow body having at least one of a connecting means, an inclined tube, an injector, a check valve, or an additive inlet injector;

f) f1) one of the cones or hollow bodies is provided, or the pouring material is stored, compounded, pressurized, supplied, poured or molded, sprayed or sloped, injection or underground injection, injection or crack injection, shorting or Knockshotting, coating or surface coating, painting or shaving, laying or ground laying, paving or paving, mixing or underground mixing, compaction or underground compaction, a storage, compounding machine, pressurizer, feeder or supply path, pouring machine, sprayer, injector, syringe, shot machine, coater, sprayer, spreader, packaging machine, mixer, compactor; f2) a curing machine for curing one of the pouring or mixing materials; f3) a surface treatment machine for surface-treating the cured organisms after the curing;

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

B) a) pouring material that has passed through one of the cones or pouring equipment; b) one of these b1) water, water, liquid, oil, medicine, qi, goo, agent, ash, sol, gel, substance, material , mortar, milk, chemical solution, suspension, slurry, remital, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; b2) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of said Ca to CaFe agent, ash, ion, component, element, element, substance, reactant, Combination material, inclusion material, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, phytoncide water containing at least one of the above casting material or plaster; b3) the magnetized casting material or plaster; Pour one or more of them; the storage or face treatment; or the storage or face treatment accompanying the pouring;

C) One of the above castings: a) Form casting, rebar casting, steel frame casting, factory casting, on-site casting, manufacturing casting, construction casting, pouring, 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 spray, coating, surface coating, painting, razor, pavement, road paving, compaction, surface compaction, underground compaction, mixing, underground mixing, curing, water curing, air curing, steam curing; b) curing one of the pouring materials from the pouring or mixing, and surface treatment of the curing surface; c) pouring and beating or surfacing; d) storage, input, mixing, pressurization, pressurization, pumping, transportation, transfer, supply, provision, and beating or face treatment accompanying pouring;

D) one of said cones to plaster is used; Or at least one of the pouring material or plaster is poured; or by at least one of the storage or face treatment; a) Manufacturing, manufacturing, production, construction, construction, process, work, pouring, material manufacturing, facility construction, material pouring, re-casting, form casting, rebar casting, steel frame casting, in-situ casting, underground casting, underwater casting, slope pouring, pavement casting, boring hole casting, excavation casting; b) or one of the above manufacturing or excavation casting, construction, construction, process, work; E) or one of the above A) pour through D), or one, or a method of doing one, method, work, doing, act, work, action, performance, proceeding, task; It relates to an echo pouring method, characterized in that one or more of, or one or more of.

An example of Example 6 is A) a cone mandrel spiral spiral through which the casting material is contacted or passed while being provided with two or more plural magnets having the same or different magnetic force; c) a hollow body in which the pouring material is stored or passed while the cone mandrel spiral is provided or embedded; f) a storage or a face processing machine provided with one of the cone mang and spiral spirals and a hollow body; g) g1) a wind compressor for injecting pressure into the hollow body; g2) a drone, a 3D printer, to which the hollow body is mounted to pour the pouring material; g3) a generator that supplies electricity to the equipment, a mobile generator, a solar generator, and a wind generator; h) at least one of the cone and the wind power generator is provided; pouring by or using one or more of; pour pouring; the storage or face treatment; or the storage or face treatment accompanying the pouring; B) pouring the pouring material that has passed through one of the cone mesh bar screw or the pouring equipment; The storage or face treatment of the pouring material; The storage or face treatment using a pouring material; Echo pouring method, etc., characterized in that one or more of, or one or more of, is applicable.

Example 7 1) (which has a function of magnetizing the cast material) comprising the steps of winding a coil around one of a rod, a core, an iron core, a bolt, and a metal to make an electromagnet or a solenoid electromagnet; 2) making a magnet by compressing or using a magnet raw material or powder (with a function of magnetizing the cast material); 3) purchasing or preparing one or more of a magnet, an electromagnet, a cone, a mesh, a rod, a frame, and a spiral (which has a function of making the cast material one of magnetization, vortex, and magnetization vortex); 4) manufacturing at least one of a coupling magnet and an electromagnet by combining two or more of at least one of the magnet and electromagnet; 5) inserting a separator or a separator between adjacent magnets or electromagnets for separation between adjacent 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, separation material insertion coupling magnets, and separation material insertion coupling electromagnets for protection or corrosion prevention; 7) A cone, a stick, a cone, a mandrel, a mandrel, a mandrel, a cone spiral, a cornbong spiral, a cone mandrel frame, a cornbong frame spiral, a cornmanbong spiral provided with one of the magnets, electromagnets, and magnetic materials or provided in the central passage , manufacturing one of the magnet, electromagnet, and magnetic material provided with one of the cone to the cone-and-stick spiral, or vice versa;

8) One or more of single or multiple SN poles, NS poles, SN poles/SN poles, NS poles/SN poles, SN poles/NS poles with an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body, and a function of magnetizing the cast material with a magnet or a magnetic body lined therewith, or provided in its central passage, spaced apart from the surface of the magnet or magnetic body by a certain distance; a) cone, sewing machine, cone, mesh cone, mesh wire, wire wire, cone wire, cone wire, cone wire machine, cone wire, cone wire, wire wire; b) the length of the cone to the cone mesh spiral of 0.1 to 0.8 times the length of the magnet or magnetic body, and the distance between the outer diameter and the inner diameter of the cone or cone mesh spiral; c) the cone to the cone mesh bar spiral having an inclination angle of 1 to 89 degrees; manufacturing one or more of the following;

9) at least one of the magnets, electromagnets, magnetic bodies, cones to cones and cones, magnetic cones to cones to cones, and cones to cones to 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 pouring material is stored, stored, contacted, passed, etc. sieve, polymer sieve, water tank, means, facility, pipe, hollow tube, hollow body; a2) a hollow body embedded in one of the hollow tubes; b) b1) pouring equipment for pouring material; b2) as one of or accompanying it b21) Storing, inputting, mixing, pressing, transporting, supplying, pouring, laying, pouring, injecting, spraying, coating, painting, packaging, compacting, mixing , watering, curing, or face-treating; b22) or the pouring material or its curing is one of the storage or face treatment; storage, hopper, compounding machine, pump, transporter, supply path, pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine, curing machine, face treatment machine;

c) a wind compressor for injecting the pressure generated by using the rotational force of the wind into at least one of the pouring material, the pouring equipment, and the face processing machine; d) having one of the pouring equipment and the wind compressor; or to move one; or performing at least one of pouring, storage and face treatment by the provision; d1) drones, 3D printers; d2) One of them d21) A drone equipped with at least one of a solar cell and a wind power generator, a 3D printer; d22) a drone equipped with a caster mounted on a main body that flies by means of rotor blades; d23) a 3D printer equipped with a caster 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, one or more of these agents, ash, ions, components, elements, elements, reactants, combinations, containing water, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, phytoncide water; e2) Fiber, fiber, reinforcing material, earthquake-resistant material, vibration-proof material, nano material, micro material, phytoncide, magnetized phytoncide, cypress phytoncide, distilled wood phytoncide, biophytoncide containing microorganisms, magnetized phytoncide passing through a magnetic material, magnetized phytoncide passing through a cone having a magnetic body; e3) Water-soluble resin containing at least one of Ca to phytoncide, anaerobic microorganisms, carbon compound, 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 By-product including 0.5 to 85 parts by weight, soft fiber whose length is 1.1 to 100 times its thickness; e4) Water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, ocher, masato, granite, magnetite, apatite, dolomite, sand, gravel, aggregate, ash, carbon, resin, catalyst, waste dust, minerals, tailings, rock, by-product, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, detoxifying agent, admixing agent; e5) mixing water containing at least one of the above Ca to admixtures, mixing material, formulation, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; e6) a casting material, which is one of the above Ca to plaster, or containing at least one; at least one of which is passed; or pouring one or more, or storing, dosing, compounding, pumping, transporting, supplying, laying, pouring, injecting, spraying, coating, painting, packaging, compacting, mixing, sprinkling, one or more of, or accompanying pouring, Doing at least one of curing and face treatment; the pouring equipment or 3D printer;

f) the casting equipment or 3D printer provided with one of the tanks to the hollow body; g) a pipe, conduit, nozzle, packer, rod, tube, hose, line, hose line, connection path, inlet path, outlet path, outlet port, injection port, casing included in or connected to one of the barrels or 3D printers , hollow tube, double tube, triple tube, multi tube; provided or embedded in one or more of the;

10) forming one of the magnetized barrel to 3D printer, tube to multi-tube by providing one of the magnet, electromagnet, and magnetic material; 11) forming one or more of a device, equipment, pouring equipment, pouring device, magnetizing equipment, and magnetizing device equipped with at least one of the barrel and multi-pipe; 12) a solar power generator, a wind power generator, a wind power generator with solar electricity, a solar generator with a windmill, a solar wind power generator with a solar cell and a windmill to generate electricity using the sun or wind or solar wind; 12b) a solar generator, a photovoltaic generator, or a solar thermal generator consisting of a solar cell and an inverter, or a rotating body using solar heat using steam and a generator connected thereto; 12c) a wind power generator comprising a wind blade, a rotating shaft thereof, a transmission mounted thereon, and a generator connected thereto; purchasing or manufacturing one or more of;

13) installing at least one of the solar generator, the wind power generator, and the solar wind power generator in one or more of the barrel or multi-pipe, the device or the magnetization device, one of them, the factory, the site, the vicinity, and the surroundings; 14) applying electricity generated by at least one of the solar power generator, the wind power generator, and the solar wind power generator to one of the coil, electromagnet, barrel or equipment; 15) applying electricity to the coil so that the electromagnet with the coil becomes magnetic; 16) the pouring material is pouring, storage, input, compounding, pressurizing, transporting, supplying, laying, pouring, injection, spraying, coating, painting, packaging, Compacting, mixing, watering, curing, becoming one or more of the face treatment; 17) storing the pouring material raw material in the storage; 18) the step of putting the pouring material raw material into the blender through the hopper; 19) mixing the pouring material by the compounding machine; 20) a step in which the formwork is installed;

21) Bars, rods, bars, meshes, beams, plates, cells, reinforcing bars, steel frames, iron bars, H-beams, I-beams, steel wires, columns, piles, girders, steel pipes, steel bars, iron bars, meshes, grids, wire mesh , sheet, mat, framing, rope, bolt, anchor, nailing, truss, cable, wire, grid, fiber, mesh grid, grid mesh, carbon mesh, carbon rod, carbon band, carbon reinforcing bar, fiber reinforcing bar, glass reinforcing bar, number Slow muscle, polymer muscle, PVC muscle, FRP muscle, plastic muscle, carbon bar, fiber bar, glass bar, resin bar, polymer bar, PVC bar, FRP bar, plastic bar, reinforcing material, vertical material, horizontal material, inclined material, bracket, Nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon mesh, FRP material, bracing, X bracing, warp bracing, plastic material, wire mesh, polymer composite material, metal polymer A binder, a combination of a wire mesh and a carbon mesh, an iron bar and its outer perimeter network or carbon network combination, a carbon bar and its outer perimeter wire mesh combination, a reinforcing bar and a carbon mesh, a mesh and a grid, a mesh and a grid and a sheet One of the reinforcing materials is installed or assembled;

22) the pouring material is a) poured by at least one of the pouring equipment, storage or 3D printer, tube or multi-pipe, device, and equipment; b) or a hole, surface, surface, underground, crack, curing surface, material surface, facility surface, boring hole, leaking part, excavation part, formwork, the formwork, pouring into one or more of the reinforcing materials embedded in the formwork; c) storage, compounding, pressurization, transportation, supply, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, sprinkling, curing, face treatment, which is one of or accompanying the pouring; becoming one or more of; 23) becoming one or more of construction, construction, process, work, and operation of one of the pouring, storage, and face treatment;

24) Materials, beams, girders, tiles, bricks, blocks, panels, boards, wallpapers, veneers, fibers, sheets, mats, floorboards, walls by one or more of the above steps, pouring, storage or face treatment, pouring materials, and equipment , column, 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, earthquake-resistant material, vibration-proof 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) material concrete) material, a step in which one of the PSC (pre stress or post stress concrete) material is manufactured;

25) Facilities, buildings, houses, tunnels, roads, sidewalks, railways, pavements, foundations, piles, piers, caissons, a step of constructing one of a bridge, a viaduct, a bridge, a pier, a dam, a harbor, a quay wall, a retaining wall, a subway, a facility, an architecture, a structure, a sculpture, a landscape structure, and a structure; It relates to an echo pouring method, characterized in that at least one of them is included.

An example of Example 7 includes the steps of: 1) manufacturing one or more of a magnet and an electromagnet by combining two or more of one or more of a magnet and an electromagnet; 2) inserting a separator or a separator between adjacent magnets or electromagnets for separation between adjacent magnets or electromagnets during the coupling; 3) forming a lining magnetic body by covering or lining the outside of the coupling magnet, coupling electromagnet, separation material insertion coupling magnet, and separation material insertion coupling electromagnet for protection or corrosion prevention of one of the magnets; 4) manufacturing a cone having one of the coupling magnet, the coupling electromagnet, and a magnetic material; 5) embedding the cone into a hollow body; 6) providing at least one of a storage with a hollow body, a hopper, a compounder, a pump, a transporter, a supply path, and a pouring machine; 7) pouring the pouring material using at least one of the storage and the pouring machine; An echo pouring method characterized in that at least one of them is included.

Example 8 comprises a) a1) a magnetized or magnetized vortex casting material; Magnet mounting cone or its embedded hollow body casting material or magnetized vortex casting material; its inclusions; a2) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of these agents, ash, ions, components, elements, elements, substances, reactants, combinations, including Water, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, phytoncide water containing at least one of the above-mentioned pouring material or inclusions; one of which is poured or cured; b) or b1) a magnet, or an electromagnet with a coil on an iron core; Its magnet or electromagnet mounted cone mesh bag; Its cone mandrel mounting mechanism or hollow body; Drones and 3D printers that mount their hollow bodies or move them; b2) a wind compressor for supplying pressure to one or more of the magnet, electromagnet, cone mesh sealing frame, mechanism, hollow body, drone, 3D printer, pouring material, and inclusions; b3) or a solar generator or wind generator that supplies electricity to one of the apparatus, drone, 3D printer, electromagnet, and coil thereof; b4) Or a magnet, or a cone, mesh, rod, frame, spiral, cone mesh, rod frame, cone mesh rod, frame spiral, cone mesh rod, cone mesh rod spiral, cone mesh rod spiral, in which an electromagnet with a coil is mounted on an iron core; or hollow body; One or more of, or one or more of magnetization or magnetization vortex pouring equipment equipped with one of magnetization, vortex, and magnetization vortex pouring material or its contents are poured or cured; c) or formed by using the poured and manufactured material or magnetized material; facility or magnetization facility; a house, dam, foundation, ground, slope, house, building, road, sidewalk, pavement, embankment, bridge, tunnel, retaining wall, harbor, structure, facility; It relates to an eco facility, characterized in that it is one of them.

Examples of Example 8 are: a) a magnetized vortex pouring material is poured or cured; b) a casting material that has passed through a drone equipped with a hollow body in which an electromagnet having a coil is mounted on an iron core is placed or cured; c) or formed by using the poured and manufactured material or magnetized material; facility or magnetization facility; a house, dam, foundation, ground, slope, house, building, road, sidewalk, pavement, embankment, bridge, tunnel, retaining wall, harbor, structure, facility; Eco facilities, etc., characterized in that it is one of them.

Example 9 is a) a1) a11) magnet, electromagnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, magnet equipped body, magnetized energy body, iron core An electromagnet with a coil wound on it, two or more multiple magnets with the same or different magnetic force; a12) the magnet or electromagnet for magnetizing the pouring material; a2) a magnetic body, a magnetizing body, a magnetic field body embedded in or lining one of the magnets or electromagnets; a21) Cone, rod frame, cone rod, mesh cone, mesh rod, mesh spiral, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, etc. Conical type cone mesh spiral, perforated cone type cone mesh spiral; a22) the cone or cone-mandrel spiral for vortexing the pouring material of the contact or passing through or the magnetized pouring material; b) the magnet or magnetic field body through which the casting material is contacted or passed while being provided with one of the cones or the cone-mandrel spirals in a coupling structure opposite to the above; c) A tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube in which casting materials are stored or passed while at least one of a) cone or cone wire spiral, b) magnet or magnetic field body is provided or embedded , hose, spiral, body, object, block, means, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow tube, hollow body; d) a tank, a hollow body, through which a pouring material is contacted or passed while one of the tanks to the hollow tube is embedded; e) or e1) one end, both ends, at least one of connecting means in the middle, e2) the tank or hollow body provided with at least one of an inclined tube, an injector, a check valve or an additive inlet injector on the side;

f) f1) one of the cones or hollow bodies is provided, or the pouring material is stored, compounded, pressurized, supplied, poured or molded, sprayed or sloped, injection or underground injection, injection or crack injection, shorting or Knockshotting, coating or surface coating, painting or shaving, laying or ground laying, paving or paving, mixing or underground mixing, compaction or underground compaction, a storage, compounding machine, pressurizer, feeder or supply path, pouring machine, sprayer, injector, syringe, shot machine, coater, sprayer, spreader, packaging machine, mixer, compactor; f2) a curing machine for curing one of the pouring or mixing materials; f3) a surface treatment machine for surface-treating the cured organisms after the curing; g) g1) a wind compressor for injecting pressure into at least one of the pouring material, cone, and face processing machine; g2) a drone or 3D printer that moves one or more of the cone or the face processing machine or is equipped with one or more or performs one of the magnetization, vortex, magnetization vortex, storage or face processing by the mounting; g3) a generator, a mobile generator, a solar generator, and a wind generator that supplies electricity to one or more of the coil, the storage or the face treatment machine, the pouring equipment, and its power source; g4) the wind compressor, drone, and 3D printer provided with one of the cones and hollow bodies; h) casting equipment equipped with at least one of the cone to 3D printer, magnetized pouring equipment, and magnetized vortex pouring equipment;

i) at least one of the cone or pouring equipment, storage or face 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, boards, pipes, tiles, bricks, blocks, mats, boards, girders, slabs, culverts, boxes, tanks, manholes, Hume 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) material, PSC (pre stress or post stress concrete) material, pouring material; i2) one of them or contained in one of i21) water, water, liquid, oil, medicine, qi, goo, agent (劑), ash (材), sol , gel, mortar, milk, chemical liquid, suspension, slurry, formulation, compacted product, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; i22) or water, water, liquid, oil, medicine, qi, high, chemical, ash, sol, gel, gas, sand, gravel, aggregate, ash, carbon, resin , ion, catalyst, waste dust, stone dust, dust, iron, 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, detoxifying agent, admixture, mixing water, compounding material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geopolymer, SiO ₂ 40-60 weight Ash including ash, ocher containing 37 to 83 parts by weight of quartz, binding material containing 58 to 74 parts by weight of CaO, by-products containing 0.5 to 85 parts by weight of FeO or Fe ₂ O ₃ , soft fiber with a length of 1.1 to 100 times its thickness, 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, reactant, combination, inclusion , nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex water, bio water, phytoncide water containing at least one of the above water or plaster; 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, 0.0001 to 30 parts by weight of admixture, i232 ) 50 to 400 parts by weight of water or ionized water, 10 to 600 parts by weight of waste powder or stone powder or ash or by-products, 10 to 600 parts by weight of soil or ocher or masato, 0.005 to 50 parts by weight of resin or polymer or latex, fiber or reinforcing material or nano The mortar or plaster containing at least one of 0.0001 to 40 parts by weight of ash, 0.00001 to 10 parts by weight of microorganisms, 0.00001 to 3 parts by weight of antidote, and 0 to 10 parts by weight of other substances; at least one of (a21) cones to i) plasters) being used, used, applied, utilized, equipped, constructed, mounted, attached, contained, contained, incorporated, poured or compacted, cured, faceted As a united facility,

The above facilities include a) house, building, house, house, house, detached house, multi-family house, assembly house, canopy building, canopy house, mobile house, container house, hanok, Western-style house, red clay room, shopping mall, apartment, officetel, mixed-use building , low-rise building, high-rise building, skyscraper, house, mobile home, wooden house, wooden building, artificial wooden house, synthetic wooden house, ocher house, tiled house, traditional house, hanok house, earthen house, rice cake 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, 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, steel tower, column, chimney, fence, street light, tunnel, road tunnel, railway tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield subtunnel, underwater tunnel , submerged tunnel, immersed tunnel, wind tunnel, underground tunnel, fiam tunnel, open tunnel, aerial tunnel, sound barrier, soundproof tunnel, road, driveway, sidewalk, sidewalk, railway, track, pavement, pavement, runway, operating route, operation furnace, ground, slope, slope, slope, cutout, foundation, pile, pier, caisson, bridges, bridges, road bridge, railway bridge, viaduct, abutment, bridge piers, wind bridge, aerial bridge, dams, earth dam, silt dam, sandstone dam, cement dam, concrete dam, arch dam, four-way dam, embankment, earth embankment, soil embankment, sand embankment, cement embankment, concrete embankment, river embankment, river, marine, harbor, coast, shore, lake, waterway, quay wall, water pond , estuary, breakwater, seawall, offshore structure, weir, underwater beam, aboveground beam, water surface beam, water weir, river beam, four major river beams, facility, architecture, structure, sculpture, landscaping, subway, retaining wall, reinforced earth retaining wall, stone construction, underground wall, retaining wall, order wall, reaction wall, composite wall, equipment, device, equipment, plant, construction Equipment, building equipment, landfill site, power plant, landfill site, thermal power plant, nuclear power plant, soil structure, earth structure, earthwork structure, slope structure, slope structure, repair structure, offshore structure, cement structure, concrete structure, ready-mixed concrete structure, wood structure , steel structure, steel structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembly structure, ground structure, underground structure, water surface structure, underwater structure, hydraulic structure, aerial structure, building facility, civil engineering facility, environment Facilities, landscaping facilities, interior facilities, SOC facilities, public facilities, personal facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, repair facilities, building facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railway facilities , transportation facilities, power generation facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, ground facilities, public facilities, floating facilities; b) or rods, rods, bars, plates, meshes, meshes, grids, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, and reinforcing materials; It relates to an eco facility, characterized in that it is one of them.

Examples of Example 9 include: a) a hollow body in which the pouring material is stored or passed while a cone mesh barn frame equipped with a magnet or electromagnet for magnetizing the pouring material is embedded; b) a storage or a face treatment machine provided with one of the hollow bodies; c) pouring equipment equipped with at least one of the hollow body, storage, and face treatment machine; d) double one-pass pours; Facilities in which one or more of use, use, application, utilization, provision, construction, mounting, attachment, containing, inclusion, incorporation, pouring or compaction, curing, face treatment, etc.

Example 10 comprises a) vortexing through a cone and then magnetizing through a magnet; b) vortex through a cone after being magnetized through a magnet; c) magnetization and eddy current through the magnet and cone simultaneously; d) magnetized through a magnet, vortexed through a cone, and then magnetized again through a magnet; e) vortex through the cone, then magnetize through the magnet, then vortex again through the cone; f) A cone is provided in the middle of the magnet to pass through, and after being magnetized through the magnet, the magnetization vortex passes through the magnet and the cone at the same time, and then passes through the magnet again to be magnetized; g) The cone is spaced apart at the 1/3 point of the magnet and the cone is spaced apart at the rear end of the magnet. After being magnetized through the magnet, it passes through the magnet and the cone at the same time at the 1/3 point to generate a magnetizing vortex and then a magnet again After being magnetized through the vortex passing through the cone at the rear end; h) said magnetization and vortex are simultaneous, alternating, repeated two or more times, one of them or two or more times; A casting material that has become one of the pouring materials, or a material formed by pouring or curing the casting material, a) a material or a magnetized material; b) one of these b1) mortar, milk, chemical solution, suspension, slurry, formulation, compacted product, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, beam, wall, plate, pipe, tile , brick, block, mat, board, girder, slab, culvert, box, tank, manhole, Hume pipe, countertop, foundation, column, pile, pile, pier, caisson, lining, segment, interior material, exterior material, main material, subsidiary material, construction material , b2) containing or curing one of the above mortar or plaster, bb) or construction, construction, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, repair, reinforcement, pavement, interior, remodeling, a facility, a building, a structure, a material of one of the facilities, the material, the raw material, the mortar or the construction material; It relates to an eco-material, characterized in that it is one of them. 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 to form; Eco-materials characterized in that they are materials or magnetized materials, and the like.

Example 11 is a) a1) magnetized or magnetized vortex casting material; Magnet-mounted cone mesh bar or its embedded hollow body or magnetized vortex pouring material; its inclusions; a2) or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of these agents, ash, ions, components, elements, elements, substances, reactants, combinations, including Water, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, phytoncide water containing at least one of the above-mentioned pouring material or inclusions; one of, or one of which is poured or cured; b) or b1) a magnet, or an electromagnet with a coil on an iron core; its magnet or electromagnet mounting cone; Cone mounting mechanism or hollow body thereof; drones and 3D printers equipped with a hollow body thereof or moving them; b2) a wind compressor for supplying pressure to one or more of the magnet, electromagnet, cone, mechanism, hollow body, drone, 3D printer, pouring material, and inclusions; b3) or a solar generator or wind generator that supplies electricity to one of the apparatus, drone, 3D printer, electromagnet, and coil thereof; b4) Or a magnet, or a cone, mesh, rod, frame, spiral, cone mesh, rod frame, cone mesh rod, frame spiral, cone mesh rod, cone mesh rod spiral, cone mesh rod spiral, in which an electromagnet with a coil is mounted on an iron core; or hollow body; One or more of, or one or more of the magnetization or magnetization vortex pouring equipment provided with one or more of magnetization, vortex, and magnetization vortex, or the pouring material or the content thereof, or the pouring material or the content is poured or cured; a) material or magnetized material; b) one of these b1) mortar, milk, chemical, suspension, slurry, formulation, compact, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, beam, wall, board, tube, 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 one of the above beams or building materials, bb) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, facility materials, materials, raw materials, the mortar thru/or construction materials; It relates to an eco-material, characterized in that it is one of them. An example of Example 11 is an inclusion containing a magnetized pouring material containing CaFe, or a composition in which the inclusion is poured or cured; Eco-materials characterized in that they are materials or magnetized materials, and the like.

In Example 12, at least one of the equipment described in Examples 6, 9, and 12, cone or face processing machine, pouring equipment, magnetized pouring equipment, and magnetized vortex pouring equipment was used; or prepared through one or more, or using one or more; or prepared by at least one of the storage or face 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 materials that have been subjected to magnetization vortex pouring equipment having a hollow body in which cones with magnets are embedded, and bricks, blocks, and the like, which are concrete materials in which teeth have been cured.

The above materials are k1) k11) water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, burnt, charcoal, ocher, white clay, clay, sand, silica sand, crushed sand, gravel, crushed stone, aggregate, ash , fiber, carbon, resin, catalyst, waste dust, stone dust, iron, 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-setting agent, finishing agent, adhesive, adhesive, expanding agent, foaming agent, waterproofing agent, water repellent, detoxifying agent, water-containing agent, desiccant, fiber, binder, solidifying material, binder, Nano material, reinforcing material, pouring material, porous material, carbide, incinerated material, calcined material, ion material, ionized water, cation, anion, activated carbon, kaolin, asphalt, phytoncide, glidant, micro material, bentonite, zeolite, attapulgite, geo Polymer, compounding water, compounding material, compounding, mixture, mortar, milk, chemical, suspension, slurry, remital, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO, k12) one or more of the above Ca to CaMgFeCOO agent, ash, ion, component, element, element, substance, reactant, combination, inclusion, nanowater, resin, by-product, carbon, fiber, catalyst, fiber, latex, bio, phytoncide;

k2) said water or plaster containing at least one of said Ca to phytoncides; k3) inclusions of one or more of the above water to plaster, liquid, gaseous, solid, powder, particulate, agitated, input, and additive; k4) said mortar or plaster containing at least one of said water and additives; k5) or the water or plaster in which at least one of a hydration reaction, a pozzolan reaction, a hydroxylation reaction, and a carbonation reaction occurs; k6) k61) with a particle size of 1 to 100 µm, medium particle size in mm, high particle size in cm, k62) low specific gravity of 0.1 to 0.5, medium and low 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 fineness of 100~1,000cm2/g of fineness, ultra-low fineness of less than this, medium and low fineness of 1,001~2,000cm2/g, 2001~5,000cm2/g The above-mentioned water or phytoncide water, which is one of a medium-powder degree of g, a medium-powder degree of 5,001-7,000 cm 2 /g, a high powder degree of 7,001-10,000 cm 2 /g, and an ultra-high powder degree of more than this;

k7) Low pressure of 1-50kg/cm2, ultra-low pressure less than that, 51-100kg/cm2 medium-low pressure, 101-200kg/cm2 medium pressure, 201-300kg/cm2 medium-high pressure, 301-600kg/cm2m high pressure, The water or plaster that is poured with one of the ultra-high pressures higher than this; k8) sand, gravel, aggregate, filler, binder, admixture, water or plaster containing at least two of the above; k9) the above-mentioned water or plaster in which at least one of water, sand, gravel, crushed stone, aggregate, water, and an admixture is kneaded into cement; 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) Among the 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 above-mentioned water or plaster, wherein the filler is at least one of minerals, ore, tailings, waste, by-product, waste powder, dust, stone powder, fine powder, slag, sludge, and incineration ash; k13) the binder, cement, asphalt, gypsum, lime, starch, pharmaceuticals, polymers, adhesives at least one of the above water or plaster; k14) The admixture is a quick-setting agent, a retardant, a sintering agent, a dispersing agent, a waterproofing agent, a water repellent agent, a water repellent, a foaming agent, a swelling 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 , Pasteur, fluidizing agent, air entraining agent, negative ion emitting material, far-infrared emitting material, mineral, ore, tailings, waste, slag, sludge or more of the above water or plaster;

k15) the water is one of water, water, liquid, oil, water, water supply, sewage, dam water, pump water, groundwater, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, ionized water or plaster; k16) or cement, asphalt, soil, loess, air, air bubbles, pressure, oxygen, nitrogen, resin, chemical, chemical, urea, enzyme, yeast, catalyst, enzyme, surfactant, an active agent, silica, carbon, foaming agent, swelling agent, color agent, graphene, polymer, microorganism, fiber in addition to one or more of aggregate, filler, binder, admixture, water or 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; 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-mentioned water or plaster containing the cement binder, aggregates in the particle size range of 5 to 13 mm and 13 to 20 mm, waste and fluidizing agent, and having a water binder ratio of 25 to 35% or a porosity of 15 to 30%; k20) the above water or plaster containing fine aggregates and coarse aggregates in a ratio of 0.2 to 0.65㎥ per 1㎥ of water, cement binders, and admixtures;

k21) said water or plaster comprising cement, aggregate, water, and an admixture and having a water-cement ratio of 25 to 40%; k22) cement with a density of 3.0 to 3.2 g/cm ³ , a fineness of 3,000 to 3,400 cm ² /g and a chemical main component of at least one of CaO, SiO ₂ , and Al ₂ O ₃ ; A coarse aggregate having 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 mass of 1,340 to 1,580 kg/m ³ or more; Density 2.2-2.6 g/cm ³ , unit volume 1,295-1,580 kg/m ³ The above-mentioned water or plaster containing water and an admixture in at least one of fine aggregates; k23) 14 to 15 parts by weight of a binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of an admixture, 0.3 to 3 parts by weight of waste, and separate water; 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 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 powder to make 100 parts by weight of water or plaster; k26) said water or plaster comprising 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, 0.1 to 35 parts by weight of fly ash or silica fume, and a coarse particle selected from 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm The water or plaster comprising aggregate, fine aggregate or slag fine aggregate having a particle size of 5 mm or less, and an admixture containing 0.03 to 3.0 parts by weight of a fluidizing agent or AE water reducing agent with respect to the binder;

k28) 5 to 8 parts of binder, 60 to 80 parts of aggregate, 0.2 to 0.5 parts of admixture, and water to fill 100% of the total volume. , bottom ash, slag, and a mixture of 1 or 2 to 7 types of rock, and the binder is a mixture of 1 or 2 to 6 types selected from cement, asphalt, lime, gypsum, fly ash, and sludge. 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 admixture, and 35 to 45 parts by weight of water for 100 parts by weight of a binder such as cement ; k30) 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 is polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, polyhydroxyhexane, the water or plaster comprising at least one of isocyanate; k31) 100 parts by weight including 3 to 10 parts by weight of water, 10 to 25 parts by weight of cement, 25 to 35 parts by weight of fine aggregate, 40 to 45 parts by weight of coarse aggregate, 0.5 to 1.5 parts by weight of fly ash, and 1 to 7 parts by weight of by-products said water to plaster; k32) Based on 100 parts by weight of the cement-containing binder, 250 to 660 parts by weight of sand or gravel-containing aggregate, 10 to 150 parts by weight of minerals 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, fine aggregate 350~650kg/m3, coarse aggregate 850~1,100kg/m3, quantity 150~200kg/m3, mineral or waste 200~450kg/m3, the above water or 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 the binder or cement parts, CaO 0.5 to 0.9 parts by weight, K ₂ O 0.5 to 1.1 parts by weight, Na ₂ O 0.5 to 0.7 parts by weight, P ₂ O ₅ 0.2 to 0.6 parts by weight, MnO 0.03 to 0.09 parts by weight, mineral component 13 to 18 parts by weight It contains 5 to 45 parts by weight of one of waste flour, stone flour, and tailings containing parts, the particle diameter of one of the waste flour, stone dust, and tailings is 0.03 to 0.08 mm, the slump is 8 to 12 cm, the unit quantity/the amount of cement is 50 to 60 Weight %, fine aggregate ratio of 45 to 53% by weight of the above water to plaster; 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, 3 to 15% of microorganisms are further mixed with respect to the weight of the binder, and the binder is cement, At least one selected from slag, fly ash, and the microorganisms are photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous fungi, Bacillus, and yeast; k36) 50 to 90% by weight of cement, 1 to 15% by weight of powder slag, 0.1 to 7% by weight of powdered resin, 0.01 to 6% by weight of latex, 0.11 to 15% by weight of expanding agent, 0.01 to 3.0% by weight of fiber, 0 to 3% by weight of water reducing agent % by weight including at least one of said 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 hexagonal hydrated water to plaster;

