KR20240065236A - Building, housing, facility, apartment, structure, equipment, material, measures and manufacture, construction, cleaning method - Google Patents

Abstract

The present invention relates to a) a functional group having functions such as magnetization, vibration, excitation, ozone treatment, etc.; b) Functional agents with functions such as purification, greening, phytonization, earthquake resistance, etc.; c) Equipment, devices, drones, materials and materials equipped with the above; d) Materials manufactured, purified, sterilized, disinfected, fluidized, etc. as described above; e) Materials, construction materials, buildings, facilities, houses, buildings, apartments and structures on which they are used; f) Their manufacturing, composition, construction, construction methods, and purification methods; It is about etc.

Description

Building, housing, building, facility, apartment, structure, equipment, device, material, materials, means and manufacturing, construction, construction, construction, construction, purification, clean method {Building, housing, facility, apartment, structure, equipment, material , measures and manufacture, construction, cleaning method}

The present invention relates to buildings, houses, buildings, facilities, apartments, structures, equipment, devices, materials, materials, means and manufacturing, construction, construction, construction, construction, purification, cleanliness technologies, methods, methods, etc.

For human life or industrial activities, certain buildings, facilities, houses, buildings, apartments, structures, means, etc. are required. The construction of the above-mentioned building or means requires certain materials, materials, construction materials, etc., and these materials include mortar, cement, ready-mixed concrete, asphalt concrete, binder, asphalt, paste, plaster, concrete, brick, block, board, etc.

The above-mentioned buildings, houses, buildings, facilities, apartments, structures, equipment, devices, materials, materials, construction materials, means, etc. contain germs, contamination, pollutants, contaminants, pathogens, bacteria, etc. in raw materials, manufacturing, construction, construction, transportation, transportation, etc. , environmental hormones, sick house syndrome substances, formaldehyde, etc. may be added or produced. These germs and contamination were not a big problem in the past. However, as interest in ecology, ecology, eco-friendliness, sick house syndrome, etc. has increased recently, the demand for treatment or purification of such bacteria, pollution, environmental hormones, etc. is increasing. For this treatment, disinfectants, disinfectants, etc. may be used. However, because the scale of the building or means is large, it is not easy to apply, spray, apply, and cost sterilants and disinfectants.

If materials and raw materials such as eco, ecological, eco-friendly, and various functionalities are added to the above-mentioned buildings or means, the eco-friendliness, ecology, cleanliness, eco-friendliness, functionality, etc. of the above-mentioned buildings or means will be improved.

The mortar or concrete is injected, poured, sprayed, etc. into molds, soil, ground, slopes, forms, etc. In this case, high fluidization of the mortar or concrete is required for smooth injection, pouring, spraying, etc. For this purpose, a fluidizing agent, etc. may be used. However, since the above-mentioned mortar, concrete, etc. are used on a large scale, supply, input, stirring, application, cost, etc. are not easy.

Recently, many earthquakes have occurred in our country. In order to prepare for such earthquakes, it is necessary to apply earthquake-resistant materials, earthquake-resistant performance, etc. to buildings and vehicles. Therefore, it would be very beneficial if materials, materials, devices, technologies, methods, and methods that enable the above-mentioned fungal treatment, contamination treatment, fluidization, seismic performance, and environmental improvement are developed at the same time.

In order to improve the issues raised above, the present invention provides materials, devices, technologies, and methods capable of magnetization, vibration, excitation, ozone treatment, sterilization, contamination treatment, fluidization, seismic performance, and environmental improvement for the buildings and means, etc. , methods, etc. are developed as problems to be solved.

In order to solve the above problem, the present invention a) magnetizer, vibrator, exciter, ozone generator, magnetization vibrator, magnetization exciter, magnetization ozone device, vibration exciter, vibrating ozone device, excitation ozone device, magnetization vibration exciter, Functional groups such as magnetized vibrating ozone group, vibrating ozone group, and magnetized vibrating ozone group; b) Functional agents with functions such as purification, greening, phytonization, earthquake resistance, etc.; c) Equipment, devices, materials and materials equipped with the above; d) Cement, mortar, ready-mixed concrete, asphalt concrete, binder, asphalt, paste, plaster, and concrete manufactured, purified, sterilized, disinfected, fluidized, magnetized, vibrated, excited, ozonated, etc. as described above; e) Materials, construction materials, buildings, facilities and structures on which they are used; f) Their manufacturing, composition, construction, construction methods, and purification methods; I would like to devise something like this.

In the present invention, certain materials, objects, etc. can be simply magnetized (42'), vibrated (41'), excited, ozone (43'), magnetized vibrated (44'), magnetized excitation, magnetized ozone, vibrating excitation, vibrating ozone. , excitation ozone, magnetization vibration excitation, magnetization vibration ozone, vibration excitation ozone, magnetization vibration excitation ozone (44'), or the above magnetizer or magnetization vibration excitation ozone device (30') for processing (40'); One of them is a functional group (30'); Functional product (40') that has undergone its functional group; etc. were designed. Magnetized material (42'), vibrating material (41'), excited material, ozonated material (43'), magnetized material (44'), magnetized material, magnetized ozonated material, and vibrating material with various functionalities due to the above functional groups. Functional substances (40') such as water, vibrating ozone water, excited ozone water, magnetized vibrating ozone water, vibrating ozone water, and magnetized vibrating ozone water (44') are generated, supplied, injected, and sprayed. , pouring, etc.

The magnetization or magnetization vibration ozone (40'), function, functional material (40'), and functional group (30'); its equipment and equipment; The fluidity, flowability, mobility, dispersibility, workability, purification, cleanliness, environmental friendliness, ecology, and sterilization of materials, materials, construction materials (7, 30), buildings (40), facilities, and structures (40), etc. , disinfection, antibacterial, atomization, nanoization, energy, injectability, insertion, spraying, agitation, vortexing, permeability, pouring, compaction, injection, grouting, workability, etc. It is improved compared to the existing equipment. Here, the fluidity and workability of materials, materials, construction materials, etc. are improved, and the purification properties, antibacterial properties, etc. of buildings, facilities, structures, etc. are improved.

In the present invention, functional groups such as magnetizers, vibrators, exciters, ozone groups, etc. with various functions, and purifying agents, eco agents, nano agents, green agents, red clay agents, carbon agents, reinforcing agents, fiber agents, bond agents, binders, and solidifying agents. , functional agents such as phyton agents, earthquake-resistant agents, bio agents, smart agents, and recycling agents were designed. The functional agent is used in the building or means, etc., so that the building or means, etc. has various abilities or functionality possessed by the eco agent, recycling agent, etc. Here, the purifying agent has a purification function, the eco agent has an eco-friendly function, the nano agent has a nano reaction function or reaction promotion function, the green agent has a biological function or a greening function, the red clay agent has a far-infrared radiation function, the carbon agent has a rigidity function, and the reinforcing agent has a reinforcing function and fiber. The agent has a connection function, the bond agent has an adhesion function, the binder has a bonding function, the solidifying agent has a hardening function, the phyton agent has a sterilizing function, the anti-seismic agent has a seismic function, the bio agent has a microbial reaction function, the smart agent has a strength function, and the recycling agent has a function. It provides functionality such as low-carbon function or global warming prevention function.

Due to the above-described devices, equipment, functions, functions (40'), functional groups (30'), functional agents, etc., the buildings or means are magnetized, vibrated, excited, ozonated, disinfected, polluted, dust treated, etc. Dust treatment, fluidization, seismic performance, environmental improvement, fine dust treatment, etc. Effective methods, methods, technologies, systems, etc. have been designed to simply manufacture, produce, construct, construct, construct, etc. the buildings or means with various functionalities by using the above devices or functional agents. The functional object, functional group, functional agent, etc. can be easily provided in an object, material, device, equipment, manufacturing plant, construction site, building or means, etc., and when provided, the object or means, etc. can be magnetized or magnetized. It has vibration-generating ozone, purification functions, and global warming prevention functions.

As a result of the above, the devices, equipment, functional groups, functions, materials, materials, construction materials, functional agents, buildings, facilities, structures, etc. of the present invention are fluid, flow, movement, dispersion, purification, clean, eco-friendly, eco-friendly, and sterilized. , disinfection, antibacterial, dust removal, dust removal, atomization, nanoization, energyization, agitation, eddy current improvement, penetration improvement, pouring improvement, compaction improvement, injection improvement, grouting improvement, workability improvement, nano reaction, reaction promotion, greening, far infrared ray. It has the performance of radiation, stiffness improvement, reinforcement improvement, connection improvement, adhesion improvement, bonding improvement, hardening improvement, earthquake resistance improvement, microbial reaction, strength improvement, low carbon, prevention of global warming, etc. Ozone included among the above functions has powerful sterilizing, disinfecting, purifying, and cleansing effects. In addition, it has the effect of removing dust, dust, fine dust, etc. by spraying functional water, which is one of the purifiers, inhalers, filters, and functional items attached to the functional unit.

1 is a schematic diagram showing the construction material manufacturing process according to the present invention.
Figure 2 is a schematic diagram showing the construction material according to the present invention
Figures 3 and 4 are schematic diagrams showing structure construction according to the present invention.
Figures 5 and 6 are schematic diagrams showing basic structure construction according to the present invention.
Figures 7 and 8 are schematic diagrams showing the wing according to the present invention
Figure 9 is a schematic diagram showing the earthquake-resistant reinforcement according to the present invention
Figure 10 is a schematic diagram showing the ground and foundation structures according to the present invention
Figure 11 is a schematic diagram showing the red clay room according to the present invention
12 to 17 are schematic diagrams showing the magnetizer or the ozone group with magnetization vibration according to the present invention.

The name of the present invention is a building, house, building, facility, apartment, structure, equipment, device, material, materials, means and manufacturing, construction, construction, construction, construction, purification, cleaning method, which means building, house, building, It relates to one of facilities, apartments, structures, equipment, devices, materials, means, and methods of manufacturing, construction, construction, construction, construction, purification, and cleansing. The buildings, means, methods, etc. include buildings, houses, buildings, facilities, apartments, structures, etc. of eco, red clay, phyton, cypress, earthquake resistance, functionality, magnetization or ozone with magnetization vibration, purification function, or global warming prevention function, It can be equipment, devices, materials, materials, means and construction, construction, architecture, construction, technology, construction methods, methods, manufacturing methods, etc. Here, the functionality represents various functions such as the functional group, functional agent, magnetization or ozone with magnetization vibration, purification agent or recycling agent, purification function or global warming prevention function, and the construction method is a construction method, method, plan, measure, countermeasure, etc. These include manufacturing methods, construction methods, construction material manufacturing methods, structure construction methods, etc., and methods include methods, construction methods, manufacturing methods, construction methods, material manufacturing methods, and structure construction methods.

The above eco, red clay, phyton, cypress, and seismic resistance are thought to be important functions among the various functions, so they are simply listed. The eco represents eco, ecology, economic, eco-friendly, pro-ecology, etc., phyton represents phytoncide, phyton, phytoncide, phytoncide sterilization, etc., and cypress represents cypress, cypress wood, cypress tree, cypress wood powder, and cypress wood that produces a lot of phytoncide. etc., and earthquake resistance refers to earthquake resistance, resistance to earthquakes, earthquake resistance, earthquake reinforcement, and earthquake resistance. The names of the purifying agent, recycling agent, etc. are names given to express each functionality in the present invention. The content, sentences, paragraphs, terms, words, phrases, drawings, claims, etc. described or explained below are included in the scope and content of the present invention.

The basis of the present invention is a) the above functions, functional substances (40'), functional groups (30', 50', 51'), and functional agents; b) Equipment, devices, substances, materials, functional equipment equipped with one or more of these or provided on the inside, inside, inside, outside, outside, periphery, hollow, inlet, outlet, one end, both ends, tips, connections, connection hoses, etc. , functional material, storage (60), hopper (61), mixer (62), pump (63), hose (64), nozzle (25), form, curing machine, rod (20), rod wing (21); c) Cement, mortar, ready-mixed concrete, asphalt concrete, binder, asphalt, paste, plaster, concrete (30) manufactured, poured, constructed, purified, sterilized, disinfected, fluidized, etc. by one or more of the above functions or wings; d) Materials (7), construction materials (7), buildings (40), facilities, structures (40), functional materials, functional building materials, and functional structures using one or more of the above functions or concrete; e) Design, technology, composition, formation, device, equipment, material, manufacturing, construction, construction method, purification method, functional method of one or more of the above functions or structures; etc. The above equipment or structures include all existing equipment or structures.

