KR20210023941A - Material, manufacture, construction, cleaning, equipment, facility - Google Patents

Abstract

The present invention is a) a magnet, an electromagnet, a magnetic material, a superconducting magnet, a solenoid electromagnet, etc. mounted cone, cone rod, cone helix, cone mang rod machine, rod helix, cone mang rod helix, toothed hollow body, toothed pouring machine, wind power Equipment such as compressors, drones, solar power generators, wind power generators, b) magnetized materials that have undergone this, 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 such as the above equipment or concrete, bricks, blocks, main materials, subsidiary materials, construction materials, d) methods of using the above equipment or construction materials, construction methods, manufacturing, construction, purification, cleaning, pouring, construction methods, It relates to facilities, buildings, structures, etc.

Description

Material, manufacture, construction, cleaning, equipment, facility}

The present invention relates to materials, materials, equipment, pouring, manufacturing, construction, construction, building, purification, cleaning, operations, methods, facilities, buildings, structures, and the like.

In general, in construction, architecture, civil engineering, construction, construction, buildings, facilities, structures, their construction, composition, and foams, molds, formwork, and euroforms for them, materials such as mortar, chemical solution, ready-mixed concrete, suspension, concrete, etc. Equipment or the like is provided or required, or construction and construction methods using them are performed.

Conventional mortar, chemicals, ready-mixed concrete, suspension, and concrete are used as conventional materials, and as equipment, a blender that mixes materials, nozzles, hoses, pipes, pourers, sprayers, and injectors for pouring them are used. Existing technologies include a concrete mobile pouring equipment with a function of installing cover formwork, which is a domestic patent of 10-1429063, a concrete pouring method using the same, and a method and apparatus for supplying a rapid settling agent for shockcrete with a domestic patent of 10-1222407. There is a shockcrete pouring machine with a device installed, a steel foam for concrete wall pouring with a domestic patent of 10-0478729, and a wall raising slab dropping equipment with a domestic utility model 20-0257250.

In the case of existing work, it is necessary to improve the fluidity of the material for pourability, workability, sprayability, workability, high-rise compression, high-rise pouring, etc., and in the case of equipment, a mechanism for improving the fluidity of the material, replacing the high-rise manpower. It is necessary to devise a new construction, construction method, etc. using the material and equipment of the other equipment, such as a mechanism to improve the properties of the material during the pouring process.

Previously, materials or materials such as cement and chemicals are used, fluidizing agents are used to improve the fluidity of materials, high-rise cranes are used for high-rise placement, and commercial electricity is supplied to the equipment used.If these are replaced with new ones or devised I believe it will be very beneficial.

In order to solve the above problems, the present invention has an object to solve the problem of improving material or material performance, improving the fluidity of the material, designing a device for high-rise placement and replacing manpower, and replacing commercial electricity.

In the present invention, a) materials such as Ca, Mg, Si, Fe, Al, K, Na, OH, COO are designed to improve material performance, b) materials containing materials and materials are developed, c) electromagnets are used to improve the fluidity of materials. , Superconducting magnets, solenoid electromagnets, magnets or electromagnets with cone spirals, solenoid electromagnets with cone spirals, cone spirals with magnets or electromagnets, cone spirals with magnets or electromagnets, cones spirals, solenoids with electromagnets, cones with solenoids, and a hollow body with one of them. Design of a pouring machine, d) application of drones for high-rise placement, e) application of 3D printers for manpower replacement, f) application of solar power generators and wind power generators to replace commercial electricity.

In the present invention, a) materials such as Ca, Mg, Si, Fe, Al, K, Na, OH, COO are devised to improve the function, performance, and effect of materials such as cement and chemicals, thereby improving material health and solidification. Strength, stiffness, density, cohesion, waterproofness, water resistance, durability, etc., b) Electromagnet, superconducting magnet, solenoid electromagnet, magnet or electromagnet with cone mesh, solenoid electromagnet with cone spiral, magnet or electromagnet with cone spiral, magnet Or, improve the fluidity of materials by devising equipment such as a cone net with an electromagnet, a cone spiral with a solenoid and an electromagnet, a hollow body with one of them, and a pouring machine with these, c) a cone, a cone spiral, a rod, a rod, a protruding rod, etc. Improvement of agitation, mixing, fluidity, and filling of materials by the provision of d) unmanned construction, unmanned pouring, automated construction, automated pouring by applying a 3D printer, e) high-rise pouring, unmanned pouring, and manpower by applying a drone Substitute pouring, f) Apply solar and wind power generators to replace, supplement, and reduce commercial electricity, thereby using alternative energy, low-carbon green growth, and global warming prevention.

In particular, by the equipment of the present invention, a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, b) non-power or permanent magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, c) fluidization, fluidity, etc. , Improvement of slump value, workability, workability, etc., reducing the amount of fluidizing agent and admixture contained therein, reducing the cost of using fluidizing agent, admixture, etc., d) mixing, agitation, pressurization, supply, mobility, Improving pourability, placement, injection, injection, sprayability, coating, paintability, compaction, mixing, adhesion, inflow, filling, mold filling, space filling, closed room filling, etc., e ) Reduction of dropout, desorption, rebound, etc., f) Vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, vibrating manpower, etc. After curing, solidification, etc. a) Density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shearing, durability, waterproofing, water repellency, water repellency, surface treatment, surface smoothness, etc. improvement, b compressibility, consolidation Reduction of property, settlement, cracking, breakage, water permeability, etc., c) reinforcement, reinforcement, flatness, smoothness, less irregularities, prevention of irregularities, scratches, etc., surface, surface, exposed surface, finished surface, concrete surface, dismantled surface, etc. It provides effects such as prevention.

And in the present invention, the cone vortexed when the material flows over the outer slope and flows into the inner slope, the net vortexing while the material passes through its hole hole, the rod vortexing when the material collides, and the material largely passes through its lattice hole. Connet rod machine spiral consisting of a frame that vortex while the material swirls and a spiral that vortex while the material is applied is applied to vortex the material and further agitate the material to make the quality of the material more homogeneous, and promote, improve, and increase the magnetization function. It will further enhance the various effects described in And, in the case of applying a porous cone net rod machine spiral, the material was added to the 5 vortices by 5 types of cone-net-bar-frame-helix, plus 5 eddy currents by each perforated hole, resulting in a total of 10 eddy currents. As a result, the homogeneity, agitation and magnetization of the material are further improved.

1 is a schematic diagram showing a material or material according to the present invention
2 is a schematic diagram showing a magnet, magnetic field, cone, and vortex according to the present invention
3 is a schematic diagram showing an electromagnet according to the present invention
Figure 4 is a schematic diagram showing a magnet-equipped cone netting machine spiral according to the present invention
Figure 5 is a schematic diagram showing a magnet-equipped cone net rod machine spiral according to the present invention
Figure 6 is a schematic diagram showing a magnet-equipped cone netting machine spiral according to the present invention
7 is a schematic diagram showing a hollow body according to the present invention
8 is a schematic diagram showing a hollow body according to the present invention
9 is a schematic diagram showing a hollow body according to the present invention
10 is a schematic diagram showing a wind compressor according to the present invention
11 is a schematic diagram showing a 3D printer according to the present invention
12 is a schematic diagram showing a 3D printer according to the present invention
Figure 13 is a schematic diagram showing the 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
Figure 16 is a schematic diagram showing equipment and site, construction pouring according to the present invention

According to claim 1, the equipment in the present invention is an equipment including one of a magnetic body, a wave body, and a hollow body. The magnetic body is one of a magnetic body 1, a magnetic body 2, a magnetic body 3, a magnetic body 4, and a magnetic body 5. In the magnetic body 1, the net 48 is mounted before or after the cone 11 or the helix 47, the rod 45 is mounted before or after the net or the cone, and the frame before or after the rod or the net. A cone mang rod machine spiral formed by mounting (46) and having a spiral (47) before or after the frame or rod; A magnet or an electromagnet to which the cone mang rod machine spiral is mounted; It is a magnetic body equipped with this.

The magnetic body 2 is a step in which a core 97 is prepared; Winding a coil 98 around the core; Providing an electromagnet with a coil wound around the winding core; Or purchasing at least one of a magnet and an electromagnet; Combining two or more of the magnets and electromagnets; The step of being coupled and provided with a coupling magnet; Inserting a separator (14) between neighboring magnets or electromagnets for separation between neighboring magnets or electromagnets during the coupling; Providing a magnetic body in which the outside of the separator and the coupling magnet is covered with a cover material (15) to protect or prevent corrosion of the separator and the coupling magnet; It is a magnetic material formed by

The magnetic body 3 is one of the magnetic bodies 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, or a cross-sectional area that is 0.01 to 0.8 times the inner cross-sectional area of the hollow body.

The magnetic material 5 is provided with an S-pole N-pole magnet or an N-pole S-pole magnet, at least one of a cone, a mesh, and a rod is provided at the S pole of the magnet, and a rod, frame, or spiral is provided at the N pole of the magnet. At least one of the above is provided, and at least one of a cone, a net, a rod, a frame, and a spiral is provided between the S pole and the N pole to form a magnetic material. This refers to Figs. 2, 3, 4, 8, and the like.

The wave body is one of wave body 1, wave body 2, wave body 3, and wave body 4. The wave body 1 is one of a wave body provided with at least one of the magnetic body and the cone mang rod spiral, a magnetic wave body, a magnetization wave body, and a wave body having a magnetic force of 1000 to 20,000 Gauss.

The wave body 2 a) a plank stone; An atomic stone mounted on one side of the plank stone; A magnetic body mounted on one side of the plank or atomic stone; A magnetic field body mounted on one side of one of the plank stone, atomic stone, and magnetic body; A magnetic body mounted on one of the plank stone, atomic stone, magnetic body, and magnetic field body; It is a wave body including at least one of a cone, a net, a rod, a frame, a spiral, and a wave body mounted on one of the plank stone, atomic stone, magnetic body, magnetic field body, and magnetic body.

The wave body 3 is a wave body; A magnet mounted on the top of the wave body; A magnetic body mounted under the wave body or magnet; A magnetic field body mounted on a part of one of the wave body, the magnet, and the magnetic body; A magnetic body mounted on one of the wave body, magnet, magnetic body, and magnetic field body; It is a wave body including one of a cone, a net, a rod, a frame, and a spiral mounted on one of the wave body, magnet, magnetic body, magnetic field body, and magnetic body.

The wave body 4 is a rod; A magnet mounted on the top of the rod; A magnetic body mounted under the rod or magnet; A magnetic field body mounted on a part of one of the rod, magnet, and magnetic body; A magnetic body mounted on one of the rod, magnet, magnetic body, and magnetic field body; It is a wave body including a wave body mounted on one of the rod, magnet, magnetic body, magnetic field body, and magnetic body.

The hollow body is one of a hollow body 1, a hollow body 2, a hollow body 3, and a hollow body 4. The hollow body 1 is one of a cylinder, a tank, a tank, a tube, a hose, a pipe, a hollow pipe, a hollow cylinder, a hollow sphere, a hollow body, and a hollow body provided with at least one of the magnetic body, the wave body, and the cone mang bar spiral. . The hollow body 2 is a hollow body provided with the magnetic body or wave body, a hollow body provided with the magnetic body or wave body therein, a hollow body provided with a wave body equipped with the magnetic body, and a wave body equipped with the magnetic body therein. It is one of the hollow bodies. The hollow body 3 is the hollow body provided with at least one of an injector 91 and an inclined pipe 95 with a check valve 92 on a side surface thereof. The hollow body 4 is a hollow body through which an additive is introduced into at least one of the injector and the inclined pipe.

The additives are gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, chemicals, drugs, medicines, chemicals, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, iron powder, stone powder , Loess, by-products, microorganisms, medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, enzyme, aerobic agent, anaerobic agent, activator, nano Agent, carbonate, detergent, reactive agent, adsorbent, flocculant, disinfectant, disinfectant, fragrance, antibacterial agent, germ remover, decontamination agent, odor remover, atopic source remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump press, blower It is any one selected from a presser, a wind compressor presser, and a composite of two or more of them.

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 33, Equipment 34, Equipment 35, Equipment 36, Equipment 37, Equipment 38, Equipment 39, Equipment 40, Equipment 41, Equipment 42, Equipment 43, Equipment 44, Equipment 45, Equipment 46.

The equipment 1 is a) a perforator, storage (20), hopper (21), mixer (22), pump (23), pressurizer (23), transporter (24), feeder, supply path (25), pourer (26) ), laying machine, injector, syringe, spraying machine, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine, curing machine, cotton treatment machine; b) the perforator or surface treatment machine having a function of magnetizing or hexagonal hydration of a material; c) the perforator or surface treatment machine which becomes a magnetizer or a hexagonal water machine; Any one or more selected from among are included.

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 surface treatment machine. The equipment 3 is one of a generator, a mobile generator, a solar generator, a wind generator, and a wind compressor mounted on at least one of the perforator to the surface treatment machine, and the nozzle to the 3D printer. The equipment 4 is one of a tube, a hose, a pipe, a hollow pipe, a hollow body, a magnetizer, and a hexagon water machine. The equipment 5 includes any one or more selected from the perforator, surface treatment machine, nozzle to 3D printer, tube to hexagonal water 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 includes a perforator for perforating the ground, a storage for storing materials, a hopper for inputting the material to the mixer, a mixer for mixing the material, a pump for pumping the material, a pressurizer for pressurizing the material, a transporter for transporting the material, and the material. A feeder to supply, a supply path to supply the material, a pourer to place the material, a placer to place the material, an injector to inject the material, a syringe to inject the material, an injector to inject the material, a shorting machine to short the material, A coating machine that coats facilities with materials, a painter that paints facilities with materials, a paver that paves the road with materials, a compactor that compacts materials, a mixer that mixes materials into the ground, a curing machine that cures the poured materials, curing Includes any one or more selected from a face treatment machine for surface treatment of the cultivated organisms, a nozzle for spraying materials, a drone for spraying materials, a 3D printer for ejecting materials through its own plotter, and the tube or hexagonal water machine in which the materials come into contact. It was done.

The equipment 7 is one of the tube to the hexagonal water machine or two or more of the perforator to the surface treatment machine provided in sequence, or two or more of which are provided in a random order. The equipment 8 includes any one or more selected from a perforator, a storage mounted thereon, a hopper, a mixer, a pump, a supply path, a pouring machine, an injector, a sprayer, a shorting machine, a coating machine, a coating machine, and a mixer. The equipment 9 is composed of a) perforator, b) in addition to storage, hopper, mixer, pump, drone, transport or supply line, and c) in addition to this configuration, pouring machine, laying machine, injector, syringe, sprayer, It is composed of a shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, and one of a cotton treatment machine, d) a curing machine in addition to one of them. The equipment 10 is a) a drilling machine for drilling one of underground, rock, and buildings, b) a pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixing machine provided therein. One of, c) one or more of a storage, a hopper, a mixer, a pump, a drone, a transport, and a supply path that supplies the material to this one, or two or more in that order.

The equipment 11 is a storage for storing materials, a mixer for mixing materials, a pump or drone or a transporter or a supply path for supplying materials, a pourer for pouring materials, a pourer for placing materials, an injector for injecting materials, and materials. Injector to inject material, sprayer to spray material, coater to coat material, painter to paint material, packaging machine to pack material, compactor to compact material, mixer to mix material, curing machine to cure material, It is any one or more selected from the cotton treatment machine for cotton treatment after the curing. The equipment 12 is a) a perforator for drilling one of underground, rock, and buildings, and a supply path for supplying bentonite slurry to it, b) among the injectors for injecting one of mortar and concrete mixed in the blender after the perforation into the perforation. It is composed of one or more or two or more in order. The equipment 13 is stored in a storage storage, supplied through a hopper, mixed in a mixer, supplied by a pump, transported by a drone, transported to a transporter, a pourer to place the material that has been supplied through a supply route, a laying machine to place, Injector to inject, syringe to inject, sprayer to spray, coater to coat, painter to paint, packaging machine to pack, compactor to compact, mixer to mix, curing machine to cure; Or cotton treatment for cotton treatment of the carnivorous organisms after the curing; Any one or more selected from among are included.

The equipment 14 is a) perforator, b) in addition to one or more of storage, hopper, mixer, pump, drone, transport, and supply line, c) in addition to one or more of these, a pouring machine, laying machine, injector, syringe, sprayer, shot At least one of a tinting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixer, and a face treatment machine, d) a curing machine in addition to one or more of c). The equipment 15 is a) perforator, storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shoting machine, coating machine, sprayer, packaging machine, Compactor, mixer, curing machine, noodle treatment machine; b) the perforator or surface treatment machine having at least one of a tube, a hose, a pipe, a hollow tube, a hollow body, a magnetizer, and a hexagonal water machine in which the cone mang rod machine spiral is mounted therein; b) the perforator or the surface treatment machine having a magnetization function by at least one of the cone mang rod machine spiral, the tube, and the hexagonal water machine; Any one or more selected from among are included. The above equipment 16 is ground drilling, material storage, material input, material mixing, material pressurization, material spraying, material transport, material supply, material pouring, material laying, material injection, material injection, material spraying, material shorting, material coating, material Any one or more selected from the above perforator or face treatment machine for painting, material packaging, material compaction, material mixing, material curing, and curing face treatment are included.

The equipment 17 is a perforator equipped with a cone netting machine spiral while drilling the ground, a reservoir equipped with the tube at the outlet while storing material, a hopper equipped with the pipe at the outlet while inserting the material into the mixer, and the hollow while mixing the material. A mixer equipped with a tube at the outlet, a pump equipped with the hollow body at the outlet while pressing the material, a drone equipped with the magnetizer while spraying the material, a transporter equipped with the hexagonal water heater at the outlet while transporting the material, and the material while supplying the A supply path with a cone mandrel screw inside, a pouring machine with the tube at the inlet while pouring material, a laying machine with the pipe at the outlet while laying material, and the hollow pipe in the middle while injecting material The injector, the syringe having the hollow body at the outlet while injecting the material, the injector provided with the magnetizer inside while injecting the material, the shorting machine provided with the hexagonal water dispenser at the outlet while shorting the material, and the conical bar spiral while coating the material The coating machine provided at the outlet, the coating machine provided with the tube at the outlet while coating the material, the packaging machine provided with the pipe at the outlet while packing the material, the compactor provided with the hollow tube at the outlet while compacting the material, and the material. Any one or more selected from a mixer having the hollow body inside while mixing, a curing machine provided with the magnetizer at the outlet while curing the material, and a face treatment machine provided with the hexagonal water heater at the outlet while surface-treating the curing material are included. .

The equipment 18 is connected to the mixer while inserting the material into the mixer, and the equipment 18 is connected to the hopper while storing the material, the storage storage is mounted while the ground drilling, and the conical rod is connected to the hopper while storing the material. 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 hollow body is connected to the pump and sprayer provided at the outlet while spraying the material. A drone equipped with a magnetizer is connected to a supply path while transporting materials, and a transport device provided with the hexagonal water outlet at the outlet, is connected to a pouring machine while supplying the material, and the supply path is connected to the supply path with the cone mandrel screw inside While pouring, the tube is connected to the inlet, the pipe is connected to the inlet and the material is installed, the pipe is connected to the outlet, while the pipe is connected to the outlet to inject the material, and the hollow tube is provided in the middle, A syringe connected to a pump and equipped with the hollow body at the outlet while injecting the material, an injector provided with the magnetizer inside while injecting the material while being connected to a mixer, and the hexagonal water dispenser provided at the outlet while shorting the material connected to the supply line. The pipe is connected to a shorting machine and a pump to coat the material while packing the material while being connected to a coating machine with a cone net rod spiral attached to the outlet, and a coating machine with the tube attached to the outlet to paint the material while being linked to the supply line to coat the material. A packing machine provided at the outlet, a compactor provided with the hollow pipe at the outlet, and a mixing machine provided with the hollow body inside, while mixing the materials while being connected to the outlet to compact the material, and the material connected to the supply path. While curing, the magnetizer includes at least one selected from a curing machine provided at the outlet, and a face treatment machine provided with the hexagonal water heater at the outlet while treating the curing organism in connection with the pump.

In the equipment 19, a) one of sand, cement, water, and admixture stored in one of the storage units 20 equipped with a magnet 10 is added to the blender 22 through the hopper 21 to mix, and b) the blended The blended concrete is pumped by the pump 23 and poured into the mold 30 through the magnetic buried supply path 25 or the pouring machine 26, and c) the magnetic buried curing machine 26 during curing of the poured pour ) To promote curing, d) demold the mold (30) after curing, and e) to spray magnetized coating or painting agent on the surface of the material through a magnetic embedding coating machine or coating machine (26) It is composed of the storage, hopper, blender, pump, supply path or pouring machine, curing machine, coating machine or painter to manufacture materials by coating or painting. The equipment 20 a) puts the raw material stored in the storage into a blender through a hopper, b) mixes in a blender, pressurizes through a pump, and pours it into a mold through a pouring machine, c) curing in the mold with a curing machine, sprinkling curing , Steam curing, autoclave curing, and then dismantling the mold to produce one of pillars, piles, and piles, which is composed of the storage, hopper, blender, pump, pourer, and curing machine.

The equipment 21 a) mixes at least one of sand, cement, water, and admixture stored in the embedded storage 20 of the magnet 10 into the magnetic embedding blender 22 with a cone through the hopper 21, and b) One (1) of magnetized mortar, ready-mixed concrete, and concrete, which is a combination thereof, is pumped by a pump 23 and is poured into the mold 30 for building a building through a magnetic buried supply path 25 or a pouring machine 26. , c) Promote curing by spraying cured water through the curing machine 26 during curing of the poured material, d) demoulding the mold 30 after curing, and e) a coating machine and a coating machine on the surface of the building's facilities. The storage, hopper, blender, pump, supply path or pouring machine, curing machine, and coating machine for forming a phytoncide building by spraying at least one of a coating agent and a painting agent through at least one of (26) , It is composed of a sprayer. The equipment 22 is a) a magnet with a cone 10, a magnetized blender 22 in which a cone with a magnet is embedded through a hopper 21 with a magnet of at least one of sand, cement, water, and admixture stored in the buried storage 20 B) One (1) of magnetized asphalt concrete, ready-mixed concrete, and concrete, which is a combination thereof, is pumped by the pump 23, and it is placed on the ground through the cone-equipped magnet buried supply path 25 and the laying machine 26. , Road or pavement, c) after compacting with a compactor, the storage, hopper, and blender to build a phytoncide road by spraying magnetized curing water through a hose-type curing machine 26 with magnets to promote curing, It consists of a pump, a supply path, a laying machine, a compactor, and a curing machine.

The equipment 23 is a) a blender 22 in which at least one of sand, cement, water, and admixture stored in the cone-embedded storage storage 20 with a magnet 10 is embedded with a cone-equipped magnet through the cone-embedded hopper 21 with a magnet. B) One (1) of magnetic mortar, milk, chemical solution, suspension, and slurry, which is a combination thereof, is pressurized by a pump 23 to form a magnetic buried supply path 25 with a cone and a hollow rod type. It is composed of the storage, hopper, blender, pump, supply path, and injector to improve the ground by spraying or injecting into the ground through the magnetized injector 26. The equipment 24 a) mixes at least one of sand, cement, water, and admixtures stored in the magnet 10, the buried storage 20, into the magnetic embedding blender 22 with cones through the hopper 21, and b) The magnetized mortar (1), which is a combination thereof, is pressurized by a pump (23), and a phytoncide shotcrete (1) is poured on the tunnel excavation surface by means of an injector (26) through a supply path (25) equipped with a magnetic embedded hollow body to the excavation surface. It is composed of the storage, hopper, blender, pump, supply path, and injectors to reinforce the.

The equipment 25 a) mixes at least one of sand, cement, water, and admixture stored in the storage 20 into the magnetic embedding blender 22 with cones through the hopper 21, and b) a magnetically formulated product thereof. Phytoncide green soil material on the slope through the sprayer 26 installed at the rear end of the supply path 25 equipped with a cone-equipped magnet buried tube by pressing one or more (1) of green soil material and seed spray material by pump 23, One or more of the seed spray material (1) is poured to reinforce the slope, which is composed of the storage, hopper, blender, pump, supply path, and injector. 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, b) Magnetized concrete (1), which is a compound, is pumped by pump 23, and then cured by pouring it into the mold of the facility with a pouring machine 26 through the supply path 25 equipped with a magnetic-embedded hollow body. c) Magnet during curing Accelerated curing by sprinkling magnetized cured water or cured water of hexagonal water through a buried hose type curing machine, and d) the storage, hopper, blender, pump, supply path, pouring machine, curing machine, which builds a phytoncide facility by demolding the formwork after d) It is composed of Qi.

The equipment 27 includes a perforator and an injector, a perforator and one or more of the storage or face treatment units, a storage and hopper, a storage and hopper and a mixer, a storage and hopper and a mixer and a pump or pressurizer, a storage and hopper and a mixer and a pressurizer and a transporter, a storage storage And hopper and mixer and pressurizer and transporter and feeder, storage and hopper and mixer and pressurizer and feeder and pourer, storage and hopper and mixer and pressurizer and feeder and spreader, storage and hopper and mixer and pressurizer and feeder and Injector, reservoir and hopper, mixer, pressurizer, feed path and syringe, reservoir and hopper, mixer, pressurizer, feed path and sprayer, reservoir and hopper, mixer, pressurizer, feed path and shorting machine, reservoir and hopper, mixer and pressurizer Supply line and coating machine, storage and hopper and mixer and pressurizer and supply line and sprayer, storage and hopper and mixer and pressurizer and supply line and packing machine, storage and hopper and mixer and pressurizer and supply line and compactor, storage and hopper and mixer And pressurizer and feed path and mixer, storage and hopper and mixer and pressurizer and feed path and curing machine, storage and hopper and mixer, pressurizer and supply path, curing and cotton treatment machine.

The equipment 28 is a construction work using a 3D printer; Building construction using a pouring machine or a drone-mounted pouring machine; River aeration or river purification by injecting the pouring material of the air flow into the river using a sprayer; Injection work for injecting pouring material into the ground using an injector; Mixing work for mixing pouring materials in the ground using a rotary mixer; Aeration or coagulation of the contaminated water 121 in the tank by introducing the pouring material 1 containing a reactant or a coagulant into the tank 120 in which the cone-embedded hollow body 13 with a magnet is built-in; At least one of the 3D printer, a pouring machine, a drone-mounted pouring machine, an injector, an injector, a rotary mixer, and a hollow body used in one or more of the above. The contaminated water condensate 122 sinks down and is taken out, and the purified purified water 123 is discharged to the outside as fine foreign matters are filtered through the filter 124 to be recycled or discharged 125 .

The equipment 29 includes: a) underground drilling, rock drilling, building drilling by the drilling machine; b) storing the material in the reservoir (20); c) Injecting the material into the mixer 22 by the hopper 21; d) mixing the materials by means of the mixer 22; e) pressurize, pressurize, pump, supply, and provide material by the pump or pressurizer 23; f) transporting, conveying, supplying, and providing materials by means of the transporter (24) or feeder; g) supplying and providing material through the supply path 25; h) pouring material by the pouring machine 26, injection, grouting, pouring into a mold, pouring at a factory, pouring at the site, pouring for foundation work; i) laying the material and laying the ground by the laying machine; j) Injecting the material by the injector and injecting the ground; k) injecting the material by the syringe, and injecting cracks; ℓ) spraying the material by the sprayer and spraying the slopes; m) shorting the material by the shorting machine, rust shorting; n) coating a material, cotton coating by the coating machine; o) Painting and shaving the material by the sprayer; p) packing materials by the packing machine, paving the road surface; q) compaction of the material by the compactor, ground compaction; r) mixing the materials by the mixer and mixing them underground; s) curing the poured material by the curing machine; t) curing cotton treatment after the curing by the cotton treatment machine; It is an equipment that does more than one of them.

The equipment 30 is one of equipment for manufacturing materials, equipment for construction, equipment for purification, equipment for working, and equipment for building facilities. The equipment 31 is an equipment that performs one of construction, purification, work, material manufacturing, and facility construction by one or more of the perforation to surface treatment, and the perforator to surface treatment. 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 the cotton treatment machine. The equipment 33 purifies using at least one of the hollow body 13 and the material 1 that has undergone the same. The equipment 34 may include a hollow body to which the cone mang rod machine spiral is mounted; A sprayer in which the cone mang rod machine spiral or hollow body is mounted; Materials that have gone through one of them; One or more of them are used to purify.

The equipment 35 a) stores material in the storage 20; b) Injecting the material into the mixer 22 by the hopper 21; c) mixing the materials by the mixer 22; d) pressurize, pressurize, pump, supply, and provide material by the pressurizer or pump 23; e) transporting, conveying, supplying, and providing material by means of the feeder or transporter 24; f) supplying and providing material through the supply path 25; g) pouring, injecting, injecting, underwater pouring, pouring in the field, pouring for purification by the pouring machine 26; h) spraying the material by means of the sprayer, spraying water, water spraying, air spraying, dust removal spraying, and injecting air flow material into the river; i) Injecting material, underwater injection, and air injection by the injector; j) shorting with a material by the shorting machine, rust shorting; k) coating with a material by the coating machine, cotton coating; ℓ) painting and shaving with the material by the sprayer; One or more of them is to perform one of purification, facility purification, river aeration, and water purification.

The equipment 36 is a catalyst, ions, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, carbon, chemicals, drugs, medicines, chemicals, loess, ozone, enzymes, yeast, microorganisms, nutrients, photocatalysts, cations, anions, enzymes, Aerobic agent, anaerobic agent, activator, carbonic acid agent, detergent, reactive agent, adsorbent, flocculant, disinfectant, disinfectant, fragrance, antibacterial agent, foaming agent, detoxifying agent, phytoncide, germ remover, decontamination agent, odor remover, atopic source remover, environmental hormone It is one of purification, facility purification, river aeration, and water purification by using or spraying or injecting a substance containing at least one selected from a remover, a sick house syndrome remover, a pump press, a blower, and a wind compressor. The equipment 37 magnetizes, fluidizes, stores, inputs, mixes, pressurizes, transports, supplies, pours, injects, and sprays the material by at least one of the connet bar spiral, hollow body, equipment, storage or cotton treatment machine. Therefore, it is one of purification, facility purification, river aeration, and water purification. The 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 tube; b) or the tubular to hollow pipe on which the cone mang rod machine spiral is mounted; c) the tank to the hollow pipe mounted in one of the perforator to the surface treatment machine; Any one or more selected from among are included.

The equipment 39 is a) to improve the fluidity of the material, such as an electromagnet, a superconducting magnet, a solenoid electromagnet, a magnet or electromagnet with a cone mesh, a solenoid electromagnet with a cone spiral, a cone spiral with a magnet or electromagnet, a cone spiral with a solenoid electromagnet, a magnet, or Connet rod machine spiral with electromagnet; b) a hollow body provided with one of the electromagnet to the cone netting machine spiral; c) a pourer having one of the electromagnet to the hollow body; d) or a cone equipped with a magnet, a cone spiral, a rod, a rod, a protruding rod to improve one of the agitation, mixing, fluidity, and filling properties of the material; e) Or a 3D printer performing one of unmanned construction, unmanned pouring, automated construction, and automated pouring; f) Or drones that perform one of the following: high-rise pouring, unmanned pouring, or manpower pouring; g) Solar or wind power generators that replace or reduce commercial electricity; It is any one selected from among.

The equipment 40 includes: a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion of a material or material; b) the magnetization or magnetic energy conversion of a material or material without power; c) Improvement of one of material or material fluidization, fluidity, slump value, workability, or workability; d) reducing the amount of fluidizing agent input by the above improvement; e) reducing the cost of using the fluidizing agent by the reduction; f) Mixability of materials or materials, agitation, pressurization, feedability, mobility, pourability, placement, injection, injection, sprayability, coating, paintability, compaction, mixing, adhesion, Improvement of at least one of inflow, filling, mold filling, space filling, and closed room filling; g) Reduction of one of the material or material's falling off, desorption, or rebound amount; h) Reduction of one or more of material or material vibration work, compaction work, vibrating cost, vibrating equipment, vibrating manpower; i) After curing the material or facility, one or more of density, specific gravity, strength, stiffness, adhesion, friction angle, flexure, shearing, durability, waterproofness, water repellency, water resistance, surface treatment, and surface smoothness are improved; j) Reduction of one or more of compressibility, consolidation, settling, cracking, fracture, and water permeability after curing of the material or facility; k) reinforcing, reinforcing, flatness, smoothness, unevenness, prevention of irregularities, scratches of the surface of the material or facility after curing of the material or facility; It is to do one or more of the selected ones.

The equipment 41 includes a cone in which the material swirls while flowing over its outer slope, a net in which the material vortex while passing through its hole hole, a rod that vortex when the material hits itself, and the material vortex while passing through its own lattice hole. A spiral that swirls the frame and material while swirling; A cone mang rod machine spiral composed of the cone or spiral; Any one or more selected from among are included. The equipment 42 is one of material manufacturing, facility construction, construction work, building work, tunnel work, road work, ground work, river aeration, and water purification. The equipment 43 is one or more selected from excavation, storage, input, mixing, pressurization, transportation, supply, pouring, spraying, injection, injection, shorting, coating, painting, laying, packaging, mixing, compaction, curing, and surface treatment. It is to do. The equipment 44 is manufacturing, manufacturing, production, construction, construction, work, pouring, material manufacturing, facility construction, material pouring, pouring re-pouring, mold casting, rebar casting, steel frame casting, on-site casting, underground casting, underwater casting, slope It is to perform any one or more selected from pouring, paving, boring, and excavation. The equipment 45 is to perform any one or more selected from construction, building, sculpture, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, and remodeling.

The equipment 46 is construction, development, architecture, construction, work, civil works, environmental work, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, think hole restoration, landscaping, planting, modeling work, sculpture, manufacturing. , Material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work, building construction, disaster prevention, earthworks, ground work, underground work, underground work, slope Construction, slope construction, slope construction, foundation construction, pile construction, PHC pile construction, excavation, excavation, excavation, cutting, embankment, geothermal pile production, factory pile production, purchase basic construction, driving basic construction, rotational purchase basic construction, On-site casting pile construction, soil barrier construction, soil barrier 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) work, VCCP (vibrated CCP) work, dredging, reclamation, underwater work, cableway work, elevator work, masonry, plastering, waterproofing, watering, water retention, painting, pavement, soil pavement, road pavement, sidewalk Pavement, improvement, ground improvement, ground clearing, complex clearing, drilling, boring, blending, mixing, supply, provision, pressure transfer, transfer, transportation, pouring, mold casting, concrete placement, pruning, laying, slope laying, ground laying, road Laying, coating, painting, injection, mold injection, underground injection, deep injection, injection, crack injection, injection injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, space grouting rocket (SGR) construction , JSP (jumbo special pattern) construction, spraying, sprinkling 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) work, SCW (soil cement wall) work, compaction, underground compaction, stirring compaction, pavement compaction, spraying, shotcrete work, green soil work, seed spray work, Repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, face treatment, think hole treatment, think hole filling, joint filling, masonry, exterior wall work, scaffolding work, dismantling, window work, sheet metal work, roof Sheet metal work, assembly, architectural assembly, steel work, window work, water and sewage work, method, electric method, greening, cleaning, washing, redevelopment, reconstruction, interior, and remodeling.

The perforator is one of perforator 1, perforator 2, perforator 3, and perforator 4. The perforator 1 is a perforator connected to at least one of the storage and the surface treatment machine. The drilling machine 2 is a drilling machine, drilling machine, rock drill, excavator, excavator, drilling machine, boring machine, drill, bit, cramshell, driver, injector, grouter, rod with bit, rotary bit, rotary rod with bit, underground hole It is one of boring 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. The drilling machine 3 is one of a building, a facility, a ground, a rock, a hole, a hole, and a concrete.

The perforator 4 includes: a) perforating a pile for in-situ piles, perforating an underground wall for construction of a continuous underground wall, perforating a slurry wall, perforating a diaphragm wall, perforating a boring hole for inserting a geothermal pipe or oil pipe; b) punching while injecting one of magnetized material, hexagonal water, slurry, and bentonite slurry that has passed through one of the cone mang rod machine spiral or hexagonal water machine during the drilling; c) One of the materials, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete mixed in the blender is drilled through one of the rods, injectors, hollow pipes, and hollow rods installed in the perforator through a supply hose. In one of the drilled parts, boring holes, joints, joints, cracks, and leaking parts, one or more of injection, injection, and curing after injection, completes one of piles, columns, underground walls, and continuous underground walls. , Or crack filling, joint repair, crack repair, leak repair; d) One of magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete through one of the above cone net bar spiral or hexagonal water 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 perforation, boring, joint, joint, crack, and leaking part. Completion of either, or filling cracks, joint repair, crack repair, leak repair; It is a perforator that does one or more of them.

The storage is a) storage; b) or storage of one or more of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, concrete; c) or a storage room with partition walls, partitions, one of two rooms, three rooms; d) or storage that is connected to one or more of the perforator or cotton treatment machine, excluding storage. The hopper includes: a) a hopper, a funnel-type hopper, a hollow through-type funnel hopper, a hopper connected to at least one of the perforator to the surface treatment machine excluding the hopper; b) or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom; Is one of them.

The mixer 22 is one of a mixer 1, a mixer 2, a mixer 3, a mixer 4, a mixer 5, and a mixer 6. Mixer 1 is a mixer, a mixer, a mixer, a tubular mixer, a rotary mixer, a centrifugal rotary mixer, a rotary blade mixer or mixer, a mixer with an internal rotor or rotating blades, at least one of the perforator or a face treatment machine excluding a mixer It is one of the mixers connected to. The mixer 2 is a mixer or mixer having one of a blade rotating 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 provided with one of a protrusion, a blade, a ring, a bolt, a spiral, an object, a protrusion, and a stirring means on the outer circumference of a rotating rod or rotating shaft or rotating body. Mixer 4 is a mixer or mixer of one of rotary, static, dynamic, vibration, blades, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, soil soil and mortar, soil soil and concrete. Mixer 5 is a rod, stand, plate, protrusion, wing, spiral, object, screw, protruding rod, protruding rod, protrusion, attachment, attachment, ductile material, elastic material, rigid material, protruding means, stirring means on the outer circumference or surface. One of a) rod, shaft, nozzle, rod, spiral, screw, hollow pipe, double pipe, triple pipe, injection port, injection pipe; b) or the rod or injection pipe of the rotary type; Is one of them. The mixer 6 is a device for mixing one of mortar, ready-mixed concrete, and concrete.

The mixer is a mixer 1 or 2. The mixer 1 is the mixer 1, the mixer 2, the mixer 3, the mixer 4, the mixer 5, a mixer used in a deep cement mixing method, which is a deep ground agitation method, and the perforator or surface excluding a mixer. It is one of the mixers linked to one or more of the processors. The mixer 2 is a device for mixing one of soil, ground, underground, and underground.

The pump is a) one of a pump, a pressure pump, a compression pump, a compressor, a mortar pump, a concrete pump, and one of pumps connected to at least one of the perforator to the surface treatment machine except for the pump; b is a pump with a) or 1 or less, 1 to 10, 10 to 100, 100 to 500, a pressure of one kg / cm ² of more than 500. The pressurizer is one that pressurizes, pressurizes, pumps, supplies, or supplies the material, or is a pressurizer connected to one or more of the perforator to the surface treatment machine other than the pressurizer.

The transporter 24 is one of transporting, transporting, supplying, and providing materials, or is a transporter connected to one or more of the perforator or surface treatment machine other than the transporter. The feeder is one of transporting, conveying, supplying, or providing the material, or is a feeder connected to one or more of the perforator or surface treatment machine other than the feeder. The supply path is one of the supply paths connected to at least one of the perforator to the surface treatment machine excluding a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, a supply pipe line, and a supply path. The pouring machine a) a pouring machine, a throwing machine, a spraying machine, a pressure pouring machine, a pouring machine connected to one or more of the drilling machine and the supply path; b) or mold, formwork, underground, underground, ground, slope, surface, static, dynamic, vibrating, mortar, ready-mixed concrete, concrete, or ready-mixed concrete on the mold; c) or pouring, laying, coating, injecting, spraying, injecting, injecting, injecting, or grouting any of a device, apparatus, device, or device; Is one of them.

The laying machine is one of a) a laying machine, a spreader, a coating machine, an ascon finisher, or 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 , It is one of the ascons on the ground. The injector or syringe is one of a) a syringe, an injector, an injector, a grouter, the pressure injector or injector, an injector connected to one or more of the perforator to the supply path, and one of the injectors connected to one or more of the perforator to the supply path, or , b) or one of cracks, joints, ground, underground, underground, joints, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete for cracks, ready-mixed concrete for underground, buildings, structures, or structural cracks, c) or It is an injector among the above-mentioned crack-structure crack.

The sprayer is one of a) nozzles, hoses, pipes, sprayers, sprayers, water fountains, sprinklers, coating machines, spray coating machines, sprayers, spraying, sprayers connected to one or more of the perforators or supply paths, or b) or Slope, slope, surface, ground, underground, basement, rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, and ready-mixed concrete on the slope. The shorting machine or coating machine or sprayer uses one of a) materials, certain substances, pouring materials, propellants, coatings, paints, and paints a1) surface, surface, ground, slope, concrete surface, materials, construction materials, facilities, buildings , Structures, facilities; a2) a surface, a surface, or an outer surface of one of the above surfaces or facilities; Spraying, coating, painting, spraying, coating, spraying to one or more of them, or b) or a shorting machine or coating machine or coating machine connected to one or more of the storage or supply channels.

The packaging machine is a packaging machine that packs materials on a pavement or on a road surface, or is connected to one or more of the storage and supply paths. The compactor is one of a) compactor, compactor, weight compactor, roller compactor, fall compactor, mold compactor, concrete compactor, cast-in-mold concrete compactor, or one of compactors connected to one or more of the perforator or paver, b) or paving , Soil pavement, road pavement, asphalt concrete pavement, ground, underground, underground, rotary, static, dynamic, vibration, wing, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete in the ground.

The curing unit is linked to one or more of a) curing unit, water curing unit, aquatic curing unit, air curing unit, levitation curing unit, solar curing unit, steam curing unit, sprinkling curing unit, autoclave curing unit, the perforator or mixing unit. It is one of the curing machines, or b) or one of the magnetized water and hexagonal water sprayed through the hose-type curing machine for sprinkling with a cone-equipped magnet embedded in the inside of the concrete to be poured, concrete material, or concrete building to pour concrete, concrete It is a curing machine that promotes the curing of one of materials and concrete buildings. The surface treatment unit uses one of a) water, water, liquid, oil, medicine, agent, ash, sol, gel, spray material, coating agent, and painting agent a1) curing materials, materials, materials, facilities, buildings, structures of pouring materials. , Concrete; a2) one surface, a surface, an outer surface, an exposed surface, or an uneven surface of the above-mentioned good-natured or concrete material; It is sprayed on one or more of the above to treat, finish, smooth, and uneven treatment on one of the surfaces of the above-mentioned curing or concrete, or b) or a surface treatment machine connected to at least one of the storage and curing machines. . The nozzle is a) a nozzle equipped with at least one of a cone, a net, a rod, a frame, or a spiral, or a nozzle provided at the inside or at the outlet, or b) or one of a porous body, a wave body, and a hollow body on which the magnet is mounted. Or, it is a nozzle provided at the outlet.

The drone 70 is one of drone 1, drone 2, drone 3, drone 4, and drone 5. The drone 1 is a drone that sprays magnetized objects while moving by mounting a sprayer on which a magnet is mounted, or a drone that has a hollow body mounted with a magnet and pours a casting material ejected from the hollow body. The drone 2 is a drone equipped with a pouring equipment or a pouring machine in a body flying by a rotating blade. The drone 3 is a drone that moves at least one of the cone mang rod spiral, a storage tank, a face treatment machine, and a wind compressor, or is equipped with at least one. The drone 4 is a drone that drills a boring hole for crack repair in a high-rise building with a perforator mounted thereon, a drone that sprays magnetized shotcrete on a high-rise slope with a supply path 25 or a sprayer 26 mounted thereon, on its own. It is one of the drones that are equipped with the supply path 25 or the sprayer 26 to spray magnetized spray water into the tunnel to remove tunnel dust, and the drones that are equipped with a laying machine to install magnetized spray water into the air to clean the air.

The drone 5 includes: a) a wing, a rotating wing, a propeller, four propellers, a drone composed of one of a plurality of propellers and a body, b) a drone composed of an upper wing and a lower body, c) a lower part for thrust for the flight of the main body. A drone equipped with a wing or propeller that generates at least one of a downward flow in a direction and an oriented flow in a rear direction, d) a drone flying upward by a downward flow that sends wind to the lower part of the main body, e) blowing wind toward the rear of the main body. A drone flying horizontally by a directing flow, f) a drone flying in three dimensions by at least one of the downward flow and the alignment flow, g) a motor rotating at least one of the wings and propellers; Wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind turbines connected to this wire; At least one of the drones, h) a drone with a support provided on the propeller, i) a drone with a body connected to and fixed to the support, j) the body, a propeller; Upper and lower portions of the main body or propeller; Among the solar cells, solar cells that generate electricity, j2) rotating rotors, and generators that generate electricity by the rotational force of the sun, the wind by flight, the downward flow, and the directional flow while being mounted on at least one of them. 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) rotating in connection with the rotating body. k) a drone with a rotor (electromagnet), m) the drone with a generator that generates electricity by rotation of the rotor (electromagnet), n) the rotor; Outer periphery, upper, lower, upper outer periphery, lower outer periphery of the rotating body A drone equipped with a conical hollow guide that allows one or more of the downflow, directing flow, and wind to flow in, outflow, and outflow while being mounted on one or more of the above, o) A drone equipped with an inverter that converts the generated electricity into either direct current or alternating current. , p) A drone equipped with at least one of wires, plugs, outlets, and power supplies supplying the generated electricity, q) or cameras, CCTV, imaging devices, photographing devices, monitors, lights, lights, lanterns, flashing lights, lights, headlights , Lighting device, driver, controller, controller, remote controller, one of the drones equipped with one or more of the remote controller.

The 3D printer 71 is one of 3D printer 1, 3D printer 2, 3D printer 3, 3D printer 4, 3D printer 5, 3D printer 6, and 3D printer 7. The 3D printer 1 is a 3D printer that moves one or more of the storage or surface treatment machines, a 3D printer in which at least one of the storage and surface treatment machines is mounted, and moves three-dimensionally while being mounted on the ground or a frame mounted around a new facility. It is one of the 3D printers equipped with a pouring machine. The 3D printer 2 is supplied from one of the blender 22 and the supply channel 25 while the frame 72 is equipped with a moving body or a moving part 116 capable of three-dimensional movement 73 and moving in three dimensions (73). It is a 3D printer that creates one (8) of facilities, buildings, and structures by pouring, spraying, or injecting one (1) of the material, mortar, ready-mixed concrete, and concrete. The 3D printer 3 rotates by a motor a 101 while being supported on the frame 72 and mounted on the upper left and right of the upper left and right of the frame 72, respectively, and moves back and forth along the rail a ( One-dimensional movement) (73) two rollers a (102), the rail b (103) provided between the two rollers a, the rail b is rotated by the motor b (104) while being mounted on the rail b. One roller b 105 that moves left and right (its one-dimensional + the one-dimensional = two-dimensional movement) 73, and a rotating body a 112 that rotates by the motor c 111 while being mounted on the roller b. ) To move up and down (one-dimensional + the two-dimensional = three-dimensional movement) while being wound or unwound (73), one of a string, a thread, a belt, and a chain, a vertical moving part 108, or the rotating body a 112 And the other rotating body b (113), which is located opposite to it, is pressed and buried and pushed or pulled by the rotation of the rotating body a to move up and down a rod-shaped vertical moving part 115, mounted on the vertical moving part 3 It is a 3D printer that includes one or more of the dimensional moving pouring equipment 26.

The 3D printer 4 is one of a frame 72 on which the rail 100 is mounted, a moving body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a moving part, a head, and a case of the head. Wow, a plotter or pouring machine 26 installed in one of the head, a moving body, a moving part, and a case and forming a 3D structure 8 by ejecting the construction material 1, and providing pressure to the plotter or pouring machine It is a 3D printer that includes a pump 23 to allow the material 1 to be ejected. The 3D printer 5 circulates and moves one of the quick-setting agents, mortar, ready-mixed concrete, and concrete into which one of the binders is added through the pouring machine 26 installed therein, and is 5 to 30 cm. It is a 3D printer that performs building construction by continuously or intermittently pouring it as a layer of height or ascending to a level. The 3D printer 6 repeats the pouring in the order of the building floor, the first-floor pillar and wall, the first-floor slab, the second-floor pillar and wall, and the second-floor slab. It is a 3D printer.

The 3D printer 7 is a) ground boring for foundation installation, b) inserting a reinforcing bar net into the boring hole by installing a reinforcing bar net in the moving part, c) pouring concrete into the boring hole through the pouring machine, and after placing it Curing, d) transporting and assembling the molds and rebars at the bottom of the building by mounting the molds and rebars on the moving part, e) pouring concrete on the floor of the building through the pouring machine, and curing after the pouring, f) the molds for the moving part, Transporting and assembling the first-floor pillar, wall frame, and rebar by mounting reinforcing bars, g) Placing concrete on the first-floor pillar and wall through the pouring machine, curing after pouring it, h) Elevating at least one of the moving body and the pouring machine Sikim, i) transporting and assembling the mold and rebar of the first-floor slab by mounting the mold and rebar in the moving part, j) pouring concrete into the first-floor slab through the pouring machine, and curing it after placing it, k) Transporting and assembling two-story pillars, wall molds, and reinforcing bars by mounting the molds and rebars, ℓ) Placing concrete on the two-story pillars and walls through the pouring machine, and curing after pouring them, m) At least one of the moving bodies and pouring machines N) Repeat the above to transport and assemble n-story columns, walls, slabs, and reinforcing bars, pour concrete, and cure after pouring, o) Final roof concrete pouring through the pouring machine, and curing 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 power generator, and a generator that generates electricity using the sun, or b) or a solar generator equipped with one or more of the cameras or remote controllers. The photovoltaic generator is a device that directly converts the light received from a solar cell into electricity, a device that generates electricity by using the photovoltaic energy of the sun by installing a solar cell where the sun is, a solar cell and a direct current electricity generated from the solar cell It is one of the solar generators composed of inverters that convert (DC) into alternating current (AC) or alternating current (AC) into direct current (DC). The solar power generator is a solar generator comprising a device that is installed where the sun is and generates electricity using the heat energy of the sun, or a rotating body that rotates by steam generated by using solar heat and a generator connected thereto to generate electricity. .

The wind power generator is one of a wind power generator 1, a wind power generator 2, a wind power generator 3, a wind power generator 4, and a wind power generator 5. The wind turbine 1 is a wind turbine comprising a wind blade, a rotating shaft thereof, a transmission mounted thereon, and a generator connected thereto. The wind power generator 2 may include a) a blade, a transmission, a generator, an inverter, or b) or a blade that is rotated by wind to convert wind energy into mechanical energy; A transmission for rotating the generator by increasing the rotational force generated from the blades to the transmission gear through a central rotational shaft to increase the rotational speed required by the generator; A generator that converts mechanical energy transmitted from the transmission into electrical energy; An inverter that converts direct current (DC) generated by the generator into alternating current (AC) or alternating current (AC) into direct current (DC); It is a generator consisting of. In the wind turbine 3, the rotational motion of the windmill or wind turbine is transmitted to a converter or gearbox through the rotational shaft of the wind turbine, and the rotational speed of the rotational motion is accelerated by the converter or gearbox and sent to the generator. Is to generate electricity by converting it into electrical energy. The wind turbine 4 converts direct current (DC) generated by the generator into alternating current (AC) or alternating current (AC) into direct current (DC) by adding an inverter to the generator of the wind turbine 1 or 3 will be. The wind power generator 5 is a wind power generator equipped 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 at least one of the reservoir, the sprayer, the nozzle, and the 3D printer. The wind compressor 2 a) a mechanism for generating compressed air using wind; b) Or wind, the blade rotating thereby, the rotational force of the blade, the crank rotating by the rotational force of the blade, the rod mounted on the crank and performing linear motion, the piston mounted on the rod, and the piston of the tooth reciprocate from the inside. A mechanism comprising at least one of a moving cylinder, compression of air inside the cylinder by the pushing force of the piston, compressed air generated by compression, an outlet of the cylinder through which the compressed air is discharged, and a hose connected to the outlet of the cylinder; c) a wind compressor, a wind screw compressor, a wind piston compressor that generates compressed air using a screw or a rotary linear converter and a piston connected to a rotating wind blade; Is one of them.

The wind compressor 3 uses one of pressurized air, compressed water, compressed water, and compressed air a) through a hose 64 connected to the outlet of the cylinder. (氣), old (固), material, ash, material, object, body, material, material, underwater, underwater, river, pond, water tank, tank, pipe, tube, hose, pipe, hollow Sieve, blender, pump, supply path, storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, air, indoor, factory, site, atmosphere, indoor air, tunnel, tunnel site, dust air, and odor air. By supplying one of air, oxygen, and air bubbles to improve one of aeration, reaction, coagulation, oxidation, purification, purification, and cleanliness of one of the water or odor air, or b) or soil, mortar, ready-mixed concrete, or concrete. By injecting it into one, it is to create one of air or bubble-embedded Gippo, foam mortar, foam ready-mixed concrete, foam concrete, lightweight soil, lightweight mortar, lightweight ready-mix concrete, and lightweight concrete.

According to claim 2, the material in the present invention is a material manufactured by using or using at least one of the magnetic body, the wave body, the hollow body, the equipment including one of them, the magnetic body or the material that has passed through one of the equipment. The material is water, water, liquid, oil, medicine, energy, solid, chemical, ash, sol, gel, substance. , Mortar, milk, material, ready-mixed concrete, paste, plaster, concrete.

One of Substance 1, Substance 2, and Substance 3 is contained in one of the above material, water or 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 any one or more selected from resin, waste powder, minerals, loess, fiber, latex, microorganisms, by-products, slag, expanding agent, phytoncide, zeolite, and geopolymer. The material 3 is any one or more selected from the resin to the geopolymer containing one or more of the Ca to KNaSiAl.

At least one of the materials and materials is a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion by at least one of the magnetic body, the wave body, the hollow body, the equipment, the rough, the storage and the surface treatment machine; b) Non-powered or permanent magnetization, hexagonal hydration, energization, magnetic energization; c) or improving one or more of fluidization, fluidity, slump value, workability, and workability, reducing the amount of fluidizing agent input by this improvement, and reducing the cost of fluidizing agent use by this reduction; d) or mixability, agitation, pressurization, feedability, mobility, pourability, spreadability, injectability, injectability, sprayability, coatability, paintability, compaction, mixing, adhesion, inflow, Improvement of one or more of fillability, form fillability, space fillability, and closed room fillability; e) or reduction of one of dropping properties, desorption properties or rebound amount; f) or reducing one or more of vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, vibrating manpower; g) After curing or hardening g1) One or more of density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shearing, durability, waterproofing, water repellency, water repellency, surface treatment, surface smoothness, g2) or compressibility , Consolidation, Settlement, Cracking, Fracture, Reduction of one or more of the water permeability coefficient, g3) or reinforcement, reinforcement, flatness, smoothness, irregularity Little, uneven prevention, scratch prevention; It becomes any one or more selected from among.

Material 1, Material 2, Material 3, Material 4, Material 5, Material 6, Material 7, Material 8, Material 9, Material 10, Material 11, Material 12, Material 13, Material 14, Material 15, Material 16 , Material 17, Material 18, Material 19, Material 20, Material 21. The material 1 is one of a material, a material containing the material, a material containing the hollow body passage material, and a material containing a material provided from the equipment.

Material 2 is a) water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, charcoal, ocher, clay, clay, sand, silica sand, chain sand, gravel, crushed stone, aggregate, ash, Fiber, carbon, resin, catalyst, waste, stone powder, iron, dust, minerals, substances, tailings, materials, rocks, lime, gypsum, air, gas, masato, granite, magnetite, apatite, dolomite, graphene, by-products, Slag, sludge, ceramic, silica, enzyme, cement, admixture, quick-setting agent, finalizer, pressure-sensitive adhesive, adhesive, inflating agent, foaming agent, waterproofing agent, water repellent, detoxifying agent, water hydrating agent, drying agent, fiber, binder, solidifying material, binder, nano Material, reinforcing material, casting material, porous material, carbide, incineration material, fired material, ion material, ionized water, cation, anion, activated carbon, kaolin, asphalt, phytoncide, fluidizing agent, micro material, bentonite, zeolite, attapulgite, geopolymer , Compounded water, compounding material, compound, mixture, mortar, milk, chemical solution, suspension, slurry, remittal, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; b) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO; c) At least one of the Ca to CaMgFeCOO agents, ash, ions, components, urea, elements, substances, reactants, bonds, inclusions, nano products, resin products, by-products, carbon products, fibers, catalysts, fibers , Latex water, bio water, phytoncide water; It is any one or more selected from the group consisting of.

The material 3 comprises: a) the water or plaster containing at least one of the Ca to phytoncide products; b) one or more of the water to plaster, liquid, gaseous, solid, powder, particulate, stirred, input, and additive; c) the mortar or plaster containing at least one of the water and additives; d) or the water or plaster in which one or more of a hydration reaction, a pozzolan reaction, a hydroxylation reaction, and a carbonation reaction occurs; e) e1) Low particle diameter of 1 to 100 µm, medium particle diameter of ㎜, high particle diameter of cm, e2) 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-high specific gravity of ∼2.0, high specific gravity of 2.1-3.0, e3) Low powder of 100-1,000 ㎠/g, ultra-low powder of less than this low powder, medium-low powder of 1,001-2,000 ㎠/g, 2,001-5,000 The water to phytoncide water, which is one of a medium powder of ㎠/g, a medium powder of 5,001 to 7,000 ㎠/g, a high powder of 7,001 to 10,000 ㎠/g, and an ultra-high powder of more than this high powder; It is any one or more selected from the group consisting of.

Material 4 is a) low pressure of 1-50kg/cm2, ultra-low pressure less than this, medium-low pressure of 51-100kg/cm2, medium pressure of 101-200kg/cm2, medium pressure of 201∼300kg/cm2, medium pressure of 301∼600kg/cm2 the water or plaster poured at one of a high pressure of m and an ultra-high pressure equal to or higher than the high pressure; b) or the water or plaster containing two or more of sand, gravel, aggregate, filler, binder, admixture, and water; c) water, sand, gravel, crushed stone, aggregate, water, and the above water or plaster made by kneading at least one of admixtures with cement; d) a mixture of cement or asphalt and one or more of fillers, sand, stone dust, and crushed stone; e) The aggregate is among fine aggregate, coarse aggregate, sand, sea sand, sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-products, waste powder, dust, stone powder, fine powder, slag, sludge, incineration ash. One or more of the water to plaster; f) the water or plaster in which the filler is at least one of minerals, ores, tailings, wastes, by-products, waste powder, dust, stone powder, fine powder, slag, sludge, and incineration ash; k13) the water to plaster in which the binder is at least one of binders, cement, asphalt, gypsum, lime, starch, chemicals, polymers, and adhesives; g) The admixture is a rapid setting agent, retardant, sintering agent, dispersing agent, waterproofing agent, water-repellent agent, water repellent, foaming agent, expanding agent, foaming agent, defoaming agent, coloring agent, hardening agent, water reducing agent, pigment, dye, microorganism, useful microorganism, effective microorganism, bacillus , Pasteurize, fluidizing agent, air entraining agent, anion radiating material, far-infrared radiating material, mineral, ore, tailings, waste, slag, and the water or plaster of one or more of sludge; It is any one or more selected from the group consisting of.

The material 5 is a) wherein the water is one of water, water, liquid, oil, water, water, sewage, dam water, pump water, ground water, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ionized water. Water to plaster; b) Or cement, asphalt, soil, ocher, air, air bubbles, pressure, oxygen, nitrogen, resin, chemicals, chemicals, urea, enzymes, yeasts, catalysts, enzymes, surfactants, activators, silica, carbon, foaming agents, expanding agents, In addition to one or more of color agents, graphene, polymers, microorganisms, fibers, aggregates, fillers, binders, admixtures, water, and at least one of the water or plaster; c) 25 to 70 parts by weight of aggregate or filler, 15 to 40 parts by weight of binder, 0.1 to 10 parts by weight of admixture, and 5 to 35 parts by weight of water. d) Or 15 to 30 parts by weight of cement, 20 to 45 parts by weight of fine aggregate, 30 to 60 parts by weight of coarse aggregate, 0.1 to 3 parts by weight of waste, 0.1 to 5 parts by weight of admixture, and 15 to 35 parts by weight of water. The number of plasters; e) a cement binder and a particle size range of 5 to 13 mm, 13 to 20 mm aggregate and waste, and a fluidizing agent, and the water binder ratio of 25 to 35% or the porosity of 15 to 30%; f) or the water or plaster containing fine aggregates and coarse aggregates in a ratio of 0.2 to 0.65㎥ per 1㎥ of water, cement binder, and admixture; It is any one or more selected from the group consisting of.

The material 6 comprises a) cement, aggregate, water, and admixtures, and a water-cement ratio of 25 to 40% of the water to plaster; b) or a cement having a density of 3.0 to 3.2 ^{g/cm 3} , a powderiness 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 volume mass of 1,340 to 1,580 kg/m ^{3 or more;} The water or plaster containing water and an admixture in at least one of a density of 2.2 to 2.6 g/cm ³ and a unit volume of 1,295 to 1,580 kg/m ^3; c) 14 to 15 parts by weight of the binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of admixture, 0.3 to 3 parts by weight of waste, and separate water; including 100 parts by weight of the water or plaster; 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, 2 to 30 parts by weight of water, and 100 parts by weight of the water or plaster; e) or 20-60 parts by weight of asphalt, 10-50 parts by weight of aggregate, 10-50 parts by weight of stone powder, and 100 parts by weight of the water or plaster; f) the water or plaster comprising a binder, water, sand, gravel and admixture; g) or a binder mixed with 30 to 90 parts by weight of cement, 1 to 55 parts by weight of slag, 0.1 to 35 parts by weight of fly ash or silica fume, and any one selected from a particle size of 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm The coarse aggregate, fine aggregate or slag fine aggregate having a particle size of 5 mm or less, and the water or plaster containing 0.03 to 3.0 parts by weight of a fluidizing agent or an admixture including an AE water reducing agent with respect to the binder; It is any one or more selected from the group consisting of.

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

Material 8 is a) amount of binder or cement 250 to 550 kg/㎥, fine aggregate amount 350 to 650 kg/㎥, coarse aggregate amount 850 to 1,100 kg/㎥, quantity 150 to 200 kg/㎥, mineral or waste 200 to 450 ㎏/㎥, the water to the plaster containing at least one of 0.1 to 5 parts by weight of admixture; b) a binder or cement 50-55 parts by weight of SiO _2, relative to 100 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 wt. Parts, CaO 0.5 to 0.9 parts by weight, K ₂ O 0.5 to 1.1 parts by weight, Na ₂ O 0.5 to 0.7 parts by weight, P ₂ O ₅ 0.2 to 0.6 parts by weight, MnO 0.03 to 0.09 parts by weight, mineral component 13 to 18 parts by weight Contains 5 to 45 parts by weight of one of waste flour, stone flour, and tailings containing part, and the particle diameter of one of the waste flour, stone flour, and tailings is 0.03 to 0.08 mm, the slump is 8 to 12 cm, and the unit quantity/cement amount is 50 to 60 The water to the plaster having a weight%, a 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, 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, the microorganisms are photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous bacteria, bacillus, the number of the plaster of at least one selected from yeast; d) 50 to 90% by weight of cement, 1 to 15% by weight of powder slag, 0.1 to 7% by weight of powder 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 of water reducing agent The water containing at least one of the weight% to the plaster; e) or 13 to 21 parts by weight of cement, 27 to 36 parts by weight of fine aggregate, 38 to 47 parts by weight of coarse aggregate, 1 to 7 parts by weight of phytoncide, 0.3 to 1.8 parts by weight of admixture, and 4 to 10 parts by weight of water. The water to the plaster; f) said water to plaster of magnetization or hexagonal hydration; It is any one or more selected from the group consisting of.

