KR20210023940A - Injection, spray, repair, reinforcement, work, grouting equipment and method - Google Patents

Abstract

The present invention relates to a) a cone where a magnet, an electromagnet, a magnetic body, a superconducting magnet, and a solenoid electromagnet are mounted, a cone rod, a cone spiral, a cone mesh rod frame, a rod frame spiral, a cone mesh rod frame spiral, and a hollow body storing the same, b) magnetized material undergoing the same or a material containing Ca, Mg, Si, Fe, Me, Al, K, Na, OH, COO, CaSi, and CaFe, mortar, milk, ready-mixed concrete, and concrete, and c) a use method for the equipment and the concrete, a construction method, construction, insertion, spraying, mixing, pouring, injection, and grouting.

Description

Injection, spray, repair, reinforcement, work, grouting equipment and method}

The present invention relates to equipment and methods such as injection, spraying, mixing, pouring, improvement, repair, reinforcement, work, injection, grouting, and the like.

In general, construction, construction, civil works, construction, construction, buildings, facilities, structures, their construction, composition, foams for them, molds, molds, euroforms, etc. , Pouring equipment, injection equipment, etc. are provided or necessary for the pouring or injection thereof, or using these, a pouring construction, injection construction, pouring construction method, injection construction method, etc. are performed.

General mortar, chemical liquid, ready-mixed concrete, suspension, concrete, etc. are used as the existing pouring material or injection material, and as the pouring equipment or injection equipment, a blender that mixes the pouring material or injection material, nozzles, hoses, pipes, and pouring that pour or inject it. Machines, injectors, injectors, etc. are used.

In the case of existing pouring or pouring, it is necessary to improve the fluidity of the pouring material or injection material for pourability, workability, sprayability, workability, high-rise compression, high-rise pouring, etc., and in the case of pouring equipment or injection equipment. In addition, a mechanism for improving the fluidity of the pouring material or injection material, another mechanism to replace the high-rise pouring manpower, and a mechanism for improving the properties of the pouring material during the pouring process are required, and a new method using the pouring material, injection material, pouring equipment, and injection equipment. It is necessary to devise a pouring construction, an injection construction, a pouring construction method, and an injection construction method.

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

In order to solve the above problems, the present invention is to solve the problem of improving the performance of pouring materials or injection materials such as cement and chemical liquids, improving the fluidity of the pouring materials or injection materials, designing devices for high-rise placement and manpower replacement, and replacing commercial electricity. It should be.

In the present invention, a) designing materials such as Ca, Mg, Si, Fe, Al, K, Na, OH, COO, etc. to improve the performance of materials such as cement, chemicals, or pouring materials, b) development of materials containing its materials, materials, c) Electromagnets, superconducting magnets, solenoid electromagnets, solenoid electromagnets with magnets or electromagnets, cone spirals, solenoid electromagnets, magnets or electromagnets with cone spirals, magnets or electromagnets, cones spirals, solenoid electromagnets Connet rod machine spiral, hollow body with one of them, design of a pourer, injector, etc., d) application of drones for high-rise placement, e) application of 3D printer for manpower replacement, f) solar and wind power generators for replacement of commercial electricity Application, etc. are used as a means of solving the problem

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 casting materials such as cement and chemicals, and thereby cure the casting material, Strength, stiffness, density, cohesion, water resistance, water resistance, durability, etc. of solid cargoes are improved, b) Electromagnets, superconducting magnets, solenoid electromagnets, magnets or electromagnets equipped with a cone mesh spiral, solenoid electromagnets with cone spirals, magnets or electromagnets , Connet rod machine spiral with magnet or electromagnet, cone spiral with solenoid electromagnet, hollow body with one of them, and improved fluidity of pouring material by devising magnetized pouring equipment such as a pouring machine equipped with these, c) cone, cone spiral, rod, rod frame on magnet , Improvement of agitation, mixing, fluidity, and filling of the pouring material by the provision of protruding rods, d) unmanned construction, unmanned pouring, automated construction, automated pouring by applying a 3D printer, e) high-rise pouring by applying a drone, It provides effects such as substitution, supplementation, and reduction of commercial electricity by applying unmanned pouring, manpower pouring, f) solar and wind power generators, the use of alternative energy, low carbon green growth, and prevention of global warming.

In particular, by means of the above magnetized pouring equipment, a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, b) non-powered or permanent magnetization, hexagonal hydration, energy conversion, magnetic energy conversion, c) fluidization, Improvement of fluidity, slump value, workability, workability, etc., reducing the input amount of fluidizing agent and admixture containing it, reducing the cost of using fluidizing agent and admixture, d) mixing, agitation, pressurization, supply, mobility , Pourability, placement, injection, injectability, sprayability, coating, paintability, compaction, mixing, adhesion, inflow, filling, mold filling, space filling, closed chamber filling, etc. e) Reduction of dropout, desorption, rebound, etc., f) Vibration work, compaction work, vibrator work, vibrating cost, vibrating equipment, vibrating manpower, etc. Facilities, etc., after curing and hardening, a) density, specific gravity, strength, stiffness, adhesion, friction angle, bending, shearing, durability, water resistance, water resistance, water resistance, surface treatment, surface smoothness, etc., b compressibility, Reduction of consolidation, settling, cracking, breakage, water permeability, etc., c) reinforcement, reinforcement, flatness, smoothness, less irregularities, prevention of irregularities, etc., surface, surface, exposed surface, finished surface, concrete surface, dismantled surface It provides effects such as scratch prevention.

And in the present invention, the pouring material or injection material overflows the outer slope and flows into the inner slope, the cone vortexing, the net vortexing while the pouring material finely passes through its hole hole, the rod vortexing when the pouring material collides, and the pouring material has its own lattice hole. The cone mang rod machine spiral, which is composed of a frame that vortex while largely passing through and a spiral that vortex while the casting material swirls, is applied to vortex the casting material, magnetized casting material, etc. for additional agitation to make the quality of the casting material more homogeneous, and have the magnetization function. The various effects described above are further improved by promoting, enhancing, synergizing, and the like. And, in the case of applying a porous cone net bar spiral, a total of 10 eddy currents occur due to the addition of 5 times of vortex by each perforated hole in addition to 5 times of vortex by 5 types of cone-net-bar-frame-helix for the pouring material. As a result, the homogeneity, agitation, and magnetization of the material are further improved.

1 is a schematic diagram showing a material or pouring 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

The present invention relates to equipment and methods related to injection, spraying, mixing, pouring, improvement, repair, reinforcement, work, injection, grouting, and the like. According to claim 1, the equipment is one of equipment 1, equipment 2, equipment 3, equipment 4, equipment 5, equipment 6, equipment 7, equipment 8, equipment 9, equipment 10, and equipment 11.

In the equipment 1, a) a1) a net 48 is mounted after the cone 11, a rod 45 is mounted after the net 48, a frame 46 is mounted after the rod 45, and the A cone mang rod machine spiral formed by mounting a spiral 47 after the frame 46; a2) a magnet (10) on which the cone netting machine spiral is mounted; a3) a wave body on which the magnet is mounted; a4) a hollow body 13 on which the wave body is mounted; Or the hollow body 13 having at least one of the injector 91 and the inclined pipe 95 provided with a check valve 92 on the side thereof; It is composed of, or b) or the above-mentioned cone netting machine spiral, magnet, wave body, and equipment including a hollow body.

The equipment 2 comprises the steps of: a) a1) preparing a core 97; a2) winding a coil 98 around the core; a3) providing an electromagnet (10, 16) with a coil wound around the winding core; a4) or at least one of a magnet and an electromagnet is purchased; a5) combining two or more of one (10) or more of the magnet and electromagnet; a6) the step of being combined and provided with a coupling magnet; a7) inserting a separator 14 between neighboring magnets or electromagnets for separation between neighboring magnets or electromagnets 10 during the coupling; a8) providing a cover magnetic body 16 in which the outside of the separator 14 and the coupling magnet 10 is covered with a cover material 15 to protect or prevent corrosion of the separator and the coupling magnet; a9) providing a cone 11; a10) a step in which a spiral 47 is mounted after the cone; a11) the step of being mounted to be provided with a cone spiral; a12) mounting the cone spiral to the magnetic body (16); a13) placing the magnetic body on which the cone spiral is mounted on the wave body; a14) providing the wave body inside the hollow body (13); a15) or providing at least one of an injector 91 with a check valve 92 and an inclined pipe 95 on the side of the hollow body 13; The hollow body 13 is composed of, or b) or the equipment in which the hollow body 13 is included.

The check valve 92 includes: a) a one-way open valve that prevents material (1) in the hollow body from flowing out through the inclined pipe 95 or the injector 91; b) allowing the additive 90 to flow into the hollow body through the inclined pipe or the injector, and conversely, preventing the material (1) inside the hollow body from flowing out 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; Is one of them. See FIG. 6 for this.

In the equipment 3, a) a1) the cone 11 and the spiral 47, the cone and the spiral in the cone spiral, the rod 45 is mounted between the cone and the spiral in the cone manging machine spiral, and a2) the cone and A net 48 is mounted between the rods, a3) a frame 46 is mounted between the rod and the spiral, a4) magnetic bodies 10 and 16 are mounted inside the cone, a5) a wave in the frame A sieve is mounted, a6) the entire mounted hollow body 13 is mounted, a7) at least one of an injector 91 and an inclined pipe 95 having a check valve 92 on the side of the hollow body Either one (13) of the hollow bodies described in the equipment 1, equipment 2, equipment 3, etc. to be mounted and formed, or b) or equipment including one (13) of the hollow bodies described in the equipment 1, equipment 2, equipment 3, etc. to be. The equipment 4 includes: a) a1) a net mounted inside the cone, a2) a rod mounted on the side of the spiral, a3) a frame outside the net; A spiral on the outer surface of the rod; A rod on the outside of the frame; One or more of the above is mounted, a4) a network is mounted outside the magnetic body, a5) one of the hollow bodies described in Equipment 1, Equipment 2, Equipment 3, etc., in which a spiral is mounted outside of the wave body, or b) Or it is an equipment including one of the hollow bodies described in Equipment 1, Equipment 2, Equipment 3, and the like.