k39) or k391) crude steel, low heat, blast furnace, carbon, weight, light weight, expanded, white, mixed, silica, sulfuric acid resistant, super fast, 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 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 an admixture, k394) 50 to 400 parts by weight of water or ionized water, 10 to 600 parts by weight of waste flour or stone dust or ash or by-products, 10 to 600 parts by weight of soil or ocher or massato, resin or polymer or 0.005 to 50 parts by weight of latex, 0.0001 to 40 parts by weight of fibers or reinforcing materials or nanomaterials, 0.00001 to 10 parts by weight of microorganisms or their inclusions, 0.00001 to 3 parts by weight of detoxifying agents or their inclusions, 0 to 10 parts by weight of substances other than those described above In addition to one or more parts by weight, k395) a) phytoncide, its inclusions, b) or phytoncide extracted from one of trees, stems, plants, bark, cypress, c) or cypress, stems, Plants, bark, trees, water added thereto, heating them, phytoncides obtained from at least one of heated water, distilled water, and cooling water thereof, d) or magnetization, bio, magnetic contact magnetization, microorganism input bio one or more of a) phytoncide to c) inclusions, or the water or plaster in which at least one of them is contained or added;

k40) or water, water, liquid, oil, medicine, sol, gel, qi, high, chemical, ash, fluid, liquid, Gas, solid, liquid gas, liquid solid, gas-solid, liquid solid, water, bottled water, water supply, sewage, rainwater, sewage, wastewater, turbid water, polluted water, carbonated water, ionized water, seawater, salt water, spring water, drinking water, groundwater, bedrock water, surface water, oil, oil, light oil, gasoline, iron, scrap iron, copper, metal, nonmetal, mineral, tailings, ore, rock, rock dust, stone, stone dust, wood, wood flour, powder, sawdust, soil, earth and sand, earth stone, ocher, white clay, clay, granite, masato, graphite, silica sand, carbon, graphene, ceramic, pozzolan, silica, silica fume, lime, gypsum, sand, sand, 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, waste material, waste powder, fine powder, iron, dust, slag, sludge, slurry, foundry sand, charcoal, ash , bottom ash, fly ash, coal ash, incineration ash, sintered ash, carbonized ash, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, chemical, chemical , suspension, enzyme, yeast, urea, catalyst, positive catalyst, photocatalyst, titanium dioxide, ionic water, null value, polyvalent product, cation, anion, ionic water, iron ion, metal ion, phytoncide, aeration agent, reactant, adsorbent, flocculant, restoring agent, bactericide, disinfectant, activator, surfactant, binder, hardener, binder, powder, nano material, granular material, particle material, calcined material, incinerated material, carbide, seed, Seeds, sprouts, microorganisms, fertilizers, nutrients, fat, starch, vitamins, minerals, fiber, woven fabric, non-woven fabric, carbon fiber, fiber, fiber fiber, glass fiber, metal fiber, collecting agent, adsorbent, desiccant, dehydrating agent, fungicide, admixture, additive, curing agent, dispersant, quick-setting agent, finishing agent, sintering agent, water reducing agent, accelerator, retarder, rust inhibitor, expanding agent, foaming agent, foaming agent, aeration agent, defoaming agent, colorant, adhesive, adhesive, binder, high Agents, fixing agents, waterproofing agents, waterproofing solutions, water repellents, acidic agents, base agents, glidants, phytoncides, air entraining agents, cellulose and CMC (carboxymethyl cellulose) containing one or two or more selected from the group consisting of the above water or plaster ;

k41) or k411) Beams, beams, underground beams, aboveground beams, cross beams, longitudinal beams, tiles, bricks, blocks, grid blocks, slope blocks, reinforcement blocks, reinforcement blocks, panels, interior panels, exterior panels, walls, walls, interior materials , exterior material, main material, subsidiary material, construction material, earthquake-resistant material, vibration-proof material, mat, board, veneer plate, brace, reinforcing plate, floor board, board, girder, slab, culvert, sewage culvert, rainwater culvert, box, tank, storage box, basement Box, storage box, manhole, pipe, steel pipe, perforated pipe, non-perforated pipe, pipe line, waterway, waterway, U-shaped pipe, drain pipe, sewage pipe, water supply pipe, Hume pipe, plume pipe, clay pipe, cement pipe, concrete pipe, water tank, storage tank, Catchment tank, catchment well, rainwater storage tank, rainwater storage tank, pavement material, sidewalk material, boundary stone, separator, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, foundation, column, pile, pile , PHC pile, factory pile, embedded foundation, driving foundation, revolving embedded foundation, cast-in-place pile, pier, caisson, geothermal pile, geothermal pier, geothermal caisson, geothermal circulation pipe built-in pile, tetra port, 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, asphalt concrete Secondary products, ready-mixed concrete secondary products, LMC (latex modified concrete) materials, PC (pre cast) materials, PS (pre stress or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) material; k412) or the beams or PSC materials 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-family house, assembly house, canopy building, canopy house, mobile house, container house, hanok, Western-style house, red clay room, shopping mall, apartment, officetel, mixed-use building , low-rise building, high-rise building, skyscraper, house, mobile home, wooden house, wooden building, artificial wooden house, synthetic wooden house, ocher house, tiled house, traditional house, hanok house, earthen house, rice cake 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, 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, k422) pylon, column, chimney, fence, street light, tunnel, road tunnel, railroad tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield water tunnel, Underwater tunnel, submerged tunnel, immersed tunnel, wind tunnel, underground tunnel, fiam tunnel, open tunnel, aerial tunnel, soundproof wall, soundproof tunnel, road, driveway, sidewalk, sidewalk, railway, track, pavement, pavement, runway, runway , navigation route, town, safety, structure, ground, foundation, bridge, bridges, road bridge, railway bridge, viaduct, abutment, bridge piers, wind bridge, aerial bridge, dams, soil dam, soil dam, sandbar dam, cement dam, concrete dam, arch dam, quadrilateral dam, embankment, earth embankment, earth embankment, sand embankment, cement embankment, concrete dike, river embankment, river, marine, harbor, seashore, reef, lake, waterway, quay, water pond, estuary, breakwater, seawall, Offshore structure, beam, underwater beam, above-ground part, water surface beam, water beam, river beam, four major river beams, facility, facility, architecture, structure, sculpture, landscaping, subway, structures, facilities, formwork, formwork, retaining wall, reinforcing earth retaining wall, stone construction , underground wall, retaining wall, order wall, reaction wall, composite wall, anchor, so One anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, equipment, plant, landscaping facility, landfill site, power plant, landfill site, thermal power plant, nuclear power plant, soil structure, earth structure, earthwork structure, slope structure, slope structure, hydraulic structure, offshore structure, cement structure, concrete structure, ready-mixed concrete structure, wood structure, steel structure, steel structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembly structure, ground structure , underground structure, water surface structure, underwater structure, water repair structure, public structure, SOC facility, public facility, private facility, park facility, water treatment facility, wastewater treatment facility, purification facility, repair facility, building facility, civil engineering facility, environmental facility, Landscape 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, one of the following construction or CRC facilities, buildings, roads, pavements, ground, structure, facility, k423) construction, development, construction, construction, work, civil engineering, environment, purification, water purification, cleanliness, 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, building construction, disaster prevention, soil, earthwork, ground, underground, underground, slope , slope, slope, foundation, pile, phc pile, excavation, excavation, excavation, cut, fill, geothermal pile, factory pile, buried foundation, driving foundation, rotary embedded foundation, cast-in-place pile, retaining wall, retaining wall, slurry wall , underground continuous wall, diaphragm wall, CIP (cast in place pile), CP (compaction pile), SCP (sand compaction pile), CCP (crushed stone compaction pile), VCCP (vibrated CCP), dredging, landfill, underwater, Ropeway, elevator, masonry, plastering, waterproofing, grade, index, painting, pavement, soil pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground clearance, Complex clearance, drilling, boring, drilling, compounding, mixing, supply, provision, pressure, transport, transfer, transport, pouring, framing, concrete pouring, piling, laying, slope laying, ground laying, road laying, shorting, 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, watering, watering spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, curing, aquaculture, geothermal, mixing, ground mixing, ground stirring mixing, DCM (deep cement mixing), SCW (soil cement wall), compaction, ground compaction, stirring compaction, pavement compaction, shotcrete, green soil, seed spray, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sinkhole treatment , sinkhole filling, joint filling, stone, masonry, exterior wall, scaffolding, dismantling, window and door, sheet metal, roof sheet metal, assembly, building assembly, form assembly, building assembly, steel, window and door, sheet metal, water supply and sewage system, corrosion protection, electrical method, greening , cleaning, washing, sterilization, disinfection, redevelopment, reconstruction, interior, remodeling, k424) weight, light weight, foaming, air bubbles, expansion, pitching, unbarred, 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 product, material, liquid, water, water, material, raw material, material, material, powder, sheet, mat, pouring material, interior material, exterior material, main material, subsidiary material, construction material, mortar, remital, Ready-mixed concrete, asphalt concrete, concrete, the above materials or PSC materials;

k43) rod, rod, bar, plate, mesh, mesh, grid, fiber, sheet, mat, reinforcing bar, wire mesh, steel frame, ceramic, fiber, cage, nano material, and reinforcing material including at least one of the above materials or PSC materials; k44) After one of pouring, curing, hardening, and setting k441) One of strength, compressive strength, tensile strength, and shear strength is 1~50kg/cm2 of low strength, less than this, ultra-low strength, 51~100kg/cm2 of medium-low strength, Medium strength of 101-150kg/cm2, medium-strength of 151-200kg/cm2, high strength of 201~400kg/cm2m, ultra-high strength more than that, k442) Low density of 0.1-0.5t/m3, ultra-low density less than this, Medium-low density of 0.51~1.0t/m3, medium density of 1.1~1.5t/m3, medium density of 1.51~2.0t/m3, high density of 2.1~3.0t/m3, ultra-high density higher than this, k443) The permeability coefficient is 10 ^(-15∼-10)cm/sec low permeability, ultra-low permeability less than this, medium/low permeability of 10^(-9∼-6)cm/sec, 10^(-5∼-3)cm/sec The material to PSC which is one of medium permeability of sec, medium permeability of 10^(-2 to +1)cm/sec, high permeability of 10^(+2∼+5)cm/sec, and ultra-high permeability more than this material; characterized as one of them.

In the present invention, equipment, apparatus, magnetization equipment, pouring equipment, eco pouring equipment, etc. are a) magnets, cones, poles, magnetizers, hexagonal machines, drones, 3D printers, wind compressors, solar generators, wind generators, storage, hoppers, Compounding machine, pump, transporter, supply path, perforator, pouring equipment, injector, syringe, sprayer, shorting machine, shorting machine, coating machine, painting machine, laying machine, packing machine, mixing machine, compactor, curing machine, face treatment machine, b) above Equipment equipped with at least one of a magnet or a face treatment machine, c) equipment for using materials or materials, d) equipment for constructing or constructing facilities, e) equipment for manufacturing, construction, purification, performing these methods, etc., f) indoor, outdoor, factory, Equipment, such as the field, the above equipment, magnets, equipment, etc. are corresponding, included, belonged, etc., or constituted, formed, divided, subdivided, and the like. In the present invention, to and the like correspond to, and the like, one of and, one or more of, and the like. Examples thereof 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.

And the equipment, apparatus, magnetization equipment, pouring equipment, and eco pouring equipment of the present invention are 1) magnet, magnet group, electromagnet, magnetic body, magnetic body, magnetized body, hexagonal hydrated body, magnetizer, magnetic field body, wave body, solenoid electromagnet , Mounted Daegu non-magnet, magnetized energy body, the magnet or magnetized energy body that magnetizes a substance or eddy current material, 2) cone, cone, hollow cone, passage cone, spaced cone, contact cone, cone spiral, spiral cone, cone helical wire, Spiral hook cone, cone middle spiral, spiral middle cone, spiral weave cone, cone wee spiral, one side apart cone, both sides spaced cone, the above cone to vortex the mounted cod beacon, pouring material or magnetized pouring material, 4) rods, rods, The rod or the rod for vortexing the pouring material or the magnetized pouring material, 5) One of the cones and the holding rod beacons Cone to mounted cod beacon, 6) At least one of the cone, cod beacon, rod to bar body, spiral, cone, bar, bar, bar, bar, bar, 7) at least one of the magnet or magnetized energy body Cone to mounted Daegu beacon, rod to rod frame body, cone spiral to rod cone spiral, 8) the magnet to magnetization energy body provided with at least one of the cone to mounted Daegu beacon, rod to rod frame body, cone spiral to rod cone spiral, 9) the above With or embedding magnets or magnetized energy bodies, cones or mounting beacons, etc., barrels, tubes, boxes, rods, plates, membranes, tanks, boxes, tubes, hoses, spirals, screws, bodies, objects, metal bodies, porous bodies, wave bodies , polymer sieve, water tank, means, facility, pipe, hollow tube, hollow body, 10) one of the above tanks to hollow tubes, 11) a storage equipped with at least one of the above magnets or hollow bodies, a hopper, a compounder, a pump, Transporting machine, supply path, perforator, pouring equipment, injector, syringe, sprayer, shorting machine, shorting machine, coating machine, painting machine, laying machine, packaging machine, mixing machine, compactor, curing machine, surface treatment machine, 12) the magnet or surface treatment machine a) a wind compressor that injects compressed material or compressed air into one or more of the following; b) a rotating wind power Wind screw compressor, wind piston compressor, 13) that generates and injects compressed material or compressed air using a screw or rotary linear converter and piston connected to the blade a) a drone, a 3D printer, a magnetized drone, a magnetized 3D printer, a drone equipped with at least one of a solar cell and a wind power generator, a 3D printer, b) a body that flies by a rotating blade Drone equipped with pouring equipment or a pouring machine mounted on the c) 3D printer equipped with a pouring equipment or pouring machine that moves in three dimensions while mounted on a frame Equipment, 15) A solar generator, a wind generator that is provided or installed on the magnet or equipment, or supplies electricity, 16) Water, liquid, agent, ashes, substances, materials, etc. that have passed through the magnet or equipment, etc. are stored and input , compounding, pumping, transport, supply, drilling, pouring, injection, injection, spraying, shorting, coating, painting, laying, packaging, mixing, compaction, curing, face treatment, etc. The above magnets or equipment, etc. that make materials, construction materials, main materials, subsidiary materials, facilities, buildings, structures, etc. manufactured, constructed, cleaned, formulated, formed, etc. after surface treatment, etc., correspond to, include, belong to, constitute, etc. , formation, division, subdivision, etc.

In the present invention equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc., a) a magnetizing body provided in the central passage of a cone or rod body, a cone or rod body provided in the central passage with a magnetizing body, b) a cone body that magnetizes a material Alternatively, a magnetizer, a spaced magnetizer, or a magnetizer for magnetizing a material provided in the central passage of the rod body is provided in its central passage to vortex the magnetized material. , a spaced barge body, a spaced barge cone, and one of a spaced cone-shaped barn frame body; a hollow body provided with or embedded in one of the magnetizing body or the spaced apart cone-shaped bar body through which the material passes; c) a magnet or a magnetic body for magnetizing the material; a cone or bar body through which the magnet or magnetization body passes through its central passage and vortexes the passing material or the magnetization material; The magnet, the magnetic body, the cone body, the bar frame body, the magnetic body cone body, the cone body with one or more of the magnetic body is provided or embedded, and a body through which the material, a combination of the hollow body, etc. are also included.

Examples of the equipment of the present invention, magnetization equipment, pouring equipment, eco pouring equipment, etc. include a) magnets 10 and 16, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, hexagonal hydrated bodies, magnetic wave bodies, magnetized wave bodies, magnetic forces. Energy body 10, 16, cone 11 or object with magnet, magnet with cone or object, cone or object with stirring or aeration function with magnetizing magnet, magnetizing magnet with cone or object with cone or object with stirring or aeration function, b ) A magnet, a group of magnets, a magnetic body, a magnetic body, a magnetization body, a wave body, a hexagonal hydrated body, a magnetic wave body, a magnetization wave body, a magnetic energy body, c) a tube with one of the cone or magnetic energy body ( 13), body, hollow body 13, d) one of the magnets and hollow bodies, a magnetizer, a hexagonal handset 13, e) a storage 20, a hopper 21 having at least one of the magnets and a hexagonal hand machine , mixer (22), pump (23), transporter (24), supply path (25), pouring machine (26), laying machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packaging machine, compactor, mixing A machine, a curing machine, a surface treatment machine 26, and the like are applicable. Since the magnet or the face treatment machine is equipped with a magnet, etc., it becomes a single magnetizer, a hexagonal handset, or the like, or has a function of magnetizing a substance, hexagonal hydration, and the like.

Other examples of the equipment of the present invention, magnetization equipment, pouring equipment, echo pouring equipment, etc. include a) a cone mesh barbed wire with N-S-N-S-N-S-N-S magnets (10, 16); b) a hollow body 13 provided with an injector 91 into which the additive 90 is introduced, connecting means 99 at both ends and a check valve 92 on the side while the cone mesh spiral is embedded; c) A storage 20, a compounding machine 22, a pressurizer 23, a feeder or a supply path 25, a pouring machine for storing, blending, pressurizing, supplying, and pouring the pouring material, respectively, while the spiral or hollow body is provided. (26); d) a wind power compressor 50 for injecting pressure into one or more of the cone mesh spiral, a hollow body, a storage, a blender, a pressurizer, a feeder, a supply path, and a pouring machine; e) at least one of the storage or pouring by moving or mounting at least one of the cone mesh bar spiral, hollow body, storage, compounding machine, pressurizer, feeder, supply path, pouring machine, and wind compressor a drone 70, a 3D printer 71; f) a generator for supplying electricity to one or more of the storage or pouring machine, a wind compressor, a drone, a 3D printer, a pouring equipment, and a power source thereof, a mobile generator, a solar generator 80, a wind generator 81; g) provided with at least one of the cone mesh bar spiral or wind power generator j1) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment (27); j2) pouring equipment for at least one of the storage and pouring; h) a pouring equipment 27 for pouring one (1) of the pouring material that has passed through one of the cones to the 3D printer, the magnetized pouring material, and the magnetized vortex pouring material; i) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of Ca to CaFe, ash, ion, component, element, element, substance in the pouring material , reactant, binder, inclusion material, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, or phytoncide water, or the pouring material contains the Ca Water, water, liquid, oil, medicine, qi, high (固), chemical (劑), ash (材), sol, gel, mortar containing one or more of phytoncide water , milk, chemical liquid (藥液), suspension (懸濁液), slurry, formulation, compacted product, ready-mixed concrete, asphalt concrete, concrete, paste, plastering equipment that is one of; Casting equipment that includes one or more than one of them is also applicable.

If the above example is described in detail, the pouring equipment of the present invention includes: a) a cone mesh bar screw equipped with an N-S-N-S-N-S-N-S magnet to be poured while the pouring material is in contact; b) a hollow body with an injector having connection means at both ends and a check valve on the side while the cone mesh bar screw is embedded as the pouring material is poured while passing; c) a storage, compounding machine, pressurizing machine, a feeder or a supply path, a pouring machine for storing, mixing, pressurizing, supplying, and pouring, respectively, the pouring material while the spiral or hollow body is provided; d) a wind compressor for injecting pressure into at least one of the cone mesh bar spiral, hollow body, storage, compounding machine, pressurizer, feeder, supply path, and pouring machine in order to reduce the weight of the pouring material; e) To move one or more of the cone mesh barber spiral, hollow body, storage, blender, pressurizer, feeder, supply path, pourer, and wind compressor in order to unmanned or automate the pouring operation, or to which one or more is mounted or to the installation Drones and 3D printers that perform one or more of the storage and pouring by f) a generator for supplying electricity to one or more of the storage or pouring machine, a wind compressor, a drone, a 3D printer, a pouring equipment, and its power source to replace the commercial electricity required for pouring, a mobile generator, a solar generator, a wind generator; g) including all the equipment required for pouring, provided with at least one of the cone mesh bar spiral or wind power generator j1) Pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; j2) pouring equipment for at least one of the storage and pouring; h) pouring equipment for pouring the pouring material, which has passed through one of the cones to the 3D printer, the magnetized pouring material, and the magnetized vortex pouring material; i) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of Ca to CaFe, ash, ion, component , element, element, substance, reactant, combination, inclusion, nano water, resin material, by-product, carbon material, fiber material, catalyst material, fiber material, latex material, bio water, or phytoncide material, or water, water, liquid, oil, medicine, qi, high (固), agent (劑), ash (材) , sol, gel, mortar, milk, chemical solution, suspension, slurry, formulation, compacted product, ready-mixed concrete, asphalt concrete, concrete, paste, and plaster; etc. are applicable.

As another example of the present invention pouring equipment, it is possible to variously change the contents of a) among the above a) to i). As an example, refer to the contents of a) above 1a) magnets, magnet group, electromagnet, dimagnet, bar magnet, plank magnet, atomic magnet, magnetite, magnet body, magnetic body, magnetic body, magnetization body, wave body , magnetized body, magnetic field body, hexagonal hydrated body, magnetized wave body, magnet equipped body, magnetized energy body, double magnet, multiple magnet, multiple magnets, compound 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 to iron core This wound electromagnet, two or more multiple magnets with the same or different magnetic force, a solenoid electromagnet, a stand-up non-magnet; a12) the magnet or the holder non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet to the holder non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body, and the magnet to magnetizing the casting material; a13) one or more of the above magnets or mounted non-magnets embedded, covered, lining, or two or more repeated, combined, or connected one of a magnet, a magnetic body, a magnetized body, a magnetic field; One of the provided, or its hole, hole, inner, outer, inner surface, outer surface, one side, both sides, passage, hollow, center, center, its side, the pouring material is contacted or passed while provided in one or more of the passage

1b) Cone, Bong, Cone, Bongche, Cone mesh, Mangcon, Kornbong, Manbong, Bongmang, Bongteel, Bongcon, Protruding rod, Conical cone, Conical cone, Dolgicon, Inclined cone, Double cone, Multicon, Spiral cone, Perforated cone , hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone after spiral, spiral after cone, middle cone, spiral middle cone, spiral with cone, cone on spiral, one side apart, both sides spaced apart Cone, mango screw, corn mango screw, corn mango screw, corn mango screw, corn mango screw, corn mango screw, corn stick frame helix, corn mango screw, corn mango screw; a22) a cone with an inclination angle of 1 to 89 degrees, a spaced cone with a separation range between the outer and inner diameters, a cone having a hollow diameter of one side of 1.1 to 5.0 times the diameter of the other side, and a length of 0.1 to one of the magnets and the holder non-magnets a cone having a cross-sectional area of 0.8 times or 0.1 to 10.0 times the hollow diameter of one side, a cone having a cross-sectional area of the one side hollow of 0.05 to 0.9 times the internal cross-sectional area of the hollow body, or 1.1 to 10.0 times the cross-sectional area of the magnet; a23) the cone or cone-mang bar spiral for vortexing the pouring material or the magnetized pouring material;

2a) or 2b) the magnet or magnetic field body through which the casting material is contacted or passed while being provided with one of the cones to the cone-mandrel spirals in a coupling structure opposite to the above; One of the combinations is appropriately selected and applied.

Examples of its application include 1a) a cone with a magnetic field, a rod with a hexagonal body, a cone with an S pole and N pole magnet, a cone with an electromagnet with a coil wound around an iron core, a mesh with two or more magnets with the same or different magnetic force, 2a) or In the opposite combination structure to the above, magnetic field body with cone, hexagonal body with rod, S pole and N pole magnet with cone room, electromagnet with coil wound on iron core with cone rod, and two or more magnets with same or different magnetic force with mesh rod, etc. do.

In the present invention, one of or accompanying equipment, magnetization equipment, pouring equipment, and eco pouring equipment, a drilling machine, a storage, 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 shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixer, a curing machine, and a face treatment machine are 1) the perforator or the face treatment machine itself, 2) the cone to hollow body, magnet to hollow body, cone to hexagon hand machine, A perforator or a face-processing machine provided with a magnet or a hexagonal hand machine, 3) a magnetizer, a hexagonal hand machine, and the like of one of the perforators and face-processing machines are applicable.

In the present invention, other examples of equipment, magnetization equipment, pouring equipment, and eco pouring equipment include a) a cone with a magnet in which a magnet is provided in its central hollow, a magnet with a cone fitted with a cone on the outside of the magnet, and a magnetization type magnet A stirring or aeration function object provided with a magnetization type magnet, which is an object having a function of stirring or aeration provided in its own internal hollow, etc. b) Magnets with magnets attached to cones, magnetic bodies with magnets joined with objects, magnetizers with cones with stirring or aeration function, magnetizers with cones with stirring or aeration functions with magnetizing magnets incorporated therein. c) c1) tube with magnet embedded, c2) hollow body with cone embedded with magnet, c3) hollow body with magnetic energy body with cone with magnet attached, c4) cone with magnet, one of hollow body with embedded teeth A magnetizer equipped with phosphorus or one, c5) a magnet with a cone, a magnetic energy body with a tooth attached, a hexagonal hand machine with one or more of a hollow body with a tooth embedded therein, etc. d) a magnetic material-embedded storage, the magnet-embedded hopper, the magnetized material-embedded mixer in which a cone with a stirring or aeration function equipped with the magnetized magnet is incorporated, a pump equipped with the magnet at the front or rear end, the magnetic material-embedded transporter, the magnet equipped or It also includes an embedded supply path, a pouring machine, a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, a curing machine, and a face treatment machine.

In further explanation of the above, a) the cone or object with a magnet, a cone or a magnet with an object, etc. are 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, magnetization body, wave body, hexagonal hydration body, magnetic wave body, magnetization wave body, magnetic energy body, a4) Object with stirring or aeration function, a5) Body, ring, cone, spiral, vortex wire, screw , whirlwind wire, hollow body, funnel, a6) magnets, all objects, certain objects, body, metal, iron, wood, stone, clay, ceramic, polymer, natural, natural, artificial, These include rubber materials, porous bodies, hollow bodies, non-hollow bodies, plastic materials, and PVC materials. and b) the magnet, magnet group, magnetic body, magnetic body, magnetization body, wave body, hexagonal hydrated body, magnetic wave body, magnetization wave body, and magnetic energy body are themselves or others or substances with magnetism, magnetic force, magnetization, wave, These include waveization, hexagonal hydration, magnetic wave, magnetic waveization, magnetic energy, magnetic energy, etc. Magnets and magnetic bodies, magnets and wave bodies with wave properties, etc. and c) the body is c1) a tube, a body, a hollow body, a pipe, a magnetizer, a hexagonal machine, an object, a certain object, a hollow body, a metal, a stone, a wood, a natural material, a synthetic material, a polymer material, a porous body, a non-porous body , all objects, c2) Objects, bodies, etc., with or without tubes, hollow bodies, magnetizers, and hexagonal sieves. and d) the hollow body includes a barrel, a tank, a box, a tank, a tube, a hose, a pipe, a hollow tube, a hollow tube, a hollow ball, a hollow body, a hollow body, and the like. e) The magnetizer and the hexagonal hand machine are e1) the cone or the hollow body, e2) the storage or the face treatment machine with one of the above, e3) the equipment, apparatus, stationary, equipment, manufacturing apparatus, construction equipment, e4) material with one of the above Mechanisms, devices, devices, equipment, and cones or equipment that magnetize, magnetize, magnetize, wave, hexagonal hydration, magnetic wave, magnetic energy, and the like are applicable.

In addition, the magnet, magnetizer, hexagonal handset, device, apparatus, device, equipment, magnetization equipment, pouring equipment, eco-casting equipment, etc. of the present invention are a) a magnet, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a magnetic force Energetic body, magnet function merging cone, cone function merging magnet, double or bunch cone magnet, cone or object with magnet, cone or object with magnet, magnetizing magnet with stirring or aeration function cone or object, stirring or aeration function cone with magnet or a magnetized magnet with an object, b) a magnet with one of them, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a hexagonal body, a magnetic wave body, a magnetization wave body, a magnetic energy body, c) the cone or magnetic force One of the energy bodies or embedded tube, body, hollow body, pipe, magnetizer, hexagonal machine, d) with one or more of the above cone or hexagonal machine, or perforator, storage, hopper, mixer, Pump, drone, transporter, supply path, pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packing machine, compactor, mixing machine, curing machine, surface treatment machine, e) among the cones and surface treatment machines One or more equipment, apparatus, apparatus, equipment, manufacturing equipment, construction equipment, etc. are also included.

The apparatus, apparatus, apparatus, equipment, apparatus, phytoncide apparatus, the cone or surface treatment machine, magnetization equipment, pouring equipment, eco-casting equipment, etc. of the present invention for manufacturing, production, construction, construction, construction, construction, construction, etc. or equipment, apparatus, apparatus, equipment, facility, manufacturing facility, construction equipment, dozer, truck, excavator, grader, crane for the manufacture, production, construction, construction, construction, construction, etc. of the above concrete, materials, facilities, etc. , a fork crane, a device equipped with one of the above magnets or equipment, a mechanism, an apparatus, an equipment, a facility, a manufacturing facility, a construction equipment, a dozer, a truck, an excavator, a grader, a crane, a fork crane, etc. The apparatus, apparatus, apparatus, equipment, apparatus, phytoncide apparatus, and the cone or face processing machine of the present invention are provided in one, two or more, plural, one, two or more, plural sets. Examples of this are: a) a mixer with 2 magnets embedded with cones, b) a mixer with 3 embedded hollow bodies with cones with 2 magnets, c) 2 reservoirs with 3 embedded hollow bodies with 3 cones embedded with 3 magnets 2 mixers connected, d) 1 with 3 magnets, 2 reservoirs with 3 hollow bodies with 2 embedded cones, 2 supply paths connected to 2 mixers connected, e) 2 injectors connected thereto, etc. .

And the cone to the face treatment machine, the magnet to the face treatment machine, the magnet to one of the equipment, one set, two, two sets, one, two or more, etc. or equipped with, or inside, inner surface, inner side, hollow part, One of the cone or face treatment machine, magnet or face treatment machine, magnet or equipment provided on the outside, the outer surface, the outside, and the like are also applicable. Examples of this include storage and other storage, injectors and other injectors, storage and injectors, injectors with storage, 2 storages and 3 injectors, 2 storages 3 injectors, injectors with storage and mixer, 2 storages and 2 injectors with 1 mixer, 6 injectors with 3 reservoirs and 3 mixers, and the like.

And a) device, apparatus, device, equipment, device, phytoncide device of the present invention, b) the cone, magnet, cone or face treatment machine, c) two or more of facilities, facilities, structures, etc., mutual coupling between two or more, linking, connecting, fastening, merging, merging, equipping, mounting, fixing, mounting, attaching, welding, or joining, linking, connecting, fastening, merging, merging, inside, inside, inside, hollow, outside, outside, outside, etc. Equipped, mounted, fixed, mounted, attached, welded, etc. are possible. For this purpose, mutual rods, rods, bars, plates, strings, strings, ropes, welding, bolts, nuts, tubes, hoses, pipes, pipelines, and cradles ( 12), the provision and installation of supports, etc. are possible. This is a) device, apparatus, device, equipment, device, phytoncide device of the present invention, b) the cone, magnet, cone or face treatment machine, c) facilities, facilities, structures, etc. are rods, rods, bars, plates, strings, A rope, a rope, a weld, a bolt, a nut, a tube, a hose, a pipe, a pipeline, a cradle 12, a support, etc. that interconnects, links, equips, mounts, installs, maintains, positions, mounts, anchors, attaches, etc. indicates that it is also possible. Examples of this include the magnets 10 and 16 mounted on the cradle 12, the hollow body 13, the cone-equipped magnets 10 and 16 mounted on the cradle 12, the hollow facility 8, and the cradle 12. The mounted magnets 10, 16, the hollow body 13, and the embedded hollow facility 8, etc. are also applicable.

In addition, the apparatus, apparatus, apparatus, equipment, apparatus, pouring apparatus, cone or surface treatment machine of the present invention include: 1) one of the above construction or remodeling, or a) a) apparatus, apparatus, apparatus , equipment, b) using, using, applying, utilizing, corresponding, equipping, constructing, placing in one or one of, 2) or said concrete or PSC, material, or facility, said apparatus, apparatus, apparatus, equipment, magnet or equipment; one or more of, input, injecting, embedding, introducing, incorporating, mixing, compounding, doubling, superimposing, adding, adding, containing, including, reflecting, or to be one or more of the above construction or remodeling; A) apparatus, apparatus, apparatus, equipment, and b) the apparatus, apparatus, apparatus, equipment, magnet or equipment used are also applicable.