The material 9 a) 100 parts by weight of at least one of lime, gypsum, cement, binder, binder, asphalt; b) Based on 100 parts by weight, in addition to at least one of b1) 100 to 600 parts by weight of sand or chain 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) water or ionized water 50 ∼400 parts by weight, waste or stone powder or ash or by-products 10 to 600 parts by weight, soil or loess or masato 10 to 600 parts by weight, resin or polymer or latex 0.005 to 50 parts by weight, fiber or reinforcing material or nanomaterials 0.0001 to 40 parts by weight Parts, in addition to at least one of 0.00001 to 10 parts by weight of microorganisms or their inclusions, 0.00001 to 3 parts by weight of detoxifiers or their inclusions, and 0 to 10 parts by weight of substances other than the above, c) c1) phytoncide, phytoncide-containing material; c2) phytoncide extracted from plants; c3) or phytoncide obtained from at least one of plants, added water added to the plant, heating the plant and the added water, distilled water by this heating, and cooling water of the distilled water; c4) or the phytoncide of one of magnetization, bio, magnetic contact magnetization, and microbial input bio; Any one or more selected from the group consisting of the above water to which one or more of the put into the plaster is at least one.

The material 10 is water, water, liquid, oil, medicine, sol, gel, gas, solid, agent, ash, fluid, liquid. , Gas, solid, liquid gas, liquid solid, gas solid, liquid solid, water, mineral water, water, sewage, storm water, sewage, wastewater, turbid water, dirty water, carbonated water, ionized water, seawater, brine, spring water, drinking water, groundwater , Bedrock water, surface water, oil, oil, diesel, gasoline, iron, scrap metal, copper, metal, non-metal, mineral, tailings, ore, rock, rock powder, stone, stone powder, wood, wood powder, powder, sawdust, soil, soil, earth and stone , Loess, white clay, clay, granite, masato, graphite, silica sand, carbon, graphene, ceramic, pozzolan, silica, silica fume, lime, gypsum, sand, maritime sand, chain 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, negative waste, waste powder, fine powder, iron powder, dust, slag, sludge, slurry, foundry sand, charcoal, Ash, bottom ash, fly ash, coal ash, incineration ash, firing ash, carbonized ash, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, chemical, chemical solution, suspension, enzyme, yeast , Urea, catalyst, positive catalyst, photocatalyst, titanium dioxide, ionic substance, zero value, polyhydric substance, cation, anion, ion water, iron ion, metal ion, phytoncide, aeration agent, reactive agent, adsorbent, coagulant, restoration agent, sterilizer, Disinfectant, activator, surfactant, binder, solidifying agent, solidifying agent, powder, nanomaterial, granular material, particulate matter, calcined material, incineration product, carbide, seed, seed, germination product, microorganism, fertilizer, nutrient, fat, starch , Vitamin, mineral, fiber, woven fabric, non-woven fabric, carbon fiber, fiber, fiber fiber, glass fiber, metal fiber, collector, adsorbent, dehumidifying agent, dehydrating agent, sterilizing agent, admixture, additive, hardener, dispersant, quick setting agent, finalizer, Sintering agent, water reducing agent, accelerator, retardant, rust inhibitor, expanding agent, foaming agent, foaming agent, aeration agent, antifoaming agent, colorant, adhesive, adhesive, binder, solidifying agent, fixing agent, waterproofing agent, room It is one of the water or plaster containing at least one selected from the group consisting of an infusion solution, a water repellent, an acidic agent, a base agent, a fluidizing agent, a phytoncide, an air entraining agent, cellulose, and carboxymethyl cellulose (CMC).

Materials 11 are a) beams, beams, underground beams, ground beams, cross beams, stringers, tiles, bricks, blocks, grid blocks, slope blocks, reinforcement blocks, reinforcement blocks, panels, interior panels, exterior panels, walls, walls, Interior materials, exterior materials, main materials, subsidiary materials, construction materials, mats, boards, double construction boards, support boards, reinforcement boards, floor boards, double construction boards, boards, girders, slabs, culverts, sewage culverts, rainwater culverts, boxes, tanks, storage boxes, underground boxes, Storage box, manhole, pipe, steel pipe, merit pipe, non-public pipe, pipe, waterway, runway, U-shaped pipe, drainage pipe, sewer pipe, water pipe, Hume pipe, plum pipe, clay pipe, cement pipe, concrete pipe, water tank, storage tank, water collection tank, Collection well, rainwater storage tank, rainwater storage tank, pavement material, sidewalk material, boundary stone, separator, foundation, column, pile, pile, PHC pile, factory pile, purchase base, driving base, rotational purchase base, cast-in-place pile, pier, caisson, Geothermal pile, geothermal pier, geothermal caisson, geothermal circulation pipe built-in pile, tetra pot, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, tunnel lining segment, mortar material, cement material, concrete Ash, asphalt material, cement secondary product, asphalt secondary product, remital secondary product, asphalt concrete secondary product, ready-mixed concrete secondary product, LMC (latex modified concrete) material, PC (pre cast) material, PS (pre stress) or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) materials; b) or the bo to the PSC material containing at least one of the water to plaster, water to CMC; It is any one selected from the group consisting of.

Materials 12 are a) houses, buildings, houses, houses, houses, detached houses, apartment houses, assembly houses, canopy buildings, canopy houses, mobile houses, container houses, hanoks, Western houses, loess houses, shopping centers, apartments, officetels, residential buildings Complex, low-rise building, high-rise building, high-rise building, house, mobile house, wooden house, wooden construction, artificial wooden house, synthetic wooden house, loess house, tile house, traditional house, hanok house, earthen house, rice house, traditional building, cultural property, Cultural Property Building, Basement, Underpass, Underground Building, Underwater Building, Ground Building, Public 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 Materials, materials, liquids, water, water, materials, raw materials, materials, materials, powders, sheets, mats, pouring materials, interior materials, exterior materials used in one of buildings, iron cone buildings, steel structures, assembly buildings, containers, and container houses , Main materials, subsidiary materials, construction materials, mortar, remital, ready-mixed concrete, asphalt concrete, concrete, any one selected from the group consisting of the beam to PSC materials.

Materials 13 are steel towers, columns, chimneys, fences, street lights, tunnels, road tunnels, railroad tunnels, NATM tunnels, TBM tunnels, Shield tunnels, TBM-Shield submersible tunnels, underwater tunnels, submerged tunnels, immersion tunnels, wind tunnels, underground Tunnel, Piam tunnel, open tunnel, air tunnel, soundproof wall, soundproof tunnel, road, driveway, sidewalk, sidewalk, railroad, track, pavement, pavement, runway, running route, operating route, city, safety, structure, ground, foundation , Bridge, bridge, road bridge, railroad bridge, overpass, shift, pier, wind bridge, aerial bridge, dam, dirt dam, earth and sand dam, dead power dam, cement dam, concrete dam, arch dam, all sides dam, embankment, dirt embankment, earth and sand embankment , Sapower embankment, cement regeneration, concrete regeneration, river embankment, river, ocean, harbor, coast, revetment, lake, waterway, quay wall, watershed, estuary, breakwater, seawall, offshore structure, beam, underwater beam, ground section, water surface beam, water Tablecloths, river beams, 4 major river beams, facilities, facilities, buildings, structures, sculptures, landscape materials, subways, structures, facilities, molds, formwork, retaining walls, reinforced earth retaining walls, stone structures, underground walls, earth barrier walls, shielding walls, reaction walls, complex Wall, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, equipment, plant, landscaping facility, landfill, power plant, waste landfill, thermal power plant, nuclear power plant, soil structure, soil structure , Earthwork structures, slope structures, slope structures, repair structures, offshore structures, cement structures, concrete structures, ready-mixed concrete structures, wood structures, steel structures, steel structures, underground structures, underwater structures, ground structures, aerial structures, floating structures, assembly Structures, ground structures, underground structures, water surface structures, underwater structures, repair structures, public structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, repair facilities, construction facilities, civil engineering facilities , Environmental facilities, 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, and floating facilities. Can, water, materials, raw materials, It is any one selected from the group consisting of materials, materials, powders, sheets, mats, pouring materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, mortar, remittal, ready-mixed concrete, asphalt concrete, concrete, beams and PSC materials.

Material 14 above is construction, development, architecture, construction, work, civil engineering, environment, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, think hole restoration, landscaping, planting, molding, sculpture, manufacturing, material manufacturing , Production, material production, work, construction, construction work, construction, building construction, material production, material production, construction work, construction work, building construction, disaster prevention, soil, earthworks, ground, underground, basement, slope, slope, slope , Foundation, pile, PHC pile, excavation, excavation, excavation, cutting, embankment, geothermal pile, factory pile, burial foundation, driving foundation, rotary burial foundation, cast-in-place pile, soil barrier, soil barrier wall, slurry wall, underground continuous wall , Diaphragm wall, CIP(cast in place pile), CP(compaction pile), SCP(sand compaction pile), CCP(crushed stone compaction pile), VCCP(vibrated CCP), dredging, reclamation, underwater, cableway, elevator, Masonry, plastering, waterproofing, order, water proofing, painting, pavement, dirt pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground clearing, complex clearing, drilling, boring, mixing, mixing, supply, provision, pressure delivery, transfer, Transportation, pouring, mold pouring, concrete pouring, chiming, laying, slope laying, ground laying, road laying, 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), spray, water spray, ground spray, slope spray, underwater spray, aerial spray, dust removal spray, curing , Training, geothermal work, mixing, ground mixing, ground agitation mixing, DCM (deep cement mixing), SCW (soil cement wall), compaction, underground compaction, stirring compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, Repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, face treatment, sink hole treatment, sink hole filling, cavity filling, stone, masonry, exterior wall, Scaffolding, dismantling, windows, sheet metal, roof sheet metal, assembly, architectural assembly, steel, windows, sheet metal, water and sewage, method, electric method, greening, cleaning, cleaning, redevelopment, reconstruction, interior, remodeling, k424) weight, light weight, foam , Bubbles, expansion, permeability, unreinforced, reinforced, unreinforced concrete, reinforced concrete, RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete), PS (prestressed, poststressed), PSC ( Prestressed concrete, poststressed concrete), SRC (steel reinforced cement), CRC (carbon reinforced cement), material, material, liquid, water, water, material, raw material, material, material, powder, sheet, mat, pouring It is any one selected from the group consisting of materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, mortar, remital, ready-mixed concrete, asphalt concrete, concrete, and the beam or PSC materials.

The material 15 is the beam or PSC material containing at least one of rods, rods, plates, nets, meshes, grids, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, nanomaterials, and reinforcing materials. It is any one selected from the group consisting of. The material 16 is one of a) strength, compressive strength, tensile strength, and shear strength after one of pouring, curing, hardening, and hardening, is a low strength of 1 to 50 kg/㎠, ultra-low strength less than that of a), and a medium and low strength of 51 to 100 kg/㎠. 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, super high strength above this high strength; b) Low density of 0.1∼0.5t/m3, ultra-low density less than this, medium-low density of 0.51∼1.0t/㎥, medium density of 1.1∼1.5t/㎥, medium density of 1.51∼2.0t/㎥, 2.1∼ High density of 3.0t/㎥, super high density above this high density; c) Low water permeability with a water permeability coefficient of 10^(-15∼-10)cm/sec, ultra-low water permeability less than this, medium-low water permeability of 10^(-9∼-6)cm/sec, 10^(-5) Medium water permeability of ∼-3)cm/sec, medium water permeability of 10^(-2∼+1)cm/sec, high water permeability of 10^(+2∼+5)cm/sec, ultra-high permeability above this high permeability castle; It is any one selected from the group consisting of one of the beams to PSC materials.

The material 17 is a) mortar, milk, chemical solution, suspension, slurry, formulation, ready-mixed concrete, ascon, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, girder, slab, Culverts, boxes, tanks, manholes, Hume pipes, water tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the mortar to the mortar to the mortar to the building material containing or curing any of the above; c) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, facility, material, material, raw material , From the mortar to building materials; It is any one selected from among. The material 18 is one of a material manufactured by equipment, a material manufactured by one or more of the storage and cotton treatment machines, a material used for construction, a material used for work, and a material for constructing a facility.

The material 19 is stored, input, mixed, pressurized, transported, supplied, poured, laid, injected, injected, sprayed, shot, coated, painted, packaged, compacted, mixed, It is a material manufactured by at least one of curing and cotton treatment. The material 20 is one of a) an electromagnet, a superconducting magnet, a solenoid electromagnet, a magnet or electromagnet with a cone spiral, a solenoid electromagnet with a cone spiral, a cone spiral with a magnet or electromagnet, a cone spiral with a solenoid electromagnet, a cone spiral with a magnet or an electromagnet Liquidity improvement; b) improved fluidity by means of a hollow body provided with one of the electromagnets to the cone netting machine spiral; c) improved fluidity by a pouring machine provided with one of the electromagnets to the hollow body; d) One of agitation, mixing, fluidity, and filling properties is improved by one of a cone, a cone spiral, a rod, a rod, a protruding rod equipped with a magnet; e) Unmanned pouring and automated pouring by 3D printer; f) High-rise pouring and unmanned pouring by drones; It is one of the materials.

The material 21 is a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion by the equipment; b) the magnetization or magnetic energy conversion without power by the equipment; c) improvement of one of fluidization, fluidity, slump value, workability, and workability by the above equipment; d) reducing the amount of fluidizing agent input by the above improvement; e) reducing the cost of using the fluidizing agent by the reduction; f) Mixability, agitation, pressurization, feedability, mobility, pourability, placement, injectability, injectability, sprayability, coatability, paintability, compaction, mixing, adhesion, Improvement of at least one of inflow, filling, mold filling, space filling, and closed room filling; g) Reduction of one of dropping property, 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 one or more selected from among the

The water is any one selected from water, water, water, sewage, dam water, river water, ground water, surface water, and pumped water. The water is any one selected from water, water, water, and substances. The liquid is any one selected from liquid, liquid, chemical liquid, and liquid. The oil is any one selected from oil, oil, oil, and oil. The sol is a sol, an organic sol, an inorganic sol, a hydrophilic sol, a hydrophobic sol, aerosol, a hydrosol, an organosol, a colloidal sol, a colloidal solution, a sol made of a gel, and colloidal particles are dispersed in a liquid. Any one or more selected from materials having fluidity. The gel is a gel, a sol-gelled gel, agar, tofu, bonding gel, silica gel, hydrogel, hydrogel, diatomaceous earth gel, acid clay gel, xerogel, porous gel, xerogel , Diatomaceous earth (硅藻土), acid clay (酸性白土), a gel in which a colloidal solution (sol) is thickened to a certain concentration or more, a solvent or water solidified between the mesh of colloidal particles. .

The soil is any one selected from soil, soil, and soil. The carbon is any one selected from coal, briquettes, ash, charcoal, activated carbon, and carbide. The charcoal is any one selected from charcoal, charcoal, charcoal, wood charcoal, and charcoal. The ash is ash, ash, incineration ash, incineration ash, firing ash, carbonization ash, combustion ash, chaff ash, volcanic ash, briquette ash, bottom ash, fly ash, thermal power plant ash, incinerator ash, incinerator ash, SiO ₂ 40-60 weight It is any one or more selected from the ash containing the part. The carbon is selected from carbon dioxide such as carbon, 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 Which one. The graphene is any one selected from graphene, one layer of graphite, a thin layer of graphite, and a 0,2nm layer of graphite. The waste powder is any one or more selected from waste powder, stone powder, ash, iron powder, dust, phosphorus powder, copper powder, animal powder, fine powder, iron powder dust, cement dust, and concrete fine powder. The gas is at least one selected from gas, oxygen, hydrogen, nitrogen, chlorine, carbon, and carbon dioxide.

The microorganism is microorganism 1 or 2. The microorganism 1 is a microorganism, culture microorganism, fermentation microorganism, immature microorganism, decomposition microorganism, useful microorganism, effective microorganism, aerobic microorganism, anaerobic microorganism, aerobic microorganism, semi-aerobic microorganism, semi-anaerobic microorganism, basophilic microorganism, low alkali microorganism, strain , Lactobacillus, Actinomycetes, Radiation bacteria, Photosynthetic bacteria, Yeast bacteria, Nuruk bacteria, Fungi, Lactic acid bacteria, Acetic acid bacteria, Bacillus bacteria, Bifidobacteria, Bacteriophage, Bacillus bacteria, Pasteurosis bacteria, Lactobacillus bacteria, Saccharomyces bacteria, Sporosalsi Nagyun, Bacillus cereus, Bacillus anthracis, Bacillus subtilis, Bacillus spaericus, Bacillus pasteuri, Bacillus capital fisher, Bacillus coni. The microorganism 2 is a microorganism that performs one or more of bonding, sealing, binding, bridging, carbonation, low water permeability, high water permeability, and crack filling of one of a substance, a material, a material, and a poured object.

The phytoncide is phytoncide 1 or 2. The phytoncide 1 is any one selected from phytoncide, magnetized phytoncide, biophytoncide, phytoncide magnetized through a magnetic body, biophytoncide injected with microorganisms, and any one of the substances contained therein. The phytoncide 2 is a phytoncide extracted from one of a tree, a stem, a plant, a bark, or a cypress tree, or a content thereof.

The resins are resins, resins, chemicals, chemicals, water glass, natural resins, artificial resins, synthetic resins, nano resins, high molecular substances, high molecular polymers, hydraulic polymers, geopolymers, high molecular chemicals, urea, silicic acid, silicon, sodium silicate, phosphoric acid, Ammonia, enzyme, silica, paraffin, silica sol, silica gel, activated silica, micro silica, hybrid silica, acrylic emulsion, acrylate, acrylic, urethane, epoxy, urea, uracil, latex, polymer, acrylic urethane, water-soluble resin, hydraulic resin , Oil-soluble resin, oil-curable resin, hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, amine, aniline, amide, aldehyde, naphthalene, melamine, cellulose, 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, polyhydroxyhexane, isocyanate, MMA (Methyl Methacrylate), CMC (carboxymethyl cellulose), SAP (super absorbent polymer) any one or more selected from.

The fibers or fibers are fibers, fibers, fibers, fibrous tissue, beard roots, wool, hemp, rock wool, silk yarn, yarn, fineness, textiles, jute, wool, raw yarn, human silk, short fibers, long fibers, cotton, Kapok-myeon, coier, manila hemp, sisal hemp, leaf flax, ramie grass, goat's wool, camel hair, cashmere, kapok dog, night sleep dog, silk fiber纖維), asbestos, gold foil, silver doctor, rayon, viscose rayon, cupra rayon, filament, nylon, viscose rayon, staple fiber, coir, natural fiber, artificial fiber, plant fiber , Animal fiber, mineral fiber, seed fiber, mac fiber, bast fiber, water wool, inorganic fiber, organic fiber, metal fiber, glass fiber, rock Fiber, slag fiber, silicate fiber, regenerated fiber, semi-synthetic fiber, synthetic fiber, fibrin fiber, protein fiber, semi-synthetic fiber, nylon fiber, semi-long fiber, hard fiber, peanut fiber, bast fiber, chocoal ) Fiber, copper ammonium rayon, heat-resistant fiber, ceramic fiber, water wool fiber, plant fiber, regenerated fiber, synthetic fiber, new synthetic fiber, any one or more selected from the length of the ductile fiber 1.1 to 100 times its thickness.

The reinforcing material is a) rod, frame, mesh, beam, plate, cell, reinforcement, steel frame, reinforcing bar, steel bar, H beam, I beam, steel wire, column, pile, girder, steel pipe, steel bar, steel bar, carbon, mesh, Grating, wire mesh, sheet, mat, fiber, glass, metal, steel, frame, rope, bolt, anchor, bridge seat, arch, nailing, truss, cable, wire, grid, fiber, mesh grid, grid mesh, carbon mesh, Carbon rod, carbon band, carbon rod, reinforcing material, vertical material, horizontal material, inclined material, bracket, nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon net, FRP material, Bracing, X-bracing, warp-bracing, plastics, wire mesh, polymer composites, metal polymer binders, wire mesh and carbon mesh bonds, iron bars and their outer circumferential net or carbon mesh bonds, carbon bars and their outer wire mesh bonds; b) two or more of these composites; c) One of these composites: reinforcing bars and carbon nets, nets and grids, nets and grids and sheets; It is any one selected from among.

The nanomaterial is one of nanomaterials 1, nanomaterials 2, nanomaterials 3, nanomaterials 4, and nanomaterials 5. The nanomaterial 1 is any one selected from nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nano irons, nano metals, nao ions, nano resins, nano carbons, and nano latex. The nanomaterial 2 is a number, water, liquid, oil, drug, drug, sol, gel, group, solid, agent, ash, powder, substance, particle, fluid, liquid, or number corresponding to the size of ^{10 -9 meters,} It is any one selected from gas, solid, carbon, metal, iron powder, stone, wood, polymer material, liquid gas, liquid solid, contribution solid, liquid solid, particulate matter, and granular material. The nanomaterial 3 is a material having a size of ^{10 -7} to -11 meters, which is ±100 ^{of 10 -9 meters.} The nanomaterial 4 is a material that improves one of the decomposition, reaction, function, and performance of the material because the particle is small and the specific surface area is large. The nanomaterial 5 is a nanoresin that improves one of reaction, bonding, binding, and fluidity compared to ordinary resins, and becomes at least one of an increase in strength and a decrease in water permeability after hardening or curing. The micro-materials may include micro-materials, micro-materials, micro-materials, micro-materials, and micro-materials; Or the number to the granular material of the size of ^{10 -6 meters or corresponding to the size;} It is any one selected from among.

The admixtures are admixtures, additives, quick-setting agents, finishing agents, water reducing agents, rust inhibitors, sintering agents, adhesives, adhesives, fixing agents, solidifying agents, binders, binders, water repellents, antifouling agents, fluidizing agents, air entraining agents, non-flammable agents, flame retardants , Fire retardant, emulsifier, pH agent, pH adjuster, pH 7 or less agent, pH 7 or more agent, acidic agent, basic agent, neutralizing agent, neutralizing agent, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, caking agent, modifier, fast economy, couple Ring agent, catalyst, crosslinking agent, dispersant, plasticizer, accelerator, retarder, coagulation delaying agent, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, antifoaming agent泡劑), pigment, colorant, set accelerator, set delay agent, absorbent, adsorbent, trapping agent, antibacterial agent, detoxifier, dehydrating agent, crushing agent, crushing agent, aeration agent, activator, dehumidifying agent, dehydrating agent, water function Agent, containing agent, containing agent, embedding agent, nano agent, micro agent, anion radiating material, far-infrared radiating material, cement admixture, concrete admixture; Complex of two or more of them; It is any one selected from among.

The additives are gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, chemicals, drugs, medicines, chemicals, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, iron powder, stone powder , Loess, by-products, microorganisms, medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, enzyme, aerobic agent, anaerobic agent, activator, nano Agent, carbonate, detergent, reactive agent, adsorbent, flocculant, disinfectant, disinfectant, fragrance, antibacterial agent, germ remover, decontamination agent, odor remover, atopic source remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump press, blower Press, wind compressor press; Complex of two or more of them; It is any one selected from among.

The pressure is 1 or 2. The pressurizer 1 is any one selected from compressed air, pressurized air, pump pressurizer, blower pressurizer, compressor pressurizer, wind pressurizer, and two or more mixed pressurizers. The indenter 2 is a low pressure of 1-50kg/㎠cml, an ultra-low pressure less than this, a medium-low pressure of 51-100kg/cm2, a medium pressure of 101-200kg/cm2, a medium pressure of 201-300kg/cm2, a medium pressure of 301-600kg/cm2m High pressure, one of the ultra-high pressures above this high pressure, or compressed air or pressurized air. The by-products are by-products, wastes, waste powder, stone powder, dust, iron dust, tailings, wastewater, ash, bottom ash, fly ash, kiln dust, food waste, food wastewater, slag, sludge, foundry sand, waste foundry sand, waste gypsum, waste lime, It is any one selected from scrap iron, scrap metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products. The activator is an activator, a surfactant, a substance activator, a state activator, an activator that improves one of reaction, hydration, hydroxylation, strength, and energy of a substance, an ionic surfactant, a cationic surfactant, an anionic surfactant, a nonionic surfactant, Zwitterionic surfactants, lignin sulfonic acid salts, polyalkylaryl sulfonic acid salts, melamine formalin sulfonic acid salts, aromatic polycyclic condensate sulfonic acid salts, ethers, esters, resin acid salts, polyalkylbenzene sulfonic acid salts, polyalkyl Sulfonic acid salt triethanolamine type, dodecylamine (dodecylamine), HDTMA (hexadecyltrimethylammonium), sodium laurate, any one selected from two or more of these complexes.

The reactant is 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, Ligninsulfonic Acid, Urea Formaldehyde, Polyester, Noble Metals, Polyvalent Metals, Slag, Perlite, Atapalgite, 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 two or more of them. The reactant 2 is a reaction, heating reaction, exothermic reaction, catalytic reaction, hydration reaction, oxidation reaction, reduction reaction, aggregation reaction, urea reaction, decomposition reaction, desalination reaction, cleavage reaction, carbonation reaction, hydroxylation reaction, pozzolan reaction, microorganism It is any one selected from an agent, ash, substance, material, or drug that causes or causes one of the reactions. The rapid setting agent is any one selected from a rapid setting agent, a cement rapid setting agent, a concrete rapid setting agent, a silicate accelerator, an aluminate accelerator, an alkali free accelerator, and a cement mineral rapid setting agent. .

The above disinfectants are formalin, alcohol, disinfectant, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux liquor/lime sulfur compound, phenolic water, cresol water, sesame water, chlorcalc, organic mercury, dithiocarbamate, Daisen-M , Balibi, Valcoat, Benomyl, Blasticidin S, Vinclozoline, Edifenphos, Oxycarboxine, Oxin Copper, Organophosphorus Disinfectant, Organic Sulfur Disinfectant, Isoprothiolane, Iprodione, Geneve , Maneb, Anthracol, Georam, Phthalamide, Carboxin, Captan, Cooper Hydroxide, Chlorothalonil, Triadimephone, Dodyne, Dinocap, Diclofluanide, Diclones, Ditianone , Maneb, Captan, Captipol, Dipolartan, Polpet, Bendimidazole, Benomyl, Benrate, Thiophane Ethyl, Triazole, Triadimephone, Tricyclazole, Organic Disinfectant, Metalaxil, Dazigarene ( hymexazol), kitazine (IBP), edifenphos, isoprothiolane, agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxin, validamycin, neoasogene , Validamycin-A, any one selected from two or more complexes.

The compounded water is water, water, liquid, oil, medicine, sol, gel, liquid, mineral water, water, sewage, rainwater, sewage, wastewater, turbid water, dirty water, seawater, salt water, spring water, drinking water, groundwater, bedrock water, It is any one selected from surface water, acidic water, basic water, carbonated water, magnetized water, hexagonal water, water used for mixing, or water or liquid or liquid. The blending material is any one selected from agents, materials, materials, raw materials, substances, magnetic materials, and magnetic blending materials used for blending. The formulation is selected from pouring material, chemical solution, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, magnetized material, magnetized compound, compounded material, material used for mixing, and mixture of compounding water and compounding material. Which one.

The milk is any one selected from milk, cement milk, lime milk, and a mixture of cement and water. The mortar is any one selected from mortar, cement mortar, lime mortar, gypsum mortar, asphalt mortar, and a mixture of cement, water and sand. The chemical solution is any one selected from a chemical solution, a drug, water glass, sodium silicate, a resin solution, and a drug-containing solution. The suspension is 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, fresh concrete, ready mixed concrete, fresh concrete manufactured in a batch plant (concrete not yet hardened), cement, water, sand, and gravel.

The asphalt is any one selected from asphalt, tar, pitch, bitumen, crude oil, crude evaporation, and crude oil. The paste is any one selected from paste, cement paste, asphalt paste, and a mixture of cement and water. The plaster is any one selected from plaster, gypsum plaster, lime plaster, and a mixture of lime and water. The concrete is concrete, loess concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel concrete, carbon concrete, reinforced concrete, fiber reinforced concrete, cold concrete, cold concrete, heavy concrete, lightweight concrete, foamed concrete, foam concrete , ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete, prepact concrete, cement, water, sand and gravel mixture. The pouring material is any one or more selected from the milk to concrete, water to plaster. The geopolymer is a Si component, Al component, Si ₂ O ₅ , Al ₂ O ₂ , _{at least one of SiO 2} and K component, Na component, OH component, KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ A material formed by combining at least one of SiO ₃ , NaOH+Na ₂ SO ₄ , Ca(OH) ₂ +Na ₂ SiO ₃ , Ca(OH) ₂ +Na ₂ SO ₄ , Na ₂ SiO ₃ +Na ₂ CO ₃ to be.

The Ca is Ca, calcium ion, Ca ⁺² , CaO, CaCO ₃ , Ca(OH) ₂ , Ca ₃ SiO ₅ (tricalcium silicate), Ca ₂ SiO ₄ (dicalcium silicate), CaSiO ₃ (calcium metasilicate), CaO At _{least one of SiO 2} ·nH ₂ O is included. The Mg includes at least one of Mg, Mg ²⁺ , MgO, MgCO ₃ , magnesium ions, and Mg(OH) _2. The Si includes at least one of Si, Si ⁺² , Na ₂ SiO ₃ , silicic acid, silicon ions, SiO ₂ , CaO·SiO ₂ ·nH ₂ O. The Fe includes at least one of Fe, FeO, Fe ₂ O ₃ , Fe ₃ O ₄ , and iron ions. The Me includes at least one of the abbreviation Me for metal, metal ion, Metal, and Metal. The Al contains at least one of aluminum and aluminum ions. The K includes at least one of K, K ⁺ , KOH, and potassium ions. The Na is Na, Na ⁺ , NaOH, NaCl, Na ₂ SiO ₃ , Na ₂ SO ₄ One or more of sodium ions are included. The OH is OH, OH ^- include one or more of, KOH, NaOH, hydroxide ions. The COO includes at least one of COO, COO-, COOH, CH ₃ COOH, carboxyl, carboxyl ions, resin raw materials, and resin components.

The CaMg includes one or more of CaMg, Ca, Mg, and CaMg. The CaSi includes at least one of Ca, Si, and CaSi. The CaFe includes at least one of Ca, Fe, and CaFe. The CaAl includes at least one of Ca, Al, and CaAl. The MgSi includes at least one of Mg, Si, and MgSi. The MgFe includes at least one of Mg, Fe, and MgFe. The MgAl contains at least one of Mg, Al, and MgAl. The SiFe includes at least one of Si, Fe, and SiFe. The SiAl includes at least one of Si, Al, and SiAl. The FeAl includes at least one of Fe, Al, and FeAl. The CaMgSi includes at least one of Ca, Mg, Si, CaMg, CaSi, MgSi, and CaMgSi. The CaMgFe includes at least one of Ca, Mg, Fe, CaMg, CaFe, MgFe, and CaMgFe. The CaMgAl includes at least one of Ca, Mg, Al, CaMg, CaAl, MgAl, and CaMgAl. The MgSiFe includes at least one of Mg, Si, Fe, MgSi, MgFe, SiFe, and MgSiFe. The MgSiAl includes at least one of Mg, Si, Al, MgSi, MgAl, SiAl, and MgSiAl.

The SiFeAl includes at least one of Si, Fe, Al, SiFe, SiAl, FeAl, and SiFeAl. The CaMgSiFe includes at least one of Ca, Mg, Si, Fe, CaMg, CaSi, CaFe, CaMgSi, MgSiFe, CaSiFe, and CaMgSiFe. The CaMgSiAl includes at least one of Ca, Mg, Si, Al, CaMg, SiAl, CaMgSi, MgSiAl, and CaMgSiAl. The MgSiFeAl includes at least one of Mg, Si, Fe, Al, MgSi, FeAl, MgSiFe, SiFeAl, and MgSiFeAl. The CaMgSiFeAl includes at least one of Ca, Mg, Si, Fe, Al, CaMg, SiFe, MgSi, FeAl, CaMgSiFe, MgSiFeAl, and CaMgSiFeAl. The KSiAl includes at least one of K, Si, Al, KSi, KAl, SiAl, and KSiAl. The NaSiAl includes at least one of Na, Si, Al, NaSi, NaAl, SiAl, and NaSiAl. The KNaSiAl includes at least one of K, Na, Si, Al, KNa, KSi, KAl, KNaSi, KNaAl, NaSiAl, and KNaSiAl. The CaSiCOO includes at least one of Ca, Si, COO, CaSi, CaCOO, SiCOO, and CaSiCOO. The MgFeCOO includes at least one of Mg, Fe, COO, MgFe, FeCOO, and MgFeCOO. The CaMgFeCOO includes at least one of Ca, Mg, Fe, COO, CaMg, FeCOO, CaMgFe, MgFeCOO, and CaMgFeCOO.

At least one of the Ca to CaMgFeCOO agents, ash, ions, components, urea, elements, substances, reactants, binders, inclusions, nano products, resin products, by-products, carbon products, fibers, catalysts, fibers, latex In water, bio-water, and phytoncide water, the agent is one or more of the Ca to CaMgFeCOO; Ca agent, Mg agent, FeCOO agent, CaMgFeCOO agent which are one of these; It is any one selected from among. The ash is at least one of the Ca to CaMgFeCOO ash; Ca material, Mg material, FeCOO material, CaMgFeCOO material, which are one of them; It is any one selected from among. The ions are one or more ions of Ca to CaMgFeCOO; Ca ions, Mg ions, FeCOO ions, and CaMgFeCOO ions, which are one of them; It is any one selected from among. The component is one or more components of the Ca to CaMgFeCOO or a component containing one or more; Ca component, Mg component, FeCOO component, CaMgFeCOO component, Ca-containing component, Mg-containing component, FeCOO-containing component, CaMgFeCOO-containing component; It is any one selected from among. The element is one or more elements of the Ca to CaMgFeCOO; Ca urea, Mg urea, FeCOO urea, CaMgFeCOO urea; It is any one selected from among. The element is one or more of the Ca to CaMgFeCOO; One of these is Ca element, Mg element, FeCOO element, CaMgFeCOO element; It is any one selected from among. The material is at least one of the Ca to CaMgFeCOO; One of these is Ca material, Mg material, FeCOO material, CaMgFeCOO material; It is any one selected from among.

The reactant is a reactant between one or more of the Ca to CaMgFeCOO or a reactant between one or more of the other substances, an oxidation reactant, a hydration reactant, a carbonation reactant; Ca reactants as one of CaO, Ca(OH) ₂ , CaCO ₃ , Mg reactants MgO, Mg(OH) ₂ , MgCO ₃ ; It is any one selected from among. The bonding material is a combination of one or more of the Ca to CaMgFeCOO or a combination of one or more and another material; One of them, CaMg, which is a combination of Ca and Mg, CaO, which is a combination of Ca and O, and _{Ca(OH) 2,} which is a combination of _{Ca and H 2} O; It is any one selected from among. The inclusions include at least one of the Ca to CaMgFeCOO; One of these is a material containing Ca, a material containing Mg, a resin containing FeCOO, and sand containing CaMgFeCOO; It is any one selected from among. The nano-material is one or more of the Ca to CaMgFeCOO nano-material; One of these is Ca component-containing nanomaterials, Mg component-containing nanomaterials, FeCOO nanomaterials, CaMgFeCOO nanomaterials; Or the Ca to CaMgFeCOO having a nanometer size; It is any one selected from among. One of the resin products, by-products, carbon products, fibers, catalysts, fibers, latex products, bio products, and phytoncide products is a resin containing at least one component or at least one component of Ca to CaMgFeCOO, by-products, carbon, fibers, catalysts , Fiber, latex, microorganisms, any one selected from phytoncide. The biomaterial includes one of a Ca or Ca component-containing microorganism, a Mg or Mg component-containing microorganism, a FeCOO or FeCOO component-containing microorganism, and a CaMgFeCOO or CaMgFeCOO component-containing microorganism.

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

It becomes one or more of the following 1, 2, and 3 by the above occurrence. In the above 1, one or more of strength, stiffness, density, bonding, binding, bonding force, adhesion, friction angle, waterproofness, water repellency, and durability of one of a material, material, and pouring material are improved. In the above 2, one of the functions, performance, and effects of one of cement, chemical solution, substance, material, and pouring material is improved. In the above 3, one or more of the strength, stiffness, density, bonding, binding, bonding force, adhesion, friction angle, water resistance, water resistance, and durability of the material is improved.

In the present invention, pouring is pouring, striking, sending, transporting, processing, casting, pouring, putting, discharging, ejecting, spraying, spraying, firing, injection, inflow, embedding, injection, coating, and painting. , Mixing, compaction, or the pouring or painting at a certain position at a certain position, such as pouring, pouring and injecting, pouring and injection, spraying, shorting, coating, pouring and painting, laying, packing, and pouring. Mixing by compacting, pouring, curing of concrete by pouring curing water, and surface treatment of concrete by pouring pouring material are also applicable.

In addition, the pouring in the present invention is a) pouring, b) one of them: mold pouring, rebar pouring, steel frame pouring, factory pouring, on-site pouring, manufacturing pouring, construction pouring, hitting, pouring, putting, laying, ground laying, injection, underground Injection, injection, grouting, injection, boring injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, coating, surface coating, painting, pavement, road paving, compaction, surface compaction, ground compaction , Mixing, underground mixing, c) storage, input, mixing, pressurization, pressurization, pumping, transport, transport, supply, provision, and the above-ground mixing, etc. In the present invention,-and the like correspond to-and the like, one of -, one or more of -, and the like. As an example of this, the pouring to underground mixing, etc. corresponds to one or more of the pouring to underground mixing, the pouring to underground mixing, and the like.

Examples of the equipment of the present invention are: a) a perforator, a reservoir (20), a hopper (21), a mixer (22), a pump or pressurizer (23), a transporter (24), a feeder or supply path (25), a pourer (26). ), a placement machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packaging machine, compactor, mixer, curing machine, face treatment machine, or equipment consisting of two or more in order, or two or more in random order, or b) or It is a device to which at least one of a nozzle, a drone, and a 3D printer is added while being configured as described above, or c) or a device to which a wind compressor is mounted while being configured and added.

1) In one or more of the storage, the cotton treatment machine, the nozzle to the 3D printer, a) a cone netting machine spiral; Tubes, hoses, pipes, hollow pipes, hollow bodies, magnetizers, hexagonal water devices equipped with teeth; One or more of them are provided, b) or a cone mang bar spiral or the hose outside of the perforator, a cone mang bar spiral inside the reservoir 20, the tube at the inlet of the hopper 21, the mixer 22 In the inside of the hexagonal water heater, the pipe at the outlet of the pump 23 or the pressurizer, the conveyor 24 or the conical bar spiral in the interior of the feeder or the magnetizer, the conical bar spiral in the middle of the supply path 25 Or the hollow body, the tube or hollow pipe at the outlet of the pourer 26, the tube at the outlet of the spreader, the hose or pipe at the inlet of the injector or syringe, the hollow body at the inlet of the injector, The magnetizer at the outlet of the shorting machine, the hollow pipe at the outlet of the coating machine, the pipe at the outlet of the coating machine, the magnetizer at the outlet of the packing machine, the magnetizer at the outside of the compactor, and the mixer. At least one of the magnetizer is provided on the outside, a conmang bar spiral inside the curing machine, or at least one of the magnetizer and the magnetizer on the outside of the face treatment machine.

2) The cone net rod machine spiral is the following x or y or z, and 2-1) the x is the net is mounted before or after the cone, the bar is mounted before or after the net, and the frame is mounted before or after the bar. It is mounted, a spiral is mounted before or after the frame, a magnetic material is mounted on at least one of the cone, net, rod, frame, and spiral, a wave member is mounted on the magnetic material, and a magnetic material having a magnetic force different from the magnetic material is the It is a cone net rod machine spiral formed by being mounted on the wave body, 2-2) y is a frame is mounted before or after the spiral, a net is mounted on one side of the frame, a rod is mounted inside the net, and the rod A cone is inserted into the cone, a magnetic 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 magnetic force different from the magnetic body is mounted on the wave body. 2-3) The z is a porous cone with a porous hole, a cone having a hollow diameter of 1.1 to 5.0 times the hollow 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 one side. One of a cone having a diameter of 0.1 to 10.0 times, and a cone having a hollow cross-sectional area of 0.05 to 0.9 times the inner cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnetic body, and the net 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 bar or an inclined bar inclined with respect to the magnetic material, the frame is a cone-shaped frame formed with a porous hole, and the spiral vortex the material passing through it, It is the above-mentioned cone mang rod machine spiral which is a spiral that performs either aeration or agitation.

3) a) underground drilling, rock drilling, building drilling by 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) the material is mixed by the mixer (22); e) pressurize, pressurize, pump, supply, and provide material by the pump or pressurizer 23; f) transporting, conveying, supplying, and providing material by means of the transporter 24 or 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 at a factory, pouring at the site, pouring for foundation work; i) the material is laid, the ground is laid by the laying machine; j) the material is injected by the injector, the ground is injected; k) material is injected and cracked by the syringe; ℓ) the material is sprayed by the sprayer and the slope sprayed; m) material is shorted or rusted by the shorting machine; n) the material is coated by the coating machine, cotton coating; o) The material is painted by the sprayer, shaving razor; p) packing materials by the packing machine, road surface packing; q) The material is compacted and ground compacted by the compactor; r) mixing the materials by the mixer and mixing them underground; s) curing the poured material by the curing machine; t) cotton treatment after the curing by the cotton treatment machine; Be one or more of them.

The perforator is one of a perforator 1, a perforator 2, a perforator 3, and a perforator 4, and the perforator 1 is a perforator connected to at least one of the storage or surface treatment machine, and the perforator 2 is a perforator, a drilling machine, a rock drill, an excavator, an excavator. Machine, drilling machine, boring machine, drill, bit, cramshell, screwdriver, injector, grouter, rod with bit, rotary bit, rotary rod with bit, underground hole drilling machine, underground wall drilling machine, slurry wall drilling machine, diaphragm wall drilling machine , Underground continuous wall drilling machine, geothermal pipe or oil pipe insertion boring machine, the drilling machine 3 is one of buildings, facilities, underground, rock, hole, hole, concrete, and the drilling machine 4 is a) on-site casting Pile drilling for piles, underground wall drilling for underground continuous wall construction, slurry wall drilling, diaphragm wall drilling, geothermal pipe or oil pipe boring hole drilling; b) punching while injecting one of magnetized material, hexagonal water, slurry, and bentonite slurry that has passed through one of the cone mang rod machine spiral or hexagonal water machine during the drilling; c) One of the materials, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete mixed in the blender is drilled through one of the rods, injectors, hollow pipes, and hollow rods installed in the perforator through a supply hose. In one of the drilled parts, boring holes, joints, joints, cracks, and leaking parts, one or more of injection, injection, and curing after injection, completes one of piles, columns, underground walls, and continuous underground walls. , Or crack filling, joint repair, crack repair, leak repair; d) One of magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete through one of the above cone net bar spiral or hexagonal water 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 perforation, boring, joint, joint, crack, and leaking part. Completion of either, or filling cracks, joint repair, crack repair, leak repair; It is a perforator that does one or more of them.

The storage is a) storage; b) or storage of one or more of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, concrete; c) or a storage room with partition walls, partitions, one of two rooms, three rooms; d) or storage that is connected to one or more of the perforator or cotton treatment machine, excluding storage. The hopper includes: a) a hopper, a funnel-type hopper, a hollow through-type funnel hopper, a hopper connected to at least one of the perforator to the surface treatment machine excluding the hopper; b) or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom; Is one of them.

The mixer 22 is one of a mixer 1, a mixer 2, a mixer 3, a mixer 4, a mixer 5, and a mixer 6, and the mixer 1 is a mixer, a mixer, a mixer, a cylindrical mixer, a rotary mixer, a centrifugal rotary mixer, and a rotary mixer. A blade type mixer or mixer, a mixer with an internal rotating body or a rotating blade, and a mixer connected to at least one of the perforator or face treatment unit excluding a mixer, and the mixer 2 is a blade rotated by a motor, a rotating body, a rotating rod, A mixer or mixer having one of a rotating shaft, a rotating spiral, a rotating screw, and a rotating shaft with blades, and the mixer 3 is a rotating rod or a rotating shaft or a protrusion on the outer circumference of a rotating body, blades, rings, bolts, spirals, objects, protrusions, stirring It is a mixer or mixer having one of the means, and the mixer 4 is rotary, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, soil, soil and mortar, soil and One of concrete mixers or mixers, and the mixer 5 is a rod, rod, plate, protrusion, wing, spiral, object, screw, protruding rod, protruding rod, protrusion, attachment, attachment, soft material, on the outer circumference or surface A) rods, shafts, nozzles, rods, spirals, screws, hollow pipes, double pipes, triple pipes, injection ports, injection pipes provided with one of elastic material, rigid material, protruding means, and stirring means; b) or the rod or injection pipe of the rotary type; It is one of, and the mixer 6 is a device for mixing one of mortar, ready-mixed concrete, and concrete. The mixer is a mixer 1 or 2, and the mixer 1 is used in the mixer 1, the mixer 2, the mixer 3, the mixer 4, the mixer 5, the deep cement mixing method, which is a deep ground agitation method. It is one of the mixers connected to one or more of the perforator to the surface treatment unit excluding a mixer and a mixer, and the mixer 2 is a device for mixing one of soil, ground, ground, and underground.

The pump is a) one of a pump, a pressure pump, a compression pump, a compressor, a mortar pump, a concrete pump, and one of pumps connected to at least one of the perforator to the surface treatment machine except for the pump; b is a pump with a) or 1 or less, 1 to 10, 10 to 100, 100 to 500, a pressure of one kg / cm ² of more than 500. The pressurizer is one that pressurizes, pressurizes, pumps, supplies, or supplies the material, or is a pressurizer connected to one or more of the perforator to the surface treatment machine other than the pressurizer. The transporter 24 is one of transporting, transporting, supplying, and providing materials, or is a transporter connected to one or more of the perforator or surface treatment machine other than the transporter. The feeder is one of transporting, conveying, supplying, or providing the material, or is a feeder connected to one or more of the perforator or surface treatment machine other than the feeder. The supply path is one of the supply paths connected to at least one of the perforator to the surface treatment machine excluding a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, a supply pipe line, and a supply path.

The pouring machine a) a pouring machine, a throwing machine, a spraying machine, a pressure pouring machine, a pouring machine connected to one or more of the drilling machine and the supply path; b) or mold, formwork, underground, underground, ground, slope, surface, static, dynamic, vibrating, mortar, ready-mixed concrete, concrete, or ready-mixed concrete on the mold; c) or pouring, laying, coating, injecting, spraying, injecting, injecting, injecting, or grouting any of a device, apparatus, device, or device; Is one of them. The laying machine is one of a) a laying machine, a spreader, a coating machine, an ascon finisher, or 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 , It is one of the ascons on the ground. The injector or syringe is one of a) a syringe, an injector, an injector, a grouter, the pressure injector or injector, an injector connected to one or more of the perforator to the supply path, and one of the injectors connected to one or more of the perforator to the supply path, or , b) or one of cracks, joints, ground, underground, underground, joints, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete for cracks, ready-mixed concrete for underground, buildings, structures, or structural cracks, c) or It is an injector among the above-mentioned crack-structure crack.

The sprayer is one of a) nozzles, hoses, pipes, sprayers, sprayers, water fountains, sprinklers, coating machines, spray coating machines, sprayers, spraying, sprayers connected to one or more of the perforators or supply paths, or b) or Slope, slope, surface, ground, underground, basement, rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, and ready-mixed concrete on the slope. The shorting machine or coating machine or sprayer uses one of a) materials, certain substances, pouring materials, propellants, coatings, paints, and paints a1) surface, surface, ground, slope, concrete surface, materials, construction materials, facilities, buildings , Structures, facilities; a2) a surface, a surface, or an outer surface of one of the above surfaces or facilities; Spraying, coating, painting, spraying, coating, spraying to one or more of them, or b) or a shorting machine or coating machine or coating machine connected to one or more of the storage or supply channels. The packaging machine is a packaging machine that packs materials on a pavement or on a road surface, or is connected to one or more of the storage and supply paths. The compactor is one of a) compactor, compactor, weight compactor, roller compactor, fall compactor, mold compactor, concrete compactor, cast-in-mold concrete compactor, or one of compactors connected to one or more of the perforator or paver, b) or paving , Soil pavement, road pavement, asphalt concrete pavement, ground, underground, underground, rotary, static, dynamic, vibration, wing, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete in the ground.

The curing unit is linked to one or more of a) curing unit, water curing unit, aquatic curing unit, air curing unit, levitation curing unit, solar curing unit, steam curing unit, sprinkling curing unit, autoclave curing unit, the perforator or mixing unit. It is one of the curing machines, or b) or one of the magnetized water and hexagonal water sprayed through the hose-type curing machine for sprinkling with a cone-equipped magnet embedded in the inside of the concrete to be poured, concrete material, or concrete building to pour concrete, concrete It is a curing machine that promotes the curing of one of materials and concrete buildings. The surface treatment unit uses one of a) water, water, liquid, oil, medicine, agent, ash, sol, gel, spray material, coating agent, and painting agent a1) curing materials, materials, materials, facilities, buildings, structures of pouring materials. , Concrete; a2) one surface, a surface, an outer surface, an exposed surface, or an uneven surface of the above-mentioned good-natured or concrete material; It is sprayed on one or more of the above to treat, finish, smooth, and uneven treatment on one of the surfaces of the above-mentioned curing or concrete, or b) or a surface treatment machine connected to at least one of the storage and curing machines. . The nozzle is a) a nozzle equipped with at least one of a cone, a net, a rod, a frame, or a spiral, or a nozzle provided at the inside or at the outlet, or b) or one of a porous body, a wave body, and a hollow body on which the magnet is mounted. Or, it is a nozzle provided at the outlet.

The drone 70 is one of drone 1, drone 2, drone 3, drone 4, and drone 5. The drone 1 is a drone that sprays magnetized material while moving by mounting a sprayer with a magnet mounted thereon, or a drone that has a hollow body mounted with a magnet and pours pouring material ejected from the hollow body, and the drone 2 rotates It is a drone equipped with a pouring equipment or a pouring machine in a main body flying by a wing, and the drone 3 is a drone that moves one or more of the cone mang rod spiral, a storage or a face treatment machine, and a wind compressor, and is equipped with one or more, and the drone 4 is a drone that drills a boring hole for crack repair in a high-rise building with a perforator mounted on it, a drone that sprays magnetized shotcrete on a high-rise slope with a supply path 25 or a sprayer 26 mounted on it, and a supply path for itself. (25) Or a drone equipped with an injector 26 to remove tunnel dust by spraying magnetized spray water into the tunnel, and one of drones equipped with a sprinkler installed on itself to install magnetic spray water in the air to clean the air, and the drone 5 is a) a drone consisting of a wing, a rotating wing, a propeller, four propellers, one of a plurality of propellers and a body, b) a drone consisting of an upper wing and a lower body, c) a downward direction for thrust for the flight of the body. Drones with wings or propellers that generate at least one of a downward flow and a backward oriented flow, d) a drone flying upward by a downward flow that sends wind to the bottom of the body, e) an orientation that sends wind to the rear of the body A drone flying horizontally by flow, f) a drone flying in three dimensions by at least one of the downward flow and the oriented flow, g) a motor rotating at least one of the wings and propellers; Wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind turbines connected to this wire; At least one of the drones, h) a drone with a support provided on the propeller, i) a drone with a body connected to and fixed to the support, j) the body, a propeller; Upper and lower portions of the main body or propeller; Among the solar cells, solar cells that generate electricity, j2) rotating rotors, and generators that generate electricity by the rotational force of the sun, the wind by flight, the downward flow, and the directional flow while being mounted on at least one of them. 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) rotating in connection with the rotating body. k) a drone with a rotor (electromagnet), m) the drone with a generator that generates electricity by rotation of the rotor (electromagnet), n) the rotor; Outer periphery, upper, lower, upper outer periphery, lower outer periphery of the rotating body A drone equipped with a conical hollow guide that allows one or more of the downflow, directing flow, and wind to flow in, outflow, and outflow while being mounted on one or more of the above, o) A drone equipped with an inverter that converts the generated electricity into either direct current or alternating current. , p) A drone equipped with at least one of wires, plugs, outlets, and power supplies supplying the generated electricity, q) or cameras, CCTV, imaging devices, photographing devices, monitors, lights, lights, lanterns, flashing lights, lights, headlights , Lighting device, driver, controller, controller, remote controller, one of the drones equipped with one or more of the remote controller.

The 3D printer 71 is one of 3D printer 1, 3D printer 2, 3D printer 3, 3D printer 4, 3D printer 5, 3D printer 6, and 3D printer 7. The 3D printer 1 is a 3D printer that moves at least one of the storage or surface treatment machines, a 3D printer in which at least one of the storage or surface treatment machines is mounted, and moves three-dimensionally while being mounted on the ground or a frame mounted around a new facility. It is one of the 3D printers equipped with a pouring machine, and the 3D printer 2 is equipped with a moving body or a moving part 116 capable of three-dimensional movement 73 on the frame 72 to move in a three-dimensional manner (73) while a blender (22), It is a 3D printer that creates one (8) of a facility, a building, or a structure by pouring, spraying, or injecting one (1) of materials, mortar, ready-mixed concrete, and concrete supplied from one of the supply channels 25, and the The 3D printer 3 rotates by the motor a 101 while being supported on the frame 72 and mounted on the upper left and right sides of the frame 72 and the rails a, respectively, and moves back and forth along the rail a (1 Dimensional movement) (73) two rollers a (102), a rail b (103) provided between the two rollers a, while being mounted on the rail b, rotates by the motor b (104) to follow the rail b One roller b 105 that moves left and right (one dimension + the one dimension = two-dimensional movement) 73, and a rotating body a 112 that rotates by the motor c 111 while being mounted on the roller b One of the strings, threads, belts, and chains that move up and down while being wound or unwound (one-dimensional + the two-dimensional = three-dimensional movement) 73, or the rotating body a 112 Thereby, a rod-shaped vertical moving part 115 that is pressed and buried between the other rotating bodies b 113 located opposite to this and is pushed or pulled by the rotation of the rotating body a to move up and down, and mounted on the vertical moving part to be three-dimensional It is a 3D printer that includes at least one of the moving pouring equipment 26, and the 3D printer 4 includes a frame 72 on which a rail 100 is mounted, and an X axis, a Y axis, and a Z axis along the rail 100. A moving body moving in a direction, a moving part, a head, one of the case of the head, and the head, moving body, and moving A plotter or pouring machine 26 that is installed in one of the parts and the case and forms the 3D structure 8 by ejecting the construction material 1, and pressure is applied to the plotter or the pouring machine to allow the material 1 to be ejected. It is a 3D printer including a pump 23, and the 3D printer 5 uses one of a quick-setting agent for promoting curing through the pouring machine 26 installed therein, mortar, ready-mixed concrete, and concrete into which one of the binders is put into a building type or It is a 3D printer that performs building construction by circulating and moving along the building structure and continuously or intermittently pouring into a layer of 5 to 30 cm in height or ascending to a floor. It is a 3D printer that constructs the n-floor by repeating the order of pillars and walls, first-floor slabs, second-floor pillars and walls, and second-floor slabs, and finally roof slabs to complete the building.

The 3D printer 7 includes a) ground boring for foundation installation, b) inserting a reinforcing bar net into the boring hole by mounting a reinforcing bar net in the moving part, c) placing a foundation pile into the boring hole through the pouring machine, and placing it After curing, d) transporting and assembling the building floor mold, rebar by mounting the mold and rebar on the moving part, e) pouring concrete on the floor of the building through the pouring machine, and curing it after placing it, f) the mold and rebar on the moving part And assembling and transporting and assembling the first-floor pillar, wall frame, and reinforcing bar by mounting, g) the first-floor pillar, wall concrete pouring, curing after pouring it through the pouring machine, h) raising one or more of the moving body and the pouring machine, i ) A first-floor slab mold, transporting and assembling reinforcing bars by mounting a mold and rebar in the moving part, j) Placing the slab concrete on the first floor through the pouring machine, and curing after the pouring thereof, k) Mounting a mold and reinforcing bars in the moving part Two-story pillar, wall frame, rebar transport and assembly, ℓ) Two-story pillar, wall concrete pouring, curing after pouring it through the pouring machine, m) raising one or more of the moving body and pouring machine, n) above It is a 3D printer that repeatedly performs at least one of n-story pillars, walls, molds such as slabs, transport and assembly of reinforcing bars, concrete pouring, curing after pouring, o) final roofing 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 equipment, storage, surface treatment, nozzle, and 3D printer. Wind compressor 2 is a) a mechanism for generating compressed air using wind; b) Or wind, the blade rotating thereby, the rotational force of the blade, the crank rotating by the rotational force of the blade, the rod mounted on the crank and performing linear motion, the piston mounted on the rod, and the piston of the tooth reciprocate from the inside. A mechanism comprising at least one of a moving cylinder, compression of air inside the cylinder by the pushing force of the piston, compressed air generated by compression, an outlet of the cylinder through which the compressed air is discharged, and a hose connected to the outlet of the cylinder; c) a wind compressor, a wind screw compressor, a wind piston compressor that generates compressed air using a screw or a rotary linear converter and a piston connected to a rotating wind blade; Is one of them.

The wind compressor 3 uses one (63) of pressurizer, compressed water, compressed water, compressed air a) water, water, liquid, through a hose 64 connected to the outlet 62 of the cylinder. Oil, air, water, water, ash, material, object, body, material (1), material (1), underwater, underwater, river, pond, water tank , Tanks, pipelines, tubes, hoses, pipes, hollow bodies, blenders (22), pumps (23), supply paths (25), storage tanks, aeration tanks, reaction tanks, bioreactors, chemical reaction tanks, air, indoors, factories, sites, Air, indoor air, tunnel, tunnel site, dust air, and odor air by supplying one of air, oxygen, and air bubbles to aeration, reaction, coagulation, oxidation, purification of one of the water or odor air, Improves one of water purification and cleanliness, or b) or injects into one of soil, mortar, ready-mixed concrete, concrete (1), and filled with air or air bubbles, foamed mortar, foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight It is to create one of mortar, lightweight concrete, and lightweight concrete.

Two or more configurations of the perforator or surface treatment machine include configuration 1, configuration 2, configuration 3, configuration 4, configuration 5, configuration 6, configuration 7, configuration 8, configuration 9, configuration 10, configuration 11, configuration 12, configuration 13, configuration At least one of 14, configuration 15, and configuration 16 is included. Configuration 1 is a perforator and storage mounted therein, a hopper, a mixer, a pump, a drone, a transport, a supply path, a pouring machine, a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a spray machine, a packaging machine, a compactor, a mixer , Curing machine, cotton treatment machine, or two or more in that order. Configuration 2 is composed of a) perforator, b) in addition to storage, hopper, mixer, pump, drone, transporter or supply line, c) in addition to this configuration, pouring machine, laying machine, injector, syringe, injector, It is composed of a shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, and one of a cotton treatment machine, d) a curing machine in addition to one of them. The configuration 3 is a) a drilling machine for drilling one of the ground, rock, and buildings, b) a pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine provided therein. One of, c) one or more of a storage, a hopper, a mixer, a pump, a drone, a transport, and a supply path that supplies the material to this one, or two or more in that order. Configuration 4 is a) a storage, hopper, mixer, pump, drone, transporter, supply line for storing, blending, and supplying the material, b) pouring, laying, injecting, injecting, spraying, and coating the material. Painting, packaging, compaction, mixing, compressed water or compressed air supply, one of the curing machines, pouring machines, injectors, syringes, sprayers, shorting machines, coating machines, coating machines, packing machines, compactors, mixing machines, curing machines, Two or more of the cotton treatment machines or two or more are sequentially configured. Configuration 5 is a) a perforator for drilling one of the ground, rock, and buildings, and a supply path for supplying bentonite slurry thereto, b) among the injectors for injecting one of mortar and concrete mixed in the blender after the perforation into the perforation. It is composed of one or more or two or more in order. Configuration 6 is to pour, lay, inject, inject, spray, and coat materials that have become one or more of storage, mixing, pumping, transportation, and supply through one or more of storage, hopper, mixer, pump, drone, transport, and supply line. , Painting, packing, compaction, mixing, supply of compressed water or compressed air, pouring machine for one or more of curing, pouring machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixing machine, volume It is composed of two or more or two or more of the raw material and the cotton treatment machine in that order. Configuration 7 is a) perforator, b) in addition to one or more of storage, hopper, mixer, pump, drone, transport, and supply path, c) in addition to one or more of these, a pouring machine, laying machine, injector, syringe, sprayer, shot At least one of a tinting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixer, and a face treatment machine, d) a curing machine in addition to one or more of c).

The configuration 8 is a) a perforator, storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine provided with at least one of the cone mang rod machine spiral to hexagonal water machine, Coating machine, painting machine, packaging machine, compactor, mixing machine, curing machine, cotton treatment machine; b) the perforator to the surface treatment machine having a magnetization function by at least one of the cone mang rod machine spiral to the hexagonal water machine; It is composed of two or more of them or two or more in order. In the above configuration 9, one of sand, cement, water, and admixture stored in one of the storage units 20 equipped with magnets 10 is put into the blender 22 through the hopper 21 to mix, and the blended blend of concrete is mixed. Pressurized by the pump 23, it is poured into the mold 30 through the magnetic buried supply path 25 or the pouring machine 26, and magnetized curing water through the magnetic buried curing machine 26 during the curing of the poured pouring material. To promote curing, and after curing, the mold 30 is demolded, and a magnetic coating or painting agent is sprayed on the surface of the material through a magnetic embedding coating machine or a painting machine 26 to produce a material by coating or painting. It is composed of the storage, hopper, blender, pump, supply path or pouring machine, curing machine, coating machine or sprayer. In the configuration 10, the raw material stored in the storage is put into a blender through a hopper, and after blending in the blender, pressurized through a pump, poured into a mold through a pouring machine, and cured in the mold with a curing machine, sprinkling curing, steam curing, and autoclave. It is composed of the storage, hopper, blender, pump, pouring machine, and curing machine, which manufactures one of pillars, piles, and piles by dismantling the mold after performing one of the curing.

In the configuration 11, at least one of sand, cement, water, and admixture stored in the magnet 10 buried storage 20 is input to the magnetic embedding blender 22 with a cone through the hopper 21 to mix, and the combination thereof is magnetized. One (1) of type mortar, ready-mixed concrete, and concrete is pumped by the pump 23 and poured into the mold 30 for building construction through a magnetic buried supply path 25 or a pouring machine 26, and poured. During the curing of the cast object, the curing water is sprayed through the curing machine 26 to promote curing, and the mold 30 is demolded after curing, and the coating agent is applied to the facility surface of the building through one or more of a coating machine and a coating machine (26). , It is composed of the storage, hopper, blender, pump, supply path or pouring machine, curing machine, coating machine, and spraying machine for forming a phytoncide building by spraying at least one of the coating agents to coat and paint at least one of. In the configuration 12, at least one of sand, cement, water, and admixture stored in the embedded storage 20 of the cone-equipped magnet 10 is put into the magnetized blender 22 in which the cone with a magnet is embedded through the hopper 21 with a magnet. And mix, and one (1) of magnetized asphalt concrete, ready-mixed concrete, and concrete, which is a combination thereof, is pressurized by a pump 23, and through a magnetic buried supply path 25 and a laying machine 26 with cones, the ground, road, and The storage, hopper, blender, pump, supply path, which build a phytoncide road by spraying magnetized curing water through a hose-type curing machine 26 with magnets to promote curing after laying on one of the pavements, compacting with a compactor, It is composed of a laying machine, a compaction machine, and a curing machine. In the configuration 13, at least one of sand, cement, water, and admixtures stored in the cone-embedded storage compartment 20 provided with a magnet 10 is inserted into the blender 22 in which the cone-equipped magnet is embedded through the cone-embedded hopper 21 with a magnet. And mix, and one (1) of magnetic mortar, milk, chemical solution, suspension, and slurry, which is a combination thereof, is pressurized by a pump 23, and a magnetic buried supply path 25 with a cone and a hollow rod-type magnetized injector 26 are pumped. ) To improve the ground by spraying or injecting into the ground through the storage, hopper, blender, pump, supply path, and injector.