The equipment 5 includes: a) a1) a plate mounted on the inside of the cone, a2) a nut mounted on the side of the spiral, a3) a string on the outside of the net; A rope on the outer surface of the rod; A bolt on the outside of the frame; One or more of the above is mounted, a4) a holder is mounted on the outside of the magnetic body, a5) is one of the hollow bodies described in Equipment 1, Equipment 2, Equipment 3, Equipment 4, etc., in which a tube is mounted outside of the wave body , b) or the equipment including one of the hollow bodies described above for equipment 1, equipment 2, equipment 3, equipment 4, and the like. The equipment 6 is an equipment including one of a hollow barrel, tank, box, tank, tube, hose, pipe, hollow pipe, hollow barrel, hollow sphere, hollow body, and hollow body corresponding to the hollow body.

The equipment 7 is a) equipped with one of the hollow bodies described in the equipment 1, equipment 2, equipment 3, equipment 4, equipment 5, equipment 6, etc.; Or a material that has passed through one of the hollow bodies described in the equipment 1, equipment 2, equipment 3, equipment 4, equipment 5, equipment 6, etc. is used; Drilling machine, storage (20), hopper (21), blender (22), pump (23), pressurizer (23), transporter (24), feeder (25), supply path (25), pouring machine (26), installation Machine, injector, syringe, sprayer, shorting machine, coating machine, painter, packaging machine, compactor, mixer, curing machine, cotton treatment machine, any one selected from, or any two or more are provided sequentially, b) or the above The hopper 21 is connected to the storage 20; A blender 22 is connected to the hopper 21; A pump or pressurizer 23 is connected to the hopper or compounder; One of a transporter, a feeder, and a supply path is connected to one of the storage and pressurizers; One of a perforator, a pouring machine, a placement machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a spray machine, a packaging machine, a compactor, a mixer, a curing machine, and a face treatment machine is connected to one of the storage and supply paths; will be.

The equipment 8 is a) using, storage, input, blending, pressurization, transport, supply, pouring, laying, injection, injection, spraying, shorting, coating, using, respectively, the material (1) that has passed through one of the hollow bodies (13). One of the above perforators or cotton treatment machines for painting, packing, compacting, mixing, curing, and face treatment, or b) or b1) the material (1) stored in the storage (20) is transferred to the blender (22) through the hopper (21). And b2) the input material is mixed in the blender 22 and then pressurized through a pump or pressurizer 23, and b3) the pressurized material is fed into the transporter 24, the feeder 25, and the supply path 25. ), and b4) the supplied material (1) with the perforator, pouring machine 26, laying machine, injector, syringe, spraying machine, shorting machine, coating machine, coating machine, packing machine, compactor, mixing machine It is an equipment that performs one or more of pouring, laying, injection, injection, spraying, shorting, coating, painting, packaging, compaction, mixing, curing, and cotton treatment through one or more of a curing machine and a cotton treatment machine.

The equipment 9 is one of a nozzle, a drone, and a 3D printer provided with at least one of the hollow body, a perforator, and a surface treatment machine. The equipment 10 is a generator mounted on at least one of the hollow body to the surface treatment machine (i.e., the hollow body, the drilling machine or the face treatment machine), a drone, a 3D printer, or a generator that supplies electricity, a mobile generator, a solar generator, a wind generator, a wind power It is one of the compressors. The equipment 11 is water, water, liquid, oil, medicine, loess, resin, catalyst, waste powder, stone powder, iron powder, dust, minerals, substances, tailings, materials, by-products, slag, sludge, cement, admixtures, expanding agents, foaming agents, Use one or more of waterproofing agent, solidifying material, binder, asphalt, phytoncide, bentonite, zeolite, attapulgite, geopolymer, mortar, milk, chemical solution, suspension, slurry, remittal, ready-mixed concrete, ascon, concrete, paste, plaster, Storage, input, blending, pressurization, transportation, supply, pouring, laying, injection, injection, spraying, shorting, coating, painting, packaging, compaction, mixing, curing, and cotton treatment.

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 20 is a) storage; b) or a reservoir of one or more of water, materials, materials, raw materials, admixtures; c) or a storage room with partition walls, partitions, one of two rooms, three rooms; d) or a reservoir for supplying the material to one of the hopper or the sprayer; to be. The hopper 21 is a hopper, or a funnel-type hopper, or a hollow through-type funnel hopper, or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, or 10 to 80 degrees from top to bottom, or the storage bin It is a hopper that puts the material of the above into one of the blender or painter.

The blender 22 is one of a blender 1, a blender 2, a blender 3, a blender 4, a blender 5, and a blender 6. The blender 1 is any one selected from a blender, a mixer, a blender, a tubular blender, a rotary blender, a centrifugal rotary blender, a rotary blade blender, an internal rotor or a blender with rotary blades. The blender 2 is a blender 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 blender 3 is a blender provided with one of a protrusion, a blade, a ring, a bolt, a spiral, a protrusion, and a stirring means on the outer periphery of a rotating rod or a rotating shaft or a rotating body. The blender 4 is one of rotary, static, dynamic, vibration, and blade. The blender 5 is provided with one of a rod, a rod, a plate, a protrusion, a blade, a spiral, a screw, a protruding rod, a protruding rod, a protrusion, an attachment, a soft material, an elastic material, a rigid material, a protruding means, and a stirring means on the outer circumference or surface ) Rod, shaft, nozzle, rod, spiral, screw, hollow pipe, double pipe, triple pipe, nozzle, injection pipe; b) or the rod or injection pipe of the rotary type; It is any one selected from among. The blender 6 is a blender that mixes the material input from one of the storage and hopper and supplies it to one of the pump or the painter.

The pump 23 is a) one of a pump, a pressure pump, a compression pump, and a compressor; b) or 1 or less, 1 to 10, 10 to 100, 100 to 500, ^{or a pump having a pressure of one kg/cm 2} or more, c) or by pumping a material provided from one of the storage, hopper, or blender It is a pump that is supplied to one of the transporter or sprayer. The pressurizer 23 a) pressurizes, pressurizes, pumps, supplies, or supplies the material, or b) or presses the material provided from one of the storage, hopper, and blender to one of the transporter or the painter. It is a pressurizer to supply.

The transporter 24 or the feeder a) either transports, transports, supplies, or provides the material, or b) or a transporter that supplies the material provided from one of the storage or pressurizer to one of the supply path or painter. Or a feeder. The supply path 25 is one of a) a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, and a supply pipeline, or b) It is a supply channel that supplies one.

The pouring machine 26 is a) a pouring machine, a pitching device, a spraying device; b) or underground, underground, ground, slope, surface, static, dynamic, or vibrating pourers; c) or pouring, laying, coating, injecting, spraying, injecting, injecting, injecting, or grouting any of a device, apparatus, device, or device; d) Or a pourer for pouring the material provided from one of the storage or supply path; Is one of them. The laying machine is a) one of a laying machine, a spreader, and a coating machine, or b) or a laying machine for laying a material provided from one of the storage or pouring machines. The injector or syringe is a) one of a syringe, an injector, an injector, and a grouter, or b) or an injector or syringe for injecting or injecting a substance provided from one of the reservoirs or the placers.

The sprayer is one of a) nozzles, hoses, pipes, sprayers, sprayers, water fountains, sprinklers, coaters, spray coaters, sprayers, spraying, or b) slopes, slopes, surfaces, ground, underground, underground, rotating , Static, dynamic, vibrating, one of the blades, or c) or a sprayer that sprays a material provided from one of the reservoirs or syringes. The shorting machine or coating machine or coating machine is a) material, certain material, pouring material, propellant, coating agent, painting agent, paint, surface, surface, ground, slope, concrete surface, material, construction material, facility, building, structure , facility; One of the surfaces, the surface, and the outer surface; Spraying, coating, painting, spraying, coating, spraying to one or more of them, or b) spraying, coating, painting, spraying, coating, spraying and painting a material provided from one of the storages or sprayers. It is a shorting machine, a coating machine, or a coating machine that performs

The drone 70 is one of drone 1, drone 2, drone 3, drone 4, and drone 5. The drone 1 is a drone that mounts the injector on which a magnet is mounted and sprays magnetized material while moving, or a drone that has the hollow body mounted with a magnet and pours pouring material ejected from the hollow body. The drone 2 is a drone equipped with the pouring machine in a body flying by a rotating blade. The drone 3 is a drone that moves at least one of the cone spiral, cone mang rod spiral, perforator to face treatment machine, generator to wind compressor, or equipped with at least one. The drone 4 is equipped with the supply path 25 or the sprayer 26 to itself and sprays magnetized spray water into the tunnel to remove tunnel dust, or the drone 4 is equipped with the sprayer to install magnetized spray water in the air. It is a drone that cleans 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 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 a drone equipped with at least one of a remote controller.

The 3D printer 71 is one of a 3D printer 1, a 3D printer 2, a 3D printer 3, and a 3D printer 4. The 3D printer 1 is a 3D printer that moves one or more of the perforator to the surface treatment machine, a 3D printer in which one or more of the perforator to face 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 the pouring machine. In the 3D printer 2, 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 and from one of the blender 22 and the supply channel 25 It is a 3D printer that constructs the facility 8 by either pouring, spraying, or injecting the supplied material (1).

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 at least one of the pouring machines 26 to move dimensionally.

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 material 1, and providing pressure to the plotter or pouring machine It is a 3D printer that includes a pump 23 to allow (1) to be ejected.