In the present invention, function refers to function, performance, technique, mechanism, performance, function; The magnetization or magnetization vibration ozone (40'), purification function or global warming prevention function; etc., the functional material (40') corresponds to the functional material, functional material, the magnetized material or ozone with magnetized vibration, etc., and the functional group (30') refers to the functional group, the mechanical device, the mechanical device, and the mechanical device. , machinery, the above-mentioned magnetizer or ozone machine with magnetization and vibration, etc., and functional agents include functional agents, functional materials, techniques, mechanisms, mechanisms, mechanisms, the above-mentioned purifiers and recycling agents, etc. Here, the functional material 40' refers to water, water, liquid ( Liquid, oil, energy, material, material, material, substance, material, material, material, raw material, function; Or the above magnetized material or ozone material with magnetization vibration, etc. The functional material 40' is a functional group 30', 50', 51', a nozzle 25 associated therewith, a hose, an outlet 79', an injector, a pourer, a sprayer 25, etc. , materials, construction materials, functional agents, buildings, structures, factories, sites, equipment, inside the factory, around the equipment, surrounding air, etc. are used, injected, injected, sprayed, etc., and thereby the materials or air, etc. Preventing global warming, etc.

In the functional material, magnetized material, ozone material with magnetized vibration, etc. 44', water corresponds to the water or raw material. Examples of functional substances include functional water, functional substance, functional liquid, functional oil, functional energy, functional solution, functional agent, functional material, functional material, functional material, and functional material. , functional materials, functional raw materials, etc. And magnetization includes magnetization water, magnetization, magnetization liquid, magnetization oil, magnetizer, magnetization reservoir, magnetization agent, magnetization material, magnetization material, magnetization material, magnetization material, magnetization material, magnetization raw material, etc. The water or raw materials pass through the functional group and are processed in the functional group.

Examples of equipment in the present invention relate to equipment such as equipment, devices, functional equipment, functional equipment, manufacturing equipment, construction equipment, material manufacturing equipment, and structure construction equipment. An ozone machine is used in the equipment, the ozone machine is an ozone machine in which a needle is placed on one side of the plate and spaced apart from the other side, ozone water with vibration is generated in the ozone machine, and the ozone machine treats the equipment with ozone with vibration, The above equipment is equipped with a magnetized vibrating ozone device. The magnetized vibrating ozone machine includes a) a stator (2'), a rotor (1') mounted on the stator, a rotating shaft (3') of the rotor, a rotating body (4') mounted on the rotating shaft, and the stator and rotating body. a case (7') surrounding it; b) a magnetizer (32') mounted on the case; c) with the ozone group (33') mounted on the magnetizer; It is composed. The above equipment includes equipment, instruments, instruments, machines, devices, equipment, facilities, fixtures, tubes, pipes, storage, hoppers, mixers, pumps, hoses, nozzles, rods, injectors, sprayers, pourers, and volumetric machines. It is one selected among animation, system, manufacturing equipment, and construction equipment.

Examples of equipment in the present invention include a) a1) stator (2'), a rotor (1') mounted on the stator, a rotating shaft (3') of the rotor, and a rotating body (4') mounted on the rotating shaft, at least one of these. A case (7') surrounding a case (7'), which is an essential component, and one or more of a magnetizer (32'), a vibrator, and an ozone group (33') mounted on one or more of the stator or case are optionally configured. Ozone group with fire or magnetization vibration (30', 34'); a2) or a hollow body (7', 35') in which a magnetizer (32') is embedded as shown in Figures 14 and 15, which is an essential component, and a rear passage (76') or venturi of the hollow body (7') The magnetizer or magnetization vibration ozone generator (30) is selectively configured with one or more of a vibrator (31'), an exciter, an ozone generator (33', 96'), and a compressor (105') connected to the pipe (77'). ', 34'); b) Devices, devices, apparatus, machines, devices, equipment, facilities, equipment, tubes, pipes, storage 60, hopper 61, mixer ( 62), pump (63), hose (64), nozzle (25), form (6), rod (20), injector, sprayer, pourer, curing machine, system, manufacturing equipment, construction equipment (10, 11, 12); etc. are applicable.

The above equipment, construction equipment, etc. is a piece of equipment, device, etc., and this applies to all existing equipment, equipment, equipment, etc. The magnetizer or ozone machine with magnetization vibration of the present invention can be installed in existing devices, equipment, machines, or construction equipment. Examples of application of the hose or construction equipment include a hose 64 with a functional group of an ozone generator with magnetization vibration, a nozzle 25 with a functional group at the outlet, a pump 63 with a functional group at the outlet, and a functional group. A tube equipped with a functional group at the inlet, a pipe with a functional group inside, a mixer (62) with a functional group on a mixing wing, an injector with a functional group at the outlet, an injector (25, 64) with a functional group at the nozzle, a functional group A pouring machine provided at the tip, a mold equipped with a functional device on the outside, a curing device with a functional device provided on the sprinkler, a storage unit 60 with a functional device installed inside, and a functional device provided on the wing 21 of the rod 20. This includes excavators and construction equipment. Here, construction equipment includes backhoes, augers, excavators, boring machines, cranes, cranes, and excavators.

Claim 1 of the present invention relates to means related to one or more of manufacturing, construction, construction, purification, and cleanliness. A magnetization is used in the above means, the magnetization is generated in a magnetizer, an ozone group is placed in the magnetizer, the ozone group is an ozone group in which a needle is placed on the other side spaced apart from one side of the plate, and ozone is generated in the ozone group. Water is produced, the ozone machine is treated with ozone by vibrating the means, and the ozone machine is equipped with an oscillator. The exciter is a magnetizer that generates a magnetic field while exciting, excitable water is generated in the exciter, and the exciter performs ozone treatment using the means. During the excitation ozone treatment, pulse pressure is generated, and the pulse pressure is generated by repetition of supply and interruption of pressure air. The repetition of the supply and interruption of the pressure air is performed by repeatedly opening and closing the solenoid valve at time intervals timed by a timer in the pipe or venturi tube through which the pressure air provided from the compressor is introduced, and repeatedly adding and stopping the inflow. The supply and interruption of the pressurized air is repeated. Pulse pressure is generated inside the pipe or venturi tube by repeating supply and interruption of pressure air flowing into the pipe or venturi tube. A solenoid valve is connected to the pipe or venturi pipe, the timer is connected to the solenoid valve, and the timer adjusts the opening and closing interval of the solenoid valve. The supply or inflow of the pressure air is supplied or introduced into the pipe or venturi pipe by passing the solenoid valve in an open state by adjusting the timer. The interruption of the pressure air means that the supply or inflow of the pressure air into the pipe or venturi tube is stopped by the solenoid valve, which is in a closed state by adjusting the timer.

A magnetization vibrator is provided in the exciter, a magnetization ozone device is provided in the magnetization vibrator, a vibration exciter is provided in the magnetization ozone, a magnetization vibrator is provided in the vibration exciter, a vibrating ozone device is provided in the magnetization vibrator, and A vibrating ozone generator is provided in the vibrating ozone, a magnetized vibrating ozone device is provided in the vibrating ozone device, a magnetized vibrating ozone device is provided in the magnetized vibrating ozone device, a vibrating ozone device is provided in the magnetized vibrating ozone device, and the vibrating ozone device is magnetized. A vibrating ozone machine is provided.

a) The above means include equipment, devices, drones, materials, materials and facilities. b) the above equipment, devices, drones, materials and materials are used in the manufacture, construction, purification and creation of the facilities, c) the above equipment is equipped with the above devices and drones, and d) the above equipment uses the above materials and materials. manufacture or create the facility, e) the device purifies the equipment, drone, material, material, facility, manufacturing plant, or construction site, and f) the drone cleans the equipment, device, material, material, facility, manufacturing plant, or construction site; moves to one or more of the following: a facility, a manufacturing plant, a construction site, a purification site, g) said materials contain said materials, h) said materials contain said materials, and i) said materials contain said materials. The material is manufactured by the equipment, j) The material is used in the construction and construction of the facility, k) The material is used in the manufacturing, construction, purification, production of the material and construction of the facility, ℓ) The above facilities are created by the above construction, equipment, devices, drones, materials, and materials, and m) The above manufacturing includes material manufacturing and material manufacturing.

In the present invention, the above symbol 1'. Pictures with a symbol ', such as 2', 3', etc., correspond to the symbols shown in Figures 12 to 17. However, among the symbols shown in FIGS. 12 to 17, the nozzle 25, material 30, pump 63, and purifier 160 are not marked with ', and the symbols other than these are marked with '.

According to Example 2, the materials, materials, construction materials, functional materials, etc. (7) of the present invention have a) magnetization (42'), vibration (41'), excitation, and ozone (43') processing functions (40'). Ozone group with magnetized vibration (30', 34'); Or a magnetized vibration-excited ozone device (30', 34') composed of the stator or ozone device, etc.; by fungal treatment, contamination treatment, improving fluidity, improving its fluidity, improving its fluidity before curing, improving with the above treatments; b) Treatment of the above-mentioned bacteria, contamination, etc. or improvement of fluidity, including charcoal, including red clay, including cypress wood, including earthquake-resistant materials 130 that resist earthquakes, including phytoncide, and including eco-materials containing charcoal; It is characterized by being etc. Here, ozone contributes to the treatment, and vibration, excitation, magnetization, etc. contribute to the improvement.

According to Example 3, the building, facility, structure, functional structure, etc. 40 of the present invention has A) a) magnetization (42'), vibration (41'), excitation, ozone (43') processing functions (44') ) Ozone group with magnetized vibration (30', 34'); Or a magnetized vibration-excited ozone device (30', 34') composed of the stator or ozone device, etc.; B) Water, water, liquid, oil, energy, solid, agent, material, material; Treatment and improvement of the above-mentioned fungi by, etc.; b) characterized by the above processing or enhancement and the above inclusion, etc.

According to Example 4, the materials, materials, construction materials, functional materials, etc. (7) of the present invention include A) a) the magnetizer or ozone device with magnetization vibration; b) A magnetizer (32') that vibrates (41'), a vibrator (31') that magnetizes (42'), an exciter that magnetizes (42'), an ozone group (33') that magnetizes (42'), an exciter A magnetization vibrator (34'), a magnetization vibrator (34') that generates ozone (42'), a magnetization ozone generator (34') that vibrates (41'), and a vibration exciter (34') that generates ozone (42'). ), a vibrating ozone generator (34') that magnetizes (42'), an excited ozone device (34') that magnetizes (42'), a magnetized vibration generator (34') that generates ozone (42'), and a magnetized vibration that excites Ozone machine, ozone machine with vibration (34') with magnetization (42'), ozone machine with magnetization (42') and vibration (41') with magnetization and ozone generation (43') with magnetization and vibration (30', 34') ); c) Magnetization type (42') ozone device (32'), vibration type (41') ozone device (33'), excitation type ozone device, magnetization and vibration type ozone device (33'), ozone device that emits ozone, An ozone device (32') with a coil (125') wound inside or outside of a cylindrical tube (123') or a double tube (123', 124'), spaced apart from a plate (126') on one side and a needle (127') on the other side. ) is mounted on the ozone device (32'), the ozone device (32') is spaced apart from the hollow portion (128') of one side plate and faces the brush (129'); d) Magnetization, vibration, excitation, and ozone generation (30', 34', 50', 51'); e) As shown in FIGS. 14 and 15, pressors ( Magnetized vibration ozone generators (50', 51', 30', 34') on which a compressor (105') that generates 104') and ozone generators (32', 96') that generate ozone are mounted; f) Or, a magnetization and vibration ozone device that is a device composed of the stator or rotor and a case that vibrates by the rotation of the rotor and has the function of treating or treating certain materials, objects, etc. with ozone by magnetizing, vibrating, and excitation; B) Water, water, liquid, oil, energy, solid, agent, Ash, material, the above magnetized material or ozone material with magnetized vibration; Ozone radiated from the back (43'), vibration (41'), excitation, magnetic field (42'), magnetized ozone (44'), vibration ozone (44'), excitation ozone (44'), pressure ozone, pulse ozone, Ozone magnetic field (44'), magnetized vibrating ozone (44'), magnetized ozone (44'), ozone with vibration, ozone with magnetized vibration, magnetized vibrating ozone, ozone with vibration, ozone with magnetized vibration (44'), pressure machine (104') pressurized ozone, pulsed ozone injected with pressurized air at regular intervals, 0.01 to 20 ppm ozone, 1 to 50 g/hr ozone, 1 to 300 g/m ³ ozone; Complex ozone of two or more of the above; etc.

a) yourself (7) or building materials (7); The inside, side, surface, interior, inner surface, inner periphery, hollow, space, void, exterior, outer surface, outer periphery, surroundings, air, air, packaging, separate area, storage area, yard, loading area, place of placement, or construction material, Ambient air, storage space, packaging means, transportation means, transportation means, germs, contamination, contaminants, pollutants, pathogens, bacteria, viruses, environmental hormones, sick house syndrome substances, formaldehyde; One or more of the following: treatment, removal, control, sterilization, disinfection, sterilization, antibacterial, annihilation, reduction, aeration, reaction, flocculation, sedimentation, filtration, purification, purification, cleaning, washing, cleansing, cleaning; b) Liquidity, flowability, mobility, dispersibility, workability, purification, cleanliness, environmental friendliness, ecology, sterilization, disinfection, antibacterial, atomization, nanoization, energy, injectability, injection, spraying of one's own or construction materials. One or more of stability, agitation, vortexing, permeability, pouring, compaction, injection, grouting, and workability are increased, increased, improved, accelerated, doubled, and doubled compared to the condition without one of the ozone or composite ozone. ; c) treating said contamination and increasing fluidity; 1) Mortar, cement, ready-mixed concrete, asphalt, asphalt, paste, plaster, concrete, tile, brick, block, panel, board, materials, construction materials, cement secondary products, Remital secondary products, ready-mixed concrete 2 Tea products, asphalt secondary products, asphalt secondary products, reinforced concrete materials, RC (reinforced concrete) materials, PC (pre cast) materials, PS (pre or post stress) materials, PSC (pre or post stress concrete) materials; 2) or the above mortar to PSC material containing one or more of charcoal, red clay, cypress wood, earthquake-resistant material 130, phytoncide, and charcoal-containing eco-material; etc. (7) is applicable.