In the above configuration 14, at least one of sand, cement, water, and admixture stored in the magnet 10 buried storage 20 is injected into the magnetic embedding blender 22 with cones through the hopper 21 to mix, and the combination thereof is magnetized. The above to reinforce the excavation surface by pouring phytoncide shotcrete (1) on the excavation surface of the tunnel through the injector 26 through the supply path 25 equipped with a magnetic-embedded hollow body by pressurizing the mortar (1) by the pump (23). It consists of storage, hopper, blender, pump, feed path, and sprayer. In the configuration 15, at least one of sand, cement, water, and admixture stored in the storage 20 is put into the magnetic embedding blender 22 with a cone through the hopper 21, and blended, and the magnetically-type green earth material, which is a blend thereof, and a seed Among the phytoncide green earth and seed spray materials on the slope through the injector 26 installed at the rear end of the supply path 25 equipped with a cone-equipped magnet buried tube by pressing one or more of the spray materials (1) by the pump 23. One or more (1) is poured to reinforce the slope, which is composed of the storage, hopper, blender, pump, supply path, and injector. In the above configuration 16, at least one of sand, cement, water, and admixture stored in the storage 20 is input to the cone-embedded blender 22 with a magnet through the cone-equipped magnet-embedded hopper 21, and blended, and a magnetically-typed blend thereof The concrete (1) is pumped 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 magnetic-embedded hollow body. It is characterized in that it consists of the storage, hopper, blender, pump, supply path, pouring machine, and curing machine to build a phytoncide facility by sprinkling magnetized cured water or hexagonal water for accelerated curing, and then demolding the formwork to build a phytoncide facility.

For example, the equipment of the present invention is an equipment equipped with a conical rod screw, a construction work using a 3D printer, a building construction using a pouring machine or a drone-mounted pouring machine, and a river aeration using a sprayer to inject the pouring material of air flow into the river. Work or river purification work, injection work for injecting pouring material into the ground using an injector, mixing work for mixing pouring material in the ground using a rotary mixer, casting material (1) containing a reactant or a coagulant with a magnet The 3D printer, a pourer, a drone-mounted pourer, a sprayer, an injector, which is used for at least one of aeration or agglomeration of the contaminated water 121 in the tank by putting it into the tank 120 in which the equipped cone embedded hollow body 13 is embedded. , A rotary mixer, or one or more of a hollow body. The contaminated water condensate 122 sinks down and is carried out, and the purified purified water 123 is discharged to the outside by filtering fine foreign substances through the filter 124 to be recycled or discharged (125). It is characterized by that.

Examples of the material of the present invention, for example, cone net rod machine spiral; Tubes, hoses, pipes, hollow pipes, hollow bodies, magnetizers, hexagonal water devices equipped with teeth; It is a material made by equipment equipped with one or more of them. The equipment is composed of two or more of a storage, a hopper, a blender, a pump, a supply path, a pouring machine, a curing machine, a coating machine, a coating machine, and a cotton treatment machine, and the storage is provided with a conical bar spiral or the magnetizer inside. It is to store the material contained in the material, the hopper is to put the material into the blender while the tube is provided at the inlet, and the blender is to blend the material while the hexagonal water heater or the hose is provided at the outlet inside. And, the pump is provided with the pipe at the outlet and the blended compound is pumped, and the supply path or the pouring machine is to pour the compound into a mold while the magnetizer or the hollow tube is provided at the inlet, The curing machine cures the poured material by spraying curing water to the poured pouring material while the hollow body is provided at the outlet, and the mold is demolded after the curing, and the cured material is formed by the demoulding, and the surface The processor is to surface-treat the surface of the material while the magnetizer is provided, the coating machine is to coat the material by spraying a coating agent on the material surface while the tube or hexagonal water device is provided at the inlet, and the sprayer is to coat the pipe or the material surface at the outlet. While a magnetizer is provided, the coating agent is sprayed on the surface of the material to paint with a coating agent, and the cone mang rod spiral is the following x or y or z, and the material is a) mortar, milk, chemical solution, suspension, slurry, formulation, 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, water tank, foundation, column, pile, Piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the mortar to the mortar to the mortar to the building material containing or curing any of the above; c) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, facility, material, material, raw material , From the mortar to building materials; It is characterized in that it is one of.

An example of the hollow body of the present invention is a hollow body provided with a cone net rod spiral, the hollow body is a barrel, a tank, a tank, a tube, a hose, a pipe, a hollow pipe, a hollow barrel, a hollow sphere, a hollow body, a hollow body One of, 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, both ends, and an intermediate portion of the hollow body. Mounted on one or more of, the inclined pipe is a) mounted on the side of the hollow body, b) or while being mounted b1) inclined with respect to the side of the hollow body, 1 to 89 degrees inclined; b2) or the angle of the interior angle (90 degrees or less) with respect to the flow direction of the material flowing through the hollow body; It is installed as one of, and the injector is a) mounted on the side of the hollow body, b) or the additive 90 is introduced while being mounted, and the side is one of a side, an outer, an outer, an outer, one side, and both sides. One, and the check valve is 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 additives to flow into the hollow body through the inclined pipe or the injector, and conversely, preventing the material inside the hollow body from flowing out to the outside through the inclined pipe or the injector; c) or a valve locking projection 93, a valve 94 compressed or spaced apart from the locking projection, and a spring 92 for compressing the valve to the valve locking projection; One of, and the cone mang rod machine spiral is the following x or y or z, the rod is an inclined inclined bar or an inclined bar inclined with respect to the magnetic material, and the frame is a cone-shaped frame having a porous hole, and the spiral is itself It is characterized in that the cone mang rod machine spiral, which is a spiral that performs one of vortex, aeration, and agitation of the material passing through.

For example, the material of the present invention is a material manufactured by using at least one of a certain equipment and a material that has undergone the same, wherein the equipment includes: a cone netting machine spiral; Tubes, hoses, pipes, hollow pipes, hollow bodies, magnetizers, hexagonal water devices equipped with teeth; At least one of the equipment is provided, and the equipment is composed of two or more of a storage, a hopper, a blender, a pump, a supply path, a pouring machine, a curing machine, a coating machine, a coating machine, and a face treatment machine, and the material includes water, Water, liquid, oil, medicine, energy, solid, chemical, ash, sol, gel, substance, mortar, milk, material, ready-mixed concrete , Paste, plaster, concrete, one or more of the material, water or concrete contains one of the following ①, ②, ③, and ① is Ca, Mg, Si, Fe, Me , Al, K, Na, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl , One or more of KNaSiAl, and ② is at least one of resin, waste powder, mineral, loess, fiber, latex, microorganism, by-product, slag, expanding agent, phytoncide, zeolite, and geopolymer, and ③ is one of the Ca to KNaSiAl It is characterized in that at least one of the resin to the geopolymer containing the above, and the material is one of the mortar to the building material.

Examples of the construction of the present invention: a) a perforator, storage 20, hopper 21, mixer 22, pump or pressurizer 23, transporter 24, feeder or supply path 25, pourer 26 ), a placement machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a coating machine, a packaging machine, a compactor, a mixer, a curing machine, and an equipment consisting of two or more in the order of two or more of the cotton treatment machines; b) equipment to which at least one of a nozzle, a drone, and a 3D printer is added while being configured as described above; c) the above-described configuration and addition, while the wind compressor is mounted; d) material passed through the equipment; The construction is performed using one or more of the above, and the following is the same as the above description, 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 the purification of the present invention include a hollow body equipped with a cone mang rod machine spiral; A cone rod machine spiral or an injector in which the hollow body is mounted; Materials that have gone through one of them; One or more of them are used to purify, 1) The sprayer is one of spraying, spraying, underwater spraying, air spraying, dust removal spraying, or injecting airflow material into the river, and 2 ) The hollow body 13 is embedded in a predetermined tank 120, and a material 1 containing at least one of a reactant and a coagulant is introduced into the tank through the hollow body, and contaminated water 121 in the tank ) Becomes at least one of aeration and agglomeration, and the contaminated water condensate 122 sinks downward and is carried out to the outside, and the purified purified water 123 is equalized as fine foreign substances are filtered through the filter 124. It is discharged to the outside and recycled or discharged (125), 3) the cone netting machine spiral is the following x or y or z, 4) is the same as the above, 5) by one or more of the injector, hollow body, material It is at least one of purification, facility purification, river aeration, and water quality purification, and 6) the purification is one of purification, facility purification, river aeration, and water quality purification.

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

1) The cone netting machine spiral is a) a cone; b) or two or more of cones, meshes, rods, frames, and spirals; One of these is the cone mang, the cone rod, the cone rod, the cone helix, the mang rod, the bangle, the mesh helix, the rod machine, the rod helix, the mold helix, the cone mang rod, the cone helix, the mang rod machine, the mang helix, the rod helix, the cone mang rod machine, the cone rod helix, the mang rod machine Spiral, cone rod machine spiral; c) two or more of the cones or spirals are connected to a plurality of two or more; One of these is the cone rod machine spiral-cone rod machine helix, cone rod-frame helix-cone rod machine helix, cone mang-rod machine helix-cone mang rod-mold helix, cone-mesh rod machine helix-cone net-rod helix; d) Cone-mechanical spiral connection, Cone-mesh-spiral, Cone-membrane-spiral, Cone-membrane spiral, Cone-membrane-spiral, Cone-membrane spiral, Cone-membrane spiral, Cone-mesh-bar spiral, Cone- Mesh-rod-frame spiral, cone-mesh-rod-frame-helix; e) Consolidation of the cone rod machine spiral, the helix before the cone mang rod, the helix after the cone mang rod, the helix above the cone net, the cone ha mang rod machine helix, the cone after the net helix after the heart frame, the cone after the rod helix, the helix above the cone net , Helix before the rod before the cone mang; f) a combination of a cone-mesh spiral, a combination of a cone-mechanical spiral, a combination of a cone-mechanical spiral, a combination of a cone-mesh spiral, a combination of a cone-mesh-rod-frame-helix; g) cone-shaped or porous cone-shaped cone netting machine spiral with perforated holes; h) a cone, a cone-shaped net located inside the cone thereof, a rod mounted inside the net, a cone-shaped frame located outside the cone and having an all-hole larger than the all-hole of the net, and the cone , A structure consisting of a spiral located on one side of a network or a frame; i) a cone vortexing as the pouring material overflows the external slope and flows into the internal slope; A net in which the poured material vortex while finely passing through its hole hole; A rod that swirls while the pouring material collides; A frame in which the pouring material vortex while passing its lattice hole larger than the finer; A spiral in which the pouring material swirls while swirling; the structure of;

j) j1) One or more cones, meshes, rods, frames, spirals, cones, rods, cones, molds, meshes, cones, meshes, meshes, and cones; j2) One of them before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, both ends, some, one side, both sides, part, part, point, 1 point, 2 points, multi points, multi points, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, nearby, near, entrance, middle, Outlet, front, rear, front, rear, side, one-way, two-way, three-way, four-way, forward, rearward to flow or pour material flow; Arrangement in one or more of, configuration, mounting, installation, location, arrangement, combination, fastening, coupling, linkage, row position, misalignment position, crossing position, 1 row arrangement, 2 row arrangement, multi-row arrangement, cross arrangement, differential arrangement, At least one of the cones or cones of the cone or the cone mang rod machine spiral in one of a checkerboard arrangement and a zigzag arrangement;

k) One of the pouring material, raw material, and material passing through the cone mang rod spiral as one of the provided or zigzag arrangements becomes one of contacting, facing, and bumping the cone mang rod spiral, so that one of the pouring material, raw material, and material is Agitation, aeration, vortex, magnetization, hexagonal hydration, waveization, pulsation, cavitation; One of them improves, rises, promotes, doubles; One of the cone to the cone mang rod machine spiral; Is one of the

2) The cones or cones included in the cone mang rod spiral are a) cones, cones, cones, cones, hatchets, cones, cones, cones, bon cones, cone cones, cone cones, protrusion cones, inclined cones, double cones, multiple cones Cone, Spiral Cone, Porous Cone, Hollow Cone, Passage Cone, Contact Cone, Separation Cone, Cone Spiral, Screw Cone, Forward Cone, Reverse Cone, Cone Spiral, Spiral Hook Cone, Cone Jung Spiral, Spiral Heavy Cone, Spiral Wicon, Conwi Spiral , One-sided cone, two-sided cone, mesh spiral, cone mang rod, rod mang helix, cone mang helix, cone helix, cone mang rod machine, cone mang machine helix, cone mang rod helix, cone mang rod machine helix; 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 with a hollow diameter of 1.1 to 5.0 times the hollow diameter of the other side, and a length of 0.1 to 0.8 of the length of one of the magnets or multiple magnets. One of a double or a cone having a hollow diameter of 0.1 to 10.0 times the one side, and a cone having a hollow cross-sectional area of 0.05 to 0.9 times the inner cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet,

3) The above magnet is a) magnet, magnet group, electromagnet, twin magnet, rod magnet, plank stone, atomic stone, self-magnet, magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal water body , Magnetization wave body, magnet assembly, magnetization energy body, double magnet, multi-magnet, multi-type magnet, composite magnet, nano magnet, superconducting magnet, lining magnet, magnetosome, magnetic bacteria, S pole N pole magnet, N pole S pole Magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, NSNSNSNS magnet, NSSNNSSN magnet, electromagnet with coil wound around iron core, solenoid An electromagnet, a non-mountable magnet, a vortex type non-magnetic material, a magnetic material lined with a magnet, two or more magnets having the same or different magnetic force; b) the magnet or the plurality of magnets having a magnetic force of 1000 to 20,000 Gauss in one magnetic force or the total magnetic force; c) the magnet or the plurality of magnets in which at least one of the magnets and the plurality of magnets is embedded, a cover, and a lining; d) the magnet or the plurality of magnets to which two or more of the magnets or non-magnets are combined; e) a magnet or magnetic material inserted through the central passage of the cone; f) a magnet or magnetic material having an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or inner cross-sectional area of the hollow body; It is characterized in that it is one of.

According to embodiment b, the equipment of the present invention is a) a1) a net is mounted after the cone, a2) a rod is mounted after the net, a3) a frame is mounted after the rod, a4) a spiral is mounted after the frame, , a5) a magnetic material is mounted on at least one of the cone, net, rod, frame, and spiral, a6) a cone mang rod machine spiral formed by mounting a wave body on the magnetic material; b) or b1) a frame is mounted before or after the spiral, b2) a net is mounted on one side of the frame, b3) a rod is mounted inside the net, b4) a cone is inserted into the bar, b5) A magnetic material is mounted on at least one of the cone, net, rod, frame, and spiral, and b6) a cone mang rod machine spiral formed by mounting a wave body on the magnetic material; c) or c1) the cone is a porous type with porous holes, c2) the net is a net 48 having a hole hole smaller than the hole hole size of the frame 46, c3) the rod is inclined or below An inclined rod inclined with respect to a magnetic material, c4) the frame is a cone-shaped frame having a porous hole, and c5) the spiral is a spiral for vortexing, aeration, and stirring the material passing through it; d) a tube, hose, pipe, hollow pipe, hollow body, magnetizer, hexagonal water heater provided with the cone mang rod machine spiral; It characterized in that one or more of the use or included.

According to Example c, the material of the present invention comprises: A) a) cone netting machine spiral described in Example b; b) cone netting machine spiral; c) cone netting machine spiral; And d) a tube, a hose, a pipe, a hollow pipe, a hollow body, a magnetizer, a hexagonal water heater on which the cone mang bar spiral is mounted; e) a storage box 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 conical bar spiral, a tube or a hexagonal water dispenser. , Pouring machine 26, spraying machine, injector, syringe, shorting machine, coating machine, painting machine, laying machine, packing machine, mixing machine, compactor, curing machine, cotton treatment machine; f) One of the following water or concrete is sequentially stored, input, mixed, pressurized, transported, supplied, poured, sprayed, injected, injected, shot, coated, painted, laid, packaged, mixed, compacted, cured, and treated. The storage to become one of the cotton treatment machine; g) equipment, manufacturing equipment, construction equipment, and purification equipment consisting of two or more of the storage and cotton treatment machines in order or in no order; h) Water, water, liquid, oil, medicine, gas, which have passed through one or more of the above cone netting machine spiral, tube or hexagonal water machine, storage room or cotton treatment machine, and equipment, Solid, agent, ash, sol, gel, substance, mortar, milk, material, ready-mixed concrete, paste, plaster, concrete; i) In addition to the above, Ca, Mg, Si, Fe, Me, Al, K, Na, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, The water to concrete containing at least one of MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, and KNaSiAl; j) resin, waste, mineral, loess, fiber, reinforcing material, nanomaterials, latex, microorganisms, by-products, slag, expanding agent, phytoncide, zeolite, geopolymer, in addition to the above-mentioned water containing at least one of the above water to concrete; k) the water to concrete containing at least one of the resin to geopolymer containing at least one of the Ca to KNaSiAl; One or more of them are used or included, or B) or one of the water or concrete is magnetized, fluidized, stored, input, mixed, pressurized, transported, supplied, poured, or As a material composed of one or more of injection, injection, spraying, compaction, mixing, curing, and cotton treatment, the material is a) mortar, milk, chemical solution, suspension, slurry, formulation, ready-mixed concrete, ascon, concrete, paste, plaster , Beam, wall, plate, pipe, tile, brick, block, mat, board, girder, slab, culvert, box, tank, manhole, hum pipe, water tank, foundation, column, pile, pile, pier, caisson, lining, segment , Interior materials, exterior materials, construction materials; b) the mortar to the mortar to the mortar to the building material containing or curing any of the above; c) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, facility, material, material, raw material , From the mortar to building materials; It is characterized in that it is one of.

According to Example 4, the facility of the present invention is a facility built 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, and a sidewalk. , Pavement, levees, bridges, tunnels, retaining walls, harbors, facilities, structures, facilities, apartment houses, assembly houses, canopy buildings, canopy houses, mobile houses, container houses, farm buildings, plant farm buildings, water treatment facilities, wastewater treatment facilities , Characterized in that it is one of the purification facilities.

According to Example e, according to Example e, A) a) cone rod machine spiral described in Example b, or b) cone mesh rod machine spiral, or c) cone mesh rod machine spiral was formed, and d) the cone man rod machine spiral was It is mounted on one of a tube, a hose, a pipe, a hollow pipe, a hollow body, a magnetizer, and a hexagonal water dispenser, and e) one of the conical bar spiral, tube or hexagonal water heater is a storage 20, a hopper 21, and a mixer 22 ), pump (23), transport (24), supply path (25), pouring machine (26), injector, mixer, compactor, curing machine, it is provided in one or more of the cotton treatment machine, f) the storage or surface treatment machine At least two of them are provided with equipment configured in the order of enumeration or non-order, and f) f1) materials are 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) pressurizing, pumping, pumping, supplying, and providing material by means of the pump 23; f5) transport, transport, supply, and provision of materials by means of the transporter 24; f6) material is supplied and provided by the supply path 25; It is one or more of, g) g1) by the pouring machine 26, the material is poured, injection, grouting, poured into a mold, poured at a factory, poured at the site, poured for foundation work; g2) material is injected by the injector and ground is injected; g3) material compaction and ground compaction by the compactor; g4) mixing the materials by the mixer and mixing them underground; g5) curing the poured material by the curing machine; g6) cotton treatment after the curing by the cotton treatment machine; Become one or more of manufacturing, material manufacturing, ready-mixed concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, pile manufacturing, or

B) or a) the water to concrete through at least one of the cone mang bar spiral, tube to hexagonal water machine, storage to face treatment machine, and equipment; b) the water to concrete containing at least one of the Ca to KNaSiAl in addition to the passing; c) the water to concrete containing at least one of the resin to the geopolymer in addition to the mounting; d) the water to concrete containing at least one of the resin to geopolymer containing at least one of the Ca to KNaSiAl; One or more of them 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 of the water or concrete is magnetized, fluidized, stored, input, mixed, pressurized, transported, supplied, poured, injected, injected, sprayed, compacted, mixed, cured by one or more of the conical rods or equipment. It is characterized in that it is one or more of the surface treatment to become one of manufacturing, material manufacturing, ready-mixed concrete manufacturing, concrete manufacturing, brick manufacturing, block manufacturing, and pile manufacturing.

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

According to Example 7, the purification method of the present invention comprises: a) a cone netting machine spiral described in Example b described in Example b; Or b) a cone netting machine spiral; Or c) a cone netting machine spiral is formed; And d) the cone mang rod machine spiral is mounted on one of a tube, a hose, a pipe, a hollow pipe, a hollow body, a magnetizer, and a hexagonal water machine, e) one of the cone mang rod machine spiral, a tube or a hexagonal water machine is a storage 20, Among the hoppers (21), mixers (22), pressurizers or pumps (23), transporters (24), feeders or feeders (25), pourers (26), sprayers, injectors, syringes, shotting machines, coating machines, and coating machines It is provided in one or more, f) two or more of the storage or sprayer are provided with equipment configured in the order of enumeration or non-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) pressurize, pressurize, pump, supply, and provide material by the pressurizer or pump 23; g5) transport, transport, supply, and provision of materials by means of the feeder or transporter 24; g6) material is supplied and provided by the supply path 25; Is at least one of, h) h1) by the pouring machine 26, the material is poured, injected, injected, underwater poured, poured at the site, poured for purification; h2) the material is sprayed by the injector, water spray, underwater spray, air spray, dust removal spray, air flow material is injected into the river; h3) material is injected by the injector, underwater injection, air injection; h4) material is shorted or rusted by the shorting machine; h5) the material is coated by the coating machine, surface coating; h6) the material is coated by the sprayer, shaving; It becomes one or more of purification, facility purification, river aeration, or water purification.

B) or a) the water to the material passed through one or more of the cone mang bar spiral, tube to hexagonal water machine, storage to painter, and equipment; b) In addition to the fermentation, the number or substance containing at least one of Ca to KNaSiAl; c) In addition to the above, catalyst, ions, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, carbon, chemicals, drugs, medicinal materials, chemicals, loess, ozone, enzymes, yeast, microorganisms, nutrients, photocatalysts, cations, anions, Enzyme, aerobic agent, anaerobic agent, activator, carbonate, cleaning agent, reactive agent, adsorbent, flocculant, disinfectant, disinfectant, fragrance, antibacterial agent, foaming agent, detoxifier, phytoncide, fungicide, decontamination agent, odor remover, atopic source remover, The number or substance containing at least one of an environmental hormone remover, a sick house syndrome remover, a pump press, a blower, and a wind compressor; d) the catalyst containing at least one of the Ca to KNaSiAl to the water to the substance containing at least one of the wind compressor pressurizer; One or more of them are used or included to become one of purification, facility purification, river aeration, and water purification.

C) Or, by one or more of the conical rods or equipment, one of the water or materials becomes one or more of magnetization, fluidization, storage, input, mixing, pressurization, transportation, supply, pouring, injection, and spraying, and purification, facility It is characterized by being one of purification, river aeration, and water purification.

Example 1 of the present invention A) the pouring material is contact, flow, passage, etc., to pour, spray, etc. a) a magnet, an electromagnet provided with a coil on the iron core; b) the magnet or electromagnet is mounted on the cone net rod; c) a device on which one of the magnets, electromagnets, and cone netting machines is mounted (this includes a tank, a barrel, a box, a tank, a tube, a pipe, a hollow pipe, a hollow body, etc.) or a hollow body; d) a drone or a 3D printer equipped with one of the magnets, electromagnets, cone netting machines, devices, and hollow bodies or moving one; e) a wind compressor for supplying pressurized air (compressed air) to at least one of the magnet, electromagnet, cone rod machine, appliance, hollow body, drone, and 3D printer; f) Or a solar generator or wind power generator that supplies electricity to one of the apparatus, drones, 3D printers, electromagnets, and coils; At least one of which is provided; Equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetization vortex pouring equipment,

B) Or magnetization (by the magnet, etc.) through at least one of the magnet, electromagnet, cone netting machine, apparatus, hollow body, drone, 3D printer, vortex (by the cone netting machine), (by the magnet, cone netting machine) ) One of the magnetic vortices a) pouring material; Its inclusions; b) Or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of them (one of Ca to CaFe), ashes, ions, ingredients, elements, elements, substances , Reactants, binders, inclusions, nano products, resins, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, at least one of phytoncide products (at least one of Ca to phytoncide products is ) The pouring material or inclusions (one of the magnetization, vortex, and magnetization vortex, the content thereof); Being poured; It relates to an eco-placement equipment, characterized in that 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 net with a coil wound around an iron core; c) a hollow body for mounting the cone mang rod; d) a drone or a 3D printer having the hollow body or moving it; e) a wind compressor for supplying an indenter to the hollow body; f) or a solar generator or wind power generator for supplying electricity to the coil; It corresponds to a pouring equipment provided with at least one of, B) or a pouring equipment in which magnetized vortex pouring material through the cone mang rod or hollow body is poured.

The magnet, magnetic body, electromagnet, cone netting machine, apparatus, hollow body, drone, 3D printer, equipment, pouring equipment, magnetization equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc. It plays a role of magnetization, pouring, etc. In the above equipment, pouring equipment, magnetizing equipment, magnetized pouring equipment, magnetized vortex pouring equipment, hoses, nozzles, sprayers for pouring the pouring material, the supply path or supply line for supplying the pouring material, and the supply or inflow of pressurized pouring material thereto. It is possible to have a pump to be provided, and a storage for providing or inputting pouring material thereto.

In the present invention, electricity is a) electricity, power, power, power source, switchboard, outlet, plug, charger, rechargeable battery, battery, battery, KEPCO power supply, KEPCO electricity, commercial power, commercial electricity, incoming power, incoming electricity, generator electricity, Solar generator electricity, wind power generator electricity, power supply, power supply, b) or equipment, materials, objects, pumps, compressors, electromagnets, coils of electromagnets, pouring equipment, storage, blenders, pressurizers, feeders or supply lines, pouring This includes electricity supplied to machines, sprayers, injectors, syringes, shorting machines, coating machines, painters, spreaders, packaging machines, mixers, compactors, curing machines, and cotton treatment machines.

Example 2 is A) a) cone netting machine spiral; b) As one of the teeth, b1) a cone, a cone-shaped net located inside the cone of the teeth, a rod mounted inside the net, and a cone-shaped frame located outside the cone and having a larger all-hole than the all-hole of the net. And, a constituent consisting of a spiral located on one side of one of the cone, the net, and the frame; b2) having one or more of cones, nets, rods, frames, and spirals having a shape different from their term or shape; b3) a cone-shaped or porous cone-shaped cone netting machine spiral with a perforated hole; b4) or a cone, net, rod, frame, or spiral having a shape different from its term among cones, nets, rods, frames and spirals; b5) or a cone in which the pouring material overflows the external slope and vortex while flowing into the internal slope; A net in which the poured material vortex while finely passing through its hole hole; A rod that swirls while the pouring material collides; A frame for vortexing while the pouring material passes its lattice hole larger than the finer (because the lattice hole of the frame has a size or particle diameter larger than that of the net); A spiral in which the pouring material swirls while swirling; the structure of; One of the (a) cone rod machine helix, b1) construct, b2) equip element, b3) cone mang rod helix, b4) equip element, b5) one of the constructs) mounted or mounted on one magnet, magnet lining A magnetic body, an electromagnet in which a coil is wound around an iron core, or two or more magnets having the same or different magnetic force;

b) a magnet or an electromagnet embedded or attached to one of the cones, nets, rods, frames, spirals, constituents, provisions, and cone netting machine spirals, or embedded or attached to the central passageway thereof (in the one central passageway); (Here, the cone, net, rod, frame, and spiral are one of cones, nets, rods, frames, and spirals constituting the cone, net, frame, spiral, or one of the cone, net, frame, spiral, or the central passage of the magnet or electromagnet. Can be embedded or attached), c) one of the magnets or electromagnets (the a) magnet, a magnetic body lined with a magnet, an electromagnet with a coil wound around an iron core, two or more magnets having the same or different magnetic force; b) one of a magnet or an electromagnet) a mounting mechanism or a hollow body; d) a drone or a 3D printer that moves one or one of the magnets, magnetic bodies, electromagnets, instruments, and hollow bodies or pours the pouring material by the provisions; e) a wind compressor for supplying pressurized air (compressed air) to one or more of the magnets, magnetic bodies, electromagnets, cones, nets, frames, spirals, constituents, cone bar spirals, instruments, hollow bodies, drones, 3D printers, and pouring materials; f) Or a solar generator or wind power generator for supplying electricity to one or more of the apparatus, drones, 3D printers, electromagnets, and coils thereof; Equipment equipped with at least one of the following equipment, pouring equipment, magnetization equipment, magnetization pouring equipment, magnetization vortex pouring equipment,

B) Or magnetization (by the magnet, electromagnet, magnetic body, etc.) through one or more of the magnet, magnetic body, electromagnet, appliance, hollow body, drone, 3D printer, (the cone, net, rod, frame, spiral, structure, A) pouring material of one of the vortices (by magnets, electromagnets, magnetic bodies, cones, nets, rods, frames, spirals, constituents, arrangements, cone meshes, etc.), magnetic vortices; Its inclusions; b) 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, conjugates, including The pouring material or containing material containing at least one of water, nano-products, resins, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio-products, and phytoncide products; equipment to be poured, pouring equipment, magnetization It relates to an eco-placement equipment, characterized in that one of equipment, magnetized pouring equipment, and magnetized vortex pouring equipment.

Examples of Example 2 include: A) a) a magnet or an electromagnet on which a cone netting machine spiral is mounted; b) a magnet or an electromagnet embedded or attached to the cone mesh rod spiral or embedded or attached to the central passage of the cone mesh rod spiral; c) one of the magnet or electromagnet mounting mechanism or a hollow body; d) a drone or a 3D printer that includes the hollow body to place pouring material; e) a wind compressor for supplying an indenter to the hollow body; f) or a solar or wind power generator that supplies electricity to the coil of the electromagnet; At least one of the pouring equipment is provided; B) or the above magnets, magnetic bodies, electromagnets, apparatus, hollow bodies, drones, 3D printers, such as pouring equipment that has passed through at least one of the pouring equipment. The magnet, magnetic body, electromagnet, cone netting machine, apparatus, hollow body, drone, 3D printer, equipment, pouring equipment, magnetization equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc. It plays a role of magnetization, pouring, etc. In the above equipment, pouring equipment, magnetizing equipment, magnetized pouring equipment, magnetized vortex pouring equipment, hoses, nozzles, sprayers for pouring the pouring material, the supply path or supply line for supplying the pouring material, and the supply or inflow of pressurized pouring material thereto. It is possible to have a pump to be provided, and a storage for providing or inputting pouring material thereto.

Examples of the'b2) having at least one of a cone, net, rod, frame, and spiral having a shape different from its term or shape' include a net having a plate, a net having a plate shape, and a block. Net equipped body with a cross-section, a net equipped body with a block shape, a net equipped body with a tube, a net equipped body with a tube shape, a net equipped body with a hat, a net equipped body with a hat shape, and , Cone-shaped net-equipped body, rod-shaped frame-equipped body, rod-shaped frame-equipped body, spiral-shaped body with cone, cone-shaped spiraled body, spiraled rod-mounted body, spiral-shaped This includes a rod-equipped body, a frame-equipped body with a mesh, a mesh-shaped frame-equipped body, a mesh-equipped body with a frame, and a frame-shaped meshed body.

Examples of the'b4) or a cone, a net, a rod, a frame, and a spiral having a shape different from its term among cones, nets, rods, frames, and spirals' include a net equipped body having a cone, Cone-shaped net-equipped body, rod-shaped frame-equipped body, rod-shaped frame-equipped body, cone-shaped spiral-mounted body, cone-shaped spiraled body, spiraled rod-mounted body, spiral-shaped rod It corresponds to an equipped body, a frame equipped body with a net, a frame equipped body with a mesh shape, a net equipped body with a frame, a net equipped body with a frame shape, and the like. In the equipped body, a sieve, an object, a body, a facility, a means, an equipped body, a constitution body, a mounting body, a hollow body, a porous body, etc. are applicable.

Example 3 is a) a1) a11) magnet, electromagnet, magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal water body, magnetization wave body, magnet assembly, magnetization energy body, magnet The lined magnetic body, an electromagnet in which a coil is wound around an iron core, two or more magnets having the same or different magnetic force, and the magnets or electromagnets for magnetizing the poured material; a12) a magnetic body, magnetization body, magnetic field body in which one of the magnets or electromagnets is embedded or lined; One of the magnets is provided, and the pouring material is in contact with or passes through.

a13) cone, rod machine, cone rod, mesh cone, mesh rod, mesh helix, cone helix, cone rod helix, cone mang rod machine, cone rod machine helix, cone mang rod helix, cone mang rod machine helix, perforated cone mang rod machine helix, perforated cone type cone type heman helix; a14) the cone or the cone mang rod machine spiral for vortexing the pouring material or the magnetized pouring material;

a2) The magnet or magnetic field body, or magnets through which the pouring material is contacted or passed while one of the cone to the cone mang bar spiral is provided in a coupling structure opposite to the above,

a3) a31) the a1) cone or cone rod machine spiral, a2) at least one of a magnet or magnetic field is provided or embedded, and the pouring material is stored, stored, passed, contacted, flowed, passed, etc. , Plate, membrane, tank, box, water tank, tube, hose, spiral, body, object, block, tool, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow pipe, hollow body ;

a32) a tank, a hollow body through which the pouring material is contacted or passed while one of the tank to the hollow pipe is embedded;

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

At least one of the provided; Or (one or more of them) are provided in one or more of the following storage or surface treatment machines, wind compressors, drones, and 3D printers belonging to themselves; Pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment;

b) A pouring material through one of the cones or hollow bodies, a magnetized pouring material (by one of the magnets or magnetic field bodies), and a magnetized vortex pouring material (by at least one of the magnets or magnetic field bodies, and cones and cones or cones) B1) pouring one of the ash; (Or pouring, one or more of the following storage or surface treatment), b2) or b21) hole, surface, surface, underground, crack, curing surface, material surface, facility surface, boring hole, water leak, excavation area , Mold, b22) to be poured into at least one of the reinforcing bars, steel frames, and reinforcing bars embedded inside one of them; (Or pouring, one or more of the following storage or surface treatment) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment;

c) one of the cones to the hollow body c1) its inner, outer, inlet, outlet, passage, hollow part, connection part 18, storage part, blending part, pressurizing part, supply part, pouring part; c2) or hoses, passages or pipes connected to it; A pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment provided in one or more of the;

d) at least one of the cone to hollow body,

d1) Store, mix, pressurize, supply, pour or mold, spray or slope injection, injection or underground injection, injection or crack injection, shorting or rust shorting, coating or cotton coating, painting or shaving, laying or Ground laying, paving or paving, mixing or underground mixing, compaction or underground compaction storage, blender, pressurizer, feeder or supply path, pouring machine, sprayer, injector, syringe, shorting machine, coating machine, painter, laying Machine, packing machine, mixer, compactor; d2) a curing machine for curing one of the pouring or mixing pouring materials; d3) a cotton treatment machine for cotton treatment after the curing; d4) Among the storage or surface 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 part; In one or more of the,

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

(The sentence indicates a pouring equipment, a magnetized pouring equipment, a magnetized vortex pouring equipment, etc. provided with at least one of the cones or hollow bodies in one or more of the storage, the surface treatment machine, the inner or the joint)

e) e1) e11) a wind compressor for injecting pressure into at least one of the cone to the hollow body, the reservoir to the hollow part, and the pouring material; e12) a drone, or a 3D printer that moves one or more of the storage to the surface treatment machine or to which one or more is mounted or performs one of the storage or surface treatment by the mounting; e13) a generator that supplies electricity to one or more of the coil, storage or surface treatment machine, drone, 3D printer, pouring equipment, and power thereof, a mobile generator, a solar generator, a wind generator; e14) the wind compressor, drone, or 3D printer provided with one of the cone to the hollow body;

One or more of the (a13) cone to e14) at least one of the 3D printers) e2) e21) pouring equipment, magnetized pouring equipment, magnetic vortex pouring equipment; e22) or the pouring equipment for one or more of the magnetization, vortex, storage or surface treatment, pressure injection, movement, and electricity supply;

f) f1) Water, water, liquid, oil, medicine, gas, solid, material, ash, sol, gel, gas, sand, gravel, aggregate, Ash, carbon, resin, ion, catalyst, waste, stone powder, dust, iron powder, powder, mineral, tailings, rock, sulfur, loess, clay, clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcement material, nanomaterial , Magnetite, apatite, latex, microorganisms, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, detoxifying agent, admixture, compounding water, compounding material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geopolymer, SiO ₂ Ash containing 40-60 parts by weight, loess containing 37-83 parts by weight of quartz, binder containing 58-74 parts by weight of CaO, by-product including 0.5-85 parts by weight of FeO or Fe ₂ O ₃ , 1.1-100 times its thickness Flexible fibers, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the Ca to CaFe, ash, ions, components, elements, elements, substances, reactants, Or contains at least one of a combination product, inclusion product, nano product, resin product, by-product, carbon product, fiber product, catalyst product, fiber product, latex product, bio product, phytoncide product; f2) or the pouring material is f21) water, water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, mortar, Milk, chemical solution, suspension, slurry, formulation, compressed product, ready-mixed concrete, ascon, concrete, paste, plaster, f22) the water containing at least one of the water to phytoncide water to the plaster, f23) or 100 parts by weight of a binder and 100 parts by weight of the above In addition to at least one of f231) 100 to 600 parts by weight of sand or chain sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, and 0.0001 to 30 parts by weight of admixture, f232) 50 to 400 parts by weight of water or ionized water, waste powder Or stone powder or ash or by-product 10 to 600 parts by weight, soil or loess or masato 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, microorganism 0.00001 to 10 One of the mortars and plasters containing at least one of 0.00001 to 3 parts by weight of an antitoxic agent, and 0 to 10 parts by weight of other substances; Pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, the pouring equipment; It relates to an eco-placement equipment, characterized in that one of.

An example of the third embodiment is one of the pouring equipment a) a1) a cone mesh rod machine spiral through which the pouring material is in contact with or through which magnets are provided; a2) the magnets through which the pouring material contacts or passes while the cone mang rod machine spiral is provided in a coupling structure opposite to the above; a3) a tank or a hollow body through which the pouring material is stored or passed while the cone mang rod machine spiral or magnets are provided or embedded; At least one of the pouring equipment is provided; b) a pouring equipment for pouring a pouring material through one of the cone mang rods spiral or hollow body; d) At least one of the cones or hollow bodies is a storage, blender, pressurizer, feeder or supply path, pouring machine, spraying machine, injector, syringe, shorting machine, coating machine, coating machine, laying machine, packaging machine, mixing machine, compactor, amount A pouring equipment provided in one of the raw material and the surface treatment machine; e) Drones, 3D printers, generators, mobile generators, solar generators, and pouring equipment equipped with one or more of wind power generators; f) f1) phytoncide is contained in the pouring material; f2) Or the pouring equipment in which the pouring material is one of mortar, milk, chemical solution, suspension, slurry, blend, compact, ready-mixed concrete, asphalt concrete, concrete, paste, and plaster; This is one of the eco-placement equipment.

Example 4 is a) a1) one of the magnets (10, 16) a11) magnet (10), magnet group, electromagnet, twin magnet, rod magnet, plank stone, atomic stone, self-magnet, magnet body, magnetic body, magnetic force Body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal hydration body, magnetization wave body, magnet assembly body, magnetization energy body, double magnet, multiple magnet, multi-species magnet, composite magnet, nano magnet, superconducting magnet, magnetosome, Magnet Bacteria, S pole N pole magnet, N pole S pole magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, NSNSNSNS magnet , NSSNNSSN magnet, an electromagnet in which a coil 98 is wound around an iron core 97, an electromagnet in which a magnetic force is generated by supplying electricity 82 to the coil 98, two or more magnets having the same or different magnetic force, a solenoid electromagnet , A holder 12, a vortex-type holder non-magnet provided with a holder 12 having a function of vortexing the material or a means having a function of vortexing the material; a12) The magnet or the mounting table non-magnet with a magnetic force of 1000 to 20,000 Gauss, the magnet or the mounting table non-magnet with an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body (1) The magnet or a non-replaceable magnet for magnetizing the magnet; a13) one or more of the magnets or non-magnets for mounting, a cover, a lining 15, or a magnet of one of two or more repeated, combined, and connected magnets, a magnetic body 16, a magnetized body, a magnetic field body;

One of the provided, or its own (i.e., one of the following cones or cones), hole, inner, outer, inner surface, outer surface, one side, both sides, passage, hollow, center, center, side thereof, passage of While provided in one or more, the pouring material is contacted or passed through

a2) a21) Cone, Bong, Conch, Bongche, Connet, Mancon, Conbong, Mangbong, Bongmang, Bong, Bongcon, Protruding Bar, Conical Cone, Cone Cone, Protrusion Cone, Inclined Cone, Double Cone, Multiple Cone, Spiral Cone Porous cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone cone, helix cone, cone middle helix, helix heavy cone, helix wicon, cone wi helix, one side separation cone, Two-sided spaced cones, mesh helix, cone mang rod, rod helix, cone helix, cone helix, cone mang rod machine, cone helix, cone mang helix, cone mang rod machine helix, perforated cone mang rod machine helix, perforated cone type cone type heman rod helix; a22) A cone with an inclination angle of 1 to 89 degrees, a spaced cone whose separation range is between the outer diameter (of the magnet) and the inner diameter (of the hollow body), and the hollow diameter on one side (11-1) is 1.1 of the hollow diameter on the other side (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 hollow diameter of one side (11-1), and the hollow cross-sectional area (11-1) of the one side is the hollow A cone which is 0.05 to 0.9 times the cross-sectional area inside the sieve or 1.1 to 10.0 times the cross-sectional area of the magnet; a23) the cone to the cone or cone mang rod machine spiral (11, 48, 45, 46, 47) vortexing the pouring material or the magnetized pouring material;

b) the magnet or magnetic field body (10, 16) through which the pouring material is contacted or passed while one of the cones to the cone mang rod machine is provided with a coupling structure opposite to the above;

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

d) d1) One of the cones or hollow bodies is provided, or the pouring material is stored, injected, compounded, pressurized, supplied, poured or molded, sprayed or sloped, injected or ground injection, injection or crack injection, Shorting or rust shorting, coating or cotton coating, painting or shaving, laying or laying on the ground, paving or road paving, mixing or underground mixing, compaction or underground compaction storage (20), hopper (21), blender ( 22), a pressurizer or pump 23, a feeder or supply path 25, a pourer 26, a sprayer, an injector, a syringe, a shorting machine, a coating machine, a sprayer, a sprayer, a packaging machine, a mixer, a compactor; d2) a curing machine for curing one of the pouring or mixing materials 26, or a curing machine for curing by spraying a pouring material such as pouring water with a sprayer; d3) a face treatment unit 26 for surface treatment of the curing organisms after the curing, or a surface treatment unit for surface treatment of concrete curing organisms by placing a pouring material such as milk through a sprayer;

e) one of the cones to the hollow body is one of the storage bins or the face treatment machine e1) one of the inside, outside, inside, outside, surface, inlet, outlet, passage, hose, pipe, cutout, hollow part; e2) or two or more connecting portions, connecting portions, joints; Placement equipment provided in one or more of the storage and the surface treatment machine;

f) a wind compressor (50) for injecting pressure into at least one of the pouring material, raw material, cone to hollow body, storage to face treatment machine, inner to hollow portion, and pouring material; As an example of this, a wind compressor that injects pressure into the pouring material to create a lightweight pouring material,

g) A drone 70, a 3D printer 71 that moves one or more of the storage or the surface treatment machine or performs one or more of the magnetization, vortex, magnetization vortex, storage or surface treatment by the mounting or mounting of one or more );

h) the wind compressor, drone, 3D printer provided with one of the cone to the hollow body; An example of this is a drone provided with the hollow body to pour pouring material ejected from the hollow body, a 3D printer that is provided with the hollow body pouring machine on its own plotter and pours the pouring material sprayed from the pouring machine,

i) a generator for supplying electricity to one or more of the coil, storage or surface treatment machine, wind compressor, drone, 3D printer, pouring equipment, and power thereof, a mobile generator, a solar generator 80, and a wind generator 81; An example of this is a solar power generator, a wind power generator that supplies self-generated electricity to the coil to form an electromagnet that generates magnetic force,

j) provided with at least one of the cone or wind turbine j1) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment 27; j2) pouring equipment for one or more of the magnetization, vortex, storage or surface treatment, pressure injection, movement, and electricity supply;

k) pouring one of a casting material, a magnetized casting material, and a magnetized vortex casting material through one of the cones to the 3D printer; (Pouring, at least one of the following storage or surface treatment) or buried inside one of the holes, cotton, surface, underground, crack, curing surface, material surface, facility surface, boring hole, leaking part, excavation part, mold, one of them To be poured into one or more reinforcing bars, steel frames, and reinforcing bars; (Pouring, one or more of the following storage or surface treatment) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment 27; An example of this is a pouring equipment that pours the pouring material into the mold and the reinforcing bar assembled therein,

ℓ) one of the cone or wind turbine is ℓ1) its own (of the pouring equipment) inside, outside, inlet, outlet, passage, hollow part, connection part, storage part, mixing part, pressurizing part, supply part, pouring part; l2) or hoses, passages, pipes connected to it; Placement equipment (27) provided in one or more of the magnetized pouring equipment, magnetized vortex pouring equipment; As one of these, a pouring device provided with one of the cones or wind power generators in the inlet hose, outlet hose, etc., which becomes pouring material inflow, pouring material outflow, or pouring, etc.,

m) m1) Water, water, liquid, oil, medicine, gas, solid, material, ash, sol, gel, gas, sand, gravel for the pouring material (1) , Aggregate, ash, carbon, resin, ion, catalyst, waste powder, stone powder, dust, iron powder, powder, mineral, tailings, rock, sulfur, loess, clay, clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcing material , Nanomaterials, magnetite, apatite, latex, microorganisms, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, detoxifying agent, admixture, compounding water, compounding material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geo Polymer, _{ash containing 40-60 parts by weight of SiO 2} , loess containing 37-83 parts by weight of quartz, binder containing 58-74 parts by weight of CaO, by-product including 0.5-85 parts by weight of FeO or Fe ₂ O ₃ , 1.1 of its thickness ∼100 times ductile fiber, Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the above Ca to CaFe, ashes, ions, ingredients, urea, elements, substances , Reactants, binders, inclusions, nano products, resin products, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio-products, or contains one or more of phytoncide products; m2) or the pouring material (1) is m21) water, water, liquid, oil, medicine, qi, high, chemical, ash, sol, Gel, mortar, milk, chemical solution, suspension, slurry, formulation, compact, ready-mixed concrete, ascon, concrete, paste, plaster, m22) containing at least one of the water to phytoncide water to plaster, m23) or 100 parts by weight of a binder And in addition to at least one of m231) 100 to 600 parts by weight of sand or chain 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, m232) water or ionized water 50 to 400 Parts by weight, 10 to 600 parts by weight of waste or stone powder or ash or by-products, 10 to 600 parts by weight of soil or loess or masato, 0.005 to 50 parts by weight of resin or polymer or latex, 0.0001 to 40 parts by weight of fiber or reinforcement or nanomaterial, One of the mortars and plasters containing at least one of 0.00001 to 10 parts by weight of microorganisms, 0.00001 to 3 parts by weight of detoxifier, and 0 to 10 parts by weight of other substances. (27); One of (one of a) to m) or one or more of (one or more of a) to m) is included.

The summary of Example 4 is a) a1) one of the magnets a11) a magnet or a vortex type mounting table non-magnet; a12) the magnet or non-replaceable magnet; a13) magnets or magnetic fields; A2) cone-shaped or porous cone-shaped cone-shaped cone-shaped cone-type cone-shaped cone-shaped spiral coil through which the pouring material is contacted or passed while one is provided; b) the magnet or the magnetic field body through which the pouring material is contacted or passed while one of the cones to the cone mang rod machine is provided with a coupling structure opposite to the above; c) c1) crude to hollow body; c2) tanks, hollow bodies; c3) the tank to the hollow body; d) storage or cotton treatment; e) pouring equipment, the storage or the surface treatment machine; f) wind compressor; 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, magnetic vortex pouring equipment; k) pouring equipment, magnetized pouring equipment, magnetic vortex pouring equipment; ℓ) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; m) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, the pouring equipment; It relates to an eco-placement equipment, characterized in that one or more than one of the included.

An example of the fourth embodiment is one of the pouring equipment a) a cone net rod machine spiral through which the pouring material is contacted or passed while magnets are provided; b) the magnets through which the pouring material contacts or passes while the cone mang rod machine spiral is provided in a coupling structure opposite to the above; c) c1) a hollow body through which the pouring material is stored or passed while one of the cone mang rod machine spirals and magnets is embedded; d) a storage box or a face treatment machine provided with one of the cone net rod machine spiral, magnets, and hollow bodies; f) a wind compressor for injecting pressure into one of the materials and equipment; g) drones, 3D printers, which are equipped with the equipment to place pouring materials; i) a generator supplying electricity to the equipment, a mobile generator, a solar generator, a wind generator; j) casting equipment provided with at least one of the above equipment; m) the pouring material contains microorganisms; Or the pouring material is mortar, milk, chemical solution, suspension, slurry, mixture, compacted material, ready-mixed concrete, asphalt concrete, concrete, paste, and a pouring equipment that is one of plaster.

Example 5 is a) magnetized (by a magnet, etc.) or a magnetized vortex casting material (by a magnet-equipped cone, etc.); Cone-equipped magnet or its (ie, cone-equipped magnet) embedded hollow body through casting material or magnetized vortex casting material; Its inclusions; b) 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, conjugates, including The pouring material or containing material containing at least one of water, nano-products, resins, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, and phytoncide products;

One of a) pouring; b) Manufacture materials by pouring, or construct facilities; c) pouring to create materials or facilities; d) or (sequentially provided) magnet, its mounting cone net rod, its mounting mechanism or hollow body, and its placement through one of the placement equipment, the pouring, manufacturing, construction; It relates to an eco pouring method, characterized in that one of.

Examples of the fifth embodiment include pouring a pouring material or a magnetized vortex pouring material passing through a hollow body embedded with a magnet with a cone; b) Manufacture materials by pouring, or construct facilities; c) Eco-pouring method, characterized in that one of the pouring for material or facility construction, is applicable.

Example 6 is A) a) a1) magnet, electromagnet, magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal water body, magnetization wave body, magnet construction body, magnetization energy body, iron core An electromagnet with a coil wound around, two or more magnets having the same or different magnetic force, and the magnets or electromagnets for magnetizing the pouring material; a2) a magnetic body, a magnetization body, or a magnetic field body of one of the magnets or electromagnets embedded or lining; When one of them is provided, the pouring material is contacted or passed through.

Cone, rod machine, cone rod, mesh cone, mesh rod, mesh helix, cone helix, cone helix, cone mang rod machine, cone helix, cone mang helix, cone mang rod machine helix, perforated cone mang rod machine helix, perforated cone shape cone type heman helix; The cone to the cone mang rod machine spiral for vortexing the contact or passage casting material or the magnetized casting material;

b) the magnet or magnetic field body through which the pouring material is contacted or passed while one of the cones to the cone mang rod machine is provided with a coupling structure opposite to the above,

c) the a) cone or cone rod machine spiral, b) a tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube through which pouring material is stored or passed while at least one of a magnet or magnetic field is provided or embedded , Hose, spiral, body, object, block, means, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow pipe, hollow body;

d) a hollow body through which the pouring material is passed while one of the tank to the hollow pipe is embedded;

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

f) f1) One of the cones or hollow bodies is provided, or the pouring material is stored, blended, pressurized, supplied, poured or molded, sprayed or sloped, injected or ground injection, injection or crack injection, shorting or Storage, blender, pressurizer, feeder or supply path, pouring machine, for one of rust shorting, coating or cotton coating, painting or shaving, laying or ground laying, paving or road paving, mixing or underground mixing, compacting or compacting Sprayer, injector, syringe, shorting machine, coating machine, painter, sprayer, packaging machine, mixer, compactor; f2) a curing machine for curing one of the pouring or mixing pouring materials; f3) a cotton treatment machine for cotton treatment after the curing;

g) g1) a wind compressor for injecting pressurization into at least one of the cone or face treatment machine and pouring material; g2) a drone or a 3D printer that moves one or more of the cones or face treatment machines or performs one of the magnetization, vortex, magnetization vortex, storage or surface treatment by mounting or mounting at least one of the cones or face treatment machines; g3) a generator for supplying electricity to one or more of the coil, storage or surface treatment machine, pouring equipment, and power thereof, a mobile generator, a solar generator, a wind generator; g4) the wind compressor, drone, 3D printer provided with one of the cone to the hollow body;

h) a pouring equipment having at least one of the cones or wind turbines, a magnetized pouring equipment, a magnetized vortex pouring equipment;

Pouring by at least one of or using at least one; Pouring of pouring material; The storage to cotton treatment; Or the storage or surface treatment accompanying the pouring;

B) a) pouring material through one of the cones or pouring equipment; b) One of these, b1) water, water, liquid, oil, medicine, energy, solid, agent, ash, sol, gel, substance, material , Mortar, milk, chemical solution, suspension, slurry, remittal, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; b2) Or Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the Ca to CaFe, ash, ions, components, elements, elements, substances, reactants, Conjugated products, inclusions, nano products, resin products, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, phytoncide products containing at least one of the poured material or plaster; b3) magnetization type the pouring material or plaster; Pour one or more of them; The storage to cotton treatment; Or the storage or surface treatment accompanying the pouring;

C) One of the above castings a) mold casting, rebar casting, steel frame casting, factory casting, on-site casting, manufacturing casting, construction casting, pitting, pouring, loading, laying, ground laying, injection, underground injection, injection, grouting, Input, boring injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, coating, surface coating, painting, shaving, pavement, road pavement, compaction, surface compaction, ground compaction, mixing, Underground mixing, curing, water curing, air curing, steam curing; b) curing the casting material of one of the pouring or mixing, surface treatment of the curing surface; c) pouring and treating the pruning or surface treatment; d) storage, input, mixing, pressurization, pressurization, pumping, transport, transport, supply, provision, and pruning or surface treatment accompanying pouring;

D) one of the cones or plasters is used; Or at least one of the pouring material to the plaster is poured; Or by one or more of the storage to face treatment;

a) Manufacturing, production, production, construction, construction, process, work, pouring, material manufacturing, facility construction, material pouring, pouring re-pouring, mold casting, rebar casting, steel frame casting, on-site casting, underground casting, underwater casting, slope Pour, pavement, boring, excavation; b) or any of the above manufacturing to excavation construction, construction, process, operation;

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

It relates to an echo pouring method, characterized in that at least one of or more than one.

Examples of the sixth embodiment include: A) a cone mang rod machine spiral through which two or more magnets having the same or different magnetic force are provided and the pouring material contacts or passes through; c) a hollow body through which pouring material is stored or passed while the cone mang rod machine spiral is provided or embedded; f) a storage container or a cotton treatment machine provided with one of the cone mang rod machine spiral and the hollow body; g) g1) a wind compressor for injecting pressure into the hollow body; g2) a drone, a 3D printer for placing the pouring material on which the hollow body is mounted; g3) a generator supplying electricity to the equipment, a mobile generator, a solar generator, a wind generator; h) a pouring equipment having at least one of the cones or wind turbines, a magnetized pouring equipment, a magnetized vortex pouring equipment; Pouring by at least one of or using at least one; Pouring of pouring material; The storage to cotton treatment; Or the storage or surface treatment accompanying the pouring;

B) pouring the pouring material through one of the cone mang rod machine spiral or pouring equipment; The storage or surface treatment of the poured material; The storage or surface treatment using poured material;

One or more of them, or an eco-pour method, characterized in that it is more than one, is applicable.

Example 7 is 1) (having a function of magnetizing the pouring material) making an electromagnet or a solenoid electromagnet by winding a coil around one of a rod, a core, an iron core, a bolt, or a metal; 2) (with a function of magnetizing the pouring material) making a magnet by compressing or using a magnet raw material or powder; 3) Purchasing or preparing one or more of magnets, electromagnets, cones, nets, rods, frames, and spirals (having a function of making the pouring material one of magnetization, vortex, and magnetization vortex); 4) manufacturing at least one of a combined magnet and an electromagnet by combining two or more of the magnet and the electromagnet; 5) inserting a separator or a separator between neighboring magnets or electromagnets to separate neighboring magnets or electromagnets during the coupling; 6) making a lining magnetic body by covering or lining the outside of one of the magnets, electromagnets, coupling magnets, coupling electromagnets, separator insert coupling magnets, separator insert coupling electromagnets to protect or prevent corrosion; 7) A cone, a rod, a cone rod, a mesh cone, a mesh rod, a mesh helix, a cone helix, a cone helix, a cone mang rod machine, a cone rod machine helix, a cone mang rod helix, provided with one of the magnets, electromagnets, and magnetic bodies or provided in its central passage. , Manufacturing one of the magnet, an electromagnet, and a magnetic body provided with one of the cone to the cone to the cone, on the contrary, the cone mang rod machine spiral, or vice versa;

8) A function to magnetize the casting material while the outer diameter is at least one of a single or multiple SN poles, NS poles, SN poles/SN poles, NS poles/SN poles, and SN poles/NS poles of 0.01 to 0.8 times the inner diameter of the hollow body below. With a magnet or a magnetic body lined with teeth, or provided in its central passage, spaced apart a predetermined distance from the surface of the magnet or magnetic body; a) cones, rods, cones, mesh cones, mesh rods, mesh helix, cone helix, cone helix, cone mang rod machine, cone rod machine helix, cone mang rod helix, cone mang rod helix; b) the cone to the cone to the cone rod machine spiral having a length of 0.1 to 0.8 times the length of the magnet or magnetic material, and the cone to the cone rod machine spiral having a distance between the outer diameter and the inner diameter; c) the cone or cone mang rod machine spiral having an inclination angle of 1 to 89 degrees; Manufacturing one or more of them;

9) at least one of the magnets, electromagnets, magnetic bodies, cones to cones and rods machine spirals, magnetic bodies provided on cones to cones and rods machine spirals, and cones to cones and rods machine spirals;

a) a1) Tubs, tanks, boxes, rods, plates, membranes, tanks, boxes, tubes, hoses, spirals, screws, bodies, objects, metal bodies, porous bodies, waves through which poured materials are stored, stored, contacted, and passed Sieves, polymers, water tanks, means, facilities, pipes, hollow pipes, hollow bodies; a2) one of the tank to hollow pipe embedded hollow body; b) b1) pouring equipment for pouring pouring materials; b2) As one of them or accompanying it b21) Storage, input, blending, pressurization, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing of poured materials or their curatives. Doing one of the following, curing, and cotton treatments; b22) or a pouring material or a nursing organism thereof is one of the above storage or surface treatment; Storage, hopper, blender, pump, transport, supply line, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixer, curing machine, cotton treatment machine;

c) a wind compressor for injecting pressure generated by using the rotational force of the wind into at least one of the pouring material, the pouring equipment, and the face treatment machine; d) equipped with one of the pouring equipment to the wind compressor; Or moving one; Or performing one or more operations of pouring, storage, or surface treatment by the provision; d1) drones, 3D printers; d2) one of them d21) a drone, a 3D printer equipped with at least one of a solar cell and a wind power generator; d22) a drone equipped with a pouring machine mounted on a body flying by a rotating blade; d23) a 3D printer equipped with a pouring machine that moves three-dimensionally while being mounted on the 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, bonds, containing Water, nano products, resin products, by-products, carbon products, fibers, catalyst products, fiber products, latex products, bio products, phytoncide products; e2) fibers containing at least one of the Ca to phytoncide products, fibers, reinforcing materials, earthquake-resistant materials, vibration-proof materials, nanomaterials, micromaterials, phytoncide, magnetized phytoncide, cypress phytoncide, distilled phytoncide, biophytoncide containing microorganisms, magnetic material passing magnetized phytoncide, Phytoncide magnetized through a magnetic body with cone; e3) A water-soluble resin containing at least one of Ca to phytoncide, anaerobic microorganisms, carbon compounds, SiO ₂ 40-60 parts by weight ash, quartz 37-83 parts by weight loess, CaO 58-74 parts by weight binder, FeO or Fe ₂ O ₃ By-products including 0.5 to 85 parts by weight, ductile fibers with a length of 1.1 to 100 times their thickness; e4) water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, loess, masato, granite, magnetite, apatite, dolomite, sand, gravel, aggregate, Ash, carbon, resin, catalyst, waste powder, minerals, tailings, rocks, by-products, slag, cement, asphalt, expanding agents, foaming agents, waterproofing agents, detoxifying agents, admixtures; e5) blending water containing at least one of the Ca to admixtures, blending materials, blends, mortar, milk, chemical solutions, suspensions, slurry, ready-mixed concrete, ascon, concrete, paste, plaster; e6) one of the Ca to plaster or a pouring material containing one or more of the pouring material, a pouring material; At least one of which is passed; Or one or more of the pouring, or storage, input, blending, pumping, transportation, supply, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, which is one of the pours or accompanying the pouring, Doing one or more of the cotton treatments; The pouring equipment to the 3D printer;

f) the casting equipment to the 3D printer provided with one of the tank to the hollow body; g) Pipes, pipes, nozzles, packers, rods, tubes, hoses, lines, hose lines, connecting passages, inlet passages, outlet passages, outlets, injection ports, casings included in or connected to one or one of the barrels to 3D printers , Hollow pipe, double pipe, triple pipe, multiple pipe;

Provided or embedded in one or more of the;

10) forming one of the magnetized tube to 3D printer, tube to multiple tube by the provision of one of the magnet, electromagnet, and magnetic body; 11) forming one of a device, equipment, a pouring device, a pouring device, a magnetizing device, and a magnetizing device, among the barrels and multiple pipes; 12) 12a) solar generators, wind generators, wind turbines with solar power, solar generators with windmills, solar wind turbines with solar cells and windmills for generating electricity using the sun or wind or solar wind; 12b) a solar generator, a photovoltaic generator, and a solar power generator consisting of a solar cell and an inverter or a rotating body and a generator connected thereto by steam using solar heat; 12c) a wind turbine comprising a wind turbine 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, wind power generator, and solar wind power generator in one or more of the barrel to multiple pipes, devices to magnetization devices, one of which is a factory, a site, a neighborhood, and a periphery; 14) applying electricity generated by one or more of the solar generator, wind generator, and solar wind generator to one of the coil, electromagnet, barrel, or equipment; 15) applying electricity to the coil so that the electromagnet provided with the coil becomes magnetic; In addition to one or more of

16) The pouring material is poured, one of the pouring, or storage, input, blending, pressurization, transportation, supply, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, Becoming one or more of the face treatment; 17) storing pouring material raw materials in the storage; 18) introducing a pouring material raw material into a blender through the hopper; 19) the step of blending the pouring material by the blender; 20) the step of installing the mold;

21) Inside the mold, rod, frame, mesh, beam, plate, cell, rebar, steel frame, steel bar, H beam, I beam, steel wire, column, pile, girder, steel pipe, steel bar, steel bar, mesh, grid, wire mesh, sheet , Mat, frame, rope, bolt, anchor, nailing, truss, cable, wire, grid, fiber, net grid, grid net, carbon net, carbon bar, carbon band, carbon bar, reinforcement material, vertical material, horizontal material, slope material , Bracket, nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon net, FRP material, bracing, X bracing, inclined bracing, plastic material, wire mesh, polymer composite material , Metal polymer bonding material, a combination of wire mesh and carbon net, steel bar and its outer circumferential net or carbon net bond, carbon bar and its outer circumference wire net bond, reinforcement of one of reinforcing bar and carbon net, net and grid, net and grid and sheet are installed or assembled. Step of becoming;

22) The pouring material is a) poured by one or more of the pouring equipment, storage to 3D printer, pipe to multiple pipe, device, and equipment; b) Or hole, surface, surface, underground, crack, curing surface, material surface, facility surface, boring hole, leaking part, excavation part, mold, the mold, pouring into one or more of the reinforcing material embedded in the mold; c) storage, compounding, pressurization, transportation, supply, installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, and surface treatment, which is one of the pouring or accompanying the pouring; Becoming one or more of; 23) the step of being at least one of construction, construction, process, work, and work among the pouring, storage or surface treatment;

24) Materials, beams, girders, tiles, bricks, blocks, panels, boards, wallpaper, flooring, fibers, sheets, mats, floorboards, walls by one or more of the above steps, pouring, storage or surface treatment, pouring materials, and equipment , Pillar, pile, PHC pile, pier, box, culvert, manhole, water tank, pipeline, caisson, slab, lining, segment, tunnel lining, tunnel segment, interior material, exterior material, main material, subsidiary material, construction material, synthetic wood, mortar material, Cement, concrete, asphalt, 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) a step in which one of the materials is manufactured;

25) Facilities, buildings, houses, tunnels, roads, sidewalks, railroads, pavements, foundations, piles, piers, caissons, by at least one of the above steps, pouring, storage or surface treatment, pouring materials, equipment, materials or PSC materials, A step in which one of bridges, viaducts, shifts, piers, dams, harbors, quay walls, retaining walls, subways, facilities, buildings, structures, sculptures, landscapes, and structures are constructed; It relates to an eco pouring method, characterized in that at least one of the included.