The generator is one of a generator, a mobile generator, a solar generator, a wind generator, and a wind compressor. The solar generator 80 is one of a) a solar generator, a photovoltaic generator, a solar power generator, or a generator that generates electricity 82 using the sun, or b) or a solar equipped with one or more of the cameras or remote controllers. It is a generator. 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. .

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 magnet or equipment, b) installed in the magnet or equipment, c) the coil, the perforator or the surface treatment machine, 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 80 generates electricity 82 using the sun, which is classified into a photovoltaic 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 power generator 81 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 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 82 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 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).

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.

In the present invention, the wind compressor 50 is a presser, compressed material, compressed water in one or more of the pouring material, injection material, material, raw material, magnet, cone, net, rod, frame, spiral, hollow body, perforator or surface treatment machine. , Compressed air, etc. are injected, thereby reducing the weight of the pouring material, raw material, magnetic contact material, material passing through the cone to the hollow body, the material such as the perforator or the surface treatment machine, etc. , Or the like, such as a wind compressor 50, a wind compressor, a wind water compressor, a wind air compressor, etc., which serve to inject oxygen, inject air, 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. 9 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 characteristic that a certain pressure, a compressor substitute, a general compressor compressed water or a compressed air substitute, etc. are possible.

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. to the perforator or surface treatment machine to supply aeration, reaction, coagulation, oxidation, purification, It is possible to improve water purification and cleanliness.

The injection equipment is one of injection, mold injection, underground injection, and deep injection. The spraying equipment is one of spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, and dust removal spraying. The mixing equipment is one of mixing, ground mixing, ground stirring mixing, and deep cement mixing (DCM). The pouring equipment is pouring, striking, conveying, pouring, putting, discharging, ejecting, spraying, spraying, firing, injection, inflow, filling, injection, coating, painting, mixing, compaction, mold pouring, concrete pouring, mold pouring, rebar It is any one equipment selected from pouring, steel frame pouring, factory pouring, on-site pouring, manufacturing pouring, construction pouring, casting to molds, pouring at the factory, casting at the site, and pouring for foundation construction The improvement equipment is one of improvement and ground improvement equipment. The repair equipment is one of repair, crack repair, and leak repair. The reinforcing equipment is one of reinforcement, surface reinforcement, ground reinforcement, and crack reinforcement. The injection equipment is one of injection, crack injection, and injection injection. The grouting equipment is one of grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, and space grouting rocket (SGR).

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. accompanying pouring are included.

Claim 2 of the present invention relates to one of injecting, spraying, mixing, pouring, improvement, repair, reinforcement, injection, and grouting. a) one of equipment 1, equipment 2, equipment 3, equipment 4, equipment 5, equipment 6, equipment 7, equipment 8, equipment 9 is used for the operation, or b) or material 1, material 2, material for the operation 3, material 4, material 5, material 6, material 7, material 8, material 9, or c) or the above operation is 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31. Equipment 1 to 9 are as described in claim 1 above.

The material (1) is a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion by one of the hollow body, equipment, and passage; 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.

The material 1 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 2 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.

The material 3 is a) low pressure of 1-50kg/cm2, ultra-low pressure less than that, 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 4 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 5 comprises: a) a water to plaster comprising cement, aggregate, water, and an admixture and having a water-cement ratio of 25 to 40%; 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 6 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 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.

The material 7 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 8 includes: a) 100 parts by weight of at least one of lime, gypsum, cement, binder, binder, and asphalt; b) Based on 100 parts by weight, 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 9 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, defoaming agent, colorant, adhesive, adhesive, binder, solidifying agent, fixing agent, waterproofing agent, waterproofing It is one of the water to plaster containing at least one selected from the group consisting of a liquid, a water repellent, an acidic agent, a base agent, a fluidizing agent, a phytoncide, an air entraining agent, cellulose, and carboxymethyl cellulose (CMC).

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, descriptions of the first to phytoncide water are as follows.

The agent is at least one 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.

The operation is as follows 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, It is one of 24, 25, 26, 27, 28, 29, 30, 31, wherein 1 to 31 are as follows.

1 above is any one selected from injection, spraying, mixing, pouring, improvement, repair, reinforcement, injection, and grouting. 2 above is any one selected from the group consisting of pouring, material pouring, pouring re-pouring, mold casting, rebar casting, steel frame casting, on-site casting, underground casting, underwater casting, slope casting, pavement casting, boring hole casting, and excavation. That's it. 3 above is improvement, ground improvement, pouring, mold pouring, concrete pouring, injection, mold injection, underground injection, deep injection, injection, crack injection, injection injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, comb Faction grouting, SGR (space grouting rocket) work, JSP (jumbo special pattern) work, spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, mixing, ground mixing, ground stirring mixing, DCM (deep cement mixing) construction, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement.

The 4 is 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) pressurizing, pumping, pumping, supplying, and providing material by means of the pump or pressurizer (23); f) transporting, conveying, supplying, and providing material by means of the 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 injection and underground injection by the injector; j) material spraying and slope spraying by the sprayer; k) material mixing and underground mixing by the mixer; Doing more than one of them. 5 is a material, a material, one of the pouring material, injection, injection, injection, mixing; Pouring or mixing to a predetermined position; The pouring or mixing at a certain position; Doing more than one of them.

6 is a) one of a substance, a material, and a pouring material a1) pouring, pouring and pouring, a2) pouring, injection, spraying, shorting, and coating; a3) pouring, painting, laying, and packaging; a4) pouring and compacting; a5) pour and mix; b) Or curing concrete by pouring curing water, and treating concrete surface by pouring pouring material; Doing more than one of them. 7 above is a) pouring, mold pouring, rebar pouring, steel frame pouring, factory pouring, on-site pouring, manufacturing pouring, construction pouring, hitting, pouring, loading, laying, ground laying, injection, underground injection, injection, grouting, input, Boring co-injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, mixing, underground mixing; b) storage, input, mixing, pressurization, pressurization, pumping, transport, transport, supply, provision, and mixing to the ground involved in the pouring; Doing more than one of them.

The 8 is a) drilling a pile hole for an in-situ pile by the perforator, drilling a ground wall for construction of a continuous underground wall, drilling a slurry wall, drilling a diaphragm wall, drilling a boring hole for inserting a geothermal pipe or an oil pipe; b) punching while injecting magnetized material through the hollow body during the drilling; c) The material blended in the blender is injected into one of the perforation or crack during or after drilling through a supply hose through a rod installed in the perforator to complete one of piles, columns, underground walls, and underground continuous walls in the ground, or Filling of cracks; d) Completion of one of piles, columns, underground walls, and continuous underground walls, or filling the cracks by injecting the magnetized material that has passed through the hollow body through a supply hose and through a rod installed in the drilling machine into one of the drilled part and the cracked part. ; Doing more than one of them. 9 is to store at least one of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, and concrete by the storage. 10 is to mix at least one of mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, soil soil and mortar, soil soil and concrete by the mixer.

11 is to mix one of soil, ground, underground, and underground by the mixer. In the 12th step, a pressure of 1 or less, 1 to 10, 10 to 100, 100 to 500, 500 or more of one kg/cm ² is applied by the pump. In 13 above, one of pressurizing, pressing, pumping, supplying, and providing the material by the pressurizer. 14 is one of transporting, transporting, supplying, and providing materials by the transporter or the feeder. 15 is one of pouring, laying, coating, injecting, spraying, injecting, injecting, injecting, and grouting the material by the pouring machine. The 16 is to inject or inject a material into one of cracks, joints, ground, underground, underground, and joints by the injector or syringe. In the above 17, the material is applied to one of slopes, slopes, surfaces, ground, underground, and underground by the sprayer. The 18 is a) surface, surface, ground, slope, concrete surface, materials, construction materials, facilities, buildings, structures, facilities by the shorting machine, coating machine or painter; b) one of the above surfaces or facilities, the surface, the outer surface; Spraying, coating, painting, spraying on at least one of them, coating, spraying, and painting.

The 20 is a high-rise building in which a magnet mounted injector mounted by the drone is mounted and moved while spraying magnetized material, a hollow body mounted with a magnet is provided and pouring material ejected from the hollow body is placed, and a perforator is mounted thereon. A boring hole for crack repair is drilled in, and a supply path (25) or an injector (26) is mounted on itself to spray magnetized shotcrete on a high-rise slope, and a supply path (25) or a sprayer (26) is installed in the tunnel to be magnetized. The spray water is sprayed to remove tunnel dust, and a sprayer is mounted on itself to place magnetized water in the air to clean one of the air. In the 21, a moving body or a moving part 116 capable of three-dimensional movement 73 is mounted on the frame 72 of the self 71 by the 3D printer, and the blender 22 is supplied while moving 73 in three dimensions. One (1) of materials, mortar, ready-mixed concrete, and concrete supplied from one of the furnaces (25) is placed, sprayed, or injected to create one (8) among facilities, buildings, and structures. The 22 is a rapid setting agent that promotes curing through the pouring machine 26 mounted on itself 71 by the 3D printer, and one of mortar, ready-mixed concrete, and concrete into which one of the binders is injected is circulated according to the building type or the building structure. While moving, building construction is carried out by continuously or intermittently pouring into a 5 to 30 cm high layer or ascending to a floor. In the above 23, n floors are constructed by repeating 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 by the 3D printer, and finally, a roof slab is performed. It is to complete the building.