And the material or material of the device or the face treatment machine, the magnet or the magnetized energy body, the cone or the cone mesh bar, the hollow body, the device, the equipment, etc. of the present invention is a natural material, a natural material, an artificial material, a synthetic material, a metal, a non-metal, Steel, wood, stone, clay, glass, ceramic, resin, resin, polymer, carbon, graphene, magnetic material, magnetic material, polymer material, rubber material, porous body, hollow body, non-porous body, plastic material, PVC material, FRP material, other or all or other materials, materials, raw materials, materials, etc. apply. 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 storage is a carbon material, the mixer is an iron material, the sprayer is a PVC material, and the like.

In the present invention, a) a magnet 10, a group of magnets, an electromagnet, a dichroic magnet, a bar magnet, a plank magnet, an atomic magnet, a magnetite, a magnet, a magnet body, a magnetic body, a magnetic body, a magnetizing body, a wave body, a magnetizing body, a magnetic field body , hexagonal hydrated body, magnetized wave body, magnet equipped body, magnetized energy body, double magnet, multiple magnet, multiple magnets, compound 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 wound electromagnet, a solenoid electromagnet, a holder non-magnet, a vortex type non-magnet; b) the magnet or the holder non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet to the holder non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body, and the magnet to the holder non-magnet magnetizing the pouring material (1); c) one or more of the above magnets or mounted non-magnets embedded, cover, lining 15, or two or more repeating, combining, or connecting one of the magnets, magnetic body 16, magnetizing body, and magnetic field body is the a) magnet to c) one or two or more of the magnetic field bodies are connected, combined, combined, and the like. This means that one of a) magnets to c) magnetic field bodies is the same as or similar to one or more than one of a) magnets to c) magnetic field bodies, or a combination, combination, combination, and the like of two or more. Accordingly, a magnet, a magnetic body, a magnetized body, etc. is one of a) magnet to c) magnetic field body, or a linkage, combination, combination, etc. of two or more. One of the above a) magnets to c) magnetic field bodies, or a combination, combination, or combination of two or more of them constitutes one magnet class.

In the present invention, the magnet is 1) magnet 10, electromagnet, superconducting magnet, lined magnet 16, 2) NS pole, SN pole, NS pole/NS pole, SN pole/SN pole, NS pole/SN pole, SN At least one magnet among pole/NS pole, NS pole/membrane/NS pole, SN pole/membrane/SN pole, NS pole/membrane/SN pole, SN pole/membrane/NS pole, A magnet of 1000 to 20,000 gauss, 4) one of the magnets (10) is embedded, coated, covered, or lined with one (15) body or magnetic body (16), 5) a magnet inserted through the central passage of the cone , magnetic material, and 6) 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 tube or hollow body. And the magnet is a magnet, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a magnet, a magnet, a hexagonal body, a magnetic wave body, a magnetization wave body, a magnetic energy body, an N pole S pole magnet 10, an NS pole or One having an N pole and S pole, a magnet 16 in which one or more magnets 10 are covered with a cover material 15, etc., a magnetic body 16 in which one or more magnets 10 are embedded in the cover material 15 ), magnetizing and hexagonal hydration of substances.

When explaining the above, 1) a) NS pole magnet is N pole S pole magnet, b) SN pole magnet is S pole N pole magnet, c) NS pole/NS pole magnet is N pole S pole/N pole S pole magnet , Two combined magnets of N pole S pole magnet and N pole S pole magnet, d) SN pole/SN pole magnet is a combination of S pole N pole/S pole N pole magnet, S pole N pole magnetic wire and S pole N pole magnet 2 coupled magnets, e) NS pole/SN pole magnet is N pole S pole/S pole N pole magnet, 2 coupled 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/film/NS pole magnet is N pole S pole/membrane/N pole S A pole magnet, or a magnet coupled in the order of N pole S pole magnet, membrane, N pole S pole magnet, or a magnet coupled with a membrane embedded between N pole S pole magnet and N pole S pole magnet, h) SN pole /membrane/SN pole magnet is S pole N pole / membrane / S pole N pole magnet, or S pole N pole magnet 10, membrane 14, S pole N pole magnet 10 combined in this order, or A magnet with a membrane embedded between the S pole N pole magnet and the S pole N pole magnet, where the membrane is a membrane, a separator, a separator, a separator, a spacer, etc. (14), i) NS pole/membrane/SN The pole magnet is an N pole S pole/film/S pole N pole magnet, or a magnet coupled in this order of a N pole S pole magnet 10, a membrane 14, and an S pole N pole magnet 10, or the membrane is an N pole A magnet embedded and coupled between an S pole magnet and an S pole N pole magnet, j) The SN pole/film/NS pole magnet is an S pole N pole/film/N pole S pole magnet, or an S pole N pole magnet, a membrane, An example of two or more magnets in one or more magnets among magnets coupled in order of N pole and S pole magnets, or a magnet with a film embedded between the S pole N pole magnet and the N pole S pole magnet, is k1) NS pole magnet 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, k3) SN pole/NS pole, NS pole/membrane/NS pole, SN Pole/membrane/SN pole, NS pole/film/SN pole, SN pole/membrane/NS pole coupling magnet, etc. are applicable.

2) Examples of magnets having a single magnetic force or total combined magnetic force of 1000 to 20,000 Gauss include a SN pole magnet in the case of SN pole/film/NS pole, or one magnetic force of an NS pole magnet, or an SN pole magnet and a NS pole magnet 2 Magnets with a total combined magnetic force of 1000 to 20,000 Gauss are applicable. And in the case of a magnet 16 lined with a tube in which 10 magnets 10 are embedded in the tube cover 15, the magnetic force of one of the 10 magnets 10 or the total magnetic force of the 10 magnets 16 is 1000 to 20,000. Gaussian magnets are also applicable. 3) Examples of the body or magnetic body 16 in which one of the magnets 10 is embedded, coated, covered, or lined with one 15 are SN pole magnet, NS pole magnet, SN pole/membrane/NS pole magnet etc. (10) for metal, film, coating material, cover material, polymer material, plastic, STS material, coating material, lining material, melt, heating object, barrel, hose, tube, pipe, heating pipe, etc. (15) or etc. As a body or magnetic body 16 that is embedded, coated, covered, lined, etc. (16) is applicable. Here, coating, covering, lining, etc. 15 of the magnet 10 is for protection, reinforcement, maintenance, management, corrosion and damage prevention of the magnet. 4) As an example of the magnet and the magnetic body 10 and 18 inserted through the central passage of the cone 11, refer to the figure of FIG. 5) The magnet, magnetic body 10, 18 having an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or inner cross-sectional area of the tube or hollow body 13 Specifications of magnets and magnetic materials when 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, etc. become a condition

Here, a) 0.01 times the lower limit of the outer diameter or diameter or cross-sectional area of the magnet or magnetic body is usually considered that the inner diameter of the hollow body is 20 cm, so 0.01 times of 20 cm becomes 2 mm. It is difficult, and the outer diameter of the magnet and magnetic material is small, because the magnetizing force of the magnet and the magnetic material embedded inside the 20 cm hollow body is insignificant, 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 In this case, the cross-sectional area of the hollow body is small, so the flow of material passing through the hollow body is limited and resistance is large. In the case of 0.01 to 0.8 times, it can be said that it is common to apply about 0.4 times the average value of this range.

The magnetization and hexagonal hydration of the present invention are a) a1) a magnet, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a hexagonal hydration body, a magnetic wave body, a magnetization wave body, a magnetic energy body, the cone or magnetic energy body, a2) One double hollow body, a3) One double storage, compounder, pump, supply path, pouring machine, injector, injector, curing machine, face treatment machine, a4) Magnetization by equipment equipped with one of two, magnetization equipment, pouring equipment, etc. , hexagonal hydration, b) passage, contact, passing, flow, penetration, of the magnet or magnetic energy body, etc., c) water, water, mixing water, mixing material, mixture, material, mortar, ready-mixed concrete, concrete, etc. of 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, waveization, hexagonal hydration, magnetization, magnetic fieldization, magnetization energy, etc. can be typically expressed in terms of magnetization. Therefore, a) the magnet or the magnetization energy body, b) a hollow body provided therewith, c) a storage with one of them, a blender, a pump, a supply path, a pouring machine, a sprayer, an injector, a curing machine, a face treatment machine, d) an equipment equipped with one of them , magnetization equipment, pouring equipment, etc. become one magnetizer, hexagonal hand machine, magnetization device, hexagonal number device, magnetization equipment, hexagonal water equipment, etc. Or equipment and the like are also one of the magnetizers, hexagonal water equipment, and the like. Magnetization, magnetization water, magnetization material, magnetization casting material, etc. are formed by the magnetization of the present invention, wherein the magnetization material is a) magnetization material, magnetization water, hexagonal water, magnetization liquid, magnetization oil, magnetizer, magnetization material, magnetization body, Magnetized substances, magnetized substances, b), or substances that have been magnetized, magnetized, magnetized, waved, or hexahydrated by one of them passing through, flowing, contacting, penetrating, or passing through a magnet, electromagnet, magnetic material, etc. applicable.

a) Magnet, group of magnets, electromagnet, dimagnet, bar magnet, plank magnet, atomic magnet, magnetite, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body, hexagonal hydrated body, magnetization Wave body, magnet equipped body, magnetized energy body, double magnet, multiple magnet, multiple magnet, compound 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 with a coil wound on an iron core, the same or different magnetic force 2 multiple magnets, solenoid electromagnets, non-magnets, vortex-type non-magnets; b) the magnet to the holder non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet to the holder non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body, and the magnet to the holder non-magnet to magnetize the casting material; b) One or more of the above magnets or mounted non-magnets are embedded, covered, lining, or two or more repeating, combining, or connecting one of the magnets, magnetic bodies, magnetization bodies, magnetic bodies, etc. are described as follows.

1) Magnet group includes two or more magnets, a group of magnets, or S pole N pole magnet, N pole S pole magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, These include S-pole N-pole/N-pole S-pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, etc. 2) The electromagnet includes an electromagnet with a coil wound around an iron core, a solenoid electromagnet, a magnet that generates a magnetic force when electricity is applied, and a magnet that generates a 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 kind of electromagnet. 4) Double magnets include two or more magnets and a pair of magnets. And the dimagnet is a) two or more magnets, magnetic bodies, the magnets or magnetic energy bodies, b) or each other before, after, left, right, front, back, top, bottom, spaced apart, attaching, pressing, contacting, bonding, Two or more magnets, magnetic bodies, said magnets or magnetic energy bodies that are combined, linked, connected, jointed, parallel, perpendicular, inclined, mated, etc. c) Arranged, arranged, mounted, connected, etc. These two or more magnets, magnetic bodies, the magnets or magnetic energy bodies, etc. are also applicable. 5) Bar magnets, plate magnets, atomic magnets, and angular magnets include magnets such as rods, plates, boards, circles, circles, cylinders, squares, squares, and polygons. 6) Magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal hydration body, magnetization wave body, magnet equipped body, magnetization energy body are magnet, magnetism, magnetization, magnetization, wave, magnetization, Hexagonalizes a material by magnetic field, hexagonal hydration, magnetization wave, magnetizing energy, etc. This includes magnets, sieves, objects, etc. And the magnet body or magnetization energy body, etc. is a material, material, sieve, object, object, appliance, metal, means, or article containing magnet, material, sieve, object, article having magnetic force, magnetism, magnetic field, etc. This includes instruments, metals, means, etc.

7) Double magnets include two or more magnets and a group of magnets. 8) Bundle magnets include magnets that form two or more bundles. 9) Nanomagnets include magnets, their constituent particles, molecules, and substances whose size is in nanometers. And the multi-type magnet corresponds to a magnet in which two or more magnets are combined, combined, provided, fastened, connected, linked, etc. And a composite magnet is a magnet in which one or more magnets among two, two sets, two kinds, two pairs, two sets, and two magnetic forces are combined, combined, provided, fastened, connected, connected, etc., or a magnet and an object other than a magnet A combination, combination, provision, fastening, connection, connection, etc., means, apparatus, etc. are applicable. And the magnet-equipped body includes a magnet, an electromagnet, a magnetic body, a composite magnet, a material, a sieve, an object, an object, a mechanism, a metal, a means, a cradle, a support, a spacer, a fixture, etc.

10) Superconducting magnets are superconducting magnets, solenoid coils, racetracks, dipoles, toroidal wires, and superconducting wires that are immersed in liquid helium at -269℃ to become superconducting and generate a stable high magnetic field. Electromagnets, cryogenic electromagnets using superconductors for coils, magnets using Nb alloys, which are superconductors for coils, etc., and cooling them to liquid helium temperature to generate a super strong magnetic field are used, and the like. 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 a superconducting wire. 11) Magnetosomes and magnet bacteria are: a) microorganisms, bacteria, magnetosomes, etc. with magnetism, magnetism, magnetic bodies, etc. b) magnets, magnets, and nanometer-sized magnetic particles and molecules on themselves, their bodies, inside, outside, and on the surface , microorganisms, bacteria, magnetosomes, etc.

12) S pole N pole magnet, N pole S pole magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnets include a group of magnets combined with S pole N pole and N pole S pole, twin magnets, double magnets, multiple magnets, multiple magnets, and composite magnets. 13) S pole and N pole magnets include magnets with S and N poles. 14) N-pole and S-pole magnets include magnets with N and S poles. 15) S pole N pole/S pole N pole magnet includes a combination magnet of S pole N pole magnet and S pole N pole magnet, S pole N pole magnet, a separation membrane and a combined magnet of S pole N pole magnet. 16) N pole S pole / S pole N pole magnet includes a combination magnet of N pole S pole magnet and S pole N pole magnet, N pole S pole magnet, a combination magnet of separator and S pole N pole magnet. 17) S pole N pole/N pole S pole magnet includes a combination magnet of S pole N pole magnet and N pole S pole magnet, S pole N pole magnet, a separation membrane and a combined magnet of N pole S pole magnet. 18) N-S-N-S-N-S-N-S magnet includes N-S magnet-N-S magnet-N-S magnet-N-S magnet combined magnet, N-S magnet-separator-N-S magnet-separator-N-S magnet-separator-N-S magnet combined magnet, etc. 19) N-S-S-N-N-S-S-N magnet includes 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) The non-magnet with a holder corresponds to a magnet equipped with a holder, a spacer, a support, etc., and a magnet equipped with a means for mounting itself.

21) The magnet with a magnetic force of 1000 to 20,000 Gauss or a non-magnet stationed is a magnet or a non-magnet with a magnetic force of 1000 to 20,000 Gauss. Here, the magnetic force when one magnet or magnetic body is composed of one magnet or magnetic body is the magnetic force of one magnet or magnetic body, and when two or more magnets or magnetic substances are composed, the magnetic force is two or more individual magnetic forces of one magnet or magnetic body, or two or more The combined magnetic force of a magnet or a magnetic material is applicable. Here, as an example of the summed magnetic force of two or more magnets, in the case of a plurality of magnets in which three magnets are combined, a first 2,000 gauss magnet, a second 1,000 gauss magnet, and a third 3,000 gauss magnet are combined so that the combined magnetic force is 6,000 gauss multiple magnets, etc. applicable. Therefore, when the magnet or cone with magnetic material of the present invention is a cone with three magnets embedded with magnetic material, it is possible to have a cone with a magnetic material having a magnetic force of 11,000 Gauss, in which three magnets of 1000 Gauss magnets, 3000 Gauss magnets, and 7000 Gauss magnets are embedded. .

And the magnet, magnetic material, and cone thereof of the present invention are a) a magnet composed of or combined with n magnets, such as n1 Gaussian magnet, n2 Gaussian magnet, n3 Gaussian magnet, b) It has cone, n cone, c) A magnetic body in which n magnets are embedded or lined, such as n1 Gaussian magnets, n2 Gaussian magnets, n3 Gaussian magnets, etc., d) its provided cones, n cones, etc. are possible. It consists of a) a magnet consisting of or coupled to n magnets, such as n1 magnetism, n2 magnetism, n3 magnetism, b) a cone with its teeth, n cones, c) n1 magnetism magnet, n2 magnetism magnet, n3 magnetism magnet, etc. A magnetic body in which n magnets of are embedded, or lined, or lined while being embedded, d) can also be expressed as cones, n cones, and the like.

22) The outer diameter of the magnet or the holder non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body includes the magnet or the holder non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body. If the outer diameter of the magnet or the holder non-magnet is 0.01 to 0.8 times the inner diameter of the hollow body below, it is difficult to manufacture because the magnet or the holder non-magnet is too thin, and the effect is insignificant. This is because it is difficult to flow and pass through hollow bodies such as filling materials and pouring materials.

The magnet or holder non-magnet of the present invention is a) a magnet, a group of magnets, an electromagnet, a magnetic material, a magnetic body, a magnetizer, a hexagonal hydrated body, a magnetizer, a magnetic field body, a wave body, a solenoid electromagnet, a holder non-magnet, a vortex type holder magnet; b) Magnets, magnet groups, electromagnets, dimagnets, bar magnets, plank magnets, atomic magnets, porcelain magnets, magnetic bodies, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetized bodies, magnetic bodies, hexagonal hydrated bodies, magnetized wave bodies, Magnet equipped body, magnetized energy body, double magnet, multiple magnet, multiple magnets, compound magnet, nano magnet, superconducting magnet, magnetosome, magnetic bacteria, S pole N pole magnet, N pole S pole magnet, S pole N pole/S N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, N-S-N-S-N-S-N-S magnet, N-S-S-N-N-S-S-N magnet, an electromagnet with a coil wound around an iron core, two or more with the same or different magnetic force Magnet, solenoid electromagnet, holder non-magnet, vortex type holder non-magnet; c) the magnet or the holder non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet to the holder non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body, and the magnet to the holder non-magnet that magnetizes the casting material; etc. are applicable.

23) The magnet or non-magnet that magnetizes the pouring material magnetizes the material, the pouring material, its raw material, etc. It becomes the magnet or the holder non-magnet. 24) One or more of the magnets or the mounting non-magnets are embedded, the cover, the lining, or two or more repetitions, bonding, and connection of one of the magnets, magnetic bodies, magnetized bodies, and magnetic fields, at least one of the magnets and mounting non-magnets is embedded, It is a magnet, magnetic body, magnetized body, magnetic field body, etc. with covers, linings, etc., or with two or more repetitions, bonding, connection, etc. Here, the embedding, the cover, the lining, etc. are for protection, storage, maintenance, management, corrosion prevention, etc. of the magnet or the non-magnet holder. Here, two or more repetitions, couplings, and connections include a plurality of magnets, a plurality of magnets, a plurality of magnetizations, and a plurality of magnetic fields, in which two or more of the above magnets or non-magnets are repeated, combined, connected, etc.

In the present invention a) Cone, Bong, Cone, Bongche, Cone, Mangcon, Konbong, Mangbong, Bongmang, Bongteul, Bongcon, Protruding bar, Conical cone, Conical cone, Dolgicon, Inclined cone, Double cone, Multicon, Spiral cone , perforated cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone hook wire, spiral hook cone, cone middle spiral, spiral middle cone, spiral weave cone, cone wire, single side apart cone , double-sided spaced cones, mesh spirals, cone mesh rods, wire mesh spirals, cone mesh spirals, cone mesh spirals, cone mesh spirals, cone mesh spirals, cone meshes spirals, corn meshes spirals; b) a cone with an inclination angle of 1 to 89 degrees, (refer to the angle α in FIGS. 2, 4, and 8 for the inclination angle), a spaced cone with a spacing range between the outer and inner diameters, and a hollow diameter of one side of 1.1 to 5.0 times the diameter of the other. A cone, the length of which is 0.1 to 0.8 times the length of one of the magnets or non-magnets, or 0.1 to 10.0 times the diameter of the one side hollow, the hollow cross-sectional area of the one side is 0.05 to 0.9 times the internal cross-sectional area of the hollow body, or the cross-sectional area of the magnet A cone of 1.1 to 10.0 times is a kind of vortex body that has the function of vortexing pouring materials and magnetizing pouring materials. In the present invention, the vortex represents a vortex, 渦流, disturbance, vortex, cavitation, vortex, eddy current, turbulence, and the like. In addition to the vortex function of the pouring material, the cones or cones, sieves, and the like are formed on their own or on their own by means of holes, perforations, perforations, holes, etc., paper, foreign substances, garbage, coarse materials , and has features such as separating, jamming, sieving, separating, sorting, removing, and sieving materials of engraving materials.

In the present invention a) Cone 11, Bong, Cone, Bongche, Cone mesh, Mangcon, Cone Bong, Bongcon, Conical cone, Conical cone, Dolgi cone, Inclined cone, Double cone, Multi cone, Spiral cone, Perforated cone, Hollow cone , channel cone, contact cone, spaced cone, cone, screw cone, forward cone, reversed cone, cone hull, spiral hooked cone, cone middle spiral, spiral middle cone, spiral with cone, cone with spiral, one side spaced cone, both sides spaced cone, b ) a cone with an inclination angle of 1 to 89 degrees, c) a spaced cone with a separation range between the outer and inner diameters, a cone having a hollow diameter of one side of 1.1 to 5.0 times that of the other, d) a length of one of the above magnets or non-magnets a cone having a cross-sectional area of 0.1 to 0.8 times or 0.1 to 10.0 times the diameter of one side of the hollow, e) one of the cones having a cross-sectional area of one side hollow of 0.05 to 0.9 times the internal cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet is one of the above a) Con to e) one or two or more of cones are linked, combined, combined, and the like. This means that one of the cones a) to e) above is the same as or similar to one or more than one of the cones a) to e) above, or a linkage, combination, combination, etc. of two or more. Accordingly, the cone 11 is one of the above a) cones to e) cones, or a linkage, combination, combination, or the like of two or more. One or more of the above a) cones to e) cones, or a linkage, combination, combination, etc. of two or more forms a single vortex.

With respect to the cone 11, the mesh 48, the rod 45, the frame 46, the spiral 47, the cone mesh, the sewing frame, the cone mesh rod, the frame spiral, the cone mesh sewing machine, the cone mesh rod spiral, the cone mesh bag spiral spiral of the present invention The explanation is as follows. 1) Cone is a) cone (11), cone, cone, cone, hat, cone mesh, mango cone, cone rod, bone cone, cone cone, cone cone, dolgi cone, inclined cone, double cone, multi cone, spiral cone, perforated cone , hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, cone, forward cone, reverse cone, cone hull, spiral hooked cone, cone middle spiral, middle spiral cone, spiral with cone, cone on one side, spaced cone on one side, double-sided spaced cones, mesh spirals, cone mesh rods, wire mesh spirals, cone mesh spirals, cone mesh spirals, cone mesh spirals, cone mesh spirals, cone meshes spirals, corn meshes spirals; b) a cone with an inclination angle of 1 to 89 degrees, (refer to the angle α in FIGS. 2, 4, and 8 for the inclination angle), a spaced cone with a spacing range between the outer and inner diameters, and a hollow diameter of one side of 1.1 to 5.0 times the diameter of the other. A cone, the length of which is 0.1 to 0.8 times the length of one of the magnets or non-magnets, or 0.1 to 10.0 times the diameter of one side of the hollow, wherein the hollow cross-sectional area of the one side is 0.05 to 0.9 times the internal cross-sectional area of the hollow body or the cross-sectional area of the magnet This applies to cones that are 1.1 to 10.0 times larger.

2) Nets are mesh (48), mesh, wire mesh, all mesh, frame mesh, nylon mesh, mesh mesh, lattice mesh, wire mesh, flat mesh, hollow mesh, matte mesh, cylindrical mesh, triangular mesh, square mesh, mesh with mesh. , a net with all holes, a net with a sieve hole, and a net 48 with a hole smaller than the hole size of the frame 46 are applicable. 3) The bar is 5 to 90% of the inner diameter or diameter of the bar 48, rod, stick, bar body, cone bar, mesh bar, bar mesh, bar frame, bong cone, bar body, protruding bar, inclined bar, vertical bar, parallel bar, or hollow body. Protruding rods, inclined rods, vertical rods, parallel rods, etc. are applicable to rods with a range of lengths, cones, meshes, rods, frames, spirals, magnets, magnetic materials, electromagnets, material flow direction, and pouring material passing direction. The reason for setting the range in the rod having a length of 5 to 90% is that the vortex effect of the rod is insignificant when the length is less than 5%, and the inner diameter of the hollow body in which the magnet with the rod is embedded must be large when the length is more than 90%. because there is

4) The frame is a frame 46, an all-hole frame, a frame, a grid 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 46 with a hole larger than the hole size of the mesh 48, a frame with a rod, a frame with a rod, a frame with a rod externally, a rod with an external rod; These include a rod frame provided with one or more rods on the outside, a rod 45 provided outside, and a rod 46 in which an external passing material collides with the rod and vortexes. 5) The cone corresponds to a cone, the aforementioned cone, or a sieve in which two or more cones are combined.

6) The rod, the rod, the rod frame, the protruding rod, the horizontal rod, the inclined rod, the rod frame, the surface, the surface, the outside, the outer periphery, the length of the rod or the rod body, the magnet or the magnetic body that vortexes the pouring material or the magnetized pouring material. The rods or rods provided in the direction or the like correspond to, include, belong to, configure, form, divide, subdivide, and the like. Here, the bar frame, the bar frame body, etc. correspond to the bar 45 provided with the frame 46, the bar 45 provided in the frame 46, the frame provided with the bar, the frame provided in the bar, and the like. The rod 45 is a rod, a rod, a bar, a rod, a vertical rod, a horizontal rod, an inclined rod, a protruding rod, a rod having a length of 5 to 90% of the length of the magnet, a vertical rod, a protruding rod in the longitudinal direction of the magnet, etc. and the like, and the frame 46 corresponds to a frame, a frame mesh, a mantle, a special grid, a grid frame, and a frame having an inner diameter of 100 to 110% compared to the outer diameter of the magnet. The reason for setting the range in the frame with the 100 to 110% inner diameter range is 100% or more for the magnet to be embedded in the frame or embedding the magnet inside the frame is possible, and if it is 110% or more, it is embedded in the frame This is because there is a disadvantage that the old magnet becomes loose. Here, if necessary, the magnet embedded in the frame is fastened by a string, string, bundle, welding, filling material, or the like.

Here, the rods, rods, etc. are preferably provided in a vertical or oblique direction rather than parallel to the longitudinal direction of the magnet in order to promote vortex flow of a flowing material or a magnetizing material. It is preferable that the rod is provided in a vertical or oblique direction on the outside of the frame, so that the rod is provided in a vertical or oblique direction with respect to the longitudinal direction of the magnet. Here, the reason that the rod is provided in the vertical or oblique direction with respect to the longitudinal direction of the magnet is because the material passing through the outer periphery of the magnet collides with the rod and the material is vortexed to improve the agitation of the material and the improvement of the magnetization effect. The rods, rods, rods, etc. are points, five, ten, five rows, one five, two rows, one row, two rows, random, It is possible to provide one, an abnormal number thereof, a plurality of them, etc. in a free, arbitrary, zigzag manner. A sieve, a body, a body, an object, an article, a construction body, a formed body, etc. corresponds to a cone, a rod, a magnetized body, a hollow body, etc. of the present invention.

7) Cone mesh, mesh cone, etc. include cone mesh, mesh cone, cone-net, mesh-cone, cone with cone, cone with mesh, cone-shaped mesh, and mesh-shaped cone. 8) Cone rods include cone rods, cone-rods, cone-equipped rods, cone-shaped rods, rod-cones, rod-cones, rod-equipped cones, and rod-shaped cones. 9) Mangbong, bongmang, etc. include mangbong, bongmang, mang-bong, bong-net, net-equipped bar, bar-equipped net, net-shaped bar, bar-shaped net, etc. 10) The bar frame includes a bar frame, a bar frame, a bar frame, a bar-shaped frame, a frame bar, a frame bar, a bar with a frame, and a frame-shaped bar. Here, when the frame is a perforated frame, the perforated holes include those having a size larger than the all holes of the mesh. 11) Bongcon, cone rod, etc. are cone and rod, rod and cone, rod before cone, rod after cone, cone before rod, cone after rod, cone and cone after rod, cone before projection and cone after rod, rod or cone The cones or rods provided in the previous or the same position of the 12) The protruding bar includes a protruding bar, an outwardly protruding bar, or a protruding bar such as a magnet or frame.

13) Conical cone, cone cone, protrusion cone, inclined cone, double cone, multi-cone, spiral cone, perforated cone, hollow cone, passage cone, contact cone, cone spiral, screw cone are cone type, cone type, with protrusion, diameter Photographs, two or more numbers of doubles, two or more superimposed or layered multiples, spiral, perforated perforated, hollow, passage forming, material or pouring contact, spiral, screw-like cone, cone, etc. This applies. The cone 11 and the spiral 47, a cone spiral, a spiral cone, a cone after spiral, a spiral after cone, a cone middle spiral, a spiral middle cone, a spiral with a cone, a cone with a cone are also applicable. 14) Separated cones, single-sided cones, double-sided separated cones are a) spaced apart, one-sided, and both sides apart, b) the entire cone is spaced apart from magnets, one side of the cone is spaced apart from magnets, and both sides of the cone are magnets, etc. Cone, such as spaced apart from, c) spaced apart from magnets, spaced on one side, spaced on both sides, etc. 15) Forward cones correspond to cones positioned in the forward or < direction with respect to the flow direction of materials, pouring materials, hollow bodies, etc. 16) The reverse cone corresponds to a cone positioned in the reverse or > direction with respect to the flow direction of materials, pouring materials, hollow bodies, etc.

17) The spiral corresponds to the spiral 47, one of the cone spirals, rod spirals, cone rod spirals, and rod cone spirals. Here, the cone spiral, the rod spiral, the cone rod spiral, and the rod cone spiral include rods 45, 46, cones 11, and spirals 47, in which one or more of rods, cones, and spirals are provided at the same position before or at the same position. will be. where a) cone is a cone, cone 11 and helix 47, pre-cone helix, in-cone helix, post-cone helix, helix on cone, etc., b) bar is bar, bar 45, 46 and helix (47), pre-rod helix, post-rod helix, in-rod helix, sub-rod helix, etc., c) cone helix, cone 11 and rods 45, 46 and helix 47, before cone After rod helix, cone and upper helix of rod, helix under cone upper rod, before cone after rod helix, d) Boncon helix, rod (45, 46) and cone (11) and helix (47), cone before rod These include post helix, rod upper cone lower helix, cone under cone around rod, and rod and cone lower helix. The rods 45 and 46, the cone 11, and the spiral 47 act to vortex, aerate, and stir the material, the magnetized material, the magnet, and the material passing through itself.

18) Cone Hook, Spiral Hook, Cone Middle Spiral, Spiral Middle Cone, Spiral Wick, Cone Helix is a helix provided after a cone, a cone after helix, a helix with a middle cone, a cone provided in the middle of a helix, a cone on a helix , a spiral placed on a cone, etc. 19) The mesh spiral includes a mesh spiral, a mesh-helix, a mesh-equipped spiral, and a mesh-shaped spiral. 20) Cornmanbong includes cornmang, cornbong, mangbong, cornmanbong, corn-mang-bong, cornman-bong, cone-manbong, cone, mang and stick, etc. 21) Bong-mang spirals include Bong-mang, Bong-spiral, Bong-mang spiral, Bong-mang spiral, Bong-mang spiral, Bong-mang-spiral, and Bong-man-spiral. 22) The cone mesh includes a cone mesh, a cone spiral, a mesh spiral, a cone mesh spiral, a cone mesh spiral, a cone mesh spiral, and a cone mesh spiral. 23) The cone rods include cone rods, cone spirals, rod spirals, cone rod spirals, cone rod spirals, cone rod spirals, cone rod spirals, etc.

24) The cone mesh machine is a) one or two or more of cone, mesh, rod, and frame, b) one or more than one of cone, mesh, rod, and frame is connected to two or more, one of which is cone mesh-con mesh-con mesh, cone Manbong-corn mantle-con mantle, corn man-bong-con man-bong-con mantle, c) cone, mans, rod, frame, corn mand, cornbong, corn mantle, manbong, mantle, sewing machine, corn manbong, corn mantle, mangbon frame, corn mantle machine , d) Combination of cone mandrel, cone-man-bong-frame, corn man-bong-frame, corn man-bong-frame, cone-mesh, rod-frame, corn mant-conbong, cone-manbong, mantle-sealing frame, corn manbong-convende, Mesh sewing machine-Con mesh sewing machine, e) Combination of cone mesh sewing machine, cone after mesh, after rod, frame before cone, before mesh, before mesh, on cone, on top of mesh, on top of rod, under the cone, under the mesh, under the bottom of the rod, cone view Upper rod lower frame, after cone lower frame, upper bar frame, cone after mesh upper bar frame, f) Combination of corn mandrel, combination of corn mang-beam, combination of cone-manbong frame, combination of corn manbong-frame, Combination of cone-man-bong-frame, combination of cone-man-bong-frame, combination of cone-manbong-frame, g) or one or more cones, meshes, rods, frames, cones, cones, cones, mangoes, mantles, sewing machine, cornbong, cornbong, cornbong, and cornbong; 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 place, 3 place, many places, inside, inside, inside, center, hollow, passage, outside, outer periphery, outer surface, periphery, neighborhood, near, entrance, middle, exit, front , rear, front, rear, side, one-way, two-way, three-way, four-way, forward, backward to flow or pour flow; Equipped, composition, mounting, installation, location, arrangement, combination, fastening, combining, linkage, row position, misaligned position, cross position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, meshes, rods, frames, cones, cones, cones, meshes, mantles, beams, cornbongs, cones, meshes, and cornbongs with a zigzag arrangement, etc. are applicable.