Examples of Example 7 include 1) manufacturing at least one of a combined magnet and an electromagnet by combining two or more of at least one of a magnet and an electromagnet; 2) inserting a separator or a separator between neighboring magnets or electromagnets to separate neighboring magnets or electromagnets during the coupling; 3) forming a lining magnetic body by covering or lining the outside of one of the coupling magnets, coupling electromagnets, separator insert coupling magnets, and separator insert coupling electromagnets to protect or prevent corrosion; 4) manufacturing a cone having one of the coupling magnet, the coupling electromagnet, and the magnetic body; 5) embedding the cone into the hollow body; 6) providing at least one of the hollow body equipped storage, hopper, blender, pump, transporter, supply path, and pourer; 7) placing a pouring material using at least one of the storage bins to the pouring machine; An eco pouring method, etc., characterized in that at least one of them is included, is applicable.

Example 8 is a) a1) 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, bonds, including The pouring material or containing material containing at least one of water, nano-products, resins, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, and phytoncide products; Either is poured or cured to form;

b) or b1) a magnet or an electromagnet having a coil on an iron core; A magnet or electromagnet mounting cone netting machine; A device or a hollow body for mounting the cone netting machine thereof; Drones, 3D printers for mounting or moving the hollow body thereof; b2) a wind compressor for supplying pressure to at least one of the magnets, electromagnets, cone netting machines, appliances, hollow bodies, drones, 3D printers, casting materials, and inclusions; b3) Or a solar generator or wind power generator for supplying electricity to one of the apparatus, drones, 3D printers, electromagnets, and coils thereof; b4) Or a magnet, or a cone, net, rod, frame, spiral, cone net, bar, cone net, frame spiral, cone net, cone net, spiral, or wire with an electromagnet equipped with a coil on an iron core; or Hollow body; At least one of, or one or more of magnetized or magnetized vortex pouring equipment provided with one or more of magnetization, eddy current, magnetized vortex pouring material or its contents is poured or cured.

c) or formed by using the poured and manufactured material or magnetized material;

Facility or magnetization facility; Houses, dams, foundations, ground, slopes, houses, buildings, roads, sidewalks, pavements, levees, bridges, tunnels, retaining walls, harbors, structures, and facilities; It relates to an eco facility characterized in that one of.

Examples of Example 8 include: a) a magnetized vortex casting material is poured or cured. b) A hollow body in which an electromagnet equipped with a coil is mounted on an iron core is formed by pouring or curing a casting material through a drone equipped with an embedded hollow body; c) or formed by using the poured and manufactured material or magnetized material; Facility or magnetization facility; Houses, dams, foundations, ground, slopes, houses, buildings, roads, sidewalks, pavements, levees, bridges, tunnels, retaining walls, harbors, structures, and facilities; It corresponds to an eco facility characterized in that it is one of.

Example 9 is a) a1) a11) magnet, electromagnet, magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal water body, magnetization wave body, magnet construction body, magnetization energy body, iron core An electromagnet with a coil wound around, two or more magnets having the same or different magnetic force; a12) the magnet or electromagnet for magnetizing the poured material; a2) a magnetic body, a magnetization body, or a magnetic field body of one of the magnets or electromagnets embedded or lining; When one of the magnets is provided, the pouring material is in contact with or passes through.

a21) cone, rod machine, cone rod, mesh cone, mesh rod, mesh helix, cone helix, cone rod helix, cone mang rod machine, cone rod machine helix, cone mang rod helix, cone mang rod machine helix, perforated cone mang rod machine helix, perforated cone type cone type heman helix; a22) the cone or cone mang rod machine spiral for vortexing the contact or passage casting material or the magnetized casting material;

b) the magnet or magnetic field body through which the pouring material is contacted or passed while one of the cones to the cone mang rod machine is provided with a coupling structure opposite to the above,

c) the a) cone or cone rod machine spiral, b) a tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube through which pouring material is stored or passed while at least one of a magnet or magnetic field is provided or embedded , Hose, spiral, body, object, block, means, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow pipe, hollow body;

d) a tank or a hollow body through which the pouring material is contacted or passed while one of the tank to the hollow pipe is embedded;

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

f) f1) One of the cones or hollow bodies is provided, or the pouring material is stored, blended, pressurized, supplied, poured or molded, sprayed or sloped, injected or ground injection, injection or crack injection, shorting or Storage, blender, pressurizer, feeder or supply path, pouring machine, for one of rust shorting, coating or cotton coating, painting or shaving, laying or ground laying, paving or road paving, mixing or underground mixing, compacting or compacting Sprayer, injector, syringe, shorting machine, coating machine, painter, sprayer, packaging machine, mixer, compactor; f2) a curing machine for curing one of the pouring or mixing pouring materials; f3) a cotton treatment machine for cotton treatment after the curing;

g) g1) a wind compressor for injecting pressure into at least one of the pouring material, cone, or face treatment machine; g2) a drone or a 3D printer that moves one or more of the cones or face treatment machines or performs one of the magnetization, vortex, magnetization vortex, storage or surface treatment by mounting or mounting at least one of the cones or face treatment machines; g3) a generator for supplying electricity to one or more of the coil, storage or surface treatment machine, pouring equipment, and power thereof, a mobile generator, a solar generator, a wind generator; g4) the wind compressor, drone, 3D printer provided with one of the cone to the hollow body;

h) a pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, provided with at least one of the cones to 3D printers;

i) at least one of the cone to pouring equipment, storage to compaction, curing, and cotton treatment is used; Or through one or more; Or prepared by one or more; i1) Materials, materials, interior materials, exterior materials, construction materials, main materials, subsidiary materials, beams, walls, plates, pipes, tiles, bricks, blocks, mats, boards, girders, slabs, culverts, boxes, tanks, manholes, 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) materials, PSC (pre stress or post stress concrete) materials, casting materials; i2) One of them or contained in one of them i21) Water, water, liquid, oil, medicine, energy, high, high, low, high, sol , Gel, mortar, milk, chemical solution, suspension, slurry, compound, compact, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; i22) or water, water, liquid, oil, medicine, gas, solid, agent, ash, sol, gel, gas, sand, gravel, aggregate, ash, carbon, resin , Ion, catalyst, waste powder, stone powder, dust, iron powder, powder, mineral, tailings, rock, sulfur, loess, clay, clay, lime, gypsum, bitumen, rubber, fiber, fiber, reinforcing material, nano material, magnetite, apatite, Latex, microorganisms, by-products, slag, cement, asphalt, expanding agent, foaming agent, waterproofing agent, detoxifying agent, admixture, compounding water, compounding material, kaolin, phytoncide, bentonite, zeolite, attapulgite, geopolymer, SiO ₂ 40-60 weight Ash containing parts, loess containing 37 to 83 parts by weight of quartz, binder containing 58 to 74 parts by weight of CaO, by-product including 0.5 to 85 parts by weight of FeO or Fe ₂ O ₃ , ductile 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, ash, ions, ingredients, urea, elements, substances, reactants, combinations, inclusions , Nano products, resin products, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, phytoncide water containing at least one of the water to plaster; i23) or 100 parts by weight of the binder and i231) 100 to 600 parts by weight of sand or chain 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 admixture, i232 ) 50 to 400 parts by weight of water or ionized water, 10 to 600 parts by weight of waste or stone powder or ash or by-products, 10 to 600 parts by weight of soil or loess or masato, 0.005 to 50 parts by weight of resin 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 detoxifier, and 0 to 10 parts by weight of other substances;

At least one of (a21) cone to i) plaster is used, used, applied, utilized, provided, configured, mounted, attached, contained, included, mixed, poured or compacted, cured, and treated As a united facility,

The above facilities are a) houses, buildings, houses, houses, houses, detached houses, apartment houses, assembly houses, canopy buildings, canopy houses, mobile houses, container houses, hanoks, Western houses, loess houses, shopping centers, apartments, officetels, residential complexes , Low-rise buildings, high-rise buildings, high-rise buildings, houses, mobile houses, wooden houses, wooden constructions, artificial wooden houses, synthetic wooden houses, loess houses, tile houses, traditional houses, hanok houses, earthen houses, rice houses, traditional buildings, cultural assets, cultural assets Building, Basement, Underpass, Underground Building, Underwater Building, Ground Building, Public Building, Floating Building, Plant Factory, Urban Farm, Farm Building, Plant Farm Building, Plant Factory Building, Urban Farm Building, Urban Farm Building, House, Green 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, Reinforced Building , Steel cone building, steel structure building, assembly building, container, container house, steel tower, column, chimney, fence, street light, tunnel, road tunnel, railroad tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield submarine tunnel, underwater tunnel , Submerged tunnel, immersion tunnel, wind tunnel, underground tunnel, Piam tunnel, open tunnel, air tunnel, soundproof wall, soundproof tunnel, road, driveway, sidewalk, sidewalk, railroad, track, pavement, pavement, runway, running route, operation Road, ground, slope, slope, slope, cut surface, foundation, pile, pier, caisson, bridge, bridge, road bridge, railroad bridge, overpass, shift, pier, wind bridge, aerial bridge, dam, soil dam, soil dam, Sapower Dam, Cement Dam, Concrete Dam, Arch Dam, Sabang Dam, Embankment, Dirt Levee, Soil Levee, Sapower Levee, Cement Recharge, Concrete Recharge, River Embankment, River, Ocean, Port, Coast, Revetment, Lake, Waterway, Quay Wall, Watershed , Estuary, breakwater, seawall, offshore structures, beams, underwater beams, ground beams, water surface beams, water beams, river beams, 4 major river beams, facilities, buildings, structures, sculptures, landscape materials, subways, retaining walls, reinforced earth retaining walls, stonework, underground Walls, soil barriers, order walls, reaction walls, composite walls, facilities, plants, landscape facilities, landfills , Power plant, landfill, thermal power plant, nuclear power plant, soil structure, soil 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 structures, underwater structures, ground structures, aerial structures, floating structures, assembled structures, ground structures, underground structures, water surface structures, underwater structures, repair structures, public structures, SOC facilities, public facilities, private facilities, park facilities, water treatment Facilities, wastewater treatment facilities, purification facilities, repair facilities, construction facilities, civil engineering facilities, environmental facilities, 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; b) or rods, stands, plates, nets, meshes, grids, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, reinforcing materials, including at least one of the above house or floating facilities; It relates to an eco facility characterized in that one of.

Examples of Example 9 include: a) a hollow body in which the pouring material is stored or passed while a magnet or an electromagnet is embedded in the cone mang rod for magnetizing the pouring material; b) a storage container or a cotton treatment machine provided with one of the hollow bodies; c) pouring equipment provided with at least one of the hollow body, storage, and face treatment machine; d) one of these pouring materials; Facilities in which one or more of them are used, used, applied, utilized, equipped, configured, installed, attached, contained, contained, mixed, and placed or compacted, cured, and treated are one of the above.

Example 10: a) vortexed through a cone and then magnetized 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 through a magnet again; e) vortex through the cone and then magnetized through the magnet and then vortex through the cone again; f) A cone is provided in the middle of the magnet to pass through the magnet to be magnetized, and then magnetized through the magnet and the cone at the same time, and then magnetized through the magnet again; g) A cone is provided at the third point of the magnet, and a cone is provided at the rear end of the magnet to pass through the magnet to be magnetized. Then, the magnet and the cone are simultaneously passed through the magnet and vortexed at the third point, and then the magnet is re-magnetized. A vortex through the rear end cone after being magnetized by passing through; h) the magnetization and vortex are simultaneously, alternating, two or more times, one of them repeats, or two or more times; It is one of the pouring materials or is formed by pouring or curing the pouring material,

a) material or magnetizing material; b) One of these, b1) mortar, milk, chemical solution, suspension, slurry, compound, compact, ready-mixed concrete, ascon, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, Girder, slab, culvert, box, tank, manhole, Hume pipe, water tank, foundation, column, pile, pile, 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 the above beam or building materials, bb) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facilities, buildings, structures, facilities One of the materials, materials, raw materials, the mortar to the building materials; It relates to an eco-material, characterized in that one of.

An example of Example 10 is a casting material that is vortexed through a cone after being magnetized through a magnet, or the casting material is formed by pouring or curing; Eco-materials, etc., characterized in that they are materials or magnetized materials are applicable.

Example 11 is a) a1) magnetized or magnetized vortex casting material; Magnet-mounted cone netting machine or its embedded hollow body through 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, bonds, including The pouring material or containing material containing at least one of water, nano-products, resins, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, and phytoncide products; Either one, or one is poured or cured to form;

b) or b1) a magnet or an electromagnet having a coil on an iron core; Its magnet or electromagnet mounting cone; Its cone mounting mechanism or hollow body; A drone or a 3D printer that has a hollow body or moves it; b2) a wind compressor for supplying pressure to at least one of the magnets, electromagnets, cones, instruments, hollow bodies, drones, 3D printers, casting materials, and inclusions; b3) Or a solar generator or wind power generator for supplying electricity to one of the apparatus, drones, 3D printers, electromagnets, and coils thereof; b4) Or a magnet, or a cone, net, rod, frame, spiral, cone net, bar, cone net, frame spiral, cone net, cone net, spiral, or wire with an electromagnet equipped with a coil on an iron core; or Hollow body; At least one of, or one or more of magnetized or magnetized vortex pouring equipment provided with magnetization, vortex, or magnetized vortex pouring material, or a pouring material or its inclusions, or formed by pouring or curing the pouring material or inclusions;

a) material or magnetizing material; b) One of these, b1) mortar, milk, chemical solution, suspension, slurry, compound, compact, ready-mixed concrete, ascon, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, Girder, slab, culvert, box, tank, manhole, Hume pipe, water tank, foundation, column, pile, pile, 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 the above beam or building materials, bb) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facilities, buildings, structures, facilities One of the materials, materials, raw materials, the mortar to the building materials; It relates to an eco-material, characterized in that one of.

An example of Example 11 is an inclusion material containing a magnetized casting material containing CaFe, or a composition formed by pouring or curing the inclusion material; Eco-materials, etc., characterized in that they are materials or magnetized materials are applicable.

In Example 12, at least one of the equipment described in Examples 6, 9, and 12, cone to surface treatment machine, pouring equipment, magnetized pouring equipment, and magnetized vortex pouring equipment was used; Or one or more passes, or one or more are used and manufactured; Or prepared by one or more of the storage to compaction, curing, and cotton treatment; As a material, the material is characterized in that one of the following k1) to k44). Examples of the 12th embodiment correspond to a concrete casting material, which is a material that has undergone magnetized vortex placement equipment with a hollow body in which a magnetic cone is embedded, and a brick, a block, which is a concrete material with teeth cured.

The materials are k1) k11) water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, charcoal, ocher, clay, clay, sand, silica sand, chain sand, gravel, crushed stone, aggregate, ash , Fiber, carbon, resin, catalyst, waste powder, stone powder, iron powder, dust, mineral, substance, tailings, material, rock, lime, gypsum, air, gas, masato, granite, magnetite, apatite, dolomite, graphene, by-products , Slag, Sludge, Ceramic, Silica, Enzyme, Cement, Admixture, Quick Setting Agent, Finishing Agent, Adhesive, Adhesive, Inflating Agent, Foaming Agent, Waterproofing Agent, Water Repellent, Detoxifier, Moisture Agent, Drying Agent, Fiber, Binder, Solidifying Material, Binder, Nano material, reinforcement material, cast material, porous material, carbide, incineration material, fired material, ion material, ionized water, cation, anion, activated carbon, kaolin, asphalt, phytoncide, fluidizing agent, micro material, bentonite, zeolite, attapulgite, geo Polymer, compounding water, compounding material, compound, mixture, mortar, milk, chemical solution, suspension, slurry, remittal, ready-mixed concrete, ascon, concrete, paste, plaster, Ca, Mg, Si, Fe, Me, Al, K, Na , OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KNaSiAl, NaSiAl , CaSiCOO, MgFeCOO, CaMgFeCOO, k12) one or more of the Ca to CaMgFeCOO, ash, ions, components, urea, elements, substances, reactants, binders, inclusions, nano products, resin products, by-products, carbon products, fibers Water, catalyst, fiber, latex, bio, phytoncide;

k2) the water or plaster containing at least one of the Ca to phytoncide products; k3) containing one or more of the water to plaster, liquid, gaseous, solid, powder, particulate, stirred, input, and additive; k4) the mortar or plaster containing at least one of the water and additives; k5) or the water or plaster in which one or more of a hydration reaction, a pozzolan reaction, a hydroxylation reaction, and a carbonation reaction occurs; k6) k61) low particle diameter of 1-100 µm, medium particle diameter of mm, high particle diameter of 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 and high specific gravity of ∼2.0, high specific gravity of 2.1 to 3.0, k63) Low powder of 100 to 1,000 ㎠/g, ultra low powder of less than that, medium and low powder of 1,001 to 2,000 ㎠/g, 2,001 to 5,000 ㎠/ The water to phytoncide water, which is one of g of heavy powder, 5,001 to 7,000 cm 2 /g of heavy powder, 7,001 to 10,000 cm 2 /g of high powder, and more of ultra-high powder;

k7) Low pressure of 1-50kg/㎠, ultra-low pressure less than this, medium-low pressure of 51-100kg/cm2, medium pressure of 101-200kg/cm2, medium pressure of 201～300kg/cm2, high pressure of 301～600kg/cm2m, The water to the plaster to be poured at one of the ultra-high pressure that is more than this; k8) sand, gravel, aggregate, filler, binder, admixture, water containing two or more of the water or plaster; k9) water, sand, gravel, crushed stone, aggregate, water, and the above water or plaster obtained by kneading at least one of admixtures with cement; k10) cement or asphalt and filler, sand, stone powder, crushed stone at least one of the mixture of the water to plaster; k11) The aggregate is fine aggregate, coarse aggregate, sand, sea sand, sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-products, waste powder, dust, stone powder, fine powder, slag, sludge, incineration ash. One or more of the water to plaster; k12) the water or plaster in which the filler is at least one of minerals, ores, tailings, wastes, by-products, waste powder, dust, stone powder, fine powder, slag, sludge, and incineration ash; k13) the water to plaster in which the binder is at least one of binders, cement, asphalt, gypsum, lime, starch, chemicals, polymers, and adhesives; k14) The admixture is a quick-setting agent, retardant, sintering agent, dispersant, waterproofing agent, water-repellent agent, water repellent, foaming agent, expanding agent, foaming agent, defoaming agent, coloring agent, hardener, water reducing agent, pigment, dye, microorganism, useful microorganism, effective microorganism, bacillus , Pasteurize, fluidizing agent, air entraining agent, anion radiating material, far-infrared radiating material, mineral, ore, tailings, waste, slag, and the water or plaster of one or more of sludge;

k15) the water or plaster in which the water is one of water, water, liquid, oil, water, water, sewage, dam water, pump water, ground water, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ion water; k16) or cement, asphalt, soil, ocher, air, air bubbles, pressure, oxygen, nitrogen, resin, chemicals, chemicals, urea, enzymes, yeast, catalysts, enzymes, surfactants, activators, silica, carbon, foaming agents, expanding agents, In addition to one or more of color agents, graphene, polymers, microorganisms, fibers, aggregates, fillers, binders, admixtures, and at least one of water or plaster; k17) 25 to 70 parts by weight of aggregate or filler, 15 to 40 parts by weight of binder, 0.1 to 10 parts by weight of admixture, and 5 to 35 parts by weight of water; k18) 15 to 30 parts by weight of cement, 20 to 45 parts by weight of fine aggregate, 30 to 60 parts by weight of coarse aggregate, 0.1 to 3 parts by weight of waste, 0.1 to 5 parts by weight of admixture, and 15 to 35 parts by weight of water. The water to the plaster; k19) cement binders, aggregates and wastes having a particle size range of 5 to 13 mm and 13 to 20 mm, and a fluidizing agent, and the water binder ratio of 25 to 35% or porosity of 15 to 30%; k20) the water or plaster containing fine aggregates and coarse aggregates in a ratio of 0.2 to 0.65㎥ per 1㎥ of water, cement binder, and admixture;

k21) Cement, aggregate, water, and the water-cement ratio of 25 to 40% of the water to the plaster, including the admixture; k22) a cement having a density of 3.0 to 3.2 ^{g/cm 3} , a powder degree 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 volume mass of 1,340 to 1,580 kg/m ^{3 or more;} The water or plaster containing water and an admixture in at least one of a density of 2.2 to 2.6 g/cm ³ and a unit volume of 1,295 to 1,580 kg/m ^3; k23) 14 to 15 parts by weight of the binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of admixture, 0.3 to 3 parts by weight of waste, and separate water; including 100 parts by weight of the water or plaster; k24) 20 to 40 parts by weight of cement, 10 to 50 parts by weight of sand, 10 to 50 parts by weight of gravel, 2 to 30 parts by weight of water, and 100 parts by weight of the 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, and 100 parts by weight of the water to plaster; k26) the water or plaster containing a binder, water, sand, gravel, and admixtures; 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 any one coarse selected from 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm Aggregate, fine aggregate or slag fine aggregate having a particle size of 5 mm or less, and the water to plaster containing 0.03 to 3.0 parts by weight of a fluidizing agent or an admixture including an AE water reducing agent with respect to the binder;

k28) 5-8 volume binder, 60-80 volume aggregate, 0.2-0.5 volume admixture, and water to fill 100% of the total volume, and the aggregate is waste, waste powder, waste concrete, crushed stone , Bottom ash, slag, and one selected from among rocks, or a mixture of 2 to 7 types, and the binder is one selected from cement, asphalt, lime, gypsum, fly ash, and sludge, or a mixture of 2 to 6 types. Plaster; k29) 100 parts by weight of a binder such as cement, 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, 35 to 45 parts by weight of water. ; 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 mineral or polymer, including 100 parts by weight, the polymer The water to plaster containing at least one of polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, polyhydroxyhexane, and isocyanate; k31) 100 parts by weight including 3 to 10 parts by weight of water, 10 to 25 parts by weight of cement, 25 to 35 parts by weight of fine aggregate, 40 to 45 parts by weight of coarse aggregate, 0.5 to 1.5 parts by weight of fly ash, 1 to 7 parts by weight of by-products The water to the plaster; k32) The above water containing 250 to 660 parts by weight of aggregate including sand or gravel, 10 to 150 parts by weight of mineral or zeolite, 1 to 15 parts by weight of microorganisms including bacillus, and 10 to 30 parts by weight of water based on 100 parts by weight of cement-containing binder. To plaster;

k33) Amount of binder or cement 250∼550kg/㎥, fine aggregate 350∼650kg/㎥, coarse aggregate 850∼1,100kg/㎥, quantity 150∼200kg/㎥, mineral or waste 200∼450kg/㎥, The water to the plaster containing at least one of 0.1 to 5 parts by weight of admixture; k34) a binder or cement 100 parts by weight of SiO ₂ 50~55 parts by weight, Al ₂ O ₃ 15~20 parts by weight, relative to, 1~2 parts by weight of MgO, FeO 2~4 parts by weight, Fe ₂ O ₃ 2~3 wt. Parts, CaO 0.5 to 0.9 parts by weight, K ₂ O 0.5 to 1.1 parts by weight, Na ₂ O 0.5 to 0.7 parts by weight, P ₂ O ₅ 0.2 to 0.6 parts by weight, MnO 0.03 to 0.09 parts by weight, mineral component 13 to 18 parts by weight Contains 5 to 45 parts by weight of one of waste flour, stone flour, and tailings containing part, and the particle diameter of one of the waste flour, stone flour, and tailings is 0.03 to 0.08 mm, the slump is 8 to 12 cm, and the unit quantity/cement amount is 50 to 60 The water to the plaster having a weight%, a fine aggregate ratio of 45 to 53% by weight; k35) 75 to 83 parts by weight of aggregate, 13 to 15 parts by weight of the binder, 5 to 7 parts by weight of water, and 0.07 to 0.3 parts by weight of the admixture are further mixed with 3 to 15% of the weight of the binder, and the binder is cement, At least one or more selected from slag and fly ash, and the microorganism is one or more selected from photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous bacteria, bacillus, and yeast; k36) 50 to 90% by weight of cement, 1 to 15% by weight of powder slag, 0.1 to 7% by weight of powder 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 of water reducing agent The water containing at least one of the weight% to the 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) one of crude steel, low heat, blast furnace, carbon, weight, light weight, expansion, white, mixed, silica, sulfuric acid, ultrafast hardness, medium heat, slag, portland, alumina, magnesia, fly ash, cement, k392) Or 100 parts by weight of at least one of lime, gypsum, cement, binder, binder, asphalt, and, based on 100 parts by weight, k393) 100 to 600 parts by weight of sand or chain sand, 150 to 800 parts by weight of gravel or crushed stone or recycled aggregate, In addition to one or more of 0.0001 to 30 parts by weight of admixture, k394) 50 to 400 parts by weight of water or ion water, 10 to 600 parts by weight of waste or stone powder or ash or by-products, 10 to 600 parts by weight of soil or loess or masato, resin or polymer Or 0.005 to 50 parts by weight of latex, 0.0001 to 40 parts by weight of fiber or reinforcement or nanomaterial, 0.00001 to 10 parts by weight of microorganisms or its inclusions, 0.00001 to 3 parts by weight of detoxifiers or its inclusions, 0-10 parts by weight of substances other than the above In addition to one or more parts by weight, k395) a) phytoncide, its contents, b) or a phytoncide extracted from one of the trees, trunks, plants, bark, cypress trees, its contents, c) or cypress trees, stems, Plants, bark, wood, added water added thereto, heating these, heated water by this, distilled water, phytoncide obtained from one or more of its cooling water, its contents, d) or magnetization, bio, magnetic contact magnetization, microbial input bio One or more of the a) phytoncide to c) the water to which at least one of the substances contained or added to the plaster;

k40) or water, water, liquid, oil, medicine, sol, gel, gas, solid, agent, ash, fluid, liquid, Gas, solid, liquid, liquid solid, solid, liquid solid, spring water, mineral water, water, sewage, storm water, sewage, wastewater, turbid water, dirty water, carbonated water, ionized water, seawater, brine, spring water, drinking water, groundwater, Rock water, surface water, oil, oil, diesel, gasoline, iron, scrap metal, copper, metal, non-metal, mineral, tailings, ore, rock, rock powder, stone, stone powder, wood, wood powder, powder, sawdust, soil, earth and sand, earth and stone, Loess, white clay, clay, granite, masato, graphite, silica sand, carbon, graphene, ceramic, pozzolan, silica, silica fume, lime, gypsum, sand, maritime sand, chain 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, negative waste, waste powder, fine powder, iron powder, dust, slag, sludge, slurry, foundry sand, charcoal, ash , Bottom ash, fly ash, coal ash, incineration ash, firing ash, carbonized ash, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, chemical, chemical solution, suspension, enzyme, yeast, Urea, catalyst, positive catalyst, photocatalyst, titanium dioxide, ionic substance, zero value, polyhydric substance, cation, anion, ionized water, iron ion, metal ion, phytoncide, aeration agent, reactive agent, adsorbent, flocculant, restoration agent, disinfectant, disinfectant , Activators, surfactants, binders, solidifying agents, solidifying agents, powders, nanomaterials, granular materials, particles, fired products, incineration products, carbides, seeds, seeds, germination products, microorganisms, fertilizers, nutrients, fats, starch, Vitamin, mineral, fiber, woven fabric, non-woven fabric, carbon fiber, fiber, fiber fiber, glass fiber, metal fiber, collector, adsorbent, dehumidifying agent, dehydrating agent, sterilizing agent, admixture, additive, hardener, dispersant, quick setting agent, finalizing agent, small Payment, water reducing agent, accelerator, retardant, rust inhibitor, inflating agent, foaming agent, foaming agent, aeration agent, defoaming agent, coloring agent, adhesive, adhesive, binder, solidifying agent, fixing agent, waterproofing agent, waterproofing liquid , A water repellent, an acidic agent, a base agent, a fluidizing agent, a phytoncide, an air entraining agent, cellulose, and the water or plaster containing one or more selected from the group consisting of CMC (carboxymethyl cellulose);

k41) or k411) beams, beams, underground beams, ground beams, cross beams, stringers, tiles, bricks, blocks, grid blocks, slope blocks, reinforcement blocks, reinforcement blocks, panels, interior panels, exterior panels, walls, walls, interior materials , Exterior materials, main materials, subsidiary materials, construction materials, mats, boards, reinforcement boards, support boards, reinforcement boards, floor boards, reinforcement boards, boards, girders, slabs, culverts, sewage culverts, rainwater culverts, boxes, tanks, storage boxes, underground boxes, storage Box, manhole, pipe, steel pipe, merit pipe, non-public pipe, pipe, waterway, runway, U-shaped pipe, drainage pipe, sewer pipe, water pipe, Hume pipe, plum pipe, clay pipe, cement pipe, concrete pipe, water tank, storage tank, water collection tank, house Crystal, rainwater storage tank, rainwater storage tank, paving material, sidewalk material, boundary stone, separator, foundation, column, pile, pile, PHC pile, factory pile, purchase base, driving base, rotational purchase base, cast-in-place pile, pier, caisson, geothermal heat Pile, geothermal pier, geothermal caisson, pile with geothermal circulation pipe, tetra pot, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, tunnel lining segment, mortar material, cement material, concrete material , Asphalt material, Cement 2nd product, Asphalt 2nd product, Remital 2nd product, Ascon 2nd product, Readymicon 2nd product, LMC(latex modified concrete) material, PC(pre cast) material, PS(pre stress or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) materials; k412) or the bo to the PSC material containing at least one of the water to plaster, water to CMC;

k42) or k421) house, building, house, house, house, detached house, apartment house, assembly house, canopy building, canopy house, mobile house, container house, hanok, Western-style house, red clay room, shopping center, apartment, officetel, residential complex , Low-rise buildings, high-rise buildings, high-rise buildings, houses, mobile houses, wooden houses, wooden constructions, artificial wooden houses, synthetic wooden houses, loess houses, tile houses, traditional houses, hanok houses, earthen houses, rice houses, traditional buildings, cultural assets, cultural assets Building, Basement, Underpass, Underground Building, Underwater Building, Ground Building, Public Building, Floating Building, Plant Factory, Urban Farm, Farm Building, Plant Farm Building, Plant Factory Building, Urban Farm Building, Urban Farm Building, House, Green 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, Reinforced Building , Steel cone building, steel structure building, assembly building, container, container house, k422) steel tower, column, chimney, fence, street light, tunnel, road tunnel, railroad tunnel, NATM tunnel, TBM tunnel, Shield tunnel, TBM-Shield subterranean tunnel, Underwater tunnel, submerged tunnel, immersion tunnel, wind tunnel, underground tunnel, Piam tunnel, open tunnel, air tunnel, soundproof wall, soundproof tunnel, road, driveway, sidewalk, sidewalk, railroad, track, pavement, pavement, runway, running route , Route, city, safety, structure, ground, foundation, bridge, bridge, road bridge, railroad bridge, overpass, shift, pier, wind bridge, aerial bridge, dam, soil dam, soil dam, sand dam, cement dam, concrete Dam, Arch Dam, Sabang Dam, Embankment, Dirt Embankment, Sediment Embankment, Sapower Embankment, Cement Regeneration, Concrete Regeneration, River Embankment, River, Ocean, Port, Coast, Revetment, Lake, Waterway, Quay, Watershed, Estuary, Breakwater, Seawall, Offshore structures, beams, underwater beams, aboveground beams, water beams, water beams, river beams, 4 major river beams, facilities, facilities, buildings, structures, sculptures, landscape materials, subways, structures, facilities, molds, formwork, retaining walls, reinforced earth retaining walls, stonework , Underground wall, earth wall, order wall, reaction wall, composite wall, anchor, small Work anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, equipment, plant, landscaping facility, landfill, power plant, waste landfill, thermal power plant, nuclear power plant, soil structure, soil 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 structures, water surface structures, underwater structures, repair structures, public structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, repair facilities, construction facilities, civil engineering facilities, environmental facilities, 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, architecture, construction, work, civil engineering, environment, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, thinkhole restoration, landscaping, planting, sculpting, 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, cutting, embankment, geothermal pile, factory pile, burial foundation, driving foundation, rotary burial foundation, cast-in-place pile, soil barrier, soil barrier, slurry wall , Underground continuous wall, diaphragm wall, CIP (cast in place pile), CP (compaction pile), SCP (sand compaction pile), CCP (crushed stone compaction pile), VCCP (vibrated CCP), dredging, reclamation, underwater, Cableway, elevator, masonry, plastering, waterproofing, order, water retention, painting, pavement, soil pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground clearance, Complex arrangement, drilling, boring, blending, mixing, supply, provision, pressure delivery, transport, transportation, pouring, mold placement, concrete placement, pruning, laying, slope laying, ground laying, road laying, 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 Spray, ground spray, slope spray, underwater spray, aerial spray, dust removal spray, curing, water curing, geothermal hole, mixing, ground mixing, ground agitation mixing, deep cement mixing (DCM), soil cement wall (SCW), resolution , Underground compaction, stirring compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, surface treatment, sink hole treatment, sink hole filling, cavity Filling, stone, masonry, exterior wall, scaffolding, dismantling, windows, sheet metal, roof sheet metal, assembly, architectural assembly, steel, windows, sheet metal, water and sewage, method, electric method, greening, cleaning, cleaning, redevelopment, reconstruction, interior, remodeling , k424) Weight, light weight, foaming, foam, expansion, permeability, reinforced, reinforced, unreinforced concrete, reinforced concrete, RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete), PS (prestressed, poststressed), PSC (prestressed concrete, poststressed concrete), SRC (steel reinforced cement), CRC (carbon reinforced cement) Materials, raw materials, materials, materials, powders, sheets, mats, pouring materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, mortar, remittal, ready-mixed concrete, asphalt concrete, concrete, the above materials or PSC materials;

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

In the present invention, equipment, devices, magnetization equipment, pouring equipment, eco pouring equipment, etc. are a) magnets, cones, rods, magnetizers, hexagonal water generators, drones, 3D printers, wind compressors, solar generators, wind turbines, storage, hoppers, Blender, pump, transport, supply path, perforator, pouring equipment, injector, syringe, sprayer, shorting machine, shorting machine, coating machine, coating machine, laying machine, packaging machine, mixing machine, compactor, curing machine, cotton treatment machine, b) above Equipment equipped with one or more of magnets or face treatment machines, c) equipment for using materials or materials, d) equipment for building or constructing facilities, e) equipment for manufacturing, construction, purification, and performing these methods, f) indoors, outdoors, factories, Equipment such as the field, the equipment, magnets, equipment, etc., correspond to, contain, belong, etc., or constitute, form, classify, subdivide, and the like. In the present invention,-and the like correspond to-and the like, one of -, one or more of -, and the like. Examples of this include: a) indoor, outdoor, factory, site, etc., b) one of indoor, outdoor, factory, site, c) one or more of indoor, outdoor, factory, site, etc. Yes.

And the equipment, apparatus, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention include 1) magnet, magnet group, electromagnet, magnetic body, magnetic body, magnetized body, hexagonal hydration body, magnetizing agent, magnetic field body, wave body, solenoid electromagnet , Mounting table non-magnets, magnetization energy bodies, the magnets or magnetization energy bodies that magnetize substances or eddy currents, 2) cones, cones, hollow cones, passage cones, spaced cones, contact cones, cone spirals, spiral cones, cone cone spirals, Spiral hook cone, cone mid helix, spiral heavy cone, spiral wicon, cone wi helix, one side spaced cone, two side spaced cones, mounting cod beacons, the cones or mounting cod beacons vortexing the pouring material or magnetized pouring material, 4) rods, rods, The rod to the rod body for vortexing the rod, the protruding rod, the rod body, the pouring material or the magnetized pouring material, 5) provided with one of the cone to the holder beacon, the rod to the rod body, or the rod to the rod body. Cone to mounting beacon, 6) having at least one of the cone to mounting beacon, rod to rod body, helix, cone helix, rod helix, cone helix, rod cone helix, 7) having at least one of the magnets or magnetization energy bodies, said Cone to mounting beacon, rod to rod body, cone spiral to beacon spiral, 8) the cone to mounting beacon, rod to rod body, cone helix to beacon helix provided with at least one of the magnet to magnetization energy body, 9) the Equipped with magnets or magnetized energy bodies, cones or beacons for mounting or buried containers, tanks, boxes, rods, plates, membranes, tanks, boxes, tubes, hoses, spirals, screws, bodies, objects, metal bodies, porous bodies, wave bodies , High molecular weight, water tank, means, facility, pipe, hollow pipe, hollow body, 10) one of the tank to hollow pipe embedded hollow body, 11) a storage, hopper, blender, pump, provided with at least one of the magnets to the hollow body, Transporter, supply path, drilling machine, pouring equipment, injector, syringe, sprayer, shorting machine, shorting machine, coating machine, painter, laying machine, packaging machine, mixing machine, compactor, curing machine, cotton treatment machine, 12) the magnet or cotton treatment machine A) wind power compressor injecting compressed material or compressed air into one or more of them, b) rotating wind power A wind screw compressor that generates and injects compressed material or compressed air using a screw or a rotary linear converter connected to the blade and a piston, 13) having one or one of the magnet or the wind compressor, or having the above A) a drone, a 3D printer, a magnetized drone, a magnetized 3D printer, a drone with at least one of a solar cell and a wind power generator, a 3D printer, and b) a body flying by a rotating blade. Drone with pouring equipment or pouring machine mounted on the frame, c) 3D printer with pouring equipment or pouring machine that moves three-dimensionally while being mounted on the frame, 14) devices, equipment, magnetization devices, pouring devices, pouring equipment, such as the magnet or 3D printer, etc. Equipment, 15) solar generators, wind turbines, etc. installed or installed on the magnets or equipment or supplying electricity, 16) storing and inputting water, liquids, substances, ash, substances, materials, etc. through the magnets or equipment , Blending, pumping, transportation, supply, perforation, pouring, injection, injection, spraying, shorting, coating, painting, laying, packaging, mixing, compaction, curing, and cotton treatment, 17) the pouring The magnets or equipment, etc. that make materials, construction materials, main materials, subsidiary materials, facilities, buildings, structures, etc., manufactured, constructed, purified, created, formed, etc. after surface treatment, etc. , Formation, division, subdivision, etc.

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

Examples of equipment, magnetization equipment, pouring equipment, and eco-placement equipment of the present invention include a) magnets (10, 16), magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, hexagonal water bodies, magnetic wave bodies, magnetized wave bodies, magnetic forces Energy body (10, 16), magnet-equipped cone (11) or object, cone or object-equipped magnet, agitation or aeration function cone or object, agitation or aeration function cone or magnetized magnet with object, b ) One of the magnets, magnet group, magnetic body, magnetic body, magnetization body, wave body, hexagonal water body, magnetic wave body, magnetization wave body, magnetic energy body, c) one of the cone or magnetic energy body provided or embedded tube ( 13), a body, a hollow body (13), d) a magnetizer that is one of the magnets to the hollow body, a hexagonal water dispenser (13), e) a storage with at least one of the magnets to the hexagonal water dispenser (20), and a hopper (21) , Mixer (22), Pump (23), Transporter (24), Supply Line (25), Pourer (26), Laying Machine, Injector, Syringe, Spraying Machine, Shorting Machine, Coating Machine, Spraying Machine, Packing Machine, Compactor, Mixing It corresponds to a machine, a curing machine, a cotton treatment machine 26, and the like. Since the magnet or the surface treatment machine is provided with a magnet, etc., it becomes one magnetizer, a hexagonal water machine, etc., or has a function of magnetizing a material, hexagonal hydration, and the like.

Other examples of the equipment, magnetization equipment, pouring equipment, and eco pouring equipment of the present invention include: a) a cone mang rod machine spiral provided with N-S-N-S-N-S-N-S magnets 10 and 16; b) a hollow body 13 provided with an injector 91 through which the connection means 99 and check valves 92 are provided at both ends while the conical bar spiral is embedded, and the additive 90 is introduced thereinto; c) Storage, blending, pressurization, supply, and pouring of pouring materials while the cone netting machine spiral or hollow body is provided, respectively, a storage 20, a blender 22, a pressurizer 23, a feeder or a supply path 25, a pourer (26); d) a wind compressor (50) for injecting pressure into one or more of the cone mang rod machine spiral, hollow body, storage, blender, pressurizer, feeder, supply path, and pourer; e) One or more of the storage or pouring by moving one or more of the conical bar spiral, hollow body, storage, blender, pressurizer, feeder, supply path, pouring machine, and wind compressor, or equipped with or by the mounting A drone 70, a 3D printer 71; f) a generator for supplying electricity to one or more of the storage or pouring machine, wind compressor, drone, 3D printer, pouring equipment, power source thereof, a mobile generator, a solar generator 80, a wind generator 81; g) provided with at least one of the cone mang rod machine spiral or wind power generator j1) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment (27); j2) pouring equipment that performs one or more of the storage or pouring; h) a pouring equipment (27) for pouring one (1) of a pouring material, a magnetized pouring material, and a magnetized vortex pouring material through one of the cones to the 3D printer; i) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, at least one of the Ca to CaFe, ash, ions, components, elements, elements, substances , Reactants, binders, inclusions, nano products, resins, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, phytoncide products, or contain one or more of the, or the pouring material is the Ca Water, water, liquid, oil, medicine, gi, solid, agent, ash, sol, gel, mortar containing one or more of to phytoncide water , Milk, chemical solution, suspension, slurry, formulation, compacted product, ready-mixed concrete, asphalt concrete, concrete, paste, and a pouring equipment which is one of plaster; This also applies to pouring equipment that includes one or more of them.

If the above example is described in detail, the pouring equipment of the present invention includes: a) a cone mang rod machine spiral provided 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 through which the pouring material is poured, and the connection means at both ends of the cone mang rod screw are embedded, and check valves are provided on the side and the additive is introduced into the hollow body; c) a storage, blender, pressurizer, feeder or supply path, pouring machine for storing, blending, pressing, supplying, and pouring pouring material while being provided with the cone mang rod machine spiral or hollow body; d) a wind compressor for injecting pressurization into at least one of the cone mang bar spiral, hollow body, storage, blender, pressurizer, feeder, supply path, and pourer for weight reduction of the pouring material; e) In order to unmanned or automate the pouring operation, one or more of the above cone netting machine spiral, hollow body, storage, blender, pressurizer, feeder, supply path, pourer, wind compressor is moved, or one or more is mounted or on the mounting. A drone or a 3D printer that performs one or more of the storage or pouring; f) a generator that supplies electricity to one or more of the storage or pouring machines, wind compressors, drones, 3D printers, pouring equipment, and its power source to replace commercial electricity required for pouring, mobile generators, solar generators, wind generators; g) Including the entire equipment required for pouring, provided with at least one of the cone mang rod machine spiral or wind power generator j1) pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment; j2) pouring equipment that performs one or more of the storage or pouring; h) a pouring equipment for pouring one of a pouring material, a magnetized pouring material, and a magnetized vortex pouring material through one of the cones to the 3D printer for pouring the pouring material; i) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, CaFe, one or more of the Ca to CaFe, ash, ions, and components in the casting material to improve the performance of the casting material , Urea, element, substance, reactant, binding product, inclusion product, nano product, resin product, by-product, carbon product, fiber product, catalyst product, fiber product, latex product, bio product, phytoncide product, Or, the pouring material is water, water, liquid, oil, medicine, energy, high (固), jae (劑), ash (材) containing one or more of the Ca to phytoncide. , Sol, gel, mortar, milk, chemical solution, suspension, slurry, mixture, compacted product, ready-mixed concrete, asphalt concrete, concrete, paste, and plaster; Etc. are applicable.

Another example of the pouring equipment of the present invention is possible by variously changing the contents of a) among the above a) to i). Examples of this include 1a) magnet, magnet group, electromagnet, twin magnet, rod magnet, plank stone, atomic stone, self-magnet, magnetic body, magnetic body, magnetic body, magnetized body, wave body , Magnetization body, magnetic field body, hexagonal hydration body, magnetization wave body, magnet assembly, magnetization energy body, double magnet, multi-magnet, multi-magnetism, composite magnet, nano magnet, superconducting magnet, magnetosome, magnetic bacteria, S pole N pole Magnet, N pole S pole magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, NSNSNSNS magnet, NSSNNSSN magnet, coil on iron core The wound electromagnet, two or more magnets having the same or different magnetic force, a solenoid electromagnet, a non-mounting magnet; a12) the magnet or the mounting table non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet or the mounting table non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body below, and the magnet or the mounting table non-magnet for magnetizing the pouring material; a13) one or more of the magnets or non-magnets for mounting, a cover, a lining, or a magnet of one of two or more repeated, combined, and connected magnets, a magnetic material, a magnetized material, a magnetic field material; One of the provided, or its own hole, hole, inner, outer, inner surface, outer surface, one side, both sides, passage, hollow, center, center, side thereof, and provided in one or more of the passage, while the pouring material is in contact or passing through

1b) Cone, Bong, Conch, Bongche, Conn, Mangcon, Cone, Mang, Bong, Bong, Bong, Protrusion, Conical, Conical Cone, Protrusion Cone, Inclined Cone, Double Cone, Multi Cone, Spiral Cone, Porous Cone , Hollow cone, passage cone, contact cone, separation cone, cone spiral, screw cone, forward cone, reverse cone, cone cone, helix cone, cone middle helix, helix heavy cone, helix wicon, cone wi helix, one side separation cone, two sides separation Cone, mesh spiral, cone mang rod, rod mang helix, cone mang helix, cone helix, cone mang rod machine, cone helix, cone mang helix, cone mang helix; 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 with a hollow diameter of 1.1 to 5.0 times the hollow diameter of the other, and a length of 0.1 to 0.1 to the length of one of the magnets or non-magnets. A cone with 0.8 times or 0.1 to 10.0 times the diameter of one side of the hollow, and a cone having a cross-sectional area of 0.05 to 0.9 times the inner cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet; a23) the cone or the cone mang rod machine spiral for vortexing the pouring material or the magnetized pouring material;

2a) or 2b) the magnet or magnetic field body through which the pouring material is contacted or passed while being provided with one of the cone to the cone mang rod machine spiral in a coupling structure opposite to the above; One of the combinations can be appropriately selected and applied.

Examples of its application include 1a) a cone with a magnetic field body, a rod with a hexagonal receiver, a cone net with S-pole and N-pole magnets, a cone bar with an electromagnet with a coil wound around an iron core, a net bar with two or more magnets having the same or different magnetic force, 2a) or Cone-equipped magnetic field, rod-equipped hexagonal receiver, cone-banged S-pole N-pole magnet, coil-wound electromagnet with cone rod, and two or more magnets having the same or different magnetic force with a mesh rod are applicable. do.

In the present invention, one of equipment, magnetization equipment, pouring equipment, eco pouring equipment, or a perforator, storage, hopper, mixer, pump, drone, transporter, supply route, pouring machine, laying machine, injector, syringe, Spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixing machine, curing machine, and face treatment machine are 1) the perforator or the surface treatment machine itself, 2) the cone to hollow body, magnet to hollow body, cone to hexagonal water machine, A perforator equipped with a magnet or a hexagon water machine or a face treatment machine, and 3) a magnetizer, a hexagon water machine, and the like of one of the perforator and surface treatment machines are applicable.

Other examples of equipment, magnetization equipment, pouring equipment, and eco pouring equipment in the present invention include a) a cone equipped with a magnet in which a magnet is provided in its central hollow portion, a magnet with a cone inserted into its outer side, and a magnetized magnet An agitation or aeration function object with a magnetized magnet, which is an agitation or aeration function object provided in the inner hollow of this itself b) A magnet with a magnet with a magnet, a magnetic body with an object magnet, a magnetic body with a stirring or aeration cone, and a magnetized body with a stirring or aeration cone with a magnetized magnet. c) c1) A tube with a magnet embedded, c2) A hollow body with a cone with a magnet, c3) A hollow body with a magnetic energy body with a magnet with a cone, c4) A cone with a magnet, or a hollow body with a tooth embedded A magnetizer equipped with phosphorus or one, c5) a magnet with a cone, a magnetic energy body with teeth, a hexagonal water machine with one or one of the hollow bodies embedded with teeth. d) a magnetic material embedding reservoir, the magnet embedding hopper, a magnetized material embedding mixer in which a stirring or aeration function cone equipped with the magnetized magnet is incorporated, a pump in which the magnet is provided at the front end or the rear end, the magnetic material embedding transport machine, the magnet is provided, or Purchased supply paths, pouring machines, laying machines, injectors, syringes, sprayers, shorting machines, coating machines, coating machines, packaging machines, compactors, mixers, curing machines, and cotton treatment machines are also applicable.

In addition to the above, a) in the cone or object with a magnet, or a magnet with a cone or an object, the object is a1) a cone, an object with or without a magnet, a2) a cone, an object other than a magnet, a3) a magnet, a group of magnets, Magnetic body, magnetic body, magnetization body, wave body, hexagonal hydration body, magnetic wave body, magnetization wave body, magnetic energy body, a4) object with agitation or aeration function, a5) body, ring, cone, spiral, vortex line, screw , Tornado, hollow body, funnel, a6) Objects, all objects, certain objects, body, metal, iron, wood, stone, clay, ceramic, polymer, natural, natural, artificial, These include rubber materials, porous materials, hollow bodies, non-porous materials, plastic materials, and PVC materials. And b) the magnet, magnet group, magnetic body, magnetic body, magnetization body, wave body, hexagonal water body, magnetic wave body, magnetization wave body, magnetic energy body Magnetic wave, magnetic wave, magnetic wave, magnetic energy, magnetic energy, etc. are applicable, and they have the same or different characteristics, and the same is a magnet with magnetic properties. They are hypermagnetic, magnets and wave bodies that have the property of material waves, and the ones that differ from each other include magnets with magnetic properties and wave bodies that make material waves. And c) the body is c1) a tube, a body, a hollow body, a pipe, a magnetizer, a hexagonal water 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) Tubes, hollow bodies, magnetizers, hexagonal water devices, etc., including or not including objects, bodies, etc. And d) the hollow body corresponds to a barrel, a tank, a box, a tank, a tube, a hose, a pipe, a hollow pipe, a hollow barrel, a hollow sphere, a hollow body, a hollow body, and the like. e) The magnetizer and the hexagonal water dispenser are e1) the cone or the hollow body, e2) the storage compartment or the surface treatment unit, e3) the equipment, equipment, fixture, equipment, manufacturing apparatus, construction equipment, e4) material provided with one of the above. These include magnetization, magnetization, magnetization, waveization, hexagonal signification, magnetic waveization, magnetic energy conversion, and the like.

In addition, magnets, magnetizers, hexagonal water devices, devices, instruments, devices, equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc. of the present invention include: a) magnet, magnet group, magnetic body, magnetic body, magnetized body, wave body, magnetic force Cone or object with agitation or aeration function with energy body, magnetic function consolidation cone, condensation magnet with cone function, magnet with double or bundle cone, cone or object with magnet, cone or object with magnet, magnetized magnet, cone with stirring or aeration function Or a magnetized magnet with an object, b) a magnet with one of them, a magnet group, a magnetic body, a magnetic body, a magnetized body, a wave body, a hexagonal water body, a magnetic wave body, a magnetization wave body, a magnetic energy body, c) the cone or magnetic force One or more energy bodies provided or embedded tube, body, hollow body, pipe, magnetizer, hexagonal water dispenser, d) one or more of the cone to hexagonal water heater, or provided in the following order or non-soon perforator, storage, hopper, mixer, Pump, drone, transport, supply route, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, painter, packing machine, compactor, mixing machine, curing machine, cotton treatment machine, e) Among the cone or cotton treatment machines One or more equipped devices, appliances, devices, equipment, manufacturing devices, construction equipment, etc. are also applicable.

The device, apparatus, device, equipment, device, phytoncide device of the present invention, the cone or surface treatment machine, magnetization equipment, pouring equipment, eco pouring equipment, etc. for manufacturing, production, construction, construction, construction, construction, construction, etc. Or equipment, appliances, devices, equipment, facilities, manufacturing facilities, construction equipment, dozers, trucks, excavators, graders, cranes for manufacturing, production, construction, construction, construction, construction, construction, etc. of the above concrete, materials, facilities, etc. , A forklift, a device, apparatus, device, equipment, facility, manufacturing facility, construction equipment, a dozer, a truck, an excavator, a grader, a crane, a forkrain, etc. with one of the magnets or equipment. The apparatus, apparatus, apparatus, equipment, apparatus, phytoncide apparatus, and the cone or face treatment machine of the present invention are provided in one, two or more, a plurality, one set, two sets or more, a plurality of sets, and the like. Examples of this are: a) 2 embedded hollow bodies with two magnets, b) 3 embedded hollow bodies with 2 magnets, c) 3 embedded hollow bodies with 3 magnets, c) 3 embedded hollow bodies with 3 cones, 2 storages with 3 embedded cones. 2 mixers connected, d) 1 with 3 magnets 1 with 2 cones 2 storages with 2 embedded hollow bodies 2 supply channels connected to 2 connected mixers, e) 2 injectors connected to it, etc. .

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

And a) apparatus, apparatus, apparatus, equipment, apparatus, phytoncide apparatus, b) the cone, magnet, cone or face treatment machine of the present invention, c) two or more of the facilities, facilities, structures, etc., mutual coupling between two or more, Linkage, connection, fastening, merging, merging, equipping, mounting, fixing, mounting, attaching, welding, or bonding, linking, connecting, fastening, merging, attaching, welding, or inner, inner, inner, hollow, outer, outer, outer, etc. Equipped, mounted, fixed, mounted, attached, welded, etc. are possible, and for this purpose, mutual rods, rods, plates, strings, strings, ropes, welding, bolts, nuts, tubes, hoses, pipes, pipelines, holders (12) , It is possible to equip and install support, etc. This is a) apparatus, apparatus, apparatus, equipment, apparatus, phytoncide apparatus, b) the cone, magnet, cone or face treatment machine of the present invention, c) facilities, facilities, structures, etc. include rods, stands, plates, strings, strings, Rope, welding, bolts, nuts, tubes, hoses, pipes, pipelines, holders (12), supports, etc., can be interconnected, connected, provided, mounted, installed, retained, positioned, mounted, fixed, attached, etc. Indicates that it is. Examples thereof include a magnet (10, 16) embedded hollow body (13) mounted on the holder (12), a cone-equipped magnet (10, 16) mounted on the holder (12), embedded hollow facility (8), and the holder (12). Mounted magnets (10, 16) embedded hollow body (13) embedded hollow facility (8) is also applicable.

In addition, in the apparatus, apparatus, apparatus, equipment, apparatus, pouring apparatus, the cone or surface treatment machine of the present invention, 1) one of the above construction or remodeling, or a) apparatus, apparatus, apparatus used for one of, or one , Equipment, b) the device, apparatus, device, equipment, magnet or equipment, 2) or the concrete to PSC, material, one or one of the facilities used, used, applied, utilized, corresponding, equipped, configured, mounted , Input, injection, purchase, introduction, incorporation, mixing, blending, doubling, overlapping, adding, adding, containing, including, reflecting, one or more of the above construction or remodeling, or one of the above construction or remodeling, or one The a) appliance, appliance, device, equipment, and b) the appliance, appliance, device, equipment, magnet or equipment used are also applicable.

And the materials or materials such as the device to the face treatment machine, magnet to magnetization energy body, cone to cone net rod spiral, hollow body, device, equipment, etc. are natural materials, natural materials, artificial materials, synthetic materials, metals, non-metals, Steel, wood, stone, clay material, glass, ceramic, resin material, resin material, polymer material, carbon material, graphene material, magnetic material, magnetic material, polymer material, rubber material, porous material, hollow material, non-porous material, plastic material, PVC materials, FRP materials, other or all or other materials, materials, raw materials, materials, etc. are applicable. Examples thereof include a magnetic material for the magnet, a metal material for the cone, a plastic material for the tube, an FRP material for the hollow material, a carbon material for the reservoir, a steel material for the mixer, and a PVC material for the sprayer.

In the present invention, a) magnet 10, magnet group, electromagnet, twin magnet, rod magnet, plank stone, atomic stone, self-magnet, magnet, magnet body, magnetic body, magnetic body, magnetized body, wave body, magnetized body, magnetic field body , Hexagonal hydration body, magnetization wave body, magnetic component, magnetization energy body, double magnet, multiple magnet, multi-species magnet, composite magnet, nano magnet, superconducting magnet, magnetosome, magnetic bacteria, S pole N pole magnet, N pole S pole Magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, NSNSNSNS magnet, NSSNNSSN magnet, coil(98) on iron core(97) The coiled electromagnet, solenoid electromagnet, mounting rack non-magnet, vortex type mounting rack non-magnet; b) the magnet or the mounting table non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet or the mounting table non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the following hollow body, and the magnet or the mounting table non-magnet for magnetizing the pouring material 1; c) One or more of the magnets or non-magnets for mounting, cover, lining 15, or two or more repeating, combining, and connecting one of the magnets, the magnetic body 16, the magnetization body, and the magnetic field body are the a) magnets To c) linking, combining, or combining one or two or more of the magnetic field bodies. This means that one of the a) magnets to c) magnetic field bodies is the same as or similar to one of the a) magnets to c) magnetic field bodies, or two or more linkages, combinations, and combinations. Therefore, a magnet, a magnetic body, a magnetized body, etc. are one of the above a) magnets to c) magnetic field bodies, or two or more linked bodies, combinations, and combinations. One of the a) magnets to c) magnetic field bodies, or two or more linkages, combinations, combinations, etc. become one magnet type.

In the present invention, the magnet is 1) magnet 10, electromagnet, superconducting magnet, lining magnet 16, 2) NS pole, SN pole, NS pole/NS pole, SN pole/SN pole, NS pole/SN pole, SN At least one magnet among pole/NS pole, NS pole/film/NS pole, SN pole/film/SN pole, NS pole/film/SN pole, SN pole/membrane/NS pole, 3) One magnetic force or total magnetic force A magnet of 1000 to 20,000 Gauss, 4) A body in which one of the magnets (10) is embedded, coated, covered, or lining (15), or a magnetic body (16), 5) a magnet inserted through the central passage of the cone , Magnetic material, 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, magnet group, magnetic body, magnetic body, magnetization body, wave body, magnet, magnet, hexagonal water body, magnetic wave body, magnetization wave body, magnetic energy body, N pole S pole magnet (10), NS pole or N-pole S-pole, magnet (16) in which at least one magnet (10) is covered with a cover material (15), a magnetic body (16) in which at least one magnet (10) is embedded in the cover material (15) ), magnetizing, hexagonal hydration, etc.

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 , N-pole S-pole magnet and N-pole S-pole magnet, d) SN-pole/SN-pole magnets are S-pole N-pole/S-pole N-pole magnets, S-pole N-pole magnets and S-pole N-pole magnets. Two coupling magnets, e) N pole/SN pole magnet is N pole S pole/S pole N pole magnet, 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, S-pole N-pole magnet and N-pole S-pole magnet, g) N-pole/membrane/NS-pole magnet is N-pole S-pole/membrane/N-pole S Pole magnet, or N-pole S-pole magnet, membrane, N-pole, S-pole magnet in order, or N-pole S-pole magnet and N-pole S-pole magnet with a membrane embedded between them, h) SN-pole The /membrane/SN-pole magnet is a S-pole N-pole/membrane/S-pole N-pole magnet, or a S-pole N-pole magnet 10, a film 14, a S-pole N-pole magnet 10, in that 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 separator, etc.(14), i) NS pole/membrane/SN The pole magnet is an N-pole S-pole/membrane/S-pole N-pole magnet, or an N-pole S-pole magnet 10, a film 14, a S-pole, N-pole magnet 10, in that order, or a N-pole magnet. A magnet embedded and coupled between a S pole magnet and a S pole N pole magnet, j) SN pole/membrane/NS pole magnet is S pole N pole/membrane/N pole S pole magnet, or S pole N pole magnet, membrane, An example of two or more magnets in one or more magnets of N-pole and S-pole magnets in order, or a magnet with a film interposed between the S-pole and N-pole magnets and the N-pole S-pole magnets, k1) NS-pole magnets And 2 magnets of SN pole magnet, k2) NS pole/NS pole magnet and SN pole/SN pole and NS pole/SN pole magnet combined magnet, k3) SN pole/NS pole, NS pole/membrane/NS pole, SN This applies to pole/film/SN pole, NS pole/film/SN pole, SN pole/film/NS pole coupling magnet, etc.

2) Examples of magnets with one magnetic force or total magnetic force of 1000 to 20,000 Gauss are SN pole magnets in the case of SN pole/membrane/NS poles, or one magnetic force of NS pole magnets, or SN pole magnets or NS pole magnets 2 Magnets with a total 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 inside the tube cover 15, the magnetic force of one of the 10 magnets 10 or the total magnetic force of the 10 magnets 10 is 1000 to 20,000. This also applies to Gaussian magnets. 3) Examples of the body or magnetic body 16 in which one of the magnets (10) is embedded, coated, covered, or lining (15) is SN pole magnet, NS pole magnet, SN pole/membrane/NS pole magnet Etc.(10) to metal, film, film material, cover material, polymer material, plastic, STS material, coating material, lining material, melt, heated material, barrel, hose, tube, pipe, heating pipe, etc.(15) As a buried, coated, cover, lining, etc. of the body or magnetic material (16) is applicable. Here, coating, covering, lining, etc. 15 of the magnet 10 is for protecting, reinforcing, maintaining, managing, preventing corrosion and damage of the magnet. 4) For an example of the magnet and magnetic bodies 10 and 18 inserted through the central passage of the cone 11, refer to the figure of FIG. 2. 5) The tube or hollow body 13 is a magnet with an outer diameter or diameter or cross-sectional area that is 0.01 to 0.8 times the inner diameter or the inner cross-sectional area, and the magnetic body 10, 18 is the magnet or the outer diameter or diameter or cross-sectional area of the magnet or the magnetic body. Specification of magnets and magnetic bodies 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 a magnet or magnetic body can be sufficiently embedded in the tube or hollow body, etc. It becomes a condition.