The 24 is a) ground boring for foundation installation by the 3D printer; b) inserting a reinforcing bar into the boring hole by mounting a reinforcing bar in the moving part; c) pouring concrete foundation piles into the boring hole through the pouring machine, and curing after the pouring; d) transporting and assembling the molds and reinforcing bars 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) transporting and assembling the first-floor column, the wall frame, and reinforcing bars by mounting a frame and a reinforcing bar on the moving part; g) Placing concrete on the first-floor pillar and wall through the pouring machine, and curing after the pouring; h) raising one or more of the moving body and the pouring machine; i) Transporting and assembling the molds and reinforcing bars of the first-floor slab by mounting the molds and reinforcing bars on the moving part; j) pouring concrete into the slab on the first floor through the pouring machine, and curing after the pouring; k) transporting and assembling a two-story column, a wall frame, and a reinforcing bar by mounting a frame and a reinforcing bar on the moving part; ℓ) Placing concrete on two-story pillars and walls through the pouring machine, and curing after pouring them; m) raising one or more of the moving body and the pouring machine; n) Repeat the above to transport and assemble n-story columns, walls, slabs, and reinforcing bars, pour concrete, and cure after pouring them; o) The final rooftop concrete is poured through the pouring machine and cured after the pouring; Doing more than one of them.

The 25 is a) at least one of sand, cement, water, and admixtures stored in the cone-embedded reservoir 20 with magnets 10, through the cone-embedding hopper 21 with a magnet, to the blender 22 in which a magnet with a cone is embedded. Insert and mix, b) One (1) of magnetic mortar, milk, chemical solution, suspension, and slurry, which is a combination thereof, is pressurized by a pump 23 to make a magnet embedded supply path 25 with a cone and a hollow rod type magnetization. It is to improve the ground by spraying or injecting into the ground through the injector 26. In the above 26, a) at least one of sand, cement, water, and admixture stored in the magnet 10, the buried storage 20 is added to the magnetic embedding blender 22 with a cone through the hopper 21 to mix, b) The blended magnetized mortar (1) 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 to make the excavation surface. It is to reinforce. In the above 27, at least one of sand, cement, water, and admixture stored in the a0 reservoir 20 is added to the magnetic embedding blender 22 with a cone through the hopper 21 to mix, and b) a magnetically-type green earth material that is a blend thereof. , At least one of the seed spray materials (1) is pressurized by the pump 23, and the phytoncide green soil material, seed spray 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. It is to reinforce the slope by pouring one or more of the ash (1).

The 28 is a) a1) material is stored in the storage (20); a2) the material is fed into the mixer 22 by the hopper 21; a3) materials are mixed by the mixer (22); a4) pressurizing, pumping, pumping, supplying, and providing material by the pressurizer or pump 23; a5) transporting, conveying, supplying, and providing material by means of said feeder or transporter (24); a6) material is supplied and provided by the supply path 25; Being one or more of, b) b1) by the pouring machine 26, the material is poured, injected, injected, underwater poured, poured in the field, poured for purification; b2) the material is sprayed by the injector, water spray, underwater spray, air spray, dust removal spray, air flow material is injected into the river; b3) material is injected by the injector, underwater injection, air injection; b4) material is shorted or rusted by the shorting machine; It becomes one or more of purification, facility purification, river aeration, and water purification.

The 29 refers to 1) storage of pouring material raw materials in a storage, storage of pouring materials in a magnetic buried storage storage, magnetization of the storage material, and storage of magnetized storage material; 2) Mixing pouring material in a mixer, mixing pouring material in a magnetic embedding mixer, magnetizing the mixture, mixing magnetized material; 3) The pouring material is supplied to the supply path with a pump, and the magnetized mortar is pressurized from the pump and supplied to the pouring machine; 4) supplying the magnetic injection material to the pouring machine from the supply channel, and supplying the injection material pressurized by the pump from the supply channel to one of the pouring machine and the injector; 5) Pouring of pouring material through a pouring machine, pouring of ready-mixed concrete pouring material through a pouring machine, magnetization of the pouring, and placing of magnetized material; 6) By spraying a) casting material spraying, spraying mortar or abrasives by spraying, b) spraying mortar by spraying to one of materials and facilities, c) using a magnetic injection sprayer with a cone, which is one of the sprayers. Coarse magnetized material is injected into the ground, sprayed on slopes, sprayed on materials and coated, sprayed on facilities and painted; 7) Injecting the pouring material into one of the holes, the mold, and the underground with an injector, the magnet embedded in the ground, which is one of the injectors, the magnetized material that has passed through the hollow rod is injected into the ground through the injection hole of the rod and injected; 8) a) Coating the surface of the pouring material by spraying the pouring material for coating by a coating machine, coating the surface of the pouring material by spraying the coating agent by the coating machine, and b) coating the surface of the pouring material by spraying the coating material by the coating machine. One of the coatings is sprayed on one of the coatings, c) One of the magnetized water and the magnetizing liquid is sprayed onto one of the materials and facilities, and one of the materials and facilities is coated and applied with the magnetized material. ; 9) a) Paint the surface of the curing material by spraying the pouring material for painting by a sprayer, spraying the coating agent to the curing surface of the pouring material by spraying the coating agent, b) the surface, the concrete surface, the material, and Paint by spraying on one of the surfaces of the facility or poured material. c) The magnetized paint that has passed through a magnetic buried sprayer, which is one of the coating machines, is sprayed onto one of the materials and facilities, so that one of the materials and facilities is the magnetized material. Painting, painting, painting; 10) a) Curing one of materials, facilities, and pouring material by pouring the curing water with a curing machine, b) One of the magnetized water and magnetized liquids that have gone through a curing period consisting of a water hose, which is one of the curing machines, It is sprayed to cure one of materials, facilities, and poured materials.11) Treatment of one of the facilities, materials, and poured materials by spraying magnetized water or magnetized liquid with a magnetic buried sprayer, which is one of the cotton treatment machines. Smooth treatment, uneven treatment; Doing more than one of them.

The step 30 is provided with a cone; A step in which a net is mounted after the cone; A step in which a rod is mounted after the net; A step in which a frame is mounted after the rod; A step in which a spiral is mounted after the frame to form a cone mang rod machine spiral; A step in which a magnet is mounted on the cone netting machine spiral; Placing a wave body on the magnet; Forming a hollow body on which the wave body is mounted; Or forming the hollow body on which at least one of an injector having a check valve and an inclined pipe is mounted on a side thereof; Passing a material through the hollow body; A step in which the material becomes at least one of agitation, aeration, vortex, magnetization, waveization, pulsation, hexagonal hydration, energy conversion, magnetic energy conversion, fluidization improvement, and fluidity improvement while passing through the material; The material being at least one of the storage and painting; Is included to do the above task.

31 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 coupled 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 cover 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; The step is provided with a cone; A step in which a spiral is mounted after the cone; The step of being mounted to provide a cone spiral; Mounting the cone spiral to the magnetic body; Placing the magnetic body on which the cone spiral is mounted on the wave body; Providing the wave body in the hollow body; Or providing at least one of an injector with a check valve and an inclined pipe on a side of the hollow body; Passing a material through the hollow body; A step in which the material becomes at least one of agitation, aeration, vortex, magnetization, waveization, pulsation, hexagonal hydration, energy conversion, magnetic energy conversion, fluidization improvement, and fluidity improvement while passing through the material; The material being at least one of the storage and painting; Is included to do the above task.

Equipment, devices, magnetization equipment, pouring equipment, purification equipment of the present invention include 1) magnets (10, 16), magnet groups, electromagnets, magnetic bodies, magnetic bodies, magnetized bodies, hexagonal water bodies, magnetizing agents, magnetic field bodies, wave bodies , Solenoid electromagnet, non-stick magnet, magnetization energy body; 2) cone 11, net 48, rod 45, frame 46, spiral 47, cone net bar spiral; 3) the cone to the cone mang rod machine spiral having at least one of the magnet to the magnetizing energy body; 4) the magnet to the magnetization energy body provided with at least one of the cone to the cone mang rod machine spiral; 5) the magnet to the magnetizing energy body, the cone or the cone mang rod machine spiral, etc. provided or embedded in a barrel, tank, box, rod, plate, membrane, tank, box, tube, hose, pipe, hollow pipe, hollow body (13); 6) A storage 20, a hopper 21, a blender 22, a pump 23, a transporter 24, a supply path 25, a pourer 26, an injector, Syringe, sprayer, shorting machine, shorting machine, coating machine, sprayer, sprayer; 7) a wind compressor for injecting compressed material or compressed air into at least one of the magnets or the coating machine; 8) a drone, a 3D printer, a magnetized drone, a magnetized 3D printer that moves one or one of the magnets to the wind compressors, or performs the work of the magnets to the wind compressors by means of the provisions; 9) Devices, equipment, magnetization devices, pouring devices, pouring equipment, such as the magnet to the 3D printer; 10) a generator, a solar generator, a wind power generator that is provided with or is installed on the magnet or equipment, etc. or supplies electricity; 11) Storage, input, blending, pumping, transportation, supply, drilling, pouring, injection, injection, spraying, shorting, coating, laying, and storing water, liquids, agents, ash, substances, and materials that have passed through the magnets or equipment, etc. The perforator or surface treatment machine for painting, etc. 12) the magnet or equipment for purifying materials, facilities, buildings, structures, etc. after the pouring or painting; Etc. are applicable.

Examples of equipment, magnetization equipment, pouring equipment, purification equipment, and cleaning equipment of the present invention include a) magnets (10, 16), magnetic bodies, magnetic bodies, magnetizing bodies, wave bodies, hexagonal water bodies, magnetic wave bodies, magnetic wave bodies , Magnetic energy body (10, 16), cone (11), mesh (48), rod (45), frame (46), spiral (47), cone with magnet (11) or object, cone or magnet with object, Agitation or aeration function cone or object with magnetized magnet, agitation or aeration function cone or magnetization type magnet with object, b) 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, c) a magnetizer provided with one of the magnet or magnetic energy body or a buried tube 13, a body, a hollow body 13, d) a magnetizer which is one of the magnet or the hollow body , Hexagonal water dispenser (13), e) A storage (20), hopper (21), blender (22), pump (23), transporter (24), supply path (25), pouring with at least one of the magnets to hexagonal water heaters Machine 26, sprayer, injector, syringe, sprayer, shorting machine, coating machine, packaging machine, painter, etc. are applicable. Since the magnet or the coating 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 equipment, magnetization equipment, pouring equipment, purification equipment, and cleaning 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; Etc. are applicable.