The needles include needles, chips, tips, needles, needles, single needles, double needles, multiple needles, etc., and the brushes include brushes, strings, brushes, single-strand brushes, two-strand brushes, and multi-strand brushes. It applies. The ppm, g/hr, g/m ³ , etc. represent ozone concentration, ozone generation amount, ozone production, and the amount of ozone in the total amount of gas or liquid. ppm is parts per million, particle per million, g/hr. means grams/hour, generation amount/hour, g/m ³ means grams/volume, grams/volume, etc.

The magnetized ozone, vibrating ozone, excitation ozone, pressure ozone, pulsed ozone, ozone magnetic field, magnetization vibrating ozone, magnetization vibrating ozone, vibration excitation ozone, magnetization vibrating ozone, vibrating ozone, magnetization vibrating ozone, etc. Consists of two or more of magnetization, magnetic field, ozone, vibration, excitation, pressure, pulse, pulse pressure, pulse or pulse pressure supplied periodically or at regular intervals, or is generated or radiated by two or more, or is composed of two or more This applies to things that are processed, etc. As an example of this, in the case of magnetization and vibration excitation ozone a) consists of magnetization, vibration, excitation, and ozone; b) Generated or radiated magnetic fields, vibrations, excitation, ozone; c) Treatment with magnetization, vibration, excitation, ozone; d) This includes magnetization, vibration, excitation, ozone generation, etc.

The pulse or pulse pressure is shock, electricity, pump, pump pressure, electric shock, physical shock, hammer shock, falling object shock, air shock, compressed air shock (104'), repeated supply and interruption of pressure air (104'), pump It is caused by repeated supply and interruption of pressure. The pulse includes pulse, pulse pressure, pulse, pulse poressure, etc. And the compressor includes compressor (104'), compressed air, compressed air, and compressor provided by the compressor. Examples of repeated supply and interruption of the compressed air include places, pipes, locations, objects, hoses 79', and tubes 76' where the compressed air (104') provided by the compressor (105') is repeatedly supplied and interrupted. , pulses, pulse pressure, etc. generated from the nozzle 25, the injector 25, the pipe 76', and the venturi tube 77'. To describe this example in detail, the solenoid is activated at time intervals timed by the timer 98' in the pipe 76' or venturi pipe 77' into which the pressure air 104' provided from the compressor 105' flows. A pulse or pulse pressure generated or applied by pressure to the pipe or venturi tube by repeatedly opening and closing the valve 92' to repeatedly turn on and off the inflow, or by repeatedly turning the inflow on and off. , pulse, pulse poressure, etc. Thereby, the pipe 76' or venturi tube 77'; Pulse, pulse pressure to the water, water, liquid, oil, substance, fluid, liquid, air, gas, powder, particle, etc. (30) passing through it; Vortex, agitation, shock, pressure, impact pressure, cavitation, non-powered stirring, non-powered vortex resulting from this; etc. occur. As a result, it is possible to facilitate agitation of the passing particles 30, or to inject, spray, pour, inject, grout, etc. a material 30 with very strong spraying force or impact force. See Figures 14 and 15.

The magnetizer or magnetization vibration excitation ozone device is composed of one or more of magnetization, magnetic field, ozone, vibration, excitation, pressure, pulse, pulse pressure, pulse or pulse pressure by pressure supplied periodically or at regular intervals, or This includes devices that generate or radiate more than one, or devices that process more than one. As an example of this, in the case of a magnetized vibration excitation ozone device: a) It consists of a magnetizer, a vibrator, an exciter, and an ozone device; b) Devices that generate or radiate magnetic fields, vibrations, excitation, or ozone; c) Devices for treatment with magnetization, vibration, excitation and ozone; d) This includes devices that magnetize, vibrate, excite, and generate ozone.

According to Example 5, the materials, materials, construction materials, functional materials, etc. (7) of the present invention are a) cylindrical tubes, double tubes, coils, plates, needles, brushes, hollow bodies, compressors, stators, rotors, rotating shafts, rotating bodies. , a case, a switchboard, a power supply, a high voltage generator, a plug, an outlet, a switch, a magnetizer, a vibrator, an exciter, and b) b1) the cylindrical tube (123') or the double tube (123', 124'). ) the coil (125') is wound inside or outside; b2) the needle 127' is mounted spaced apart from the plate 126'; b3) the brush 129' faces the hollow part 128' of the plate; b4) As shown in FIGS. 14 and 15, a pressor ( Equipped with a compressor (105') that generates 104') and an ozone generator (32', 96') that generates ozone; b5) The rotor 1' is mounted on the stator 2', the rotor is provided with the rotating shaft 3', the rotating body 4' is mounted on the rotating shaft, and the stator and the rotor are connected to each other. Mounting the case (7') on the outside of the whole; b6) Assembling, purchasing, and bringing in an ozone device (32'); b7) Mounting an ozone group (32') in one or more of the cylindrical tube or vibrator; One or more of

c) Manufactured, produced, and equipped with one or more of the cylindrical tube, the vibrator, the winding, the ozone device, or the magnetizer, which is brought in separately, and the magnetization, vibration, and ozone device that treats magnetization, vibration, excitation, and ozone. , configuration, etc., d) one or more of the cylindrical tube, vibrator, magnetizer, or ozone device with magnetization vibration is mounted on one or more of the self, transport means, or manufacturing equipment, and e) the manufacturing equipment is a storage unit. (60), hopper 61, mixer 62, pump 63, hose 64, nozzle 25, and form 6, or consists of one or more of the above storage and form. , f) the distribution board, power supply (12'), high voltage generator, plug (10'), outlet ( 11'), a switch, a switch that controls the power of one of the distribution boards or outlets, a distribution board connected to the power supply, a high voltage generator connected to the distribution board, a plug inserted into the outlet, and a switch that turns the power on/off. One or more is provided,

g) Raw materials are manufactured by one or more of the following: storage, input, mixing, pressurization, transfer, injection into the mold 6, curing of the injected material, and demolding of the injected mold by the manufacturing equipment, h) The switchboard or switch One of power, electricity, voltage, and current is supplied to one or more of the cylindrical tube or exciter, the magnetizer or the magnetization vibration ozone device by one or more of the above, i) the cylindrical tube or exciter by the supply, One of the ozone - complex ozone, and functional substances is generated or radiated in one or more of the magnetizer or the ozone group with magnetization vibration, j) j1) by the radiation, j11) the self or the transfer means; One or more of the above-mentioned bacteria or formaldehyde is treated, removed, controlled, sterilized, disinfected, sterilized, antibacterial, annihilated, reduced, aerated, reacted, flocculated, settled, filtered, purified, purified, cleaned, washed, cleaned, cleaned. ; j12) one or more of the above-mentioned fluidity or workability increases, increases, improves, accelerates, doubles, doubles compared to the condition without one of the ozone or complex ozone; j13) Treatment of said contamination and increase of fluidity; One or more of the above mortar, PSC material, and construction material; j2) or the mortar, PSC material, or construction material in which at least one of the self or pathogens has been treated or cleaned by the radiation; It is characterized by, etc.

According to Example 7, the manufacturing method, material manufacturing method, etc. of the present invention are a) to j) of Example 5, etc., to manufacture the above-mentioned mortar, PSC material, building materials, etc.

For example, in the case of manufacturing the magnetized and vibrating ozone device, a) 'mounting the ozone device to one or more of the cylindrical tube or vibrator', the cylindrical tube or vibrator includes a magnetizer, vibrator, exciter, etc., so the magnetizer, A magnetized vibration-exciting ozone device created by placing ozone in a vibrator or exciter; b) Alternatively, a magnetization vibration device in which a magnetizer, a vibrator, and an exciter are mounted on an ozone device (32') in which a coil (125') is wound inside or outside a cylindrical tube (123') or a double tube (123', 124'). ozone generator; c) a magnetized and vibrating ozone machine in which a magnetizer, a vibrator, and an exciter are mounted on an ozone machine (32') on which a needle (127') is mounted, spaced apart from the plate (126'); etc. are applicable. This is shown in Figure 16,

According to Example 6, the method, method, functional method, material manufacturing method, structure construction method, material manufacturing method, structure construction method, etc. of the present invention are a), b), c), etc. of Example 5, d) At least one of the cylindrical tube, exciter, magnetizer, or ozone device with magnetization vibration d1) storage 60, hopper 61, mixer 62, pump 63, hose 64, shaft Or a rod (20), a nozzle (25) or a nozzle (25) equipped with a collision plate and an expansion cone, a mold (6), and a curing device; d2) a backhoe (10), an auger, a vehicle, an excavator, a boring machine, a crane, a crane, an excavator, or a means of transportation (10) connected to the shaft or rod (20); Double boom (13); Arm of this boom (14); A tip 15 of the arm, a cradle hitch 15 at the tip, and a rotation means 16 at the tip; The reservoir to the hose; d3) Wings (21), protrusions (23), nozzles (25) for spraying materials or binders, bits (24) for excavation, tips of rods, etc. mounted on one or more of the axes, rods, backhoes, and rod wings. A bit hole (25) formed on the tip of the bit and through which a material or binder is sprayed; d4) the shaft, rod, wing or bit hole provided with a magnetized oscillating ozone device; d5) Materials or structures (7, 40) described above or below; d6) the storage or structure; d7) Manufacturing plant of the following materials (7); d8) Construction site of the lower structure 40; one of the inside, inside, outside, outside, surrounding; It is mounted on one or more of the

e) the distribution board (97'), power supply (11', 12'), high voltage generator (99') in one or more of the cylindrical tube or exciter, magnetizer or magnetization vibration ozone device, storage or bit hole, A plug (10'), an outlet (11'), a switch (100'), a switch that controls the power of one of the distribution boards or outlets, a distribution board (97') connected to the power supply, and a high voltage generator connected to the distribution board. , a plug inserted into the outlet, a switch for turning the power on/off, and f) one or more of the distribution board or switch, the cylindrical tube or exciter, the magnetizer or the ozone generator with magnetization vibration, and the storage. One of power, electricity, voltage, and current is supplied to one or more of the cylindrical tube, the exciter, the magnetizer, the ozone generator with magnetization vibration, and the storage unit to the bit hole by the supply. The ozone ~ complex ozone, functional substances, etc. are generated or radiated, and h) the material is stored, input, mixed, pumped, transported, transported, injected, injected into a mold, or sprayed by one or more of the equipment, storage, or bit hole. , one or more of the following: spraying on a slope, pouring, pouring into a form, injection, injection into a crack, grouting, grouting in the ground,

i) After one of the injection or grouting, the material is cured, cured, consolidated, or solidified, j) By one or more of the equipment, storage or bit hole, storage or grouting, curing or solidification, the material, construction material , one or more of buildings, structures, ground structures, underground structures, and foundation structures are manufactured, produced, constructed, built, constructed, constructed, formed, k) by the radiation, k1) the materials or structures, buildings or means; Among them, one of the above bacteria and formaldehyde; One or more of the above processing or cleaning; k2) one or more of the fluidity or workability of the material or construction material increases, increases, improves, accelerates, doubles, or doubles compared to the condition without one of the ozone or complex ozone; k3) Treatment of said contamination and increase of fluidity; It is characterized by being one or more of the following.