As described above, the reason for providing or zigzag placement of the cone mesh sealing frame in the front and rear directions is to provide or zigzag the cone mesh sealing frame in the front and rear directions, etc. to flow, pass through, etc. Stirring, aeration, vortex, magnetization, wave, pulsation, hexagonal hydration, waveization, pulsation, cavitation, etc. of pouring materials, raw materials, materials, etc. by making the raw materials and substances come into contact with, face to face, or collide with the cone mesh bar For enhancement, ascent, promotion, doubling, etc.

In addition, the cone, mesh, rod, frame, cone, cone, cone, mangbong, mantle, cornmanbong, mangbon, and cornbong frame, b) cone-mesh, cone-rod, cone-frame, mang-rod , mang-frame, cone-mang-bong, mang-bong-frame, cone-mang-bong-frame, c) corn mang-bong, cone-manbong, mangbong-frame, net-beam frame, corn mang-beam frame, corn mangbong- a frame, a cone-and-stick box, d) one of the cones or a cone-and-stick box, e) a shape, size, and shape different from or the same as that of one of the cones or a cone-and-stick box; .

25) Cone frame spiral: a) cone, rod, frame, spiral, cone rod, cone, cone spiral, frame, rod spiral, frame spiral, cone frame, cone spiral, frame spiral, cone frame spiral, b) cone-rod, Cone-Frame, Cone-Spiral, Rod-Frame, Rod-Spiral, Frame-Spiral, Cone-Band Frame, Cone-Frame, Cone-Rod-Frame, Cone-Steel, Cone-Spiral, Cone-Rod-Spiral, Rod -Frame Spiral, Frame-Spiral, Rod-Frame-Spiral, Cone Bar-Frame Spiral, Cone Bar-Frame Spiral, Cone Frame-Spiral, Cone-Band Frame Spiral, Cone-Rod-Frame-Spiral, c) 1 ea. Bar, 1 cone - 2 frames, spiral above cone, frame under rod, spiral above rod, partial spiral of frame, before cone, 1 cone - 2 frames, 1 cone - 2 rods - 3 frames, cone Upper rod spiral, one side of the cone, after the rod above the cone, the front of the rod, the rear of the frame, the inside of the rod inside the frame, the outside of the cone, the upper side of the cone, the spiral at both ends of the cone, the one side of the cone, 1 Dog cone inner rod - one frame inner spiral, d) one of the above cones and one of the cones or the cones having a shape, size, shape, standard, etc., e) different from one of the above cones or cones or the cone or cone-shaped spiral having the same shape, size, shape, standard, etc. f) the cone or cone-shaped spiral having a larger or smaller shape, size, shape, standard, etc. This or the like is also applicable.

26) A cone mesh bar is a) one or more of cones, meshes, rods, and spirals, b) one or more of cones, meshes, rods, and spirals are connected to two or more of them, and one of them is a cone mesh-stick wire, a cone mesh -Bongna Line-Conmant-Bongnaline, Cornmanbong-Bongnaline-Bongmanc, c) Cornmanbong spiral, cone, mesh, rod, spiral, cone mesh, mangbon, mesh spiral, Bonnaline, cornmanbong, cornmanbong, mangbon spiral, d) Combination of cone-and-stick helix, cone-and-stick-spiral, cone-and-stick, cone-and-bar-helix, cone-man-bon spiral, cone-net-bond helix, cone-net-bar-helix, e) union of cone-and-stick, Helix before cone, helix after helix, helix before helix, helix on top of cone, helix after cone, helix after cone, f) Combination of helix, combination of helix and helix , a combination of cone mesh-bar spirals, a combination of cone mesh-rods-spirals, a combination of cones and mesh spirals, a combination of cone-mesh-bars, a combination of cone-mesh-rods-helices, g) or one or more cones; mesh, rod, spiral, cone mesh, cone rod, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire, cone wire; 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 place, 3 place, many places, inside, inside, inside, center, hollow, passage, outside, outer periphery, outer surface, periphery, neighborhood, near, entrance, middle, exit, front , rear, front, rear, side, one-way, two-way, three-way, four-way, forward, backward to flow or pour flow; Equipped, composition, mounting, installation, location, arrangement, combination, fastening, combining, linkage, row position, misaligned position, cross position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, meshes, rods, spirals, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, cones, etc. .

27) Cone mesh bar spiral: a) one or more of cone 11, mesh 48, rod 45, frame 46, spiral 47, b) cone, mesh, rod, frame, spiral One or two or more are connected to two or more, and one of them is a cone mesh frame spiral - a cone mesh frame spiral, a cone mesh bar - frame spiral - a cone mesh bag frame spiral, a cone mesh - bag frame spiral - a cone mesh bar - a frame spiral, a cone - mesh frame spiral - a cone mesh - frame spiral, c) cone, mesh, rod, frame, spiral, cone mesh, cone rod, cone, cone spiral, mesh rod, box frame, mesh spiral, sewing machine, rod spiral, frame spiral, cone mesh rod, control frame spiral, watch frame, mantle spiral , Spiral of Conduit, Spiral of Membrane, Spiral of Spiral of Squeeze Membrane, Spiral of Spiral of Spiral of Squeeze Cone, Spiral of Spiral of Conduit, d) Combination of Spiral of Conduit, Spiral of Conduit, Spiral of Conduit, Frame Spiral of Membrane, Spiral of Con mesh, Spiral of Con mesh, Spiral of Cone Mesh. Round frame spiral, cone-mesh frame spiral, cone-mesh-beam frame spiral, cone-mesh-rod-frame spiral, cone(11)-mesh(48)-rod(45)-frame(46)-spiral(47) , e) Convergence helix, helix before helix, helix after helix, helix above the cone, helix above the cone, helix after helix, helix after helix, helix on top of the cone Spiral, helix before cone mesh, f) Combination of cone mesh, helix, cone mesh, helix, cone mesh, helix, cone and mesh, cone, mesh, bar, frame, spiral; g) one or more cones, meshes, rods, frames, spirals, cone meshes, sewing frames, cone mesh rods, frame spirals, mesh sewing machines, cone mesh sewing machines, mesh sewing machine spirals, cone mesh sewing machine 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 place, 3 place, many places, inside, inside, inside, center, hollow, passage, outside, outer periphery, outer surface, periphery, neighborhood, near, entrance, middle, exit, front , rear, front, rear, side, one-way, two-way, three-way, four-way, forward, backward to flow or pour flow; Provided on or in one of, construct, mount, install, position, arrange, combine, fasten, combine, linkage, row position, misalign position, cross position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement , checkerboard arrangement, zigzag arrangement, etc. 1 or more cones, meshes, rods, frames, spirals, cone meshes, sewing frames, cone mesh rods, frame spirals, mesh mesh frames, cone mesh sewing frames, mesh mesh frame spirals, cone mesh mesh spirals, etc.

Examples of this include: cone after mesh, after rod, after mold, spiral before cone, before mesh, before rod, before mold, on cone, on mesh, on rod, on top of mold, under cone, under mesh, under rod, under mold, cone Spiral before mold, before cone, under mesh, on rods, spiral before mold, under cone, on mesh, on rods, spiral over molds, on cones, before rods, after rods, spirals under the mold, 1 after cone 3 rods after mesh 2 meshes 1 spiral, 3 cones 2 before mesh 2 rods before 3 frames 4 spirals, 1 cone on 2 meshes on 3 rods on 3 rods on 3 molds 4 spirals, 3 meshes under 2 cones, 2 under the rods, 4 under the frame, 3 spirals under the frame, etc.

In addition, the cone-mandrel spiral of the present invention includes those in which five types of cone-mang-rod-frame-spiral are arranged, arranged, equipped, mounted, and the like, and the material and pouring material passing through it sequentially are cone-net- Five vortices are generated by the five types of rod-frame-helix, and the homogeneity and agitation of the material are improved. And, in case the cone-mesh-type spiral is a perforated, perforated, perforated, perforated, etc., the material passing through it sequentially, the pouring material, etc. can In addition to the vortex, 5 times of the vortex by each perforated hole are added to generate a total of 10 vortices, which further improves the homogeneity and agitation of the material.

The perforated cone mesh spiral of the present invention is one or more, a plurality of all, a part, a part, a zone, a partial zone, a point, a single point, a multi-point, etc. A cone-mesh bar spiral with holes, holes, perforations, perforations, perforations, perforations, slots, cutouts, perforations, perforations, etc. of 10, 50, 100, etc. Examples thereof include a cone mesh and spiral consisting of at least one of a 10 hole forming cone, a 300 all hole forming mesh, a 3 hole forming rod, a 100 all hole forming frame, and a 30 hole forming spiral. In addition, the porous cone-shaped cone-shaped cone-and-stick spiral includes at least one of cones, nets, rods, frames, and spirals constituting the porous cone-shaped cone-shaped spiral, and the like. Examples of this include a cone-shaped cone with 100 holes, a cone-shaped mesh with 600 all-holes, a cone-shaped rod with 30 holes, a cone-shaped frame with 300 all-holes, and a cone-shaped spiral with 130 holes. This includes a cone mandrel spiral composed of one or more. The hole or perforated hole, porous type, cone type, cone shape, etc. further improve vortex, aeration, agitation, homogeneity, agitation, magnetization, vortex magnetization, etc. of passing materials and pouring materials.

In the present invention, examples of the cone mesh barbed wire, its magnet, its embedded hollow body, its provided compounding machine, pouring machine, and sprayer include a) a cone, a cone-shaped mesh located inside the cone, and a cone-shaped mesh mounted inside the mesh. A rod, a cone-shaped frame with all holes larger than all holes of the net while positioned outside the cone, a structure consisting of a spiral located on one side of the cone, net, and frame, b) the cone and net of a) , a magnet or electromagnet embedded or attached to one of a frame, a spiral, a structure, or a central passage thereof, c) a barrel, a tube, a hollow body with a magnet thereof, d) a compounder, a pourer, a sprayer, with a hollow body thereof; e) two cones - mesh on each outside of its teeth - rods on each outside of its teeth - two frames on its sides - a structure consisting of two spirals on its inside, f) one of the cones, meshes, frames, spirals of e) above Magnets or electromagnets embedded or attached to an internal or central passageway, g) a barrel, tube, hollow body, with a magnet thereof, h) a compounder, pour machine, sprayer, etc., equipped with a hollow body thereof, 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, etc. And the spacing range of the cone is between the outer diameter and the inner diameter of the cone spaced apart cone of the cone spaced apart between the outer diameter of the magnet and the inner diameter of the hollow body, and the like. Here, the separation range of the cone corresponds to between the outer diameter of the magnet and the inner diameter of the hollow body. This means that the separation range of the cone cannot logically be less than the outer diameter of the magnet and more 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, 1-89 degrees, etc. In various angles, the inclination angle of the cone is an angle with respect to the horizontal line, the cone, the central axis of the hollow body in which the teeth are embedded, etc., where the lower limit angle of 1 degree becomes 1 degree or less, the cone becomes horizontal with respect to the central axis and the cone This is because the shape of the cone is not formed because the shape is not formed and the cone becomes perpendicular to the central axis when the angle is greater than or equal to 89 degrees and 90 degrees. In the case of 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 1-89 degree, the average value of this range It can be said that it is common to apply about 45 degrees of phosphorus.

29) A cone having a hollow diameter of one side of 1.1 to 5.0 times the diameter of the other side is a cone having a hollow cross-section through which both sides are penetrated. This applies to cones that are 1.1 to 5.0 times larger than -2). This means that the hollow diameter 11-1 of one side having a large hollow cross-section is at least 1.1 to 5.0 times the hollow diameter 11-2 of the other side having a small hollow cross-section. where 1.1 times is because the hollow diameter of one side with a large hollow cross-section must be at least 1.1 times larger than the diameter of the other side with a small hollow cross-section to have a cone shape, where 5.0 times is the hollow diameter of one side with a large hollow cross-section and the other hollow diameter with a small hollow cross-section If it is 5.0 times or more, the diameter of one side with a large hollow cross-section becomes too large, in which case it may become impossible for the cone to be embedded in the hollow body, and the like.

30) For cones whose length is 0.1 to 0.8 times the length of one of the magnets and the holder non-magnets or 0.1 to 10.0 times the hollow diameter 11-1 of the one side, the length of the cone is the minimum of the length of one of the magnets and the holder non-magnets. 0.1 times to maximum 0.8 times, or a cone having a hollow cross section of at least 0.1 times to maximum 10.0 times of the hollow diameter 11-1 on one side, and the like. As such, the length of the cone is at least 0.1 times the length of one of the magnets and the holder non-magnets, the lower limit of at least 0.1 times the hollow diameter 11-1 of the one side having a large hollow cross section, and the length of one of the magnets and the holder non-magnets. It was limited to an upper limit of 0.8 times the maximum, and 10.0 times the maximum hollow diameter of one side having a large hollow cross section.

31) In the case of a cone having a cross-sectional area of one side hollow of 0.05 to 0.9 times the cross-sectional area of the hollow body or 1.1 to 10.0 times of the cross-sectional area of the magnet, the hollow cross-sectional area 11-1 on one side of the cone having a large cross-sectional area is equal to that of the inner cross-sectional area of the hollow body A cone having 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 such, the hollow cross-sectional area 11-1 on one side having a large hollow cross-section of the cone has a lower limit of at least 0.05 times the cross-sectional area of the hollow body, at least 1.1 times the cross-sectional area of the magnet, and a maximum of 0.9 times the cross-sectional area of the hollow body, the magnet It was limited to the upper limit of the minimum of 1.1 times to the maximum of 10.0 times the cross-sectional area.

The cones, meshes, rods, frames, spirals, cone meshes, sewing frames, conesandbons, frame spirals, conesandbeams, conesandbeams, and conesandbeams of the present invention are cones, meshes, rods, frames, spirals, cone meshes, sewing frames, cones having a shape, shape, standard, size, etc. of one of a mesh bar, a frame spiral, a cone mesh bar frame, a corn mesh bar spiral, and a corn mesh bar screw; or having the same shape, shape, standard, size, etc. as one of or; or having a shape, shape, specification, size, etc. greater than, smaller than, 10% larger, 10% smaller, 1-400% larger or smaller than one of; or greater than, less than, one of the shape, shape, specification, size, etc.; or two or more of them have been combined, combined, entered into, etc.; Cone, mesh, rod, frame, spiral, cone mesh, sewing frame, cone mesh rod, frame spiral, cone mesh sealing frame, cone mesh sealing spiral, cone mesh sealing spiral spiral, etc. are also applicable. Examples of these include: a) cone-shaped mesh, rod, frame, spiral, b) mesh-like cone, rod, frame, spiral, c) rod-shaped cone, mesh, frame, spiral, d) frame-shaped cone, mesh , rods, spirals, e) spiral-shaped cones, meshes, rods, frames, and f) cone-shaped cones, rods, and the like.

The cone, mesh, rod, frame, spiral, cone mesh, rod frame, cone mesh rod, frame spiral, cone mesh rod frame, cone mesh rod spiral, cone mesh rod frame spiral, magnet or electromagnet, magnet or electromagnet provided The cone or cone mesh rod spiral of the present invention, etc. For their protection, safety, storage, maintenance, management, etc., the tank or hollow body, etc., in which a material, material, raw material, etc. for pouring or pouring is stored, flowed, contacted, passed, etc. inside the tank or hollow body, etc. It is desirable or advantageous to be embedded in the interior of the. In this case, the size, scale, shape, shape, shape, etc. of the magnet or electromagnet, cone or cone-membrane spiral, etc. have a size, scale, shape, shape, shape, etc. that can be embedded in the tank or hollow body, etc. need.

In the present invention, one or more cones, meshes, rods, frames, spirals, cone meshes, sewing frames, conesandbons, frame spirals, conesandbeams, conesandsticks, and conesandbeams are one or more cones, meshes, rods, frames, spirals, cone meshes, Cone, mesh, rod, frame, spiral, cone mesh, sewing frame, cone-and-stick, frame spiral, cone-and-stick sewing machine having one or more of the following: , a cone-and-stick spiral, and a cone-and-stick spiral are also applicable. Examples of these include a mesh with cone, a frame with a rod, a cone mesh with a spiral, a cone mesh with a sewing machine, a cone mesh with a spiral frame, a cone mesh with a spiral spiral, 3 meshes provided inside 2 cones, and 1 set of rods 2 sets of molds provided on the outer periphery, 2 cone meshes with 2 spirals on both sides, 4 cones with 3 cones in the front, 2 cones with 3 spirals inside, 2 cones Three cone-and-stick spirals, etc., in which the wire mesh helix is provided in three directions, are applicable.

The order of arrangement, arrangement, arrangement, provision, mounting, position, etc. of cones, meshes, rods, frames, spirals, conesnets, rods, conesandbongs, frame spirals, conesandbeams,conmanandbons, spirals, and the like of the present invention is There is a characteristic that the order of the cone or the cone mandrel helix, the serial order, the order, the sequential order, the reverse order, the unordered order, the free order, etc. are possible. Here, an example of the sequence is a) after cone, then mesh, then rod, then mold, then spiral arrangement, b) after cone mesh, then sewing machine, after cone mesh rod, then frame spiral, after cone mesh sewing machine, after cone mesh sewing machine spiral, c) cone then mesh After the second rod, after the molding, then after the cone, after the sewing, after the cone, after the molding, after the cone, after the cone, after the cone, and after the cone And non-shunting and free order are examples of mesh arrangement after cone, frame arrangement before bar, arrangement of cone net after spiral, arrangement of corn mandrel before sewing machine, arrangement of corn mandrel before sewing machine, arrangement of corn mang bar after frame spiral, frame before cone before bar, frame after spiral after sewing This applies to the arrangement of the cone mesh, the arrangement of the cone mesh after the cone mesh sealing machine, the cone mesh sealing machine after the cone mesh sealing machine, and the cone mesh sealing rod and the frame spiral arrangement.

In the present invention, the cone, mesh, rod, frame, spiral, cone mesh, sewing machine, cone mesh rod, frame spiral, cone mesh sealing machine, cone mesh sealing spiral, cone mesh sealing frame spiral, etc. are one or more cones, meshes, rods, frames, spirals, cone meshes, a sewing machine, a corn mandrel, a frame spiral, a corn mandrel screw, a corn mandong spiral, a corn mandrel 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 place, 3 place, many places, inside, inside, inside, center, hollow, passage, outside, outer periphery, outer surface, periphery, neighborhood, near, entrance, middle, exit, front , rear, front, rear, side, one-way, two-way, three-way, four-way, forward, backward to flow or pour flow; Equipped, composition, mounting, installation, location, arrangement, combination, fastening, combining, linkage, row position, misaligned position, cross position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, meshes, rods, frames, spirals, cone meshes, beams, conesandsticks, frame spirals, conesandsticks, conesandsticks, and conesandbeams with zigzag arrangement, etc. are also applicable. Examples of this include: a) cone after cone, frame before rod, spiral upper cone mesh, inner cone mesh rod, one side of the frame spiral, one of the side cone mesh spirals, b) mesh after cone, frame before rod, and spiral top One of the cone mesh on the cone, the cone on the inside of the frame, the cone on one side of the spiral, one of the cone on the side of the cone on the side of the cone, c) the mesh on the back of the cone, the rod on the inside of it, the frame on the outside of the mesh, on the outside of it sphere with spirals, d) 2 meshes behind one cone, 2 rods inside it, a frame outside the mesh, and 2 spirals on the outside of it, e) for pouring material flow Cone in all directions, cone mesh on one side of teeth, rod frame at one end of teeth, cone mesh rod on top of teeth, frame spiral on one end of teeth, cone mesh rod frame on the side of teeth, cone mesh rod spiral on its upper part, and cone mesh rod frame spiral mounted on a part of teeth sieve, f) a mesh on one side of the cone, a rod on a part of the tooth, a frame on a part of the tooth, a spiral at one point of the tooth, and a cone mesh at its two points, g) two cone mesh bars at two points on the frame, and a frame spiral in front of it , a structure composed of two cone-and-stick cones at two places, a cone-and-stick spiral at one point of the tooth, and two cone-and-stick spirals at both ends of the tooth.

As described above, the reason for providing or zigzag arrangement of cones, meshes, rods, frames, spirals, cone meshes, sewing frames, cone mesh bars, frame spirals, cone mesh bars, cone mesh bars, cone mesh bars, and the like, in the front and rear directions, etc. By providing or zigzag arrangement of the cone or the cone mesh spiral, etc. in the front and rear directions, the pouring materials, raw materials, materials, etc. that flow and pass through the cone or the cone mesh spiral, etc. Agitation, aeration, vortex, magnetization, undulation, pulsation, hexagonal hydration, oscillation, pulsation, cavitation, improvement of one of these, ascent, acceleration, doubling, etc. is for

And the cone, mesh, rod, frame, spiral, cone mesh, bag frame, cone mesh rod, frame spiral, cone mesh bag frame, cone mesh rod spiral, cone mesh bag frame spiral, magnet, electromagnet, tube, pipe, hollow tube, hollow body, etc. of the present invention Shapes are a) Cone, mesh, rod, frame, cylindrical, spiral, cone, cone, double, bundle, freeform, protuberance, vortex, hat, hollow, double, multiple, perforated, multi Ball type, perforated type, perforated type, bent type, variable type, tornado type, screw type, funnel type, spiral type, zigzag type, multiple hat type, central hollow type, central passage type, film slope type, hollow slope type, both sides passage type , A magnet or magnetic material fitted in the central passage, a combination of two or more of the above; b) a cone-mesh bar and spiral composite type; c) a combination of two or more of cones, meshes, rods, frames, and spirals; d) a brother whose shape differs from his term or shape; Examples thereof include cross-shaped rods, cylindrical cones, plate-shaped rods, ladder-shaped spirals, e) cones, meshes, rods, frames, and spirals having a shape different from their own terms; Examples thereof include cone-shaped, net-shaped rods, frame-shaped spirals, net-shaped cones, frame-shaped cones, and the like.

In the above, the compound type is cone type, mesh type, rod type, frame type, cylindrical type, spiral type, conical type, cone type, double type, bundle type, free form, protrusion type, vortex type, hat type, hollow type, double type, multiple type, perforated type, Perforated type, perforated type, perforated type, bent type, variable type, tornado type, screw type, funnel type, spiral type, zigzag type, multiple hat type, central hollow type, central passage type, film slope type, hollow slope type, both sides passage Two or more of the magnets or magnetic material-inserted types in the central passage are compounded, combined, combined, combined, connected, linked, fastened, merged, etc. Examples of these are cone mesh type, cone type and mesh type, rod frame type, rod type and frame type , Spiral cone type, cone double bundle type, free process vortex flow type, hat hat hollow double type, multiple perforation type, porous variable type, tornado funnel type, spiral zigzag type, multiple hat hat central hollow type, central passage film slope type, hollow diameter specification side passage type etc. are applicable.

When explaining the above, the cone shape is a cone shape, the mesh shape is a mesh shape, the rod shape is a rod shape, the frame shape is a frame shape or a frame shape with all holes larger than the mesh holes, the barrel shape is a cylindrical shape, and the spiral is a spiral shape, Conical type is conical shape, cone type is cone shape, double type is 2 or more than two, bundle type is 2 or more forming a group or bundle, free type is free or arbitrary shape or arrangement, and projection type is Protrusion shape or protrusion formation, vortex type has a shape that vortexes or causes passing material, hat type has a hat shape, hollow type has an empty or hollow space inside, double type has two or more , multi-layered two or more layers, perforated type is perforated, perforated, perforated, perforated, etc.; Perforated types include perforated, perforated, perforated, multi-perforated, and the like; The perforated type is perforated, perforated, perforated, etc.; Perforated types include perforated, perforated, perforated, perforated, perforated, and the like; Bending type is bent or curved, Variable type is a change in shape or arrangement, Whirlpool type has a shape that turns or makes a material to pass through, Passage type has a passage in the center or center, etc. Excitation shape, hollow inclined type, the inside is hollow and the film is slanted, the both-side passage type is the passage on both sides of the inlet and the outlet, and the magnet or magnetic material is inserted into the central passage such as a cone, spaced apart This includes things that have been fitted, etc.

A) cone with magnet, b) magnet with cone, c) magnet with cone, mesh, rod, frame, spiral, cone mesh, sewing machine, cone mesh rod, frame spiral, cone mesh sealing frame, cone mesh rod spiral, cone mesh rod frame spiral, etc. Merge cones with magnet function, Merge magnets with cone function, Magnets with double or bundle cones, cones or objects with magnets, cones or objects with magnets, magnets with magnets, stirring or aeration function cones or objects with magnets, cones or objects with agitation or aeration function A magnetization-type magnet of a provision is also included. To explain this, a) a magnet function merged cone is a1) a cone with a magnet function, a cone-shaped magnet, a magnet-shaped cone, a2) a cone with magnetic functions merged, merged, given, added, added, etc., a3) a magnet , magnet group, magnetic body, magnetic body, magnetized body, wave body, magnetic energy body, etc. (10, 16) are provided, attached, mounted, penetrated, fitted cone, cone, funnel, etc. (11), b) Cone function merging magnets are: a1) a magnet with a cone function, a cone-shaped magnet, a magnet-shaped cone, a2) a magnet whose cone function is merged, merged, imparted, added, added, etc., a3) a cone, cone, 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 include magnets with cones, attached, anchored, mounted, etc. in 2, double, twin, bundle, 2 or more bundles, magnets with 2 or 2 or more cones along their length, 2 A magnet, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a magnetic energy body, etc. which penetrate the inside of a cone or two or more and have a cone are applicable, d) A cone or object with a magnet is a magnet, a magnet Military, magnetic body, magnetic body, magnetized body, wave body, magnetic energy body, etc. are provided, mounted, installed, attached, fixed, penetrated, fitted, etc. Cone, object, body, ring, cone, spiral, vortex wire, screw, whirl wire, hollow body, funnel, etc. are applicable. , object, one of its bodies, rings, cones, spirals, vortex wires, screws, tornadoes, hollow bodies, funnels, etc. equipped, mounted, installed, attached, fixed, penetrated, fitted, etc. magnets, magnet groups, magnetic bodies , magnetic body, magnetization body, wave body, magnetic energy body, etc., f) A cone or object with agitation or aeration function equipped with a magnetization type magnet is a magnetization type magnet, a group of magnets, a magnetic body, a magnetic body, a magnetization type that magnetizes a substance sifter, It is equipped with, mounted, installed, penetrated, fitted, etc., a wave body, magnetic energy body, etc. A cone, object, one of which has the function of stirring, mixing, aeration, vortex, tornado, etc., body, ring, cone , spiral, vortex wire, screw, tornado wire, hollow body, funnel, etc., g) agitating or aeration function A magnetized magnet equipped with a cone or object functions to stir, mix, aerate, vortex, tornado, etc. Magnetized magnets, magnet groups with cones, objects, one of them, rings, cones, spirals, vortex wires, screws, tornadoes, hollow bodies, funnels, etc., mounted, installed, penetrated, fitted, etc. These include a magnetic body, a magnetic body, a magnetized body, a wave body, and a magnetic energy body.

a) Magnet function merging cone, cone function merging magnet, magnet with double or bundle cone, cone or object with magnet, magnet with cone or object, agitating or aeration function cone or object with magnetizing magnet, stirring or aeration function cone Or a magnetized magnet with an object, b) One of the two magnets, a group of magnets, a magnetic body, a magnetic body, a magnetized body, a wave body, a hexagonal hydrated body, a magnetic wave body, a magnetization wave body, and a magnetic energy body is a) magnet Function Merge Cone, Cone Function Merge Magnets, Double or Bundle Cone Magnet, Cone or Object with Magnet, Cone or Object Magnet, Magnetized Stirring or Aeration Function with Magnet Cone or Object, Stir or Aeration Function with Cone or Object It becomes one of the magnetized magnets.

And the cone 11 with magnets, cones with magnets, etc. 1) shape is cone-shaped, cone, cone-shaped, cone-shaped, funnel-shaped, central hollow type, central passage type, film slope type, hollow slope type, both sides passage type, A magnet or magnetic material fitted in the central passage, a combination of two or more of the above, 2) an inclination angle 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 the hollow on one side is 1.1 to 5.0 times the diameter or cross-sectional area of the other side, 4) the length or yarn length is 0.1 to 0.8 times the length of the magnet; One or more cones of 0.1 to 10.0 times the diameter of the one side hollow, 5) the one side hollow cross-sectional area is 0.05 to 0.9 times the internal 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 water, water, liquid, oil, gas, high, agent, ash, sol, gel, substance, material that passes, touches, passes, flows, penetrates, etc. through a cone with magnet, magnet with cone, etc. , It functions to stir and aerate raw materials, liquids, fluids, etc., and at the same time activate contact between substances and magnets by stirring, aeration, etc. to improve the magnetization and hexagonal hydration function of the magnet, or pass The magnetization of substances such as contact, stirring, and aeration, the degree of hexagonal hydration, and efficiency are improved. In addition to the above, when explaining the cone, the shape of the cone is cone, funnel, Erlenmeyer flask, hollow, penetrating, center penetrating, central shaft penetrating, both sides hole forming type, both sides hollow forming type, both sides of the hole in the longitudinal direction. Formation type, both sides with inlet and outlet type, one side with inlet and the other side with outlet type, magnet fitting type, magnet fitting type in the center, magnet fitting type in the longitudinal direction of the center, etc. are also applicable.

a) magnet, magnetic body, electromagnet, b) at least one of them, cone, cone, rod, rod, c) front, back, left, right, top, bottom, top, front, back, side, surface, below, outside, outside, inside, inside, hollow, upper, lower, perimeter, around, near, middle, rear, front, It has a feature that can be provided in the front position, the rear position, the rear position, the same surface, the side surface, the contact surface, the same position, and the like. Examples include 1 magnet with 2 cones or rods, 2 interconnected magnets each with 2 cones or rods, 1 cone with 2 magnets, 1 magnet with cones, rods, spirals, interconnected Each of the three magnets has three cones, rods, and spirals. As above, one of the magnets or the hollow body of the present invention is the or below storage or device, its front, rear, left, right, top, bottom, top, front, back, side, surface, bottom, outside, outer surface, Inner, inner, hollow, upper, lower, in two, periphery, near, middle, rear, front, anterior, posterior, posterior, same, side, contact, same position, joint, connection, connecting means, connecting hose , has a feature that can be provided on a connection line, etc.

In the present invention, a tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube, hose, in which pouring material is stored or passed while at least one of the cone to cone wire spiral, magnet to cone wire spiral is provided or embedded , spiral, body, object, block, tool, facility, zinc body, metal body, porous body, corrugated body, polymer body, screw, pipe, hollow tube, hollow body, double tank, compounding machine, pump, supply line, pouring A machine, a sprayer, an injector, a curing machine, a face treatment machine, equipment equipped with one of them, 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. It becomes a magnetizer, a hexagonal handset, etc., and it is easy to carry, move, install, etc., and has the characteristics of being provided and installed in the above or below storage or equipment.

The magnet or magnetization energy body of the present invention, a cone, cone, rod, rod, cone, or cone mesh, spiral, etc. having at least one of them has a general or desirable characteristic that it is provided, embedded, etc., used in the jaw or hollow body, etc. . The material passing through the bath or the hollow body is magnetized, vortex, magnetized vortex, vortex magnetized, vortex after magnetization, vortex after vortex, magnetization after vortex, vortex during magnetization, magnetization during vortex, after magnetization 2 times or more vortex, 2 times after vortex Abnormal magnetization, vortex during two or more magnetizations, and two or more magnetizations among two or more vortexes. 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, a hollow body in which the teeth are embedded, and the like correspond. Here, the eddy current after magnetization corresponds to the case of a cone or rod or a hollow body with embedded teeth provided behind or behind the magnet with respect to the flow direction, and the vortex during magnetization is a cone or rod provided with a magnet or a hollow body with embedded teeth. cases such as

In the present invention, 'a tank, a hollow body in which one of the tanks to hollow tubes is embedded' is a) a tank, a hollow body, through which a pouring material is contacted or passed while one of the tanks to hollow tubes is embedded, b) the magnets or magnetization energy A sieve, a cone, a cone, a rod, a rod, etc. with one of the sieves, and a hollow body in which one of the embedded jaws or hollow tubes is embedded, and the like are applicable. Examples of its application include a barrel-embedded hollow body, a pipe-embedded hollow body, and the like, where a barrel, a pipe, etc. are a single hollow body, so the above is a barrel (hollow body) embedded hollow body, a pipe (hollow body) embedded hollow body, etc. This is applied when it is desired to obtain a hollow body such as double or double layer. In this case, when a substance passes through or stores the whole of a barrel, pipe, hollow body, etc., a magnet is provided and a barrel (hollow body) in which the passing or storage material is magnetized is embedded. A hollow body to be magnetized, a pipe (hollow body) that is provided with a magnet to magnetize a passing or storage material is embedded, and a hollow body in which a passing or storage material is non-magnetized without a magnet is formed. Here, magnets, electromagnets, magnetic materials, etc. are provided in the inner tube and pipe to generate magnetization of the material, and the hollow body outside the tube and pipe is not provided with magnets, electromagnets, magnetic materials, etc., so that magnetization of the material does not occur A double flow layer of magnetization and non-magnetization, a storage tank, and the like are formed.