The cone netting machine spiral 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; Is one of them.

The cone is a) cone, cone, cone, cone, hatch, cone mang, mang cone, cone bon, bon cone, cone cone, cone cone, protruding cone, inclined cone, double cone, multi cone, spiral cone, porous cone, hollow cone, Passage cone, contact cone, spaced cone, cone spiral, screw cone, forward cone, reverse cone, cone cone, spiral hook, cone middle helix, helix middle cone, helix wicon, cone wi helix, one side separation cone, both sides separation cone, mesh helix , Cone mang rod, rod mang helix, cone mang helix, cone helix, cone mang rod machine, cone mang machine helix, cone mang helix, cone mang 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. It is one of a pear 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.

The net is a net (48), net, wire net, all net, frame net, nylon net, mesh net, grid net, wire net, flat net, hollow net, mat net, cylindrical net, triangular net, square net, net with thread, A net with all holes, a net with a sieve, and a net 48 having a hole hole smaller than the size of the hole hole of the frame 46 are applicable.

The 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, hollow body length of 5 to 90% of the inner diameter or diameter For rods with a range, or cones, nets, rods, frames, spirals, magnets, magnetic materials, electromagnets, material flow directions, and pouring materials passing directions, 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.

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

The spiral is a spiral 47, one of which is a cone spiral, a bon spiral, a cone bon spiral, a bon cone spiral, and the like. Here, at least one of the rods 45 and 46, the cone 11, and the helix 47 is provided in the cone helix, the rod helix, the cone helix, and the helix helix. The a) 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 in 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 cone. Helix after rod, upper helix of cone and rod, helix under cone upper rod, helix after rod before cone, d) helix after rod, helix, 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.

The 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, magnetic component, magnetization energy body, double magnet, multi-magnet, multi-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 electromagnet, A mounting table non-magnet, a vortex type mounting table non-magnet, a magnetic material lined with a magnet, two or more multiple 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; Is one of them.

A) apparatus, apparatus, device, equipment of the present invention, b) two or more of the cones, nets, rods, frames, spirals, magnets, magnetic bodies, storages and face treatment machines, and mutual coupling, linkage, connection, and fastening between two or more , Merge, merge, equip, mount, fixation, attach, attach, weld, or join, connect, connect, fasten, merge, merge, equip, mount, fixate on the inside, inside, inside, hollow part, outside, outside, outside, etc. , Mounting, attachment, welding, etc. are possible, and for this purpose, mutual rods, rods, plates, strings, strings, ropes, welding, bolts, nuts, tubes, hoses, pipes, pipelines, holders 12, supports, etc. are provided. , Installation, etc. are possible. This means that the above devices or painters are interconnected, linked, provided by rods, rods, plates, strings, strings, ropes, welding, bolts, nuts, tubes, hoses, pipes, pipelines, holders 12, supports, etc., It indicates that it is also possible to mount, install, maintain, position, mount, fixate, attach, etc. 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 the present invention, a) a magnet, an electromagnet, a magnet body, a magnetic body, a magnetic body, a magnetization body, a wave body, a magnetization body, a magnetic field body, a hexagonal water body, a magnetization wave body, a magnet assembly body, a magnetization energy body; b) cone, mesh, rod, frame, spiral, cone mesh, rod machine, cone rod, mesh cone, mesh rod, mesh helix, cone helix, cone helix, cone mang rod machine, cone rod machine helix, cone mang helix, cone mang helix; c) the magnet to the magnetization energy body provided with one of the cone to the cone mang rod machine spiral and the cone to the cone mang rod machine helix provided with one of the magnet to the magnetizing energy body; d) a tank, a tube, a box, a rod, a plate, a membrane, a tank, a box, a water tank, a tube, a hose, a spiral, a body, an object, a block, and Means, facilities, zinc bodies, metal bodies, porous bodies, wave bodies, polymer bodies, screws, pipes, hollow pipes, hollow bodies; e) the storage compartment or the surface treatment machine provided with at least one of the magnets and the hollow body; f) a wind compressor for injecting pressure into at least one of the magnets or the painting machine; g) a drone, a 3D printer equipped with at least one of the magnets or painters; h) a generator, a mobile generator, a solar generator, a wind generator for supplying electricity to at least one of the storage and the surface treatment machine; i) the storage to painting, purification or restoration, the storage to painting, etc. processes and operations in which the magnets or wind turbines are used; j) one of the above storage to work, public method, work, doing, act, work, action, performance, progress, work; Etc. are included.

Examples of uses, tasks, tasks, roles, tasks, etc. of the magnets or painters in the present invention are as follows. 1) Storing the pouring material raw materials in the storage room, 2) Mixing the pouring material in a blender, 3) Supplying the pouring material to the supply line by means of a pump, 4) Supplying the magnetic blasting material to the pouring machine from the supply line, 5) The pouring material through the pouring machine Pouring, 6) spraying the abrasives by a sprayer, 7) injecting the material into holes, molds, underground, rivers, etc. with an injector, 8) spraying the coating agent on the ground, materials, facilities, etc. by a coating machine to coat, 9) by a sprayer This includes painting facilities by spraying paint.

a) the storage or the surface treatment machine has a feature of having one magnetizing function or means for performing a magnetization function, or b) or the storage or surface treatment unit; Work, manufacturing, production, construction, construction by one of these; In the etc., the number of magnetization, hexagonalization, fluidization, etc. by the above magnet or painter, water, liquid, oil, medicine, group, solid, material, ash, sol, gel, substance, material, liquid, fluid, slurry, etc. It has the characteristics of supply, provision, storage, input, mixing, pressurization, movement, transportation, supply, pouring, laying, injection, injection, spraying, coating, painting, and the like.

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 merged cone, a cone function merged 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 function cone or object with magnet, magnetized magnet, agitation or aeration function cone or magnetization type magnet with object, 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), blender (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) equipment 27, equipment, manufacturing equipment, construction equipment, etc. 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 blender, a pump, a drone, a transporter, a supply line, etc. A combination of one or more of a mixer, a wind turbine, and a curing machine is applicable. Figure 14 (a) 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, 15, etc. include borers, storage, hoppers, blenders, pumps, drones, transport machines, supply lines, pouring machines, laying machines, injectors, syringes, sprayers, coating machines, painters, packaging machines, compactors, mixers, wind machines. , 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.