According to Example 8, the construction method, structure construction method, etc. of the present invention are a) to k) of Example 6, etc. 1) Buildings, houses, houses, Korean houses, Western-style houses, buildings, retaining walls, bridges, tunnels, Roads, foundations, pavements, apartments, residential-commercial complexes, underground facilities, underground foundations, underground poured foundations, apartment buildings, residential-commercial complex buildings, prefabricated structures, ground structures, underwater structures, underground structures, underground structures, foundation structures, steel structures, Brick structures, cement structures, concrete structures, reinforced concrete structures; 2) Or the building or reinforced concrete structure containing one or more of charcoal, red clay, cypress wood, earthquake-resistant material, phytoncide, charcoal-containing eco-material, red clay room, cypress room, phyton room, red clay cypress room, and red clay phyton room; 3) Or one of the buildings or reinforced concrete structures, facility, building, or structure; It is the construction, creation, formation, construction, construction, etc. of structures.

Examples of the materials, materials, construction materials, functional materials, etc. (7) of the present invention include a) magnetization (42'), vibration (41'), excitation, and ozone (43') generated, or b) or the stator or case. Vibration (41') and ozone (43') and magnetic field (42') are generated and excited by devices (30', 31') consisting of, c) or at the rear end of the hollow body (7') in which the magnetization vibrator is embedded. a) storage 60, hopper ( 61), mixer (62), pump (63), hose (64), shaft or rod (20), nozzle (25) or collision plate (88) and expansion cone (89) equipped nozzle (15), form (6) ), equipment consisting of a curing machine in order, or consisting of one or more of the storage or curing machines; b) or b1) a backhoe, auger, vehicle, excavator, boring machine, crane, crane, excavator, or moving means (10) connected to the shaft or rod (20); Double boom (13); Arm of this boom (14); A distal end (15) of the arm, a cradle hitch (15) at the distal end, and a rotation means (16) at the distal end; The reservoir to the hose; b2) a wing (21), a protrusion (23), a nozzle (25), a bit (24), a bucket, a tip bit, and a bit hole (25) mounted on one or more of the shaft, rod, backhoe, and rod wing; b3) the shaft, rod, wing or bit hole provided with a magnetized oscillating ozone device; Equipment consisting of one or more of the following; Here, an ozone device with magnetization and vibration is provided in the storage room or bit hole, whereby materials (30) such as sand, gravel, lime, cement, asphalt, water, and admixture, or materials (30) that have undergone the ozone group with magnetization and vibration, or 10 to 30 parts by weight of SiO ₂ or Si-containing material, 50 to 70 parts by weight of CaO or Ca-containing material, 3 to 10 parts by weight of Al ₂ O ₃ or Al-containing material, and 1 part by weight of MgO or Mg-containing material, based on a total of 100 parts by weight. ~4 parts by weight, 1.5-5 parts by weight of Fe ₂ O ₃ or Fe-containing material, 0.5-4 parts by weight of SO ₃ or S-containing material, 0.1-2.5 parts by weight of TiO ₂ or Ti-containing material, K ₂ O or K-containing material Materials (30) containing three or more parts by weight or components of 0.1 to 1 part by weight, Na ₂ O or 0.1 to 0.5 parts by weight of Na-containing substances are stored in a storage, placed in a hopper, and a blender equipped with wings (21), etc. Mixing at (62), pumping with a pump, transferring with a hose, or pouring with the shaft, rod, hose, nozzle, etc., pouring into the mold (6), pouring into the ground, stirring with the ground in the ground, stirring with soil and sand on the ground; Curing and curing with a curing machine after the pouring; This applies to the above mortar, PSC material, construction materials, etc. manufactured or composed of one or more of the above.

Examples of the buildings, facilities, structures, functional structures, etc. (40) of the present invention include the materials, the rough materials, the included materials, etc. by the devices and equipment a) storage, input, mixing, pumping, transport, pouring, Pouring into molds, injection, injection into formwork, spraying, spraying on slopes, grouting, underground grouting; b) curing or hardening after any of the pouring, pouring, spraying or grouting; This applies to structures constructed or constructed as one or more of the following.

The red clay room or red clay phyton room includes a) red clay, cypress wood, cypress wood, cypress wood powder, and phytoncide; Among these, one material, material, roofing material, panel, board, wall material, wallpaper, floor, ceiling material, flooring material, finishing material, interior material, exterior material, paste, plaster; This applies to rooms, rooms, houses, etc. that have been equipped, mounted, attached, installed, plastered, plastered, etc.

According to Example 9, the equipment, device, functional device, functional equipment, manufacturing equipment, construction equipment, material manufacturing equipment, structure construction equipment, etc. of the present invention are a) one of the storage or nozzle equipped with the magnetized vibration ozone device. Equipment consisting of the above; b) equipment consisting of one or more of the backhoe or bithole; c) The material, or the coarse material, or the material containing the three or more weight parts or components is stored or cured by one of the storage bin, hose, backhoe, or bit hole to form a building material or structure. equipment; etc. are applicable.

a) method, method, functional method of the present invention; b) Methods and methods for manufacturing, construction, construction and use of building materials or structures; According to Example 10, etc., the material, rough material, or material containing three or more parts by weight or components is stored, injected, mixed, pumped, transported, poured, injected, sprayed, grouted by the equipment; curing or hardening after either pouring, pouring, spraying or grouting; It is characterized by one or more of the following, whereby building materials or structures are manufactured, constructed, constructed, used, etc.

In the present invention, materials, materials, construction materials, functional materials, etc. are used in manufacturing, production, construction, construction, landscaping, sculpture, modeling, construction work, civil engineering work, building work, housing construction, landscaping work, new construction, repair work, and building construction. , bridge construction, tunnel construction, road construction, paving construction, structure construction, apartment construction, cement construction, ready-mix concrete construction, concrete construction, interior construction, remodeling construction, etc.

In the present invention, the materials or building materials include the following 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, etc. This includes the following parts by weight, ingredients, substances, tailings, minerals, clay, mud, red clay, ash, stone dust, kaolin, kaolin, bentonite, zeolite, asphalt, silica, silica fume, cement, powder to solidification corresponding to 1 to 15 below. Indicates that one or more of water, ingredients, or solidified substances are included. The following also includes the contents of Example 11.

Above 1 is a) 30 to 60 parts by weight of SiO ₂ or Si-containing material, 20 to 70 parts by weight of CaO or Ca-containing material, 1 to 20 parts by weight of Al ₂ O ₃ or Al-containing material, MgO or Three or more parts by weight of 1 to 15 parts by weight of Mg-containing material and 2 to 20 parts by weight of FeO or Fe-containing material; b) Materials, tailings and minerals containing its components; There is more than one of The above 2 is a) 40 to 70 parts by weight of SiO ₂ or Si-containing material, 13 to 28 parts by weight of Al ₂ O ₃ or Al-containing material, and 3 to 13 parts by weight of Fe ₂ O ₃ or Fe-containing material, based on a total of 100 parts by weight. , 0.3 to 1.5 parts by weight of CaO or Ca-containing material, 0.3 to 3 parts by weight of MgO or Mg-containing material, and 0.3 to 1 part by weight of TiO ₂ or Ti-containing material, three or more parts by weight, components; b) materials containing these components, clay, mud, the above components or minerals; There is more than one of 3 above is a) 45 to 65 parts by weight of SiO ₂ or Si-containing material, CaO, based on 100 parts by weight of the total or 3 to 18 parts by weight of Ca-containing material, Al ₂ O ₃ or 5 to 14 parts by weight of Al-containing material, MgO or 1 to 7 parts by weight of Mg-containing material, Fe ₂ O ₃ or 1 to 5 parts by weight of Fe-containing material, FeO or 0.5 to 1.7 parts by weight of Fe-containing material, 0.1 to 1.5 parts by weight of CaCO ₃ or Ca-containing material, 0.01 to 1.3 parts by weight of TiO ₂ or Ti-containing material, MnO or three or more parts by weight of 0.01 to 1.0 parts by weight of Mn-containing ingredients; b) materials containing these components, red clay, the above components to minerals, the above components to mud; There is more than one of The above 4 is a) 50 to 65 parts by weight of SiO ₂ or Si-containing material, 10 to 30 parts by weight of Al ₂ O ₃ or Al-containing material, 2 to 10 parts by weight of CaO or Ca-containing material, MgO or 1 to 3 parts by weight of Mg-containing material, 1.5 to 8 parts by weight of Fe ₂ O ₃ or Fe-containing material, 0.1 to 1 part by weight of SO ₃ or S-containing material, 0.1 to 1.5 parts by weight of TiO ₂ or Ti-containing material, K ₂ O or three or more parts by weight of 0.5 to 3 parts by weight of K-containing material and 0.2 to 0.8 parts by weight of Na ₂ O or Na-containing material; b) materials containing its components, ash, the above components to minerals, the above components to mud, the above components to red clay; There is more than one of

Above 5 is a) 50 to 60 parts by weight of SiO ₂ or Si-containing material, 15 to 25 parts by weight of Al ₂ O ₃ or Al-containing material, 0.3 to 1 part by weight of CaO or Ca-containing material, MgO or 0.5 to 2 parts by weight of Mg content, 2.5 to 3.5 parts by weight of Fe ₂ O ₃ or Fe content, 1.5 to 3 parts by weight of FeO or Fe content, 0.1 to 0.4 parts by weight of P ₂ O ₅ or P content, MnO or Three or more parts by weight of 0.01 to 0.1 parts by weight of Mn-containing material, 0.5 to 2.5 parts by weight of K ₂ O or K-containing material, and 0.3 to 0.7 parts by weight of Na ₂ O or Na-containing material; b) materials containing these components, stone dust, the above components to minerals, the above components to mud, the above components to red clay, the above components to ash; There is more than one of Above 6 is a) 35 to 50 parts by weight of SiO ₂ or Si-containing material, 30 to 55 parts by weight of Al ₂ O ₃ or Al-containing material, 0.1 to 2 parts by weight of CaO or Ca-containing material, MgO or 0.01 to 0.4 parts by weight of Mg-containing material, 0 to 0.5 parts by weight of Fe ₂ O ₃ or Fe-containing material, 0.001 to 0.2 part by weight of K ₂ O or K-containing material, and 0.3 to 1 part by weight of TiO ₂ or Ti-containing material. Parts by weight, ingredients; b) materials containing these components, kaolin, kaolin, the above components to minerals, the above components to clay, the above components to red clay, the above components to ash, the above components to stone dust; There is more than one of Above 7 is a) 55 to 75 parts by weight of SiO ₂ or Si-containing material, 10 to 25 parts by weight of Al ₂ O ₃ or Al-containing material, 0.5 to 5 parts by weight of CaO or Ca-containing material, MgO or Three of 1 to 8 parts by weight of Mg-containing material, 1 to 3 parts by weight of Fe ₂ O ₃ or Fe-containing material, 0.1 to 2 parts by weight of K ₂ O or K-containing material, and 0.5 to 8 parts by weight of Na ₂ O or Na-containing material. Parts by weight or more of the ingredients; b) materials containing its components, bentonite, the above components to minerals, the above components to clay, the above components to red clay, the above components to ash, the above components to stone dust, the above components to kaolin; There is more than one of

Above 8 is a) 60 to 78 parts by weight of SiO ₂ or Si-containing material, 10 to 20 parts by weight of Al ₂ O ₃ or Al-containing material, 0.5 to 5 parts by weight of CaO or Ca-containing material, MgO or 0.5 to 4 parts by weight of Mg-containing material, 0.1 to 5 parts by weight of Fe ₂ O ₃ or Fe-containing material, 0.5 to 4 parts by weight of Na ₂ O or Na-containing material, 1 to 3 parts by weight of K ₂ O or K-containing material, TiO ₂ or 0.1 to 0.5 parts by weight of Ti-containing material, three or more parts by weight, ingredients; b) a substance containing its components, zeolite, the above components to minerals, the above components to mud, the above components to red clay, the above components to ash, the above components to stone dust, the above components to kaolin, the above components to bentonite; There is more than one of 9 above is a) 80 to 99 parts by weight of hydrogen and carbon, 20 to 29 parts by weight of hydrogen, 60 to 70 parts by weight of carbon, 1 to 20 parts by weight of sulfur, nitrogen and oxygen, and 80 to 99 parts by weight of bitumen, based on a total of 100 parts by weight. parts, 1 to 20 parts by weight of moisture, and 0.0001 to 1.0 parts by weight of gas, two or more parts by weight, ingredients; b) Material containing its components, asphalt, the above components to minerals, the above components to mud, the above components to red clay, the above components to ash, the above components to stone dust, the above components to kaolin, the above components to bentonite, and the above components to zeolite. ; There is more than one of 10 above is a) 60 to 90 parts by weight of SiO ₂ or Si-containing material, 0.5 to 2 parts by weight of Al ₂ O ₃ or Al-containing material, 0.5 to 2 parts by weight of CaO or Ca-containing material, MgO or 0.1 to 1 part by weight of Mg-containing material, 1.5 to 3 parts by weight of Fe ₂ O ₃ or Fe-containing material, 0.1 to 1 part by weight of SO ₃ or S-containing material, 0.1 to 1 part by weight of TiO ₂ or Ti-containing material, K ₂ O or three or more parts by weight of 0.1 to 2 parts by weight of K-containing material and 0.1 to 0.5 parts by weight of Na ₂ O or Na-containing material; b0 Substances containing these components, silica, silica fume, the above components to minerals, the above components to clay, the above components to red clay, the above components to ash, the above components to stone dust, the above components to kaolin, the above components to bentonite, the above components to Zeolite, the above components to asphalt; There is more than one of