Here, a) the lower limit condition of 0.01 times the outer diameter or diameter or cross-sectional area of the magnet or magnetic material is usually 2 mm, so 0.01 times the 20 cm is 2 mm, considering that the inner diameter of the hollow body is 20 cm. It is difficult, and also because the magnets and magnetic bodies embedded inside the 20cm hollow body have little magnetizing power due to the small outer diameter of the magnet and magnetic body.b) The upper limit of 0.8 times the outer diameter of the magnet exceeds 80% of the inner diameter of the hollow body In this case, the air passage area of the hollow body is small, and the flow of the material passing through the hollow body is restricted and the resistance is high. In the case of the above 0.01 to 0.8 times, it can be said that it is generally applied about 0.4 times, which is the average value of this range.

Magnetization and hexagonal sign of the present invention are a) a1) magnet, magnet group, magnetic body, magnetic body, magnetized body, wave body, hexagonal water body, magnetic wave body, magnetization wave body, magnetic energy body, the cone or magnetic energy body, a2) One of these hollow bodies, a3) One of them storage, blender, pump, supply path, pouring machine, sprayer, injector, curing machine, face treatment machine, a4) magnetization by equipment, 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, compounding material, compound, material, mortar, ready-mixed concrete, concrete, etc. Magnetization, hexagonal hydration, d) fluidization of the water or concrete by one of the above, increase in workability, decrease in water/cement ratio, etc., increase in strength after curing, decrease in water permeability, etc.

In the present invention, magnetization, magnetization, magnetization, waveization, hexagonal signification, magnetization, magnetic fieldization, magnetization energyization, etc. can be representatively expressed in terms of magnetization. Therefore, a) the magnet or the magnetizing energy body, b) a hollow body, c) one of which is provided: storage, blender, pump, supply path, pourer, sprayer, injector, curing machine, face treatment machine, d) equipment equipped with one of them , Magnetization equipment, pouring equipment, etc. are one magnetizer, hexagonal water machine, magnetization device, hexagonal water device, magnetization equipment, hexagonal water equipment, etc., and also the above or the following cone or equipment, magnets equipped with the magnet or magnetization energy body, etc. To equipment and the like are also one of the magnetizers or hexagonal water equipment. Magnetized material, magnetized water, magnetized material, magnetized casting material, etc. are formed by the magnetization of the present invention, wherein magnetized material is a) magnetized material, magnetized number, hexagonal number, magnetized liquid, magnetized oil, magnetized material, magnetized material, magnetized material, Magnetized material, magnetized material, b) or material that has been magnetized, magnetized, magnetized, waved, hexagonal hydration, etc. through, flow, contact, penetration, grazing, etc. of magnets, electromagnets, magnetic materials, etc. Yes.

A) magnet, magnet group, electromagnet, twin magnet, rod magnet, plank stone, atomic stone, self-magnet, magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal water body, magnetization Wave body, magnetic component, magnetization energy body, double magnet, multi-magnet, multi-type magnet, complex magnet, nano magnet, superconducting magnet, magnetosome, magnetic bacteria, S pole N pole magnet, N pole S pole magnet, S pole N Pole/S Pole N Pole Magnet, N Pole S Pole/S Pole N Pole Magnet, S Pole N Pole/N Pole S Pole Magnet, NSNSNSNS Magnet, NSSNNSSN Magnet, Electromagnet with coil wound around iron core, 2 with the same or different magnetic force More than one multi-magnet, solenoid electromagnet, non-mountable magnet, vortex type non-magnet; b) the magnet or the mounting table non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet or the mounting table non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the hollow body below, and the magnet or the mounting table non-magnet for magnetizing the pouring material; b) A description will be given of one or more of the above magnets or non-magnets for mounting, cover, lining, or repeating, combining, or connecting one or more of the magnets, magnetic bodies, magnetized bodies, magnetic field bodies, and the like.

1) The magnet group includes two or more magnets, such as a magnet group thereof, or a 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, NSNSNSNS magnet, NSSNNSSN magnet, etc. are applicable. 2) Electromagnets include an electromagnet with a coil wound around an iron core, a solenoid electromagnet, a magnet that generates magnetic force when electricity is applied, and a magnet that generates magnetic force when electricity is applied to the coil. 3) Electromagnets with coils wound around an iron core and solenoid electromagnets are a kind of electromagnet. 4) Two or more magnets, a pair of magnets, etc. are applicable for twin magnets. And a pair of magnets is a) two or more magnets, magnetic bodies, the magnets or magnetic energy bodies, b) or before, after, left, right, front, back, top, bottom, spaced, attached, crimped, contacted, bonded, Combination, connection, connection, joint, parallel, right angle, inclination, taste, etc. 2 or more magnets, magnetic material, the magnet or magnetic energy body, c) Arrangement, arrangement, mounting, connection, etc. These two or more magnets, magnetic bodies, the magnets, magnetic energy bodies, etc. are also applicable. 5) Rod magnet, plank stone, atomic stone, and individual stone are magnets such as rods, plates, boards, circles, circles, cylinders, angles, squares, and polygons. 6) Magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal water body, magnetization wave body, magnet assembly body, magnetization energy body is magnet, magnetism, magnetization, magnetization, wave, magnetization, Magnetic field, hexagonal hydration, magnetization wave, magnetization energy, etc., to do the back, to emit the back, to dissipate the back, to have the function of, etc., to magnetize the substance by, etc. to hexagonal the substance, Magnets, sieves, objects, etc. are applicable. And the magnet body or magnetization energy body, etc. are materials, materials, sieves, objects, objects, apparatuses, metals, means, or materials including magnets, materials, bodies, objects, objects, etc. having magnetic force, magnetism, magnetic field, etc. This also applies to utensils, metals, and means.

7) Double magnets include two or more magnets and their magnet group. 8) A bundle magnet is a magnet that forms two or more bundles. 9) Nanomagnets include magnets, their constituent particles, molecules, and substances whose size is nanometers. In addition, the multi-type magnet is a magnet in which two or more magnets of two or more magnets are combined, coupled, provided, fastened, connected, and linked. In addition, a composite magnet is a magnet with one or more of two, two sets, two types, two pairs, two sets, two magnets combined, coupled, equipped, fastened, connected, connected, etc., or an object other than a magnet and a magnet. Combinations, couplings, provisions, fastenings, connections, connections, etc. are applicable. And magnetic fixtures include magnets, electromagnets, magnetic bodies, composite magnets, multi-magnets, materials, sieves, objects, objects, instruments, metals, means, holders, supports, spacers, and fixtures.

10) Superconducting magnets are superconducting magnets, solenoid coils, race tracks, dipoles, toroidals, and superconducting strings wrapped in liquid helium at -269℃ to become superconducting and generate a stable high magnetic field. An electromagnet, a cryogenic electromagnet using a superconductor in a coil, and a magnet that generates a super magnetic field by cooling to a liquid helium temperature using a superconductor, an Nb alloy, etc., are used for the coil wire. Since superconducting magnets do not consume electricity, they are used in linear motor cars, nuclear fusion reactors, magneto hydrodynamics (MHD) power generation, and magnetic levitation railways. Methods of cooling a superconducting magnet include immersion cooling in which a magnet is immersed in liquid helium, and forced cooling in which helium is forcibly circulated in a superconducting wire. 11) Magnetosomes and magnetic bacteria are a) microorganisms, bacteria, magnetosomes that have magnetism, magnetism, magnetic substances, etc., b) magnets, magnets, nanometer-sized magnetic particles, molecules on themselves, their bodies, inside, outside, and surfaces. These include microorganisms, bacteria, magnetosomes, etc. with elements, etc.

12) S pole N pole magnet, N pole S pole magnet, S pole N pole/S pole N pole magnet, N pole S pole/S pole N pole magnet, S pole N pole/N pole S pole magnet, NSNSNSNS magnet, NSSNNSSN magnets are magnet groups in which magnets such as S pole N pole and N pole S pole are combined, twin magnets, double magnets, multiple magnets, multi-type magnets, and composite magnets. 13) S-pole and N-pole magnets are magnets with S and N poles. 14) N-pole and S-pole magnets are magnets with N and S poles. 15) S-pole N-pole/S-pole N-pole magnets include S-pole N-pole magnets and S-pole N-pole magnets, S-pole N-pole magnets, separators, and S-pole N-pole magnets. 16) N-pole S-pole/S-pole N-pole magnet is a combination magnet of N-pole S-pole magnet and S-pole N-pole magnet, N-pole S-pole magnet, separator, and combination magnet of S-pole N-pole magnet. 17) S-pole N-pole/N-pole S-pole magnets include S-pole N-pole magnets and N-pole S-pole magnets, S-pole N-pole magnets, separators, and N-pole S-pole magnets. 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. 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 mounting bracket non-magnet includes a magnet equipped with a holder, a spacer, a support, etc., and a magnet with a means to mount itself.

21) The magnet or non-mounting magnet having a magnetic force of 1000 to 20,000 Gauss is the magnet or non-mounting magnet having a magnetic force of 1000 to 20,000 Gauss, or the like. Here, when the magnet or magnetic body is composed of one, the magnetic force is the magnetic force of one magnet or magnetic body, and when the magnet or magnetic body is composed of two or more, the magnetic force is two or more, individual magnetic force, or two or more. This includes the combined magnetic force of a magnet or magnetic body. Here, examples of the combined magnetic force of two or more magnets include a plurality of magnets with three magnets combined, a first 2,000 gauss magnet, a second 1,000 gauss magnet, and a third 3,000 gauss magnet combined with a combined magnetic force of 6,000 gauss. Yes. Therefore, when the magnet or the magnetic material-equipped cone of the present invention is a three-magnet-embedded magnetic element-equipped cone, it is possible to use a magnetic element-equipped cone having a magnetic force of 11,000 gauss, in which three magnets of a 1000 gauss magnet, a 3000 gauss magnet, and a 7000 gauss magnet are embedded .

And the magnets, magnetic bodies, and cones thereof of the present invention include a) a magnet composed of or combined with n magnets such as n1 Gaussian magnets, n2 Gaussian magnets, and n3 Gaussian magnets, b) Cone with teeth, n cones, c) A magnetic body in which n magnets such as n1 Gaussian magnets, n2 Gaussian magnets, and n3 Gaussian magnets are embedded or lined, d) cones with teeth, n cones, etc. are possible. These are: a) a magnet composed of or combined with n magnets such as n1 magnetic magnet, n2 magnetic magnet, n3 magnetic magnet, b) cone with teeth, n cones, c) n1 magnetic magnet, n2 magnetic magnet, n3 magnetic magnet, etc. It can also be expressed as a magnetic body in which n magnets are embedded, or lined, or lined while being embedded, d) a cone with teeth, and n cones.

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

The magnet or mounting table non-magnet of the present invention is a) a magnet, a magnet group, an electromagnet, a magnetic body, a magnetic body, a magnetizing body, a hexagonal hydration body, a magnetizing agent, a magnetic field body, a wave body, a solenoid electromagnet, a mounting table non-magnet, and a vortex type mounting table. magnet; b) Magnet, magnet group, electromagnet, twin magnet, rod magnet, plank stone, atomic stone, self-magnet, magnet body, magnetic body, magnetic body, magnetization body, wave body, magnetization body, magnetic field body, hexagonal water body, magnetization wave body, Magnet assembly, magnetization energy body, double magnet, multi-magnet, multi-type magnet, complex 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, NSNSNSNS magnet, NSSNNSSN magnet, electromagnet with coil wound around iron core, two or more of the same or different magnetic force Magnets, solenoid electromagnets, non-mounting magnets, eddy current type mountings non-magnets; c) the magnet or the mounting table non-magnet having a magnetic force of 1000 to 20,000 Gauss, the magnet or the mounting table non-magnet having an outer diameter of 0.01 to 0.8 times the inner diameter of the following hollow body, and the magnet or the mounting table non-magnet for magnetizing the pouring material; Etc. are applicable.

23) The magnet or non-replacement magnet that magnetizes the pouring material magnetizes the material, the pouring material, and its raw materials because the magnet or non-replacement magnet has a magnetic force and has the ability, properties, and functions to magnetize the material. And the magnet or non-replaceable magnet. 24) One or more of the magnets or non-mounted magnets, cover, lining, or two or more repeated, combined, and connected magnets, magnets, magnetized materials, and magnetic fields are embedded with at least one of the magnets or non-mounted magnets, These are magnets, magnetic bodies, magnetized bodies, magnetic field bodies, etc. that are made of cover, lining, or two or more repeated, bonded, or connected. Here, the embedding, cover, lining, etc. are for the protection, storage, maintenance, management, corrosion prevention, etc. of the magnet or non-magnet for mounting. Here, two or more repetitions, couplings, and connections correspond to a plurality of magnets, a plurality of magnets, a plurality of magnets, and a plurality of magnetic fields in which two or more of the above magnets or non-mounted magnets are repeated, coupled, and connected.

In the present invention, a) cones, rods, cones, rods, cones, mang cones, cones, mangbongs, bonnets, rods, bons cones, protruding rods, cone cones, cone cones, protrusion cones, inclined cones, double cones, multiple cones, spiral cones , Porous cone, hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone cone, helix cone, cone middle helix, helix heavy cone, helix wicon, cone wi helix, one side separation cone , Two-sided separation cone, mesh spiral, cone mang rod, rod mang helix, cone mang helix, cone helix, cone mang rod machine, cone rod machine helix, cone mang rod helix, cone mang rod machine helix; b) Cone with an inclination angle of 1 to 89 degrees (refer to α angles in Figs. 2, 4 and 8 for the inclination angle), a spaced cone with a distance between the outer and inner diameters, and a hollow diameter of one side is 1.1 to 5.0 times the hollow diameter of the other side Cone, a cone whose length 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 hollow, and the hollow cross-sectional area of the one side is 0.05 to 0.9 times the inner cross-sectional area of the hollow body or the cross-sectional area of the magnet Cones, which are 1.1 to 10.0 times larger, are a kind of vortex that has the function of vortexing pouring materials and magnetized pouring materials. In the present invention, the eddy current represents vortex, flow, disturbance, eddy current, cavitation, vortex, eddy current, turbulence, and the like. And the cone or cone net rod machine spiral, etc. are paper, foreign matter, garbage, coarse material included in the pouring material, in addition to the pouring material vortex function by the self or formed on the thread, net, sieve, frame, perforation, perforation, perforation, hole, etc. , It has features such as separating, jamming, sifting, separating, sorting, removing, sifting, etc.

In the present invention, a) cone (11), rod, cone, rod body, cone mang, mang cone, cone rod, bon cone, cone cone, cone cone, protrusion cone, inclined cone, double cone, multiple cone, spiral cone, porous cone, hollow cone , Passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone cone, helix hook cone, cone middle helix, helix middle cone, helix wicon, cone wi helix, one side separation cone, both sides separation 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 with a hollow diameter of 1.1 to 5.0 times the hollow diameter of the other side, d) a length of one of the magnets or non-magnets for mounting One of the cones having a cross-sectional area of 0.1 to 0.8 times or 0.1 to 10.0 times the diameter of a hollow of the one side, e) a cone having a cross-sectional area of 0.05 to 0.9 times the inner cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet is a) Con to e) one or two or more of the cones linkage, combination, combination, etc. are applicable. This means that one of the a) cones to e) cones is the same as or similar to one of the a) cones to e) cones, or two or more linkages, combinations, and combinations. Therefore, the cone 11 is a) cone to e) one or more than one of the cones, a combination, a combination, and the like. One of the above a) cones to e) cones, or two or more linkages, combinations, and combinations become one vortex.

Cone (11), net (48), rod (45), frame (46), spiral (47), cone net, rod machine, cone mang rod, frame helix, cone mang rod machine, cone mang rod helix, cone mang rod machine spiral, etc. of the present invention The explanation is as follows. 1) Cone is a) cone (11), cone cone, cone, cone, hatchet, cone mang, mang cone, cone cone, bon cone, cone cone, cone cone, protrusion cone, inclined cone, double cone, multi cone, spiral cone, porous cone , Hollow cone, passage cone, contact cone, spaced cone, cone spiral, screw cone, cone, forward cone, reverse cone, cone cone, spiral cone, cone middle helix, helix heavy cone, helix wicon, cone wi helix, one side separation cone, Two-sided spaced cones, mesh helix, cone mang rod, rod mang helix, cone mang helix, cone helix, cone mang rod machine, cone helix, cone mang helix, cone mang helix; b) Cone with an inclination angle of 1 to 89 degrees (refer to α angles in Figs. 2, 4 and 8 for the inclination angle), a spaced cone with a distance between the outer and inner diameters, and a hollow diameter of one side is 1.1 to 5.0 times the hollow diameter of the other side Cone, a cone whose length 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 hollow, and the hollow cross-sectional area of the one side is 0.05 to 0.9 times the inner cross-sectional area of the hollow body or the cross-sectional area of the magnet Cone, which is 1.1 to 10.0 times, is applicable.

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

4) The frame is a frame (46), a 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, and a grid hole. A frame with a grid, a frame with a grid, a frame 46 with a hole hole larger than the hole hole size of the net 48, a frame with a rod, a frame with a rod, a frame with a rod outside, a frame with a rod outside, A rod having one or more rods on the outside, a rod 45 having a rod 45 on the outside, such as a rod 46 in which an external material hits the rod and vortexed therein. 5) Cone is a cone, the above cone, and a sieve in which two or more cones are combined.

6) The rod body is the side, surface, outer, outer circumference, length of the rod or rod body, magnet or magnetic body that vortex the rod, the rod body, the rod frame, the protruding rod, the horizontal rod, the inclined rod, the rod frame, the pouring material or the magnetized pouring material. The rods or rods provided in a direction or the like correspond to, contain, belong, constitute, form, divide, subdivide and the like. Here, the rod frame, the rod frame body, etc. correspond to the rod 45 provided with the frame 46, the rod 45 provided in the frame 46, the frame provided with the rod, the frame provided on the rod, and the like here. In the rod frame, the rod 45 includes a rod, a rod, a rod, a vertical rod, a horizontal rod, an inclined rod, a protruding rod, a rod having a length of 5 to 90% of the length of the magnet, a vertical rod, a protruding rod, etc. in the longitudinal direction of the magnet. It corresponds, and the frame 46 corresponds to a frame, a frame net, a mantle, a special grid, a grid frame, a frame having an inner diameter of 100 to 110% compared to the outer diameter of the magnet, and the like. In a frame with an inner diameter of 100 to 110%, the reason for setting the above range is that the magnet is embedded in the frame or can be embedded in the frame only when it is 100% or more, 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, the magnet embedded in the frame is tightened by strings, strings, bundling, welding, filling materials, etc., if necessary.

Here, it is preferable that the rod, the rod body, etc. are provided in a vertical or inclined direction rather than parallel to the length direction of the magnet in order to promote the eddy current of the flowing material, the magnetizing material, and the like. On the other hand, it is preferable that the rod is provided in a vertical or inclined direction outside the frame so that the rod is provided in a vertical or inclined direction with respect to the longitudinal direction of the magnet. Here, the rod is provided in a vertical or oblique direction with respect to the longitudinal direction of the magnet because the material vortexing while the material passing through the outer circumference of the magnet collides with the rod to stir the material, improve the magnetization effect, and the like. The rods, rods, rods, etc. are the surface, surface, outer surface, outer circumference, outer, part, part, etc. of magnets, magnetic bodies, etc. It is possible to have one, an abnormal number, or a plurality of them in a manner such as free, arbitrary, zigzag, or the like. In the cone body, rod body, magnetized body, and hollow body of the present invention, the sieve corresponds to a sieve, a body, a body, an object, an object, a constituent body, a formed body, and the like.

7) Connet, mancon, etc. include cone net, mancon, cone-net, net-con, cone with net, net with cone, cone-shaped net, and net-shaped cone. 8) Corn rods include cone rods, cone-rods, cone-equipped rods, cone-shaped rods, rod cones, rod-cones, rod-equipped cones, and rod-shaped cones. 9) Mesh rods and rods include mesh rods, rods, mesh-rods, rods-nets, nets with nets, nets with nets, nets, and nets. 10) The rod machine includes a rod machine, a rod-machine, a rod-equipped frame, a rod-shaped frame, a frame-rod, a frame-rod, a frame-equipped rod, and a frame-shaped rod. Here, when the frame is a perforated frame, the perforated hole includes those having a size larger than the all-hole of the net. 11) Bon cones and cones include cones and rods, rods and cones, cones before rods, cones after rods, cones before rods, cones after rods, protruding rods and cones, cones before protruding rods, cones after protruding rods, rods or cones. This corresponds to a cone or rod provided in the same position or the like before the above. 12) Protruding rods include protruding rods, protruding rods that protrude to the outside, rods protruding to the outside such as magnets or frames.

13) Conical cone, cone cone, protrusion cone, inclined cone, double cone, multiple cone, spiral cone, porous cone, hollow cone, passage cone, contact cone, cone spiral, screw cone are conical, cone, protrusion attached, hard Photograph, two or more doubles, two or more overlapping or layered multiple, spiral, perforated holes, hollow type, passage formation, contact of material or pouring material, spiral, screw type cone, cone, etc. This is true. The cone spirals include cones 11 and 47, cone spirals, spiral cones, cone funnels, spiral hooks, cone middle spirals, spiral heavy cones, spiral wicons, cone wi spirals, and the like. 14) Separated cones, one-sided cones, and two-sided cones are a) separated, one-sided, two-sided, b) the whole cone is separated from magnets, one side of the cone is separated from magnets, and both sides of the cone are separated This applies to cones such as spaced apart from, c) spaced apart from magnets, spaced on one side, and spaced on both sides. 15) Forward cone is a cone positioned in the forward direction or in the <direction with respect to the flow direction of material, pouring material, hollow body, etc. 16) Reverse cone is a cone positioned in the reverse or> direction with respect to the flow direction of materials, pouring materials, and hollow bodies.

17) Spirals are spirals (47), one of which is a cone spiral, a bon spiral, a cone bon spiral, and a bon cone spiral. Here, the cone helix, the rod helix, the cone helix, and the rod cone helix are rods (45, 46), cones (11), helixes (47). will be. Here, a) the cone spiral is a cone spiral, a cone 11 and a spiral (47), a spiral before the cone, a spiral among the cones, a spiral after the cone, a spiral on the cone, etc. b) the spiral is a bar spiral and a bar (45, 46) And helix (47), helix before the rod, helix after the rod, helix of the rod, helix under the rod, etc. c) The cone helix is a cone helix, cone (11) and rod (45, 46) and helix (47), before the cone. Helix after rod, upper helix of cone and rod, helix under upper rod of cone, helix after rod before cone, d) helix after rod, rod (45, 46) and cone (11) and helix (47), cone before rod These include the back helix, the upper cone lower helix, the helix under the cone around the rod, and the lower helix of the rod and cone. The rods 45 and 46, the cones 11, and the spiral 47 act to vortex, aerated, and agitate substances, magnetized substances, magnets, and substances that pass through them.

18) Cone helix, helix hook, cone helix, helix helix cone, helix wicon, cone wi helix is a helix provided after the cone, a cone after helix, a helix with the middle of the cone, a cone in the middle of the helix, a cone on the helix , A spiral placed on the cone, etc. are applicable. 19) The mesh spiral includes a mesh spiral, a mesh-helix, a mesh-equipped spiral, and a mesh-shaped spiral. 20) Conmangbongs include cones, cones, mangbongs, cones, cones-mang-bongs, cones-mang-bongs, cones-mangbongs, cones and nets and rods. 21) Rod mesh spirals include rod mesh, rod helix, mesh helix, rod mesh helix, rod-mesh helix, rod-mesh-helix, rod-net-helix, etc. 22) The cone mesh, cone helix, mesh helix, cone mesh helix, cone- mesh helix, cone mesh- helix, cone- mesh- helix, etc. are applicable. 23) Conbon helix includes cone-bong, cone-helix, rod-helix, cone-bon helix, cone-bong helix, cone-bong-helix, cone-bong-helix, etc.

24) Connet rod machine is a) one or two or more of cones, nets, rods, frames, b) one or two or more of cones, nets, rods, and frames are connected, as one of them, cones, nets, rods, and frames. Mangbong-Conmantle-Connetration, Conmangbong-Conmangbong-Conmangment, c) cone, net, rod, frame, cone, cone, cone, mesh rod, mantle, rod, cone mang rod, cone bangle, net rod, cone mang rod , d) Cone-mang-bar combination, cone-mang-rod-machine, cone-mang-bar-mold, cone-mang-mock, cone-mang-mold, cone-mang, rod-machine, cone-mang-conbong, cone-mang-bar, mang-mong-machine, cone-mang-conbanger, Net bar-con net bar, e) Consolidation of the net bar, after the cone, after the net, after the net, before the net, before the net, the frame on the net on the cone, the frame on the net on the cone, the frame on the bottom of the net on the cone, the frame on the bottom of the bar on the bottom of the cone The upper rod heart frame, the cone-hued frame at the bottom of the rod, the cone-hued mesh upper rod-shaped frame, f) a combination of a cone net, a combination of a cone and a cone, a combination of a cone and a frame, Cone-Ment-Bon-Mold Combination, Cone-Mag-Bon-Mill Combination, Cone-Mengbong-Mold Combination, g) or one or more cones, meshes, rods, frames, cones, cones, cones, mesh rods, mesh molds, Rods, cones, cones, cones, cones; One of them before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, both ends, some, one side, both sides, part, part, point, 1 point, 2 points, Multi-point, Multi-point, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, nearby, near, entrance, middle, exit, front , Rear, front, rear, side, one-way, two-way, three-way, four-way, forward, rearward for flow or for pouring material flow; Equipped, configuration, mounting, installation, location, arrangement, combination, fastening, coupling, connection, column position, misalignment position, crossing position, 1 row arrangement, 2 row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, nets, rods, frames, cone nets, cones, cones, nets, nets, nets, cones, cones, nets, and cones with zigzag arrangements are applicable.

As described above, the reason that the conmang rod machine is provided in the front to rear direction or zigzag arrangement, etc. is a pouring material that flows, passes, etc., the conmang rod machine, etc., by providing the conmang rod machine in the front to rear direction or zigzag arrangement, By making raw materials and materials contact, face to face, bump, etc., pouring materials, raw materials, substances, etc., agitation, aeration, vortex, magnetization, hexagonal hydration, pulsation, pulsation, cavitation, one of them improves, rises, It is for promotion, doubling, etc.

And the cone rod machine is a) cone, net, rod, frame, cone, cone, cone, mesh rod, mantle, cone mang rod, mesh rod, cone rod machine, b) cone-net, cone-bong, cone-machine, man-bong , Mesh-Mill, Cone-Men-Bon, Mt-Bon-Mill, Cone-Men-Bon-Mill, c) Cone-Men-Bon, Mt-Mil, Mt-Bon, ConM-Bon, Con M-B- A frame, a cone-membrane machine, d) the cone or cone mang rod machine having one shape, size, shape, standard, etc. from the cone to the cone mang rod machine, e) a shape, size, and shape different from or identical to one of the cone or cone mang rod machines , The cone to the cone mang rod machine having a standard, f) the cone to the cone mang rod machine having a larger or smaller shape, size, shape, standard, etc. than one of the cone to the cone mang rod machine, or the like.

25) The cone, rod, frame, spiral, cone, cone, cone helix, rod, rod helix, mold helix, cone rod, cone helix, rod helix, cone helix, b) cone-rod, Cone-Mill, Cone-Spiral, Bong-Mill, Bong-Spiral, Frame-Spiral, Cone-Bon Machine, Con Bong-Mill, Cone-Bon-Mill, Cone-Bon Spiral, Con Bong-Spiral, Cone-Bon-Spiral, Bong -Mill Spiral, Bong-Mil-Spiral, Bong-Mil-Spiral, Con Bong-Mil-Spiral, Con B-Mil-Spiral, ConBon-Spiral, Cone-Bon Machine Spiral, Cone-Bon-Mill-Spiral, c) 1 Cone-2 ea Rod, 1 cone-2 frames, spiral above the cone, frame under the rod, upper helix of the rod, some helix of the frame, the whole cone, 1 cone-2 frames, 1 cone-2 rods-3 frames, cones Upper rod helix, one side of cone rod, helix after rod above cone, helix in front of rod, helix behind rod, helix inside rod inner frame, outer heel of cone rod, upper helix of cone rod, helix at both ends of cone rod, one side of cone One cone inner rod-1 inner frame spiral, d) the cone or cone machine spiral having a shape, size, shape, size, etc. of one of the cone or cone machine spirals, e) different from one of the cone or cone machine spirals Or the cone or cone machine spiral having the same shape, size, shape, standard, etc., f) the cone or cone machine spiral having a larger or smaller shape, size, shape, standard, etc. than one of the cone or cone machine spirals, etc. This or the like is also applicable.

26) A connet-bar spiral is a) one or two or more of a cone, a net, a rod, a spiral, b) one or two or more of a cone, a net, a bar, and a spiral are connected, one of which is a cone-bar spiral, a cone net. -Bon Spiral-Connet-Bon Spiral, Conmangbong-Bon Spiral-Bonmang, c) Conmang-Bon Spiral, Cone, Net, Rod, Spiral, Connet, Mang-Bong, Net Spiral, Bong Spiral, Con-Mang-Bong, d) Conmang-bar spiral combination, conmang-bar-helix, cone-mang-bar helix, cone-mang-bar-helix, cone-mang-bar spiral, cone-mang-bar helix, cone-mang-bar-helix, e) conmang-bar helix union, Spiral before cone, helix after cone, helix after cone, helix on cone, helix after cone, helix on rod after cone, f) combination of cone and helix, combination of cone and helix , Cone-mesh-bar-helix combination, cone-net-rod-helix combination, cone-net-bar spiral combination, cone-net-bar spiral combination, cone-network-rod-helix combination, g) or one or more cones, Mesh, rod, spiral, cone mesh, cone rod, cone spiral, cone mang rod, cone mang helix, cone helix, cone mang rod machine, cone rod machine helix, cone mang rod helix, cone mang rod machine helix; One of them before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, both ends, some, one side, both sides, part, part, point, 1 point, 2 points, Multi-point, Multi-point, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, nearby, near, entrance, middle, exit, front , Rear, front, rear, side, one-way, two-way, three-way, four-way, forward, rearward for flow or for pouring material flow; Equipped, configuration, mounting, installation, location, arrangement, combination, fastening, combination, connection, column position, misalignment position, crossing position, 1 row arrangement, 2 row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, nets, rods, spirals, cones, cones, cones, cones, cones, cones, cones, spirals, cones, cones, cones, rods, spirals, cones, cones, cones, cones .

27) One or two or more of a) cone (11), mesh (48), rod (45), frame (46), and spiral (47), b) cone, mesh, rod, frame, or spiral. One or two or more connecting two or more, one of them is one of them: Conneting machine spiral-Conneting machine spiral, Conmang bar-spiral spiral-Conneting machine helix, Connet-baring machine spiral-Conmang bar-mechanical spiral, Cone-Manging machine spiral-connet- Rod screw, c) cone, mesh, rod, frame, helix, cone mesh, cone rod, cone, cone helix, mesh rod, bangle, mesh helix, rod, rod helix, frame helix, cone mang rod, cone helix, mang rod machine, mesh helix , Rod spiral, cone rod machine, cone rod machine spiral, mesh rod machine spiral, cone rod machine spiral, d) cone rod machine spiral combination, cone rod machine-helix, cone rod-mechanical spiral, cone net-bar spiral, cone net-rod machine-helix, cone- Net bar spiral, cone-net bar spiral, cone-net-bar spiral, cone-net-bar-frame spiral, cone(11)-net(48)-bar(45)-frame(46)-helix(47) , e) Consolidation of the cone mang rod machine spiral, the helix before the cone mang rod, the helix after the cone mang rod, the helix above the cone net, the helix after the cone, the helix after the cone, the helix after the cone, the helix after the cone, the helix after the rod after the cone, Spiral, Spiral before the cone mesh, f) Combination of cone mesh-bar spiral, combination of cone mesh-helix, combination of cone-mesh spiral, combination of cone-net-rod-frame-helix, g) one or more cones, nets, rods, frames, spirals, cones, rods, cones, frame spirals, nets, cones, nets, nets, spirals, nets, spirals; One of them before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, both ends, some, one side, both sides, part, part, point, 1 point, 2 points, Multi-point, Multi-point, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, nearby, near, entrance, middle, exit, front , Rear, front, rear, side, one-way, two-way, three-way, four-way, forward, rearward for flow or for pouring material flow; Equipped on the back or in one of, configuration, mounting, installation, location, arrangement, combination, fastening, coupling, linkage, row position, misalignment position, crossing position, one-row arrangement, two-row arrangement, multi-row arrangement, cross arrangement, differential arrangement , Checkerboard arrangement, zigzag arrangement, one or more cones, meshes, rods, frames, spirals, cone meshes, rods, cones rods, frame helix, mesh rods, cone rods, mesh rods spirals, cones rods spirals, etc.

Examples of this include the cone after the net, after the bar, after the frame, before the cone, before the net, before the frame, before the frame, on the cone, on the net, on the bar, on the frame, under the cone, under the net, under the bar, under the frame, cone After the net on the net, then the net under the frame, before the cone, the net under the net, the net before the frame, the cone under the net, the net under the bar, the net on the frame, the cone on the net before the bar, after the frame under the frame, 1 cone after 2 After the mesh 3 rods after 2 rods after 1 helix, 3 cones before 2 meshes before 2 rods before 3 frames 4 helix, 1 cone on 2 meshes on 2 rods on 3 frames on 3 frames 4 spirals, 3 spirals under 2 cones, 2 under the net, 4 under the rod, 3 spirals under the frame, etc.

In addition, the cone-mang rod machine spiral of the present invention includes five kinds of cone-net-rod-frame-helix arranged, arranged, provided, and mounted, and materials that pass through them annually, pouring materials, etc., are cone-net- Five vortices are generated by the five types of rod-frame-helix, which improves the homogeneity and agitation of the material. And, if the cone rod machine spiral is a perforated, porous, perforated, or perforated cone, the material passing through it sequentially and the pouring material are five times by five types of cone-net-rod-frame-helix. In addition to the vortex, 5 times of the vortex by each perforated hole are added, resulting in a total of 10 eddy currents, which further improves the homogeneity and agitation of the material.

The porous cone rod machine spiral of the present invention comprises one or more of a cone, a net, a rod, a frame, and a spiral forming a cone, a net, a rod, a frame, a spiral, a portion, a portion, a region, a partial region, a point, a point, a point, a plurality of points, etc. Holes, holes, perforations, perforations, perforations, perforations, slots, cutouts, perforations, perforations, etc. are formed. An example of this is a cone netting machine consisting of at least one of 10 hole forming cones, 300 all-hole forming nets, 3 hole forming rods, 100 all-hole forming frames, and 30 hole forming spirals. In addition, the porous cone-shaped cone-shaped cone rod machine spiral corresponds to one in which at least one of a cone, a mesh, a rod, a frame, and a spiral constituting the cone-shaped cone rod screw spiral in addition to the porous cone-shaped cone rod screw spiral was formed into a cone shape. Examples of this include a cone-shaped cone with 100 holes, a cone-shaped net 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 corresponds to a cone mang rod machine spiral composed of more than one. The holes, perforations, porous types, cones, cones, etc. further improve the vortex, aeration, agitation, homogeneity, agitation, magnetization, vortex magnetization, and the like of a material passing through, a pouring material, and the like.

In the present invention, examples of a cone net rod machine spiral, a magnet with a tooth, a hollow body with a tooth, a blender with a tooth, a pourer, a sprayer, etc. are a) a cone, a cone-shaped net located inside the cone, and mounted inside the net. A rod, a cone-shaped frame that is located outside the cone and has a larger all-hole than the all-hole of the net, a structure composed of a spiral located on one side of the cone, the net, and the frame, b) the cone of the a), and the net , A frame, a spiral, a structure, a cone bar, a magnet or an electromagnet embedded or attached to one of the spirals or in the central passage thereof, c) a cylinder, tube, hollow body with a magnet thereof, d) a blender, a pourer, a sprayer with a hollow body thereof, e) Two cones-a mesh on the outside of each tooth-a rod on each outside of the tooth-two frames on the side of the tooth-a structure consisting of two helices inside the tooth, f) one of the cone, mesh, frame, and helix of e) above Magnets or electromagnets embedded or attached to the inner or central passage, g) cylinders with magnets, tubes, hollow bodies, h) blenders with hollow bodies, pouring machines, sprayers, 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. In addition, the spacing cones having a spacing range between the outer diameter and the inner diameter of the cones are spacing cones in which the spacing range of the cone is between the outer diameter of the magnet and the inner diameter of the hollow body. Here, the spacing range of the cone is between the outer diameter of the magnet and the inner diameter of the hollow body. This means that the cone spacing range logically cannot 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°, 10°, 20°, 25°, 30°, 40°, 45°, 50°, 60°, 70°, 75°, 80°, 89°, 1 to 89°, etc. It has various angles, where the angle of inclination of the cone is the angle with respect to the horizontal line, the cone, and the central axis of the hollow body in which teeth are embedded, and when the lower limit angle of 1 degree is less than 1 degree, the cone becomes horizontal with respect to the central axis. 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 it is 90 degrees or more than 89 degrees. In the case of 1, 10, 20, 25, 30, 40, 45, 50, 60, 70, 75, 80, 89 and 1 to 89 degrees above, the average value of this range It can be said that the application of about 45 degrees phosphorus is common.

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

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

31) A cone having a hollow cross-sectional area of 0.05 to 0.9 times the inner cross-sectional area of the hollow body or 1.1 to 10.0 times the cross-sectional area of the magnet has a larger hollow cross-sectional area (11-1) of the hollow body's inner cross-sectional area. A cone with a minimum of 0.05 times to a maximum of 0.9 times, or a minimum of 1.1 times to a maximum of 10.0 times the cross-sectional area of the magnet is applicable. In this way, the hollow cross-sectional area (11-1) on one side of which the hollow cross-section of the cone is large is at least 0.05 times the inner cross-sectional area of the hollow body, the lower limit of at least 1.1 times the cross-sectional area of the magnet, and the maximum 0.9 times the inner cross-sectional area of the hollow body, the magnet It was limited to an upper limit of at least 1.1 times to the maximum 10.0 times the cross-sectional area.

Cones, nets, rods, frames, spirals, cone nets, rods, cone nets, frame spirals, cone nets, cones, nets, rods, frames, spirals, cones, rods, cones Having a shape, shape, standard, size, etc. of one of a mesh rod, a frame helix, a cone mang rod machine, a cone mang rod helix, and a cone mang rod helix; Or having the same shape, shape, standard, size, and the like as one of; Or having a shape, shape, size, size, etc. greater than, less than, 10% greater, 10% less, 1-400% greater or less than one of; Or smaller, greater than or equal to one of the shapes, shapes, specifications, sizes, etc.; Or two or more of them are combined, combined, or fastened; Cones, nets, rods, frames, spirals, cones, rods, cones, molds, cones, cones, cones, and cones are also applicable. Examples include a) cone-shaped net, rod, frame, spiral, b) net-shaped cone, rod, frame, spiral, c) rod-shaped cone, net, frame, spiral, d) frame-shaped cone, net , Rods, spirals, e) spiral-shaped cones, nets, rods, frames, f) cone-shaped cones and rods.

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

Cones, nets, rods, frames, spirals, cone nets, rods, cone nets, frame spirals, cone nets, cones, nets, rods, frames, spirals, cone nets, Cone, mesh, rod, frame, spiral, cone net, rod, cone rod, frame helix, cone mang rod machine with one or more of one or more of rod machine, cone rod, frame helix, cone mang rod machine, cone mang rod helix, cone mang rod machine helix , Cone mang rod helix, cone mang rod machine helix, etc. are also applicable. Examples of this include a net with a cone, a frame with a rod, a cone with a spiral, a cone with a rod, a cone with a frame spiral, a spiral with a cone with a spiral, three nets provided inside two cones, and a set of rods. 2 sets of frames provided on the outer periphery, 2 cones with 2 spirals on both sides, 4 cones with 3 rods in front, 2 cones with 3 frame spirals inside, 2 cones This is the case with three cone netting machine spirals with net bar spirals in three directions.

The order of arrangement, arrangement, arrangement, arrangement, mounting, location, etc. of cones, nets, rods, frames, spirals, cone nets, rods, cone nets, frame spirals, cone nets, cones nets, spirals, and spirals of the present invention There is a characteristic that the order of the cone to the conmang rod machine spiral, the order of the arrangement, the order, the order, the reverse order, the random order, the free order, etc. are possible. Here, examples of the order of listing are: a) the arrangement of the spiral after the cone, after the net, after the rod, after the frame, b) after the cone, after the rod, after the cone, after the screw, and after the cone, after the cone, and after the spiral, c) the arrangement of the spiral after the cone. After the post-sealing, after the frame, after the spiral, after the cone, after the bar, after the cone, after the frame, after the cone, after the cone, after the cone, after the screw, and the arrangement of the screw. In addition, examples of non-soon and free order include net placement after cone, placement of the frame before the rod, placement of the cone net after the spiral, the placement of the cone before the bar, the placement of the spiral after the cone after the frame, the frame before the cone, and the frame after the spiral. This includes arranging cone nets, spiraling cone nets, spiraling cones after spiraling cones, and then spiraling after cones.

Cones, nets, rods, frames, spirals, cone nets, rods, cone nets, frame spirals, cone nets, cones, nets, rods, frames, spirals, cone nets, Rod machine, cone mang rod, frame helix, cone mang rod machine, cone mang rod helix, cone mang rod machine helix; One of them before, after, left, right, top, bottom, top, bottom, top, bottom, side, one side, both sides, one end, both ends, some, one side, both sides, part, part, point, 1 point, 2 points, Multi-point, Multi-point, place, 1 place, 2 places, 3 places, many places, inside, inside, inside, center, hollow, passage, outside, outside, outside, around, nearby, near, entrance, middle, exit, front , Rear, front, rear, side, one-way, two-way, three-way, four-way, forward, rearward for flow or for pouring material flow; Equipped, configuration, mounting, installation, location, arrangement, combination, fastening, combination, connection, column position, misalignment position, crossing position, 1 row arrangement, 2 row arrangement, multi-row arrangement, cross arrangement, differential arrangement, checkerboard arrangement, One or more cones, nets, rods, frames, spirals, cones, rods, cones, cones, cones, cones, cones, spirals, etc. in zigzag arrangements are also applicable. Examples of this include: a) one of the net after the cone, the frame before the rod, the upper part of the spiral, the inside of the rod, the one side of the frame helix, the side of the side of the cone, and b) the net after the cone, the frame before the rod, and the upper part of the helix. On the cone net, the cone inside the rod, the cone on one side of the frame spiral, one of the cone on the side of the cone, c) the net behind the cone, the rod inside the teeth, the frame outside the net, and the outside of the teeth. Equipped with spirals, d) 2 nets at the rear of 1 cone, 2 rods inside the net, a frame outside the net, and 2 spirals outside the net, e) for pouring material flow A cone in all directions, a cone mesh on one side of the tooth, a rod machine at one end of the tooth, a cone rod at one end of the tooth, a frame spiral at one end of the tooth, a cone mesh rod machine at the side of the tooth, a cone mesh rod spiral on the upper part of the tooth, and a part of the tooth with a cone mesh rod thread 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 the 1st point of the tooth, and a cone net at the 2nd position of the tooth, g) 2 cone nets at the 2nd point of the rod, a frame spiral at the front of the tooth , It is a structure composed of two cone mang rod machines at two points of teeth, a cone mang rod spiral at one point of teeth, and two cone mang rod machine spirals at both ends of the teeth.

As described above, the reason for arranging cones, nets, rods, frames, spirals, cones, rods, cones rods, frame helixes, cones rods, cones rods helixes, cones rods machine spirals, etc. Casting materials, raw materials, materials, etc. that flow, pass, etc., by providing the cone to the cone mang rod spiral or the like in the front or rear direction, or zigzag arrangement, etc., are transferred to the cone to the cone mang rod spiral, etc. It is for agitation, aeration, vortex, magnetization, hexagonal hydration, waveization, pulsation, cavitation, one of which is improved, ascending, promoting, doubling, etc., by making contact, face-to-face, bumping, etc.

And the cone of the present invention, net, rod, frame, spiral, cone net, rod, cone mang rod, frame helix, cone mang rod machine, cone mang rod helix, cone mang rod machine helix, magnet, electromagnet, tube, pipe, hollow pipe, hollow body, etc. The shape is a) cone shape, mesh shape, rod shape, frame shape, cylinder shape, spiral shape, cone shape, cone shape, double shape, bundle shape, free form, protrusion type, vortex type, hatch type, hollow type, double type, multiple type, perforated type, c Ball type, perforated type, perforated type, bent type, variable type, tornado type, screw type, funnel type, spiral type, zigzag type, multiple hatch type, central hollow type, center passage type, film slope type, hollow slope type, both passage type , A magnet or magnetic body fitted in the central passage, two or more of the above, a composite type; b) Connet rod machine spiral composite type; c) Cone, mesh, rod, frame, and spiral combination of two or more; d) a type that has a shape different from its term or shape; Examples thereof include cross-shaped rods, cylindrical cones, plate-shaped rods, ladder-shaped spirals, e) cones, nets, rods, frames, and spirals having a shape different from their own term; Examples thereof include cone-shaped, mesh-shaped rods, frame-shaped spirals, mesh-shaped cones, and frame-shaped cones.

In the above, the composite type is a cone type, a mesh type, a rod type, a frame type, a cylinder type, a spiral type, a cone type, a cone type, a double type, a bundle type, a free type, a protrusion type, a vortex type, a hatchet type, a hollow type, a double type, a multiple type, a perforated type, Perforated type, perforated type, perforated type, bent type, variable type, tornado type, screw type, funnel type, spiral type, zigzag type, multi-hat type, central hollow type, central passage type, film slope type, hollow slope type, both sides passage Two or more of the type, magnet or magnetic body fitting type in the central passage are compounded, combined, combined, combined, connected, linked, fastened, merged, etc. Examples of this are cone mesh type, cone type and mesh type, rod frame type, rod type and frame type. , Spiral conical type, cone double bundle type, free protrusion and flow type, hatchet hollow double-medium type, multi-pore type, porous variable type, tornado funnel type, spiral zigzag type, multiple hatchet center hollow type, center passage film slope type, hollow slope double-sided passage type Etc. are applicable.

Explaining the above, the cone shape is a cone shape, the mesh shape is a mesh shape, a rod shape is a rod shape, a frame shape is a frame shape or a frame shape having an all-hole larger than the all-holes of the net, the cylindrical shape is a cylindrical shape, and the spiral is a spiral shape, Conical shape is cone shape, cone shape is cone shape, double type is two or more, bundle type is a group or bundle of two or more, free form is free or arbitrary in shape or arrangement, protrusion type is Protrusions or formations of protrusions, vortex types are those that vortex or make the passing material vortex, the hatchet type is a hatchet shape, the hollow type has an empty inside or a hollow space inside, and the double type has two or more , Multi-type has two or more layers, perforated type has perforated, porous, perforated, hole, etc.; The porous type is porous, perforated, perforated, having a plurality of holes, etc.; The perforated type has holes such as perforated, perforated, and perforated; The perforated type is perforated, perforated, perforated, with perforated holes, etc.; The bent type is bent or bent, the variable type is changed in shape or arrangement, the tornado type has a shape that whirls or does the passing material, the passage type has a passage in the center or the center, etc., the film slope type has an inclined film. The excitation shape, the hollow inclined type is hollow inside and the film is inclined, the both sides of the passage type are passages on both sides of the inlet and the outlet, and the magnet or magnetic material is inserted into the central passage of the central passage, such as a cone, spaced apart. This applies to things such as being fitted.

In the present invention, a) cone with magnet, b) magnet with cone, c) cone with magnet, mesh, rod, frame, spiral, cone mesh, rod, cone mang rod, frame helix, cone mang rod machine, cone mang helix, cone mang machine helix, etc. Cone or object with agitation or aeration function, agitation or aeration function cone or object with a magnet function merged cone, a cone function merged magnet, a magnet with a double or bundle cone, a cone or an object with a magnet, a magnet with a cone or an object, a magnetized magnet Also included are provided magnetized magnets. Explaining this: a) Cone with magnetic function is a1) Cone with magnetic function, Cone-shaped magnet, Cone in magnetic shape, a2) Cone with magnetic function merged, merged, added, added, etc., a3) Magnet , Magnet group, magnetic body, magnetic body, magnetization body, wave body, magnetic energy body, etc. b) Cone function merged magnet: a1) a magnet with a cone function, a magnet in the shape of a cone, a cone in the shape of a magnet, a2) a magnet in which the cone function is merged, merged, added, added, etc., a3) a cone, a cone, Magnets, magnet groups, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetic energy bodies, etc. (10, 16) with funnels (11) equipped, attached, mounted, penetrating, etc. are applicable, c) double or bundle Cone-equipped magnets include two, double, twin, bundle, two or more bundles of cones, attached, fixed, mounted, etc., magnets with two or two or more cones along the length direction, 2 Magnets, magnet groups, magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetic energy bodies, etc., which penetrate the inside of two or more cones, are applicable, and d) Cones or objects equipped with magnets are magnets, magnets. Military, magnetic body, magnetic body, magnetized body, wave body, magnetic energy body, etc. are equipped with, mounted, installed, attached, fixed, penetrated, and inserted into itself, inside, outside, passage, hollow part, central part, central passage, etc. Cone, object, body, ring, cone, spiral, vortex line, screw, whirlwind, hollow body, funnel, etc. , An object, a body, a ring, a cone, a spiral, a vortex line, a screw, a whirlwind, a hollow body, a funnel, etc. Equipped, mounted, installed, attached, fixed, penetrated, inserted, etc. Magnet, magnet group, magnetic body , Magnetic body, magnetization body, wave body, magnetic energy body, etc., f) agitation or aeration function cone or object equipped with a magnetized magnet is a magnetized magnet, magnet group, magnetic body, magnetic body, magnetization that magnetizes the material. Sieve, A cone, object, one of which is a body, a ring, and a cone with functions such as agitation, mixing, aeration, vortex, whirlwind, etc., which are equipped with, mounted, installed, penetrated, and fitted with a wave body and magnetic energy body. , Spiral, vortex wire, screw, whirlwind, hollow body, funnel, etc., g) Agitation or aeration function Magnetized magnet with cone or object stirs, mixes, aerated, vortex, whirl, etc. Cone, object, body, ring, cone, spiral, vortex wire, screw, whirlwind, hollow body, funnel, etc. are equipped with, mounted, installed, penetrated, inserted magnetized magnet, magnet group, etc. Magnetic bodies, magnetic bodies, magnetized bodies, wave bodies, magnetic energy bodies, etc. are applicable.

The above a) a magnetic function merged cone, a cone function merged magnet, a magnet with a double or bundle cone, a cone or object with a magnet, a cone or a magnet with an object, a stirring or aeration function cone or object with a magnetized magnet, a stirring or aeration function cone Or a magnetized magnet with an object, b) a magnet with one of them, a magnet group, a magnetic body, a magnetic body, a magnetized body, a wave body, a hexagonal water body, a magnetic wave body, a magnetization wave body, and a magnetic energy body, one of which is a) a magnet. Agitation or aeration function cone or object, agitation or aeration function cone or object with a function of cone or object, agitation or aeration function with a cone or object with a magnet, a cone or an object with a magnet, a magnet with a cone or an object, a magnet with a magnet, or a magnet with a magnet, It becomes one of the magnetized magnets.

And in the cone with the magnet and the magnet with the cone, the cone 11 has 1) a cone shape, a cone, a cone shape, a cone shape, a funnel type, a central hollow type, a central passage type, a film inclined type, a hollow inclined type, a two-sided passage type, A magnet or magnetic body inserted into the central passage, a combination of two or more of the above, 2) Inclination angle of 1 degree, 10 degree, 20 degree, 25 degree, 30 degree, 40 degree, 45 degree, 50 degree, 60 degree, 70 degree, 75 degrees, 80 degrees, 89 degrees, 1 to 89 degrees, 3) The diameter or cross-sectional area of one hollow is 1.1 to 5.0 times the diameter or cross-sectional area of the other hollow, 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) 0.05 to 0.9 times the inner cross-sectional area of the tube or the hollow body, or 1.1 to 10.0 times the cross-sectional area of the magnet. And the cone (cone) is the number, water, liquid, oil, gas, high, agent, ash, sol, gel, material, material that passes through, contacts, passes, flows, penetrates, etc., a cone with a magnet, a magnet with a cone, etc. , The function of stirring and aeration of raw materials, liquids, fluids, etc., and at the same time, active contact between the substance and the magnet by stirring and aeration, etc., improves the magnetization, hexagonal hydration function of the magnet, or passes, It improves the magnetization, degree of hexagonal hydration, and efficiency of substances such as contact, agitation, and aeration. In addition to the above, if the cone is described, the shape of the cone is cone type, funnel type, triangular flask type, hollow type, through type, central through type, central axis through type, both side hole forming type, both side hollow forming type, and both side holes in the length direction. Forming type, inlet and outlet on both sides, inlet on one side and outlet on the other side, magnet fitting type, magnet fitting type in the center, magnet fitting type in the longitudinal direction of the center, etc. are also applicable.

A) magnets, magnetic bodies, electromagnets, b) having one or more of them, cones, cones, rods, rods, c) the magnets or rods embedded in the following hollow bodies or equipment, etc. Before, after, left, right, top, bottom, top, front, back, face, surface, bottom, outer, outer, inner, inner, hollow, upper, lower, circumference, peripheral, nearby, middle, rear, front, It has a feature that can be provided in front position, rear position, rear position, same surface, side surface, contact surface, same position. Examples of this 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 includes three cones, rods, and spirals. Like the above, one of the magnets to the hollow bodies of the present invention is the above or below storage or device, before, after, left, right, top, bottom, top, front, back, side, surface, bottom, exterior, exterior, Inner, inner, hollow, upper, lower, two, peripheral, nearby, middle, rear, front, front position, rear position, rear position, same surface, side surface, contact surface, same position, joint, connecting part, connecting means, connecting hose , It has a feature that can be equipped with a connection line, etc.

In the present invention, a tank, barrel, box, rod, plate, membrane, tank, box, water tank, tube, hose through which the pouring material is stored or passed while at least one of the cone to the cone to the cone rod screw, the magnet to the cone rod screw is provided or embedded , Spiral, body, object, block, means, facility, zinc body, metal body, porous body, wave body, polymer body, screw, pipe, hollow pipe, hollow body, one of them storage, blender, pump, supply line, pouring Machine, sprayer, injector, curing machine, cotton treatment machine, equipment equipped with one of them, magnetization equipment, pouring equipment, etc., is a tank or hollow body equipped with, embedding, etc. It becomes a magnetizer, a hexagonal water machine, etc., which is simple to carry, move, and install, and has the characteristics of being equipped and installed in the storage or equipment described above or below.

The magnet to the magnetization energy body of the present invention, at least one of which cones, cones, rods, rods, cones to cones and rods machine spirals, etc. have a general or preferable feature that is provided or embedded in the jaw or hollow body, etc. . The material that has passed through the tank or hollow body is magnetized, vortex, magnetized vortex, vortex magnetization, vortex after magnetization, vortex after vortex, vortex during magnetization, magnetization during vortex, vortex at least two times after magnetization, vortex twice after vortex It becomes an abnormal magnetization, a vortex during two or more magnetizations, and two or more magnetizations among two or more vortices. Here, two or more magnets, cones, rods, etc. may be provided so that two or more times can be performed twice or more. As an example of this, in the case of two or more magnetizations among two or more vortices, two or more magnets provided on two or more cones or rods, a hollow body with teeth embedded therein, and the like are applicable. Here, the vortex after magnetization corresponds to the case of a cone or rod provided behind or behind the magnet with respect to the flow direction, a hollow body with teeth embedded, and the vortex during magnetization is a cone or rod provided in the magnet, a hollow body with teeth embedded. This is the case.

In the present invention,'a tank, a hollow body in which one of the tank to hollow pipe is embedded' is a) a tank, a hollow body through which a pouring material is contacted or passed while one of the tank to hollow pipes is embedded, b) the magnet or magnetization energy A sieve, one of which is provided with a cone, a cone body, a rod, a rod body, etc. are provided, and a hollow body in which one of the embedded tanks or the hollow tube is embedded is applicable. Examples of its application are the same as a hollow body embedded in a barrel, a hollow body embedded in a pipe, etc., and since the barrel and a pipe are a single hollow body, the above is a hollow body embedded in a barrel (hollow body), a hollow body embedded in a pipe (hollow body), etc. As a result, it is applied when you want to obtain a hollow body such as a double or double layer. In this case, when the material passes through or stores the entire barrel, pipe, hollow body, etc., a barrel (hollow body) that is equipped with a magnet to magnetize the passage or storage material is embedded, and the passage or storage material is non-magnetic because the magnet is not provided. A hollow body to be converted, a pipe (hollow body) through which a passage or storage material is magnetized is embedded with a magnet, and becomes a hollow body through which the passage or storage material is non-magnetic because the magnet is not provided. Here, magnets, electromagnets, magnetic bodies, 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, storage tanks, etc. are formed.

In the present invention, the jaw to the hollow body, etc.a) one end, both ends, the connecting means 99 at one or more of the middle, b) the inclined pipe 95 on the side, the injector 91, check The tank or hollow body provided with at least one of the valve 92 or the additive 90 inlet injector 91 is also included. Here, the side surface corresponds to the side surface, the outer surface, the outer surface, the outer surface, one side, and both sides. Here, the inclined pipe 95 and the injector 91 may be provided with a vertical, inclined, 1-89 degree inclined, etc. 96 with respect to the side surface of the jaw or the hollow body. See FIG. 5 or 6(f). Here, if the check valve 92 is not provided on the inclined pipe, the injector, etc., internal substances such as the tank or the hollow body may be discharged to the outside through the inclined pipe, the injector, etc. It is advantageous to install it in an inclined manner, and the installation angle thereof is an angle of an inner 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 tank to the hollow body, etc., and is used for connection, connection, fastening, etc. with other objects, hoses, tubes, pipes, hollow bodies, etc., and The connecting means is provided in the middle to form a single connected tube, a hollow body, etc. by connecting itself to be divided into two parts and so on. See Figure 7 (d). Here, the connecting 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 tube, the hollow body, the tank to the hollow body, etc., and the check valve is the material inside the tube, the hollow body, the tank to the hollow body, etc. These include one-way open valves that prevent leakage to the outside through inclined pipes, injectors, etc. Therefore, the check valve functions to prevent additives from flowing into the hollow body through the inclined pipe, injector, etc., and, on the contrary, prevents the material inside the hollow body, pouring material, etc. from leaking out through the inclined pipe or injector. .

An example of the check valve 91 is composed of a valve locking jaw 93, a valve 94 crimped or spaced apart therefrom, and a spring 92 crimping the same to the valve locking jaw, and the internal material of the hollow body (1) When the valve is about to flow out, the valve is pressed against the valve latch to close the flow path of the injector or the inclined pipe to prevent the material inside the hollow body from flowing out through the injector or the inclined pipe. It is spaced apart from the locking jaw to open the flow path of the injector or the inclined pipe, and the additive is introduced into the hollow body. See FIG. 5 or FIG. 6(e), where the additive 90 is water, water, liquid, oil, medicine, gi, solid, agent, ash, sol, Gel, gas, carbon, oxygen, hydrogen, nitrogen, ozone, resin, ions, catalyst, waste powder, stone powder, dust, iron powder, powder, mineral, tailings, rock, sulfur, ocher, clay, 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, compounding water, compounding material, kaolin, phytoncide, bentonite, Zeolite, attapulgite, etc. are possible.

The storage or surface treatment machine of the present invention is provided with the cone or hollow body, etc., and stores, blends, pressurizes, supplies, pours or casts, sprays or slopes, injection or ground injection, injection or crack injection, shorting Or rust shorting, coating or surface coating, painting or shaving, laying or ground laying, paving or road paving, mixing or underground mixing, compaction or underground compaction in a storage, blender, pressurizer, feeder or supply path, pouring machine , Sprayer, injector, syringe, shorting machine, coating machine, painter, laying machine, packaging machine, mixing machine, compactor, curing machine, cotton treatment machine, etc.

In the present invention, the magnets, electromagnets, magnets, magnets to magnetization energy bodies, magnets to cone netting machine spirals, cones to cone netting machine spirals, magnets to hollow bodies, cones to hollow bodies, cones to face treatment machines, magnets to face treatment machines, equipment , Magnetization equipment, pouring equipment, eco pouring equipment, etc. become one pouring equipment. Examples of this application are the placement of a casting material through a magnet contacting the casting material, an electromagnet that is placed in contact with the casting material, the placement of the casting material through a magnet, and a magnet in which the casting material is placed through one of a magnet or a magnetizing energy body. The cone or hollow body through which the pouring material is poured, the pouring material is poured through one of the magnets or the hollow body by contacting one of the cone or cone rod machine spiral, or the cone or cone rod machine spiral, and the cone or surface through which the pouring material passes. The processing machine and the casting material are poured through at least one of a magnet or face treatment machine, equipment for pouring the material, magnetizing equipment for pouring the magnetized casting material, the equipment for placing the casting material, and the pouring material that has been fluidized with no power by contact with magnets. This includes eco-pouring equipment The pouring material of the present invention is poured without power by gravity, self-weight, height difference, dropping from a high place, etc., or pouring with power, pressure, high pressure, etc. by a pump, pressurizer, compressor, pressure machine, piston, compressor, etc. Becomes.

In the present invention, the magnets, electromagnets, magnets, magnets to magnetization energy bodies, magnets to cone netting machine spirals, cones to cone netting machine spirals, magnets to hollow bodies, cones to hollow bodies, cones to face treatment machines, magnets to face treatment machines, equipment , Magnetization equipment, pouring equipment, eco pouring equipment, etc., are provided, configured, mounted, and each other, two or more, individually, two or more, two or more of two types, and two or more of one type, if necessary. Installation, placement, location, installation, attachment, connection, linkage, coupling, binding, running, purchase, input, and retraction. And in the case of the above-mentioned provision or retraction, if necessary, a cradle, a support, a fixation, a spacer, a seat, a mounting means, a support means, a spacer, a seating means, a fixing means, and the like are used. The holders or fixing means include rods, stands, plates, strings, twine, ropes, jacks, screws, bolts, rivets, welding, hangers, feet, two feet, three feet, four feet, three feet, a four-legged holder (12 ), a spiral holder 12, a vortex type holder 12, a holder with a function to vortex a material, a holder with four spiral feet, a holder with four spiral feet with a material vortex function, etc. are used or included.

Perforation, storage, input, blending, pumping, transportation, supply, pouring, installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, curing, and cotton treatment of the present invention are perforated or surface treatment itself, pouring It corresponds to one of the perforation or surface treatment, perforation or surface treatment by pouring, and perforation or surface treatment accompanying the pouring. Therefore, it is necessary to drill, store, input, mix, pump, transport, supply, pour, place, inject, inject, spray, coat, paint, pack, compact, mix, cure, and surface treatment. do. And perforator, storage, hopper, blender, pump, transport machine, supply line, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixing machine, curing machine, cotton treatment machine, etc. A perforator or a face treatment machine itself, a perforator or a face treatment machine, which is one of the pouring equipment, and a perforator or a face treatment machine accompanying the pouring equipment are applicable. Therefore, it corresponds to the pouring machine and accompanies the drilling machine, storage, hopper, compounding machine, pump, transportation machine, supply line, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine. It becomes a machine, a curing machine, a cotton treatment machine, etc.