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: blender
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 equipment used for one or one of injection, spraying, mixing, pouring, improvement, repair, reinforcement, injection, grouting,
The equipment is one of equipment 1, equipment 2, equipment 3, equipment 4, equipment 5, equipment 6, equipment 7, equipment 8, equipment 9, equipment 10, equipment 11,
In the equipment 1, a) a1) a net is mounted after the cone,
The rod is mounted after the net,
The frame is mounted after the rod,
A cone mang rod machine spiral formed by mounting a spiral after the frame;
a2) a magnet on which the cone netting machine spiral is mounted;
a3) a wave body on which the magnet is mounted;
a4) a hollow body on which the wave body is mounted;
Or the hollow body provided with at least one of an injector with a check valve and an inclined pipe on a side thereof; It is composed of, or b) or the equipment including the spiral, magnet, wave body, hollow body,
The equipment 2 comprises the steps of: a) 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 cover 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;
The step is provided with a cone;
A step in which a spiral is mounted after the cone;
The step of being mounted to provide a cone spiral;
Mounting the cone spiral to the magnetic body;
Placing the magnetic body on which the cone spiral is mounted on the wave body;
Providing the wave body in the hollow body;
Or providing at least one of an injector with a check valve and an inclined pipe on a side of the hollow body; Is the hollow body composed of, b) or the equipment containing the hollow body,
In the equipment 3, a) a rod is mounted between the cone and the spiral,
A net is mounted between the cone and the rod,
A frame is mounted between the rod and the spiral,
A magnetic material is mounted inside the cone,
The wave body is mounted on the frame,
The mounted whole is mounted inside the hollow body,
It is one of the hollow bodies formed by mounting at least one of an injector with a check valve and an inclined pipe on the side of the hollow body, or b) or an equipment including one of the hollow bodies,
The equipment 4 a) a net is mounted inside the cone,
A rod is mounted on the side of the spiral,
A frame on the outside of the net; A spiral on the outer surface of the rod; A rod on the outside of the frame; At least one of them is mounted,
A net is mounted on the outside of the magnetic body,
It is one of the hollow bodies on which the spiral is mounted on the outside of the wave body, or b) or an equipment including one of the hollow bodies,
The equipment 5 a) a plate is mounted inside the cone,
A nut is mounted on the side of the spiral,
A string on the outside of the net; A rope on the outer surface of the rod; A bolt on the outside of the frame; At least one of them is mounted,
A cradle is mounted on the outside of the magnetic body,
It is one of the hollow bodies on which the tube is mounted on the outside of the wave body, or b) or equipment including one of the hollow bodies,
The equipment 6 is an equipment including one of a hollow barrel, tank, box, tank, tube, hose, pipe, hollow pipe, hollow barrel, hollow sphere, hollow body, and hollow body corresponding to the hollow body,
The equipment 7 a) one of the hollow bodies is mounted; Or a material that has passed through one of the hollow bodies is used; Drilling machine, storage, hopper, blender, pump, pressurizer, transport machine, feeder, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painter, packing machine, compactor, mixer, curing machine, cotton Any one selected from the processor, or any two or more are sequentially provided, b) or a hopper is connected to the storage; A blender is connected to the hopper; A pump or pressurizer is connected to the hopper or compounder; One of a perforator, a transporter, a feeder, and a supply path is connected to one of the storage and pressurizers; One of a pouring machine, a placement machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a painting machine, a packing machine, a compactor, a mixing machine, a curing machine, and a surface treatment machine is connected to one of the storage and supply paths; Will,
The equipment 8 is a) each using, storage, input, blending, pressurization, transportation, supply, pouring, laying, injection, injection, spraying, shorting, coating, painting, packaging, compaction of the material that has passed through one of the above hollow bodies, Mixing, curing, or one of the above perforator to face treatment, or
b) Alternatively, the material stored in the storage is put into a blender through a hopper,
The input material is mixed in the blender and then pressurized through a pump or a pressurizer,
Supplying the pressurized material by one of the transporter, the feeder, and the supply path,
The supplied material is poured, laid, and injected through one or more of the perforator, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, coating machine, packaging machine, compactor, mixing machine, curing machine, and cotton treatment machine. , Injection, spraying, shorting, coating, painting, packaging, compaction, mixing, curing, and surface treatment.
The equipment 9 is one of a nozzle, a drone, and a 3D printer provided with at least one of the hollow body, a perforator, and a surface treatment machine,
The equipment 10 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 hollow body, a surface treatment machine, a drone, or a 3D printer, or supplying electricity,
The equipment 11 is water, water, liquid, oil, medicine, loess, resin, catalyst, waste powder, stone powder, iron powder, dust, minerals, substances, tailings, materials, by-products, slag, sludge, cement, admixtures, expanding agents, foaming agents, Use one or more of waterproofing agent, solidifying material, binder, asphalt, phytoncide, bentonite, zeolite, attapulgite, geopolymer, mortar, milk, chemical solution, suspension, slurry, remittal, ready-mixed concrete, ascon, concrete, paste, plaster, Storage, input, blending, pressurization, transportation, supply, pouring, laying, injection, injection, spraying, shorting, coating, painting, packaging, compaction, mixing, curing, and surface treatment,
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 a reservoir of one or more of water, materials, materials, raw materials, admixtures; c) or a storage room with partition walls, partitions, one of two rooms, three rooms; d) or a reservoir for supplying the material to one of the hopper or the sprayer; ego,
The hopper is a hopper, or a funnel-type hopper, or a hollow through-type funnel hopper, or a funnel hopper having an inclination angle of 25 degrees, 50 degrees, 75 degrees, 10 to 80 degrees from top to bottom, or the material of the storage. It is a hopper to be put into one of the blender or painter,
The blender is one of blender 1, blender 2, blender 3, blender 4, blender 5, blender 6,
The blender 1 is any one selected from a blender, a mixer, a blender, a tubular blender, a rotary blender, a centrifugal rotary blender, a rotary blade blender, an internal rotor or a blender equipped with a rotary blade,
The blender 2 is a blender 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 blender 3 is a blender having one of a protrusion, a blade, a ring, a bolt, a spiral, a protrusion, and a stirring means on the outer circumference of a rotating rod or a rotating shaft or a rotating body,
The blender 4 is a blender of one of rotation, static, dynamic, vibration, and blades,
The blender 5 is provided with one of a rod, a rod, a plate, a protrusion, a blade, a spiral, a screw, a protruding rod, a protruding rod, a protrusion, an attachment, a ductile material, an elastic material, a rigid material, a protruding means, and a stirring means on the outer circumference or surface of a ) Rod, shaft, nozzle, rod, spiral, screw, hollow pipe, double pipe, triple pipe, nozzle, injection pipe; b) or the rod or injection pipe of the rotary type; Is any one selected from,
The blender 6 is a blender that mixes the material input from one of the storage and hopper and supplies it to one of the pump or the painter,
The pump is a) one of a pump, a pressure pump, a compression pump, and a compressor; b) or 1 or less, 1 to 10, 10 to 100, 100 to 500, ^{or a pump having a pressure of one kg/cm 2} or more, c) or by pumping a material provided from one of the storage, hopper, or blender It is a pump supplied to one of the transporter or the sprayer,
The pressurizer a) pressurizes, pressurizes, pumps, supplies, or supplies the material, b) or pressurizes the material provided from one of the storage, hopper, and blender, and supplies it to one of the transporter or painter. ego,
The transporter or feeder is a) a transporter or feeder that either transports, transports, supplies, or provides the material, or b) or supplies the material provided from one of the storage or pressurizers to one of the supply path or painter. ,
The supply path is a) one of a supply path, a supply pipe, a supply hose, a supply means, a supply pipe, and a supply pipeline, or b) or a material provided from one of the storage or feeder is supplied to one of the pouring machine or the painting machine. It is a supply route,
The pouring machine a) a pouring machine, a pitching device, a spraying device; b) or underground, underground, ground, slope, surface, static, dynamic, or vibrating pourers; c) or pouring, laying, coating, injecting, spraying, injecting, injecting, injecting, or grouting any of a device, apparatus, device, or device; d) Or a pourer for pouring the material provided from one of the storage or supply path; Is one of the
The laying machine is a) one of a laying machine, a spreader, and a coating machine, or b) or a laying machine for laying a material provided from one of the storage or pouring machine,
The injector or syringe is a) one of a syringe, an injector, an injector, and a grouter, or b) or an injector or syringe for injecting or injecting a substance provided from one of the reservoirs or the placers,
The sprayer is one of a) nozzles, hoses, pipes, sprayers, sprayers, water fountains, sprinklers, coaters, spray coaters, sprayers, spraying, or b) slopes, slopes, surfaces, ground, underground, underground, rotating , Static, dynamic, vibrating, one of the blades, or c) or an injector for injecting a material provided from one of the reservoirs or syringes,
The shorting machine or coating machine or coating machine is a) material, certain material, pouring material, propellant, coating agent, painting agent, paint, surface, surface, ground, slope, concrete surface, material, construction material, facility, building, structure , facility; One of the surfaces, the surface, and the outer surface; Spraying, coating, painting, spraying, coating, spraying to one or more of them, or b) spraying, coating, painting, spraying, coating, spraying and painting a material provided from one of the storages or sprayers. It is a shorting machine or a coating machine or a painting machine to do,
The drone 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 the sprayer on which a magnet is mounted, or a drone that has the hollow body mounted with a magnet and pours pouring material ejected from the hollow body,
The drone 2 is a drone equipped with the pouring machine in a body flying by a rotating blade,
The drone 3 is a drone that moves one or more of the cone spiral, the cone mang rod spiral, a perforator or a face treatment machine, a generator or a wind compressor, or is equipped with at least one
The drone 4 is a drone that removes tunnel dust by spraying magnetic spray water into the tunnel with the supply path or sprayer mounted thereon, or a drone that cleans the air by installing the magnetic laying water in the air by spraying the magnetic spray water into the tunnel. ,
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 rotor at the center and a stator surrounding the outside, ℓ) the j2) the drone that rotates in connection with the rotor k) a drone with a rotor , m) the k) a drone equipped with a generator that generates electricity by the rotation of the rotor, 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 a drone equipped with at least one of a remote controller,
The 3D printer is one of 3D printer 1, 3D printer 2, 3D printer 3, 3D printer 4,
The 3D printer 1 is a 3D printer that moves at least one of the perforator to the surface treatment machine, a 3D printer in which one or more of the perforator to face treatment machine 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 the pouring machine,
The 3D printer 2 is a 3D printer that builds a facility by placing, spraying, or injecting materials supplied from one of the blender and supply channel while moving in three dimensions by mounting a moving body or moving part capable of three-dimensional movement on the frame. ego,
The 3D printer 3 includes two rails a mounted on the upper left and right sides of the frame while being supported on the frame, two rollers a that rotate by a motor a while being mounted on the rail a and move back and forth along the rail a, and a roller a 2 thereof. Rail b provided between the dogs, one roller b moving left and right moving along the rail b by rotating by the motor b while being mounted on the rail b, and a rotating body a rotating by the motor c while being mounted on the roller b It is pressed and embedded between the rotating body a and the other rotating body b located opposite to the rotating body a and pushed or pushed by the rotation of the rotating body a or It is a 3D printer that includes at least one of a rod-shaped vertical movement unit that is pulled and moves up and down, and the pouring machine that is mounted on the vertical movement unit and moves three-dimensionally,