11 above is a) 10 to 30 parts by weight of SiO ₂ or Si-containing material, 50 to 70 parts by weight of CaO or Ca-containing material, 3 to 10 parts by weight of Al ₂ O ₃ or Al-containing material, MgO or 1 to 4 parts by weight of Mg-containing material, 1.5 to 5 parts by weight of Fe ₂ O ₃ or Fe-containing material, 0.5 to 4 parts by weight of SO ₃ or S-containing material, 0.1 to 2.5 parts by weight of TiO ₂ or Ti-containing material, K ₂ O or three or more parts by weight of 0.1 to 1 part by weight of K-containing material and 0.1 to 0.5 parts by weight of Na ₂ O or Na-containing material; b) Materials containing its components, cement, the above components to minerals, the above components to mud, the above components to red clay, the above components to ash, the above components to stone dust, the above components to kaolin, the above components to bentonite, and the above components to zeolite. , the above components to asphalt, the above components to silica fume; There is more than one of The above 12 refers to powders, liquids, slurries, nanomaterials, pulverized materials, stored materials, inputs, additives, kneaded materials, mixtures, fired materials, incinerated materials, pressurized materials, feeds, and injected materials of the above materials or two or more of the above materials. , one or more of poured products, sprays, hydrates, reactants, cured products, and solidified products. The number 13 refers to water, water, liquid, oil, substance, solid, substance, material, functional object treated with or passed through one of the magnetizer or the ozone group with magnetization vibration; Or the above ingredients, substances, tailings, minerals, clay, mud, red clay, ash, stone dust, kaolin, kaolin, bentonite, zeolite, asphalt, silica, silica fume, cement, powder or solidified material; There is more than one of The water, solidified material, etc. become one functional product. The above 14 is a function processed as one of magnetization, vibration, excitation, ozone, magnetization vibration, magnetization excitation, magnetization ozone, vibration excitation, vibration ozone, excitation ozone, magnetization vibration excitation, magnetization vibration ozone, vibration excitation ozone, and magnetization vibration excitation excitation. It is water, one or more of the above components or solidified substances. Here, the ingredients or solidified materials include the ingredients, materials, tailings, minerals, clay, mud, red clay, ash, stone dust, kaolin, kaolin, bentonite, zeolite, asphalt, silica, silica fume, cement, powder or solidified material, etc. .

15 is CaO + H ₂ O → Ca(OH) ₂ by one or more of the SiO ₂ to Fe-containing material, SiO ₂ to Ti-containing material, and SiO ₂ to Na-containing material; CaO + CO ₂ → CaCO ₃ ; Ca(OH) ₂ + CO ₂ → CaCO ₃ + H ₂ O; MgO + H ₂ O → Mg(OH) ₂ ; MgO + CO ₂ → MgCO ₃ ; Mg(OH) ₂ + CO ₂ → MgCO ₃ + H ₂ O; K ₂ O + CO ₂ → K ₂ CO ₃ ; Na ₂ O + CO ₂ → Na ₂ CO ₃ ; CaO + SiO ₂ → CaSiO ₃ ; MgO + SiO ₂ → MgSiO ₃ ; Fe + O ₂ → FeO; 2Fe + O ₂ → Fe ₂ O ₃ ; FeO + Fe ₂ O ₃ → Fe ₃ O ₄ ; Ca(OH) ₂ + SiO ₂ + H ₂ O → CaO·SiO ₂ ·2H ₂ O; Mg(OH) ₂ + SiO ₂ + H ₂ O → MgO·SiO ₂ ·2H ₂ O; Ca(OH) ₂ + Al ₂ O ₃ + H ₂ O → CaO·Al ₂ O ₃ ·2H ₂ O; Mg(OH) ₂ + Al ₂ O ₃ + H ₂ O → MgO·Al ₂ O ₃ ·2H ₂ O; One or more of the ingredients, substances, tailings, minerals, clay, clay, red clay, ash, stone dust, kaolin, kaolin, bentonite, zeolite, asphalt, silica, silica fume, cement, powder or solidified material in which one or more reactions occur. .

In the present invention, materials, building materials, construction materials, etc. correspond to one or more of the following a, b, c, d, e, f, g, h, i, and j. The above a refers to lime, gypsum, cement, bitumen, asphalt, mortar, ready-mixed concrete, asphalt, binder, solidifying material, cementing material, hardening material, paste, plaster, concrete, dry mortar, mortar in bags, ready mixed mortar, powder type Building materials, slurry-type building materials, non-hardened building materials; A composite material of two or more of the lime or building materials; There is more than one of

The b is common materials, construction materials, civil engineering materials, landscaping materials, basic materials, earthquake-resistant materials, segment materials; Composites of two or more of these common materials or segment materials; There is more than one of b1) The above common materials include beams, rods, stands, plates, tubes, cardboard, planks, plywood, sheets, boards, mats, templates, molds, panels, boards, scaffolding, materials, building materials, construction materials, construction materials, formwork, Earthquake-resistant materials, earthquake-reinforced earthquake-resistant materials, plaster materials, cement materials, asphalt materials, concrete materials, reinforced concrete materials, building materials, construction materials, civil engineering materials, building materials, landscaping materials, manufacturing materials, construction materials, coating materials, photocatalyst coating materials, Cement secondary products, Remital secondary products, ready-mix concrete secondary products, asphalt secondary products, ascon secondary products, reinforced concrete materials RC (reinforced concrete) materials, PC (pre cast) materials, PS (pre or post stress) Ash, PSC (pre or post stress concrete) material, hardened building materials, building materials hardened after curing, building materials hardened after hydration reaction and curing, building materials hardened after hydration reaction, pozzolanic reaction and curing; Composites of two or more of these beams or building materials; etc. b2) The above construction materials include walls, doors, domes, doors, gates, windows, windows, wallpaper, flooring, wall materials, floors, plumbing, toilets, bidets, panels, glass, entrances, tiles, bricks, blocks, tiles, walls, Bulkheads, girders, columns, chassis, ducts, ducts, pipes, conduits, tanks, boxes, curtains, partitions, slabs, interior panels, exterior panels; Among these, that is, composite materials of two or more of the above walls and exterior panels; etc. b3) The above civil engineering materials include Hume pipes, conduits, pipes, waterways, culverts, boxes, tanks, manholes, water tanks, curbs, sumps, cover plates, support plates, reinforcing plates, boundary stones, separators, water channels, U-shaped pipes, drains, sewer pipes, Water pipe, grid block, slope block, reinforcing block, reinforced earth block, sewer culvert, rainwater culvert, retention box, underground box, storage box, plume pipe, clay pipe, cement pipe, concrete pipe, retention tank, water collection tank, rainwater retention tank, rainwater Reservoir, tetrapot, mixing material, injection material, embankment material, filling material, filling material, filler material, spraying material, laying material, packaging material, compaction material, waterproofing material, water barrier material, permeable material, permeable material, filtering material, absorbent material, collection material, injection material, Grouting materials, shot concrete materials, green soil materials, spray materials, seed spray materials; Two or more of these are composite materials; There is more than one of

b4) The landscaping material is one or more of deck, pavilion, lawn, paving material, artificial turf, artificial turf, wooden deck, and synthetic wood. b5) The above basic materials include foundations, piles, piers, caissons, reinforced foundations, earthquake-resistant foundations, factory piles, embedded foundations, driving foundations, rotating embedded foundations, cast-in-place piles, caissons, foundation caissons, breakwater caissons, and PHC (prestressed high- strength concrete) piles, underground foundation, underground grouting foundation, geothermal pile, geothermal pier, geothermal caisson, energy pile, energy foundation, pile with built-in geothermal circulation pipe; Two or more of these are composite materials; There is more than one of b6) The tunnel material is one or more of liner, lining, lining material, tunnel liner, tunnel lining, waterproofing material, and shotcrete material. b7) The above earthquake-resistant materials include beams, bars, rods, plates, steel frames, girders, grids, H-beams, I-beams, sheets, mats, nets, crossbeams, stringers, arch materials, reinforcements, reinforcing plates, carbon plates, brackets, frames, Platform, bracing, carbon sheet, carbon mat, carbon net, reinforcement sheet, reinforcement mat, reinforcement net, cantilever material, seismic reinforcement, L-type reinforcement, I-type reinforcement, H-type reinforcement, T-type reinforcement, ×-type reinforcement, □ type. Reinforcement consisting of reinforcement, X bracing, steel bracket, steel frame, steel platform, steel bracing, bolt hole forming reinforcement, upper and lower flanges and middle web; Two or more of these are composite materials; etc. The above earthquake-resistant materials include earthquake-resistant materials, earthquake-resistant materials, earthquake-resistant materials, earthquake-resistant reinforcements, earthquake reinforcements, earthquake-resistant materials, earthquake-resistant materials, earthquake-resistant materials, earthquake-resistant materials, earthquake-resistant materials, and materials reinforced against earthquakes. ; Things, substances, objects, materials, materials belonging to the above earthquake-resistant or earthquake-resistant materials; etc. are applicable. b8) The segment materials include segments, segment materials, tunnel segments, TBM (tunnel boring machine) tunnel segments, shield tunnel segments, bridge segments, bridge deck segments, building segments, assembly segments, liner segments, lining segments, and tunnel lining segments. There is more than one.

The c is the common material or segment material, beam or PSC material, wall or exterior panel, fume pipe or seed spray material, deck or composite material that contains one or more of the lime or ready mixed mortar, cured, consolidated, or hardened. Wood, foundation to energy foundation, liner to shot concrete, segment to tunnel lining segment, etc. The above d is d1) materials, materials, building materials, building materials, construction materials, civil engineering materials, building materials, landscaping materials, interior materials, exterior materials, packaging materials, road materials, sidewalk materials, green soil, green soil, landscaping soil, construction materials, building materials, Civil engineering materials, landscaping materials, prefabricated materials, prefabricated materials, prefabricated building materials; d2) the material or prefabricated building material containing one or more of the lime, ready mixed mortar, beam, or tunnel lining segment; There is more than one of The e is one or more of the lime or ready mixed mortar, beam or tunnel lining segment, material or prefabricated building material used in one or more of the construction or remodeling construction.

The above f is powderization, liquefaction, slurry, nanoization, pulverization, storage, input, addition, kneading, mixing, firing, incineration, pressurization, transportation, supply, injection, pouring, spraying, grouting, mixing, laying, packaging, compaction. The lime or ready mixed mortar, beam or tunnel lining segment, or material that is manufactured, supplied, constructed, or used by one or more of hydration, reaction, curing, consolidation, hardening, demolding, and drying, or by two or more sequences. It is one or more of the prefabricated building materials.

The equipment or device of the present invention includes any of the powdered or dried devices, instruments, instruments, machines, devices, equipment; The functional group provided in one of them; etc. are also included. Examples of application of the above powdering or drying include pulverizing raw materials, adding cement to water to make it liquefied, asphalt slurry, cement nanoization, grinding limestone as a cement raw material, storing raw materials in a storage, putting raw materials into a hopper, and adding additives to raw materials. Addition, kneading materials, mixing raw materials in a mixer, firing limestone as a raw material for cement, incinerating recyclables, pressurizing with a pump, transferring with a hose, supplying with a hose, injecting with a nozzle, pouring with a hose, spraying paste, grouting in the ground. , mixing soil and binder with wings mounted on a rod, laying ready-mixed concrete on the ground, packing cement in sacks, packing asphalt concrete on the ground, compacting packaging materials laid on the ground, compacting sand in the ground with a compactor, hydration of cement. , pozzolanic reaction of cement, hardening reaction of cement, concrete curing, solidification of ready-mixed concrete, hardening of mortar, demolding of mold where ready-mixed concrete was poured, drying of demolded material, etc. The above curing includes curing, water curing, steam curing, natural curing, dry curing, wind curing, curing machine curing, autoclave curing, concrete curing, curing of poured materials, curing of concrete placed in a form, and spraying water, air or steam. This includes curing, etc.