In the present invention, magnets to face treatment machines, cones to face treatment machines, etc. are one of the pouring equipment, or belong to or accompany the pouring equipment, and these are pouring materials, magnetized pouring materials, vortex pouring materials, magnetic vortex pouring materials, and the amount of pouring materials. Living organisms, etc. or through or through, contact, magnetization, hexagonal hydration, storage, input, blending, pressurization, movement, transportation, supply, pouring, laying, injection, spraying, coating, painting, packaging, compaction, mixing, pressurization There are features such as supply, curing, cotton battery, use, use, and application. In the present invention, examples of uses, tasks, tasks, roles, tasks, etc. of magnets to face treatment machines, cones to face treatment machines, etc. are as follows. 1) Storing pouring material raw materials in the storage, storing the pouring material in the magnetic storage storage, magnetizing the storage material, storing the magnetized storage material; Etc., 2) Mixing of pouring material in a mixer, mixing of pouring material in an embedded mixer such as magnets, magnetization of the mixture, mixing of magnetized material, etc.3) Supplying the pouring material to the supply line with a pump and pressurizing the magnetized mortar from the pump to make a pouring machine, etc. Supply, 4) Supply of magnetic abrasive from the supply channel to the pouring machine, and supply of the pressurized injection material from the pump to the pouring machine, sprayer, etc. from the supply channel, 5) Pouring the pouring material through the pouring machine, and the pouring of ready-mixed concrete pouring material through the pouring machine , Magnetization of poured material, pouring of magnetized material, etc., 6) spraying a) pouring material, spraying mortar or abrasives by spraying, b) spraying mortar on slopes, materials, facilities, etc. by spraying, c) spraying The magnetized material that has passed through the magnetic buried sprayer with cone is injected into the ground, sprayed onto the slope, sprayed onto the material, coated, sprayed onto the facility, and painted.7) The pouring material is injected into holes, molds, and underground with an injector. The magnetized material that has penetrated into the ground is injected into the ground through the injection hole of the rod. 8) a) By spraying the casting material for coating by a coating machine, the magnetized material is injected into the ground through the spray hole of the rod. Coating the surface of the pouring material by spraying the coating agent, b) Spraying the coating agent on the ground, materials, facilities, and the care of the pouring material by spraying the coating agent, c) Magnetized water, magnetized liquid, etc. through a magnet embedded sprayer, which is one of the coating machines. The magnetized material is sprayed onto materials and facilities, and the materials and facilities are coated and applied with the magnetized material.9) a) Spray the casting material for painting by a sprayer to paint the surface of the cured organisms, and spray the coating agent by the sprayer. Paint the surface of the pouring material by spraying the paint on the surface, concrete surface, materials, facilities, and the curing surface of the pouring material by spraying the coating material, c) through a magnet embedded sprayer, which is one of the coating machines. Magnetized materials such as magnetized paint are sprayed onto materials and facilities, and materials and facilities are painted, painted, and painted with the above magnetized materials. 10) a) Curing materials, facilities, casting materials, etc. by pouring pouring material for curing water with a curing machine , b) magnet as one of the curing machines Magnetized water such as magnetized water and magnetized liquid are sprayed through a curing machine consisting of a buried water hose to cure materials, facilities, and pouring materials. It is applied to treatment, smooth treatment, irregularity treatment, etc. by spraying the surface of facilities, materials, and pouring materials.

In particular, the sprayer, shorting machine, coating machine, painter, etc., can be applied to the above or the following concrete to PSC, water to CMC, other substances, certain substances, pouring materials, propellants, coating agents, painting agents, paints, etc. It is used for spraying, coating, painting, spraying, coating, spraying, painting, etc. on slopes, concrete surfaces, materials, construction materials, facilities, buildings, structures, facilities, one of them, surface, exterior, etc. Have. And the spraying, coating, painting, etc., by the sprayer, shorting machine, coating machine, painter, etc. above or below concrete to PSC, water to CMC, other substances, certain substances, propellant, coating agent, paint, paint, etc. , Surface, ground, slope, concrete surface, materials, construction materials, facilities, buildings, structures, facilities, one of them, surface, exterior, etc., sprayed, coated, painted, sprayed, coated, sprayed and painted. In the present invention, the magnet to the face treatment machine, the cone to the face treatment machine, etc., is one of the above or the following concrete to PSC, water to CMC, the blending to face treatment, ash, material, and other materials, certain materials, propellants, coating agents, Mixing or surface treatment of paints, paints, etc., or mixing surfaces, surfaces, ground, underground, slopes, molds, formwork, concrete surfaces, materials, construction materials, facilities, buildings, structures, facilities, one of them, surfaces, and exterior surfaces Or the like are included. And the blending to face treatment is one of the above or the following concrete to PSC, water to CMC, the blending to face treatment by the blender to face treatment machine, magnet to face treatment machine, cone to face treatment machine, etc., material, material, and Other substances, certain substances, and the like are included in the above compounding or surface treatment.

Magnets, electromagnets, magnets, magnets to magnetizing energy bodies, cones to face treatment machines, magnets to face treatment machines, equipment, magnetization equipment, pouring equipment, eco pouring equipment, etc. While storage, input, mixing, pressurization, movement, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, etc., b) Magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, c) Magnets are permanently radiated by non-power, so magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, d ) Improvement of one or more of material, mortar, ready-mixed concrete, fluidization, fluidity, slump value, workability, and workability by one or more of the cone or magnetic energy conversion, e) a fluidizing agent that is introduced into concrete by one or more of the above, Reduction in the input amount of one of the admixtures contained therein, thereby reducing the cost of using one of the fluidizing agent and admixture, f) f) by one or more of the above cones to d) improvement f1) mixing properties, agitation properties, pressurization properties, supply properties, mobility , Pourability, placement, injectability, injectability, sprayability, coating, paintability, compaction, mixing, adhesion, inflow, filling, mold filling, space filling, closed chamber filling Improvement, f2) dropping property of sprayed material, desorption property, reduction of one of the amount of rebound, g) vibration work, compaction work, vibrator work, vibrating cost, such as concrete by one or more of the above cones or f) improvement, Reduction of one or more of vibrating equipment and vibrating manpower, h) by one or more of the above cones or f) reductions or after curing h1) Density, specific gravity, strength, stiffness, adhesion, friction angle, bending properties of materials, facilities, concrete, etc. , Shearing, durability, waterproofing, water repellency, water resistance, surface smoothness, h2) compressibility, consolidation, settling, cracking, breakage, reducing one or more of the water permeability, h3) materials, facilities , Concrete surface, surface, exposed surface, finished surface, concrete surface, It has the characteristics of reinforcing, reinforcing, flatness, smoothness, less irregularities, prevention of irregularities, scratch prevention, etc. among the dismantling surfaces of the mold.

Drilling machine of the present invention, storage, hopper, mixer, pump, drone, transport machine, supply path, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixer, curing machine, Examples of the configuration of the cotton treatment machine include 1) a drilling machine and a storage, hopper, mixer, pump, drone, transport machine, supply line, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packaging machine, Consisting of one or more of a compactor, mixer, curing machine, and cotton treatment machine, 2) a) perforator, b) in addition to storage, hopper, mixer, pump, drone, transporter, or supply line in order, c) in addition to this Pourer, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, painting machine, packing machine, compactor, mixer, one of cotton treatment machine, d) in addition to curing machine, 3) a) underground, rock, building drilling A perforator for, b) one of a pouring machine, a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a coating machine, a packing machine, a compactor, and a mixer, c) a storage, hopper, and a mixer that supplies materials to it. , Pumps, drones, transport aircraft, and one or more of the supply routes, 4) a) storage, hopper, mixer, pump, drone, transporter, supply route for storing, mixing and supplying materials, b) pouring the above materials , Installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, spraying machine , A packing machine, a compactor, a mixer, a curing machine, and one or more of a cotton treatment machine, 5) a) a drilling machine for drilling underground, rock, and a building, a supply path for supplying bentonite slurry thereto, b) mixing in a blender after the drilling Consists of an injector that injects mortar, concrete, etc. into the hole, and the injection material is cured to form walls, columns, and piles in the ground.6) Storage, hoppers, mixers, pumps, drones, transporters, supply lines, etc. The materials stored, mixed, pumped, transported, supplied, etc. are poured, installed, injected, Injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, pouring machine, pouring machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packaging machine, compactor, mixing Consisting of at least one of a machine, a curing machine, and a cotton treatment machine, 7) a) a drilling machine, b) in addition to this, at least one of storage, hopper, mixer, pump, drone, transportation machine, and supply line, c) in addition to this, a pouring machine, and a laying machine , Injector, syringe, sprayer, shorting machine, coating machine, coating machine, packing machine, compactor, mixer, face treatment machine, d) in addition to the curing machine, etc., 8) a) the cone to the hexagonal water dispenser, magnet to Equipped with at least one of the hexagonal water machines Drilling machine, storage, hopper, mixer, pump, drone, transport machine, supply line, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, spray machine, packing machine, compactor, mixer, A curing machine, a face treatment machine, and b) one or more of the perforator or a face treatment machine having a magnetization function thereby.

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 mixer or mixer, an internal rotating body or a mixer with rotating blades, b) a motor. Rotating blades, rotating bodies, rotating rods, rotating shafts, rotating spirals, rotating screws, rotating shafts with blades Mixer, mixer, c) Protrusions, blades, rings, bolts, spirals, objects on the outer circumference of rotating rods or rotating shafts or rotating bodies , Protrusion, agitation means, mixer, mixer, d) or rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, soil, soil and mortar, underground One of soil and concrete mixer, mixer, d) rod, rod, plate, protrusion, wing, spiral, object, screw, protruding rod, protruding rod, protrusion, attachment, attachment, ductile material, elastic material on the outer circumference or surface , Rigid material, protrusion means, one of agitation means d1) rods, shafts, nozzles, rods, spirals, screws, hollow pipes, double pipes, triple pipes, injection ports, injection pipes, d2) rotating rods or injection pipes, etc. Yes. Here, the mixer and the mixer have the same or different characteristics. For example, a) the same is a mixing device, b) the different mixer is a device that mainly mixes mortar, ready mixed concrete, concrete, etc., and the mixer is mainly soil, ground. , Underground, underground mixing equipment, etc. are applicable. An example of the mixer corresponds to a mixer used in the DCM method (deep cement mixing method), which is a deep ground agitation method, and the like. The protrusion, wing, ring, bolt, spiral, object, protrusion, stirring means, or the rod, stand, plate, protrusion, wing, spiral, object, screw, protrusion rod, protrusion, protrusion, attachment, attachment, In soft materials, elastic materials, rigid materials, protruding means, and stirring means, objects are rods, rods, plates, protrusions, wings, spirals, objects, screws, protruding rods, protrusions, protrusions, attachments, attachments, ductile materials, and elastic materials. , Rigid material, protruding means, stirring means, including one or more of or other than one object, body, device, apparatus, device, equipment, etc. are applicable.

The perforator of the present invention is a perforator, a boring machine, a rock drill, an excavator, an excavator, an excavator, a boring machine, a drill, a bit, a cramshell, a driver, an injector, a grouter, an excavator, a rod with a bit, a rotating bit with a bit, and a rotating 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, boring machine for inserting geothermal pipe or oil pipe, or drilling machine for buildings, facilities, underground, rock, hole, hole, concrete, etc. Etc. are applicable. The perforator of the present invention has a feature capable of being equipped with, mounting, installing, mounting, linking, connecting, mounting, and the like, at least one of the cone or face treatment machine, and the magnet or face treatment machine. Examples of application of the perforator in the present invention include a) drilling for pile holes for in-situ piles, drilling for underground walls for construction of continuous underground walls, drilling for slurry walls, drilling for diaphragm walls, drilling for boring holes for inserting geothermal pipes or oil pipes, b) Drilling while injecting magnetized material, hexagonal water, slurry, bentonite slurry, etc., which have been subjected to the cone or hexagonal water machine, magnet or hexagonal water machine, etc., c) the material blended in the blender, mortar, milk, chemical solution, suspension, Slurry, ready-mix concrete, concrete, etc. are injected into the hole, boring hole, joint, joint, crack, leaking part, etc. during and after drilling through rod, injector, hollow pipe, hollow rod, etc. installed in the drilling machine through the supply hose. , Input, and then curing, etc., to complete the construction of piles, columns, underground walls, underground continuous walls, etc., or filling cracks, joint repair, crack repair, leak repair, d) the cone or hexagon water machine, magnet or hexagon water machine, etc. Magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete, etc. are supplied through a supply hose through a rod installed in a perforator, an injector, a hollow pipe, a hollow rod, etc. Joints, joints, cracks, leaks, etc. are injected, injected, and cured afterwards to complete the construction of piles, columns, underground walls, and continuous underground walls, or fill cracks, repair joints, repair cracks, leak repair, etc. This is true.

The storage of the present invention is a) storage, b) or one or more of water, materials, materials, raw materials, cement, sand, gravel, aggregate, admixture, concrete, c) or partition walls, partitions, 2 rooms, 3 rooms It corresponds to one of the storage and the like. The hopper of the present invention corresponds to a hopper, a funnel-type hopper, a hollow through-type funnel hopper, and a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom. The pump of the present invention has a pressure of one of a pump, a pressure pump, a compression pump, a compressor, a mortar pump, a concrete pump, or 1 to 10, or less, 10 to 100, 100 to 500, or more. These include pumps. The supply path of the present invention includes supply paths, pipes, hoses, means, pipes, pipelines, and the like. The pouring machine of the present invention is a) a pouring machine, a throwing machine, a spraying machine, the pressure pouring machine, b) or a mold, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, One of the ready-mixed concrete pouring machines on the mold, c) or pouring, laying, coating, injection, spraying, injection, injection, injection, grouting, equipment, equipment, devices, etc. are applicable.

The laying machine of the present invention corresponds to a) laying machine, spreader, coating machine, asphalt finisher, b) or ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete, one of asphalt concrete on the ground, and the like. The syringe or injector of the present invention is a) a syringe, an injector, an injector, a grouter, the pressure syringe or injector, b) or a crack, joint, ground, underground, underground, joint, static, dynamic, vibration, mortar, ready-mixed concrete, concrete , Ready-mixed concrete for cracks, ready-mixed concrete for underground, buildings, structures, and one of its cracks, syringes, and injectors. The sprayer of the present invention is a) nozzle, hose, pipe, sprayer, sprayer, water fountain, sprinkler, coating machine, spray coating machine, sprayer, spraying, b) or slope, slope, surface, ground, underground, underground, rotating, Static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, and one of the ready-mixed concrete sprayers on the slope. The compactor of the present invention is a) compactor, compactor, weight compactor, roller compactor, fall compactor, mold compactor, concrete compactor, concrete compactor for cast in mold, b) or pavement, soil pavement, road pavement, asphalt concrete pavement, ground, underground , Underground, rotating, static, dynamic, vibration, wing, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete compactor in the ground, etc. The curing period of the present invention corresponds to a curing period, a water curing period, an aquatic curing period, an air curing period, a levitation curing period, a solar curing period, a steam curing period, a sprinkling curing period, an autoclave curing period, and the like. Here, examples of application of the curing machine include magnetized water and hexagonal water sprayed through a hose-type curing machine for sprinkling in which a magnet with cone is embedded, and is sprayed into poured concrete, concrete materials, concrete buildings, etc. This also applies to promoting curing. The face treatment machine of the present invention is a casting material or a casting material passed through the casting equipment of the present invention, one of which is water, water, liquid, oil, medicine, agent, ash, sol, gel, spray material, coating agent, paint, etc. It is applicable to treatment, finishing, smoothing, uneven treatment, etc. by spraying on the curing material, material, material, facility, building, structure, concrete, one of them, the surface, the outer surface, the exposed surface, and the uneven surface of the poured material. do.

In the present invention, storage, hopper, mixer, pump, drone, transportation means, supply path, pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packaging machine, compactor, mixer, curing machine, cotton The processor stores, inputs, mixes, pressurizes, moves, transports, supplies, and pours the concrete to PSC, material to PSC material, one of the raw materials, materials, materials, mixing water, compounding materials, mixtures, etc. , Installation, injection, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, etc. Examples of its application include storage of concrete raw materials in the storage 20, inputting the raw materials to the mixer through the hopper 21, mixing the mortar mixture with the blender 22, pumping or conveying the mixed mixture with the pump 23, and transporting Transportation to the place of use by means (24), supplying 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 by a laying machine, and phytoncide through an injector (26) Cone is injected into the ground, milk is injected into the crack with an injector 26, a chemical solution is injected into the building crack with a syringe 26, the slurry is sprayed on the slope with the injector 26, and the water is injected with the injector 26. Spraying on dust to remove dust, spraying water to the ground with a sprayer 26 to remove dust, spraying water with a sprayer 26 into the tunnel to remove dust in the tunnel, compacting road pavement with a compactor 26, Mixing with a compactor (26) while inserting sand into the underground drilling hole, mixing while injecting mortar into the ground with a mixer (26), mixing with ground soil while injecting mortar into the ground through a mixer (26), a rod equipped with a rotary wing , Curing by spraying cured water with a curing machine (26) or curing magnetized concrete, and spraying materials with a face treatment to treat, arrange, fill, and shorten the cured concrete, materials, facilities, buildings, etc. , Coating, painting, waterproofing, water repellency, etc.

To further explain some of the above 1) The supply path 25 corresponds to a line, a hose, a pipe, a pipe, a supply path, a supply line, a pipeline, and the like. 2) Wind compressors use wind to generate compressed water or compressed air, the generated compressed water, compressed air, etc.a) the above materials, concrete, facilities, buildings, structures, cones or face treatment machines, magnets or face treatment machines, b ) Supply, injection, inflow, injection, injection, etc. to the inside, surface, inside, surface, and outside of one of the above. 3) Drones are drones, unmanned aerial vehicles, lightweight airplanes, unmanned lightweight airplanes, etc. a) the cone or face treatment machine, magnet or face treatment machine, etc. are equipped, mounted, mounted, attached, fixed, etc., b) the cone or surface Using a treatment machine, a magnet or a face treatment machine, or the like is mounted to perform the storage or face treatment, or c) move, transport, transport, etc. the cone or face treatment machine, magnet or face treatment machine, materials or PSC materials, etc. Is to do. Here, examples of application of drones include drilling boring holes for crack repair in high-rise buildings with a drilling machine mounted on a drone, a supply path 25 or a sprayer 26 mounted on a drone to spray magnetized shotcrete on a high-rise slope, and a supply path for a drone (25). ) Or the sprayer 26 is installed to spray magnetized water into the tunnel to remove tunnel dust, and the drone is equipped with a sprayer to install magnetized water into the air to clean the air.

In the present invention, one of the pouring equipment or a perforator, storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shoting machine, coating machine, sprayer, packaging machine, compactor Examples of one or more of a mixer, a mixer, and a curing machine include: 1) a puncher, a storage, a hopper, a mixer, a pump, a drone, a transport machine, and a supply line, as well as a pouring machine, a laying machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, and a painting machine. Machine, packing machine, compactor, mixer, or curing machine, 2) perforator, storage, hopper, mixer, pump, drone, transporter, supply route, pouring machine, laying machine, compactor to pledge its installation, objection The order of curing machines for curing by sprinkling on compacted water, cotton treatment machines for treating the cured surface, 3) a) material storage, b) a hopper that puts the stored materials into the mixer, c) a mixer that mixes materials, d) A pump for transporting a mixture thereof, e) a transporter for transporting the mixture, f) a supply path for supplying the mixture or compressed product to one of the pouring machine or cotton treatment, g) Pouring, laying, injecting, injection, spraying, coating, painting, packaging, compaction, mixing, compressed water or compressed air supply, curing, surface treatment, etc.Pourer, pourer, injector, syringe, sprayer, shorting machine, coating machine , Painter, packaging machine, compactor, mixer, curing machine, and cotton treatment machine in order.

In the present invention, A) c) storage (20), hopper (21), mixer (22), pump (23), transportation means (24), supply path (25), pouring machine (26), laying machine, injector , Syringe, spraying machine, shorting machine, coating machine, painter, packing machine, compactor, mixer, curing machine, face treatment machine, d) machine, device, apparatus, device, equipment, magnetization device, concrete manufacturing or construction equipment (27), B) appliance, appliance, device, equipment (27), C) a) appliance, appliance, device, equipment, b) the appliance, appliance, device, equipment, magnet or equipment, D) above A) storage to C) equipment One (27) of the front, middle, rear, front end, rear end, inner, inner, inner, hollow, space, outer, outer, outer, outer, surface, surface, joint, joint (18), cut, cutout , Connection, inlet, middle, outlet, etc., depending on conditions, needs, factories, and sites, the above a) magnets, magnetic bodies, magnetic bodies, wave bodies, magnetic energy bodies, magnetic function merge cones, cone function merge magnets, double or bundle cones. Cone or object with a magnet, a cone or object with a magnet, a magnet with a cone or an object, a cone or object with a stirring or aeration function with a magnetization type magnet, a magnet with a cone or object with a stirring or aeration function, b) a tube, a body, a hollow body, Pipes, magnetizers, hexagonal water heaters, c) the cone or hexagonal water heater, etc. are provided, mounted, fixed, mounted, installed, buried, inserted, connected, connected, combined, and the like. In particular, the storage or surface treatment machine, one of the front, middle, rear, front end, rear end, inner, inner, inner, hollow, space, outer, outer, outer, outer, surface, surface, joint, joint (18), The a) magnet to b) hexagonal water dispenser, c) the cone to hexagonal water dispenser, etc. are provided at the cutting part, cut-out part, connection part, inlet, middle, and outlet, etc., mounting, fixing, mounting, installation, embedding, input, connection, connection , Combined, etc.

As a result of the above, 1) the A) storage to C) equipment has a feature of having one magnetizing function or a means for performing a magnetization function, or 2) or the A) storage to C) equipment, one of which In the work, manufacturing, production, construction, construction, etc., the magnetization, hexagonalization, fluidization, etc. by the magnet or hexagonal water machine, water, liquid, oil, medicine, group, solid, agent, ash, sol, gel, Substances, materials, liquids, fluids, slurry, concrete to PSC, etc. are supplied, provided, stored, input, mixed, pressurized, moved, transported, supplied, poured, placed, injected, injected, sprayed, coated, painted, packaged, It has the characteristics of compacting, mixing, supplying compressed water or compressed air, curing, supplying or spraying for curing.

For example, supplying hexagonal water to manufacturing equipment, supplying magnetized water to construction equipment, supplying magnetized slurry to construction equipment, placing magnetized concrete through pouring equipment, spraying magnetized mortar on slopes through spraying equipment, and magnetizing the ground through injection equipment. Injecting magnetized milk into cracks through mortar injection and injection equipment, and injecting magnetized water to the concrete surface through curing equipment to promote curing, supplying magnetized mortar to boring equipment, and injecting magnetized mortar into the ground through boring equipment, to ground improvement equipment. Magnetized cement milk is supplied, and magnetized cement milk is put into the ground to improve the ground, supply magnetized concrete to the underground continuous wall construction equipment, and then to the underground continuous wall to form the underground continuous wall after curing.

In the present invention, by resin, polymer, latex, nanomaterials, microorganisms, detoxifiers, cones or face treatment machines, magnets or face treatment machines, etc., a) the fluidity, flowability, workability, slump, slump value, energy, Increased one or more of detoxification, b) decreased or mixed quantity, water/cement ratio, c) by one or more of these, or after curing or hardening c1) strength, stiffness, adhesion, friction angle, hardness, specific gravity, weight, adhesion Increase in one or more of the properties, adhesiveness, adhesion, adhesion, friction angle, durability, earthquake resistance, waterproofness, water-repellency, water-tightness, watertightness, flexural strength, specific gap strength, compressive strength, tensile strength, shear strength, and internal friction angle, c2) or crack , Dropout, damage, breakage, and one or more of a decrease in the water permeability coefficient. Increased one or more of a) fluidity, flowability, workability, slump, slump value, energy, and detoxification, b) of ready-mixed concrete, concrete, etc. by resin, polymer, latex, nanomaterials, microorganisms, cones or cotton treatment machines of the present invention Or reduction of one or more of the amount of compounding, water/cement ratio, c) by one or more of them or after curing or hardening c1) strength, stiffness, adhesion, friction angle, hardness, specific gravity, weight, adhesion, tackiness, adhesion, adhesion, Increasing one or more of friction angle, durability, earthquake resistance, water resistance, water resistance, watertightness, watertightness, flexural strength, twist strength, compressive strength, tensile strength, shear strength, and internal friction angle, c2) or crack, dropping, damage, breakage, water permeability coefficient It has a feature that decreases at least one of.

In the present invention, the wind compressor injects pressure, compressed material, compressed water, compressed air, etc. into at least one of the pouring materials, raw materials, magnets to magnetization energy bodies, cones to hollow bodies, storage to face treatment machines, and inside to hollow parts, Thereby, the pouring material, raw materials, materials in contact with magnets or magnetizing energy bodies, materials for passing through cones and hollow bodies, materials such as storage and surface treatment machines, and materials such as interior and hollow parts, etc., are lightened, bubbled, porous, aerated, Vortex, agitation, cavitation, or the like, such as a wind compressor 50, which serves to inject oxygen, air, etc., a wind compressor, a wind hydraulic compressor, a wind air compressor, and the like.

The wind compressor 50 includes: a) a wind compressor that generates and injects pressure, compressed water, compressed water, compressed air, etc. using a screw or a rotary linear transducer and a piston connected to a rotating wind blade, and wind power It is a screw compressor (wind screw compressor), a wind piston compressor (wind piston compressor), or b) wind or wind power (51), a blade rotating thereby, a windmill, a rotating body (52), one of which is a rotational force (53), The crank 54 for rotational motion by this, the rod 55 mounted thereto for linear motion, the piston 56 mounted thereon, the cylinder 56 for reciprocating teeth therein, and the inside of the cylinder by the pushing force of the piston Compression of water, water, liquid, oil, air, substances, etc., generated by the pressure, compressed water, compressed water, compressed air, etc.(63), the outlet of the cylinder from which teeth are discharged (62), hose connected thereto, discharge hose , And a supply hose 64. See FIG. 10 for this.

Here, the compressed product includes pressurized air obtained by using wind power, compressed water, 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 pressurizer, a discharge valve 61 installed therein, and the pushing force of the piston 57, When the material or air in the cylinder 56 is compressed due to an 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, substance, air, etc. is opened, and substances, air, etc. are introduced into the cylinder. When the piston compresses the cylinder again, the material and air inlet valve closes, and the pressurizer and compressed material discharge valve are opened, and the pressurized air and compressed material are discharged through the discharge port 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, and the process of flowing material and air into the cylinder is repeated to supply, provide, and inject the pressurizer, compressed material, compressed air, wind press, etc. 63. In the case of the hollow body 13 into which teeth are injected, substances, raw materials, materials, and blends flowing into the hollow body 13 through the injector 91 and the inclined pipe 95 provided in the hollow body and flowing through the hollow body By injecting pressurized air, compressed air, etc. into water, blending materials, and blends, it contributes to weight reduction, aeration, and aeration. The pressurized air, compressed water, compressed water, compressed air, etc. by wind power are eco-friendly pressurized air, compressed water, compressed water, compressed air, etc. that can be permanently obtained by using natural wind without supply of external power or electricity. . Here, the compressed product, compressed water, compressed air, etc. by wind, wind, wind compressor, etc. have a feature that can be used for a certain pressure, a compressor, a lightweight material injected into lightweight concrete, a general compressor compressed water, or a compressed air substitute.

And if the wind compressor 50 is described in detail, the wind piston compressor uses the rotational force 53 of the blades, rotors, blades, propellers, rotation shafts, etc. 52 that rotate by wind, wind power, etc. Air in the cylinder by linear motion (58) or rotation of the piston (57), screw, etc. in the cylinder (56) through a crank (54) connected to the rotating shaft (52), a shaft or connecting rod (55) connected thereto. A device that compresses the compressed water or discharges compressed water or compressed air 63 through an outlet 62 formed at one end of the cylinder. Accordingly, the wind compressor is a device for obtaining, making, providing, or supplying compressed water or compressed air by using wind or wind power. 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 and the valve 60 are opened to allow water or air to flow into the cylinder. ) Moves to the right, the water or air inlet (59), the valve (60) is closed, and 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 rotates by the rotational force to compress water or air in the cylinder to one side, and compressed water or compressed air is discharged and supplied through an outlet formed at one side of the cylinder. .

The pressurized air, compressed water, compressed water, compressed air, etc. (63) provided from the wind compressor (50) are water, through hoses, pipes, pipelines, etc. 64 connected to the outlet (62) of the cylinder, Water, liquid, oil, energy, high, jae, ash, material, object, body, material (1), material (1), in water, Underwater, rivers, ponds, water tanks, tanks, pipelines, tubes, hoses, pipes, hollow bodies, blenders (22), pumps (23), supply lines (25), storage tanks, aeration tanks, reaction tanks, bioreactors, chemical reaction tanks, air , Indoor, factory, site, atmosphere, indoor air, tunnel, tunnel site, dust air, odor air, and supplied air, oxygen, air bubbles, etc. by being injected into the tube or surface treatment machine to aeration, reaction, coagulation, oxidation, purification, Improves water purification and cleanliness, or is injected into soil, mortar, ready-mixed concrete, concrete, etc. (1) and filled with air and air bubbles, air-foamed mortar, air-foamed ready-mixed concrete, foamed concrete, lightweight soil, lightweight mortar, lightweight Ready-mixed concrete, lightweight concrete, and the like are formed, and the curing air is added to the curing air injected from the curing machine to promote curing or to reduce the injection amount of curing air.

In the present invention, a drone is a drone that moves one or more of the storage to the surface treatment unit, or in which one or more is mounted, or performs one or more of the magnetization, vortex, magnetization vortex, storage or surface treatment by the mounting, These include unmanned drones, unmanned airplanes, and drones equipped with pouring equipment or pouring machines mounted on the main body flying by rotating blades. In the mounting, at least one of the storage or surface treatment machine is mounted, mounted, mounted, installed, retained, welded, bonded, fastened, run, hanged, etc., such as a drone, its body, or a body. Examples of drones of the present invention include: a) a wing, a rotating wing, a propeller, four propellers, a drone consisting of one of a plurality of propellers and a body, b) a drone consisting of an upper wing and a lower body, c) thrust for flight of the body. For this purpose, a drone with wings and propellers that generate a downward flow and an oriented flow in the rear direction, d) a drone flying upward by a downward flow that sends wind to the bottom of the body, e) wind toward the rear of the body. Drones flying horizontally by the directional flow sending a signal, f) a drone flying in three dimensions by the downward flow, directional flow, etc., g) a motor that rotates the wing, propeller, etc., a wire connected thereto, a battery connected thereto, a charger, Drones equipped with rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind power generators, etc., h) drones with a support provided on the propeller, i) drones with a body connected to and fixed to the support, j) The main body, the propeller, one of which is mounted on one or more of the upper and lower portions, and j1) a solar cell that generates electricity by one or more of the sun, the downward flow, the directing flow, and the wind by flight, j2) a rotating rotor, A drone equipped with a generator that generates electricity by its rotational force, k) The generator generates 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) that rotates in connection with the rotor, m) the k) drone with a generator that generates electricity by the rotation of the rotor (electromagnet), n) the rotor, its outer circumference , Drone equipped with a conical hollow guide that is mounted on at least one of the upper, lower, upper outer circumference, and lower outer circumference and allows one or more of the downflow, directing flow, and wind to flow in, outflow, and inflow outflow, o) generating electricity. A drone equipped with an inverter that converts DC to AC, p) A drone equipped with wires, plugs, outlets, power supplies, etc. to supply the generated electricity, q) camera, CCTV, video Devices, photographing devices, monitors, lights,, lights, lanterns, flashers, lights, headlights, lighting devices, drivers, controllers, controllers, remote controllers, drones equipped with remote controllers, etc. are applicable.

In the present invention, the 3D printer is a 3D printer that moves at least one of the storage or the surface treatment machine, or is equipped with at least one, or performs at least one of the magnetization, vortex, magnetization vortex, storage or surface treatment by the mounting ( 71), 3D printers, 3D printing machines, 3D printing devices, 3D printers, 3D printers equipped with a pouring machine that moves three-dimensionally while being mounted on the ground or a frame mounted around a new facility. Here, in the 3D printer 71, a moving body or moving part 116 capable of three-dimensional movement 73 is mounted on the frame 72 to move in three dimensions 73 while a blender 22, a supply path 25, etc. Materials, mortar, ready-mixed concrete, concrete, etc. (1) are poured, sprayed, and injected to create, construct, construct, construct, construct, construct, and construct facilities, buildings, and structures (8). Here, the three-dimensional moving body or moving unit 116 moves three-dimensionally by a motor, a roller, a rail, etc., in which a pourer, a sprayer, an injector, a nozzle, etc. are mounted to the facility to be built, or the structure or shape of a building. It is to construct facilities and buildings by pouring materials while moving three-dimensional along the road. Here, the 3D printer, its moving body or moving part, and the pouring equipment mounted therein have a feature of pouring materials while automatically moving in three dimensions according to a program command.

Examples of the 3D printer or three-dimensional movement include two rails a (100) mounted on the upper left and right sides of the base, pillars, supports, frames, etc. 72 while being supported, respectively, and rotated by the motor a 101 while being mounted thereto. Thus, 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 rollers a, and the motor b 104 while being mounted thereto. One roller b 105 that rotates and moves left and right (one-dimensional + the one-dimensional = two-dimensional movement) 73 moving along the rail b, and a rotating body that rotates by the motor c 111 while being mounted thereto. Up and down moving parts such as strings, threads, belts, chains, etc. that move up and down (one-dimensional + the two-dimensional = three-dimensional movement) 73 while being wound or unwound on a(112), or the rotating body a ( 112) and the other rotating body b (113), which is located opposite to it, and is pushed or pulled by the rotation of the rotating body a to move up and down a rod-shaped vertical moving part 115, mounted on the vertical moving part. This corresponds to the three-dimensional moving pouring equipment (26). Here, the rod-shaped vertical moving part 105 includes the rotating body a 112 and the other rotating body b 113 located opposite the rotating body a, and the rotating body c 114 located above or below the rotating body a. It is possible to be pressed and embedded between the rotating body d 115 located above or below the rotating body b while being buttly positioned and moved up and down by being pushed or pulled by the rotation of the rotating body a 112. Have.

In the 3D printer, the rod 116 corresponds to a stand, a rod, a rod, and a rod. The frame is a foundation, a column, a combination of 4 columns, a horizontal and vertical beam, a combination of 4 columns and a middle beam and an upper beam, a combination of a vertical column and a horizontal beam, a three-dimensional structure thereof, 4 columns and 4 The directional rail 100, the four rails, the rail a (100), the rail b (103), or the four-way rail 100 connecting the four pillars and upper corners thereof, and the like. Heavy objects such as weights, weights, lead lumps, etc. are mounted on the lower part of the string, thread, belt, chain, and upper and lower moving parts, so that the position and coordinates of the lower part are not shaken so that the material can be poured into the correct position and coordinates Do. The roller or the rotating body may be provided with a brake or a retractor that decelerates or stops its rotation, and examples of the brake include a brake lining 108 mounted on the side of the roller or the rotating body, which is in the direction of the roller or the rotating body. A combination of a pedal, pressing means, etc. 109 that is pushed or compressed to contact a roller or a rotating body to decelerate or stop the rotation thereof is applicable. The motor is mounted on a central shaft, a rotation shaft, etc. 106 of a roller or a rotating body and rotates the roller or a rotating body, which is a body such as the central shaft and a rotating shaft. The motor, roller, rotating body, etc. may be embedded in a case, a housing, etc. 117 for their protection and safety. The rotating body a 112 may be connected to the roller b 105, the case 117, and the lower portion thereof by a string, a string, a rod, etc. 110, and the rotating body a and the The connection of the roller b corresponds to a connection between the rotating body a and the bearings 107 respectively mounted on the central axis 106 of the roller b by mutual strings, strings, rods, etc. 110. See FIGS. 10 and 11 for a 3D printer.

The moving unit 105 and the pouring equipment 26 mounted thereto are a total of three-dimensional movements for the front and rear 1D, left and right 1D, and up and down 1D, or the front and rear 1D, left and right 1D, 2 by the two. It is necessary for three-dimensional construction, three-dimensional pouring of concrete for building construction, and building construction by three-dimensional, vertical one-dimensional, and three-dimensional movement by the two-dimensional and so on. It is possible to transport, assemble, and pour molds, reinforcing bars, and concrete. Forms, reinforcing bars, concrete pouring equipment, etc. for structure construction are provided in a) the roller, the rotating body, the moving body, the moving part, and b) the loading platform, the carrier, the cage, the moving platform, and the lifting platform, etc. It is mounted, bundled, settled, mounted, loaded, etc., and moves in three dimensions, transporting, unloading, assembling, and pouring to the appropriate floor, place, and location according to the building construction process. In the present invention, the pouring equipment corresponds to a) a pouring machine, a nozzle, a hose, a sprayer, a plotter of a print, and b) a pouring equipment having one of them.

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

Other examples of the 3D printer 71 of the present invention include a frame 72 on which a rail 100 is mounted, a moving body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a moving part, a head, A plotter or pouring machine 26 installed in one of its cases, the head, a moving body, a moving part, and a case and forming a 3D structure 8 by ejecting the construction material 1, and the plotter or pouring machine This includes a 3D printer including a pump 23 that provides pressure to allow the material 1 to be ejected. In the 3D printer of the present invention, 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: mortar, ready-mixed concrete into which a quick-setting agent, a binder, etc., to promote curing through the pouring machine 26 mounted on the 3D printer, Building construction by continuously or intermittently pouring concrete, etc., circulating and moving along the building type or building structure, ascending to a layer of 5 to 30 cm in height or floor, where the pouring height is too low for 5 cm or less, so the construction time is short. It takes a lot of time, and it is difficult to carry out the pouring work that is carried out while circulating in real time due to the difficulty of immediate curing because the height of one pouring over 30cm is too high.2) Case: The above pouring is performed on the floor of the building, the first floor pillars and walls. , 1st floor slab, 2nd floor pillar and wall, 2nd floor slab in order to construct n floor and finally roof slab to complete building, 3) Case: a) ground boring for foundation installation, b) above Insert the reinforcing bar net into the boring hole by installing a reinforcing bar in the moving part, c) Placing the foundation pile concrete in the boring hole through the pouring machine, and then curing, d) installing a form frame and a reinforcing bar in the moving part to form a building floor part. , Reinforcing bar transportation and assembly, e) Placing concrete on the floor of the building through the pouring machine, and then curing, f) Mounting the mold and reinforcing bars in the moving part, and transporting and assembling the first-floor pillar, the wall frame, and the reinforcing bar, g) 1st floor pillar, wall concrete pouring, curing afterwards, h) raising the moving body, pourer, etc., i) 1st floor slab formwork, reinforcement transport and assembly by mounting the formwork and reinforcement on the moving part, j) the pouring Placing the first-floor slab concrete through the machine, then curing, k) mounting the mold and rebar in the moving part to transport and assemble the two-story pillar, the mold of the wall, and rebar, ℓ) the two-story pillar, the concrete pouring of the wall through the pouring machine, After curing, m) elevating the moving body, pouring machine, and so on, n) repeating the above, transporting and assembling rebars, transporting and assembling reinforcing bars, etc. by repeating the above. After curing, o) the final rooftop concrete is placed through the above pourer, and then cured. The 1st, 2nd, and nth floors are either assembled or poured at a time (3m, etc.), or by subdividing the height of each floor based on 3m into 0.25m height, 0.5m height, 1m height, 1.5m height, etc. Therefore, subdivided assembly and pouring are possible.

In the present invention, a wind compressor, a drone, a 3D printer, etc. may be equipped with the magnet to the magnetizing energy body, the cone to the hollow body, the storage tank to the surface treatment machine, etc., wherein the magnet to the magnetizing energy body, the cone to the hollow body, etc. are provided. In this case, wind compressors, drones, 3D printers, etc. are wind compressors, drones, 3D printers, etc. that have magnetization functions, and when storage or surface treatment machines are provided, storage or surface treatment of pouring materials, nursing organisms, etc. It becomes possible wind compressors, drones, 3D printers, etc. In the present invention, wind compressors, drones, 3D printers, generators, mobile generators, solar generators, wind power generators, etc. include cameras, CCTV, imaging devices, photographing devices, monitors, lights, lights, lamps, flashing lights, lights, headlights, lighting A device, a driver, a controller, a controller, a remote controller, a remote controller, etc. can be provided, thereby assisting the video recording, light beaming, and driving operation.

In the present invention, generators, mobile generators, solar generators 80, wind generators 81, etc. are provided with a) the magnets or equipment, b) installed in the magnets or equipment, c) the coils, storage cabinets, and surface treatment machines, It supplies electricity 82 to wind compressors, outlets, plugs, commercial electricity, electric wires, drones, 3D printers, pouring equipment, and the power of them, or the like.

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

In addition, solar power generators are devices that are installed where the sun is and generate electricity using the heat energy of the sun, and solar power generators are divided into infrared and steam types. Here, the infrared solar 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, and the simplest form of the collector is water in a black tube that absorbs light well. It is a flat-panel collection tube that allows light to flow, and it is formed in a form in which a transparent outer layer (glass or plastic) that transmits light surrounds a black inner structure that absorbs light, creating a greenhouse effect, and when light enters the collection plate, it is black. It hits the inside and turns into infrared, but since the infrared does not pass through the transparent layer, the inside gets hotter, and a medium that absorbs and transfers heat flows through the heated interior. This hot medium heats up with water to heat or heat water for heating or hot water. And the heat accumulator is a facility that stores heating water, hot water, etc., which are media to be utilized in the place of use by exchanging heat obtained from the collector, and the generator generates electricity using infrared rays generated from the collector.

Here, the steam solar generator is composed of a collector, heat exchanger, steam turbine, condenser, generator, etc., and collects solar heat using a collector that collects light in one place to heat the heat medium of the pipe wrapped in the absorber, and the heated heat medium heats the heat. In the meantime, the heat medium of other pipes passing through the heat exchanger is heated, and the heat medium is returned to the heat exchanger while consuming heat energy in the order of the steam turbine and the condenser, in the process of generating electricity, heating and cooling, and hot water. Here, the condenser is called a condenser, a condenser, etc., and condenses or condenses by cooling the steam discharged from the steam turbine with water, and the generator uses the kinetic energy provided from the steam turbine to generate electricity (82). Is to create.

The wind turbine of the present invention is composed of a) blades, transmissions, generators, inverters, electric wires, and the like, b) blades that are rotated by wind to convert wind energy into mechanical energy, and the rotational force generated from the blades is transmitted through a central rotating shaft. It is composed of a transmission that rotates the generator by increasing the number of revolutions required by the generator, and a generator that converts mechanical energy transmitted from the transmission into electrical energy. Examples of wind power generators are composed of windmills, wind blades, rotating shafts, inverters, and generators, and the rotational motion of the windmills or wind blades is transmitted to the inverter or gearbox through the rotating shafts of the wind turbines, and rotates in the inverters or gearboxes. It accelerates the rotational speed of motion and sends it to a generator to convert mechanical energy into electrical energy in the generator to generate electricity 82. In addition to the generator, an inverter may be configured. The inverter converts the generated direct current (DC) into alternating current (AC) or from alternating current (AC) into direct current (DC).

In the present invention, the pouring equipment, magnetized pouring equipment, magnetized vortex pouring equipment, etc. are: a) equipment equipped with at least one of the cones or wind turbines, b) magnetization by the magnets, vortices by cones, storage by storage or surface treatment machines, etc. Equipment for surface treatment, injection of pressure by wind compressor, movement by 3D printer, and electricity supply by generator, c) construction, architecture, civil engineering, landscaping, sculpting, 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, magnetized pouring materials, and magnetic vortex pouring materials that have passed through one of the cones or 3D printers, e) hall , Surface, surface, underground, crack, curing surface, material surface, facility surface, boring hole, leaking part, excavation part, mold, one of which is embedded inside the reinforcing bar, steel frame, equipment for pouring pouring material on one or more of the reinforcing bars , f) one of the cones or wind turbines is f1) its inner, outer, inlet, outlet, passage, hollow part, connection part, storage part, blending part, pressurizing part, supply part, pouring part; f2) or hoses, passages or pipes connected to it; This includes equipment provided in one or more of them.

In the present invention, the cone to the wind power generator includes a) a cone with one of the magnets and a magnetic field body, b) the magnet or a magnetic field body provided with one of the cones to the cone, and c) the cone. Connet bar spirals, magnets, magnetic fields, etc. ∼ hollow body, d) storage ∼ face treatment machine, e) wind compressor, drone, 3D printer, generator, mobile generator, solar power generator, wind power generator, etc.

In the present invention, provided, contained, contained, introduced, incorporated, used, used, applied, etc. are a) provided, composition, prepared, formed, composition, mounted, installed, positioned, maintained, fixed, mounted, attached, adhered, adhered, Use, use, application, utilization, application, combination, contain, contain, mix, mix, buy, input, insert, connect, connect, fasten, merge, merge, fit, insert, combine, relate, relationship, penetrate, pass, Contact, painting, coating, coating, laying, spraying, sprinkling, coating, lining, binding, welding, bolting, mounting, boarding, entanglement, running, hanging, engraved, engraved, embossed, dent, dent, covering, cover, Enclosing, assembling, fastening, string connection, jack connection, screw connection, flange connection, mount (12), provided in the mount, provided through the mount (12), or a string, line, thread, strip, string, stand, Provision of rods, plates, rings, anchors, etc., b) object, object, object, one of them before, middle, rear, front end, rear end, inside, outside, inlet, outlet, joint, connection, cutout, cut, etc. Provided through the provided or through the cradle, c) the cone to the curing machine, the cone to the equipment, one of the inner, inner, outer, outer surface, outer circumference, inlet, outlet, joint 18, connecting portion 18, etc. It corresponds to the provision through the to the cradle.

Examples of the above include a hollow body 13 in which the magnets 10 and 16 are embedded in the holder 12, a hollow body 13 in which a magnet with a cone is embedded, and a cone provided with a magnet. A tube mounted on a holder 12 and embedded in the hollow body 13, a tube in which a magnet with a cone is embedded through the support 12, a supply path provided with the magnetic embedded hollow body through an intermediate connection part 18 of the supply path, an inlet This corresponds to the supply path provided with the hollow body embedded in the magnet. Here, the cradle and the support are rods, stands, plates, strings, strings, wires, ropes, wires, cradles, and supports. In the present invention, passing, contact, rough, etc. correspond to rough, rough, passing, flow, penetrating, contact, grazing, passing, passing, processing, treated, and the like.

In the present invention, a) containing, incorporating, incorporating, injecting, injecting, embedding, mixing, compounding, blending, constituting, having, b) or containing, inclusion, input, additive, injectable, embedded, mixture, blend, The degree of inclusion, inclusion, addition, input, injection, purchase, mixing, blending, compounding, etc. in a complex is a) constant %, weight part, volume part, weight%, volume%, times, drainage, 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 10 to the 10, etc. %, part by weight, part by volume,% by weight,% by volume, times, and drainage are applicable. Examples thereof include 0.01 times, 5% content, 10 parts by weight, 20 parts by volume injection, 25% by weight, 50% by volume, 1 to 99%, and 1 to 99 times.

The substances, materials, additives, admixtures, pouring materials, etc. described or used in the present invention will be described as follows. 1) Water corresponds to water, water, water, sewage, dam water, river water, ground water, surface water, pumped water, etc. 2) Water corresponds to water, water, water, substances, etc. And 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 , Inorganic sol, hydrophilic sol, hydrophobic sol, aerosol, hydrosol, organosol, colloidal sol, colloidal solution, sol made of a gel, and substances having fluidity by dispersing colloidal particles in a liquid, etc. 6) Gel is a gel, a gel, a gel made from a sol, agar, tofu, bonding gel, silica gel, hydrogel, hydrogel, diatomaceous earth gel, acid clay gel, xerogel, and porosity. Gel, xerogel, diatomaceous earth, acid clay, a gel in which a colloidal solution (sol) is thickened to a certain concentration or more, and a solvent, water, etc. entered between the mesh structure of colloidal particles and hardened 7) Soil corresponds to soil, soil, earth and stone, 8) Charcoal corresponds to coal, briquettes, ash, charcoal, activated carbon, carbide, and 9) Charcoal corresponds to charcoal, charcoal, charcoal, and wood charcoal. , Charcoal, etc., 10) Ash is ash, ash, incineration ash, incineration ash, calcined ash, carbonized ash, combustion ash, chaff ash, volcanic ash, briquette ash, bottom ash, fly ash, ash, buttom ash, flyash, thermal power These include power plant ash, incinerator ash, incinerator ash, and ash containing 40 to 60 parts by weight of _{SiO 2.}

11) Carbon is carbon, carbon material, carbon material, carbon yarn, carbon fiber, carbon sheet carbon monoxide, carbon dioxide, carbon, carbon tube, nano carbon, nano carbon tube, carbon dioxide that reacts with carbonation such as _{Ca+CO 2} =CaCO _{3, etc.} 12) Graphene corresponds to one layer of graphene, graphene, graphite or graphite, a thin layer, 0,2nm layer, etc., and 13) waste powder is waste powder, stone powder, ash, iron powder, dust, phosphorus powder, copper powder , Livestock powder, fine powder, steel dust, cement dust, concrete fine powder, etc., 14) gas corresponds to gas, oxygen, hydrogen, nitrogen, chlorine, carbon, carbon dioxide, etc., 15) microorganisms are cultured microorganisms, fermented microorganisms, Immature microorganisms, decomposition microorganisms, useful microorganisms, effective microorganisms, aerobic microorganisms, anaerobic microorganisms, aerobic microorganisms, semi-aerobic microorganisms, semi-anaerobic microorganisms, basophilic microorganisms, alkaline microorganisms, strains, lactic acid bacteria, actinomycetes, radioactive bacteria, photosynthetic bacteria, yeast bacteria , Yeast, fungus, lactic acid bacteria, acetic acid bacteria, Bacillus bacillus, Bifidobacteria, bacteriophage, Bacillus bacteria, Pasteurosis bacteria, Lactobacillus bacteria, Saccharomyces bacteria, Sporosalcinna bacteria, Bacillus cereus, Bacillus anthraces, Bacillus sub Tilis, Bacillus spaericus, Bacillus pasteuri, Bacillus water fisher, Bacillusconi, etc. are included, and the microorganisms of the present invention include bonding, sealing, binding, bridging, carbonation of substances, materials, materials, poured objects, etc. , Low permeability, high permeability, crack filling, etc., etc. 16) Phytoncide contains one of a) phytoncide, phytoncide, magnetized phytoncide, biophytoncide, magnetic body passage magnetized phytoncide, microbial input biophytoncide, b) phytoncide extracted from one of tree, stem, plant, bark, cypress, This includes its inclusions and the like.

17) Resins are resins, resins, chemicals, chemicals, water glass, natural resins, artificial resins, synthetic resins, nano resins, high molecular substances, high molecular polymers, hydraulic polymers, geopolymers, high molecular chemicals, urea, silicic acid, silicon, sodium silicate, phosphoric acid. , Ammonia, enzyme, silica, paraffin, silica sol, silica gel, activated silica, micro silica, hybrid silica, acrylic emulsion, acrylate, acrylic, urethane, epoxy, urea, uracil, latex, polymer, acrylic urethane, water-soluble resin, hydraulic Resin, oil-soluble resin, oil-curable resin, hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, amine, aniline, amide, aldehyde, naphthalene, melamine, cellulose, 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, polyhydroxyhexane, isocyanate, MMA (Methyl Methacrylate), CMC (carboxymethyl cellulose), SAP (super absorbent polymer), etc. are applicable.

18) Fiber or fiber is a) fiber, fiber, fiber, fibrous, fibrous tissue, beard root, wool, hemp, rock wool, silk, silk, fineness, fabric, jute, wool, raw yarn, human silk, short fiber, long fiber, Cotton, kapok noodles, coier, manila hemp, sisal hemp, leaf flax, ramie grass, goat's wool, camel hair, cashmere, gajam dog, night sleep dog ), silk fiber, asbestos, gold foil yarn, silver doctor yarn, rayon, viscose rayon, cupra rayon, filament, vilon, viscose rayon, staple fiber, coir, natural fiber, Artificial fiber, plant fiber, animal fiber, mineral fiber, seed fiber, vein fiber, bast fiber, water wool, inorganic fiber, organic fiber, metal fiber , Glass fiber, rock fiber, slag fiber, silicate fiber, regenerated fiber, semi-synthetic fiber, synthetic fiber, fibrin fiber, protein fiber, semi-synthetic fiber, nylon fiber, semi-long fiber, hard fiber, peanut fiber, bast Fiber, chocolat fiber, copper ammonium rayon, heat-resistant fiber, ceramic fiber, water wool fiber, plant fiber, regenerated fiber, synthetic fiber, new synthetic fiber, ductile fiber whose length is 1.1 to 100 times its thickness, b) the fiber Instead, the short fibers or new synthetic fibers interchanged with fibers, one of which is a shoe fiber, a new synthetic fiber, and the like.

19) Reinforcing materials are a) rod, frame, mesh, beam, plate, cell, reinforcing bar, steel frame, rebar mesh, steel bar, H beam, I beam, steel wire, column, pile, girder, steel pipe, steel bar, steel bar, carbon, mesh , Grid, wire mesh, sheet, mat, fiber, glass, metal, steel, frame, rope, bolt, anchor, bridge seat, arch, nailing, truss, cable, wire, grid, fiber, mesh grid, grid mesh, carbon mesh , Carbon rod, carbon band, carbon rod, reinforcing material, vertical material, horizontal material, inclined material, bracket, nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon net, FRP material , Bracing, X-bracing, warp-bracing, plastic material, wire mesh, polymer composite material, metal polymer binder, wire mesh and carbon net bond, iron bar and its outer circumferential net or carbon net bond, carbon bar and its outer wire mesh bond, b) double Two or more composite materials, c) one of them, such as reinforcing bars and carbon nets, nets and grids, nets and grids and sheets, etc. are applicable.

20) Nanomaterials are nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanoiron, nanometals, naoions, nanoresins, nanocarbons, nanolatex, or 10^(-9) meters, nanomaterials Metric size or equivalent number, water, liquid, oil, drug, drug, sol, gel, group, high, agent, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, Iron, stone, wood, polymer materials, liquid gases, liquid solids, contributions, liquid solids, particulate matter, granular matter, etc., and nanomaterials are 10^(-), which is ±100 of 10^(-9) meters. There is a characteristic that it includes materials of the size of 7 to 11). 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 nanoresin, properties such as reaction, bonding, binding, and fluidity are improved compared to general resins, and effects such as increase in strength and decrease in water permeability after hardening or curing are increased.

21) Micro-materials are micro-materials, micro-agents, micro-materials, micro-materials, micro-materials, micro-materials, or micro-materials, or a number, water, liquid, oil, medicine, 10^(-6) meters in size or corresponding to the size. Drug, sol, gel, group, high, agent, ash, powder, substance, particle, fluid, liquid, gas, solid, carbon, metal, iron, stone, wood, polymer material, liquid gas, liquid solid, solid material, Liquid solids, particulate matter, granular matter, etc. are applicable.

22) Admixtures are admixtures, additives, quick-setting agents, finalizing agents, water reducing agents, rust inhibitors, sintering agents, adhesives, adhesives, fixing agents, solidifying agents, binders, binders, water repellents, antifouling agents, fluidizing agents, air entraining agents, non-flammable agents, Flame retardant, fire retardant, emulsifier, pH agent, pH adjuster, pH 7 or less agent, pH 7 or more agent, acidic agent, basic agent, neutralizing agent, neutralizing agent, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, caking agent, modifier, fast economy, Coupling agent, catalyst, crosslinking agent, dispersant, plasticizer, accelerator, retarder, coagulation retardant, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, antifoaming agent消泡劑), pigment, colorant, set accelerator, set retardant, absorbent, adsorbent, trapping agent, antibacterial agent, detoxifier, dehydrating agent, crushing agent, crushing agent, aeration agent, activator, dehumidifying agent, dehydrating agent, These include water-containing agents, containing agents, impregnating agents, embedding agents, nano agents, micro agents, anion-emitting materials, far-infrared radiation materials, cement admixtures, concrete admixtures, and complexes of two or more of them.

23) The additives are gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, chemicals, drugs, medicines, chemicals, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, iron powder , Stone dust, loess, by-products, microorganisms, medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, enzyme, aerobic agent, anaerobic agent, activator , Nano-agent, carbonic acid, detergent, reactive agent, adsorbent, coagulant, disinfectant, disinfectant, fragrance, antibacterial agent, germ remover, decontamination agent, odor remover, atopic source remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump press , Blower press, wind compressor press, and two or more of them are applicable. 24) The pressurizer is compressed air, pressure air, pump press, blow press, compressor press, wind press, two or more of them mixed press, or 1-50kg/㎠cml low pressure, ultra-low pressure that is less than or equal to 51~100kg/㎠. Low pressure, medium pressure of 101 to 200 kg/cm 2, medium pressure of 201 to 300 kg/cm 2, high pressure of 301 to 600 kg/cm 2 m, one of the ultra-high pressures above this pressure, compressed air, pressure air, etc. are applicable.

25) By-products are by-products, waste, waste, stone dust, dust, iron dust, tailings, wastewater, ash, bottom ash, fly ash, kiln dust, negative waste, negative wastewater, slag, sludge, foundry sand, waste foundry sand, waste gypsum, waste lime , Scrap iron, scrap metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products. 26) The activator is an activator, a surfactant, a substance activator, a state activator, an activator that improves one of reaction, hydration, hydration, strength, and energy of a substance, an ionic surfactant, a cationic surfactant, an anionic surfactant, a nonionic surfactant. , Zwitterionic surfactant, lignin sulfonic acid salt, polyalkylaryl sulfonate, melamine formalin sulfonate, aromatic polycyclic condensate sulfonate, ether, ester, resin acid salt, polyalkylbenzene sulfonic acid, poly Alkyl sulfonic acid triethanolamine, dodecylamine, HDTMA (hexadecyltrimethylammonium), sodium laurate, and a combination 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, Ligninsulfonic Acid, Urea Formaldehyde, Polyester, Noble Metals, Polyvalent Metals, Slag, Perlite, Atapalgite, Smectite, Activated Carbon, Waste Tires, Shellfish Shell, oyster shell, rice husk, carbon, ion exchange resin, bentonite, zeolite, activated carbon, charcoal, charcoal, sawdust, wood chips, diatomaceous earth, garnet, anthracite, two or more of them, or reaction, heating reaction, exothermic reaction, catalytic reaction , Hydration reaction, oxidation reaction, reduction reaction, aggregation reaction, urea reaction, decomposition reaction, desalination reaction, cleavage reaction, carbonation reaction, hydroxylation reaction, pozzolanic reaction, agent, ash, substance, material that causes or causes one of microbial reaction , Drugs, etc. are applicable. 28) Accelerators include accelerators, cement accelerators, concrete accelerators, silicate accelerators, aluminate accelerators, alkali free accelerators, and cement mineral accelerators. do.

29) Disinfectants include formalin, alcohol, cresol soap, hydrogen peroxide solution, inorganic disinfectant, Bordeaux liquor/lime sulfur compound, phenolic water, cresol water, sesame water, chlorcalc, organic mercury, dithiocarbamate, Daisen-M, Balibi, Valcoat, Benomyl, Blasticidins, Vinclozoline, Edifenphos, Oxycarboxine, Oxin Copper, Organophosphorus Disinfectant, Organic Sulfur Disinfectant, Isoprothiolane, Iprodione, Geneve, Maneb, Anthracol, Georam, Phthalamide, Carboxin, Captan, Cooper Hydroxide, Chlorothalonil, Triadimephone, Dodyne, DinoCap, Diclofluanide, Diclones, Dithianone, Maneb, Captan, Captipol, Dipolartan, Polpet, Bendimidazole, Benomyl, Benlate, Thiophane Ethyl, Triazole, Triadimephone, Tricyclazole, Organic Disinfectant, Metalaxil, Dazigarene (hymexazol ), Kitazine (IBP), Hinosan (edifenphos), Fujiwang (isoprothiolane), agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxine, validamycin, neoasogene, Validamycin-A, of which two or more complexes, are applicable.

30) Mixing water is water, water, liquid, oil, medicine, sol, gel, liquid, mineral water, water, sewage, rainwater, sewage, wastewater, turbid water, dirty water, seawater, salt water, spring water, drinking water, groundwater, bedrock water , Surface water, acidic water, basic water, carbonated water, magnetized water, hexagonal water, water used for mixing, water, liquid, liquid, etc. , Magnetized blending material, etc., and 32) Blending material is poured, chemical liquid, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, blended material, material used for blending, blended with blended water These include ash mixtures, magnetized materials, and magnetized compounds. 33) Milk includes milk, milk, cement milk, lime milk, a mixture of cement and water, etc.34) Mortar is mortar, mortar, cement mortar, lime mortar, gypsum mortar, asphalt mortar, cement, water and sand. It is applicable to mixtures such as 35) chemicals, drugs, water glass, sodium silicate, resin solutions, solutions containing chemicals, etc., and 36) suspensions include soil, cement, lime, gypsum, resin, etc., water, water, etc. It is a mixture of liquid, etc. 37) Slurry corresponds to slurry, slurry, resin slurry, clay slurry, cement slurry, asphalt slurry, bentonite slurry, etc.38) Remital is remital, ready mixed mortar, This includes waterless mortar, a mixture of cement and sand, etc.

39) Ready-mixed concrete includes ready-mixed concrete, ready-mixed concrete, ready-mixed concrete, fresh concrete manufactured in batch plants (concrete that has not yet been hardened), cement, water, sand, and gravel, and 40) asphalt Asphalt, tar, pitch, bitumen, asphalt, crude oil, crude oil evaporation, crude oil, etc., 41) Paste includes paste, paste, cement paste, asphalt paste, cement and water mixture, etc. , 42) Plaster includes plaster, plaster, gypsum plaster, lime plaster, a mixture of lime and water, and 43) concrete includes concrete, loess concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel concrete, carbon. Concrete, reinforced concrete, fiber reinforced concrete, cold concrete, cold concrete, heavy concrete, lightweight concrete, foamed concrete, foamed concrete, ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete , Prepact concrete, a mixture of cement, water, sand, and gravel, etc., and 44) pouring materials include the milk to concrete, k1) k11) water to k40) plaster as 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 these agents, ash, ions, components, elements, elements, substances, reactants, binders, inclusions, Nano products, resin products, by-products, carbon products, fibers, catalysts, fiber products, latex products, bio products, and phytoncide products are described below.

Firstly, one of the Ca to phytoncide products is one of the Ca to phytoncide products, or includes a substance containing ions, components, urea, and the like of the Ca to phytoncide products. The latter example of this includes CaO, CaCO ₃ , and Ca(OH) ₂ containing Ca components. In addition, 1) Ca is Ca, calcium, calcium ion, Ca^(+2), CaO, CaCO ₃ , Ca(OH) ₂ , Ca ₃ SiO ₅ (tricalcium silicate), Ca ₂ SiO ₄ (dicalcium silicate), CaSiO ₃ (calcium metasilicate), CaO·SiO ₂ ·nH ₂ O, etc. are included, and 2) Mg includes Mg, Mg^(2+), MgO, MgCO ₃ , magnesium, magnesium ion, Mg(OH) _2, etc. 3) Si contains Si, Si^(+2), Na ₂ SiO ₃ , silicon, silicic acid, silicon ions, SiO ₂ , CaO·SiO ₂ ·nH ₂ O, and 4) Fe is Fe, FeO , Fe ₂ O ₃ , Fe ₃ O ₄ , iron, iron ions, etc., 5) Me includes metal, metal ions, Metal, its abbreviation Me, etc. 6) Al includes aluminum, aluminum ions, etc. 7) K contains K, K+, KOH, potassium, potassium ions, and 8) Na contains Na, Na+, NaOH, NaCl, Na ₂ SiO ₃ , Na ₂ SO ₄ , sodium, sodium ions, etc. 9) OH includes OH, OH-, KOH, NaOH, hydroxide ions, etc., 10) COO is COO, COO-, COOH, CH ₃ COOH, carboxyl, carboxyl ions, resin raw materials, resin components, etc. This includes.