The 3D printer 4 includes a frame on which a rail is mounted, a moving body moving along the rail in the X-axis, Y-axis, and Z-axis directions, a moving part, a head, and one of the case of the head, the head, the moving body, and the moving part. , It is a 3D printer that is installed in one of the cases and includes a plotter or pouring machine that ejects material to form a 3D structure, and a pump that provides pressure to the plotter or pouring machine so that the material is ejected,
The generator is one of a generator, a mobile generator, a solar generator, a wind generator, and a wind compressor,
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 hollow body or the surface treatment machine, a drone, and a 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 one of the water or odor air, or b) or soil, mortar, ready-mixed concrete, or concrete. It is to create one of air or bubble-embedded air or bubble-filled gasoline, foam mortar, foam ready-mixed concrete, foam concrete, lightweight soil, lightweight mortar, lightweight ready-mix concrete, and lightweight concrete.
The injection equipment is one of injection, mold injection, underground injection, and deep injection,
The spraying equipment is one of spraying, sprinkling spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, and dust removal spraying,
The mixing equipment is one of mixing, ground mixing, ground stirring mixing, and deep cement mixing (DCM),
The pouring equipment is pouring, striking, conveying, pouring, putting, discharging, ejecting, spraying, spraying, firing, injection, inflow, burial, injection, coating, painting, mixing, compaction, mold pouring, concrete pouring, mold pouring, rebar It is any one equipment selected from pouring, steel frame pouring, factory pouring, on-site pouring, manufacturing pouring, construction pouring, casting to molds, pouring at the factory, pouring at the site, and pouring for foundation work,
The improvement equipment is one of improvement and ground improvement equipment,
The repair equipment is one of repair, crack repair, and leak repair,
The reinforcing equipment is one of reinforcement, surface reinforcement, ground reinforcement, and crack reinforcement,
The injection equipment is one of injection, crack injection, and injection injection,
The grouting equipment is one of grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, compaction grouting, and space grouting rocket (SGR).
By doing one of injection, spraying, mixing, pouring, improvement, repair, reinforcement, injection, and grouting,
a) one of equipment 1, equipment 2, equipment 3, equipment 4, equipment 5, equipment 6, equipment 7, equipment 8, equipment 9 is used for the operation, or b) or material 1, material 2, material for the operation 3, material 4, material 5, material 6, material 7, material 8, material 9, or c) or the above operation is 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31,
In the equipment 1, a) a1) a net is mounted after the cone,
The rod is mounted after the net,
The frame is mounted after the rod,
A cone mang rod machine spiral formed by mounting a spiral after the frame;
a2) a magnet on which the cone netting machine spiral is mounted;
a3) a wave body on which the magnet is mounted;
a4) a hollow body on which the wave body is mounted;
Or the hollow body provided with at least one of an injector with a check valve and an inclined pipe on a side thereof; It is composed of, or b) or the equipment including the spiral, magnet, wave body, hollow body,
The equipment 2 comprises the steps of: a) 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 cover 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;
The step is provided with a cone;
A step in which a spiral is mounted after the cone;
The step of being mounted to provide a cone spiral;
Mounting the cone spiral to the magnetic body;
Placing the magnetic body on which the cone spiral is mounted on the wave body;
Providing the wave body in the hollow body;
Or providing at least one of an injector with a check valve and an inclined pipe on a side of the hollow body; Is the hollow body composed of, b) or the equipment containing the hollow body,
In the equipment 3, a) a rod is mounted between the cone and the spiral,
A net is mounted between the cone and the rod,
A frame is mounted between the rod and the spiral,
A magnetic material is mounted inside the cone,
The wave body is mounted on the frame,
The mounted whole is mounted inside the hollow body,
It is one of the hollow bodies formed by mounting at least one of an injector with a check valve and an inclined pipe on the side of the hollow body, or b) or an equipment including one of the hollow bodies,
The equipment 4 a) a net is mounted inside the cone,
A rod is mounted on the side of the spiral,
A frame on the outside of the net; A spiral on the outer surface of the rod; A rod on the outside of the frame; At least one of them is mounted,
A net is mounted on the outside of the magnetic body,
It is one of the hollow bodies on which the spiral is mounted on the outside of the wave body, or b) or an equipment including one of the hollow bodies,
The hollow body 5 a) a plate is mounted inside the cone,
A nut is mounted on the side of the spiral,
A string on the outside of the net; A rope on the outer surface of the rod; A bolt on the outside of the frame; At least one of them is mounted,
A cradle is mounted on the outside of the magnetic body,
It is one of the hollow bodies on which the tube is mounted on the outside of the wave body, or b) or equipment including one of the hollow bodies,
The equipment 6 a) one of the hollow bodies is mounted; Or a material that has passed through one of the hollow bodies is used; Drilling machine, storage, hopper, blender, pump, pressurizer, transport machine, feeder, supply path, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, painter, packing machine, compactor, mixer, curing machine, cotton Any one selected from the processor, or any two or more are sequentially provided, b) or a hopper is connected to the storage; A blender is connected to the hopper; A pump or pressurizer is connected to the hopper or compounder; One of a transporter, a feeder, and a supply path is connected to one of the storage and pressurizers; One of a perforator, a pouring machine, a placement machine, an injector, a syringe, a sprayer, a shorting machine, a coating machine, a spray machine, a packaging machine, a compactor, a mixer, a curing machine, and a face treatment machine is connected to one of the storage and supply paths; Will,
The equipment 7 is a) each using, storage, input, blending, pressurization, transportation, supply, pouring, laying, injection, injection, spraying, shorting, coating, painting, packaging, compaction of the material that has passed through one of the hollow bodies, Mixing, curing, or one of the above perforator to face treatment, or
b) Alternatively, the material stored in the storage is put into a blender through a hopper,
The input material is mixed in the blender and then pressurized through a pump or a pressurizer,
Supplying the pressurized material by one of the transporter, the feeder, and the supply path,
The supplied material is poured, laid, and injected through one or more of the perforator, pouring machine, laying machine, injector, syringe, sprayer, shorting machine, coating machine, coating machine, packaging machine, compactor, mixing machine, curing machine, and cotton treatment machine. , Injection, spraying, shorting, coating, painting, packaging, compaction, mixing, curing, and surface treatment.
The equipment 8 is one of a nozzle, a drone, and a 3D printer provided with at least one of the hollow body, a perforator, and a surface treatment machine,
The equipment 9 is one of a generator, a mobile generator, a solar generator, a wind generator, and a wind compressor that is mounted on one or more of the hollow body to the surface treatment machine, a drone, or a 3D printer, or supplies electricity,
The wind compressor is a mechanism for supplying compressed air to one or more of the hollow body, surface treatment machine, drone, and 3D printer, or generating compressed air using wind,
The material is a) magnetization, hexagonal hydration, energy conversion, magnetic energy conversion by one of the hollow body, equipment, and passage; 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,
The material 1 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 2 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 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 3 is a) low pressure of 1-50kg/cm2, ultra-low pressure less than that, 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 4 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 ion 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 5 comprises: a) a water to plaster comprising cement, aggregate, water, and an admixture and having a water-cement ratio of 25 to 40%; 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 6 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 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,
The material 7 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 8 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 9 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 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, 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, defoaming agent, coloring agent, adhesive, adhesive, binder, solidifying agent, fixing agent, waterproofing agent, waterproofing It is one of the water to plaster containing at least one selected from the group consisting of a liquid, a water repellent, an acid, a base, a fluidizing agent, a phytoncide, an air entraining agent, cellulose, and carboxymethyl cellulose (CMC),
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,
The operation is as follows 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, In one of 24, 25, 26, 27, 28, 29, 30, 31 and in,
1 is any one selected from injection, spraying, mixing, pouring, improvement, repair, reinforcement, injection, and grouting,
2 above is any one selected from the group consisting of pouring, material pouring, pouring re-pouring, mold casting, rebar casting, steel frame casting, on-site casting, underground casting, underwater casting, slope casting, pavement casting, boring hole casting, and excavation. That’s it,
3 above is improvement, ground improvement, pouring, mold pouring, concrete pouring, injection, mold injection, underground injection, deep injection, injection, crack injection, injection injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, comb Faction grouting, SGR (space grouting rocket) work, JSP (jumbo special pattern) work, spraying, water spraying, ground spraying, slope spraying, underwater spraying, aerial spraying, dust removal spraying, mixing, ground mixing, ground stirring mixing, DCM (deep cement mixing) Any one or more selected from the group consisting of construction, repair, crack repair, leak repair, reinforcement, surface reinforcement, ground reinforcement, and crack reinforcement,
The 4 is 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 injection and underground injection by the injector; j) material spraying and slope spraying by the sprayer; k) material mixing and underground mixing by the mixer; Is to do one or more of,
5 is a material, a material, one of the pouring material, injection, injection, injection, mixing; Pouring or mixing to a predetermined position; The pouring or mixing at a certain position; Is to do one or more of,
6 is a) one of a material, a material, and a pouring material a1) pouring, pouring and pouring, a2) pouring, injection, spraying, shorting, coating; a3) pouring and painting, laying, and packing; a4) pouring and compacting; a5) pour and mix; b) Or curing concrete by pouring curing water, and treating concrete surface by pouring pouring material; Is to do one or more of,
7 above is a) pouring, mold pouring, rebar pouring, steel frame pouring, factory pouring, on-site pouring, manufacturing pouring, construction pouring, hitting, pouring, loading, laying, ground laying, injection, underground injection, injection, grouting, input, Boring co-injection, injection, crack injection, spraying, slope spraying, green soil spraying, shotcrete spraying, seed spraying, mixing, underground mixing; b) storage, input, mixing, pressurization, pressurization, pumping, transport, transport, supply, provision, and mixing to the ground involved in the pouring; Is to do one or more of,