The g is one or more of the lime or prefabricated building materials that are manufactured, supplied, constructed, or used by one or more of the powdering or drying equipment or equipment consisting of two or more sequences. The h indicates that one of the magnetizer or the ozone group with magnetization vibration is itself, inside, face, surface, inside, inside, inside, inside, hollow, space, gap, outside, outside, outside, around, apart, inlet, outlet, connection. , one of the lime or prefabricated building materials that is manufactured, supplied, constructed, or used by the equipment provided in the connecting hose, connecting means, etc., or the equipment having the processing function of one of the magnetized or magnetized vibration ozone. That's it. The i is one or more of the lime or prefabricated building materials treated with one of the magnetizer, the ozone group with magnetization vibration, and the magnetization or ozone with magnetization vibration. The j includes a material treated with one of the magnetization or magnetization vibration ozone, or a material that has passed through one of the magnetization or magnetization vibration ozone groups, added, introduced, injected, introduced, sprayed, sprayed, sprayed, coated, stamp; Or, it is one or more of the lime or prefabricated building materials that have been immersed, fumigated, immersed, or impregnated in the material.

In the present invention, materials, building materials, construction materials, etc. (7) include: a) equipment consisting of the storage unit to the nozzle in that order, or consisting of one or more of the storage unit to the nozzle; b) Equipment consisting of one or more of the powdering and drying equipment or a sequence of two or more of the above; c) the equipment, storage, or nozzle in which one of the magnetizer or the ozone generator with magnetization vibration is provided with the magnetizer or connection means, etc.; d) Equipment having a processing function of one of the above magnetized or magnetized ozone; It is manufactured, supplied, constructed, used, powdered or dried by one or more of the above.

In the example of manufacturing building materials, the raw materials stored in the storage 60 are input into the mixer 62 through the hopper 61 and mixed in the mixer, and the mixture is pressurized by the pump 63 and supplied through the hose 64. It includes being injected into a mold using a hose 64 or a nozzle 25 and then cured to produce a block or building material 7. Examples of the supply include supplying the mixture of building materials to the form 6 for building construction through one or more of a pump, hose, or nozzle. An example of the construction includes constructing the structure 40 by injecting the construction material 30 of the ready-mixed concrete mixture into the structure frame 6 through one or more of a pump, a hose, and a nozzle. Examples of such uses include the building material being stored in a silo, fed into a hopper, mixed in a mixer, pumped in a pump, conveyed or poured through a hose, or poured through a nozzle. Examples of the pouring include sand, gravel, and cement stored in the storage being input into a mixer through a hopper and mixed, and the concrete mixture thereof is pressurized by a pump, supplied through a hose, and poured into a mold using a hose or nozzle. . Examples of the injection include injecting concrete, which is one of the construction materials, into a mold while vibrating it through a hose equipped at the tip of a vibrator. Examples of the curing include curing or hardening construction materials placed in a form through the hose or nozzle. Examples of the demolding include dismantling or demolding a mold into which ready-mix concrete is inserted, or a mold around the poured and cured block. Examples of the drying include drying the building material after the curing.

The above equipment includes a powderizer, liquefaction machine, slurry machine, nanoizer, grinder, storage machine, input machine, adder, kneader, mixer, calciner, incinerator, packaging machine, pressurizer, transfer machine, feeder, injector, pourer, sprayer, It includes a mixing machine, a laying machine, a packaging machine, a compactor, a hydrator, a reactor, a curing machine, a curing machine, a hardening machine, a mold demolder, a dryer, a magnetizer or an ozone machine with magnetized vibration, a storage room, a bit hole, etc. . The lime or prefabricated building materials include the materials or prefabricated building materials that include one or more of the lime, ready mixed mortar, beam, or tunnel lining segment.

Buildings, facilities, structures, etc. of the present invention a) the magnetizer or ozone device with magnetization vibration; b) Magnetized substance, vibrating substance, excited substance, ozonated substance, magnetized vibrating substance, magnetized substance, magnetized ozonised substance, vibrating substance, vibrating ozonised substance, excited ozonised substance, magnetized vibrating substance, magnetized and vibrating ozone substance, vibrating substance Ozone water, ozone water with magnetized vibration; b) the magnetized material or ozone material with magnetization vibration that has passed through one of the magnetizer or ozone group with magnetization vibration; c) Equipment, materials, materials, and construction materials containing one or more of the magnetizer or ozone material with magnetization and vibration; One or more of them is used, used, provided, mounted, mounted, attached, anchored, installed, retained, layered, mixed, added, put in, injected, etc., and is used for construction, construction, construction, repair, repair, reinforcement, improvement, mending, etc. It also includes buildings, facilities, structures, functional buildings, functional facilities, and functional structures that are maintained, managed, interior, exterior, reconstructed, interior, and remodeled. The magnetization or ozone with magnetization vibration also includes the construction materials, lime, or prefabricated building materials that have been treated with the magnetization or ozone with magnetization vibration.

The buildings, facilities, structures, etc. of the present invention also include numbers 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, etc. This includes the following parts by weight, ingredients, substances, tailings, minerals, clay, mud, red clay, ash, stone dust, kaolin, kaolin, bentonite, zeolite, asphalt, silica, silica fume, cement, powder to solidification corresponding to 1 to 15 above. Indicates that one or more of water, ingredients, or solidified substances are included. The following also includes the contents of Example 12.

Buildings, facilities, structures, etc. (40) of the present invention are for residential use, industrial use, repair use, earth use, underground use, bridge use, traffic use, landscaping use, environment use, play use, foundation use, agriculture, facility use, earthquake resistance use, For guitar; Combined use of two or more of these; This includes buildings, facilities, structures, etc. a) The above residential structures include a1) rooms, walls, houses, living rooms, kitchens, entrances, pillars, walls, buildings, houses, houses, Korean houses, Western-style houses, buildings, apartments, parking lots, bathrooms, residential-commercial complexes, apartment facilities, and apartment buildings. , residential-commercial complex; a2) or the above room or a residential-commercial complex containing one of the red clay room, cypress room, phyton room, red clay cypress room, and red clay phyton room; etc. In one of the rooms, one or more of wallpaper, wall materials, boards, materials, red clay water, red clay materials, mixtures, pastes, plastering materials, flooring, flooring, flooring materials, ceiling materials, and finishing materials containing red clay can be used.

In one of the rooms (143), a) the wallpaper or finishing materials are applied to the walls (136, 137); b) the wallpaper or finishing material on the upper wall 137; c) Cypress ruba on the lower wall 136; d) Cypress ruba, the board, and the ceiling material on the ceiling 138; e) insulation material 151 on the floor 150; f) Hose 152 for heating and boiler use on the floor or upper part of the insulation material; g) a heat conduction plate 154 on the upper part of the hose; h) h1) flooring, flooring, red clay board (155) on top of one of the floor, insulation, hose, and heat conduction plate; h2) or the above flooring, flooring, materials, flooring, and finishing materials (155); i) a heater 153, a chiller, a boiler 153, a heater 153, a heater, an air conditioner, a water heater, a chiller, a cooler, a heater 153, a chiller, a boiler 153, a heater 153, a water heater, an air conditioner, a water heater, a chiller, a cooler, and a heater 153 that supply or circulate one or more of hot water, cold water, and cold/hot water to the hose; j) A pump, total volume pump, or circulation pump mounted on the hose, heater, cold/hot water machine, etc. to supply or circulate the water; k) an electric wire, a plug (10), an outlet (11), and a power supply means for one of the heater or circulation pump; This includes rooms where lights are installed, positioned, mounted, mounted, attached, pasted, painted, applied, plastered, pasted wallpaper, attached to boards, and applied to plastering materials. This room may be one of the red clay room or the red clay phyton room. See Figure 11.

b) The above industrial structures include shops, offices, steel towers, chimneys, fences, landfills, power plants, houses, silos, commercial buildings, thermal power plants, nuclear power plants, coal yards, cement factories, office buildings, power plant buildings, landfills, etc. . c) The hydraulic structures include dams, weirs, embankments, rivers, streams, waterways, quays, harbors, wharves, water docks, estuaries, breakwaters, seawalls, reservoirs, reservoirs, cutoff walls, reaction walls, retention ponds, reservoirs, artificial reefs, etc. . d) The above earth retaining structures include retaining walls, masonry, embankments, slopes, ground, earth retaining walls, underground walls, earth retaining walls, slurry walls, underground continuous walls, reinforced earth retaining walls, etc. e) The above underground structures include tunnels, culverts, underground tunnels, gas outlets, common outlets, single outlets, power outlets, communication outlets, sewer pipes, water pipes, gas pipes, subways, underpasses, basements, underpasses, underground boxes, underground facilities, These include underground tanks, underground lines, underground spaces, underground parking lots, underground facilities, underground structures, pipelines, underground pipelines, etc. f) The bridge structures include bridges, piers, abutments, overpasses, bridges, land bridges, river bridges, marine bridges, etc. g) The above-mentioned traffic structures include roads, roads, roadways, sidewalks, sidewalks, agricultural roads, forest roads, railways, tracks, pavements, pavements, runways, operating roads, navigation roads, soundproof walls, soundproof tunnels, bicycle paths, etc.

h) The landscaping structures include pavilions, parks, flower beds, curtain walls, artificial walls, shade houses, landscaping plants, and landscaping facilities. i) The above environmental structures include aeration tanks, reaction tanks, flocculation tanks, sedimentation tanks, filtration tanks, discharge tanks, screening facilities, crushing facilities, separation facilities, water treatment facilities, soil treatment facilities, etc. j) The above play structures include tracks, courts, stadiums, baseball fields, soccer fields, basketball courts, golf courses, playgrounds, dome stadiums, playgrounds, grass fields, jogging courses, running tracks, playground tracks, tennis courts, marathon courses, etc. k) The above foundation structures include foundations, piles, piers, caissons, reinforced foundations, earthquake-resistant foundations, underground foundations, underground foundations, building foundations, structure foundations, underground injection foundations, poured underground foundations, grouting foundations, ground improvement foundations, and underground grouting. These include foundations, underground edge foundations, underground deformable foundations, underground column foundations, surface foundations, surface foundations, surface mat foundations, composite foundations of underground foundations and surface foundations, and composite foundations of underground foundations and surrounding ground. ℓ) The agricultural structures include farm buildings, plant farms, urban farms, building farms, container farms, etc. m) The above facility structures include facilities, temporary facilities, facilities, temporary facilities, earthquake-resistant facilities, dust-proof facilities, disaster-prevention facilities, fire-proof facilities, coating facilities, photocatalyst coating facilities, etc.

n) The above earthquake-resistant structures include themselves, walls, beams, doors, windows, columns, interiors, exteriors, walls, inner walls, exterior walls, themselves, floors, ceilings, slabs, between floors and floors, between floors and ceilings, and between floors and rooftops. between, between floor and slab, between slab and slab; One of these is plane, surface, inside, outside, inside, outside, space; At least one of beams, bars, rods, plates, steel frames, girders, grids, H-beams, I-beams, sheets, mats, nets, crossbeams, stringers, arch materials, reinforcements, reinforcing plates, carbon plates, brackets, frames, platforms, Bracing, carbon sheet, carbon mat, carbon net, reinforcement sheet, reinforcement mat, reinforcement net, cantilever material, earthquake-resistant reinforcement, L-type reinforcement, I-type reinforcement, H-type reinforcement, T-type reinforcement, ×-type reinforcement, □-type reinforcement, It is a structure in which one or more of the following reinforcements are installed: o) The above-mentioned other structures include works, constructs, buildings, constructions, civil engineering works, buildings, constructions, landscaping, sculptures, sculptures, environmental objects, structures, steel structures, assemblies, prefabricated buildings, prefabricated structures, and steel structures. , brick structures, earthquake-resistant structures, disaster prevention structures, anti-seismic structures, above-ground structures, underground structures, underground structures, underwater structures, aerial structures, underground space structures, cement structures, concrete structures, reinforced concrete structures, structures on the upper part of the foundation; or one of the buildings or reinforced concrete structures, facility, building, or structure; etc.

The structure of the present invention includes: a) equipment consisting of the reservoir to the nozzle in that order, or consisting of one or more of the reservoir to the nozzle; b) The functional group of one of the magnetizer or ozone group with magnetization vibration is itself, inside, face, surface, inside, inside, inside, inside, hollow, space, gap, outside, outside, outside, around, apart, inlet, outlet, The above equipment, reservoir or nozzle provided with connection parts, connection hoses, connection means, etc.; d) equipment for generating one of the above magnetized substances or ozone with magnetization vibration; One or more of the following: construction, building, construction, repair, repair, reinforcement, improvement, repair, maintenance, management, interior, exterior, reconstruction, interior, and remodeling.