In the present invention, the jaw to hollow body, etc. are connected to one or more of a) one end, both ends, and middle of the jaw to hollow body, b) inclined tube 95 on the side, injector 91, check The above-mentioned tank or hollow body provided with at least one of a valve 92 or an 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, both sides surface, and the like. Here, the inclined tube 95 and the injector 91 may be provided in a vertical, inclined, 1-89 degree inclination, etc. 96 with respect to the side surface of the jaw or the hollow body. See FIG. 5 or FIG. 6(f). Here, if the check valve 92 is not provided in the inclined tube, the injector, etc., the internal material such as the tank or the hollow body may flow out through the inclined tube, the injector, etc., in this case, the inclined tube, the injector, etc. is installed obliquely, and its installation angle is advantageous to install at an angle of an interior angle (90 degrees or less) as shown in FIG. 5 or 6 (f) with respect to the flow direction of the material.

Here, the connecting means 99 is provided at one end, both ends, and the middle of the jaw or the hollow body, etc., and is used for connection, linkage, fastening, etc. with other objects, hoses, tubes, pipes, hollow bodies, etc., see FIG. 7, and The connection means provided in the middle is to form a single connected tube, a hollow body, etc. by interconnecting the bisected self by being divided into halves. See Figure 7 (d). Here, the connection means may be a jack, a female jack, a male jack, a screw, a female screw, a male screw, a band, a coupling, a flange, and the like. Here, the inclined pipe, the injector, etc. are used to introduce additives into the inside of 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, etc. A one-way open valve that prevents leakage to the outside through the inclined pipe, the injector, etc. is applicable. Therefore, the check valve functions to allow additives to flow into the hollow body, etc. through the inclined pipe, the injector, etc., and, conversely, to prevent the material inside the hollow body, the pouring material, etc. from flowing out to the outside through the inclined pipe, the injector, etc. .

Examples of the check valve 91 include a valve engaging jaw 93, a valve 94 that is compressed or spaced apart from it, and a spring 92 that presses it to the valve engaging jaw, and the internal material of a hollow body (1) In the case of this outflow, the valve is pressed against the valve locking jaw to close the flow path of the injector or inclined tube to prevent the material inside the hollow body from flowing out through the injector or inclined tube. This corresponds to the case where the flow path of the injector or the inclined tube is opened by being spaced apart from the locking jaw and the additive is introduced into the hollow body. 5 or 6 (e), wherein the additive 90 is water, water, liquid, oil, medicine (藥), Qi (气), Go (固), agent, ash, sol, gel, gas, carbon, oxygen, hydrogen, nitrogen, ozone, resin, ion, catalyst, waste dust, stone dust, dust, iron, 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, detoxifying agent, admixture, mixing water, mixing material, kaolin, phytoncide, bentonite, Zeolite, attapulgite, and the like are possible.

The storage or face treatment machine of the present invention is equipped with the cone or hollow body, and stores, mixes, pressurizes, supplies, pours or forms, sprays or slopes, injection or underground injection, injection or crack injection, shorting or a storage, compounding machine, pressurizer, feeder or feed path, pouring machine that performs either knockshotting, coating or surface 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, coating machines, laying machines, packaging machines, mixing machines, compactors, curing machines, and surface treatment machines.

In the present invention, the magnet, electromagnet, magnets, magnet to magnetization energy body, magnet to cone mesh spiral, cone to cone mesh spiral, magnet to hollow body, cone to hollow body, cone to face processor, magnet to face processor, equipment , magnetization equipment, pouring equipment, eco pouring equipment, etc. become one pouring equipment. Examples of this application include pouring material through a contact magnet for pouring material, an electromagnet that is placed in contact with the pouring material, pouring material through magnets, pouring material through one of a magnet or a magnetization energy body, a magnet in which the pouring material is placed in contact with it The casting material is poured by contacting one of the to-con-mesh frame spiral, the cone to the cone-and-stick frame spiral; Processing machine, pouring material is poured through at least one of a magnet or a face processing machine, pouring material is poured, magnetized equipment for pouring magnetized pouring material, pouring equipment for pouring pouring material, pouring fluidized pouring material without power due to magnetic contact Eco pouring equipment, etc. The pouring material of the present invention is poured without power by gravity, dead weight, height difference, dropping from a high place, etc., or by a pump, pressurizer, compressor, pressure machine, piston, compressor, etc. becomes this

In the present invention, the magnet, electromagnet, magnets, magnet to magnetization energy body, magnet to cone mesh spiral, cone to cone mesh spiral, magnet to hollow body, cone to hollow body, cone to face processor, magnet to face processor, equipment , magnetization equipment, pouring equipment, eco pouring equipment, etc. are equipped, configured, mounted, Installation, arrangement, location, mounting, attachment, connection, linkage, coupling, binding, running, embedding, inputting, retracting, etc. And in the case of the above provision or pull-in, if necessary, a cradle, a support, a fixture, a spacer, a seat, a mounting means, a support means, a spacer, a seating means, a fixing means, etc. are used. Rods, stands, bars, boards, strings, twine, ropes, jacks, screws, bolts, rivets, welding, hangers, feet, 2 feet, 3 feet, 4 feet, tripod, 4 feet holder, etc. (12), a spiral holder 12, a vortex type holder 12, a holder having a function of vortexing a material, a holder with four spiral feet, a holder with four spiral feet having a material vortex function, etc. are used or included .

Perforation, storage, input, compounding, pumping, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, watering, curing, face treatment, etc. of the present invention are perforation or face treatment itself , drilling or face treatment, which is one of pouring, drilling or face treatment by pouring, and drilling or face treatment accompanying pouring, etc. are applicable. Therefore, perforation, storage, input, compounding, pumping, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, watering, curing, face treatment etc. And drilling machines, storage, hoppers, compounding machines, pumps, transporters, supply lines, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, painting machines, packaging machines, compactors, mixing machines, curing machines, face treatment machines, etc. A perforator or a face treatment machine itself, a perforator or face treatment machine that is one of the pouring equipment, and a perforator or a face treatment machine accompanying the pouring equipment are applicable. Therefore, perforator, storage, hopper, compounding machine, pump, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packing machine, compactor, mixing machine, etc. It becomes a machine, a curing machine, a face treatment machine, etc.

In the present invention, a magnet or a face treatment machine, a cone or a face treatment machine, etc., are one of the pouring equipment, or belong to or accompanying the pouring equipment, and they are the pouring material, the magnetized pouring material, the vortex pouring material, the magnetized vortex pouring material, the amount of the pouring material Living things, etc. or through or through, contact, magnetization, hexagonal hydration, storage, dosing, compounding, pressurizing, moving, transporting, supplying, pouring, laying, injecting, spraying, coating, painting, packaging, compaction, mixing, pressing It has characteristics such as supply, curing, cotton, use, use, and application. In the present invention, the uses, tasks, tasks, roles, duties, etc. of the magnet or the face processor, the cone or the face processor are exemplified as follows. 1) storage of cast material raw materials in storage, storage of cast material in magnet-embedded storage, magnetizing its storage, storage of magnetized storage; etc., 2) mixing pouring materials in a mixer, mixing pouring materials in an embedded mixer such as magnets, magnetizing a mixture thereof, mixing magnetized materials, etc., 3) supplying pouring materials to a supply path with a pump, and pressurizing a magnetizing mortar from the pump to a pouring machine, etc. Supply, 4) Magnetized abrasive from the supply path is supplied to the pouring machine, and the abrasive pressurized by the pump from the supply path is supplied to the pouring machine, sprayer, etc., 5) Pouring material through the pouring machine, ready-mixed concrete pouring material through the pouring machine , the magnetization of the cast object, placing magnetized material, etc., 6) by a sprayer a) spraying of pouring material, spraying mortar or abrasive by means of a sprayer, b) spraying mortar on the slope, materials, facilities, etc. by means of a sprayer, c) sprayer Magnetized material passing through a cone-equipped magnet embedding sprayer is injected into the ground, sprayed on the slopes, sprayed on the material, coated, sprayed on the facility and painted, 7) the pouring material is injected into the hole, mold, underground, etc. with the injector, A magnetized material that has passed through a magnet-embedded hollow rod penetrated into the ground is injected into the ground through the injection hole of the rod, 8) a) Spraying the coating material with a coating machine to coat the surface of the curing organisms and apply the coating machine Curing surface coating of the pouring material by spraying the coating agent, b) coating by spraying the coating agent on the ground, materials, facilities, and curing materials of the pouring material by the coating machine, c) Magnetized water, magnetizing liquid, etc. The magnetized material is sprayed on materials and facilities, and the materials and facilities are coated and applied with the magnetized material, 9) a) The surface of the curing organism is painted by spraying the pouring material for painting with a sprayer, and the coating agent is sprayed with the sprayer Curing surface coating of pouring material, b) painting by spraying the coating agent onto the surface, concrete surface, materials, facilities, and curing surface of pouring material by means of a sprayer, c) passing through a magnet embedded sprayer, which is one of the sprayers Magnetized materials such as magnetized paint are sprayed onto materials and facilities, and the materials and facilities are painted, painted, and painted with the above magnetic materials. 10) a) Curing materials, facilities, pouring materials, etc. , b) a magnet as one of the curing devices Magnetized substances such as magnetized water and magnetized liquid are sprayed through a curing period composed of an embedded water hose to cure materials, facilities, pouring materials, etc. 11) Magnetized water, magnetized liquid, etc. These include spraying and treating the surfaces of facilities, materials, and cast materials, such as curing, smoothing, and concave-convex treatment.

In particular, the sprayer, shorting machine, coating machine, painting machine, etc. are the above or the following concrete to PSC, water to CMC, other materials, certain materials, pouring materials, propellants, coatings, paints, paints, etc. to the surface, surface, ground, The function of spraying, coating, painting, spraying coating, spraying coating, etc. on slopes, concrete surfaces, materials, construction materials, facilities, buildings, structures, facilities, one of the two surfaces, surfaces, exteriors, etc. have And the spraying, coating, painting, etc. is the above or the following concrete to PSC, water to CMC, other substances, certain substances, propellants, coatings, paints, paints, etc. , surface, ground, slope, concrete surface, material, construction material, facility, building, structure, facility, spraying, coating, painting, spraying coating, spraying painting, etc. In the present invention, the magnet to the face treatment machine, the cone to the face treatment machine, etc. are the above or the following concrete to PSC, water to CMC, one of the above compounding to face treatment, ashes, materials, and other materials, certain substances, propellants, coating agents, Mixing or surface treatment of paints, paints, etc., or mixing on one side, surface, exterior, etc. thru|or surface treatment, etc. are included. And the compounding or face treatment is one of the above or below concrete to PSC, water to CMC, and the compounding to face treatment by the compounding machine or face treatment machine, magnet or face treatment machine, cone or face treatment machine, ash, material, and Other substances, certain substances, etc. are included in the above compounding or surface treatment.

Magnets, electromagnets, magnets, magnets or magnetized energy bodies, cones or face-treaters, magnets or face-processing machines, equipment, magnetization equipment, pouring equipment, eco-casting equipment, etc. While storing, inputting, mixing, pressurizing, moving, transporting, supplying, pouring, installing, injecting, injecting, spraying, coating, painting, packaging, compaction, mixing, supplying compressed water or compressed air, curing, etc. b) Magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, c) Magnets permanently radiate magnetic force due to no power, so they are magnetized, hexagonal hydration, energy conversion, magnetic energy conversion, d) ) Improvement of at least one of fluidization, fluidity, slump value, workability, and workability of materials, mortar, ready-mixed concrete, etc. by one or more of the cone or magnetic energy conversion, e) a fluidizing agent injected into concrete, etc. by one or more of the above, Reduction of the input amount of one of the admixtures contained therein, thereby reducing the cost of using one of the fluidizing agent and the admixture, f) f) the above cone to d) improvement by at least one of f1) Mixability, agitation, pressurization, feedability, mobility of the material , pouring properties, laying properties, injectability, injectability, jetting properties, coating properties, painting properties, compaction properties, mixing properties, adhesion properties, inflow properties, filling properties, form filling properties, space filling properties, and backfilling improvement, f2) reduction in one of the drop-off properties, detachability, and rebound amount of the sprayed material, g) vibration work, compaction work, vibrator work, vibrating cost, Reduction of at least one of vibrating equipment and vibrating manpower, h) by at least one of the above cones to f) reduction or after curing h1) Density, specific gravity, strength, rigidity, adhesion, friction angle, bending of materials, facilities, concrete, etc. , improvement of one or more of shear, durability, waterproofing, water repellency, water repellency, and surface smoothness, h2) reduction of one or more of compressibility, consolidation, settling, cracking, breakage, and permeability coefficient, h3) Materials, facilities , concrete surface, surface, exposed surface, finished surface, concrete surface, It has the characteristics of strengthening, reinforcing, flattening, smooth, reducing irregularities, preventing irregularities, and preventing scratches on one of the dismantling surfaces.

Perforator, storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, pouring machine, injector, syringe, injector, shorting machine, coating machine, sprayer, packing machine, compactor, mixer, curing machine, Examples of the configuration of the face treatment machine include 1) the drilling machine and the storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shotter, coater, sprayer, packaging machine, Consists of at least one of a compactor, a mixer, a curing machine, and a face treatment machine, 2) a) a perforator, b) in addition to this, a storage, hopper, mixer, pump, drone, transporter or supply path in the order of, c) in addition One of a pouring machine, a pouring machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, a mixer, a face treatment machine, d) In addition to this, it consists of a curing machine, 3) a) Underground, rock, and building drilling a perforator, b) one of a pouring machine, a pouring machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a sprayer, a packing machine, a compactor, and a mixer, c) a storage, a hopper, a mixer that supplies the material thereto , composed of one or more of a pump, a drone, a transporter, and a supply path, 4) a) a storage, hopper, mixer, pump, drone, transporter, and supply path for storing, mixing, and supplying materials, b) pouring the material , installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer , consisting of at least one of a packing machine, a compactor, a mixer, a curing machine, and a face treatment machine, 5) a) a drilling machine for drilling underground, rock, and building, and a supply path for supplying bentonite slurry thereto, b) mixing in a compounding machine after the drilling It consists of an injection machine that injects the mortar, concrete, etc., into the perforation part, and the injection material is cured to form walls, columns, piles, etc. Pouring, installing, injecting, storing, mixing, pumping, transporting, and supplying materials through Injection, spraying, coating, painting, packaging, compaction, mixing, pressurized water or compressed air supply, curing pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packing machine, compactor, mixing Consists of at least one of a machine, a curing machine, and a face treatment machine, 7) a) a drilling machine, b) in addition to this, at least one of a storage, hopper, mixer, pump, drone, transporter, and supply path, c) in addition to this, a pouring machine and a laying machine , at least one of an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, a mixer, a face treatment machine, d) In addition to this, it consists of a curing machine, etc., 8) a) The cone or hexagonal hand machine, magnet or Equipped with one or more of the hexagonal machine tools Perforator, storage, hopper, mixer, pump, drone, transporter, supply route, pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packing machine, compactor, mixer, A curing machine, a face treating machine, b) at least one of the perforator or face treating machine having a magnetization function by this, and the like.

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 rotary mixer, a rotary blade type mixer or mixer, a mixer with an internal rotary body or rotary blades, b) a motor A rotating blade, a rotating body, a rotating rod, a rotating shaft, a rotating spiral, a rotating screw, a mixer, a mixer with one of the rotating shaft with blades, c) a rotating rod or rotating shaft or projections, blades, rings, bolts, spirals, objects on the outer periphery of the rotating body , a mixer, mixer, d) or rotation, static, dynamic, vibration, blade, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, underground soil and mortar, underground Soil and concrete mixing machine, mixer, d) rods, rods, bars, plates, projections, blades, spirals, objects, screws, projection rods, projection rods, projections, attachments, attachments, ductile materials on the periphery or surface; d1) Rod, shaft, nozzle, rod, spiral, screw, hollow tube, double tube, triple tube, injection hole, injection tube, d2) rotating rod or injection tube etc. are applicable. Here, the mixer and the mixer have the same or different characteristics. For example, a) the same is a mixing device, b) a different mixer is a device that mainly mixes mortar, ready-mixed concrete, concrete, etc., and the mixer is mainly soil, ground , underground, underground mixing devices, etc. Examples of the mixer include a mixer used for a deep cement mixing method, a deep cement mixing method, and the like. said protrusion, blade, ring, bolt, spiral, object, protrusion, stirring means, or said rod, stand, bar, plate, protrusion, wing, spiral, object, screw, protruding rod, protruding bar, protrusion, attachment, Attachment, ductile material, elastic material, rigid material, protruding means, objects in the stirring means are rods, rods, bars, plates, protrusions, blades, spirals, objects, screws, protruding rods, protrusions, protrusions, attachments, attachments, ductility Materials, elastic materials, rigid materials, protruding means, and an object including or other than one of agitating means, body, apparatus, apparatus, apparatus, equipment, etc. are applicable.

The drilling machine of the present invention is a drilling machine, a drilling machine, a rock drilling machine, 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 a bit, a rotary bit, a rotary rod with a bit , underground hole drilling machine, underground wall drilling machine, slurry wall drilling machine, diaphragm wall drilling machine, underground continuous wall drilling machine, geothermal pipe or oil pipe insertion boring machine, or drilling machine for buildings, facilities, underground, rock, holes, holes, concrete, etc. etc. are applicable. In the perforator of the present invention, at least one of the cone or the face processor, the magnet or the face processor is provided, mounted, installed, mounted, linked, connected, mounted, and the like. Examples of application of the drilling machine in the present invention include a) pile hole drilling for cast-in-place piles, underground wall drilling for underground continuous wall construction, slurry wall drilling, diaphragm wall drilling, boring hole drilling for geothermal pipe or oil pipe insertion, b) Drilling while injecting magnetized material, hexagonal water, slurry, bentonite slurry, etc. that have passed through the cone or hexagonal hand machine, magnet or hexagon hand machine, etc. during the drilling, c) the material mixed in the compounding machine, mortar, milk, chemical solution, suspension, Slurry, ready-mixed concrete, concrete, etc. are injected into the drilling part, boring hole, joint part, joint part, crack part, leak part, etc. during and after drilling through the rod installed in the drilling machine through the supply hose, injector, hollow tube, hollow rod, etc. , input, and after curing, completion of piles, columns, underground walls, continuous underground walls, etc., or filling of cracks, repair of joints, repair of cracks, repair of leaks, d) the above cone or hexagonal receiver, magnet or hexagonal receiver, etc. Magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete, etc. are supplied through the supply hose to the drilling machine through the rod, injector, hollow tube, hollow rod, etc. Injected into joints, joints, cracks, leaks, etc., after curing, piles, columns, underground walls, continuous underground walls, etc. are completed, or cracks are filled, joints repaired, cracks repaired, leaks repaired, etc. This applies.

The storage of the present invention is a) storage, b) or storage of one or more of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, and concrete, c) or a partition wall, partition, 2 rooms, 3 rooms inside One of them is equipped with storage and the like. The hopper of the present invention includes a hopper, a funnel-type hopper, a hollow funnel hopper, and a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10-80 degrees from the top to the 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 any one of 1 to 10, less, 10 to 100, 100 to 500, or more, having a pressure of 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) a pouring machine, a pouring device, a pouring device, the pressure pouring machine, b) or a formwork, form, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, One of ready-mixed concrete pouring machines, c) or pouring, laying, coating, pouring, spraying, dosing, injection, injection, grouting, etc.

The laying machine of the present invention includes a) laying machine, spreader, coating machine, asphalt finisher, b) or ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete, one of asphalt concrete laying machine on the ground. The syringe or injector of the present invention is a) syringe, injector, injector, grouter, said pressure syringe or injector, 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, one of the cracks of buildings, structures, and cracks, syringes, injectors, etc. The sprayer of the present invention is a) a nozzle, a hose, a pipe, a sprayer, a sprayer, a water fountain, a sprinkler, a coater, a spray coating machine, a sprayer, spraying, b) or a slope, slope, surface, ground, underground, underground, rotating, Static, dynamic, vibratory, blade, mortar, ready-mixed concrete, concrete, one of the ready-mixed concrete on slopes, sprayers, etc. The compactor of the present invention is a) compactor, compactor, weight compactor, roller compactor, drop compactor, form compactor, concrete compactor, cast-in-type concrete compactor, b) or pavement, soil pavement, road pavement, asphalt concrete pavement, ground, underground , underground, rotary, static, dynamic, vibration, blade, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete compactor in the ground, etc. The curing device of the present invention includes a curing device, a water curing device, an aquatic curing device, an air curing device, an air curing device, a solar curing device, a steam curing device, a watering curing device, an autoclave curing device, and the like. Here, as an example of application of the curing machine, magnetized water, hexagonal water, etc. sprayed through a hose-type curing machine for watering in which a cone with a magnet is embedded is sprayed on poured concrete, concrete materials, concrete buildings, etc. It also applies to promoting curing. The face treatment machine of the present invention applies the pouring material of the present invention or the pouring material that has passed through the pouring equipment, one of which is water, water, liquid, oil, medicine, agent, ash, sol, gel, abrasive, coating agent, painting agent, etc. It is applicable to treatment, finishing, smoothing, and concave-convex treatment by spraying the curing materials, materials, materials, facilities, buildings, structures, concrete objects, one side, the surface, the outer surface, the exposed surface, and the uneven surface of the pouring material. do.

In the present invention, storage, hopper, mixer, pump, drone, means of transport, supply route, pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coater, sprayer, packing machine, compactor, mixer, curing machine, cotton The processing machine stores, puts, mixes, pressurizes, moves, transports, supplies, pours the concrete to PSC, material to PSC material, one of the raw materials, materials, materials, mixing water, mixing materials, formulations, etc. in the order listed above or the like. , installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, etc. As an example of its application, the concrete raw material is stored in the storage 20, the raw material is put into the mixer through the hopper 21, the mortar mixture is mixed by the compounder 22, and the mixed mixture is pumped or transported by the pump 23. Transport to the place of use by means 24, supply of ready-mixed concrete to the site through the supply path 25, pouring concrete into a mold with a pouring machine 26, placing magnetized cones on the ground with a laying machine, and phytoncide with an injector 26 Inject the cone into the ground, inject milk into the cracks with the injector 26, inject the chemical into the cracks with the injector 26, inject the slurry water on the slopes with the injector 26, and inject water with the injector 26 Removal of dust by spraying dust on the ground, spraying water on the ground with a sprayer 26 to remove dust, spraying water into a tunnel with sprayer 26 to remove dust in the tunnel, compacting road pavement with a compactor 26, Compacting with a compactor (26) while inserting sand into the underground hole, mixing while injecting mortar into the ground with a mixer (26) , Curing or magnetizing concrete by spraying curing water with the curing machine 26, and spraying materials with a surface treatment machine to treat, arrange, fill, and short the cured concrete, materials, facilities, and buildings, etc. , coating, painting, waterproofing, water repellency, etc.

When some of the above are further described 1) The supply path 25 corresponds to a line, a hose, a pipe, a pipeline, a supply path, a supply line, a 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. ) Supply, injection, inflow, injection, injection, etc. to the inside, side, inside, surface, or outside of one of the above. 3) A drone is a drone, unmanned aerial vehicle, light aircraft, unmanned light aircraft, etc. a) the cone or surface processor, magnet or surface processing machine, etc. are equipped, mounted, mounted, attached, fixed, etc., or b) the cone or surface The storage or face treatment is performed using a processor, a magnet or a face treatment machine, or the like is mounted, or c) moving, transporting, transporting the cone or face treating machine, magnet or face treating machine, material or PSC material, etc. will do Examples of application of drones here include drilling drilling holes for crack repair in high-rise buildings with a drilling machine mounted on the drone, spraying magnetized shotcrete on the slopes of the high-rise with a supply path 25 or sprayer 26 installed on the drone, and supply path 25 for drones ) or a sprayer 26 is installed to spray magnetized spray water into the tunnel to remove tunnel dust, and a drone is equipped with a machine to install magnetized spray water in the air to clean the air.

In the present invention, one or more of the pouring equipment belonging to a drilling machine, a storage, 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 shot machine, a coating machine, a sprayer, a packing machine, a compactor Examples of one or more of , mixer, curing machine include 1) drilling machine, storage, hopper, mixer, pump, drone, transporter, supply line, below in addition to the pouring machine, pouring machine, injector, syringe, sprayer, shorting machine, coating machine, painting machine One of machine, packing machine, compactor, mixer, curing machine, 2) perforator, storage, hopper, mixer, pump, drone, transporter, supply route, pouring machine, laying machine, compactor for compacting its installation, and its A curing machine for curing by spraying the compacted material, a surface treatment machine for treating the cured surface, 3) a) a material storage, b) a hopper to put the stored material into the mixer, c) a mixer to mix the materials, d) A pump for transporting the mixture, e) a transporter for transporting the mixture, f) a supply path for supplying the mixture or transported product to one of the pouring machine or face treatment, g) the mixture or transported substance or feed Pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, face treatment, etc. , a painting machine, a packaging machine, a compactor, a mixer, a curing machine, and a surface treatment machine in that order.

In the present invention, the above A) c) storage 20, hopper 21, mixer 22, pump 23, means of transport 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, face treatment machine, d) machine, apparatus, apparatus, device, equipment, magnetizer, 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) said A) storage - C) equipment one of 27 front, middle, rear, front end, rear end, inner, inner surface, inner, hollow, space, outer, outer surface, outer, outer periphery, face, surface, joint, joint 18, cutout, cutout , connections, inlets, intermediates, outlets, etc., according to conditions, needs, factory, site, etc. a) magnet, magnetic body, magnetic body, wave body, magnetic energy body, magnet function merging cone, cone function merging magnet, double or bundle cone magnet, cone or object with magnet, magnet with cone or object, cone or object with stirring or aeration function with magnetizing magnet, magnetizing magnet with cone or object with stirring or aeration function, b) tube, body, hollow body; A pipe, a magnetizer, a hexagonal hand machine, c) The cone or hexagon hand machine, etc. are provided, mounted, fixed, mounted, installed, embedded, inserted, connected, linked, combined, and the like. In particular, the storage or the face treatment machine, one of the front, middle, rear, front end, rear end, inner, inner surface, inner, hollow, space, outer, outer surface, outer, outer periphery, surface, surface, joint, joint (18), The above a) magnet to b) hexagonal handwriting machine, c) the cone or hexagon handwriting machine, etc. are provided, mounted, fixed, mounted, installed, embedded, input, connected, linked, etc. at the cut-off part, cut-out part, connection part, inlet, middle, outlet, etc. , bonding, etc.

According to the above, 1) the A) storage to C) equipment has a single magnetizing function or has a feature provided with a means for performing a magnetization function, 2) or the A) storage to C) equipment, one of For work, manufacturing, production, construction, construction, etc. by the above magnets or hexagonal hand machines, the number of magnetization, hexagonalization, fluidization, etc. Substance, material, liquid, fluid, slurry, supply, provision, storage, input, mixing, pressurization, transfer, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, etc. Compaction, mixing, compressed water or compressed air supply, curing, and has the characteristics of supply or spray for curing.

For the example above, hexagonal water supply to manufacturing equipment, magnetized water to construction equipment, magnetized slurry supply to construction equipment, magnetized concrete pouring through pouring equipment, magnetized mortar spraying on slopes via spraying equipment, magnetized in the ground via injection equipment Magnetized milk is injected into cracks through mortar injection, injection equipment, and magnetized water is sprayed on the concrete surface through curing equipment to promote curing, magnetized mortar is supplied to boring equipment and magnetized mortar is injected into the ground through boring equipment, Magnetized cement milk is supplied and magnetized cement milk is put into the ground to improve the ground, and magnetized concrete is supplied to the continuous underground wall construction equipment, and magnetized concrete is injected into the underground continuous wall after curing to form an underground continuous wall.

In the present invention, a) fluidity, flowability, workability, slump, slump value, energy, increase in one or more of detoxification, b) or decrease in water/cement ratio, c) at least one of these or after curing or hardening c1) Strength, stiffness, adhesion, friction angle, hardness, specific gravity, weight, adhesion One or more of properties, adhesion, adhesion, adhesion, friction angle, durability, earthquake resistance, waterproofness, water repellency, water-resistance, watertightness, flexural strength, torsion strength, compressive strength, tensile strength, shear strength, and internal friction angle increased, c2) or cracking , dropout, damage, breakage, and decrease in one or more of the permeability coefficient. The resin, polymer, latex, nanomaterial, microorganism, cone or face treatment machine of the present invention increases at least one of a) fluidity, flowability, workability, slump, slump value, energy, and detoxicity of ready-mixed concrete, concrete, etc., b) or decrease at least one of the mixing amount and water/cement ratio, c) by at least one of them or after curing or hardening c1) strength, stiffness, adhesive force, friction angle, hardness, specific gravity, weight, adhesion, tackiness, cohesive force, adhesiveness, One or more of friction angle, durability, seismic resistance, waterproofness, water resistance, water resistance, watertightness, flexural strength, torsion strength, compressive strength, tensile strength, shear strength, and internal friction angle increased, c2) or cracking, dropping, damage, breakage, permeability coefficient It has a characteristic such as a decrease in one or more of them.

In the present invention, the wind compressor injects pressure, compressed material, compressed water, compressed air, etc. into one or more of the pouring material, raw material, magnet or magnetized energy body, cone or hollow body, storage or face treatment machine, and inside or hollow part, Thereby, the casting material, raw material, magnet or magnetization energy body contact material, cone or hollow body passing material, storage or surface treatment machine, etc., material such as interior or hollow part, etc. are lightened, bubbled, porous, aeration, A wind power compressor 50, a wind power compressor, a wind water compressor, a wind air compressor, etc. which serve to inject oxygen, air, and the like into vortex, stirring, cavitation, or the like are applicable.

The wind compressor 50 is a) a wind compressor (wind compressor) that generates and injects pressure, compressed material, compressed water, compressed air, etc. using a screw or a rotary linear converter and a piston connected to a rotating wind blade. A screw compressor (wind screw compressor), a wind piston compressor (wind piston compressor), etc., or b) wind or wind power (51), thereby rotating a blade, a windmill, a rotating body (52), one of the rotational force (53), thereby A crank 54 rotating by means of a crank 54, a rod 55 mounted thereon for linear motion, a piston 56 mounted thereon, a cylinder 56 having teeth reciprocating therein, and the inside of the cylinder by the pushing force of the piston Compression of water, water, liquid, oil, air, material, etc., pressure generated thereby, compressed water, compressed water, compressed air, etc. , and a supply hose 64 and the like. See FIG. 10 .

Here, the compressed material includes a pressure obtained by using wind power, a compressed material, compressed water, compressed air, and the like. The cylinder 56 is provided with an inlet 59 such as air, an inlet valve 60 installed therein, an outlet 62 such as pressure, and a discharge valve 61 installed therein, so that the pushing force of the piston 57, When the material or air in the cylinder 56 is compressed by action, etc., the air inlet valve 60 is closed and the discharge valve 61 is opened so that the pressure, compressed material, etc. When the piston 57 moves in the opposite direction, the pressure discharge valve 61 is closed and the inlet valve 60 of water, water, liquid, oil, material, air, etc. is opened, and the material, air, etc. flows into the cylinder When the piston compresses the cylinder again, the material and air inlet valve closes and the pressure and compressed material discharge valve opens, and the pressure and compressed material are discharged through the outlet and discharge hose, and when the piston moves in the opposite direction, the discharge valve is closed and the material and air inlet valve is opened, repeating the process of introducing material and air into the cylinder to supply, provide, and inject pressure, compressed material, compressed air, wind pressure, etc. (63). In the case of the hollow body 13 into which the tooth is injected, the material, raw material, material, and blending material introduced into the hollow body 13 through the injector 91 and the inclined tube 95 provided in the hollow body and flowing through the hollow body 13 . By injecting pressure, compressed air, etc. into water, compounding material, and compounding, it contributes to weight reduction, aeration, and aerobicization. The wind-powered pressure, compressed material, compressed water, compressed air, etc. are eco-friendly pressure, compressed material, compressed water, compressed air, etc. that can be permanently obtained using natural wind without external power or electricity supply. . Here, the compressed material, compressed water, compressed air, etc. by wind power, wind, wind compressor, etc. have a certain pressure, substitute for a compressor, substitute for lightweight material injected into lightweight concrete, etc. It has a characteristic that it can substitute for compressed water or compressed air of a general compressor.