The 8 is a) drilling a pile hole for an on-site pile by the perforator, drilling a ground wall for construction of a continuous underground wall, drilling a slurry wall, drilling a diaphragm wall, drilling a boring hole for inserting a geothermal pipe or an oil pipe; b) punching while injecting magnetized material through the hollow body during the drilling; c) The material blended in the blender is injected into one of the perforation or crack during or after drilling through a supply hose through a rod installed in the perforator to complete one of piles, columns, underground walls, and continuous underground walls, or Filling of cracks; d) Completion of one of piles, columns, underground walls, and continuous underground walls, or filling the cracks by injecting the magnetized material through the hollow body into one of the holes or cracks through the rod installed in the drilling machine through the supply hose. ; Is to do one or more of,
9 is to store at least one of water, material, material, raw material, cement, sand, gravel, aggregate, admixture, and concrete by the storage,
10 is to mix one or more of mortar, ready-mixed concrete, concrete, soil, ground, underground, underground, underground soil, soil soil, mortar, soil soil and concrete by the mixer,
11 is to mix one of soil, ground, underground, and underground by the mixer,
12 is to apply a pressure of 1 or less, 1 to 10, 10 to 100, 100 to 500, or more than 500 kg/cm ^{2 by the pump,}
13 is to pressurize, pressurize, pump, supply, or provide the material by the pressurizer,
14 is one of transporting, transferring, supplying, and providing materials by the transporter or the feeder,
In the 15 above, the material is poured, laid, coated, injected, sprayed, injected, injected, injected, or grouted by the pouring machine,
16 is to inject or inject material into one of cracks, joints, ground, underground, underground, and joints by the injector or syringe,
17 above is to make the material on one of slope, slope, surface, ground, underground, and underground by the sprayer,
The 18 is a) surface, surface, ground, slope, concrete surface, materials, construction materials, facilities, buildings, structures, facilities by the shorting machine, coating machine or painter; b) one of the above surfaces or facilities, the surface, the outer surface; Spraying, coating, painting, spraying to one or more of them to coat, spray to paint,
The 20 is a high-rise building in which a magnet mounted injector mounted by the drone is mounted and moved while spraying magnetized material, a hollow body mounted with a magnet is provided and pouring material ejected from the hollow body is placed, and a perforator is mounted thereon. A boring hole for repairing cracks is drilled in, and a supply path (25) or a sprayer (26) is installed in itself to spray magnetized shotcrete on a high-rise slope, and a supply path (25) or a sprayer (26) is mounted on the tunnel to be magnetized. It is one of air purification by spraying water jet to remove tunnel dust, and installing magnetized water in the air with a sprayer mounted on itself.
In the 21, a moving body or a moving part 116 capable of three-dimensional movement 73 is mounted on the frame 72 of the self 71 by the 3D printer, and the blender 22 is supplied while moving 73 in three dimensions. One (1) of materials, mortar, ready-mixed concrete, and concrete supplied from one of the furnaces (25) is placed, sprayed, or injected to create one (8) among facilities, buildings, and structures,
22 is a rapid setting agent that promotes curing through the pouring machine 26 mounted on itself 71 by the 3D printer, and one of mortar, ready-mixed concrete, and concrete into which one of the binders is injected is circulated according to the building type or the structure of the building. It is to construct a building by continuously or intermittently pouring it into a 5-30cm high layer or ascending to a floor while moving.
In the above 23, n floors are constructed by repeating 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 by the 3D printer, and finally, a roof slab is performed. Is to complete the building,
The 24 is a) ground boring for foundation installation by the 3D printer; b) inserting a reinforcing bar into the boring hole by mounting a reinforcing bar in the moving part; c) pouring concrete foundation piles into the boring hole through the pouring machine, and curing after the pouring; d) transporting and assembling the molds and reinforcing bars 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) transporting and assembling the first-floor column, the wall frame, and reinforcing bars by mounting a frame and a reinforcing bar on the moving part; g) Placing concrete on the first-floor pillar and wall through the pouring machine, and curing after the pouring; h) raising one or more of the moving body and the pouring machine; i) transporting and assembling the molds and reinforcing bars of the first-floor slab by mounting the molds and reinforcing bars on the moving part; j) pouring concrete into the slab on the first floor through the pouring machine, and curing after the pouring; k) transporting and assembling a two-story column, a wall frame, and a reinforcing bar by mounting a frame and a reinforcing bar on the moving part; ℓ) Placing concrete on two-story pillars and walls through the pouring machine, and curing after pouring them; m) raising one or more of the moving body and the pouring machine; n) Repeat the above to transport and assemble n-story columns, walls, slabs, and reinforcing bars, pour concrete, and cure after pouring them; o) The final rooftop concrete is poured through the pouring machine and cured after the pouring; Is to do one or more of,
The 25 is a) at least one of sand, cement, water, and admixture stored in the cone-embedded reservoir 20 with a magnet 10, through the cone-embedded hopper 21 with a magnet, to the blender 22 in which a magnet with a cone is embedded. Insert and mix, b) One (1) of magnetic mortar, milk, chemical solution, suspension, and slurry, which is a combination thereof, is pressurized by a pump 23 to make a magnet embedded supply path 25 with a cone and a hollow rod type magnetization. It is to improve the ground by spraying or injecting into the ground through the injector 26,
In the above 26, a) at least one of sand, cement, water, and admixture stored in the magnet (10) buried storage (20) is put into the cone-equipped magnetic buried blender (22) through the hopper (21) and blended, b) The blended magnetic mortar (1) is pressurized by a pump (23), and a phytoncide shotcrete (1) is poured onto the tunnel excavation surface with an injector (26) through a supply path (25) equipped with a magnetic embedded hollow body to make the excavation surface. To reinforce,
In the above 27, at least one of sand, cement, water, and admixture stored in the a0 reservoir 20 is added to the magnetic embedding blender 22 with a cone through the hopper 21 to mix, b) a magnetically-type green earth material that is a blend thereof. , At least one of the seed spray materials (1) is pressurized by the pump 23, and the phytoncide green soil material, seed spray on the slope through the sprayer 26 installed at the rear end of the supply path 25 equipped with a cone-equipped magnet embedded tube. It is to reinforce the slope by pouring one or more of the ash (1),
The 28 is a) a1) material is stored in the storage (20); a2) the material is fed into the mixer 22 by the hopper 21; a3) materials are mixed by the mixer (22); a4) pressurizing, pumping, pumping, supplying, and providing material by the pressurizer or pump 23; a5) transporting, conveying, supplying, and providing material by means of said feeder or transporter (24); a6) material is supplied and provided by the supply path 25; Be at least one of,
b) b1) by the pouring machine 26, the material is poured, injected, injected, underwater poured, poured at the site, poured for purification; b2) the material is sprayed by the injector, water spray, underwater spray, air spray, dust removal spray, air flow material is injected into the river; b3) material is injected by the injector, underwater injection, air injection; b4) material is shorted or rusted by the shorting machine; It becomes one or more of purification, facility purification, river aeration, and water purification.
The 29 refers to 1) storage of pouring material raw materials in a storage, storage of pouring materials in a magnetic buried storage storage, magnetization of the storage material, and storage of magnetized storage material; 2) Mixing of pouring materials in a mixer, mixing of pouring materials in a magnetic embedding mixer, magnetization of the mixture, mixing of magnetized materials; 3) The pouring material is supplied to the supply path with a pump, and the magnetized mortar is pressurized from the pump and supplied to the pouring machine; 4) supplying the magnetic injection material from the supply channel to the pouring machine, and supplying the injection material pressurized by the pump from the supply channel to one of the pouring machine and the injector; 5) Pouring of pouring material through a pouring machine, pouring of ready-mixed concrete pouring material through a pouring machine, magnetization of the pouring, and placing of magnetized material; 6) By spraying a) pouring material spraying, spraying mortar or abrasives by spraying, b) spraying the mortar by spraying to one of materials and facilities, c) using a magnetic injection sprayer with a cone, which is one of the sprayers. Coarse magnetized material is injected into the ground, sprayed onto slopes, sprayed onto materials and coated, sprayed onto facilities and painted; 7) Injecting the pouring material into one of the hole, the mold, and the ground with an injector, and inserting a magnet penetrated into the ground, which is one of the injectors. The magnetized material passing through the hollow rod is injected into the ground through the injection hole of the rod to inject it; 8) a) Coating the surface of the pouring material by spraying the pouring material for coating by a coating machine, coating the surface of the pouring material by spraying the coating agent by a coating machine, and b) coating the surface of the pouring material by spraying the coating material by the coating machine. One of the coatings is sprayed on one of the coatings, c) One of the magnetized water and the magnetizing liquid is sprayed onto one of the materials and facilities, and one of the materials and facilities is coated and applied with the magnetized material. ; 9) a) Paint the surface of the curing material by spraying the pouring material for painting by a sprayer, spraying the coating agent to the curing surface of the pouring material by spraying the coating agent, b) the surface, the concrete surface, the material, and Paint by spraying on one of the surfaces of the facility or poured material. c) The magnetized paint that has passed through a magnetic buried sprayer, which is one of the coating machines, is sprayed onto one of the materials and facilities, so that one of the materials and facilities is the magnetized material. Painting, painting, painting; 10) a) Curing one of materials, facilities, and pouring material by pouring the curing water with a curing machine, b) One of the magnetized water and magnetized liquids that have gone through a curing period consisting of a water hose, which is one of the curing machines, It is sprayed to cure one of materials, facilities, and poured materials.11) Treatment of one of the facilities, materials, and poured materials by spraying magnetized water or magnetized liquid with a magnetic buried sprayer, which is one of the cotton treatment machines. Smooth treatment, uneven treatment; Is to do one or more of,
The step 30 is provided with a cone;
A step in which a net is mounted after the cone;
A step in which a rod is mounted after the net;
A step in which a frame is mounted after the rod;
A step in which a spiral is mounted after the frame to form a cone mang rod machine spiral;
A step in which a magnet is mounted on the cone netting machine spiral;
Placing a wave body on the magnet;
Forming a hollow body on which the wave body is mounted;
Or forming the hollow body on which at least one of an injector with a check valve and an inclined pipe is mounted on a side thereof;
Passing a material through the hollow body;
A step in which the material becomes at least one of agitation, aeration, eddy current, magnetization, waveization, pulsation, hexagonal hydration, energy conversion, magnetic energy conversion, fluidization improvement, and fluidity improvement while passing through the material;
Making the material at least one of the storage and painting; Is to do the above work,
31 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 cover 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;
The step is provided with a cone;
A step in which a spiral is mounted after the cone;
The step of being mounted to provide a cone spiral;
Mounting the cone spiral to the magnetic body;
Placing the magnetic body on which the cone spiral is mounted on the wave body;
Providing the wave body in the hollow body;
Or providing at least one of an injector with a check valve and an inclined pipe on a side of the hollow body;
Passing a material through the hollow body;
A step in which the material becomes at least one of agitation, aeration, eddy current, magnetization, waveization, pulsation, hexagonal hydration, energy conversion, magnetic energy conversion, fluidization improvement, and fluidity improvement while passing through the material;
Making the material at least one of the storage and painting; A working method, characterized in that it is included to perform the above operation

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