And the structure of the present invention is made of construction materials by one or more of the above equipment; Its raw materials, materials, materials; One of the raw materials or construction materials such as water, lime, sand, gravel, soil, mortar, rebar, cement, asphalt, ready-mixed concrete, asphalt concrete, and concrete; One or more of or by one or more of mixing, pressurizing, transporting, supplying, injection, pouring, mold pouring, concrete pouring, pouring, concrete pouring, pouring ready-mix concrete into formwork, spraying, pasting, spraying, shotcreting, green earth work. , seed spray, greening spray, pump, pumping, injection, form injection, underground injection, vertical injection, inclined injection, deep injection, injection, crack injection, injection injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, Compaction grouting, cement grouting, SGR (space grouting rocket) grouting, JSP (jumbo special pattern) grouting, injection, chemical injection, crack injection, repair injection, waterproofing injection, mixing, rotary mixing, centrifugal mixing, mixing in a barrel, ground. Mixing, underground mixing, deep mixing, deep cement mixing, ground stirring mixing, DCM (deep cement mixing), injection, form injection, mold injection, filling, cavity filling, crack filling, joint filling, sink hole filling, filling, irregular filling. , filling, back filling, spraying, water spraying, ground spraying, slope spraying, paving, ground paving, ground paving, slope paving, ground paving, road paving, paving material paving, paving, soil paving, road paving, sidewalk paving, asphalt paving. , packaging, compaction, ground compaction, ground compaction, agitated compaction, pavement compaction, concrete compaction, curing, water curing, steam curing, air curing, concrete curing, autoclave curing, curing, ready-mixed concrete curing, protection, surface protection, slope Protection, repair, crack repair, waterproofing repair, water leak repair, joint repair, reinforcement, surface reinforcement, ground reinforcement, crack reinforcement, slope reinforcement, improvement, ground improvement, improvement, repair, earthquake resistance, dustproofing, vibration control, disaster prevention, anti-corrosion, insect prevention. , rust prevention, rust prevention, corrosion protection, electrical protection, corrosion protection, waterproofing, waterproofing, water resistance, water repellency, blocking, dirt blocking, water blocking, restoration, crack restoration, damage restoration, sinkhole restoration, restoration, sinkhole restoration, healing, crack healing , structural healing, mounting, installation, attachment, installation, anchoring, lamination, reinforcement, placement, nailing, tacking, lining, cotton lining, tunnel lining, interior, remodeling, double or a combination of two or more of the above combination or remodeling. It is also possible to do one or more of the above construction or remodeling. The equipment or device of the present invention includes one of the above combinations or combinations of devices, devices, instruments, machines, devices, and equipment; The functional group provided in one of them; etc. are also included. The above combinations or complexes include manufacturing, construction, material manufacturing, structure construction, material manufacturing methods, structure construction methods, etc.

In the example of the above structure construction, the raw materials stored in the storage 60 in which the magnetizer 32' is embedded are input into the blender 62 equipped with wings 21 through the hopper 61 and mixed in the blender, and the mixture thereof is It includes pressurizing from the pump 63, supplying through the hose 64, injecting into the form 6 through the hose 64 or nozzle 25, and then curing it with a curing machine to construct the building or structure 40. do. Examples of the pouring include pouring the concrete mixture vibrated by a vibrator into a form for building a structure through one or more of a pump, hose, or nozzle, or thereby constructing a structure. Examples of the injection include injecting the magnetized and vibrated ready-mixed concrete into a structure frame through one or more of a pump, hose, or nozzle, or thereby forming a structure. Examples of the curing include storing raw materials in a storage bin, putting them in a hopper, mixing them in a mixer, pumping them in a pump, transporting or pouring them through a hose, or pouring them in through a nozzle, and then the poured materials are cured or cured in a curing machine. It includes becoming. In the example of demolding, sand, gravel, and cement stored in the storage are each input into a mixer through a hopper and mixed, and the concrete mixture thereof is pressurized by a pump, supplied through a hose, poured into a mold using a hose or nozzle, and cured. This includes dismantling or demolding the mold. In the example of drying, the vibrator 31' is injected into the form 6 while vibrating the concrete 30 through the hose 64 or nozzle 25 provided at the tip, and then cured or demolded with a curing machine. and drying the demolded structure 40.

The equipment of the present invention can be used for manufacturing, construction, construction, and use of materials, materials, construction materials, buildings, roads, bridges, tunnels, structures, etc. The contents of Example 13 are also included below. 1) The equipment of the above or the present invention includes a magnetizer (32'), a vibrator (31'), an exciter, an ozone generator (33'), a magnetization vibrator (34'), a magnetization exciter, a magnetization ozone generator, and a vibration exciter. , a vibrating ozone machine, a vibrating ozone machine, a magnetized vibrating ozone machine, a magnetized vibrating ozone machine, a vibrating ozone machine, a magnetized vibrating ozone machine (33'), a functional device, functional equipment, etc. (30'). 2) The equipment includes a reservoir (60), a hopper (61), a mixer (62), a pump (63), a hose (64), a shaft or rod (20), a nozzle (25) or a collision plate (88), and an expansion cone. (89) It is composed of the mounting nozzle 25, the form, and the curing machine in that order, or it is composed of one or more of the above reservoir or nozzle. 3) The equipment may include one or more of the above or below powdering, compounding, mixing, or compounding devices. 4) the reservoir to the nozzle, the reservoir to the bit hole; Among them, one inside, side, surface, inside, inner surface, inner circumference, outside, outer surface, outer circumference, periphery, one end, both ends, tip, inlet, outlet, inlet, outlet, hollow part, spaced part, connection part, connecting means, connecting pipe. ; The lamp is equipped with the magnetizer or ozone generator with magnetization vibration (33') and lamp (30').

5) When constructing or using the shaft or rod, the shaft or rod may include a backhoe, auger, vehicle, excavator, boring machine, crane, crane, excavator, or other means of transportation; Dual single boom; The arm of this boom; a tip of the arm, a cradle hitch at the tip, and a rotation means at the tip; The reservoir to the hose; It is linked to one or more of the following. 6) Examples of the linkage include the shaft or rod being linked to the rotating means and the hose and being rotated by the rotating means to penetrate the ground, and simultaneously injecting the binder supplied from the hose into the ground upon penetration. . 7) At least one of the axes, rods, backhoes, and rod wings has one or more of the wings (21), protrusions (23), nozzles (25), bits (24), tip bits (24), and bit holes (25). It is provided. 8) One of the magnetizer or the magnetization vibration ozone device is provided in one or more of the equipment, shaft, rod, wing, or bit hole. 9) The wings 21 include wings, variable wings, single wings, double wings, protrusion-formed wings, wings provided on a bucket mounted on the backhoe, etc.

10) The variable wings include a) two or more wings of different lengths; b) two or more wings of different lengths mounted on the shaft or rod or in the axial direction; c) Wings whose length, width, thickness, cross-section, volume, and shape are at least one of variable, point-axis, and point-axis; d) or variable, variable and the same, variable and then same, same and then variable, variable and then same and then variable, same and then variable and then same; Along the axial direction of the rod, the variable and then the same and then the same; two or more wings of one length; etc. 11) The single wing includes a) two or more wings mounted on one side, left, or right of the shaft or rod; b) two or more wings mounted zigzagly along the axis of the shaft or rod; c) two or more wings mounted on the shaft or rod at intervals of 5 to 50 cm; d) two or more wings mounted at intervals of 0.01 to 0.3H with respect to the axial length (H); etc. 12) The two wings include a) two or more wings mounted on one of the left and right sides, left and right sides of the shaft or rod; b) two or more wings mounted on either sides, left or right, or left and right sides along the axis or rod axis direction; c) both wings having a length of 1.3 to 3.0 times the length of the single wing; d) two or more wings mounted on the shaft or rod at intervals of 5 to 50 cm; e) two or more wings mounted at intervals of 0.01 to 0.3H with respect to the axial length (H); etc.

The mixing machine includes a mixer, mixer, mixer, mixer, blender, etc. In this mixing machine, mixing materials, mixing water, etc. are mixed to form a blend, mixture, etc. Here, when the mixture is cement, the mixing materials include clinker, gypsum, and clay, which are raw materials for cement. If the mix is cement concrete, the mix is sand, gravel, cement, etc., and the mix water is water. If the mix is cement concrete, the mix is sand, gravel, cement, etc., and the mix water is water. If the mix is asphalt concrete, the mix materials include stone dust, aggregate, and asphalt. If the mixture is a chemical solution, the mixing material is silicic acid, resin, polymer, etc., and the mixing water is water.

A device consisting of the stator, a rotor mounted on the stator, a rotating shaft of the rotor, a rotating body mounted on the rotating shaft, and a case that vibrates due to the rotation of the rotating body is a) one of the magnetizer or the magnetized vibration ozone machine, or or b) magnetizing, vibrating, exciting, or ozonating certain substances, objects, etc.; c) Bacteria treatment, contamination treatment; d) Improving the fluidity of building materials, improving the fluidity of building materials before hardening; e) said processing and enhancement; It has characteristics such as:

In general, ozone (O ₃ ) has effects such as sterilization, deodorization, and air purification, and is used to remove bacteria and viruses, sterilize water supply, and treat wastewater. The method for generating ozone is as follows. 1) When the + pole (120') and - pole (122') are placed between the insulator (121') or the space (121') and a high voltage is applied to them, a corona discharge occurs and 3O ₂ + electric E = 2O ₃ + Ozone is generated from oxygen through reactions such as heat. 2) When high voltage, etc. is applied to objects (120', 122') such as gold, silver, copper, platinum, nickel, etc. that are coated, printed, or attached to both sides of the ceramic plate or space (121'), the object ( Corona discharge, etc. occurs between 120' and 122'). During the discharge, oxygen (O ₂ ) in the air is separated into oxygen atoms, and the separated oxygen atoms combine with non-separated oxygen molecules to form ozone (O ₃ ). 3) A dielectric such as a glass tube or quartz tube 123', a rod- or tube-shaped + pole 124' inserted inside the dielectric, and a coil- or spring-shaped - pole 125' wound around the outside of the dielectric. When high voltage is applied, a discharge occurs and oxygen in the air changes into ozone. 4) A coil 125' is wound inside or outside the cylindrical tube 123' or the double tube 123', 124' and ozone is generated when power is applied to the tube and coil. 5) When a needle 127' passes through one side of the plate 126' on the other side and + or - power is applied to the plate and the needle, ozone is generated. 6) When the brush 129' is spaced apart from the hollow part 128' of one side of the plate and faces each other, and + and - power are applied to the plate and the brush, ozone is generated. See Figure 16. Figure 16 shows a complex machine equipped with a magnetizer, vibrator, exciter, etc. in an ozone generator. The needles include needles, chips, tips, needles, needles, 1 needle, 2 needles, multiple needles, etc., and the brushes include brushes, strings, brushes, 1-strand brushes, 2-strand brushes, and multi-strand brushes. It applies.

The manufacturing, composition, construction material manufacturing, structure composition, etc. include the building materials; Its raw materials, materials, materials; One of the raw materials or construction materials such as water, lime, sand, gravel, soil, mortar, rebar, cement, asphalt, ready-mixed concrete, asphalt concrete, and concrete; Powderization, liquefaction, slurry, nanoization, pulverization, storage, input, addition, kneading, mixing, firing, incineration, packaging, pressurization, transfer, supply, injection, pouring, using one or more of or one or more of the following. , spraying, mixing, laying, packaging, compaction, hydration, reaction, curing, consolidation, hardening, demolding, drying, and a combination of two or more of the above powdering and drying are included.

The construction, construction, use, structure construction, construction material composition, construction material use, etc. include one or more of the construction materials or concrete, the mixing or remodeling using one or more of the construction materials or concrete, or a combination of two or more of them.

The description of the magnetizer or ozone generator with magnetization vibration is as follows. 1) The magnetizers (30', 32') are: a) a vibrator, magnetization vibrator, vibrating magnetizer, magnetizer that vibrates while magnetizing the material (40', 42') or generating a magnetic field (40', 42'); Vibrating magnetizer; b) or the magnetizer generating the vibration - a magnetization vibration excitation ozone device having magnetization, vibration, excitation, and ozone treatment functions; etc. See Figures 12 to 17 below.