And if the wind compressor 50 will be described in detail, in the case of the wind power piston compressor, using the rotational force 53 of the blades, rotating bodies, blades, propellers, rotating shafts, etc. 52 rotating with wind, wind power, etc. 51 The piston 57, the screw, etc. in the cylinder 56 are linearly moved 58 or rotated through the crank 54 connected to the rotating shaft, etc. 52, the shaft or connecting rod 55 connected thereto, and the air in the cylinder A device that compresses and discharges compressed water or compressed water or compressed air 63 through the outlet 62 formed at one end of the cylinder. Therefore, the wind compressor is a device for obtaining, making, providing, supplying, and the like, 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 is closed, and the water or air inlet 59, valve 60 is opened to introduce water or air into the cylinder, and vice versa, the piston 57 ) moves to the right, the water or air inlet 59, valve 60 is closed, the valve 61 of the compressed water or compressed air outlet 62 is opened, and the compressed water or compressed air 63 is discharged through the cylinder outlet. , supply, etc. In the case of the wind screw compressor, the screw in the cylinder is rotated by the rotational force to compress water or air in the cylinder to one side, and compressed water or compressed air is discharged, supplied, etc. through an outlet formed on one side of the cylinder. .

The pressure, compressed material, compressed water, compressed air, etc. 63 provided from the wind compressor 50 is water through a hose, pipe, pipeline, etc. 64 connected to the outlet 62 of the cylinder. Water, liquid (液), oil (流), qi (气), high (固), material (劑), ash (材), substance, object, body, material (1), material (1), in water, Underwater, river, pond, tank, tank, pipeline, tube, hose, pipe, hollow body, compounder (22), pump (23), supply path (25), storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, aerial , indoor, factory, site, atmosphere, indoor air, tunnel, tunnel site, dusty air, odorous air, air, oxygen, air bubbles, etc. are supplied to the tube or face treatment machine to supply air, reaction, coagulation, oxidation, purification, Air, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight mortar, lightweight Ready-mixed concrete, lightweight concrete, etc. are formed, and additionally added to the curing air sprayed from the curing machine to promote curing or to reduce the amount of curing air injected.

In the present invention, a drone is a drone that moves one or more of the storage or the face treatment machine, or is equipped with one or more, or performs one or more of the magnetization, vortex, magnetization vortex, storage or face treatment by the mounting. These include unmanned drones, unmanned aerial vehicles, pouring equipment mounted on the main body that flies by rotating blades, or drones equipped with a pouring machine. As for the mounting, one or more of the storage or the face processing machine is mounted, mounted, mounted, installed, maintained, welded, joined, fastened, running, hung, etc. on a drone, its body, main body, etc. Examples of the drone of the present invention include a) a drone consisting of a wing, a rotating blade, a propeller, four propellers, one of a plurality of propellers and a main body, b) a drone consisting of an upper wing and a lower body, c) the thrust for the flight of the main body For this purpose, a drone equipped with wings, propellers, etc. that generate a downward flow, a backward orientation flow, etc., d) a drone that flies upward by a downflow that sends wind to the lower part of the main body, e) a wind to the rear of the main body A drone that flies horizontally by an orientation current that sends Drone equipped with rechargeable battery, plug, outlet, battery, generator, solar cell, solar generator, windmill, wind generator, etc., h) drone equipped with a support provided on the propeller, i) drone equipped with a main body connected to and fixed to the support support, j) The main body, the propeller, a solar cell that produces electricity j1) by one or more of the sun, the downward flow, the oriented flow, and the wind by flight, j2) a rotating body while being mounted on one or more of the main body, the propeller, A drone equipped with a generator, etc. that produces electricity with its rotational force, k) The generator is a drone that produces electricity while forming a magnetic field by a central rotor (electromagnet) and a stator (iron core) surrounding the outside, ℓ) the j2 ) The k) drone with a rotor (electromagnet) rotates in connection with the rotor, m) the k) the drone with a generator that produces electricity by the rotation of the rotor (electromagnet), n) the rotation body, its outer periphery , A drone equipped with a conical hollow guide, which is mounted on one or more of the upper, lower, upper periphery, and lower periphery, and causes one or more of the downflow, oriented flow, and wind to flow in, out, and outflow, o) the generated electricity A drone equipped with an inverter that converts it into direct current or alternating current, p) a drone equipped with a wire, plug, outlet, power supply, etc. that supplies the generated electricity, q) a camera, CCTV, video This includes drones equipped with devices, photographing devices, photographing devices, monitors, lights, lights, lanterns, flashers, lights, headlights, lighting devices, drivers, controllers, controllers, remote controllers, remote controllers, etc.

In the present invention, the 3D printer is a 3D printer that moves one or more of the storage or the face processing machine, or is equipped with one or more, or performs one or more of the magnetization, vortex, magnetization vortex, storage or surface treatment by the mounting ( 71), a 3D printer, a 3D printing machine, a 3D printing device, a 3D printer, a 3D printer equipped with a pouring machine that moves three-dimensionally while being mounted on a frame mounted on the ground or around a new facility. Here, the 3D printer 71 is equipped with a movable body or moving part 116 capable of three-dimensional movement 73 on the frame 72 and moves 73 in three dimensions, such as the compounder 22, the supply path 25, etc. It is to construct, construct, construct, construct, construct, etc. facilities, buildings, structures, etc. (8) by pouring, spraying, and injecting materials, mortar, ready-mixed concrete, concrete, etc. (1) supplied from Here, the three-dimensional moving body or moving part 116 moves three-dimensionally by a motor, roller, rail, etc., and the structure or shape of the facility or building to be constructed by placing a pouring machine, a sprayer, an injector, a nozzle, etc. 26 is mounted therein. It is to construct facilities and buildings by pouring materials while moving in three dimensions. Here, the 3D printer, its movable body or moving part, and the pouring equipment mounted thereon have a feature of pouring materials while automatically moving in three dimensions according to the command of the program.

As an example of the 3D printer or three-dimensional movement, the two rails a 100 mounted on the upper left and right sides while being supported on the foundation, pillar, support, frame, etc. 72, respectively, are rotated by the motor a 101 while being mounted thereon. The two rollers a 102 that move back and forth (one-dimensional movement) 73 along the rail a, the rail b 103 provided between the two roller as thereof, and the motor b 104 while being mounted thereon. One roller b 105 that rotates and moves left and right moving along the rail b (its one-dimensional + the one-dimensional = two-dimensional movement) 73 , and a rotating body rotated by a motor c (111) while being mounted thereon A vertical moving part 108 of a string, thread, belt, chain, etc. that moves up and down (its one-dimensional + the two-dimensional = three-dimensional movement) 73 while being wound or unwound around a (112), or the rotating body a ( 112) and the other rotating body b (113) positioned opposite to it, is press-embedded and pushed or dragged by the rotation of the rotating body a to move up and down the bar-shaped vertical moving part 115, which is mounted on the vertical moving part and the pouring equipment 26 that moves in three dimensions and the like. Here, the bar-shaped vertical movement unit 105 includes the rotating body a 112 and the other rotating body b 113 positioned opposite to it, and the rotating body c 114 located above or below the rotating body a, and the A feature that is pressed and embedded between the rotating body d 115 located on the upper or lower side of the rotating body b while facing each other and is pushed or dragged by the rotation of the rotating body a (112), so that it is possible to move up and down have

In the 3D printer, the rod 116 corresponds to a rod, a rod, a rod, a rod, and the like. The frame includes a foundation, a column, four columns, a combination of transverse and longitudinal beams, a combination of four columns and an intermediate beam and an upper beam, a combination of a longitudinal column and a transverse beam, a three-dimensional object thereof, four columns and 4 positioned on the upper part The directional rail 100 , the four edge rails, the rail a 100 , the rail b 103 , or the four poles and the four-way rail 100 connecting the upper corners thereof correspond to each other. Heavy objects such as weights, weights, and lead lumps are mounted on the lower part of the line, thread, belt, chain, and vertical movement part, etc., so that the position and coordinates of the lower part are not shaken, so that the material can be poured in the correct position, coordinates, etc. do. The roller or the rotating body may be provided with a brake, a retractor, etc. for decelerating or stopping the rotation thereof. Examples of the brake include a brake lining 108 mounted on the side of the roller or rotating body, which is the direction of the roller or rotating body. A combination of pedals, compression means, and the like (109) that is pushed or compressed with a press to contact a roller or a rotating body to decelerate or stop its rotation. The motor is mounted on a central axis, a rotating shaft, etc. 106 of a roller or a rotating body and rotates it, so that it is possible to rotate a roller or a rotating body, which is a body of the central axis, rotating shaft, or the like. The motor, roller, rotating body, etc. may be embedded in the case, housing, etc. 117 for their protection and safety. The rotating body a 112 may be provided by being connected to the roller b 105, the case 117, and the lower part thereof by a string, string, 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 rings 107 respectively mounted on the central axis 106 of the roller b by means of mutual strings, strings, rods, etc. 110 . For 3D printers, see FIGS. 10 and 11 .

The moving unit 105 and the pouring equipment 26 mounted thereon move a total of three-dimensional movement for the front-back one-dimensional, left-right one-dimensional, and up-and-down one-dimensional, or the front and rear one-dimensional, left-right one-dimensional, 2 by these two The three-dimensional movement by dimension, up and down one-dimensional, and the two-dimensional is performed, so that the building is constructed in three dimensions 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, concrete, etc. The formwork, reinforcing bar, concrete pouring equipment, etc. for structure construction are a) the roller, the rotating body, the moving body, the moving part, b) the loading table, the carrier, the cage, the moving table, the elevator, etc. provided in one of them, mounted, It has the characteristics of transporting, unloading, assembling, pouring, etc. to the appropriate floor, place, and location according to the building construction process while moving in three dimensions as it is mounted, bundled, settled, mounted, and loaded. In the present invention, the pouring equipment includes a) a pouring machine, a nozzle, a hose, a sprayer, a printer's plotter, and b) a pouring equipment equipped with one of them.

The movable body, the moving part 105, etc. are attached to the pouring equipment 26 that moves three-dimensionally, the compounder 22, the pump 23, the supply path 25, etc. are connected, and the material 1 such as ready-mixed concrete is supplied. . The pouring machine 26, the compounding machine 22, the pump 23, the supply path 25, the material 1, etc. can be equipped with the magnet, the magnetizer, the embedded hollow body, etc. of the present invention, so that the magnetization material is It is possible to supply compressed material, compressed water, compressed air, electricity, etc. generated by the wind compressor, wind power generator, solar generator, etc. of the present invention with the characteristics of being supplied and poured.

As another example of the 3D printer 71 of the present invention, a frame 72 on which the rail 100 is mounted, a movable body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a moving part, a head, One of its cases, a floater or caster 26 installed in one of the head, movable body, moving part, and case and ejecting a building material 1 to form a 3D structure 8, and the floater or caster A 3D printer, etc., which includes a pump 23 that provides pressure to eject the material 1, and the like. In the present invention 3D printer, the frame 72 is mounted on the ground, on or around a new facility, on or around a new building.

Examples of the construction of buildings, structures, etc. by the 3D printer 71 of the present invention include: 1) Case: Quick setting agent that promotes curing through the pouring machine 26 mounted on the 3D printer, mortar, ready-mixed concrete, etc. Building construction by continuously or intermittently pouring concrete, etc. in layers of 5 to 30 cm in height or ascending in layers while cyclically moving along the building shape or structure, where the pouring height is too low for 5 cm or less to shorten the construction time It takes a lot of time, and if the height of one pour is too high for 30cm or more, it is difficult to cure immediately, so it is difficult to pour in real-time while circulating. , 1st floor slabs, 2nd floor columns and walls, 2nd floor slabs are repeated in order to construct n floors and finally roof slabs to complete the building, 3) Case: a) Ground boring for foundation installation, b) above Reinforcing bar mesh is put into the boring hole by placing the reinforcing bar on the moving part, c) pouring the foundation pile concrete into the boring hole through the pouring machine, and then curing, d) the formwork and the reinforcing bar are mounted on the moving part to form the building floor , conveying and assembling rebar, e) pouring concrete on the floor of the building through the pouring machine, then curing, f) mounting the frame and rebar to the moving part to transport and assemble the first floor column, the frame of the wall, and rebar, g) the pouring machine 1st floor column, wall concrete pouring, and then curing, h) elevating the movable body, pouring machine, etc., i) mounting the frame and rebar to the moving part to transport and assemble the 1st floor slab formwork, rebar transport and assembly, j) the pouring 1st floor slab concrete pouring through the machine, then curing, k) 2nd floor column, wall frame, rebar transport and assembly by mounting the formwork and rebar to the moving part, ℓ) 2nd floor column and wall concrete pouring through the pouring machine, After curing, m) raising the moving body, pouring machine, etc., n) repeating the above, transporting and assembling the formwork such as n-story columns, walls, and slabs, rebar, concrete pouring, Post-curing, o) Final roof concrete pouring through the above pouring machine, followed by curing. The 1st, 2nd, and n floors are either assembled or poured at a time (3 m, etc.) in height for each floor, or subdivided into 3 m standard heights for each floor to be 0.25 m high, 0.5 m high, 1 m high, 1.5 m high, etc. This enables subdivision assembly and pouring.

In the present invention, the wind compressor, drone, 3D printer, etc. can be equipped with the magnet or magnetization energy body, cone or hollow body, storage or face treatment machine, etc., wherein the magnet or magnetization energy body, cone or hollow body, etc. are provided In this case, a wind compressor, a drone, a 3D printer, etc. become a wind compressor, a drone, a 3D printer, etc. with a magnetization function, and if a storage or a face treatment machine is provided, the storage or surface treatment of pouring materials, curing organisms, etc. Wind compressors, drones, 3D printers, etc. can do this. In the present invention, wind compressors, drones, 3D printers, generators, mobile generators, solar generators, wind generators, etc. include cameras, CCTVs, imaging devices, photographing devices, photographing devices, monitors, lights, lights, lamps, flashers, lights, heads. It is possible to provide a light, a lighting device, a driver, a controller, a controller, a remote controller, a remote controller, and the like, thereby assisting the corresponding image shooting, lighting, and driving operation.

In the present invention, the generator, the mobile generator, the solar generator 80, the wind generator 81, etc. are a) provided with the magnet or equipment, b) installed on the magnet or equipment, c) the coil, the storage or the face treatment machine, The electricity 82 is supplied to a wind compressor, an outlet, a plug, commercial electricity, an electric wire, a drone, a 3D printer, a pouring equipment, a power source thereof, etc., or the like.

In the present invention, the solar generator is to generate electricity 82 using the sun, which is divided into a solar generator and a solar thermal generator. Here, the photovoltaic generator generates electricity by a solar cell, a storage battery, a power converter, etc., wherein the solar thermal generator is divided into an infrared type and a steam type, and the infrared type solar thermal generator generates electricity by a collector, a heat storage device, a generator, etc. To generate, the steam solar thermal generator is to generate 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 solar energy by installing a solar cell, etc., in the presence of the sun, and converting light received from a solar cell or the like directly into electricity. An example of a photovoltaic generator is composed of a solar cell, a storage battery, and a power conversion device. hole) and electrons are generated, and at this time, the holes gather toward the P-type semiconductor and the electrons toward the N-type semiconductor, and when a potential difference occurs, electricity is generated. A device that converts direct current to alternating current or alternating current to direct current.

In addition, a solar thermal generator is a device that is installed in a place where the sun is present and generates electricity by using the thermal energy of the sun. Solar thermal generators are classified into infrared and steam types. Here, the infrared solar thermal generator is largely composed of a collector, a heat accumulator, and a generator, and the collector is a facility that collects energy from the sun and converts it into heat. It is a flat plate heat collecting tube that allows light to flow, and it has a transparent outer layer (glass or plastic) that transmits light and surrounds a black inner component that absorbs light, creating a greenhouse effect. It hits the inside and turns into infrared rays, but the infrared rays do not pass through the transparent layer, so the inside gets hotter and hotter. The heat accumulator is a facility that stores heating water, hot water, etc., which are media to be used in the place where the heat obtained from the collector is exchanged, and the generator is to generate electricity using infrared rays generated from the collector.

Here, the steam solar thermal generator consists of a collector, a heat exchanger, a steam turbine, a condenser, a generator, etc., and collects solar heat by using a collector to gather light in one place and heats the heating medium of the pipe wrapped in the absorber, and the heated heating medium is heat exchanged In the meantime, the heating medium of other pipes passing through the heat exchanger is heated, and the heating medium is returned to the heat exchanger while consuming thermal energy in the order of the steam turbine and condenser, and in this process, electricity generation, heating and cooling, and hot water supply, etc. This is made, where the condenser is called a condenser, a condenser, etc., which cools the steam discharged from the steam turbine with water to condense or condensate it, and the generator uses kinetic energy provided from the steam turbine to generate electricity (82) is to create

The wind power generator of the present invention is composed of a) a blade, a transmission, a generator, an inverter, a wire, etc., b) a blade that is rotated by wind to convert wind energy into mechanical energy, and the rotational force generated from the blade is a transmission word through a 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 transferred from the transmission into electrical energy. Examples of the wind power generator include a windmill, a wind blade, a rotating shaft, an inverter, and a generator, and the rotational motion of the windmill or wind blade is transmitted to the inverter or gearbox through the rotating shaft of the wind turbine, and rotates in the inverter or gearbox By accelerating the rotational speed of motion and sending it to a generator, the generator converts mechanical energy into electrical energy to generate electricity 82, and the like. In addition to the generator, an inverter may be configured, and the inverter converts generated direct current electricity (DC) into alternating current electricity (AC) or alternating current electricity (AC) into direct current electricity (DC).

In the present invention, the pouring equipment, magnetization pouring equipment, magnetization vortex pouring equipment, etc. are a) equipment equipped with at least one of the cones or wind power generators, b) magnetization by the magnet, vortex by cones, etc. Equipment for face treatment, pressure injection by wind compressor, movement by 3D printer, electricity supply by generator, etc. c) construction, architecture, civil engineering, landscaping, modeling, sculpture, environment, construction, construction, repair, reinforcement , equipment used for interior, remodeling, etc., pouring equipment, pouring equipment, d) equipment for pouring one of the pouring materials that have passed through one of the cones or 3D printers, magnetized pouring materials, and magnetized vortex pouring materials, e) Hall , face, surface, underground, crack, curing face, material face, facility face, boring hole, leaking part, excavation part, formwork, equipment for pouring materials into one or more of rebar, steel frame, and rebar mesh embedded inside one of them , f) the cone or one of the wind power generators f1) its inside, outside, inlet, outlet, passage, hollow part, connection part, storage part, mixing part, pressing part, supply part, pouring part; f2) or hoses, passages, or pipes connected to it; Equipment provided in one or more of these applies.

In the present invention, the cone to the wind power generator is a) the cone to the cone with one of the magnetic field bodies, b) the magnet or the magnetic body provided with one of the cones and the cone to the cone, c) the cone to These include: cone mesh spiral, magnet or magnetic body, etc. - hollow body, d) storage - face processing machine, e) wind compressor, drone, 3D printer, generator, mobile generator, solar generator, wind generator, etc.

In the present invention, provision, containment, inclusion, input, incorporation, use, use, application, etc. means a) provision, composition, arrangement, formation, composition, mounting, installation, location, preservation, fixation, mounting, attachment, adhesion, adhesion, use, use, apply, utilize, application, concomitant, contain, include, mix, compound, embed, input, insert, linkage, connect, fasten, merge, coalesce, fit, insert, combine, relate, relate, penetrate, pass through, touch, paint, apply, coating, laying, spraying, watering, coating, lining, fastening, welding, bolting, mounted, boarding, damming, running, hanging, engraving, engraved, embossed, piercing, engraved, covering, kava, Encircling, assembling, tightening, string connection, jack connection, screw connection, flange connection, with cradle (12), provided on the cradle, provided through the cradle (12), or line, line, thread, band, string, stand, Provided by rods, plates, rings, anchors, etc., b) object, object, object, front, middle, rear, front end, rear end, inside, outside, inlet, outlet, joint, connection, cutout, cutout, etc. Provided through the provision or cradle, c) the cone or curing machine, cone or equipment, one of the inner, inner, outer, outer, outer, inlet, outlet, joint 18, connecting portion 18, etc. Or provision through a cradle and the like.

As an example of the above, the hollow body 13 in which the magnets 10 and 16 are embedded through the cradle 12, the hollow body 13 in which the magnets 10 and 16 are embedded in the cradle 12 and the cone with a magnet embedded therein, and a cone with a magnet. It is mounted on the holder 12 and is embedded in the hollow body 13, the tube with the cone-equipped magnet is embedded through the support 12, the supply path provided with the magnet-embedded hollow body through the intermediate connection part 18 of the supply path, the inlet A supply path provided with the magnet-embedded hollow body and the like correspond to the above. Here, the cradle and the support include a rod, a rod, a bar, a plate, a string, a string, a wire, a rope, a wire, a cradle, a support, and the like. In the present invention, passing, contacting, rough, and the like correspond to rough, rough, pass through, flow, pass through, contact, pass through, pass through, pass through, process, be treated, and the like.

In the present invention, a) contains, contains, incorporates, injects, injects, embeds, mixes, composites, blends, constitutes, comprises, b) or inclusions, inclusions, inputs, additives, injects, embeds, mixtures, blends, The degree of inclusion, inclusion, addition, input, injection, embedding, mixing, blending, compounding, etc. in a compound, etc. is a) a constant %, 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 the -10 to the 10th power, etc. %, parts by weight, parts by volume, % by weight, % by volume, times, multiples, etc. are applicable. Examples thereof 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 substances, materials, additives, admixtures, pouring materials, etc. described or used in the present invention will be described as follows. 1) Water includes water, water, water supply, sewage, dam water, river water, groundwater, surface water, pumping water, etc. 2) Water includes water, water, water, substance, etc. 3) Liquid corresponds to liquid, liquid, chemical liquid, liquid, etc. 4) Oil corresponds to oil, oil, oil, oil, etc., 5) Sol corresponds to sol, sol, organic sol, etc. , inorganic sols, hydrophilic sols, hydrophobic sols, aerosols, hydrosols, organosols, colloid sols, colloidal solutions, sols obtained by solization of gels, substances with fluidity by dispersing colloidal particles in liquid, etc. 6) Gels are gels, gels, gels made from sols, agar, tofu, bonding gels, silica gels, hydrogels, hydrogels, diatomaceous earth gels, acid clay gels, xerogels, porous Gels, xerogels, diatomaceous earth, acid clay, and colloidal solutions (sols) thickened to a certain concentration or more, or solvents, water, etc. entering between the networks of colloidal particles and hardening 7) Soil includes soil, soil, earth and stone, 8) Charcoal includes charcoal, briquette, ash, charcoal, activated carbon, carbide, etc. 9) Charcoal includes charcoal, charcoal, charcoal, charcoal, and charcoal. , charcoal, etc., 10) Ash is ash, ash, incineration ash, incineration ash, sintered ash, charred ash, combustion ash, rice husk ash, volcanic ash, briquette ash, bottom ash, fly ash, ash, buttom ash, flyash, thermal power Power plant ash, incinerator ash, incinerator ash, SiO ₂ ash containing 40 to 60 parts by weight and the like.

11) Carbon is carbon, carbon material, carbon material, carbon yarn, carbon fiber, carbon sheet carbon monoxide, carbon dioxide, carbon, carbon tube, nano-carbon, nano-carbon tube, carbon dioxide such as Ca+CO ₂ =CaCO ₃ , etc. 12) Graphene includes graphene, graphene, graphite, or one layer, a thin layer, or a 0.2 nm layer of graphite, 13) Waste powder, stone powder, ash, iron, dust, human powder, copper powder , livestock powder, fine powder, iron dust, cement dust, concrete powder, etc. 14) Gas includes gas, oxygen, hydrogen, nitrogen, chlorine, carbon, carbon dioxide, etc. 15) Microorganisms include cultured microorganisms, fermented microorganisms, Immature microorganisms, decomposing microorganisms, useful microorganisms, effective microorganisms, aerobic microorganisms, anaerobic microorganisms, aerobic microorganisms, semiaerobic microorganisms, semiaerobic microorganisms, halophilic microorganisms, alkaline microorganisms, strains, lactic acid bacteria, actinomycetes, radioactive bacteria, photosynthetic bacteria, yeast , yeast, mold, lactic acid bacteria, acetic acid bacteria, Bacillus subtilis, bifidobacteria, bacteriophage, Bacillus, Pasteuri, Lactobacillus, Saccharomyces, Sporosalcina, Bacillus cereus, Bacillus anthracis, Bacillus sub Tillis, Bacillus spaericus, Bacillus pasteuri, Bacillus pseudofimus, Bacillus coni, etc. are applicable, and the microorganism of the present invention is the bonding, sealing, binding, bridging, carbonation of substances, materials, materials, pourings, etc. , low permeability, high permeability, fill cracks, etc., or improve etc. 16) Phytoncide contains a) phytoncide, phytoncide, magnetized phytoncide, bio phytoncide, magnetized phytoncide through a magnetic body, biophytoncide injected with microorganisms, one of the contents, b) phytoncide extracted from one of trees, stems, plants, bark, and cypress; and its contents.

17) Resins are resins, resins, pharmaceuticals, chemical solutions, water glass, natural resins, artificial resins, synthetic resins, nano resins, polymer materials, polymer polymers, hydraulic polymers, geopolymers, polymer chemicals, urea ), silicic acid, silicon, sodium silicate, phosphoric acid, ammonia, enzyme, silica, paraffin, silica sol, silica gel, activated silica, 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-based resin, hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, amine, aniline, amide, aldehyde, naphthalene, melamine, Cellulose, chromium lignin, acrylamide, acrylate, polyacrylate, sodium 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, dihydrocyhexane, isocyanate, MMA (Methyl Methacrylate), CMC (carboxymethyl cellulose), SAP (super absorbent polymer), and the like.

18) Fibers or fibers are a) fiber, fiber, fiber, fiber, fibrous tissue, beard root, wool, hemp, rock wool, silk yarn, saran, fineness, textile, jute, wool, raw yarn, human silk, short fiber, long fiber, Cotton, kapok cotton, coier, manila ginseng, sisal, flax, ramie grass, goat's wool, camel hair, cashmere, sagebrush ), silk fiber (絹纖維), asbestos (石綿: asbestos), gold thread (金箔絲), silver thread, rayon, viscose rayon, cupra rayon, filament, vinylon, viscose rayon, staple fiber, coir, natural fiber, Man-made fiber, plant fiber, animal fiber, mineral fiber, seed fiber, pulse fiber, bast fiber, hair fiber, inorganic fiber, organic fiber, metal fiber , glass fiber, rock fiber, mineral fiber, silicate fiber, regenerated fiber, semi-synthetic fiber, synthetic fiber, fibrin fiber, protein fiber, semi-synthetic fiber, nylon fiber, brigadier fiber, hard fiber, peanut protein fiber, bast Fiber, bark 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 thickness, b) the above fiber Instead, the short fiber or the new synthetic fiber replaced with a fiber, and one of the short fiber and the new synthetic fiber correspond.

19) Reinforcing materials are: a) Bar, rod, rod, bar, mesh, beam, plate, cell, rebar, steel frame, rebar mesh, iron bar, H-beam, I-beam, steel wire , column, pile, girder, steel pipe, steel bar, iron rod, carbon, mesh, lattice, wire mesh, sheet, mat, fiber, glass, metal, steel, framing, rope, bolt, anchor, pedestal, arch, nailing, truss, Cable, wire, grid, fiber, mesh grid, lattice mesh, carbon mesh, carbon rod, carbon band, carbon fiber, fiber muscle, glass, resin, polymer, PVC, FRP, GFRP, plastic, carbon Bar, fiber bar, glass bar, resin bar, polymer bar, PVC bar, FRP bar, GFRP bar, plastic bar, 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, GFRP material, bracing, X bracing, warp bracing, plastic material, wire mesh, polymer composite material, metal polymer binder, wire mesh and carbon mesh combination, iron bar Its outer perimeter network or carbon network combination, carbon rod and its outer perimeter wire mesh assembly, b) two or more of these composites, c) one of these, rebar and carbon mesh, mesh and grid, mesh and grid and sheet, etc. The PVC is polyvinyl chloride, polyvinyl chloride, etc., FRP is fiber reinforced plastic, fiber reinforced plastics, fiber reinforced plastic, etc., and GFRP is glass fiber reinforced plastic, glass fiber reinforced plastics, glass fiber reinforced plastic, glass fiber reinforced plastic, etc. applicable. Here, for example, fiber, carbon, glass, metal, PVC, FRP, GFRP, etc., for example, fiber rods, carbon rods, glass rods, metal rods, PVC rods, FRP rods, GFRP rods, etc. , fiber muscle, carbon muscle, glass muscle, metal muscle, PVC muscle, FRP muscle, GFRP muscle, fiber bar, carbon bar, glass bar, metal bar, PVC bar, FRP bar, GFRP bar, etc.

20) Nanomaterials include nanomaterials, nanomaterials, nanowater, nanomaterials, nanomaterials, nanomaterials, nanoiron, nanometal, Naoion, nanoresin, nanocarbon, nanolatex, or 10^(-9) meter, nano metric or equivalent number, water, liquid, oil, drug, drug, sol, gel, gas, high, agent, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, Iron, stone, wood, polymer material, liquid gas, liquid solid, gas-solid, liquid-solid, particulate matter, granular material, etc., and nanomaterials are 10^(-) which is ±100 of 10^(-9) meters. 7-11) It has a characteristic that includes a material with a size of a meter. Because 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 resin, and effects such as increase in strength and decrease in water permeability after hardening or curing are increased.

21) Micromaterials include micromaterials, micromaterials, microwater, micromaterials, micromaterials, micromaterials, or micrometers, 10^(-6) meters in size or equivalent to water, water, liquid, oil, medicine, drug, sol, gel, gas, high, agent, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, iron, stone, wood, polymer material, liquid, liquid-solid, gas-solid, This includes liquid solids, particles, and granular materials.

22) Admixtures include admixtures, additives, quick-setting agents, finishing agents, water-reducing agents, rust preventives, sintering agents, adhesives, adhesives, fixing agents, solidifying agents, binders, binders, water repellents, antifouling agents, fluidizing agents, air entraining agents, nonflammable agents, Flame retardant, fire retardant, emulsifier, pH agent, pH adjuster, pH 7 or less agent, pH 7 or higher agent, acidic agent, base agent, neutral agent, neutralizing agent, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, binder, modifier, fast-acting agent, Coupling agent, catalyst, crosslinking agent, dispersing agent, plasticizer, accelerator, retarder, coagulation retardant, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, defoaming agent (消泡劑), pigment, colorant, setting accelerator, setting retarder, absorbent, adsorbent, collecting agent, antibacterial agent, detoxifying agent, dehydrating agent, wind blowing agent, water absorbing 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 radiation emitting materials, cement admixtures, concrete admixtures, and a combination of two or more of them.

23) The additives include gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, drugs, drugs, medicines, chemical solutions, resins, minerals, substances, Liquid, gas, solid, powder, dust, waste powder, iron, stone powder, ocher, by-product, microorganism, medium, nutrient, vitamin, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, Yeast, urea, enzyme, aerobic agent, anaerobic agent, activator, nano agent, carbonic acid, cleaning agent, purifying agent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, air freshener, antibacterial agent, disinfectant, decontamination agent, odor remover , atopic agent remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump pressure, blower pressure, wind compressor pressure, and a combination of two or more of them. 24) The pressure is compressed air, pressure air, pump pressure, blower, compressor, wind pressure, two or more of these, or 1-50 kg/cml low pressure, ultra-low pressure less than this, 51-100 kg/cm 2 medium 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/cm2, and ultra-high pressure higher than this.

25) By-products are by-products, waste, waste powder, stone dust, dust, iron dust, tailings, wastewater, ash, bottom ash, fly ash, kiln dust, wastewater, food wastewater, slag, sludge, foundry sand, waste casting sand, waste gypsum, waste lime , scrap iron, waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products. 26) The active agent is an active agent, surfactant, material active agent, state active agent, an active agent that improves one of the reaction, hydration, hydroxylation, strength, and energy of a substance, an ionic surfactant, a cationic surfactant, an anionic surfactant, a nonionic surfactant , amphoteric surfactants, lignin sulfonates, polyalkylaryl sulfonates, melamine formalin sulfonates, aromatic polycyclic condensates sulfonates, ethers, esters, resinates, polyalkylbenzene sulfonates, poly Alkyl sulfonate triethanolamine, dodecylamine, HDTMA (hexadecyltrimethylammonium), sodium laurate, and a complex of two or more of these are applicable.

27) Reactive agents are sodium silicate, calcium silicate, sodium silicate, water glass, silica, alumina, citric acid, aluminum sulfate, magnesium sulfate, ferrous sulfate, ferric sulfate, calcium sulfate, sodium sulfate, potassium chloride, magnesium chloride, ferrous chloride, ferric chloride, Sodium Chloride, Calcium Chloride, Cobalt Chloride, Magnesium Oxide, Titanium Oxide, Calcium Phosphate, Calcium Hydroxide, Lignin Sulfonic Acid, Ureaformaldehyde, Polyester, Nutrient Metals, Polyvalent Metals, Slag, Perlite, Attafalgate, Smectite, Activated Carbon, Waste Tires, Shellfish Shell, oyster shell, rice husk, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, a combination of two or more of these, or reaction, heating reaction, exothermic reaction, catalytic reaction , an agent, ashes, substance, or material that performs or causes one of , hydration, oxidation, reduction, aggregation, urea, decomposition, desalination, fission, carbonation, hydroxylation, pozzolan reaction, and microbial reaction , drugs, etc. 28) Quick setter includes quick setter, cement quick setter, concrete quick setter, silicate accelerator, aluminate accelerator, alkali free accelerator, cement mineral quick setter, etc. do.