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

The agent, ash, ion, component, urea, element, substance, reactant, binding product, inclusion product, nano product, resin product, by-product, carbon product, fiber product, catalyst product, fiber product, latex product, bio product, phytoncide When describing water, 1) the agent is one or more of the Ca to CaMgFeCOO, one of which is a Ca agent, an Mg agent, a FeCOO agent, a CaMgFeCOO agent, etc., and 2) the ash is one or more of the Ca to CaMgFeCOO, and As one, Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc. are applicable, and 3) ions correspond to one or more of the Ca to CaMgFeCOO, one of which is Ca ions, Mg ions, FeCOO ions, CaMgFeCOO ions, etc., 4) Ingredients include one or more or one or more of the above Ca to CaMgFeCOO, one of which is a Ca component, a Mg component, a FeCOO component, a CaMgFeCOO component, a Ca-containing component, a Mg-containing component, a FeCOO-containing component, a CaMgFeCOO-containing component, etc., and 5 ) Urea is one or more of the Ca to CaMgFeCOO, one of which is Ca urea, Mg urea, FeCOO urea, CaMgFeCOO urea, etc., and 6) the element is at least one of Ca to CaMgFeCOO, one of which is a Ca element, Mg element , FeCOO element, CaMgFeCOO element, etc., 7) material is one or more of the Ca to CaMgFeCOO, one of which is Ca material, Mg material, FeCOO material, CaMgFeCOO material, etc., 8) reactant is Ca to CaMgFeCOO One or more of the reactants between or one or more of the reactants with other substances, oxidation reactants, hydration reactants, carbonation reactants, etc., one of which is Ca reactants such as CaO, Ca(OH) ₂ , CaCO ₃ , Mg reactants such as MgO, Mg(OH) ₂ , MgCO ₃ and the like.

And 9) the bond is a bond between at least one of the Ca to CaMgFeCOO or between at least one and another material, one of which is CaMg, a bond of Ca and Mg, CaO, a bond of Ca and O, and a bond of Ca and H ₂ O. Water, such as Ca(OH) ₂ , and the like, and 10) include one or more of the above Ca to CaMgFeCOO, one of which is a material containing Ca, a material containing Mg, a resin containing FeCOO, and sand containing CaMgFeCOO, 11) Nanomaterials include one or more of the Ca to CaMgFeCOO, one of which is a Ca component-containing nanomaterial, an Mg component-containing nanomaterial, a FeCOO nanomaterial, a CaMgFeCOO nanomaterial, or the Ca to CaMgFeCOO having a nanometer size. 12) And resins, by-products, carbon products, fibers, catalysts, fibers, latex products, bio products, phytoncide products, etc. are resins, by-products, carbon, containing at least one component or at least one of the Ca to CaMgFeCOO, These include fibers, catalysts, fibers, latex, microorganisms, and phytoncide. Here, examples of biomaterials include microorganisms containing Ca or Ca components, microorganisms containing Mg or Mg components, microorganisms containing FeCOO or FeCOO components, and microorganisms containing CaMgFeCOO or CaMgFeCOO components.

In the present invention, the Ca to CaMgFeCOO, etc. are 1) calcium reaction, oxidation reaction, hydroxylation reaction, carbonation reaction, pozzolanic reaction, 2) magnesium reaction, oxidation reaction, and hydroxylation reaction by components containing Ca or Ca. , Carbonation reaction, 3) silicon reaction by Si or Si-containing components, silicic acid reaction, silicon solidification reaction, 4) iron reaction by Fe or Fe-containing components, iron agglomeration reaction, iron oxidation reaction, iron solidification reaction, iron ionization reaction , 5) Metal reaction, metal agglomeration reaction, metal oxidation reaction, metal solidification reaction, metal ionization reaction by Me or Me-containing components, 6) aluminum reaction by Al or Al-containing components, aluminum agglomeration reaction, aluminum ionization reaction, 7 ) Potassium reaction, oxidation reaction, carbonation reaction by K or K-containing components, 8) Sodium reaction by Na or Na-containing components, oxidation reaction, carbonation reaction, 9) Hydroxide reaction by OH or OH-containing components, anion reaction, Radical reaction, 10) resin reaction, solidification reaction, expansion reaction, carboxyl reaction by COO or COO-containing components, 11) two or more complex reactions among the above reactions occur, whereby the materials, materials, poured materials, etc. Strength, stiffness, density, bonding, binding, bonding, adhesion, friction angle, waterproof, water repellency, durability, etc. are improved, and the functions, performance, and effects of existing cements, chemicals, substances, materials, pouring materials, etc. It further improves, and also improves the good quality of the material used, the strength, stiffness, density, bonding, binding, bonding force, adhesion, friction angle, water resistance, water repellency, and durability of the solid material.

And two or more of the Ca to phytoncide products are combined with each other to form a new material, material, pouring material, etc., thereby generating new effects and improvements. As an example of this, the reaction between the Ca component and the Si component results in calcium silicate, lime silicate, 3CaCO ₃ + SiO ₂ → Ca ₃ SiO ₅ + 3CO ₂ , 2CaCO ₃ + SiO ₂ → Ca ₂ SiO ₄ + 2CO _2, etc. As a result, the above effects, improvements, and the like appear. In another embodiment thereof, the Si, Al component, one of which is Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ and the like, one or more of the 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 Combined to form a new material such as a geopolymer, etc., the above effects and enhancements are exhibited.

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. are applicable, 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, etc. are applicable. In the geopolymer, in the order of Li component <Na component <K component <Rb component <Cs component in the following order of size in the reaction formula to become a geopolymer when at least one component of Li, Na, K, Rb, Cs is used instead of K, Na Geopolymers using at least one of Li, Na, K, Rb, and Cs are also included.

When described with reference to the figure in order to help understanding of the present invention is as follows. 1 is a schematic diagram showing an eco-material or pouring material according to the present invention. Materials, materials, pouring materials, eco materials, eco pouring materials, etc. of the present invention include resin (2), loess (3), phytoncide (4), microorganisms (5), fibers or fibers or reinforcing materials (6), if necessary. It is contained and has properties such as bonding property by resin, eco-friendliness by loess, sterilization by phytoncide, bio property by microorganisms, reinforcement by fiber or fiber or reinforcing material.

2 is a schematic diagram showing a magnet, a magnetic field, a cone, and a vortex according to the present invention. This represents the magnets 10 and 16 having NS poles, the magnetic field 40 by this, and the cone 11, and the vortex 41 by this, and the material, pouring material, etc. are magnetized while passing through the magnet-equipped cone, etc. Shows what becomes or added to a magnetic field, eddy current, etc. In the magnets 10 and 16 of the present invention, a magnetic field, a magnetic force 40, etc. are generated, and the flow path 41 of the flowing material flows along the shape of the cone by the cone 11 so that stirring, vortexing, aeration, etc. do. And vacuum, negative pressure, etc. are generated inside the cone to amplify the agitation, vortex, aeration, and the like. Water, water, liquid, oil, agent, ash, material, material, mortar, ready-mixed concrete, concrete, asphalt, etc. that pass through, pass, flow, and penetrate the cone-equipped magnet according to the present invention are applied to the magnets 10 and 16. As a result of magnetic field, magnetic force 40, stirring by the cone 11, vortex, aeration, etc. are magnetized, such as agitation, aeration, etc., whereby magnetization, agitation, aeration, etc. are mutually amplified. Accordingly, the magnet-equipped cone, the cone-equipped magnet, and the like of the present invention exhibit effects, functions, and performances of agitation, aeration, or magnetization while stirring and aeration of a material while magnetizing a passing material.

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

Figure 4 is a schematic diagram showing a magnet-equipped cone netting machine spiral according to the present invention. Here, the combination of equipment for the case of the cone is a) a magnet, a cone with teeth, b) a magnet with a combined cone, a magnet with a cone function, a magnet with a double or bundle cone (11), a magnet with a magnet (10, 16), and a magnet. Cone or object, magnet with cone or object, agitation or aeration function with magnetized magnets Cone or object, magnetization type magnet with agitation or aeration function cone or object, c) magnet with one of them, magnet group, magnetic body, magnetic body , Magnetization body, wave body, hexagonal water body, magnetic wave body, magnetization wave body, magnetic energy body, d) equipped with one of the cone or magnetic energy body or embedded tube, body, hollow body, pipe, magnetizer, hexagonal water machine, etc. It has a combined form of

4(a) shows the rod mounting magnet 10. 4(b) shows the magnet 10 provided with a cone netting machine spiral (11, 48, 45, 46, 47), a cone netting machine having a spiral magnet, and the like. Figure 4 (c) is a SN pole magnet, NS pole magnet, SN pole / film / NS pole magnet, etc. (10) is a metal, film, film material, cover material, polymer material, plastic, STS material, coating material, lining material, It represents a body or magnetic material 16 embedded, coated, covered, lined, etc. in or in a molten material, a heated material, a barrel, a hose, a tube, a pipe, a heating pipe, etc. 15, and in addition to this . FIG. 4(d) shows the cone 11 provided with the holder 12, the magnets 10 and 16, the magnet provided with the cone provided with the holder, and the like, and FIG. 4(d) shows the inclination angle of the cone. 4(e) shows a tube, a body, a hollow body, a pipe, a magnetizer, a hexagonal water dispenser, etc. (13) equipped with a holder (12), a magnet (10, 16), a cone (11), and a holder It shows a magnet with a cone, etc. 4(f) shows 1) a facility (8), a device (27), 2) a magnet, a magnetic material, a holder (12), a magnet (10, 16), and a cone (11) provided in the interior of the tooth and the joint (18). ), a magnet with a cone equipped with a cradle, 3) one of which is provided or embedded in a tube, a body, a hollow body (13), 4) the concrete or material (1) that passes through and contacts one of the above.

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

Figure 6 is a schematic diagram showing a magnet-equipped cone netting machine spiral 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) represents a magnet mounted by the holder 12 in the order of a spiral, a frame, a rod, a net, and a cone, opposite to the above, where the rod 45 represents a bent rod. (c) shows a spiral in which cones, nets, rods, and frames are embedded with magnets. (d) shows a hollow body 13 in which a cone, a net, a rod, and a frame with a magnet are embedded, and the spiral is mounted by the holder 12 and embedded. And in (c) and (d), one side hollow cross section (11-1) and the other side hollow cross section (11-2) are shown. Here, it is also shown that electricity and pressure generated by solar generators, wind turbines, and wind compressors are injected into the hollow body.

7 is a schematic diagram showing a hollow body according to the present invention. This shows a magnet-equipped cone netting machine spiral, a hollow body 13 thereof, an injector 91 with a check valve 92, an inclined pipe 95, and the like on the side thereof. The pouring material 1 is passed through the hollow body, and the additive 90 is injected into the injector and the inclined pipe to be added to the pouring material. And the inclination angle of the injector 91, the inclined pipe 95, etc. is shown. As shown in this figure, electricity and pressure generated by the solar generator 80, the wind generator 81, the wind compressor 50, etc. of the present invention are transmitted through a wire, a hose, etc., through a coil of the magnet, magnetic body, and electromagnet of the present invention. , Cone, cone rod machine spiral, hollow body, storage or cotton treatment machine, equipment, pouring equipment, pouring material, its raw materials, etc. injection, input, use, and supply is possible.

8 is a schematic diagram showing a hollow body and the like according to the present invention. (a) shows a magnet with a bar mounting spiral or a bar mounting spiral with a magnet. (b) shows a magnet with a cone with a rod in the front, a cone with a rod in the middle, and a mantle in the back. (c) shows a magnet with a reverse cone with a rod in the middle, a helix with a rod in the rear, and a forward cone with a rod in the tail. And (d), (e), (f), (g) shows at least one of a magnet with at least one of the cone net rod machine spiral, and at least one of the magnet with a cone net bar spiral. And (d) is a hollow body with a cone equipped with a rod and a mesh spiral, (e) is a hollow body with an injector embedded with a cone equipped with a rod mounting magnet, and (f) a hollow body with a rod mounting magnet. It shows a hollow body with an inclined pipe embedded with a cone. And the middle figure of (g) shows a hollow body 13 in which a cone with a magnet is embedded while being connected to the joint 18 of an 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, and (e) is a connection means at both ends of which a magnetic body with a holder is embedded The provided hollow body, (f) corresponds to a hollow body provided with an injector and an inclined pipe in which a magnetic body provided with a holder is embedded. Here, the pouring material 1 is passed through the hollow body 13 and the like, so that the magnetized pouring material is poured. Here, the mount becomes a type of vortex-type mount that has a spiral shape that is bent in the longitudinal direction.

10 is a schematic diagram showing a wind compressor according to the present invention. The wind compressor 50 is a wind or wind power 51, a blade rotating thereby, a windmill, a rotating body 52, a rotational force 53 of which, a crank 54 rotating thereby, and a straight line mounted thereto The rod 55 for movement, the piston 56 mounted thereto, the cylinder 56 for reciprocating teeth inside the cylinder, the number of inside the cylinder by the pushing force of the piston, water, liquid, oil, air, substances, etc. are compressed , It consists of a pressurized air, compressed water, 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 is a frame 72 on which the rail 100 is mounted, a moving body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a moving part, a head, one of a case thereof, and the head, a moving body. , A plotter or pouring machine 26 installed in one of a moving part, a case and forming a 3D structure 8 by ejecting the construction material 1, and the material 1 ejecting by providing pressure to the plotter or pouring machine It corresponds to a 3D printer including a pump 23 to be able to. In the 3D printer of the present invention, 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 3D printer's plotter or pourer 26 moving in three dimensions. For details on this, refer to the description of the 3D printer.

13 is a schematic diagram showing the equipment and the indoor, manufacturing pouring according to the present invention. This shows that concrete materials, products, etc. are manufactured by using the pouring of the present invention in a concrete factory or the like. In an embodiment of this, sand, cement, water, admixtures, etc. stored in the storage 20 provided with the magnet 10 are put into the blender 22 through the hopper 21 to mix, and the concrete that is the blend is pumped 23 It is pumped into a mold, mold, etc. (30) through a magnetic buried supply path (25) or a pouring machine (26), and cured by spraying magnetized curing water through a magnetic buried curing machine (26) during curing. After curing, the mold 30 is demolded, and a magnetized coating agent, paint, etc. are sprayed on the surface of the material through a magnet embedded coating machine, a coating machine, etc. to produce a phytoncide material. And so on. In addition, Figure 13 shows that phytoncide materials such as pillars, piles, and piles are manufactured in a factory, which is to put the raw materials stored in the storage into a blender through a hopper, and pressurize through a pump after blending in the blender, etc. It is poured into a mold through the mold, curing, sprinkling curing, steam curing, autoclave curing, etc., and then dismantling the mold to manufacture phytoncide materials such as pillars, piles, and piles. Its process or operation has features that can be applied equally not only to the factory but also to the site.

Figure 14 is a schematic diagram showing the equipment and site, construction pouring according to the present invention. Here, the pouring equipment 27 is a) a magnet 10, a cone 11 provided therefor, b) a magnet function combined cone, a cone function combined magnet, a magnet provided with a double or bundle cone, a cone or object provided with a magnet, a cone or an object provided. Agitation or aeration cone or object with magnet, magnetized magnet, magnetization cone or object with agitation or aeration function, c) magnet with one of them, magnet group, magnetic body, magnetic body, magnetized body, wave body, hexagonal water A storage with at least one (13) of fire body, magnetic wave body, magnetization wave body, magnetic energy body, d) one of the cone or magnetic energy body, or buried tube, body, hollow body, pipe, magnetizer, hexagonal water heater (20), hopper (21), mixer (22), pump (23), transporter (24), supply path (25), pouring machine (26), laying machine, injector, syringe, sprayer, coating machine, sprayer, Packaging machines, compactors, mixers, wind turbines, curing machines 26, b) one of which is equipped with a device 27, equipment, manufacturing equipment, construction equipment, and the like. The drone of the present invention can be equipped with a magnet, an electromagnet, a magnetic body, a cone, a cone, a cone, a hollow body, a storage bin or a face treatment machine, and has a feature that can perform a pouring operation by the mounting thereof. In the case of drones, it is very effective for high-rise casting and manpower replacement. An example of application of a drone is that a drone is equipped with a pouring machine to place concrete in a high-rise building.

Here, examples of the composition of the pouring equipment include a puncher, a storage, a hopper, a mixer, a pump, a drone, a transporter, a supply line, etc., in addition to a pouring machine, a laying machine, an injector, a syringe, a sprayer, a coating machine, a painting machine, a packing machine, a compactor, Combinations of one or more of a mixer, a wind turbine, and a curing machine are applicable. Figure 14 (a) is a material of the present invention used for the construction of the concrete (1), the pouring machine (26), the construction equipment (28), the building (8), and the building (8) (7) and the like, and FIG. 14 (b) shows the present invention material (1) on roads, pavements, etc. (8), and then compaction, a laying machine for doing this, a compactor 26, and the like, and FIG. 14 (c) ) Shows the injector 26, etc., injecting the present invention material (1) into the ground, underground, etc. (8), and Fig. 14 (d) shows a pouring construction using a 3D printer.

Figure 14 (a) is a magnet 10 at a construction site, such as sand, cement, water, admixtures stored in the storage 20, etc., through the hopper 21, put into the magnetic embedding blender 22 with a cone to mix. Magnetic mortar, ready-mixed concrete, concrete, etc.(1), which are mixtures, are pumped by the pump 23 and transferred to the molds, molds, etc. (30) for building construction through a magnetic buried supply path (25) or a pouring machine (26). It is poured, and during its curing, curing water is sprayed through a curing machine 26 to promote curing, and after curing, the mold 30 is demolded, and a coating agent, a coating agent, etc., through a coating machine, a painting machine, etc. 26 on the surface of the building, It shows how to create a phytoncide building by spraying paint, coating, painting, etc. In addition, it is also applicable to attaching phytoncide materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, etc. manufactured in the factory of FIG. 3 to the phytoncide building. Therefore, its phytoncide building is made of magnetized phytoncide concrete according to the present invention, and has a feature of being finished with magnetized phytoncide material.

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

14 (c) is a blender in which a magnet with a cone is embedded through a cone-embedded hopper 21 with a magnet for sand, cement, water, admixtures, etc. stored in a cone-embedded storage 20 with a magnet 10 at a ground improvement site ( 22), and the magnetic mortar, milk, chemical solution, suspension, slurry, etc.(1), which are the mixtures thereof, are pressurized by the pump 23, and the magnet embedding supply path 25 with a cone and the hollow rod type are magnetized. It shows how to improve the ground by spraying, injecting, etc. into the ground through an injector 26 or the like.

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

FIG. 15 (a) shows that sand, cement, water, admixtures, etc. stored in the magnet 10 buried storage 20 at the tunnel site, etc. are put into the cone-equipped magnetic buried blender 22 through the hopper 21 and blended. The compound, such as magnetized mortar (1), is pressurized by a pump (23), and phytoncide shotcrete (1) is poured on the excavation surface of the tunnel through an injector (26) through a supply path (25) equipped with a magnetic embedded hollow body. It shows the reinforcement of the excavation surface. Thereafter, it is shown that the process of finishing with the phytoncide segment material 7 by attaching the phytoncide segment and the like 7 manufactured in the factory of FIG. 3 to the inner surface of the tunnel is added.

Fig. 15 (b) shows that sand, cement, water, admixtures, etc. stored in the storage 20 at slopes, slopes, slopes, etc. are put into the magnetic embedding blender 22 with cones through the hopper 21 and blended. Phosphorus-type green soil material, seed spray material, etc.(1) are pressurized by the pump 23, and phytoncide green soil on slopes, etc., through a sprayer 26 installed at the rear end of the supply path 25 equipped with a cone-equipped magnet buried tube. It shows that the slope is reinforced by pouring ash, seed spray, etc. (1).

FIG. 15 (c) shows that sand, cement, water, admixtures, etc. stored in the storage room 20 at the facility site, etc., are put into the cone-embedded blender 22 with a magnet through a magnet-embedded hopper 21 with a cone and blended. Phosphorus type concrete (1) is pressurized by a pump (23) to be cured by pouring it into the formwork of the facility with a pouring machine (26) through the supply path (25) equipped with a magnetic-embedded hollow body to cure. It shows that the phytoncide facility is constructed by sprinkling magnetized curing water or hexagonal water through a hose-type curing machine for accelerated curing, and then demolding the formwork. Thereafter, the construction of a phytoncide facility finished with a phytoncide material 7 is shown by attaching the phytoncide exterior and interior materials 7 manufactured in the factory of FIG. 3 to the outer and inner surfaces of the phytoncide facility.

14 and 15 include boring machines, storage, hoppers, mixers, pumps, drones, transport machines, supply lines, pouring machines, laying machines, injectors, syringes, sprayers, coating machines, painters, packaging machines, compactors, mixers, and wind turbines. , It can be seen that the magnet or the hexagonal water dispenser is equipped, mounted, installed, mounted, embedded, input, etc. in the curing machine. Therefore, the storage or curing machine equipped with the magnet or the hexagonal water dispenser becomes one magnetizer, a hexagonal water heater, etc., thereby magnetizing materials, materials, raw materials, mixing water, blending materials, concrete, phytoncide concrete, etc., It has the features of having the function and performance of hexagonal hydration. In addition, in FIGS. 14 and 15, the manufacturing scene of the phytoncide material 7 of the present invention and the phytoncide material 7 of the present invention are attached, settled, mounted, provided, etc. to the phytoncide facility 8. This shows a scene in which the phytoncide material 7 is manufactured at a factory, a site, etc., and also shows that the phytoncide material 7 of the present invention is attached, settled, mounted, provided, etc. to a phytoncide facility 8 such as a building.

In the present design, the lining, segment (7) is a) lining (7), liner (7), lining, liner, segment, tunnel lining (7), tunnel segment, bridge segment, surface lining, tunnel lining segment, b) circular , Semicircle, half moon, arc, horse-shaped lining, segment, c) 1/2 size segment, 1/3 size segment, 1/4 size segment, 2 segment, 3 segment for tunnel, lining, tunnel section, lining section, etc. (Refer to the identification numbers 7-1, 7-2, 7-3 of the Figure 15 tunnel), segments such as 5 segments, d) circular arcs, semicircles, 1/2 segments, 1/3 segments, 1 for circular and tunnel types /4 segments, 2 segments, 3 segments, 4 segments, etc., e) segments with unit lengths of 1m, 2m, 3m, tunnel segments, and bridge segments. 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, the lining and segment are cast-in-place and factory-made. In the cast-in-place type, a form is installed on the site, concrete is poured, and cured, and the factory-made type is manufactured at the factory and then transported to the site to be transported to the inside of the tunnel. This applies to things that are attached to the back.

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

1: Poured materials, materials, materials, raw materials, water, blended materials, blended products
2: resin 3: loess 4: phytoncide
5: microorganism 6: fiber, fiber, reinforcing material
7: Materials, construction materials, piles, columns, boards, panels 7-1: Segments
8: Facility, ground, building, target site, target facility
10: magnet 11: cone 12: holder
13: barrel, tube, hollow pipe, hollow body 14: separation membrane
15: magnetic lining material 16: lined magnet 18: connection
20: storage 21: hopper 22: mixer
23: pump 24: transport 25: supply route
26: pouring machine, injector, syringe, spraying machine, shorting machine, coating machine, painting machine, laying machine, packing machine, compactor, mixing machine, curing machine, cotton treatment machine
27: Apparatus, equipment, manufacturing equipment, construction equipment
30: mold, mold, form 40: magnetic field, magnetic force 41: flow path
45: rod, protruding rod 46: frame, rod 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 (2)