29) Disinfectants include formalin, alcohol, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux liquid/lime sulfur compound, phenol water, cresol water, sulphur water, chlorcalc, organic mercury agent, diciocarbamate, dicenM, Bali B, Balcote, Benomyl, Blasticidin S, Vinclozoline, Edifenphos, Oxycarboxycin, Auxin Copper, Organophosphorus disinfectant, Organic sulfur disinfectant, Isoprothiolein, Iprodione, Zineve, Maneb, anthrachol, zioram, phthalamide, carboxyl, captan, copper hydroxide, chlorothalonyl, triadimefon, dodyne, dinocap, diclofluanide, diclonal, dithianone, Maneb, Captan, Captipol, Dipoletan, Folpet, Bendimidazole, Benomyl, Benlate, Thiophane ethyl, Triazole, Triadimefon, Tricyclazole, Organic disinfectant, Metalaxyl, Hymexazol ), Kitazine (IBP), Hinosan (edifenphos), Fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxin, validamycin, neoasozin, Validamycin A, or a combination of two or more of them.

30) Water, water, liquid, oil, medicine, sol, gel, liquid, bottled water, tap water, sewage, rainwater, sewage, wastewater, turbid water, polluted water, seawater, salt water, spring water, drinking water, groundwater, bedrock water , surface water, acidic water, basic water, carbonated water, magnetic water, hexagonal water, water used for mixing, water, liquid, liquid, etc. , magnetic mixing materials, etc. 32) Mixtures include pouring materials, chemical solutions, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, mixed materials, materials used for mixing, mixing with mixing water This includes mixtures of ash, magnetized materials, and magnetized compounds. 33) Milk includes milk, milk, cement milk, lime milk, cement and water mixture, etc. 34) mortar includes mortar, mortar, cement mortar, lime mortar, gypsum mortar, asphalt mortar, cement, water and sand. 35) Chemicals include chemical solutions, drugs, water glass, sodium silicate, resin solutions, and drug-containing solutions, 36) Suspensions include soil, cement, lime, gypsum, resin, water, water, 37) Slurry includes slurry, slurry, resin slurry, clay slurry, cement slurry, asphalt slurry, bentonite slurry, etc. 38) Remital is Remital, ready mixed mortar, Examples include water-free mortar and mixtures of cement and sand.

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 been hardened), and a mixture of cement, water, sand and gravel, etc. 40) Asphalt is Asphalt, tar, pitch, bitumen, asphalt, crude oil residue, crude oil evaporation residue, crude oil residue, etc. are applicable. 41) Paste is paste, cement paste, asphalt paste, mixture of cement and water, etc. , 42) Plaster includes plaster, plaster, gypsum plaster, lime plaster, lime and water kneaded material, etc. 43) Concrete includes concrete, loess concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel frame concrete, carbon Concrete, Reinforced Concrete, Fiber Reinforced Concrete, Korea-China Concrete, Heavy Concrete, Heavy Concrete, Light Concrete, Aerated Concrete, Foamed Concrete, ALC (autoclaved lightweight concrete), AE(air entraining agent) concrete, ready mixed concrete , prepack concrete, a mixture of cement, water, sand and gravel, etc., 44) The pouring material is milk to concrete, k1) k11) water to k40) plaster, etc. described in Example 12 do.

Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe of the present invention , MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO, one or more of them, ash, ion, component, element, element, substance, reactant, combination, inclusion, Nanowater, resin, by-product, carbon, fiber, catalyst, fiber, latex, bio, and phytoncide are as follows.

First, one of the Ca to phytoncide water is one of the Ca to phytoncide water, or a material containing Ca to phytoncide ions, components, urea, etc. is included. Examples of the latter include CaO containing a Ca component in the case of Ca, CaCO ₃ , Ca(OH) ₂ , and the like. In addition, 1) Ca is Ca, calcium, calcium ions, 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. 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 ions, 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. 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 is 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, MSiAl, NaSiAl, KSiAl, NaSiAl, KSiAl, NaSiAl , CaMgFeCOO, etc. have a characteristic of containing at least one component among components constituting the porcelain. Examples thereof include 1) CaMg includes Ca, Mg, CaMg, etc., 2) CaSi includes Ca, Si, CaSi, etc., 3) CaFe includes Ca, Fe, CaFe, etc., 4) CaMgSiAl includes Ca, Mg, Si, Al, CaMg, SiAl, CaMgSi, MgSiAl, CaMgSiAl, etc. are included, 5) MgSiFeAl includes Mg, Si, Fe, Al, MgSi, FeAl, MgSiFe, SiFeAl, MgSiFeAl, etc. 6) CaMgSiFeAl includes Ca, Mg, Si, Fe, Al, CaMg, SiFe, MgSi, FeAl, CaMgSiFe, MgSiFeAl, CaMgSiFeAl, etc. 7) MgFeCOO includes Mg, Fe, COO, MgFe, FeCOO, MgFeCOO, etc.; 8) CaMgFeCOO includes Ca, Mg, Fe, COO, CaMg, FeCOO, CaMgFe, MgFeCOO, CaMgFeCOO, and the like.

The agent, ash, ion, ingredient, element, element, substance, reactant, binder, inclusion, nano water, resin product, by-product, carbon material, fiber material, catalyst product, fiber material, latex product, bio water, phytoncide When describing water, 1) the agent is at least one of the Ca to CaMgFeCOO agents, and one of them is a Ca agent, Mg agent, FeCOO agent, CaMgFeCOO agent, etc. Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc. are applicable as one, 3) The ion is at least one ion among Ca to CaMgFeCOO, and one of the ions is Ca ion, Mg ion, FeCOO ion, CaMgFeCOO ion, etc. 4) The component is at least one of the above Ca to CaMgFeCOO or a component containing at least one, one of which is a Ca component, Mg component, FeCOO component, CaMgFeCOO component, Ca containing component, Mg containing component, FeCOO containing component, CaMgFeCOO containing component, etc., 5 ) urea is at least one of Ca to CaMgFeCOO, one of which is Ca urea, Mg urea, FeCOO urea, CaMgFeCOO urea, etc. 6) Element is at least one of Ca to CaMgFeCOO, one of which is Ca element, Mg element , FeCOO element, CaMgFeCOO element, etc. 7) The material corresponds to one or more of Ca to CaMgFeCOO, one of which is Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc., 8) The reactant is Ca to CaMgFeCOO _A reactant between one or more of, or a reactant between one or more and another substance, an oxidation reactant, _a hydration reactant, _a carbonation reactant, etc. , MgCO ₃ and the like.

And 9) the binding material is a combination of one or more of the above Ca to CaMgFeCOO or a combination of one or more and another material, one of which is a combination of Ca and Mg, CaMg, a combination of Ca and O, CaO, a combination of Ca and H ₂ O Water, Ca(OH) ₂ , etc., is applicable. 10) The inclusions are those containing at least one of Ca to CaMgFeCOO, one of which is a Ca containing material, Mg containing material, FeCOO containing resin, CaMgFeCOO containing sand, etc., 11) Nanowater is one or more of the Ca to CaMgFeCOO nanowater, one of which is Ca component-containing nanowater, Mg component-containing nanowater, FeCOO nanowater, CaMgFeCOO nanowater, or the Ca to CaMgFeCOO having a nanometer size, etc. 12) and resin products, by-products, carbon materials, fibers, catalysts, fiber materials, latex products, bio-materials, phytoncides, etc. are at least one of Ca to CaMgFeCOO or at least one component-containing resin, by-product, carbon, These include fibers, catalysts, fibers, latex, microorganisms, and phytoncides. Here, examples of biomaterials include microbes containing Ca or Ca component, microorganisms containing Mg or Mg components, microorganisms containing FeCOO or FeCOO components, and microorganisms containing CaMgFeCOO or CaMgFeCOO components.

In the present invention, the Ca to CaMgFeCOO, etc. are 1) calcium reaction, oxidation reaction, hydroxylation reaction, carbonation reaction, pozzolan reaction by Ca or Ca-containing component, 2) magnesium reaction, oxidation reaction, hydroxylation reaction by Mg or Mg-containing component , carbonation reaction, 3) silicon reaction by Si or Si-containing component, silicic acid reaction, silicon coagulation reaction, 4) iron reaction by Fe or Fe-containing component, iron aggregation reaction, iron oxidation reaction, iron coagulation reaction, iron ionization reaction , 5) Metal reaction by Me or a component containing Me, metal aggregation reaction, metal oxidation reaction, metal coagulation reaction, metal ionization reaction, 6) Aluminum reaction by Al or Al-containing component, aluminum aggregation reaction, aluminum ionization reaction, 7 ) K or K-containing component potassium reaction, oxidation reaction, carbonation reaction, 8) Na or Na-containing component sodium reaction, oxidation reaction, carbonation reaction, 9) OH or OH-containing component hydroxylation reaction, anion reaction, Radical reaction, 10) resin reaction by COO or COO-containing component, coagulation reaction, expansion reaction, carboxyl reaction, 11) a complex reaction of two or more of the above reactions occurs, thereby using materials, materials, pouring materials, etc. strength, rigidity, density, bonding, binding, bonding strength, adhesion, friction angle, waterproofness, water repellency, durability, etc. of the Further, the curing of the material used, the strength of the solidified material, rigidity, density, bonding, binding, bonding force, adhesive force, friction angle, waterproofness, water resistance, durability, etc. will be improved.

And two or more of the Ca to phytoncide are combined to form a new material, material, pouring material, etc., whereby a new effect, improvement, etc. occur. In one embodiment of this, 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. , whereby the above effects, improvements, and the like appear. In another embodiment thereof, the Si, Al component, one of Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ and at least one of K, Na, OH, and one of KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ SiO ₃ , NaOH+Na ₂ SO ₄ , Ca(OH) ₂ +Na ₂ SiO ₃ , Ca(OH) ₂ +Na ₂ SO ₄ , Na ₂ SiO ₃ +Na ₂ CO ₃ etc. Combined, it becomes a new material such as a geopolymer, thereby exhibiting the above effects, improvements, and the like.

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 )z•AlO ₂ )n•wH ₂ O, (NA+, K+)-(-Si-O-Al-O-Si-O-)+4nH2O, and the like. The geopolymer has the following size order in the reaction formula to become a geopolymer when one or more of Li, Na, K, Rb, and Cs is used instead of K and Na. Geopolymers using one or more of Li, Na, K, Rb, and Cs that are being converted are also included.

In order to help the understanding of the present invention, it will be described with reference to the drawings as follows. 1 is a schematic view showing an eco-material or a pouring material according to the present invention. In the materials, materials, pouring materials, eco-materials, eco-casting materials, etc. of the present invention, if necessary, resin (2), loess (3), phytoncide (4), microorganisms (5), fibers or fibers or reinforcing materials (6), etc. It has properties such as bonding property by resin, eco-friendliness by loess, sterilization by phytoncide, bio-property by microorganisms, and reinforcement by fibers or fibers or reinforcing materials.

2 is a schematic diagram showing a magnet, a magnetic field, a cone, and a vortex according to the present invention. This represents the magnets 10 and 16 having NS poles, the magnetic field 40, and the cone 11, and the vortex 41 by this, and the material, the pouring material, etc. are magnetized while passing through the magnet equipped cone, etc.; Shows what becomes or is added to magnetic fields, eddy currents, etc. A magnetic field, a magnetic force 40, etc. are generated in the magnets 10 and 16 of the present invention, and by the cone 11, the flow path 41 of the flow material flows along the shape of the cone, causing stirring, vortexing, aeration, etc. do. In addition, vacuum, negative pressure, etc. are generated inside the cone to amplify the stirring, vortex, and aeration. Water, water, liquid, oil, agent, ash, material, material, mortar, ready-mixed concrete, concrete, asphalt, etc. that pass, pass, flow, penetrate, etc. through the magnet with cone according to the present invention are applied to the magnets (10, 16) A magnetic field, magnetic force 40, agitation by a cone 11, agitation, aeration, etc. become magnetized by agitation, aeration, and the like, whereby magnetization, agitation, aeration, etc. are mutually amplified. Therefore, the magnet-equipped cone, cone-bearing magnet, etc. of the present invention exhibits effects, functions, and performance of stirring and aeration while magnetizing a passing material, or magnetizing a material while stirring and aeration.

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

4 is a schematic diagram showing a cone mesh barge spiral with a magnet according to the present invention. Here, the equipment combination for the cone case among the cone mesh helix is a) a magnet, a cone with it, b) a magnet function merging cone, a cone function merging magnet, a double or bundle cone 11 with magnets 10, 16, with a magnet cone or object, magnet with cone or object, magnetizing magnet with cone or object, stirring or aeration function cone or object with magnetizing magnet, stirring or aeration function cone or object, c) one of two magnets, group of magnets, magnetic body, magnetic body , magnetized body, wave body, hexagonal hydration body, magnetic wave body, magnetization wave body, magnetic energy body, d) having one of the cone or magnetic energy body or embedded tube, body, hollow body, pipe, magnetizer, hexagonal hand machine, etc. has a combined form of

4 ( a ) shows the rod mounting magnet 10 . Figure 4 (b) shows the magnet 10 provided with a cone-and-stick helix 11, 48, 45, 46, 47, a magnet with a cone-and-stick helix, and the like. Figure 4 (c) shows that the SN pole magnet, the NS pole magnet, the SN pole / film / NS pole magnet, etc. 10 are metal, film, film material, cover material, polymer material, plastic, STS material, coating material, lining material, It represents a body or magnetic body 16 that is embedded, coated, covered, lined, etc. in or with a melt, heating object, barrel, hose, tube, pipe, heating pipe, etc. . Fig. 4 (d) shows a cone 11 with magnets 10 and 16 with a cradle 12, a magnet with a cone with a cradle, and the like, and the inclination angle of the cone is shown in Fig. 4 (d). 4 (e) shows a tube, a body, a hollow body, a pipe, a magnetizer, a hexagonal handset, etc. (13) equipped with a cradle 12 with embedded magnets 10 and 16, a cone 11 with a cradle, etc. A magnet with cone, etc. are shown. 4 (f) shows 1) facility 8, device 27, 2) cone 11 with magnets 10, 16 equipped with magnets, magnetic bodies, cradle 12, etc., provided in its interior, joint 18, etc. ), a magnet with a cone with a cradle, 3) a tube with or embedded in one of them, a body, a hollow body (13), 4) the concrete or material (1), etc. passing through and in contact with one of the above.

5 is a schematic view showing a cone mesh barge spiral with a magnet according to the present invention. (a) shows the rod 45 with the mesh 48 or the frame 46. (b) shows a helix with rods. (c) shows the mesh 48 or the frame 46 with the magnet provided with the rod 45. (d) shows a cone mesh bar spiral with magnets, and a hollow cross-section 11-1 on one side and a hollow cross-section on the other side 11-2 of the cone. (e) shows a magnet embedded spiral. (f) shows a hollow body in which a spiral is mounted on which a magnet with a cone mesh bar is mounted.

6 is a schematic view showing a cone mesh barge 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 a magnet mounted by the cradle 12 by spiral, frame, cleaning, washing, sterilizing, disinfecting, cleaning, washing, sterilizing, and sterilizing as opposed to the above, wherein the rod 45 shows a bent rod. (c) shows a spiral with a magnet equipped cone, mesh, rod, and frame embedded in it. (d) shows the hollow body 13 in which the magnet-equipped cone, net, rod, and frame are embedded by the cradle 12 and the spiral is embedded therein. And (c), (d) shows the hollow cross-section 11-1 on one side and the hollow cross-section 11-2 on the other side of the cone. Here, it is also shown that electricity and pressure generated by a solar generator, a wind generator, and a wind compressor are injected into the hollow body.

7 is a schematic view showing a hollow body according to the present invention. This shows a cone mesh barbed wire with a magnet, a hollow body 13 with it, an injector 91 with a check valve 92 on its side, an inclined tube 95, and the like. A pouring material 1 passes through its hollow body, and an additive 90 is injected into the injector, inclined tube, etc., and is added to the pouring material and the like. And the angle of inclination of the injector 91 and the inclined tube 95 is shown. As shown in this figure, electricity, pressure, etc. generated by the solar generator 80, the wind power generator 81, the wind compressor 50, etc. of the present invention are the magnets, magnetic bodies, and electromagnet coils of the present invention through wires, hoses, etc. , cones, cones, spirals, hollow bodies, storage, face processing machines, equipment, pouring equipment, pouring materials, and raw materials thereof, etc., can be injected, input, used, and supplied.

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 rod-mounted spiral with a magnet. (b) shows a magnet with a cone on the front of the magnet, a cone with a rod in the middle, and a mantle on the back. (c) shows a magnet with a reverse cone with a rod in the middle, a helix with a rod in the second half, and a forward cone with a rod in the aft. And (d), (e), (f), (g) shows at least one of a magnet with at least one of the cone-and-stick spirals and one or more of the cone-and-stick spirals with magnets. And (d) is a cone-embedded hollow body equipped with a rod and a magnet with a mesh spiral, (e) is a cone-mounted hollow body with a cone-embedded injector equipped with a rod-mounted magnet, (f) is a rod-mounted magnet provided It shows a hollow body with an inclined tube in which a cone is embedded. And the middle figure of (g) shows the hollow body 13, etc., in which the cone with magnet is embedded while being connected to the joint 18 of the existing pipeline.

9 is a schematic diagram 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 intermediate connecting means, (e) is a connection means at both ends with a holder and a magnetic body is embedded The provided hollow body, (f) corresponds to a hollow body provided with an injector and an inclined tube on the side of which a magnetic body with a holder is embedded. Here, the pouring material 1 is passed through the hollow body 13 and the like, and the magnetized pouring material is poured. Here, the cradle becomes a spiral of a curved shape in the longitudinal direction, and becomes a kind of vortex-type cradle.

10 is a schematic diagram showing a wind power compressor according to the present invention. The wind power compressor 50 is a wind or wind power 51, a blade rotating by this, a windmill, a rotating body 52, one of them a rotational force 53, a crank 54 which rotates by this, and a straight line mounted thereon The rod 55 that moves, the piston 56 mounted thereon, the cylinder 56 in which the teeth reciprocate inside, and the number in the cylinder by the pushing force of the piston, water, liquid, oil, air, material, etc. , the pressure generated by this, compressed water, compressed air, etc. 63, the discharge port 62 of the cylinder from which the teeth are discharged, 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 includes a frame 72 on which the rail 100 is mounted, a movable body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a movable part, a head, and one of its case, and the head, the movable body , a floater or caster 26 installed in one of the moving parts, the case and ejecting the building material 1 to form a 3D structure 8, and a pressure applied to the floater or caster to eject the material 1 A 3D printer including a pump 23 to make it possible is applicable. In the present invention 3D printer, the frame 72 is mounted on the ground, on or around a new facility, on or around a new building.

12 is a schematic diagram showing a 3D printer according to the present invention. This shows the plotter or caster 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 equipment and indoor, manufacturing pouring according to the present invention. This shows the production of concrete materials, products, etc. (7) 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 provided with the magnet 10 are put into the blender 22 through the hopper 21 to be blended, and the concrete, which is a blend thereof, is pumped 23 and pouring it on the formwork, formwork, etc. 30 through the magnet embedding supply path 25 or the pouring machine 26, etc. After curing, the mold 30 is demolded, and the magnetization type coating agent, painting agent, etc. is sprayed on the material surface through a magnetic embedding coater, a painting machine, etc. 26 to coat, paint, etc. things and so on. In addition, Figure 13 shows that phytoncide materials such as pillars, piles, and piles are manufactured at the factory, which puts the raw materials stored in the storage into a compounder through a hopper, and pressurizes them through a pump after mixing in the compounder, pouring machine, etc. It is poured into the mold through the mold, and after curing, spray curing, steam curing, autoclave curing, etc. are carried out within the mold, the mold is dismantled to manufacture phytoncide materials such as columns, piles, and piles. Its process or operation has a characteristic that can be equally applied not only in the factory but also in the mold.

14 is a schematic diagram showing equipment and site, construction pouring according to the present invention. Wherein the pouring equipment 27 comprises a) a magnet 10, a cone 11 with it, b) a magnet function merging cone, a cone function merging magnet, a magnet with a double or bundle cone, a cone or object with a magnet, a cone or object with a magnet Magnets, magnets, cones or objects with agitation or aeration function with magnets, magnets with cones or objects with stirring or aeration functions, c) magnets with one of them, group of magnets, magnetic bodies, magnetic bodies, magnetizers, wave bodies, hexagonal numbers A body, a magnetic wave body, a magnetization wave body, a magnetic energy body, d) a storage with at least one of the cones or magnetic energy bodies, or one (13) of an embedded tube, a body, a hollow body, a pipe, a magnetizer, and a hexagonal machine (20), hopper (21), mixer (22), pump (23), transporter (24), supply path (25), pourer (26), pourer, injector, syringe, sprayer, coater, sprayer, A packaging machine, a compactor, a mixer, a wind machine, a curing machine 26, b) one of the devices 27, equipment, manufacturing equipment, construction equipment, and the like are applicable. The drone of the present invention is capable of mounting magnets, electromagnets, magnetic bodies, cones, cones, spirals, hollow bodies, storages or face processing machines, etc. Drones are very effective in high-rise casting and manpower replacement. An example of the application of the drone is to pour concrete in a high-rise building with a pouring machine mounted on the drone.

Here, examples of the configuration of the pouring equipment include a pouring machine, a pouring machine, an injector, a syringe, a sprayer, a coater, a sprayer, a packing machine, a compactor, A combination of one or more of a mixer, a wind turbine, and a curing machine is applicable. Figure 14 (a) is a material of the present invention used for the pouring of the present invention concrete (1), its pouring machine 26, its containing construction equipment (28), the building (8) construction by it, and its building (8) (7), etc., and Fig. 14 (b) shows the present invention material (1) is installed on the road, pavement, etc. (8), and then compacted, and the installation machine, compactor 26, etc. that do this, Fig. 14 (c) ) represents the injector 26, etc. that injects the material of the present invention into the ground, underground, etc. (8), and FIG. 14 (d) shows the pouring construction using a 3D printer.

Figure 14 (a) is a magnet 10, at the construction site, etc., stored in the storage storage 20, etc., such as sand, cement, water, admixture, etc. are put into the cone-equipped magnet embedding blender 22 through the hopper 21 and blended, and its Magnetized mortar, ready-mixed concrete, concrete, etc. (1) that is a mixture is pressurized by the pump 23, and through the magnet embedded supply path 25 or the pouring machine 26, etc. During its curing, the curing water is sprayed through the curing machine 26 to promote curing, the mold 30 is demolded after curing, and the coating agent is applied to the surface of the building facility through a coating machine, a painting machine, etc. (26), It shows how to create a phytoncide building by spraying a coating agent, etc. to coat, paint, etc. And in addition to this, attaching the phytoncide material, interior material, exterior material, main material, auxiliary material, construction material, etc. manufactured in the factory of FIG. 3 to the phytoncide building is also applicable. Therefore, its phytoncide building is manufactured with magnetized phytoncide concrete according to the present invention, and has a feature of being finished with magnetized phytoncide material.

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

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

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

Fig. 15 (a) shows that sand, cement, water, admixture, etc. stored in the magnet 10 embedded storage 20, etc. at the tunnel site are put into the cone-equipped magnet embedded compounder 22 through the hopper 21 and blended, and its A magnetized mortar, etc. (1), which is a compound, is pressurized by a pump 23, and a phytoncide shotcrete, etc. (1) is poured on the tunnel excavation surface with a sprayer 26 through a supply path 25 equipped with a magnet-embedded hollow body. It shows the reinforcement of the excavation surface. Thereafter, it is shown that the operation 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 the slope, slope, slope site, etc., through the hopper 21, into the cone-equipped magnet embedded compounder 22 and blended, and a mixture thereof Phytoncide green soil on slopes, etc. through the injector 26 installed at the rear end of the supply path 25 equipped with a cone-equipped magnet-embedded tube by pressure-feeding the phosphorus magnetization type green soil material, seed spray material, etc. (1) by the pump 23 It shows that the slope is reinforced by pouring ashes, 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 magnet embedded hopper 21 with a cone into the cone embedded compounder 22 with a magnet and blended, and a mixture thereof The magnetized concrete, etc. (1) is pressurized by the pump 23, and is cured by pouring it into the formwork of the facility with a pouring machine 26, etc. through the supply path 25 equipped with a magnet-embedded hollow body, and embedding a magnet during curing. It shows the construction of a phytoncide facility by spraying magnetized curing water or hexagonal water curing water through a hose-type curing machine to accelerate curing, and then demolding the formwork. Thereafter, the phytoncide exterior and interior materials 7 manufactured in the factory of FIG. 3 are attached to the outer and inner surfaces of the phytoncide facility to show the construction of the phytoncide facility finished with the phytoncide material 7 .

14 and 15, a drilling machine, a storage, 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 sprayer, a packing machine, a compactor, a mixer, a wind machine , it can be seen that the magnet or hexagonal hand machine, etc. are provided, mounted, installed, mounted, embedded, put, etc. on the curing machine. Therefore, the storage or curing machine equipped with the magnet or the hexagonal hand machine, etc. becomes a single magnetizer, a hexagon hand machine, etc., thereby magnetizing substances, materials, raw materials, mixing water, mixing materials, concrete, phytoncide concrete, etc., It has the characteristic of having the function and performance of hexagonal hydration. And in Figures 14, 15, etc., the present invention phytoncide material 7 manufacturing scene, the present invention phytoncide material 7 is attached to, fixed, mounted, provided, etc., to the phytoncide facility 8 of the present invention. This shows a scene in which the phytoncide material 7 is manufactured in a factory, field, etc., and the phytoncide material 7 of the present invention is attached to, fixed, mounted, provided, etc. to a phytoncide facility 8 such as a building.

In the present invention, lining, segment (7) is a) lining (7), liner (7), lining, liner, segment, tunnel lining (7), tunnel segment, bridge segment, surface lining, tunnel lining segment, b) circular , semicircle, semi-moon shape, arc, horse-shaped lining, segment, etc. c) Tunnel, lining, tunnel section, lining section, etc. 1/2 size segment, 1/3 size segment, 1/4 size segment, 2 segment, 3 segment (Refer to identification numbers 7-1, 7-2, 7-3 of the tunnel in Fig. 15), segments such as 5-segment, d) Circular arc, semi-circle, 1/2 segment, 1/3 segment, 1 for circular, tunnel type Segments such as /4, 2-segment, 3-segment, and 4-segment 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 the tunnel lining, are shown. Here, there are cast-in-place types and factory-made types for linings and segments. The cast-in-place type is to install a formwork on the site, pour and cure the concrete, and install it while the factory-made type is manufactured at the factory and transported to the site inside the tunnel. Attached to the back, etc.

16 is a schematic diagram showing equipment and site according to the present invention, construction pouring. (a) is a construction work using a 3D printer, (b) is a building construction using a pourer, a drone-mounted caster, etc., (c) is a river aeration in which pouring materials such as air flow are injected into a river using a sprayer, etc. Work, river purification work, (d) is an injection work of injecting cast material into the ground using an injector, etc., (e) is a mixing work of mixing cast material into the ground using a rotary mixer, etc., (f) shows that the pouring material 1 containing a reactant, a coagulant, etc. is put into the tank 120 in which the cone-embedded hollow body 13 with a magnet is built in, and the contaminated water 121 in the tank is aerated and coagulated. Here, the contaminated water 121 is introduced into the tank 120 through the hollow body 13 and its tip 129 through the inlet 126, and the aggregate 122 of the introduced contaminated water sinks down to the outside. The purified water 123 that is transported out to the tank, and fine foreign matter is filtered through the filter 124 in the tank, and then purified and treated is discharged to the outside to be recycled or discharged (125). The scum, which is a foreign material floating on the surface of the purified water, is collected in the funnel 130 by the rotating scum collector 127 and discharged to the outside through the pipe 131 . The substances, materials, etc. (1) of the present invention are mixed in a mixer 22 with blades 10, pumped in a pump 23, go through a hollow body 13, go through a magnetic body 10, 16, a transporter 24 ) to transport, supply to supply path 25, pour with caster 26, pour with drone 70, pour with plotter 26 of 3D printer 71, include in material 7, building 8 ), pouring into the building 8 composed of the material 7, pouring on a formwork or formwork 30, pouring into water, pouring into the ground, pouring into the tank 120, etc. are possible. As described above, the pouring, pouring material, and pouring equipment of the present invention can be variously applied to material manufacturing, facility construction, construction construction, building construction, tunnel construction, road construction, ground construction, river aeration, water purification, etc. .

1: pouring material, material, material, raw material, mixing water, mixing material, formulation
2: Resin 3: Loess 4: Phytoncide
5: Microorganism 6: Fiber, fiber, reinforcing material
7: Material, building material, pile, column, board, panel 7-1: segment
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: magnetic lining material 16: lined magnet 18: connection part
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, face treatment machine
27: apparatus, equipment, manufacturing equipment, construction equipment
30: mold, formwork, formwork 40: magnetic field, magnetic force 41: euro
45: rod, protruding rod 46: frame, rod frame 47: spiral 48: mesh
50: wind compressor 70: drone
71: 3D printer 72: pillar or frame 73: move
80: solar generator 81: wind generator 82: electricity
99: connection means

Claims (1)

A means related to a schedule operation, comprising:
A photocatalyst or titanium dioxide is sprayed on the means,
A cleaning agent is installed in the means,
The means is sprayed with a disinfectant,
The means is coated with a disinfectant,
A fragrance is sprayed onto the means,
An antibacterial agent is coated on the means,
The photocatalyst or titanium dioxide, detergent, disinfectant, disinfectant, air freshener, and antibacterial agent passes through the hollow body,
A wave body is provided inside the hollow body,
A magnetic body is provided in the wave body,
In the magnetic body, a net after the cone, a rod after the net, a frame after the rod, and a spiral formed by a spiral after the frame are mounted,
The material vibrates by the wave body,
The material is magnetized by the magnetic material,
The material is vortexed by the cone mandrel spiral,
The means is cleaned by the cleaning agent,
The means is sterilized by the sterilizing agent,
The means is disinfected by the disinfectant,
the means is aromatized by the perfume,
The antibacterial treatment is carried out 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 operation or contained in the facility;
said material is used in said operation or contained in said material, facility;
the equipment is equipment that does the work or makes up one of the materials, materials or facilities;
the device is equipment for purifying during the operation or for purifying one of the materials, materials or facilities;
The drone is used for the work, or it flies over one or more of the materials, facilities, and current status of the work,
The generator is to generate electricity used for the work,
The 3D printer is to do the above work, or to create one of the above materials, materials, and facilities,
The wind compressor is to generate the pressure used for the work,
The facility is a facility created by one or more of the work, materials, materials, equipment, devices, drones, generators, 3D printers, and wind compressors,
At least one of the equipment or the wind compressor is used in the composition of one of the materials, materials, and facilities,
At least one of the device or the wind compressor is included in the equipment,
A magnetic material is provided in one or more of the means, materials, or facilities, or a material that has been subjected to a 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 the side of the hollow body,
A check valve is mounted on the injector,
The additive is introduced into the injector,
The introduced additive is introduced into the hollow body,
A cone mandrel spiral is mounted on the hollow body,
The cone-mandrel spiral is a cone-mandibular 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,
The material is passed into the interior of the hollow body,
the additive is added to the material,
the material is magnetized by the magnetic body,
the material is waved by the wave body,
The material is vortexed by the cone mandrel spiral,
The above materials are a) Beams, beams, underground beams, ground beams, cross beams, longitudinal beams, tiles, bricks, blocks, grid blocks, slope blocks, reinforcement blocks, reinforcement blocks, panels, interior panels, exterior panels, walls, walls, interior materials , exterior material, main material, subsidiary material, construction material, earthquake-resistant material, vibration-proof material, mat, board, veneer plate, brace, reinforcing plate, floor board, board, beam, girder, slab, culvert, sewage culvert, rainwater culvert, box, tank, storage box , underground box, storage box, manhole, pipe, steel pipe, perforated pipe, non-perforated pipe, pipeline, waterway, waterway, U-shaped pipe, drain pipe, sewage pipe, water supply pipe, Hume pipe, flue pipe, clay pipe, cement pipe, concrete pipe, water tank, Reservoir, catchment tank, collection well, rainwater storage tank, rainwater storage tank, paving material, sidewalk material, boundary stone, separator, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, foundation, column, pile , piles, PHC piles, factory piles, buried foundations, driving foundations, revolving embedded foundations, cast-in-place piles, piers, caissons, geothermal piles, geothermal piers, geothermal caisson, geothermal circulation pipe built-in piles, tetrapots, breakwater blocks, Lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, tunnel lining segment, mortar material, cement material, concrete material, asphalt material, cement secondary product, asphalt secondary product, remital secondary product, asphalt concrete 2 Car products, ready-mixed concrete secondary products, LMC (latex modified concrete) materials, PC (pre cast) materials, PS (pre stress or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC ( Any one selected from the group consisting of pre stress or post stress concrete) materials,
b) or b1) mortar, milk, chemical liquid, suspension, slurry, formulation, ready-mixed concrete, asphalt concrete, concrete, paste, plaster, beam, wall, board, tube, tile, brick, block, mats, boards, girders, slabs, culverts, boxes, tanks, manholes, Hume pipes, tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b2) the beam or construction material containing or curing one of the mortar or plaster; b3) or weight, light weight, foaming, foaming, expansion, permeability, non-reinforced, reinforcing bar, earthquake-proof, vibration-proof, non-reinforced 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) of the mortar or building material; b4) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, or one of the materials, materials, raw materials; b5) the mortar or building material of one of the constructions or facilities; Any one selected from
The milk is any one selected from milk, cement milk, lime milk, 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 drug solution is any one selected from a drug solution, a drug, water glass, sodium silicate, a resin solution, and a drug-containing solution,
The suspension is a mixture of at least one of soil, cement, lime, gypsum, and 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, raw concrete, ready-mixed concrete, fresh concrete prepared in a batch plant (concrete that has not yet been hardened), a mixture of cement, water, sand and gravel,
The paste is any one selected from paste, cement paste, asphalt paste, 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 a) ready-mixed concrete, asphalt concrete, concrete, waste concrete, loess concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel frame concrete, carbon concrete, reinforced concrete, fiber reinforced concrete, Korean-Chinese concrete, western concrete, heavy concrete , lightweight concrete, aerated concrete, foamed concrete, magnetized concrete, unsupported concrete, poured concrete, wall concrete, slab concrete, ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete, free Either one selected from a mixture of concrete, cement, water, sand and gravel, b) or resin, waste powder, mineral, loess, fiber, reinforcing material, nano, micro, latex, microorganism, by-product, slag Concrete containing at least one selected from , expanders, foaming agents, waterproofing agents, detoxifying agents, admixtures, phytoncides, zeolites, and geopolymers,
The above materials include water, water, liquid, oil, medicine, qi, goo, agent, ash, sol, gel, substance. , contains at least one of mortar, milk, ready-mixed concrete, paste, plaster, and concrete;
One of the following ①, ②, and ③ is contained in one of the above materials, water or concrete,
① above 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 , at least one of CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl;
② is resin, waste powder, ash, mineral, loess, fiber, latex, microorganism, by-product, slag, expanding agent, reinforcing material, admixture, additive, nano-agent, phytoncide, micro-agent, zeolite, geopolymer,
③ is at least one of the resin to the geopolymer containing at least one of the Ca to KNaSiAl,
The sol includes organic sols, inorganic sols, hydrophilic sols, hydrophobic sols, aerosols, hydrosols, organosols, colloid sols, colloidal solutions, gel sols, and colloidal particles dispersed in liquid to improve fluidity. Contains substances with
The gel includes a sol-gelled gel, agar, tofu, bonding gel, silica gel, hydrogel, diatomaceous earth gel, acid clay gel, xerogel, and porous gel. , It includes gels in which the colloidal solution (sol) has thickened to a certain concentration or more, and those that have solidified with solvent or water entering the network of colloidal particles,
The resins include resins, pharmaceuticals, chemical solutions, water glass, natural resins, artificial resins, synthetic resins, nano resins, polymer materials, polymer polymers, hydraulic polymers, geopolymers, polymer chemicals, urea, silicic acid, silicon, sodium silicate, phosphoric acid, ammonia, Enzyme, silica, paraffin, silica sol, silica gel, activated silica, microsilica, hybrid silica, acrylic emulsion, acrylic, urethane, epoxy, urea, uracil, latex, polymer, acrylic urethane, water-soluble resin, hydraulic resin, oil-soluble resin, oil Hard resin, hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, amine, aniline, amide, aldehyde, naphthalene, melamine, cellulose, chromium lignin, acrylamide, acrylate, polyacrylate, sulfuric acid Sodium hydrogen, 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),
The ash includes ash, incineration ash, incineration ash, sintered ash, charred ash, combustion ash, rice husk ash, volcanic ash, briquette ash, bottom ash, fly ash, thermal power plant incineration ash, incinerator ash, SiO ₂ 40-60 parts by weight of ash included,
The carbon includes carbon dioxide reacting carbonation such as carbon material, carbon material, carbon yarn, carbon fiber, carbon sheet carbon monoxide, carbon dioxide, carbon, carbon tube, nano-carbon, nano-carbon tube, Ca + CO ₂ = CaCO ₃ ,
The waste powder includes stone powder, ash, iron, dust, human powder, animal powder, livestock powder, fine powder, iron powder, cement dust, concrete powder,
The fibers include fiber, fiber, fibrous tissue, beard root, wool, hemp, rock wool, silk yarn, textile, jute, wool, raw yarn, human silk, short fiber, long fiber, cotton, coier, manila hemp. , ramie grass, goat's wool, camel hair, cashmere, silkworm, silkworm, asbestos, gold, silver, rayon, Viscose rayon, cupra rayon, filament, vinylon, staple fiber, natural fiber, man-made fiber, plant fiber, animal fiber, mineral fiber, seed fiber, pulse fiber, bast fiber ), wool fiber, inorganic fiber, organic fiber, metal fiber, glass fiber, rock fiber, mineral fiber, silicate fiber, semi-synthetic fiber, synthetic fiber, cellulose fiber, protein fiber, nylon fiber , Brigadier fiber, hard fiber, bast fiber, superfibre fiber, copper ammonium rayon, heat-resistant fiber, ceramic fiber, bristle fiber, vegetable fiber, regenerated fiber, synthetic fiber, and soft fiber whose length is 1.1 to 100 times its thickness included,
The microorganisms include a) cultured microorganisms, fermenting microorganisms, unripe microorganisms, decomposing microorganisms, useful microorganisms, effective microorganisms, aerobic microorganisms, anaerobic microorganisms, anaerobic microorganisms, semiaerobic microorganisms, semiaerobic microorganisms, halophilic microorganisms, alkaline microorganisms, strains, Lactic acid bacteria, actinomycetes, radiation bacteria, photosynthetic bacteria, yeast, yeast, yeast, mold, lactic acid bacteria, acetic acid bacteria, Bacillus subtilis, bifidobacteria, bacteriophage, bacillus, pasteuria, lactobacillus, saccharomyces, sporosalcinia , Bacillus cereus, Bacillus anthracis, Bacillus subtilis, Bacillus spaericus, Bacillus pasteuri, Bacillus pseudohumus, Bacillus coni, b) or bonding, sealing, binding, bridging, Microorganisms that carbonation, low permeability, high permeability, and crack filling are included,
The by-products include waste, waste powder, stone dust, dust, iron dust, tailings, wastewater, ash, bottom ash, fly ash, kiln dust, waste material, food waste water, slag, sludge, foundry sand, waste casting sand, waste gypsum, waste lime, scrap iron, Waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products are included,
The reinforcing materials include rods, rods, meshes, beams, plates, cells, reinforcing bars, steel frames, reinforcing bar networks, iron bars, H-beams, I-beams, steel wires, columns, piles, girders, steel pipes, steel bars, iron bars, carbon, mesh, grids, wire mesh, sheet, mat, fiber, glass, metal, framing, rope, bolt, anchor, pontoon, arch, nailing, truss, cable, wire, grid, fiber, mesh, grid mesh, carbon mesh, carbon rod, carbon rod , carbon root, vertical material, horizontal material, warp 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, warp Bracing, plastic material, wire mesh, polymer composite material, metal polymer binder, wire mesh and carbon mesh combination, iron rod and its outer periphery with mesh or carbon mesh, carbon rod and its outer periphery with wire mesh bonded together. ,
The admixture is an admixture, an additive, a quick-setting agent, a finishing agent, a water reducing agent, a rust inhibitor, a sintering agent, an adhesive, an adhesive, a fixing agent, a solidifying agent, a binder, a binder, a water repellent, an antifouling agent, a fluidizing agent, an air entraining agent, a flame retardant, a flame retardant , fire retardant, emulsifier, pH agent, pH adjuster, pH 7 or lower agent, pH 7 or higher agent, acidic agent, base agent, neutral agent, neutralizer, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, binder, modifier, fast-acting agent, couple Ring agent, catalyst, crosslinking agent, dispersing agent, plasticizer, accelerator, retarder, coagulation retardant, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, defoaming agent泡劑), pigment, colorant, setting accelerator, setting delay agent, absorbent, adsorbent, collecting agent, antibacterial agent, detoxifying agent, dehydrating agent, wind blowing agent, water-binding agent, aeration agent, activator, dehumidifying agent, dehydrating agent, water-containing agent It is any one selected from the group consisting of agents, containing agents, air-containing agents, solidifying agents, nano-agents, micro-agents, anion emitting materials, far-infrared radiation emitting materials, cement admixtures, concrete admixtures, and two or more of them,
The additives include gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, drugs, drugs, drugs, chemical solutions, resins, minerals, liquids, gases, Solid, powder, dust, waste powder, iron powder, stone powder, ocher, by-product, microorganism, medium, nutrient, vitamin, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, Enzyme, aerobic agent, anaerobic agent, activator, nano agent, carbonic acid agent, cleaning agent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, air freshener, antibacterial agent, disinfectant, decontamination agent, odor remover, atopic agent remover, environmental hormone remover, Sick house syndrome remover, pump pressure, blower, wind compressor pressure, any one selected from the group consisting of two or more of them,
The pressure is any one selected from compressed air, pressure air, a pump pressure, a blower, a compressor pressure, a wind pressure pressure, and a mixture pressure of two or more,
The wind compressor is the compressed air generated by a wind compressor that generates compressed air using wind,
The by-products are by-products, waste, waste powder, stone dust, dust, iron dust, tailings, wastewater, ash, bottom ash, fly ash, kiln dust, wastewater, food wastewater, slag, sludge, foundry sand, waste casting sand, waste gypsum, waste lime, Any one selected from the group consisting of scrap iron, waste metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products,
The active agent includes an active agent, a surfactant, a material active agent, a state active agent, an active agent for improving the reaction of a substance, an active agent for improving the hydration of a substance, an active agent for improving the strength of a substance, an active agent for improving the energy of a substance, an ionic surfactant , cationic surfactant, anionic surfactant, nonionic surfactant, amphoteric surfactant, lignin sulfonate, polyalkylaryl sulfonate, melamine formalin sulfonate, aromatic polycyclic condensate sulfonate, ether, ester , resinate-based, polyalkylbenzenesulfonate-based, polyalkylsulfonate-triethanolamine-based, dodecylamine, HDTMA (hexadecyltrimethylammonium), sodium laurate, any one selected from the group consisting of a complex of two or more thereof,
The reactant is a) sodium silicate, calcium silicate, sodium silicate, water glass, silica, alumina, citric acid, aluminum sulfate, magnesium sulfate, ferrous sulfate, ferric sulfate, calcium sulfate, sodium sulfate, potassium chloride, magnesium chloride, ferrous chloride, ferric chloride , Sodium Chloride, Calcium Chloride, Cobalt Chloride, Magnesium Oxide, Titanium Oxide, Calcium Phosphate, Calcium Hydroxide, Lignin Sulfonic Acid, Ureaformaldehyde, Polyester, Nutrient Metals, Polyvalent Metals, Slag, Perlite, Atafalgite, Smectite, Activated Carbon, Waste Tires, Shell, oyster shell, rice husk, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, any one selected from the group consisting of two or more of them, or b) or one of reaction, heating reaction, exothermic reaction, catalytic reaction, hydration reaction, oxidation reaction, reduction reaction, aggregation reaction, urea reaction, decomposition reaction, desalination reaction, fission reaction, carbonation reaction, hydroxylation reaction, pozzolan reaction, microbial reaction It is one of the agents, materials, substances, materials, drugs that do or cause
The quick setter is any one selected from a quick setter, a cement quick setter, a concrete quick setter, a silicate accelerator, an aluminate accelerator, an alkali free accelerator, and a cement mineral quick setter ego,
The disinfectant is formalin, alcohol, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux liquid/lime sulfur compound, phenol water, cresol water, sulphur water, chlorcalc, organic mercury agent, diciocarbamate, Daisen M, Bali B, Balcot, Benomyl, Blasticidin S, Vinclozoline, Edifenphos, Oxycarboxycin, Auxin Copper, Organophosphorus fungicide, Organic sulfur fungicide, Isoprothiolein, Iprodione, Zinev, Manet B, anthrachol, zioram, phthalamide, carboxyl, captan, copper hydroxide, chlorothalonyl, triadimefon, dodyne, dinocap, diclofluanide, diclonal, dithianone, mane B, captan, captipol, dipolar, folpet, bendimidazole, benomyl, benrate, thiophanate ethyl, triazole, triadimefon, tricyclazole, organic disinfectant, metalaxyl, hymexazol , Kitazine (IBP), Hinoic acid (edifenphos), Fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxin, validamycin, neoasogene, valida Mycin A, any one selected from the group consisting of two or more complexes,
The phytoncide includes magnetized phytoncide, biophytoncide, magnetized phytoncide passing through a magnetic material, and bio-phytoncide injected with microorganisms,
The nano agent is one of a) nano material, nano agent, nano water, nano material, nano material, nano material, nano iron, nano metal, Nao ion, nano resin, nano carbon, nano latex, b) or 10 ^ (-9) metric, nanometer-sized or equivalent number, water, liquid, oil, drug, drug, sol, gel, gas, high, agent, ash, powder, substance, particle, fluid, liquid, gas , solid, carbon, metal, iron, stone, wood, polymer material, liquid, liquid, solid, liquid, liquid, particulate, granular, or c) or ±100 of 10^(-9) meters It is a material with a size of 10^(-7~-11) meters,
The micromaterial includes micromaterials, microwater, micromaterials, micromaterials, and materials with a size of 10 ^-6 meters,
The geopolymer is a Si component, Al component, Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ and K component, Na component, OH component, KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ 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 It is a material composed of bonding,
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 ) z•AlO ₂ )n•wH ₂ O, (NA+, K+)-(-Si-O-Al-O-Si-O-)+4nH2O,
The equipment is a) a perforator for perforating the ground while the magnetic or undulating body or hollow body is mounted on the outside, a storage for storing materials while being mounted on the inside, and inserting the material into one of the perforator or the following face treatment machine while being mounted at the outlet Hopper, a compounder mounted inside for compounding the storage or input material, a pump mounted on an outlet for pumping the storage or compounding material, a pressurizer mounted on the outlet to pressurize the storage or input material, the compounding while mounted on the inside or a transporter that transports pressurized material, a feeder that supplies the compounding or transport material while mounted at an outlet, a supply path that supplies the storage or transport material while mounted at an inlet, and pouring that pours the pressurized or feed material while mounted at the outlet A drone equipped with a sprayer that sprays the pumped or feed material with a sprayer mounted at the outlet, a 3D printer equipped with a plotter that pours the pressurized or feed material with a plotter mounted on the outlet, and the transport or feed material while mounted on the outlet an injector for injecting the pumping or feed material into the perforation site perforated by the perforator while mounted at the inlet, a syringe for injecting the pressurized or feed material while mounted inside, the storage or A sprayer that sprays a feed material, a shot machine that shorts the compounding or pressurized material while mounted at the inlet, a coater that coats the pumping or feed material while mounted inside, A sprayer that coats the transport or feed material while mounted at the outlet , a packing machine that packs the transport or feed material while mounted inside, a compactor that compacts the pressurized or feed material while mounted on the outside, a mixer that mixes the compounding or pressurized material while mounted at the inlet, the pouring while mounted at the outlet Equipment that includes at least one of a curing machine that sprays curing water on the material, a surface treatment machine that faces the cured products cured by the curing device while being mounted at the outlet,
b) or perforator associated with storage, storage associated with hopper, hopper associated with said storage, compounder associated with said hopper, pump associated with said hopper, pressurizer associated with said compounder, transporter associated with said pump, A feeder linked to the pressurizer, a supply path linked to the blender, a pour machine linked to the pressurizer, a drone provided with a nozzle linked to the feeder, a 3D printer provided with a plotter linked to the supply path, the supply path A installing machine connected to, an injector connected to the perforator, a syringe connected to the hopper, an injector connected to the compounding machine, a shorting machine connected to the pump, a coater connected to the supply path, a sprayer connected to the storage , a packaging machine linked to the compounding machine, a compactor linked to the pump, a mixer linked to the pressurizer, a curing machine linked to the feeder, and a face treatment machine linked to the supply path.
c) or the equipment to which a drone is linked, a drone to which the equipment is linked, a drone linked to the equipment, the equipment to which a 3D printer is linked, a 3D printer to which the device is linked, a 3D printer linked to the equipment, a wind compressor is one selected from among the linked equipment, the wind compressor linked to the device, and the wind power compressor linked to the device,
The operation is a) underground drilling, rock drilling, building drilling with the drilling machine or the drone linked to the drilling machine;
material storage in the storage or the storage to which the drone is associated;
Injecting the material into the hopper or the drone connected to the hopper, the following compounding machine;
blending the stored or input material with the blender to which the blender or drone is linked;
pumping the dosing or compounding material to the pump to which the pump or drone is associated;
transporting the storage or compounding material to the pressurizer or the pressurizer to which the drone is associated;
transporting the compounding or conveying material to the transporter to which the transporter or the drone is linked;
supplying the input or pressurized material to the feeder or the feeder to which the drone is linked;
supplying the pumping or transport material to the supply path or the supply path to which the drone is associated;
Pouring, injection, grouting, pouring of the pressurized or supplied material into the mold, pouring at the factory, pouring on site, pouring for foundation construction, pouring on the perforation site with the pouring machine or the drone connected to the pouring machine;
spraying the pressurized or feeding material with a nozzle provided in the drone, spraying in the air, spraying on a slope, spraying on a facility, spraying on a tunnel;
pouring the pressurized or supplied material with a plotter provided in the 3D printer, pouring into a mold;
injecting the input or feed material into the injector to which the injector or drone is linked, injecting into the ground, injecting into water, injecting into a river, injecting into the perforation site;
injecting the formulation or feed material with the syringe or the syringe associated with the drone, injecting into the crack, injecting into the puncture site;
spraying the pumping or feeding material with the injector to which the injector or drone is linked, spraying in the air, spraying on a slope, spraying on a facility, spraying on the perforation site;
shorting the pressurized or supplied material with the shorting machine or the drone linked to the shorting machine or shorting to rust;
Coating the feed or feed material to the coating machine or the drone connected to the coating machine, coating the surface;
coating the transport or supply material with the sprayer or the sprayer connected to the drone, and coating the surface;
Packing the stored or supplied material with the packing machine or the drone-linked packing machine, and packing on the road surface;
compacting the blended or feed material with the compactor or the compactor connected to the drone, compacting in the ground, compacting the perforation site;
mixing the pressurized or feed material with the mixer to which the mixer or drone is associated, mixing in the ground;
spraying curing water to the pouring or packaging material with the curing machine or the curing device connected to the drone;
Face-treating the cured organisms after the curing with the face treating machine or the face treating machine in which the drone is connected; Do one or more selected from among
b) or construction, construction, development, building, construction, construction work, civil works, environmental work, purification, water purification, cleanliness, air purification, facility purification, air purification, river aeration, water purification, healing, crack healing, restoration, River restoration, sinkhole restoration, landscaping, planting, molding work, sculpture, manufacturing, material manufacturing, production, material production, manufacturing work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work , building construction, disaster prevention, earthworks, earthworks, ground construction, underground construction, underground construction, slope construction, slope construction, slope construction, foundation construction, pile construction, PHC pile construction, excavation, excavation, excavation, cutting, filling, geothermal Pile construction, factory pile construction, purchase foundation construction, driving foundation construction, revolving embedded foundation construction, on-site installation pile construction, retaining wall, 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, landfill, underwater, ropeway, elevator construction, masonry, plastering, Waterproofing, leveling, indexing, painting, pavement, soil pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground clearance, complex clearing, drilling, boring, drilling, mixing, mixing, supply, provision, pressurization, transfer, transportation, Pouring, mold casting, concrete pouring, leveling, laying, slope laying, ground laying, road laying, shorting, 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) construction, JSP (jumbo special pattern) construction, spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying , curing, water curing, geothermal work, mixing, ground mixing, ground stirring mixing, DCM (deep cement mixing) construction, SCW (soil cement wall) construction, compaction, underground compaction , agitated compaction, pavement compaction, shotcrete construction, green earth construction, seed spray construction, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sinkhole processing, sinkhole filling, joint filling, Masonry work, masonry, exterior wall work, scaffolding work, dismantling, window work, sheet metal work, roof sheet metal work, assembly, architectural assembly, formwork assembly, building assembly, steel work, window work, sheet metal work, water and sewage work, corrosion protection, electric method, It is to do one selected from the group consisting of greening, cleaning, washing, sterilization, disinfection, redevelopment, reconstruction, interior, and remodeling,
The device is a) at least one of purification, water purification, purification, air purification, facility purification, air purification, river aeration, water purification, healing, crack healing, restoration, river restoration, sinkhole restoration, cleaning, washing, sterilization, and disinfection b) or catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, detergent, reactant, adsorbent, coagulant, sterilizer, disinfectant, air freshener, antibacterial agent, disinfectant, decontamination agent, odor remover, atopy-one It is a device that sprays at least one of a remover, an environmental hormone remover, and a sick house syndrome remover,
The drone 70 is one of drone 1, drone 2, drone 3, drone 4, and drone 5,
The drone 1 is a drone that mounts an injector on which a magnet is mounted on itself and sprays a magnet while moving, or a drone that is equipped with a hollow body on which a magnet is mounted and pours a pouring material ejected from the hollow body,
The drone 2 is a drone equipped with a pouring device or a pouring machine in a main body that flies by rotating wings,
The drone 3 is a drone that moves or is equipped with one or more of the cone mandrel spiral, a storage or a face processing machine, and a wind compressor,
The drone 4 is a drone that is equipped with a drilling machine and drills a boring hole for crack repair in a high-rise building, a drone that is equipped with a supply path 25 or a sprayer 26 and sprays magnetized shotcrete on the slope of a high-rise building, to itself It is one of a drone equipped with a supply path 25 or a sprayer 26 to spray magnetized spraying water into a tunnel to remove tunnel dust, and a drone that has a self-installing machine and installs magnetized installation water in the air to purify the air,
The drone 5 is a) a drone consisting of a wing, a rotor blade, a propeller, four propellers, one of a plurality of propellers and a main body, b) a drone consisting of an upper wing and a lower body, c) a thrust for the flight of the main body. Drones equipped with wings or propellers that produce at least one of a downward flow in the direction of a downward flow and a direction flow in a backward direction; A drone that flies horizontally by a sending oriented flow, f) a drone that flies three-dimensionally by one or more of the downward flow and oriented flow, g) a motor that rotates at least one of the wing and the propeller; wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind generators connected to this wire; 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 the support and fixed, j) the main body and a propeller; upper and lower portions of the main body or propeller; Among the generators that generate electricity by j1) a solar cell, j2) a rotating body, and its rotational force, j1) by one or more of the sun, wind by flight, the downflow, and the oriented flow while being mounted on one or more of One or more drones, k) The generator is a drone that produces electricity while forming a magnetic field by a central rotor (electromagnet) and a stator (iron core) surrounding the outside, ℓ) The j2) The generator rotates in connection with the rotating body k) a drone equipped with a rotor (electromagnet), m) the k) a drone equipped with a generator for generating electricity by rotation of the rotor (electromagnet), n) the rotating body; The outer periphery, upper, lower, upper outer periphery, and lower outer periphery of the rotating body; A drone equipped with a conical hollow guide that is mounted on one or more of the downflow, the oriented flow, and the wind in one of the inflow, outflow, and inflow/outflow; , p) a drone equipped with at least one of a wire, a plug, an outlet, and a power supply that supplies the generated electricity, q) or a camera, CCTV, imaging device, photographing device, photographing device, monitor, lamp, lamp, lamp, flashing lamp, It is one of the drones equipped with at least one of a light, a headlight, 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, 3D printer 7,
The 3D printer 1 is a 3D printer that moves one or more of the storage or face processing machine, a 3D printer equipped with one or more of the storage or the face processing machine, is mounted on the ground or a frame mounted around a new facility while being mounted on a 3D moving It is one of the 3D printers equipped with a pouring machine,
The 3D printer 2 is supplied from one of the compounding machine 22 and the supply path 25 while moving 73 in three dimensions while a movable body or moving part 116 capable of three-dimensional movement 73 is mounted 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 rotated by a motor a 101 while being mounted on the upper left and right of the two rails a 100, respectively, and moved back and forth along the rail a ( One-dimensional movement) (73) two rollers a 102, a rail b 103 provided between two of the roller as, 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 (its one-dimensional + the one-dimensional = two-dimensional movement) 73 moving along, a rotating body a 112 that rotates by a motor c 111 while being mounted on the roller b ) while winding or unwinding (the one-dimensional + the two-dimensional = three-dimensional movement) (73) of the up-and-down moving part 108 of one of a string, a thread, a belt, and a chain, or the rotating body a (112) A vertical moving part 115 in the form of a bar that is press-embedded between the and the other rotating body b 113 positioned opposite to it and is pushed or dragged by the rotation of the rotating body a to move up and down, and is mounted on the vertical moving unit 3 It is a 3D printer that includes one or more of the dimensionally moving pouring equipment 26,
The 3D printer 4 includes a frame 72 on which the rail 100 is mounted, and a movable body that moves along the rail 100 in the X-axis, Y-axis, and Z-axis directions, a moving part, a head, and one of a case of the head. And, a floater or pourer 26 installed in one of the head, movable body, moving part, and case and ejecting the building material 1 to form a 3D structure 8, and by providing pressure to the floater or pouring machine It is a 3D printer comprising a pump (23) that allows the material (1) to be ejected,
The 3D printer 5 circulates one of mortar, ready-mixed concrete, and concrete to which one of the quick setting agent and binder that promotes curing through the caster 26 mounted therein is moved along the building type or structure, while circulating 5 to 30 cm It is a 3D printer that constructs buildings by pouring continuously or intermittently while ascending in layers or layers in height,
The 3D printer 6 repeatedly constructs the n-floor by repeating the pouring 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 slab to complete the building. a 3D printer,
The 3D printer 7 is a) ground boring for foundation installation, b) rebar mesh is placed on the moving part and rebar mesh is put into the boring hole, c) foundation concrete is poured into the boring hole through the pouring machine, and after its pouring Curing, d) Transporting and assembling the formwork and rebar at the bottom of the building by mounting the formwork and rebar to the moving part, e) pouring concrete on the floor of the building through the pouring machine, curing it after pouring, f) the formwork in the moving part, Transporting and assembling the first-floor column, wall frame, and reinforcing bar by mounting the reinforcing bar, g) pouring concrete on the first-floor column and wall through the pouring machine, curing it after pouring, h) lifting at least one of the movable body and the pouring machine Sikkim, i) transporting and assembling the formwork and reinforcing bars of the first-floor slab by mounting the formwork and rebar to the moving part, j) pouring concrete to the first-floor slab through the pouring machine, curing it after pouring, k) the moving part Transporting and assembling the second-floor column, the wall frame, and the reinforcing bars by mounting the formwork and reinforcing bars, ℓ) pouring concrete on the second-floor column and the wall through the pouring machine, curing it after pouring, m) at least one of the movable body and the pouring machine n) Repeat the above to transport and assemble the n-story column, wall, slab form, and reinforcing bar, pour concrete, and cure it after pouring, o) Pour the final rooftop concrete through the pouring machine, and curing it after pouring It is 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 a) one of a solar generator, a photovoltaic generator, a solar thermal generator, a generator that generates electricity using the sun, b) or a solar generator equipped with one or more of the camera or remote controller,
The photovoltaic generator is a device that directly converts light received from a solar cell into electricity; It is one of the solar generators consisting of an inverter that converts (DC) into alternating current (AC) or alternating current (AC) into direct current (DC),
The solar power generator is a device that is installed in a place where the sun is present and generates electricity using the thermal energy of the sun, or a solar generator composed of a rotating body rotating by steam generated by using solar heat and a generator connected thereto to generate electricity. ,
The wind generator is one of a wind generator 1, a wind generator 2, a wind generator 3, a wind generator 4, and a wind generator 5,
The wind power generator 1 is a wind power generator composed of a wind blade, a rotation shaft thereof, a transmission mounted thereon, and a generator connected thereto,
The wind power generator 2 is a) a blade, a transmission, a generator, or consisting of an inverter, b) or a blade rotated by wind to convert wind energy into mechanical energy; a transmission in which the rotational force generated from the blades is transmitted to a transmission gear through a central rotational shaft to increase the rotational speed required by the generator to rotate the generator; a generator converting mechanical energy transmitted from the transmission into electrical energy; an inverter for converting direct current (DC) generated by the generator into alternating current (AC) or alternating current (AC) into direct current (DC); It is a generator consisting of
The wind power generator 3 transmits the rotational motion of the windmill or the wind blade to the converter or the gearbox through the rotation shaft of the wind turbine, accelerates the rotational speed of the rotational motion in the converter or the gearbox, and sends it to the generator to generate mechanical energy is converted into electrical energy to generate electricity,
In the wind generator 4, an inverter is added to the generator of the wind generator 1 or 3 to convert direct current (DC) generated by the generator into alternating current (AC) or alternating current (AC) into direct current (DC) will,
The wind power generator 5 is a wind power generator equipped with at least one of the camera and remote controller,
The wind compressor is one of a wind compressor 1, a wind compressor 2, and a wind compressor 3,
The wind compressor 1 is to supply compressed air to one or more of the storage, the sprayer, the nozzle, and the 3D printer,
The wind compressor 2 includes: a) a mechanism for generating compressed air using wind; b) or wind, the blades rotated thereby, the rotational force of the blades, the crank rotating by the rotational force thereof, the rod mounted on the crank and making a linear motion, the piston mounted on the rod, and the piston reciprocating inside a mechanism comprising at least one of a moving cylinder, air compression in the cylinder by the pushing force of the piston, compressed air generated by the compression, an outlet of the cylinder from 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 a rotary linear transducer and a piston connected to a rotating wind blade; is one of
The wind compressor 3 uses one of a) pressure, compressed water, compressed water, and compressed air through a hose 64 connected to the outlet of the cylinder. Water, water, liquid, oil, air (气), high (固), material (劑), ash (材), substance, object, body, material, material, underwater, underwater, river, pond, tank, tank, pipeline, tube, hose, pipe, hollow Inject into any one selected from sieve, compounder, pump, supply path, storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, aerial, indoor, 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 aeration, reaction, coagulation, oxidation, purification, water purification, and cleanliness of one of the above water or stinky air, or b) or soil, mortar, ready-mixed concrete, or concrete. By injecting into one, air or air bubbles are embedded in one of the foamed concrete, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight mortar, lightweight ready-mixed concrete, and lightweight concrete,
The facility is any one selected from a) house, dam, foundation, ground, slope, house, building, road, sidewalk, pavement, embankment, bridge, tunnel, retaining wall, port, facility, structure, facility, or b) or a house , building, housing, house, housing, detached house, apartment building, prefabricated house, canopy building, canopy house, mobile home, container house, hanok, Western-style house, red clay room, shopping mall, apartment building, officetel, mixed-use building, low-rise building, high-rise building , skyscraper, house, mobile house, wooden house, wooden building, artificial wooden house, synthetic wooden house, ocher house, tiled house, traditional house, hanok house, earth wall house, rice cake 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, plastic house, glass house, plastic house , Polymer Composite House, Timber House, Transparent House, Translucent House, Opaque House, Farm House, Plant House, Plant Farm House, Zero Energy House, Plant Farm Container, Steel Building, Steel Building, Rebar Building, Iron Con Building, Steel Building , Assembly Building, Container, Container House, Steel Tower, Column, Chimney, Fence, Street Light, Tunnel, Road Tunnel, Railway Tunnel, NATM Tunnel, TBM Tunnel, Shield Tunnel, TBM-Shield Submersible Tunnel, Underwater Tunnel, Submerged Tunnel, Immersion Tunnel , wind tunnel, underground tunnel, fiam tunnel, open tunnel, aerial tunnel, sound barrier, soundproof tunnel, road, driveway, sidewalk, sidewalk, railway, track, pavement, pavement, runway, running route, navigation route, ground, slope, slope, slope, incision, foundation, pile, pier, caisson, bridges, bridges, road bridge, railway bridge, viaduct, abutments, bridge piers, wind bridge, aerial bridge, dams, earth dam, soil dam, sandbar dam, cement dam, Concrete dam, arch dam, quadrilateral dam, embankment, soil embankment, soil embankment, sand embankment, cement embankment, concrete embankment, river embankment, river, marine, harbor, coast, reef, lake, waterway, quay, water pond, estuary, breakwater, seawall , offshore structures, weirs, underwater weirs, ground weirs, water surface weirs, water weirs, river weirs, 4 river beam, facility, architecture, structure, sculpture, landscaping, subway, retaining wall, reinforcing earth retaining wall, stonework, underground wall, retaining wall, order wall, reaction wall, composite wall, equipment, device, equipment, plant, building equipment, building equipment, Landfill site, power plant, landfill site, thermal power plant, nuclear power plant, soil structure, earth structure, earthwork structure, slope structure, slope structure, repair structure, offshore structure, cement structure, concrete structure, ready-mixed concrete structure, wood structure, steel structure, steel structure Structure, underground structure, underwater structure, ground structure, aerial structure, floating structure, assembly structure, ground structure, underground structure, water surface structure, underwater structure, hydraulic structure, aerial structure, building facility, civil engineering facility, environmental facility, landscaping facility, Interior facilities, SOC facilities, public facilities, personal facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, repair facilities, building facilities, civil engineering facilities, environmental facilities, landscaping facilities, road facilities, railway facilities, transportation facilities, power generation Means characterized in that it is any one selected from facilities, interior facilities, water and sewage facilities, underground facilities, underwater facilities, ground facilities, public facilities, and floating facilities

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