As an equipment containing one of a magnetic body, a wave body, and a hollow body,
The magnetic body is one of a magnetic body 1, a magnetic body 2, a magnetic body 3, a magnetic body 4, and a magnetic body 5,
The magnetic body 1 is a net is mounted before or after the cone or spiral,
A rod is mounted before or after the net or cone,
The frame is mounted before or after the rod or net,
A cone mang rod machine spiral formed by mounting a spiral before or after the frame or rod;
A magnet or an electromagnet on which the cone mang rod machine spiral is mounted; It is a magnetic body equipped with,
The magnetic body 2 is a step of preparing a core;
Winding a coil around the core;
Providing an electromagnet with a coil wound around the winding core;
Or purchasing at least one of a magnet and an electromagnet;
Combining two or more of the magnets and electromagnets;
The step of being combined and provided with a coupling magnet;
Inserting a separating material between neighboring magnets or electromagnets for separation between neighboring magnets or electromagnets during the coupling;
Providing a magnetic body in which the outside of the separator and the coupling magnet is covered with a cover material to protect or prevent corrosion of the separator and the coupling magnet; It is a magnetic material formed by
The magnetic body 3 is one of the magnetic bodies 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, or a cross-sectional area that is 0.01 to 0.8 times the inner cross-sectional area of the hollow body,
The magnetic body 5 is provided with an S pole N pole magnet or an N pole S pole magnet,
At least one of a cone, a net, and a rod is provided at the S-pole portion of the magnet,
At least one of a rod, a frame, and a spiral is provided at the N-pole portion of the magnet,
It is a magnetic material formed by having at least one of a cone, a net, a rod, a frame, and a spiral between the S pole and the N pole,
The wave body is one of wave body 1, wave body 2, wave body 3, and wave body 4,
The wave body 1 is one of a wave body provided with at least one of the magnetic body and a cone mang rod spiral, a magnetic wave body, a magnetization wave body, and a wave body having a magnetic force of 1000 to 20,000 Gauss,
The wave body 2 a) a plank stone;
An atomic stone mounted on one side of the plank stone;
A magnetic body mounted on one side of the plank or atomic stone;
A magnetic field body mounted on one side of one of the plank stone, atomic stone, and magnetic body;
A magnetic body mounted on one of the plank stone, atomic stone, magnetic body, and magnetic field body;
It is a wave body including at least one of a cone, a net, a rod, a frame, a spiral, and a wave body mounted on one of the plank stone, atomic stone, magnetic body, magnetic field body, and magnetic body,
The wave body 3 is a wave body;
A magnet mounted on the top of the wave body;
A magnetic body mounted under the wave body or magnet;
A magnetic field body mounted on a part of one of the wave body, the magnet, and the magnetic body;
A magnetic body mounted on one of the wave body, a magnet, a magnetic body, and a magnetic field body;
It is a wave body including one of a cone, a net, a rod, a frame, and a spiral mounted on one of the wave body, a magnet, a magnetic body, a magnetic field body, and a magnetic body,
The wave body 4 is a rod;
A magnet mounted on the top of the rod;
A magnetic body mounted under the rod or magnet;
A magnetic field body mounted on a part of one of the rod, magnet, and magnetic body;
A magnetic body mounted on one of the rod, magnet, magnetic body, and magnetic field body;
It is a wave body including a wave body mounted on one of the rod, magnet, magnetic body, magnetic field body, and magnetic body,
The hollow body is one of the hollow body 1, the hollow body 2, the hollow body 3, the hollow body 4,
The hollow body 1 is one of a cylinder, a tank, a tank, a tube, a hose, a pipe, a hollow pipe, a hollow cylinder, a hollow sphere, a hollow body, a hollow body provided with at least one of the magnetic body, the wave body, and the cone mang bar spiral ego,
The hollow body 2 is a hollow body provided with the magnetic body or wave body, a hollow body provided with the magnetic body or wave body therein, a hollow body provided with a wave body equipped with the magnetic body, and a wave body equipped with the magnetic body therein. Is one of the hollow bodies,
The hollow body 3 is the hollow body provided with at least one of an injector with a check valve and an inclined pipe on the side,
The hollow body 4 is a hollow body into which an additive is introduced into at least one of the injector and the inclined pipe,
The additives are gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, chemicals, drugs, medicines, chemicals, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, iron powder, stone powder , Loess, by-products, microorganisms, medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, enzyme, aerobic agent, anaerobic agent, activator, nano Agent, carbonate, detergent, reactive agent, adsorbent, flocculant, disinfectant, disinfectant, fragrance, antibacterial agent, germ remover, decontamination agent, odor remover, atopic source remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump press, blower It is any one selected from a presser, a wind compressor presser, and a composite of two or more of them,
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 33, equipment 34, equipment 35, equipment 36, equipment 37, equipment 38, equipment 39, equipment 40, equipment 41, equipment 42, equipment 43, equipment 44, equipment 45, equipment 46,
The equipment 1 is a) boring machine, storage (20), hopper (21), mixer (22), pump (23), pressurizer (23), transporter (24), feeder, supply path (25), pouring machine (26) ), laying machine, injector, syringe, spraying machine, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine, curing machine, cotton treatment machine; b) the perforator or surface treatment machine having a function of magnetizing or hexagonal hydration of a material; c) the perforator or surface treatment machine which becomes a magnetizer or a hexagonal water machine; Any one or more selected from among are included,
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 surface treatment machine,
The equipment 3 is one of a generator, a mobile generator, a solar generator, a wind generator, and a wind compressor mounted on at least one of the perforator to the surface treatment machine, the nozzle to the 3D printer,
The equipment 4 is one of a tube, a hose, a pipe, a hollow pipe, a hollow body, a magnetizer, and a hexagon water machine,
The equipment 5 includes any one or more selected from the perforator, surface treatment machine, nozzle to 3D printer, tube to hexagonal water 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,
The equipment 6 includes a perforator for perforating the ground, a storage for storing materials, a hopper for inputting the material to the mixer, a mixer for mixing the material, a pump for pumping the material, a pressurizer for pressurizing the material, a transporter for transporting the material, and the material. A feeder to supply, a supply path to supply the material, a pourer to place the material, a placer to place the material, an injector to inject the material, a syringe to inject the material, an injector to inject the material, a shorting machine to short the material, A coating machine that coats facilities with materials, a painter that paints facilities with materials, a paver that paves the road with materials, a compactor that compacts materials, a mixer that mixes materials into the ground, a curing machine that cures the poured materials, curing Includes any one or more selected from a face treatment machine for surface treatment of the cultivated organisms, a nozzle for spraying materials, a drone for spraying materials, a 3D printer for ejecting materials through its own plotter, and the tube or hexagonal water machine in which the materials come into contact. And
The equipment 7 is an equipment consisting of two or more of the order of two or more of the perforator or face treatment machine provided with one of the tube to the hexagonal water machine or two or more sequentially provided, or two or more in a random order,
The equipment 8 includes any one or more selected from a perforator and a storage mounted thereon, a hopper, a mixer, a pump, a supply path, a pouring machine, an injector, a sprayer, a shorting machine, a coating machine, a coating machine, and a mixer,
The equipment 9 is composed of a) perforator, b) in addition to storage, hopper, mixer, pump, drone, transporter or supply line in the order, c) in addition to this configuration, pouring machine, laying machine, injector, syringe, sprayer, One of a shorting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixing machine, and a cotton treatment machine, d) a curing machine in addition to one of these,
The equipment 10 is a) a drilling machine for drilling one of underground, rock, and buildings, b) a pouring machine, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixing machine provided therein. One of, c) one or more of a storage, a hopper, a mixer, a pump, a drone, a transport, and a supply path that supplies material to this one, or two or more, in that order,
The equipment 11 is a storage for storing materials, a mixer for mixing materials, a pump or drone or a transporter or a supply path for supplying materials, a pourer for pouring materials, a pourer for placing materials, an injector for injecting materials, and materials. Injector to inject material, sprayer to spray material, coater to coat material, painter to paint material, packaging machine to pack material, compactor to compact material, mixer to mix material, curing machine to cure material, Any one or more selected from the cotton treatment machine for cotton treatment after the curing,
The equipment 12 is a) a perforator for drilling one of underground, rock, and buildings, and a supply path for supplying bentonite slurry to it, b) among the injectors for injecting one of mortar and concrete mixed in the blender after the perforation into the perforation. Consisting of one or more or two or more in order,
The equipment 13 is stored in a storage storage, supplied through a hopper, mixed in a mixer, supplied by a pump, transported by a drone, transported to a transporter, a pourer to place the material supplied through a supply route, a laying machine to place, Injector to inject, syringe to inject, sprayer to spray, coater to coat, painter to paint, packing machine to pack, compactor to compact, mixer to mix, curing machine to cure; Or cotton treatment for cotton treatment of the carnivorous organisms after the curing; Any one or more selected from among are included,
The equipment 14 includes a) perforator, b) in addition to one or more of storage, hopper, mixer, pump, drone, transporter, and supply line, c) in addition to one or more of these, a pourer, laying machine, injector, syringe, sprayer, shot It is composed of at least one of a tinting machine, a coating machine, a painting machine, a packaging machine, a compactor, a mixer, and a face treatment machine, d) a curing machine in addition to at least one of the above c),
The equipment 15 is a) perforator, storage, hopper, mixer, pump, drone, transporter, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, sprayer, packaging machine, Compactor, mixer, curing machine, noodle treatment machine; b) the perforator or the surface treatment machine provided with at least one of a tube, hose, pipe, hollow pipe, hollow body, magnetizer, and hexagonal water machine in which the cone mang rod machine spiral is mounted therein; b) the perforator or the surface treatment machine having a magnetization function by at least one of the cone mang rod machine spiral, the tube, and the hexagonal water machine; Any one or more selected from among are included,
The above equipment 16 is ground drilling, material storage, material input, material mixing, material pressurization, material spraying, 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 one or more selected from the above perforator or surface treatment machine for each of the curing surface treatment is included,
The equipment 17 is a perforator equipped with a cone netting machine spiral while drilling the ground, a reservoir equipped with the tube at the outlet while storing material, a hopper equipped with the pipe at the outlet while inserting the material into the mixer, and the hollow while mixing the material. A mixer equipped with a tube at the outlet, a pump equipped with the hollow body at the outlet while pressing the material, a drone equipped with the magnetizer while spraying material, a transporter equipped with the hexagonal water heater at the outlet while transporting the material, and the transporter having the hexagonal water dispenser at the outlet while supplying the material. A supply path with a cone mandrel screw inside, a pourer with the tube at the inlet while pouring material, a laying machine with the pipe at the outlet while laying material, and the hollow pipe in the middle while injecting material The injector, the injector with the hollow body at the outlet while injecting the material, the injector with the magnetizer inside while injecting the material, the shorting machine provided with the hexagonal water dispenser at the outlet while shorting the material, and the conical bar spiral while coating the material The coating machine provided at the outlet, the coating machine provided with the tube at the outlet while coating the material, the packaging machine provided with the pipe at the outlet while packing the material, the compactor provided with the hollow tube at the outlet while packing the material, and the material. Any one or more selected from a mixer having the hollow body inside while mixing, a curing machine provided with the magnetizer at the outlet while curing the material, and a face treatment machine provided with the hexagonal water heater at the outlet while surface-treating the curing material are included. ,
The equipment 18 is a perforator equipped with a storage box while drilling the ground and equipped with a conical bar spiral, a storage box with the tube connected to a hopper while storing materials, and a storage box provided with the tube at the outlet, and connected to the mixer while inserting the material into the mixer, and the pipe is connected to the mixer. The hopper provided at the outlet, the mixer connected to the pump while mixing the material, the hollow pipe is connected to the supply path while pressurizing the material, and the hollow body is connected to the pump and the sprayer provided at the outlet, while spraying the material. A drone equipped with a magnetizer is connected to a supply path while transporting materials, and a transport device provided with the hexagonal water outlet at the outlet, is connected to a pouring machine while supplying the material, and the supply path is connected to the supply path with the conical rod screw inside. While pouring, the tube is connected to the inlet, the pipe is connected to the outlet while the material is installed, the pipe is connected to the outlet and the material is injected while the hollow tube is provided in the middle, A syringe connected to a pump and equipped with the hollow body at the outlet while injecting the material, an injector provided with the magnetizer inside while injecting the material while being connected to a mixer, and the hexagonal water dispenser provided at the outlet while shorting the material connected to the supply line. The pipe is connected to a shorting machine and a pump to coat the material while packing the material while being connected to a coating machine with a cone netting machine spiral attached to the outlet, and a coating machine with the tube attached to the outlet to coat the material while being linked to the outlet and to the storage. A packing machine provided at the outlet, a compactor provided with the hollow pipe at the outlet while compacting the material, a mixer provided with the hollow body inside, and a material connected to the supply path while mixing the material with the hollow pipe connected to the outlet While curing the magnetizer is a curing device provided at the outlet, while the surface treatment of the curing organism in connection with the pump, any one or more selected from the surface treatment device provided with the hexagonal water heater at the outlet is included,
In the equipment 19, a) one of sand, cement, water, and admixture stored in one of the storage units 20 equipped with a magnet 10 is added to the blender 22 through the hopper 21 to mix, and b) the blended The blended concrete is pumped by the pump 23 and poured into the mold 30 through the magnetic buried supply path 25 or the pouring machine 26, and c) the magnetic buried curing machine 26 during the curing of the poured poured material. ) To promote curing, d) demold the mold (30) after curing, and e) to spray magnetized coating or painting agent on the surface of the material through a magnetic embedding coating machine or coating machine (26) It is composed of the storage, hopper, blender, pump, supply path or pouring machine, curing machine, coating machine or painter to manufacture materials by coating or painting,
The equipment 20 a) puts the raw material stored in the storage into a blender through a hopper, b) mixes in a blender, pressurizes through a pump, and pours it into a mold through a pouring machine, c) cures in the mold with a curing machine, and sprinkles curing. , Steam curing, autoclave curing, and then dismantling the mold to produce one of pillars, piles, and piles, which consists of the storage, hopper, blender, pump, pourer, and curing machine,
The equipment 21 a) mixes at least one of sand, cement, water, and admixtures stored in the magnet 10, the buried storage 20, into the magnetic embedding blender 22 with a cone through the hopper 21, and b) One (1) of magnetic mortar, ready-mixed concrete, and concrete, which is a combination thereof, is pumped by a pump 23 and poured into the mold 30 for building a building through a magnetic buried supply path 25 or a pouring machine 26. , c) Promote curing by spraying cured water through the curing machine 26 during curing of the poured material, d) demolding the mold 30 after curing, and e) a coating machine and a coating machine on the surface of the building's facilities. The storage, hopper, blender, pump, supply path or pouring machine, curing machine, and coating machine for forming a phytoncide building by spraying at least one of a coating agent and a painting agent through at least one of (26) , It is composed of a sprayer,
The equipment 22 is a) a magnet with a cone 10, a magnetized blender 22 in which a cone with a magnet is embedded through a hopper 21 with a magnet of at least one of sand, cement, water, and admixture stored in the buried storage 20 B) One (1) of magnetized asphalt concrete, ready-mixed concrete, and concrete, which is a combination thereof, is pumped by the pump 23, and it is placed on the ground through the cone-equipped magnet buried supply path 25 and the laying machine 26. , Road or pavement, c) after compacting with a compactor, the storage, hopper, and blender to build a phytoncide road by spraying magnetized curing water through a hose-type curing machine 26 with magnets to promote curing, It is composed of a pump, a supply path, a laying machine, a compactor, and a curing machine,
The equipment 23 is a) a blender 22 in which at least one of sand, cement, water, and admixture stored in the cone-embedded storage 20 with magnet 10 is embedded with a cone-equipped magnet through a cone-embedded hopper 21 with a magnet. B) One (1) of the magnetic mortar, milk, chemical solution, suspension, and slurry, which is a combination thereof, is pumped through a pump 23, and a magnetic buried supply path 25 with a cone and a hollow rod type are used. It is composed of the storage, hopper, blender, pump, supply path, and injector to improve the ground by spraying or injecting into the ground through the magnetized injector 26,
The equipment 24 a) mixes at least one of sand, cement, water, and admixtures stored in the magnet 10, the buried storage 20, through the hopper 21, into the magnetic embedding blender 22 with cones, and b) The magnetized mortar (1), which is a combination thereof, is pressurized by a pump (23), and a phytoncide shotcrete (1) is poured on the tunnel excavation surface with an injector (26) through a supply path (25) equipped with a magnetic embedded hollow body. It is composed of the storage, hopper, blender, pump, supply path, sprayer to reinforce,
The equipment 25 a) mixes one or more of sand, cement, water, and admixture stored in the storage 20 into the magnetic embedding blender 22 with a cone through the hopper 21, and b) a magnetically-formed blend thereof. Phytoncide green soil material on the slope through the sprayer 26 installed at the rear end of the supply path 25 equipped with a cone-equipped magnet buried tube by pressing one or more (1) of green soil material and seed spray material by pump 23, It is composed of the storage, hopper, blender, pump, supply path, and injector to reinforce the slope by pouring one or more of the seed spray materials (1),
The equipment 26 a) mixes at least one of sand, cement, water, and admixture stored in the storage 20 into the magnet-equipped cone embedding blender 22 through the cone-equipped magnet embedding hopper 21, and b) Magnetized concrete (1), which is a blend, is pumped by pump 23, and is cured by pouring it into the mold of the facility with a pouring machine 26 through a supply path 25 equipped with a magnetic-embedded hollow body. c) Magnet during curing Accelerated curing by sprinkling magnetized cured water or cured water of hexagonal water through a buried hose type curing machine, and d) the storage, hopper, blender, pump, supply path, pouring machine, curing machine, which builds a phytoncide facility by demolding the formwork It is composed of chi,
The equipment 27 includes a perforator and an injector, a perforator and at least one of the storage or face treatment machines, a storage and hopper, a storage and hopper and a mixer, a storage and hopper and a mixer and a pump or pressurizer, a storage and hopper and a mixer and a pressurizer and a transporter, and a storage storage. And hopper and mixer and pressurizer and transporter and feeder, storage and hopper and mixer and pressurizer and feeder and pourer, storage and hopper and mixer and presser and feeder and spreader, storage and hopper and mixer and pressurizer and feeder and Injector, reservoir and hopper, mixer, pressurizer, feed path and syringe, reservoir and hopper, mixer, pressurizer, feed path and sprayer, reservoir and hopper, mixer, pressurizer, feed path and shorting machine, reservoir and hopper, mixer and pressurizer Supply line and coating machine, storage and hopper and mixer and pressurizer and supply line and sprayer, storage and hopper and mixer and pressurizer and supply line and packaging machine, storage and hopper and mixer and pressurizer and supply line 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 and supply path, and one selected from the curing and cotton treatment machine,
The equipment 28 is a construction work using a 3D printer; Building construction using a pouring machine or a drone-mounted pouring machine; River aeration or river purification by injecting the pouring material of the air stream into the river using a sprayer; Injection work for injecting pouring material into the ground using an injector; Mixing work for mixing poured materials in the ground using a rotary mixer; Aeration or coagulation of the contaminated water 121 in the tank by introducing the pouring material 1 containing a reactant or a coagulant into the tank 120 in which the cone-embedded hollow body 13 with a magnet is built-in; At least one of the 3D printer, a pouring machine, a drone-mounted pouring machine, an injector, an injector, a rotary mixer, and a hollow body used for one or more of,
The contaminated water condensate 122 sinks down and is carried out, and the purified purified water 123 is discharged to the outside as fine foreign matters are filtered through the filter 124 to be recycled or discharged (125). ,
The equipment 29 includes: a) underground drilling, rock drilling, building drilling by the drilling machine; b) storing the material in the reservoir (20); c) Injecting the material into the mixer 22 by the hopper 21; d) mixing the materials by means of the mixer 22; e) pressurize, pressurize, pump, supply, and provide material by the pump or pressurizer 23; f) transporting, conveying, supplying, and providing materials by means of the transporter (24) or feeder; g) supplying and providing material through the supply path 25; h) pouring material by the pouring machine 26, injection, grouting, pouring into a mold, pouring at a factory, pouring at the site, pouring for foundation work; i) laying the material and laying the ground by the laying machine; j) Injecting the material by the injector and injecting the ground; k) injecting the material by the syringe, and injecting cracks; ℓ) spraying the material by the sprayer and spraying the slopes; m) shorting the material by the shorting machine, rust shorting; n) coating a material, cotton coating by the coating machine; o) Painting and shaving the material by the sprayer; p) packing materials by the packing machine, paving the road surface; q) compaction of the material by the compactor, ground compaction; r) mixing the materials by the mixer and mixing them underground; s) curing the poured material by the curing machine; t) curing cotton treatment after the curing by the cotton treatment machine; Equipment that does more than one of,
The equipment 30 is one of equipment for manufacturing materials, equipment for construction, equipment for purification, equipment for working, equipment for building facilities,
The equipment 31 is an equipment that performs one of construction, purification, work, material manufacturing, and facility construction by one or more of the perforation to face treatment, perforator to face 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 room and the cotton treatment machine,
The equipment 33 is to purify using one or more of the hollow body 13 and the material 1 that has been subjected to it,
The equipment 34 may include a hollow body to which the cone mang rod machine spiral is mounted; An injector equipped with the cone mang rod machine spiral or hollow body; Materials that have gone through one of them; One or more of them are used to purify,
The equipment 35 a) stores material in the storage 20; b) Injecting the material into the mixer 22 by the hopper 21; c) mixing the materials by the mixer 22; d) pressurize, pressurize, pump, supply, and provide material by the pressurizer or pump 23; e) transporting, conveying, supplying, and providing material by means of the feeder or transporter 24; f) supplying and providing material through the supply path 25; g) pouring, injecting, injecting, underwater pouring, pouring at the site, pouring for purification by the pouring machine 26; h) spraying the material by the sprayer, spraying water, underwater spraying, air spraying, dust removal spraying, and injecting air flow material into the river; i) Injecting material, underwater injection, and air injection by the injector; j) shorting with a material by the shorting machine, rust shorting; k) coating with a material by the coating machine, cotton coating; ℓ) painting and shaving with the material by the sprayer; It is to perform one of purification, facility purification, river aeration, and water quality purification by performing one or more of
The equipment 36 is a catalyst, ions, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, carbon, chemicals, drugs, medicines, chemicals, loess, ozone, enzymes, yeast, microorganisms, nutrients, photocatalysts, cations, anions, enzymes, Exhalation agent, anaerobic agent, activator, carbonic acid agent, detergent, reactive agent, adsorbent, flocculant, disinfectant, disinfectant, fragrance, antibacterial agent, foaming agent, detoxifier, phytoncide, bacteria remover, decontamination agent, odor remover, atopic source remover, environmental hormone Purification, facility purification, river aeration, and water purification by using or spraying or injecting a substance containing at least one selected from a remover, sick house syndrome remover, pump press, blower, and wind compressor presser,
The equipment 37 magnetizes, fluidizes, stores, inputs, mixes, pressurizes, transports, supplies, pours, injects, and sprays the material by at least one of the connet bar spiral, hollow body, equipment, storage or cotton treatment machine. Therefore, it is one of purification, facility purification, river aeration, and water purification.
The 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 tube; b) or the hollow tube to which the cone mang rod machine spiral is mounted; c) the tank to the hollow pipe mounted on one of the perforator to the surface treatment machine; Any one or more selected from among are included,
The equipment 39 is a) to improve the fluidity of the material, such as an electromagnet, a superconducting magnet, a solenoid electromagnet, a magnet or an electromagnet with a cone mesh, a solenoid electromagnet with a cone spiral, a cone spiral with a magnet or electromagnet, a cone spiral with a solenoid electromagnet, a magnet, or Connet rod machine spiral with electromagnet; b) a hollow body provided with one of the electromagnet to the cone mang bar spiral; c) a pourer having one of the electromagnet to the hollow body; d) or a cone equipped with a magnet, a cone spiral, a rod, a rod, a protruding rod to improve one of agitation, mixing, fluidity, and filling properties of the material; e) Or a 3D printer performing one of unmanned construction, unmanned pouring, automated construction, and automated pouring; f) or drones that perform one of the following: high-rise pouring, unmanned pouring, or manpower pouring; g) Solar or wind power generators that replace or reduce commercial electricity; Is any one selected from,
The equipment 40 includes: a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion of a material or material; b) the magnetization or magnetic energy conversion of a material or material without power; c) Improvement of one of material or material fluidization, fluidity, slump value, workability or workability; d) reducing the amount of fluidizing agent input by the above improvement; e) reducing the cost of using the fluidizing agent by the reduction; f) Mixability of materials or materials, agitation, pressurization, feedability, mobility, pourability, placement, injection, injection, sprayability, coating, paintability, compaction, mixing, adhesion, Improvement of at least one of inflow, filling, mold filling, space filling, and closed room filling; g) Reduction of one of the material or material's drop-off, desorption, or rebound amount; h) Reduction of one or more of material or material vibration work, compaction work, vibrating cost, vibrating equipment, vibrating manpower; i) After curing the material or facility, one or more of density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shearing, durability, waterproofness, water repellency, water resistance, surface treatment, and surface smoothness are improved; j) Reduction of one or more of compressibility, consolidation, settling, cracking, fracture, and water permeability after curing of the material or facility; k) reinforcing, reinforcing, flatness, smoothness, less irregularities, prevention of irregularities, scratches of the surface of the material or facility after curing of the material or facility; It is to do one or more selected from among,
The equipment 41 includes a cone in which the material swirls while flowing over its outer slope, a net in which the material vortex while passing through its hole hole, a rod that vortex when the material hits itself, and the material vortex while passing through its own lattice hole. A spiral that swirls the frame and material while swirling; A cone mang rod machine spiral composed of the cone or spiral; Any one or more selected from among are included,
The equipment 42 is one of material manufacturing, facility construction, construction work, building work, tunnel work, road work, ground work, river aeration, water purification,
The equipment 43 is one or more selected from excavation, storage, input, mixing, pressurization, transportation, supply, pouring, spraying, injection, injection, shorting, coating, painting, laying, packaging, mixing, compaction, curing, and surface treatment. Is to do,
The equipment 44 is manufacturing, manufacturing, production, construction, construction, work, pouring, material manufacturing, facility construction, material pouring, pouring re-pouring, mold casting, rebar casting, steel frame casting, on-site casting, underground casting, underwater casting, slope It is to perform any one or more selected from pouring, pavement pouring, boring hole pouring, and excavation part pouring,
The equipment 45 is to perform any one or more selected from construction, building, sculpture, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, and remodeling,
The equipment 46 is construction, development, architecture, construction, work, civil works, environmental work, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, think hole restoration, landscaping, planting, modeling work, sculpture, manufacturing. , Material manufacturing, production, material production, work, construction, construction work, construction, building construction, material manufacturing, material production, construction work, construction work, building construction, disaster prevention, earthworks, ground work, underground work, underground work, slope Construction, slope construction, slope construction, foundation construction, pile construction, PHC pile construction, excavation, excavation, excavation, cutting, embankment, geothermal pile production, factory pile production, purchase basic construction, driving basic construction, rotational purchase basic construction, On-site casting pile construction, soil barrier construction, soil barrier 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) work, VCCP (vibrated CCP) work, dredging, reclamation, underwater work, cableway work, elevator work, masonry, plastering, waterproofing, watering, water retention, painting, pavement, soil pavement, road pavement, sidewalk Pavement, improvement, ground improvement, ground clearing, complex clearing, drilling, boring, blending, mixing, supply, provision, pressure transfer, transfer, transportation, pouring, mold casting, concrete placement, pruning, laying, slope laying, ground laying, road Laying, coating, painting, injection, mold injection, underground injection, deep injection, injection, crack injection, injection injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, space grouting rocket (SGR) construction , JSP (jumbo special pattern) construction, spraying, sprinkling 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) work, SCW (soil cement wall) work, compaction, underground compaction, stirring compaction, pavement compaction, spraying, shotcrete work, green soil work, seed spray work, Repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, face treatment, think hole treatment, think hole filling, joint filling, masonry, exterior wall work, scaffolding work, dismantling, window work, sheet metal work, roof Sheet metal work, assembly, architectural assembly, steel work, window work, water and sewage work, method, electric method, greening, cleaning, washing, redevelopment, reconstruction, interior, remodeling,
The perforator is one of perforator 1, perforator 2, perforator 3, perforator 4,
The perforator 1 is a perforator connected to at least one of the storage and the surface treatment machine,
The drilling machine 2 is a drilling machine, a drilling machine, a rock drill, an excavator, an excavator, a drilling machine, a boring machine, a drill, a bit, a cramshell, a driver, an injector, a grouter, a rod with a bit, a rotary bit, a rotary rod with a bit, and 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, a continuous underground 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 rock, a hole, a hole, and a concrete,
The perforator 4 includes: a) perforating a pile for in-situ piles, perforating an underground wall for construction of a continuous underground wall, perforating a slurry wall, perforating a diaphragm wall, perforating a boring hole for inserting a geothermal pipe or an oil pipe; b) punching while injecting one of magnetized material, hexagonal water, slurry, and bentonite slurry that has passed through one of the cone mang rod machine spiral or hexagonal water machine during the drilling; c) One of the materials, mortar, milk, chemical solution, suspension, slurry, ready-mixed concrete, and concrete mixed in the blender is drilled through one of the rods, injectors, hollow pipes, and hollow rods installed in the perforator through a supply hose. In one of the drilled parts, boring holes, joints, joints, cracks, and leaking parts, one or more of injection, injection, and curing after injection, completes one of piles, columns, underground walls, and underground continuous walls. , Or crack filling, joint repair, crack repair, leak repair; d) One of magnetized material, hexagonal water, slurry, bentonite slurry, magnetized mortar, magnetized milk, magnetized ready-mixed concrete, magnetized concrete through one of the above cone net bar spiral or hexagonal water 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 perforation, boring, joint, joint, crack, and leaking part, and becomes one of curing after injecting, inserting, and injecting piles, columns, underground walls, and continuous underground walls. Completion of either, or filling of cracks, joint repair, crack repair, leak repair; It is a perforator that does at least one of,
The storage is a) storage; b) or storage of one or more of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, concrete; c) or a storage room with partition walls, partitions, one of two rooms, three rooms; d) or a storage storage connected to at least one of the perforator or cotton treatment machine excluding storage,
The hopper includes: a) a hopper, a funnel-type hopper, a hollow through-type funnel hopper, a hopper connected to at least one of the perforator or surface treatment machine except for the hopper; b) or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom; Is one of the
The mixer 22 is one of a mixer 1, a mixer 2, a mixer 3, a mixer 4, a mixer 5, and a mixer 6,
Mixer 1 is a mixer, a mixer, a mixer, a tubular mixer, a rotary mixer, a centrifugal rotary mixer, a rotary blade mixer or mixer, an internal rotor or a mixer equipped with a rotating blade, at least one of the perforator or a face treatment machine excluding a mixer Is one of the mixers connected to,
The mixer 2 is a mixer or mixer having one of a blade rotating 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 wing, a ring, a bolt, a spiral, an object, a protrusion, and a stirring means on the outer periphery of a rotating rod or a rotating shaft or a rotating body,
The mixer 4 is a mixer or mixer of one of rotary, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, soil, ground, underground, basement, soil soil, soil soil and mortar, soil soil and concrete,
The mixer 5 is on the outer circumference or surface of a rod, a rod, a plate, a protrusion, a wing, a spiral, an object, a screw, a protruding rod, a protrusion, a protrusion, an attachment, an attachment, a soft material, an elastic material, a rigid material, a protrusion means, a stirring means. One of a) rod, shaft, nozzle, rod, spiral, screw, hollow pipe, double pipe, triple pipe, injection port, injection pipe; b) or the rod or injection pipe of the rotary type; Is one of the
The mixer 6 is a device for mixing one of mortar, ready-mixed concrete, and concrete,
The mixer is a mixer 1 or 2,
The mixer 1 is the mixer 1, the mixer 2, the mixer 3, the mixer 4, the mixer 5, a mixer used in a deep cement mixing method, a deep cement mixing method, and the perforator or surface excluding a mixer. Is one of the mixers connected to one or more of the processors,
The mixer 2 is a device for mixing one of soil, ground, underground, and underground,
The pump is a) one of a pump, a pressure pump, a compression pump, a compressor, a mortar pump, a concrete pump, and one of pumps connected to at least one of the perforator to the surface treatment machine except for the pump; b) or 1 or less, 1 to 10, 10 to 100, 100 to 500, 500 or more of one of a pump having a pressure of ^{kg / cm 2,}
The pressurizer is one that pressurizes, pressurizes, pumps, supplies, or provides a material, or is a pressurizer connected to at least one of the perforator to the surface treatment unit except for the pressurizer,
The transporter 24 is one of transporting, transporting, supplying, and providing materials, or is a transporter connected to one or more of the perforator or surface treatment machine other than the transporter,
The feeder is one that transports, transports, supplies, or provides material, or is a feeder connected to one or more of the perforator to the surface treatment machine except for the feeder,
The supply path is one of the supply paths connected to at least one of the perforator to the surface treatment machine excluding a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, a supply pipeline, and a supply path,
The pouring machine a) a pouring machine, a throwing machine, a spraying machine, a pressure pouring machine, a pouring machine connected to at least one of the punching machine and the supply path; b) or mold, formwork, underground, underground, ground, slope, surface, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, one of the ready-mixed concrete on the mold; c) or pouring, laying, coating, injecting, spraying, injecting, injecting, injecting, or grouting any of a device, apparatus, device, or device; Is one of the
The laying machine is one of a) a laying machine, a spreader, a coating machine, an ascon finisher, or a laying machine connected to one or more of the drilling machine or the supply route, or b) or the ground, surface, pavement, road, sidewalk, mortar, ready-mixed concrete, concrete , It is one of the asphalt concrete laying machines on the ground,
The injector or syringe is one of a) a syringe, an injector, an injector, a grouter, the pressure injector or injector, an injector connected to one or more of the perforator to the supply path, and one of the syringes connected to one or more of the perforator to the supply path, or , b) or one of cracks, joints, ground, underground, underground, joints, static, dynamic, vibration, mortar, ready-mixed concrete, concrete, ready-mixed concrete for cracks, ready-mixed concrete for underground, buildings, structures, or structural cracks, c) or It is an injector of one of the cracks-structure cracks,
The sprayer is one of a) nozzles, hoses, pipes, sprayers, sprayers, water fountains, sprinklers, coating machines, spray coating machines, sprayers, spraying, sprayers connected to at least one of the perforators or supply paths, or b) or Slope, slope, surface, ground, underground, underground, rotation, static, dynamic, vibration, wing, mortar, ready-mixed concrete, concrete, is a sprayer of ready-mixed concrete on the slope,
The shorting machine or coating machine or coating machine a) one of a) material, certain material, pouring material, propellant, coating agent, paint, 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 above surfaces or facilities; Spraying, coating, painting, spraying to one or more of them to coat, spray to paint, or b) or a shorting machine or coating machine or coating machine connected to at least one of the reservoir or supply path,
The packaging machine is a packaging machine that packs the material on the pavement or the road surface, or is connected to at least one of the storage device or the supply path,
The compactor is one of a) compactor, compactor, weight compactor, roller compactor, fall compactor, mold compactor, concrete compactor, cast concrete compactor, or one of compactors connected to one or more of the perforator or paver, b) or paving , Soil pavement, road pavement, asphalt concrete pavement, ground, underground, underground, rotation, static, dynamic, vibration, wing, mortar, sand, aggregate, ready-mixed concrete, concrete, sand in the ground, concrete in the ground,
The curing unit is linked to at least one of a) curing unit, water curing unit, aquatic curing unit, air curing unit, levitation curing unit, solar curing unit, steam curing unit, sprinkling curing unit, autoclave curing unit, the perforator or mixing unit It is one of the curing machines, or b) or one of the magnetized water and hexagonal water sprayed through the hose-type curing machine for sprinkling with a cone-equipped magnet embedded in the inside of the concrete to be poured, concrete material, or concrete building to pour concrete, concrete It is a curing machine that promotes the curing of one of materials and concrete buildings,
The surface treatment unit uses one of a) water, water, liquid, oil, medicine, agent, ash, sol, gel, spray material, coating agent, and painting agent a1) curing materials, materials, materials, facilities, buildings, structures of pouring materials. , Concrete; a2) one surface, a surface, an outer surface, an exposed surface, and an uneven surface of the above-mentioned good living things or concrete; It is sprayed on one or more of the treatment, finishing, smoothing, and uneven treatment of one of the surface of the above-mentioned curing or concrete material, or b) or a surface treatment machine connected to at least one of the storage and curing machines. ,
The nozzle is a) a nozzle equipped with at least one of a cone, a net, a rod, a frame, and a spiral in the interior or at the outlet, or b) or one of a porous body, a wave body, and a hollow body on which the magnet is mounted. Or a nozzle provided at the outlet,
The drone 70 is one of drone 1, drone 2, drone 3, drone 4, and drone 5,
The drone 1 is a drone that sprays magnetized material while moving by mounting a sprayer with a magnet mounted thereon, or a drone that has a hollow body mounted with a magnet and pours pouring material ejected from the hollow body,
The drone 2 is a drone equipped with a pouring equipment or a pouring machine in a body flying by a rotating blade,
The drone 3 is a drone that moves at least one of the cone mang rod spiral, a storage tank, a face treatment machine, and a wind compressor, or is equipped with at least one,
The drone 4 is a drone that drills a boring hole for crack repair in a high-rise building with a perforator mounted on it, a drone that sprays magnetized shotcrete on a high-rise slope with a supply path 25 or a sprayer 26 mounted on it, and on its own. It is one of the drones that are equipped with the supply path 25 or the sprayer 26 to remove tunnel dust by spraying magnetized spray water into the tunnel, and the drones that are equipped with a laying machine to clean the air by installing magnetic laying water in the air.
The drone 5 includes: a) a wing, a rotating blade, a propeller, four propellers, a drone composed of one of a plurality of propellers and a body, b) a drone composed of an upper wing and a lower body, c) a lower part for thrust for the flight of the body. A drone equipped with a wing or propeller that generates at least one of a downward flow in a direction and an oriented flow in a rear direction, d) a drone flying upward by a downward flow that sends wind to the lower part of the main body, e) blowing wind toward the rear of the main body. A drone flying horizontally by an outgoing directional flow, f) a drone flying in three dimensions by at least one of the downward flow and the oriented flow, g) a motor rotating at least one of the wings and propellers; Wires connected to this motor; Batteries, chargers, rechargeable batteries, plugs, outlets, batteries, generators, solar cells, solar generators, windmills, wind power generators connected to this wire; At least one of the drones, h) a drone with a support provided on the propeller, i) a drone with a body connected to and fixed to the support, j) the body, a propeller; Upper and lower portions of the main body or propeller; Among the solar cells, solar cells that generate electricity, j2) rotating rotors, and generators that generate electricity by the rotational force of the sun, the wind by flight, the downward flow, and the directional flow while being mounted on at least one of them. 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) rotating in connection with the rotating body. k) a drone with a rotor (electromagnet), m) the drone with a generator that generates electricity by rotation of the rotor (electromagnet), n) the rotor; Outer periphery, upper, lower, upper outer periphery, lower outer periphery of this rotating body; A drone equipped with a conical hollow guide that allows one or more of the downflow, directing flow, and wind to flow in, outflow, and outflow while being mounted in one or more of the above, o) A drone equipped with an inverter that converts the generated electricity into either direct current or alternating current. , p) A drone equipped with at least one of wires, plugs, outlets, and power supplies supplying the generated electricity, q) or cameras, CCTV, imaging devices, photographing devices, monitors, lights, lights, lanterns, flashing lights, lights, headlights , A lighting device, a driver, a controller, a controller, a remote controller, and one of the drones equipped with one or more of the remote controllers,
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 at least one of the storage or surface treatment machines, a 3D printer in which at least one of the storage or surface treatment machines is mounted, and moves three-dimensionally while being mounted on the ground or a frame mounted around a new facility. It is one of the 3D printers equipped with a pouring machine,
The 3D printer 2 is supplied from one of the blender 22 and the supply channel 25 while moving in three dimensions by mounting a moving body or moving part 116 capable of three-dimensional movement 73 on the frame 72. It is a 3D printer that creates one (8) of a facility, a building, or a structure by pouring, spraying, or injecting one (1) of the material, mortar, ready-mixed concrete, and concrete.
The 3D printer 3 rotates by a motor a 101 while being supported by the frame 72 and mounted on the upper left and right of the upper left and right of the frame 72, respectively, and moves back and forth along the rail a ( One-dimensional movement) (73) two rollers a (102), the rail b (103) provided between the two rollers a, the rail b is rotated by the motor b (104) while being mounted on the rail b. One roller b 105 that moves left and right (its one-dimensional + the one-dimensional = two-dimensional movement) 73, and a rotating body a 112 that rotates by the motor c 111 while being mounted on the roller b. ) To move up and down (one-dimensional + the two-dimensional = three-dimensional movement) while being wound or unwound (73), one of a string, a thread, a belt, and a chain, a vertical moving part 108, or the rotating body a 112 And the rod-shaped vertical movement unit 115, which is pressed and buried between the other rotating body b 113, which is located opposite to it, is pushed or pulled by the rotation of the rotating body a, and moves up and down, and is mounted on the vertical movement part 3 It is a 3D printer that includes one or more of the dimensional moving pouring equipment 26,
The 3D printer 4 is one of a frame 72 on which the rail 100 is mounted, a moving body moving in the X-axis, Y-axis, and Z-axis directions along the rail 100, a moving part, a head, and a case of the head. Wow, a plotter or pouring machine 26 installed in one of the head, moving body, moving part, and case to form a 3D structure 8 by ejecting the construction material 1, and providing pressure to the plotter or pouring machine It is a 3D printer including a pump 23 to allow the material 1 to be ejected,
The 3D printer 5 circulates and moves one of the quick-setting agents, mortar, ready-mixed concrete, and concrete into which one of the binders has been added through the pouring machine 26 installed therein. It is a 3D printer that performs building construction by continuously or intermittently pouring as a layer of height or rising to a level,
The 3D printer 6 repeats the pouring in the order of the building floor, the first-floor pillar and wall, the first-floor slab, the second-floor pillar and wall, and the second-floor slab. It's a 3D printer,
The 3D printer 7 is a) ground boring for foundation installation, b) inserting a reinforcing bar net into the boring hole by mounting a reinforcing bar net in the moving part, c) placing a foundation concrete in the boring hole through the pouring machine, and after placing it Curing, d) transporting and assembling the molds and rebars at the bottom of the building by mounting the molds and reinforcing bars on the moving part, e) pouring concrete on the building floor through the pouring machine, and curing them after placing them, f) the molds for the moving parts, Transporting and assembling the first-floor pillar, wall frame, and reinforcing bar by mounting reinforcing bars, g) Placing concrete on the first-floor pillar and wall through the pouring machine, curing after placing it, h) Elevating one or more of the moving body and the pouring machine. Shikim, i) transporting and assembling the mold and rebar of the first-floor slab by mounting the mold and rebar in the moving part, j) pouring concrete into the first-floor slab through the pouring machine, and curing it after pouring, k) the moving part Transporting and assembling two-story pillars, wall molds, and reinforcing bars by mounting the molds and rebars, ℓ) Placing concrete on the two-story pillars and walls through the pouring machine, and curing after pouring them, m) At least one of the moving bodies and pouring machines N) Repeat the above to transport and assemble n-story columns, walls, slabs, and rebars, pour concrete, and cure after pouring, o) Final roof concrete pouring through the pouring machine, and curing 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 power generator, and a generator that generates electricity using the sun, or b) or a solar generator equipped with at least one of the camera or a remote controller,
The photovoltaic generator is a device that directly converts the light received from a solar cell into electricity, a device that generates electricity by using the photovoltaic energy of the sun by installing a solar cell where the sun is, a solar cell and a direct current electricity generated from the solar cell It is one of the solar generators composed of inverters that convert (DC) into alternating current (AC) or alternating current (AC) into direct current (DC),
The solar power generator is a solar generator composed of a device that is installed where the sun is and generates electricity using the heat energy of the sun, or a rotating body that rotates by steam generated by using solar heat and a generator connected thereto to generate electricity. ,
The wind power generator is one of a wind power generator 1, a wind power generator 2, a wind power generator 3, a wind power generator 4, and a wind power generator 5,
The wind turbine 1 is a wind turbine consisting of a wind blade, a rotating shaft thereof, a transmission mounted thereon, and a generator connected thereto,
The wind power generator 2 may include a) a blade, a transmission, a generator, an inverter, or b) or a blade that is rotated by wind to convert wind energy into mechanical energy; A transmission for rotating the generator by increasing the rotational force generated from the blades to the transmission gear through a central rotational shaft to increase the rotational speed required by the generator; A generator that converts mechanical energy transmitted from the transmission into electrical energy; An inverter that converts direct current (DC) generated by the generator into alternating current (AC) or alternating current (AC) into direct current (DC); It is a generator consisting of,
In the wind turbine 3, the rotational motion of the windmill or the wind turbine is transmitted to the converter or gearbox through the rotational shaft of the wind turbine, and the rotational speed of the rotational motion is accelerated by the converter or the gearbox and sent to the generator. Is to generate electricity by converting it into electrical energy,
The wind turbine 4 converts direct current (DC) generated from the generator into alternating current (AC) or alternating current (AC) into direct current (DC) by adding an inverter to the generator of the wind turbine 1 or 3 Will,
The wind power generator 5 is a wind power generator equipped with at least one of the camera or a 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 at least one of the storage, the sprayer, the nozzle to the 3D printer,
The wind compressor 2 a) a mechanism for generating compressed air using wind; b) Or wind, the blade rotating thereby, the rotational force of the blade, the crank rotating by the rotational force of the blade, the rod mounted on the crank and performing linear motion, the piston mounted on the rod, and the piston of the tooth reciprocate from the inside. A mechanism consisting of at least one of a moving cylinder, compression of air inside the cylinder by the pushing force of the piston, compressed air generated by the compression, an outlet of the cylinder through which the compressed air is discharged, and a hose connected to the outlet of the cylinder; c) a wind compressor, a wind screw compressor, a wind piston compressor that generates compressed air using a screw or a rotary linear converter and a piston connected to a rotating wind blade; Is one of the
The wind compressor 3 uses one of pressurized air, compressed water, compressed water, and compressed air a) through a hose 64 connected to the outlet of the cylinder. (氣), old (固), material, ash, material, object, body, material, material, underwater, underwater, river, pond, water tank, tank, pipe, tube, hose, pipe, hollow Sieve, blender, pump, supply path, storage tank, aeration tank, reaction tank, bioreactor, chemical reaction tank, air, indoor, factory, site, atmosphere, indoor air, tunnel, tunnel site, dust air, and odor air. By supplying one of air, oxygen, and air bubbles to improve one of aeration, reaction, coagulation, oxidation, purification, purification, and cleanliness of the water or odor air, or b) or soil, mortar, ready-mixed concrete, or concrete. Equipment characterized in that one of air or bubble-embedded gasoopt, bubble mortar, bubble ready mixed concrete, bubbled concrete, lightweight soil, lightweight mortar, lightweight ready-mixed concrete, and lightweight concrete
As a material manufactured by using or using at least one of a magnetic body, a wave body, a hollow body, equipment including one of the above, and a material that has passed through one of the magnetic bodies or equipment
The magnetic body is one of a magnetic body 1, a magnetic body 2, a magnetic body 3, and a magnetic body 4,
The magnetic body 1 is a net is mounted before or after the cone or spiral,
A rod is mounted before or after the net or cone,
The frame is mounted before or after the rod or net,
A cone mang rod machine spiral formed by mounting a spiral before or after the frame or rod;
A magnet or an electromagnet on which the cone mang rod machine spiral is mounted; It is a magnetic body equipped with,
The magnetic body 2 is a step of preparing a core;
Winding a coil around the core;
Providing an electromagnet with a coil wound around the winding core;
Or purchasing at least one of a magnet and an electromagnet;
Combining two or more of the magnets and electromagnets;
The step of being combined and provided with a coupling magnet;
Inserting a separating material between neighboring magnets or electromagnets for separation between neighboring magnets or electromagnets during the coupling;
Providing a magnetic body in which the outside of the separator and the coupling magnet is covered with a cover material to protect or prevent corrosion of the separator and the coupling magnet; It is a magnetic material formed by
The magnetic body 3 is one of the magnetic bodies 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, or a cross-sectional area that is 0.01 to 0.8 times the inner cross-sectional area of the hollow body,
The wave body is a wave body provided with at least one of the magnetic body, magnetic body 1, magnetic body 2, magnetic body 3, and magnetic body 4,
The hollow body is a hollow body provided with at least one of the magnetic body, magnetic body 1, magnetic body 2, magnetic body 3, magnetic body 4, wave body,
The equipment is one of equipment 1, equipment 2, equipment 3,
The equipment 1 is a) boring machine, storage (20), hopper (21), mixer (22), pump (23), pressurizer (23), transporter (24), feeder, supply path (25), pouring machine (26) ), laying machine, injector, syringe, spraying machine, shorting machine, coating machine, painting machine, packing machine, compactor, mixing machine, curing machine, cotton treatment machine; b) the perforator or surface treatment machine having a function of magnetizing or hexagonal hydration of a material; c) the perforator or surface treatment machine which becomes a magnetizer or a hexagonal water machine; Is any one or more selected from,
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 surface treatment machine,
The equipment 3 is one of a solar power generator, a wind power generator, and a wind compressor mounted on at least one of the perforator to the surface treatment device, and the nozzle to a 3D printer,
The wind compressor includes: a) a mechanism for generating compressed air using wind; b) Or wind, the blade rotating thereby, the rotational force of the blade, the crank rotating by the rotational force of the blade, the rod mounted on the crank and performing linear motion, the piston mounted on the rod, and the piston of the tooth reciprocate from the inside. A mechanism consisting of at least one of a moving cylinder, compression of air inside the cylinder by the pushing force of the piston, compressed air generated by the compression, an outlet of the cylinder through which the compressed air is discharged, and a hose connected to the outlet of the cylinder; c) a wind compressor, a wind screw compressor, a wind piston compressor that generates compressed air using a screw or a rotary linear converter and a piston connected to a rotating wind blade; Is one of the
a) underground drilling, rock drilling, building drilling by the drilling machine; b) material storage in the storage (20); c) Injecting the material into the mixer 22 by the hopper 21; d) material mixing by means of the mixer (22); e) pressurize, pressurize, pump, supply, and provide material by means of the pump or pressurizer (23); f) transporting, conveying, supplying, and providing material by means of said transporter (24) or feeder; g) supplying and providing material through the supply path 25; h) material pouring, injection, grouting, pouring into a mold, pouring in a factory, pouring in the field, pouring for foundation work by the pouring machine 26; i) material laying and ground laying by the laying machine; j) material injection, underground injection by the injector; k) material injection and crack injection by the syringe; ℓ) material spraying and slope spraying by the sprayer; m) material shorting and rust shorting by the shorting machine; n) material coating, cotton coating by the coating machine; o) material coating and shaving by the sprayer; p) material packaging, road surface packaging by the packaging machine; q) material compaction, ground compaction by the compactor; r) material mixing and underground mixing by the mixer; s) curing the poured material by the curing machine; t) curing cotton treatment after the curing by the cotton treatment machine; Be at least one of,
The material is water, water, liquid, oil, medicine, energy, solid, chemical, ash, sol, gel, substance. , Mortar, milk, material, ready-mixed concrete, paste, plaster, concrete, any one or more selected from,
One of substance 1, substance 2, substance 3 is contained in one of the above material, water or 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 any one or more selected from resin, waste powder, minerals, loess, fiber, latex, microorganisms, by-products, slag, expanding agent, phytoncide, zeolite, and geopolymer,
The material 3 is any one or more selected from the resin to the geopolymer containing one or more of the Ca to KNaSiAl,
At least one of the materials and materials is a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion by at least one of the magnetic body, the wave body, the hollow body, the equipment, the rough, the storage and the surface treatment machine; b) Non-powered or permanent magnetization, hexagonal hydration, energization, magnetic energization; c) or improving one or more of fluidization, fluidity, slump value, workability, and workability, reducing the amount of fluidizing agent input by this improvement, and reducing the cost of fluidizing agent use by this reduction; d) or mixability, agitation, pressurization, feedability, mobility, pourability, spreadability, injectability, injectability, sprayability, coatability, paintability, compaction, mixing ability, adhesion, inflowability, Improvement of one or more of filling, form filling, space filling, and closed room filling; e) or reduction of one of dropping properties, desorption properties, and rebound amount; f) or reducing one or more of vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, vibrating manpower; g) After curing or hardening g1) Density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shearing, durability, waterproofing, water repellency, water repellency, surface treatment, surface smoothness, g2) or compressibility , Consolidation, Settlement, Cracking, Breakage, Reduction of one or more of the water permeability coefficient, g3) or reinforcement, reinforcement, flatness, smoothness, unevenness of one of the surface, surface, exposed surface, finished surface, concrete surface, dismantling surface Little, uneven prevention, scratch prevention; Be any one or more selected from,
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, Material 20, Material 21, and
The material 1 is one of a material, a material containing the material, a material containing the hollow body passage material, and a material containing a material provided from the equipment,
Material 2 is a) water, water, liquid, oil, medicine, agent, ash, sol, gel, soil, charcoal, ocher, clay, clay, sand, silica sand, chain sand, gravel, crushed stone, aggregate, ash, Fiber, carbon, resin, catalyst, waste, stone powder, iron, dust, minerals, substances, tailings, materials, rocks, lime, gypsum, air, gas, masato, granite, magnetite, apatite, dolomite, graphene, by-products, Slag, sludge, ceramic, silica, enzyme, cement, admixture, quick-setting agent, completion agent, pressure-sensitive adhesive, adhesive, inflating agent, foaming agent, waterproofing agent, water repellent, decontamination agent, water-containing agent, desiccant, fiber, binder, solidifying material, binder, nano Material, reinforcement material, casting material, porous material, carbide, incineration material, fired material, ion material, ionized water, cation, anion, activated carbon, kaolin, asphalt, phytoncide, fluidizing agent, micro material, bentonite, zeolite, attapulgite, geopolymer , Compounded water, compounding material, compound, mixture, mortar, milk, chemical solution, suspension, slurry, remittal, ready-mixed concrete, asphalt concrete, concrete, paste, plaster; b) Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaMg, CaSi, CaFe, CaAl, MgSi, MgFe, MgAl, SiFe, SiAl, FeAl, CaMgSi, CaMgFe, CaMgAl, MgSiFe, MgSiAl, SiFeAl, CaMgSiFe, CaMgSiAl, MgSiFeAl, CaMgSiFeAl, KSiAl, NaSiAl, KNaSiAl, CaSiCOO, MgFeCOO, CaMgFeCOO; c) At least one of the Ca to CaMgFeCOO agents, ash, ions, components, urea, elements, substances, reactants, conjugates, inclusions, nano products, resin products, by-products, carbon products, fibers, catalysts, fibers , Latex water, bio water, phytoncide water; Any one or more selected from the group consisting of,
The material 3 may include: a) the water or plaster containing at least one of the Ca to phytoncide products; b) one or more of the water to plaster, liquid, gaseous, solid, powder, particulate, stirred, input, and additive; c) the mortar or plaster containing at least one of the water and additives; d) or the water or plaster in which one or more of a hydration reaction, a pozzolan reaction, a hydroxylation reaction, and a carbonation reaction occurs; e) e1) Low particle diameter of 1 to 100 µm, medium particle diameter of ㎜, high particle diameter of cm, e2) 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 and high specific gravity of ∼2.0, high specific gravity of 2.1 to 3.0, e3) Low powder of 100 to 1,000 ㎠/g, ultra low powder of less than this low powder, medium and low powder of 1,001 to 2,000 ㎠/g, 2,001 to 5,000 The water to phytoncide water, which is one of a medium powder of cm2/g, a medium powder of 5,001 to 7,000 cm2/g, a high powder of 7,001 to 10,000 cm2/g, and an ultra-high powder of more than this high powder; Any one or more selected from the group consisting of,
The material 4 is a) low pressure of 1-50kg/cm2, ultra-low pressure less than this, medium-low pressure of 51-100kg/cm2, medium pressure of 101-200kg/cm2, medium pressure of 201∼300kg/cm2, medium pressure of 301∼600kg/cm2 the water or plaster poured at one of a high pressure of m and an ultra-high pressure equal to or higher than the high pressure; b) or the water or plaster containing two or more of sand, gravel, aggregate, filler, binder, admixture, and water; c) water, sand, gravel, crushed stone, aggregate, water, and the above water or plaster in which at least one of admixtures is kneaded with cement; d) a mixture of cement or asphalt and one or more of fillers, sand, stone dust, and crushed stone; e) The aggregate is among fine aggregate, coarse aggregate, sand, sea sand, sand, gravel, crushed stone, aggregate, recycled aggregate, filler, mineral, ore, tailings, waste, by-products, waste powder, dust, stone powder, fine powder, slag, sludge, incineration ash. One or more of the water to plaster; f) the water or plaster in which the filler is at least one of minerals, ores, tailings, wastes, by-products, waste powder, dust, stone powder, fine powder, slag, sludge, and incineration ash; k13) the water to plaster in which the binder is at least one of binders, cement, asphalt, gypsum, lime, starch, chemicals, polymers, and adhesives; g) The admixture is a quick setting agent, retardant, sintering agent, dispersing agent, waterproofing agent, water-repellent agent, water repellent, foaming agent, expanding agent, foaming agent, defoaming agent, coloring agent, hardening agent, water reducing agent, pigment, dye, microorganism, useful microorganism, effective microorganism, bacillus , Pasteurize, fluidizing agent, air entraining agent, anion radiating material, far-infrared radiating material, mineral, ore, tailings, waste, slag, and the water or plaster of one or more of sludge; Any one or more selected from the group consisting of,
The material 5 is a) wherein the water is one of water, water, liquid, oil, water, water, sewage, dam water, pump water, ground water, well water, surface water, river water, carbonated water, oxygen water, hydrogen water, and ionized water. Water to plaster; b) Or cement, asphalt, soil, ocher, air, air bubbles, pressure, oxygen, nitrogen, resin, chemicals, chemicals, urea, enzymes, yeasts, catalysts, enzymes, surfactants, activators, silica, carbon, foaming agents, expanding agents, In addition to one or more of color agents, graphene, polymers, microorganisms, fibers, aggregates, fillers, binders, admixtures, and at least one of water or plaster; c) 25 to 70 parts by weight of aggregate or filler, 15 to 40 parts by weight of binder, 0.1 to 10 parts by weight of admixture, and 5 to 35 parts by weight of water. d) or 15 to 30 parts by weight of cement, 20 to 45 parts by weight of fine aggregate, 30 to 60 parts by weight of coarse aggregate, 0.1 to 3 parts by weight of waste, 0.1 to 5 parts by weight of admixture, and 15 to 35 parts by weight of water. The number of plasters; e) a cement binder and a particle size range of 5 to 13 mm, 13 to 20 mm aggregate and waste, and the water to plaster containing a fluidizing agent and having a water binder ratio of 25 to 35% or a porosity of 15 to 30%; f) or the water or plaster containing fine aggregates and coarse aggregates at a ratio of 0.2 to 0.65㎥ per 1㎥ of water, cement binder, and admixture; Any one or more selected from the group consisting of,
The material 6 comprises a) cement, aggregate, water, and admixtures, and a water-cement ratio of 25 to 40% of the water to plaster; b) or a cement having a density of 3.0 to 3.2 ^{g/cm 3} , a powderiness 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 volume mass of 1,340 to 1,580 kg/m ^{3 or more;} The water or plaster containing water and an admixture in at least one of a density of 2.2 to 2.6 g/cm ³ and a unit volume of 1,295 to 1,580 kg/m ^3; c) 14 to 15 parts by weight of the binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of admixture, 0.3 to 3 parts by weight of waste, and separate water; including 100 parts by weight of the water or plaster; 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, 2 to 30 parts by weight of water, and 100 parts by weight of the water or plaster; e) or 20-60 parts by weight of asphalt, 10-50 parts by weight of aggregate, 10-50 parts by weight of stone powder, and 100 parts by weight of the water or plaster; f) the water or plaster comprising a binder, water, sand, gravel and admixture; g) or a binder mixed with 30 to 90 parts by weight of cement, 1 to 55 parts by weight of slag, 0.1 to 35 parts by weight of fly ash or silica fume, and any one selected from a particle size of 5 to 13 mm, 13 to 25 mm, and 25 to 40 mm The coarse aggregate, fine aggregate or slag fine aggregate having a particle size of 5 mm or less, and the water or plaster containing 0.03 to 3.0 parts by weight of a fluidizing agent or an admixture including an AE water reducing agent with respect to the binder; Any one or more selected from the group consisting of,
The material 7 is composed of a) 5-8 volume binder, 60-80 volume aggregate, 0.2-0.5 volume admixture, and water to fill 100% of the total volume, and the aggregate is waste, waste, waste One selected from concrete, crushed stone, bottom ash, slag, and rock, or a mixture of 2 to 7 types, and the binder is one selected from cement, asphalt, lime, gypsum, fly ash, and sludge or a mixture of 2 to 6 types The number of phosphorus to the plaster; b) 200 to 250 parts by weight of fine aggregate, 260 to 280 parts by weight of coarse aggregate, 3 to 8 parts by weight of carbide, 0.5 to 1.5 parts by weight of admixture, 35 to 45 parts by weight of water. c) or 30 to 40 parts by weight of sand, 35 to 45 parts by weight of gravel, 10 to 30 parts by weight of water, 5 to 25 parts by weight of incineration ash or fly ash, and 1 to 15 parts by weight of minerals or polymers. The polymer is polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, polyhydroxyhexane, the number of plasters containing at least one of isocyanate; d) 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, 1 to 7 parts by weight of by-products Made up of the number of plasters; e) The water containing 250 to 660 parts by weight of aggregate including sand or gravel, 10 to 150 parts by weight of mineral or zeolite, 1 to 15 parts by weight of microorganisms including bacillus, and 10 to 30 parts by weight of water based on 100 parts by weight of cement-containing binder. To plaster; Any one or more selected from the group consisting of,
Material 8 is a) amount of binder or cement 250 to 550 kg/㎥, fine aggregate amount 350 to 650 kg/㎥, coarse aggregate amount 850 to 1,100 kg/㎥, quantity 150 to 200 kg/㎥, mineral or waste 200 to 450 ㎏/㎥, the water to the plaster containing at least one of 0.1 to 5 parts by weight of admixture; b) a binder or cement 50-55 parts by weight of SiO _2, relative to 100 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 wt. Parts, CaO 0.5 to 0.9 parts by weight, K ₂ O 0.5 to 1.1 parts by weight, Na ₂ O 0.5 to 0.7 parts by weight, P ₂ O ₅ 0.2 to 0.6 parts by weight, MnO 0.03 to 0.09 parts by weight, mineral component 13 to 18 parts by weight Contains 5 to 45 parts by weight of one of waste flour, stone flour, and tailings containing part, and the particle diameter of one of the waste flour, stone flour, and tailings is 0.03 to 0.08 mm, the slump is 8 to 12 cm, and the unit quantity/cement amount is 50 to 60 The water to the plaster having a weight%, a 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, 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, the microorganisms are photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous bacteria, bacillus, the number of the plaster of at least one selected from yeast; d) 50 to 90% by weight of cement, 1 to 15% by weight of powder slag, 0.1 to 7% by weight of powder 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 of water reducing agent The water containing at least one of the weight% to the plaster; e) or 13 to 21 parts by weight of cement, 27 to 36 parts by weight of fine aggregate, 38 to 47 parts by weight of coarse aggregate, 1 to 7 parts by weight of phytoncide, 0.3 to 1.8 parts by weight of admixture, and 4 to 10 parts by weight of water. The water to the plaster; f) said water to plaster of magnetization or hexagonal hydration; Any one or more 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) With respect to the above 100 parts by weight, in addition to at least one of b1) 100 to 600 parts by weight of sand or chain 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) water or ionized water 50 ∼400 parts by weight, waste or stone powder or ash or by-products 10 to 600 parts by weight, soil or loess or masato 10 to 600 parts by weight, resin or polymer or latex 0.005 to 50 parts by weight, fiber or reinforcing material or nanomaterials 0.0001 to 40 parts by weight Parts, in addition to at least one of 0.00001 to 10 parts by weight of microorganisms or their inclusions, 0.00001 to 3 parts by weight of detoxifiers or their inclusions, and 0 to 10 parts by weight of substances other than the above, c) c1) phytoncide, phytoncide-containing material; c2) phytoncide extracted from plants; c3) or phytoncide obtained from at least one of plants, added water added to the plant, heating the plant and the added water, distilled water by this heating, and cooling water of the distilled water; c4) or the phytoncide of one of magnetization, bio, magnetic contact magnetization, and microbial input bio; Any one or more selected from the group consisting of the water to which one or more of the put into the plaster,
The material 10 is water, water, liquid, oil, medicine, sol, gel, gas, solid, agent, ash, fluid, liquid. , Gas, solid, liquid gas, liquid solid, gas solid, liquid solid, water, mineral water, water, sewage, rainwater, sewage, wastewater, turbid water, dirty water, carbonated water, ionized water, seawater, brine, spring water, drinking water, groundwater , Bedrock water, surface water, oil, oil, diesel, gasoline, iron, scrap metal, copper, metal, non-metal, mineral, tailings, ore, rock, rock powder, stone, stone powder, wood, wood powder, powder, sawdust, soil, soil, earth and stone , Loess, white clay, clay, granite, masato, graphite, silica sand, carbon, graphene, ceramic, pozzolan, silica, silica fume, lime, gypsum, sand, maritime sand, chain sand, gravel, crushed stone, aggregate, recycled aggregate, recycled aggregate , Waste concrete, clay minerals, kaolin, zeolite, sepiolite, bentonite, attapulgite, organic matter, inorganic matter, by-product, waste, negative waste, waste powder, fine powder, iron powder, dust, slag, sludge, slurry, foundry sand, charcoal, Ash, bottom ash, fly ash, coal ash, incineration ash, firing ash, carbonized ash, carbide, activated carbon, resin, monomer, polymer, oligomer, rubber, starch, latex, water glass, polymer, copolymer, chemical, chemical solution, suspension, enzyme, yeast , Urea, catalyst, positive catalyst, photocatalyst, titanium dioxide, ionic substance, zero value, polyhydric substance, cation, anion, ion water, iron ion, metal ion, phytoncide, aeration agent, reactive agent, adsorbent, coagulant, restoration agent, sterilizer, Disinfectant, activator, surfactant, binder, solidifying agent, solidifying agent, powder, nanomaterial, granular material, particulate matter, fired material, incineration product, carbide, seed, seed, germination product, microorganism, fertilizer, nutrient, fat, starch , Vitamin, mineral, fiber, woven fabric, non-woven fabric, carbon fiber, fiber, fiber fiber, glass fiber, metal fiber, collector, adsorbent, dehumidifying agent, dehydrating agent, sterilizing agent, admixture, additive, hardener, dispersant, quick setting agent, finalizer, Sintering agent, water reducing agent, accelerator, retardant, rust inhibitor, expanding agent, foaming agent, foaming agent, aeration agent, antifoaming agent, colorant, adhesive, adhesive, binder, solidifying agent, fixing agent, waterproofing agent, room It is one of the water to plaster containing at least one selected from the group consisting of an infusion solution, a water repellent, an acidic agent, a base agent, a fluidizing agent, a phytoncide, an air entraining agent, cellulose, and carboxymethyl cellulose (CMC),
Materials 11 are a) beams, beams, underground beams, ground beams, cross beams, stringers, tiles, bricks, blocks, grid blocks, slope blocks, reinforcement blocks, reinforcement blocks, panels, interior panels, exterior panels, walls, walls, Interior materials, exterior materials, main materials, subsidiary materials, construction materials, mats, boards, double construction boards, support boards, reinforcement boards, floor boards, double construction boards, boards, girders, slabs, culverts, sewage culverts, rainwater culverts, boxes, tanks, storage boxes, underground boxes, Storage box, manhole, pipe, steel pipe, merit pipe, non-public pipe, pipe, waterway, runway, U-shaped pipe, drainage pipe, sewer pipe, water pipe, Hume pipe, plum pipe, clay pipe, cement pipe, concrete pipe, water tank, storage tank, water collection tank, Collection well, rainwater storage tank, rainwater storage tank, pavement material, sidewalk material, boundary stone, separator, foundation, pillar, pile, pile, PHC pile, factory pile, purchase base, driving base, rotational purchase base, cast-in-place pile, pier, caisson, Geothermal pile, geothermal pier, geothermal caisson, geothermal circulation pipe built-in pile, tetra pot, breakwater block, lining, tunnel lining, segment, tunnel segment, bridge segment, lining segment, tunnel lining segment, mortar material, cement material, concrete Ash, asphalt material, cement secondary product, asphalt secondary product, remital secondary product, asphalt concrete secondary product, ready-mixed concrete secondary product, LMC (latex modified concrete) material, PC (pre cast) material, PS (pre stress) or post stress) materials, PF (pre fabricated) materials, PCS (pre cast concrete) materials, PSC (pre stress or post stress concrete) materials; b) or the bo to the PSC material containing at least one of the water to plaster, water to CMC; It is any one selected from the group consisting of,
The material 12 is a) house, building, house, house, house, detached house, apartment house, assembly house, canopy building, canopy house, mobile house, container house, hanok, Western-style house, red clay room, shopping center, apartment, officetel, residential Complex, low-rise building, high-rise building, high-rise building, house, mobile house, wooden house, wooden construction, artificial wooden house, synthetic wooden house, loess house, tiled house, traditional house, hanok house, earthen house, rice house, traditional building, cultural property, Cultural Property Building, Basement, Underpass, Underground Building, Underwater Building, Ground Building, Public 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, Reinforced Bar Materials, materials, liquids, water, water, materials, raw materials, materials, materials, powders, sheets, mats, pouring materials, interior materials, exterior materials used in one of buildings, iron cone buildings, steel structures, assembly buildings, containers, and container houses , Main material, subsidiary material, construction material, mortar, remital, ready-mixed concrete, asphalt concrete, concrete, any one selected from the group consisting of the beam to PSC material,
Materials 13 are steel towers, pillars, chimneys, fences, street lights, tunnels, road tunnels, railroad tunnels, NATM tunnels, TBM tunnels, Shield tunnels, TBM-Shield submersible tunnels, underwater tunnels, submerged tunnels, immersion tunnels, wind tunnels, underground Tunnel, Piam tunnel, open tunnel, air tunnel, soundproof wall, soundproof tunnel, road, driveway, sidewalk, sidewalk, railroad, track, pavement, pavement, runway, running route, operating route, city, safety, structure, ground, foundation , Bridge, bridge, road bridge, railroad bridge, overpass, shift, pier, wind bridge, aerial bridge, dam, dirt dam, earth and sand dam, dead power dam, cement dam, concrete dam, arch dam, all sides dam, embankment, dirt embankment, earth and sand embankment , Sa-power embankment, cement regeneration, concrete regeneration, river embankment, river, ocean, harbor, coast, revetment, lake, waterway, quay wall, watershed, estuary, breakwater, seawall, offshore structure, beam, underwater beam, ground section, water surface beam, water Tablecloths, river beams, 4 major river beams, facilities, facilities, buildings, structures, sculptures, landscape materials, subways, structures, facilities, molds, formwork, retaining walls, reinforced earth retaining walls, stone structures, underground walls, earth barrier walls, shielding walls, reaction walls, complex Wall, anchor, soil anchor, rock anchor, nailing, soil nailing, bolt, soil bolt, rock bolt, equipment, plant, landscaping facility, landfill, power plant, waste landfill, thermal power plant, nuclear power plant, soil structure, soil structure , Earthwork structures, slope structures, slope structures, repair structures, offshore structures, cement structures, concrete structures, ready-mixed concrete structures, wood structures, steel structures, steel structures, underground structures, underwater structures, ground structures, aerial structures, floating structures, assembly Structures, ground structures, underground structures, water surface structures, underwater structures, repair structures, public structures, SOC facilities, public facilities, private facilities, park facilities, water treatment facilities, wastewater treatment facilities, purification facilities, repair facilities, construction facilities, civil engineering facilities , Environmental facilities, 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, and floating facilities. Can, water, materials, raw materials, Materials, materials, powders, sheets, mats, pouring materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, mortar, remittal, ready-mixed concrete, asphalt concrete, concrete, any one selected from the group consisting of beams and PSC materials,
Materials 14 are construction, development, architecture, construction, work, civil works, environment, purification, purification, cleanliness, healing, crack healing, restoration, river restoration, think hole restoration, landscaping, planting, molding, sculpture, manufacturing, material manufacturing , Production, material production, work, construction, construction work, construction, building construction, material production, material production, construction work, construction work, building construction, disaster prevention, soil, earthworks, ground, underground, basement, slope, slope, slope , Foundation, pile, PHC pile, excavation, excavation, excavation, cutting, embankment, geothermal pile, factory pile, burial foundation, driving foundation, rotary burial foundation, cast-in-place pile, soil barrier, soil barrier wall, slurry wall, underground continuous wall , Diaphragm wall, CIP(cast in place pile), CP(compaction pile), SCP(sand compaction pile), CCP(crushed stone compaction pile), VCCP(vibrated CCP), dredging, reclamation, underwater, cableway, elevator, Masonry, plastering, waterproofing, order, water proofing, painting, pavement, dirt pavement, road pavement, sidewalk pavement, improvement, ground improvement, ground clearing, complex clearing, drilling, boring, mixing, mixing, supply, provision, pressure delivery, transfer, Transportation, pouring, mold pouring, concrete pouring, chiming, laying, slope laying, ground laying, road laying, 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), spray, water spray, ground spray, slope spray, underwater spray, aerial spray, dust removal spray, curing , Training, geothermal work, mixing, ground mixing, ground agitation mixing, DCM (deep cement mixing), SCW (soil cement wall), compaction, underground compaction, stirring compaction, pavement compaction, spraying, shotcrete, green soil, seed spray, Repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, face treatment, sink hole treatment, sink hole filling, cavity filling, stone, masonry, exterior wall, Scaffolding, dismantling, windows, sheet metal, roof sheet metal, assembly, architectural assembly, steel, windows, sheet metal, water and sewage, method, electric method, greening, cleaning, washing, redevelopment, reconstruction, interior, remodeling, k424) weight, light weight, foam , Bubbles, expansion, permeability, unreinforced, reinforced, unreinforced concrete, reinforced concrete, RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete), PS (prestressed, poststressed), PSC ( Prestressed concrete, poststressed concrete), SRC (steel reinforced cement), CRC (carbon reinforced cement), material, material, liquid, water, water, material, raw material, material, material, powder, sheet, mat, pouring It is any one selected from the group consisting of materials, interior materials, exterior materials, main materials, subsidiary materials, construction materials, mortar, remittal, ready-mixed concrete, ascon, concrete, and the beam or PSC materials,
The material 15 is the beam or PSC material containing at least one of rods, rods, plates, nets, meshes, grids, fibers, sheets, mats, reinforcing bars, wire meshes, steel frames, ceramics, fibers, cages, nanomaterials, and reinforcing materials Is any one selected from the group consisting of,
The material 16 is one of a) strength, compressive strength, tensile strength, and shear strength after one of pouring, curing, hardening, and hardening, is a low strength of 1-50kg/㎠, ultra-low strength less than this, and a medium-low strength of 51-100kg/㎠. 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, super high strength above this high strength; b) Low density of 0.1∼0.5t/m3, ultra-low density less than this, medium-low density of 0.51∼1.0t/㎥, medium density of 1.1∼1.5t/㎥, medium density of 1.51∼2.0t/㎥, and 2.1∼ High density of 3.0t/㎥, super high density above this high density; c) Low water permeability with a water permeability coefficient of 10^(-15∼-10)cm/sec, ultra-low water permeability less than this, medium-low water permeability of 10^(-9∼-6)cm/sec, 10^(-5) Medium permeability of ∼-3)cm/sec, medium water permeability of 10^(-2∼+1)cm/sec, high water permeability of 10^(+2∼+5)cm/sec, ultra-high permeability above this high permeability castle; Any one selected from the group consisting of one of the beams to PSC materials,
The material 17 is a) mortar, milk, chemical solution, suspension, slurry, blend, ready-mixed concrete, ascon, concrete, paste, plaster, beam, wall, plate, pipe, tile, brick, block, mat, board, girder, slab, Culverts, boxes, tanks, manholes, Hume pipes, water tanks, foundations, columns, piles, piles, piers, caissons, linings, segments, interior materials, exterior materials, construction materials; b) the mortar to the plaster or the mortar to the building material containing one of the curing or containing; c) or construction, architecture, civil engineering, landscaping, sculpture, molding, environment, construction, construction, improvement, reinforcement, repair, reinforcement, pavement, interior, remodeling, facility, building, structure, facility, material, material, raw material , From the mortar to building materials; Is any one selected from,
The material 18 is one of a material manufactured by equipment, a material manufactured by one or more of the storage or cotton treatment machine, a material used for construction, a material used for work, and a material that creates a facility,
For the material 19, the material is stored, input, mixed, pressurized, transported, supplied, poured, placed, injected, injected, sprayed, shot, coated, painted, packaged, compacted, mixed, It is a material manufactured by at least one of curing and cotton treatment,
The material 20 is one of a) an electromagnet, a superconducting magnet, a solenoid electromagnet, a magnet or electromagnet with a cone spiral, a solenoid electromagnet with a cone spiral, a cone spiral with a magnet or electromagnet, a cone spiral with a solenoid electromagnet, a cone spiral with a magnet or an electromagnet Liquidity improvement; b) improved fluidity by means of a hollow body provided with one of the electromagnets to the cone netting machine spiral; c) improved fluidity by a pouring machine provided with one of the electromagnets to the hollow body; d) One of agitation, mixing, fluidity, and filling properties is improved by one of a cone, a cone spiral, a rod, a rod, a protruding rod equipped with a magnet; e) Unmanned pouring and automated pouring by 3D printer; f) High-rise pouring and unmanned pouring by drones; It is one of the materials,
The material 21 is a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion by the equipment; b) the magnetization or magnetic energy conversion without power by the equipment; c) improvement of one of fluidization, fluidity, slump value, workability, and workability by the above equipment; d) reducing the amount of fluidizing agent input by the above improvement; e) reducing the cost of using the fluidizing agent by the reduction; f) Mixability, agitation, pressurization, feedability, mobility, pourability, placement, injectability, injectability, sprayability, coating, paintability, compaction, mixing, adhesion, Improvement of at least one of inflow, filling, mold filling, space filling, and closed room filling; g) Reduction of one of dropping property, 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 any one or more materials selected from,
The water is any one selected from water, water, water, sewage, dam water, river water, ground water, surface water, and pumped water,
The water is any one selected from water, water, water, and substances,
The liquid is any one selected from liquid, liquid, chemical liquid, and liquid,
The oil is any one selected from oil, oil, oil, and oil,
The sol is a sol, organic sol, inorganic sol, hydrophilic sol, hydrophobic sol, aerosol, hydrosol, organosol, colloidal sol, colloidal solution, a sol made of a gel, and colloidal particles are dispersed in a liquid. Any one or more selected from materials having fluidity, and
The gel is a gel, a sol-gelled gel, agar, tofu, bonding gel, silica gel, hydrogel, hydrogel, diatomaceous earth gel, acid clay gel, xerogel, porous gel, xerogel , Diatomaceous earth (硅藻土), acid clay (酸性白土), a gel in which a colloidal solution (sol) is thickened to a certain concentration or more, and one or more selected from among the solidified by entering a solvent or water between the mesh of colloidal particles. ,
The soil is any one selected from soil, soil, soil,
The carbon is any one selected from coal, briquettes, ash, charcoal, activated carbon, and carbide,
The charcoal is any one selected from charcoal, charcoal, charcoal, wood charcoal, charcoal,
The ash is ash, ash, incineration ash, incineration ash, firing ash, carbonization ash, combustion ash, chaff ash, volcanic ash, briquette ash, bottom ash, fly ash, thermal power plant ash, incinerator ash, incinerator ash, SiO ₂ 40-60 weight It is any one or more selected from the ash containing the part,
The carbon is selected from carbon dioxide that undergoes carbonation reaction such as carbon, 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 Which one,
The graphene is any one selected from graphene, a layer of graphite, a thin layer of graphite, and a 0,2 nm layer of graphite,
The waste powder is any one or more selected from waste powder, stone powder, ash powder, iron powder, dust, phosphorus powder, copper powder, animal powder, fine powder, iron powder dust, cement dust, concrete fine powder,
The gas is any one or more selected from gas, oxygen, hydrogen, nitrogen, chlorine, carbon, carbon dioxide,
The microorganism is microorganism 1 or 2,
The microorganism 1 is a microorganism, cultured microorganism, fermented microorganism, immature microorganism, degraded microorganism, useful microorganism, effective microorganism, aerobic microorganism, anaerobic microorganism, aerobic microorganism, semi-aerobic microorganism, semi-anaerobic microorganism, basophilic microorganism, low alkali microorganism, strain , Lactobacillus, Actinomycetes, Radiation bacteria, Photosynthetic bacteria, Yeast bacteria, Nuruk bacteria, Fungi, Lactic acid bacteria, Acetate bacteria, Bacillus bacteria, Bifidobacteria, Bacteriophage, Bacillus bacteria, Pasteurosis bacteria, Lactobacillus, Saccharomyces bacteria, Sporosalsi Nagyun, Bacillus cereus, Bacillus anthracis, Bacillus subtilis, Bacillus spaericus, Bacillus pasteuri, Bacillus capital fisher, Bacillus coni,
The microorganism 2 is a microorganism that performs one or more of bonding, sealing, binding, bridging, carbonation, low water permeability, high water permeability, and crack filling of one of a substance, a material, a material, and a poured object,
The phytoncide is phytoncide 1 or 2,
The phytoncide 1 is any one selected from phytoncide, magnetized phytoncide, bio phytoncide, magnetic body passage magnetized phytoncide, microbial-injected bio phytoncide,
The phytoncide 2 is a phytoncide extracted from one of a tree, a stem, a plant, a bark, or a cypress tree, or a content thereof,
The resins are resins, resins, chemicals, chemicals, water glass, natural resins, artificial resins, synthetic resins, nano resins, polymer materials, polymer polymers, hydraulic polymers, geopolymers, high molecular 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-curable 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, polyhydroxyhexane, isocyanate, MMA (Methyl Methacrylate), CMC (carboxymethyl cellulose), SAP (super absorbent polymer) any one or more selected from,
The fibers or fibers are fibers, fibers, fibers, fibrous tissue, beard roots, wool, hemp, rock wool, silk yarn, yarn, fineness, textiles, jute, wool, raw yarn, human silk, short fibers, long fibers, cotton, Kapok-myeon, coier, manila hemp, sisal hemp, leaf flax, ramie grass, goat's wool, camel hair, cashmere, kapok dog, night sleep dog, silk fiber纖維), asbestos, gold foil yarn, silver doctor yarn, rayon, viscose rayon, cupra rayon, filament, nylon, viscose rayon, staple fiber, coir, natural fiber, artificial fiber, plant fiber , Animal fiber, mineral fiber, seed fiber, mac fiber, bast fiber, water wool, inorganic fiber, organic fiber, metal fiber, glass fiber, rock Fiber, slag fiber, silicate fiber, regenerated fiber, semi-synthetic fiber, synthetic fiber, fibrin fiber, protein fiber, semi-synthetic fiber, nylon fiber, semi-long fiber, hard fiber, peanut fiber, bast fiber, chocoal ) Any one or more selected from fibers, copper ammonium rayon, heat-resistant fibers, ceramic fibers, water wool fibers, plant fibers, regenerated fibers, synthetic fibers, new synthetic fibers, and ductile fibers with a length of 1.1 to 100 times their thickness,
The reinforcing material is a) rod, frame, mesh, beam, plate, cell, reinforcing bar, steel frame, reinforcing bar, steel bar, H beam, I beam, steel wire, column, pile, girder, steel pipe, steel bar, steel bar, carbon, mesh, Grating, wire mesh, sheet, mat, fiber, glass, metal, steel, frame, rope, bolt, anchor, bridge seat, arch, nailing, truss, cable, wire, grid, fiber, mesh grid, grid mesh, carbon mesh, Carbon rod, carbon band, carbon rod, reinforcement material, vertical material, horizontal material, inclined material, bracket, nano material, carbon material, carbon fiber, nano carbon, sheet mat, sheet pile, carbon sheet, carbon mat, nylon net, FRP material, Bracing, X-bracing, warp-bracing, plastics, wire mesh, polymer composites, metal polymer binders, wire mesh and carbon net bonds, iron bars and their outer circumferential net or carbon net bonds, carbon bars and their outer circumferential wire mesh bonds; b) two or more of these composites; c) One of these composites: reinforcing bars and carbon nets, nets and grids, nets and grids and sheets; Is any one selected from,
The nanomaterial is one of nanomaterials 1, nanomaterials 2, nanomaterials 3, nanomaterials 4, and nanomaterials 5,
The nanomaterial 1 is any one selected from nanomaterials, nanomaterials, nanomaterials, nanomaterials, nanomaterials, nano irons, nano metals, nao ions, nano resins, nano carbons, and nano latex,
The nanomaterial 2 is a number, water, liquid, oil, drug, drug, sol, gel, group, high, agent, ash, powder, substance, particle, fluid, liquid, having a size of ^{10 -9 meters or corresponding to the size.} It is any one selected from gas, solid, carbon, metal, iron powder, stone, wood, polymer material, liquid gas, liquid solid, contribution solid, liquid solid, particulate matter, granular material,
The nanomaterial 3 is a material having a size of ^{10 -7} to -11 meters, which is ±100 ^{of 10 -9 meters,}
The nanomaterial 4 is a material that improves one of the decomposition, reaction, function, and performance of the material due to its small particle size and large specific surface area,
The nanomaterial 5 is a nanoresin that improves one of reaction, bonding, binding, and fluidity compared to ordinary resins, and becomes at least one of an increase in strength and a decrease in water permeability after hardening or curing,
The micro-materials may include micro-materials, micro-materials, micro-materials, micro-materials, and micro-materials; Or the number to the granular material of the size of ^{10 -6 meters or corresponding to the size;} Is any one selected from,
The admixtures are admixtures, additives, quick-setting agents, finalizing agents, water reducing agents, rust inhibitors, sintering agents, pressure-sensitive adhesives, adhesives, fixing agents, solidifying agents, binders, binders, water repellents, antifouling agents, fluidizing agents, air entraining agents, non-flammable agents, flame retardants. , Fire retardant, emulsifier, pH agent, pH adjuster, pH 7 or less agent, pH 7 or more agent, acidic agent, basic agent, neutralizing agent, neutralizing agent, sulfuric acid, hydrochloric acid, nitric acid, acetic acid, sodium hydroxide, caking agent, modifier, fast economy, couple Ring agent, catalyst, crosslinking agent, dispersant, plasticizer, accelerator, retarder, coagulation delaying agent, waterproofing agent, waterproofing agent, expanding agent, foaming agent, foaming agent, antifoaming agent泡劑), pigment, colorant, set accelerator, set delay agent, absorbent, adsorbent, trapping agent, antibacterial agent, detoxifier, dehydrating agent, crushing agent, crushing agent, aeration agent, activator, dehumidifying agent, dehydrating agent, water function Agent, containing agent, containing agent, embedding agent, nano agent, micro agent, anion radiating material, far-infrared radiating material, cement admixture, concrete admixture; Complex of two or more of them; Is any one selected from,
The additives are gas, air, pressure, air bubbles, oxygen, hydrogen, nitrogen, chlorine, carbon, chemicals, drugs, medicines, chemicals, resins, minerals, substances, liquids, gases, solids, powders, dust, waste powder, iron powder, stone powder , Loess, by-products, microorganisms, medium, nutrients, vitamins, electricity, power, power, catalyst, photocatalyst, ozone, ion, cation, anion, phytoncide, enzyme, yeast, urea, enzyme, aerobic agent, anaerobic agent, activator, nano Agent, carbonate, detergent, reactive agent, adsorbent, flocculant, disinfectant, disinfectant, fragrance, antibacterial agent, germ remover, decontamination agent, odor remover, atopic source remover, environmental hormone remover, sick house syndrome remover, carbonation medium, pump press, blower Press, wind compressor press; Complex of two or more of them; Is any one selected from,
The pressure is a pressure 1 or 2,
The pressurizer 1 is any one selected from compressed air, pressurized air, pump pressurizer, blower pressurizer, compressor pressurizer, wind pressurizer, and a mixture presser of two or more of them,
The indenter 2 is a low pressure of 1-50kg/cm2, an ultra-low pressure less than that, a medium-low pressure of 51-100kg/cm2, a medium pressure of 101-200kg/cm2, a medium pressure of 201-300kg/cm2, and a medium pressure of 301-600kg/cm2m. High pressure, one of the ultra-high pressures higher than this high pressure, or compressed air or pressurized air,
The by-products are by-products, wastes, waste powder, stone powder, dust, iron dust, tailings, wastewater, ash, bottom ash, fly ash, kiln dust, food waste, food wastewater, slag, sludge, foundry sand, waste foundry sand, waste gypsum, waste lime, It is any one selected from scrap iron, scrap metal, waste cement, waste concrete, waste asphalt, construction waste, industrial by-products, and factory by-products,
The activator is an activator, a surfactant, a substance activator, a state activator, an activator that improves one of reaction, hydration, hydration, strength, and energy of a substance, an ionic surfactant, a cationic surfactant, an anionic surfactant, a nonionic surfactant, Zwitterionic surfactants, lignin sulfonic acid salts, polyalkylaryl sulfonates, melamine formalin sulfonates, aromatic polycyclic condensate sulfonates, ethers, esters, resin acid salts, polyalkylbenzene sulfonic acid salts, polyalkyl Sulfonic acid salt triethanolamine type, dodecylamine (dodecylamine), HDTMA (hexadecyltrimethylammonium), sodium laurate, any one selected from a combination of two or more of them,
The reactant is 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, Ligninsulfonic Acid, Ureaformaldehyde, Polyester, Noble Metals, Polyvalent Metals, Slag, Pearlite, Atapalgite, 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 a composite of two or more of them,
The reactant 2 is a reaction, heating reaction, exothermic reaction, catalytic reaction, hydration reaction, oxidation reaction, reduction reaction, aggregation reaction, urea reaction, decomposition reaction, desalination reaction, cleavage reaction, carbonation reaction, hydroxylation reaction, pozzolan reaction, microorganism It is any one selected from agents, ash, substances, materials, drugs that cause or cause one of the reactions,
The rapid setting agent is any one selected from rapid setting agent, cement rapid setting agent, concrete rapid setting agent, silicate accelerator, aluminate accelerator, alkali free accelerator, cement mineral rapid setting agent. ego,
The above disinfectants are formalin, alcohol, disinfectant, cresol soap solution, hydrogen peroxide solution, inorganic disinfectant, Bordeaux liquor/lime sulfur compound, phenolic water, cresol water, sesame water, chlorcalc, organic mercury, dithiocarbamate, Daisen-M , Balibi, Valcoat, Benomyl, Blasticidin S, Vinclozoline, Edifenphos, Oxycarboxine, Oxin Copper, Organophosphorus Disinfectant, Organic Sulfur Disinfectant, Isoprothiolane, Iprodione, Geneve , Maneb, Anthracol, Georam, Phthalamide, Carboxine, Captan, Cooper Hydroxide, Chlorothalonil, Triadimephone, Dodyne, DinoCap, Diclofluanide, Diclones, Ditianone , Maneb, Captan, Captipol, Dipolartan, Polpet, Bendimidazole, Benomyl, Benrate, Thiophane Ethyl, Triazole, Triadimephone, Tricyclazole, Organic Disinfectant, Metalaxil, Dazigarene ( hymexazol), kitazine (IBP), edifenphos, isoprothiolane, agricultural antibiotics, streptomycin, cyclohexamide, blasticidin, kasugamycin, polyoxine, validamycin, neoasogene , Validamycin-A, any one selected from two or more complexes,
The compounded water is water, water, liquid, oil, medicine, sol, gel, liquid, mineral water, water, sewage, storm water, sewage, waste water, turbid water, dirty water, sea water, salt water, spring water, drinking water, ground water, bedrock water, Surface water, acidic water, basic water, carbonated water, magnetized water, hexagonal water, water or water or any one selected from liquid or liquid used in the formulation,
The blending material is any one selected from agents, materials, materials, raw materials, substances, magnetic materials, and magnetic blending materials used in the blending,
The blend is selected from pouring materials, chemical solutions, milk, mortar, suspension, slurry, ready-mixed concrete, asphalt, paste, plaster, concrete, magnetized material, magnetized blend, blended material, material used for blending, blending water and blending material. Which one,
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, a mixture of cement, water and sand,
The chemical solution is any one selected from a chemical solution, a drug, water glass, sodium silicate, a resin solution, and a drug-containing solution,
The suspension is 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, fresh concrete, ready mixed concrete, fresh concrete manufactured in a batch plant (not yet hardened concrete), a mixture of cement, water, sand, and gravel,
The asphalt is any one selected from asphalt, tar, pitch, bitumen, crude oil, crude evaporation, and crude oil,
The paste is any one selected from paste, cement paste, asphalt paste, and a mixture of cement and water,
The plaster is any one selected from plaster, gypsum plaster, lime plaster, and a mixture of lime and water,
The concrete is concrete, loess concrete, soil concrete, fiber concrete, fiber concrete, reinforced concrete, steel concrete, carbon concrete, reinforced concrete, fiber reinforced concrete, cold concrete, cold concrete, heavy concrete, lightweight concrete, foamed concrete, foam concrete , ALC (autoclaved lightweight concrete), AE (air entraining agent) concrete, ready mixed concrete (ready mixed concrete), prepact concrete (prepact concrete), any one selected from a mixture of cement, water, sand and gravel,
The pouring material is any one or more selected from the milk to concrete, water to plaster,
The geopolymer is a Si component, Al component, Si ₂ O ₅ , Al ₂ O ₂ , _{at least one of SiO 2} and K component, Na component, OH component, KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ A material formed by combining at least one of SiO ₃ , NaOH+Na ₂ SO ₄ , Ca(OH) ₂ +Na ₂ SiO ₃ , Ca(OH) ₂ +Na ₂ SO ₄ , Na ₂ SiO ₃ +Na ₂ CO ₃ ego,
The Ca is Ca, calcium ion, Ca ⁺² , CaO, CaCO ₃ , Ca(OH) ₂ , Ca ₃ SiO ₅ (tricalcium silicate), Ca ₂ SiO ₄ (dicalcium silicate), CaSiO ₃ (calcium metasilicate), CaO At _{least one of SiO 2} ·nH ₂ O is included,
The Mg contains at least one of Mg, Mg ²⁺ , MgO, MgCO ₃ , magnesium ion, Mg(OH) _2,
The Si includes at least one of Si, Si ⁺² , Na ₂ SiO ₃ , silicic acid, silicon ions, SiO ₂ , CaO·SiO ₂ ·nH ₂ O,
The Fe contains at least one of Fe, FeO, Fe ₂ O ₃ , Fe ₃ O _{4, iron ions,}
The Me includes at least one of the abbreviation Me of metal, metal ion, Metal, and Metal,
The Al contains at least one of aluminum and aluminum ions,
The K contains one or more of K, K ⁺ , KOH, potassium ion,
The Na is Na, Na ⁺ , NaOH, NaCl, Na ₂ SiO ₃ , Na ₂ SO ₄ , and one or more of sodium ions are included,
The OH is OH, OH ^- containing one or more of, KOH, NaOH, hydroxyl ion,
The COO includes at least one of COO, COO-, COOH, CH ₃ COOH, carboxyl, carboxyl ions, resin raw materials, and resin components,
The CaMg includes one or more of CaMg, Ca, Mg, and CaMg,
The CaSi includes at least one of Ca, Si, and CaSi,
The CaFe contains at least one of Ca, Fe, and CaFe,
The CaAl contains at least one of Ca, Al, and CaAl,
The MgSi includes at least one of Mg, Si, and MgSi,
The MgFe contains at least one of Mg, Fe, and MgFe,
The MgAl contains at least one of Mg, Al, and MgAl,
The SiFe contains at least one of Si, Fe, and SiFe,
The SiAl contains at least one of Si, Al, and SiAl,
The FeAl contains at least one of Fe, Al, and FeAl,
The CaMgSi includes at least one of Ca, Mg, Si, CaMg, CaSi, MgSi, and CaMgSi,
The CaMgFe includes at least one of Ca, Mg, Fe, CaMg, CaFe, MgFe, and CaMgFe,
The CaMgAl contains at least one of Ca, Mg, Al, CaMg, CaAl, MgAl, and CaMgAl,
The MgSiFe includes one or more of Mg, Si, Fe, MgSi, MgFe, SiFe, MgSiFe,
The MgSiAl contains at least one of Mg, Si, Al, MgSi, MgAl, SiAl, and MgSiAl,
The SiFeAl contains at least one of Si, Fe, Al, SiFe, SiAl, FeAl, and SiFeAl,
The CaMgSiFe includes one or more of Ca, Mg, Si, Fe, CaMg, CaSi, CaFe, CaMgSi, MgSiFe, CaSiFe, CaMgSiFe,
The CaMgSiAl includes at least one of Ca, Mg, Si, Al, CaMg, SiAl, CaMgSi, MgSiAl, and CaMgSiAl,
The MgSiFeAl includes one or more of Mg, Si, Fe, Al, MgSi, FeAl, MgSiFe, SiFeAl, MgSiFeAl,
The CaMgSiFeAl includes at least one of Ca, Mg, Si, Fe, Al, CaMg, SiFe, MgSi, FeAl, CaMgSiFe, MgSiFeAl, and CaMgSiFeAl,
The KSiAl contains at least one of K, Si, Al, KSi, KAl, SiAl, and KSiAl,
The NaSiAl contains at least one of Na, Si, Al, NaSi, NaAl, SiAl, and NaSiAl,
The KNaSiAl contains at least one of K, Na, Si, Al, KNa, KSi, KAl, KNaSi, KNaAl, NaSiAl, and KNaSiAl,
The CaSiCOO includes at least one of Ca, Si, COO, CaSi, CaCOO, SiCOO, and CaSiCOO,
The MgFeCOO includes at least one of Mg, Fe, COO, MgFe, FeCOO, and MgFeCOO,
The CaMgFeCOO includes at least one of Ca, Mg, Fe, COO, CaMg, FeCOO, CaMgFe, MgFeCOO, and CaMgFeCOO,
At least one of the Ca to CaMgFeCOO agents, ash, ions, components, urea, elements, substances, reactants, binders, inclusions, nano products, resin products, by-products, carbon products, fibers, catalysts, fiber products, latex In water, bio-water, and phytoncide water,
The agent is at least one of the Ca to CaMgFeCOO; Ca agent, Mg agent, FeCOO agent, CaMgFeCOO agent which are one of these; Is any one selected from,
The ash is at least one of the Ca to CaMgFeCOO ash; Ca material, Mg material, FeCOO material, CaMgFeCOO material, which are one of them; Is any one selected from,
The ions are one or more ions of Ca to CaMgFeCOO; Ca ions, Mg ions, FeCOO ions, and CaMgFeCOO ions, which are one of them; Is any one selected from,
The component is one or more components of the Ca to CaMgFeCOO or a component containing one or more; Ca component, Mg component, FeCOO component, CaMgFeCOO component, Ca-containing component, Mg-containing component, FeCOO-containing component, CaMgFeCOO-containing component; Is any one selected from,
The element is one or more elements of the Ca to CaMgFeCOO; Ca urea, Mg urea, FeCOO urea, CaMgFeCOO urea; Is any one selected from,
The element is one or more of the Ca to CaMgFeCOO; One of them is Ca element, Mg element, FeCOO element, CaMgFeCOO element; Is any one selected from,
The material is at least one of the Ca to CaMgFeCOO; Ca material, Mg material, FeCOO material, CaMgFeCOO material; Is any one selected from,
The reactant is a reactant between one or more of the Ca to CaMgFeCOO or a reactant between one or more of the other substances, an oxidation reactant, a hydration reactant, a carbonation reactant; Ca reactants as one of CaO, Ca(OH) ₂ , CaCO ₃ , Mg reactants MgO, Mg(OH) ₂ , MgCO ₃ ; Is any one selected from,
The bonding material is a combination of one or more of the Ca to CaMgFeCOO or a combination of one or more and another material; One of them, CaMg, which is a combination of Ca and Mg, CaO, which is a combination of Ca and O, and _{Ca(OH) 2,} which is a combination of _{Ca and H 2} O; Is any one selected from,
The inclusions include at least one of the Ca to CaMgFeCOO; One of these is a material containing Ca, a material containing Mg, a resin containing FeCOO, and sand containing CaMgFeCOO; Is any one selected from,
The nano-material is one or more of the Ca to CaMgFeCOO nano-material; One of these is Ca component-containing nanomaterials, Mg component-containing nanomaterials, FeCOO nanomaterials, CaMgFeCOO nanomaterials; Or the Ca to CaMgFeCOO having a nanometer size; Is any one selected from,
One of the resin products, by-products, carbon products, fibers, catalysts, fibers, latex products, bio products, and phytoncide products is a resin containing at least one or more components of Ca to CaMgFeCOO, by-products, carbon, fibers, catalysts , Fiber, latex, microorganism, any one selected from phytoncide,
The biomaterial includes one of Ca or Ca component-containing microorganisms, Mg or Mg component-containing microorganisms, FeCOO or FeCOO component-containing microorganisms, CaMgFeCOO or CaMgFeCOO component-containing microorganisms,
One of the Ca to CaMgFeCOO is 1) calcium reaction, oxidation reaction, hydroxylation reaction, carbonation reaction, pozzolanic reaction by Ca or Ca-containing components, 2) magnesium reaction, oxidation reaction, hydroxylation reaction, carbonation by Mg or Mg-containing components Reaction, 3) Silicon reaction by Si or Si-containing components, silicic acid reaction, silicon solidification reaction, 4) Iron reaction by Fe or Fe-containing components, iron agglomeration reaction, iron oxidation reaction, iron solidification reaction, iron ionization reaction, 5 ) Metal reaction, metal agglomeration reaction, metal oxidation reaction, metal solidification reaction, metal ionization reaction by Me or Me-containing components, 6) aluminum reaction by Al or Al-containing components, aluminum agglomeration reaction, aluminum ionization reaction, 7) K Or potassium reaction, oxidation reaction, carbonation reaction by K-containing component, 8) sodium reaction by Na or Na-containing component, oxidation reaction, carbonation reaction, 9) hydroxylation reaction by OH or OH-containing component, anion reaction, radical reaction , 10) Resin reaction, solidification reaction, expansion reaction, carboxyl reaction by COO or COO-containing component, 11) any one selected from two or more of the above reactions will occur,
It becomes one or more of the following 1, 2, 3 by the above occurrence,
In the above 1, one or more of the strength, stiffness, density, bonding, binding, bonding force, adhesion, friction angle, waterproofness, water repellency, and durability of one of a material, a material, and a pouring material are improved,
In the above 2, one of the functions, performance, and effects of one of cement, chemical solution, substance, material, and pouring material is improved
3 is a material characterized in that one or more of the strength, stiffness, density, bonding, binding, bonding force, adhesion, friction angle, water resistance, water resistance, and durability of the material are improved.

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