2) The vibrator (30', 31) is one of the vibrators 1, 2, 3, and 4 below. 2-1) The vibrator 1 includes a) a magnetizer, a magnetization vibrator, a magnetization type vibrator, and a magnetization vibration type vibrator that generate magnetic fields (40', 42') while vibrating (40', 41'); b) or the magnetizer generating the vibration - a magnetization vibration excitation ozone device having magnetization, vibration, excitation, and ozone treatment functions; am. 2-2) The vibrator 2 includes a case 7', a stator 2' inside the case, a rotor 1' connected to the stator, a rotor rotation shaft 3', and bearings provided above and below the rotation shaft. (5'), the bearing 5' mounted inside the case, a rotating body 4' or an asymmetric rotating body 4' mounted on the rotor or a rotating shaft, and the case vibrating by rotation of the rotating body It is a vibrator equipped with (7'). 2-3) The vibrator 3 is a vibrator in which magnetic fields 40' and 42' are generated in one or more of the case or the asymmetric rotating body. 2-4) The vibrator 4 is a vibrator in which vibration 41' and magnetic field 42' are generated in one or more of the case or the asymmetric rotating body.

3) The exciter 30' includes a magnetizer, a magnetization exciter, a magnetization type exciter, and a magnetization excitation type exciter that generates a magnetic field while exciting; b) Or the magnetizer that excites - a magnetization, vibration, and ozone device with magnetization and vibration and excitation and ozone treatment functions; etc.

4) The ozone generators (30', 33') generate ozone (40') while performing one or more of vibration (40', 41'), excitation, magnetization (40', 42'), and magnetic field generation (40', 42'). ', 43') or occurs; or ozone treatment (40', 43'); a) Ozone machine, magnetization-type ozone machine, vibration-type ozone machine, excitation-type ozone machine, magnetization-vibration-excitation type ozone machine, ozone machine that radiates ozone, ozone machine with a coil wound inside or outside of a cylindrical tube or double tube, one side An ozone machine with a needle placed on the other side spaced apart from the plate, an ozone machine with a brush facing the hollow part of one side of the plate; b) or the magnetizer generating the vibration - a magnetization vibration excitation ozone device having magnetization, vibration, excitation, and ozone treatment functions; etc. Here, electricity, power, current, voltage, etc. are supplied to cylindrical pipes, double pipes, coils, plates, needles, brushes, etc., thereby generating ozone, etc.

5) The magnetization vibrators (30', 34') are magnetization vibrators 1, 2, 3, 4, 5, 6, 7, etc. below. 5-1) The magnetization vibrator 1 has a vibrator 31 mounted on one or more of the magnetizer 32', the vibrator, and the ozone generator 33'. 5-2) The magnetization vibrator 2 is a magnetization vibrator provided with a magnetizer 32' on the side or rear end of the vibrator 31, a magnetization vibrator provided with a magnetizer on the side or rear end of the vibrator 31, a magnetizer 32' on the side or These include a magnetization vibrator provided with a vibrator 31 at the rear end, a magnetization vibrator provided with a vibrator on the side or rear end of the magnetizer, etc. 5-3) The magnetized vibrator 3 generates a) vibration, b) the vibration 41'; Before, during, after, at the same time, before, in the middle, after, at the same point, at a separate point; A magnetic field (42') is generated by an exciter or vibrator (31) in one or more of, c) the magnetic field (42'); Before, during, after, at the same time, before, in the middle, after, at the same point, at a separate point; It is a magnetization vibrator in which excitation or vibration (41') is generated by a magnetizer (32') in one or more of the magnetizers (32'). 5-4) The magnetization vibrator 4 generates one of a magnetic field, a magnetic field of 1,000 to 20,000 Gauss, a magnetic field of 0.1 to 2 Tesla, and a magnetic field with a magnetic flux density (B) of magnetic permeability (μ) × magnetic field strength (H). This is the magnetization vibrator. 5-5) The magnetization vibrator 5 generates a) one of the magnetic fields (42') having the magnetic field ~ magnetic flux density (B), and b) the magnetic field (42'); Before, during, after, at the same time, before, in the middle, after, at the same point, at a separate point; Excitation or vibration 41' is generated in one or more of the magnetizers 32', c) the vibration 41'; Before, during, after, at the same time, before, in the middle, after, at the same point, at a separate point; It is a magnetization vibrator in which a magnetic field (42') is generated by an exciter or vibrator (31) in one or more of the magnetization vibrators.

5-6) The magnetized vibrator 6 generates 50 to 99.99% of the vibration (41') caused by the vibrator (31) and 0.01 to 49.99% of the vibration (41') caused by the magnetic field (42') of the total vibration (41'). Or, a magnetization vibrator that occurs alternately or continuously, generates or alternates 0.01 to 49.99% of the vibration (41') due to the magnetic field (42') after 50 to 99.99% of the vibration (41') caused by the vibrator (31) among the total vibrations. Or, a magnetization vibrator that continuously occurs, generates 0.01 to 49.99% of the vibration (41') due to the magnetic field (42') and 50 to 99.99% of the vibration (41') due to the vibrator (31) among the total vibrations, or occurs alternately or continuously. A magnetization vibrator that generates 50 to 99.99% of vibrations (41') due to the vibrator (31) after 0.01 to 49.99% of vibrations (41') due to the magnetic field (42') among the total vibrations, or generates alternating or continuous vibrations. etc. 5-7) The magnetization vibrator 7 includes a case 7', a stator 2' inside the case, a rotor 1' connected to the stator, a rotor rotation axis 3', and a rotor provided above and below the axis. A bearing 5', the bearing 5' mounted inside the case, a rotating body 4' or an asymmetric rotating body 4' mounted on the rotor or a rotating shaft, and the rotating body vibrates by rotation of the rotating body. It is a magnetization vibrator equipped with a magnetizer (32') or a magnetization vibrator (34') in one or more of the cases (7').

6) The magnetization exciter (30, 34') is one of the magnetization exciter 1, 2, 3, 4, 5, and 6 below. 6-1) The magnetizer 1 has one or more of the vibrator 31, the vibrator, and the ozone generator 33' mounted on the magnetizer 32'. 6-2) The magnetization vibrator 2 is a vibrator 31 or a magnetization vibrator 34' that generates vibrations 41' in addition to an external field 42' of 1,000 to 20,000 Gauss. 6-3) The magnetizer 3 is a magnetizer composed of one or more magnetizers 32', an attachment plate 18' thereof, and one or more magnetizers 32' spaced apart from the attachment plate. 6-4) The magnetizer 4 includes a magnetizer 32', a core 15' between the two, an outer coil 16' surrounding the core, and a spacer plate 17 spaced apart from the core and the magnetizer. It is a magnetization excitation device composed of '). 6-5) The magnetizer 5 includes a mounting plate (19'), a magnetizer attachment plate (18') mounted thereon, a magnetizer (32') attached to the attachment plate, and an outer circumference surrounding the magnetizer and the attachment plate. It is a magnetizer composed of a coil (16').

6-6) The magnetizer 6 includes a) a power supply unit (20') that provides one of power, AC, and DC, b) a converter (21') that converts one of the power supply and AC into DC, and c) the above. an inverter (22') that converts or amplifies one of the power sources, DC into AC or AC of constant voltage and constant frequency, d) switching and supplying one of the power sources, AC, and DC, or a flow of one of the power sources, AC, and DC; a switching unit (23') that adjusts the direction, e) a detection unit (24') that detects one of power, AC, and DC supplied from one of the power unit, converter, inverter, and switching unit, f) the converter, inverter, A motor ( Vibration 41', magnetic field 42' generated by the rotation of the rotating body or asymmetric rotating body linked to the rotating shaft of 26', or generated in the motor or case 7' into which it is inserted due to the rotation. ) is a magnetization generator that generates one or more of the following.

7) The magnetized ozone device (30, 34') is a) a hollow or tube-type vibrator or magnetizer that generates one or more of the vibration (41'), excitation, and magnetic field (42') (40, 41, 42') , one of a high-frequency vibrator, a low-frequency vibrator, a vibrating magnetizer, and a magnetization vibrator (7', 30', 35'), b) an inlet (72') at the front of one of the vibrators or magnetization vibrators, and a holder (112') inside. Or the vortex forming holder (112') or the generating means holder (112'), in random or sequential order at the rear end, a solenoid valve (92'), a venturi tube (77'), and an outlet (78'), c) of the venturi tube In the middle, in random or sequential order, injector (93'), check valve (91'), solenoid valve (92'), ozone inlet (94'), ozone funnel (95'), ozone generator (96'), high voltage generator ( 99'); Instead of the ozone inlet, there is a pressure air inlet (94, 104'), a compressor (105') at the rear end of the pressure air inlet, and a pressure air supply compressor (105'); one or more of: d) a hose 72' in front of the inlet; A hose 79' at the rear end of the outlet; An elbow pipe (73') between the inlet and one of the vibrator or magnetization vibrator; An elbow pipe (74') between one of the vibrators or magnetization vibrators and the solenoid valve; A pipe 76' between two of the solenoid valves and outlets; a pipe (76') between two of the injector and the ozone inlet; An elbow pipe (74') between the ozone inlet and the pipe; A check valve (91') and a pump (111') in random or sequential order on one of the pipes; one or more of, e) a timer (98') that adjusts the opening and closing interval of the solenoid valve, f) a distribution board (97') that supplies electricity to one or more of the valve, timer, ozone generator, and high voltage generator; A switch (100') that controls the electricity supply; Wires, plugs (10'), outlets (11'), and power sources connected sequentially or out of sequence to the distribution board; At least one of g) the first device 50' is provided with a case 120' on which at least one of a) the vibrator to f) the power source is mounted.

In the fourth functional group, the first device and the second device are linked so that the material 31 flows into the first inlet (70', 71', 72') of the first device and passes through the first device and the second device. It is a complex device that is discharged through the second outlet (78', 78', 80') of the second device, the fourth functional group is provided to be spaced apart from the third functional group, and the fourth functional device is connected to the second outlet. This material is discharged from the outlet (78', 78', 80') of the device.

The first device includes a) a hollow magnetizer (7', 30', 35') generating a magnetic field (42'); b) a first inlet (72') provided at the front end of the hollow magnetizer; c) a first solenoid valve (92') provided at the rear end of the hollow magnetizer, a first venturi pipe (77') provided at the rear end of the first solenoid valve, and a first venturi pipe (77') provided at the rear end of the first venturi pipe. first outlet (78'); d) A first injector (93') provided in the middle of the first venturi pipe, a first check valve (91') provided at the rear of the first injector, and a second check valve (91') provided at the rear of the first check valve. A solenoid valve (92'), a first ozone inlet (94') provided at the rear end of the second solenoid valve, a first ozone funnel (95') provided at a rear end of the first ozone inlet, and the first ozone funnel. A first ozone generator (96') provided at the rear end of; e) a first high voltage generator (99') that applies high voltage to the first ozone generator; f) a first timer (98') that adjusts the first solenoid valve and the opening/closing interval of the first solenoid valve; It is a device equipped with.

The material 31 flowing into the first inlet 70', 71', and 72' of the first device is transferred to the hollow magnetizer, the first solenoid valve 92', the first venturi pipe 77', It passes through the first outlet (78'). The first ozone generated from the first ozone generator is injected into the middle of the first venturi tube through the first ozone funnel, first ozone inlet, second solenoid valve, first check valve, and first injector. The first ozone injected into the middle of the first Venturi tube is injected into the material 31 passing through the first Venturi tube. The substance 31 passing through the first outlet 78' is the substance into which the first ozone is added.

8) The vibration exciter (30', 34') is a) a hollow or tubular vibrator that generates one or more of the vibration (41'), excitation, and magnetic field (42') (40', 41', 42') , a magnetizer, a vibrating magnetizer, or a magnetized vibrator (7', 30', 35'), b) an inlet (72') at the front end of one of the vibrators or magnetized vibrators, and a holder (112') or vortex formed inside. A holder (112') or the generating means holder (112'), at least one of a TE pipe (75'), a Venturi pipe (77'), and an outlet (78') at the rear end, c) of the TE pipe (75') In the middle (90'), sequentially a check valve (91'), a solenoid valve (92'), a venturi pipe (77'), a pressure air inlet (103, 104'), and a compressor (105') that generates pressure air. At least one of, d) an injector (93'), a check valve (91'), a solenoid valve (92') in the middle of the venturi tube, and an ozone inlet (94) that focuses ozone generated from the ozone generator into the ozone inlet. '), an ozone funnel (95'), an ozone generator (96') that generates ozone, one or more of a high voltage generator (99') that applies high voltage to the ozone generator, e) a hose (72') at the front of the inlet. ; A hose 79' at the rear end of the outlet; An elbow pipe (73') between the inlet and one of the vibrator or magnetization vibrator; An elbow pipe (74') between one of the vibrators or magnetization vibrators and the TE pipe; A pipe (76') between two of the tee pipe and outlet; a pipe (76') between the injector and the pressure inlet; a pipe (76') between two of the injector and the ozone inlet; An elbow pipe (74') between the solenoid valve and the pipe; An elbow pipe (74') or tee pipe (75') between the ozone inlet and the solenoid valve; A check valve 91' and a pump 111' are sequentially installed on one of the pipes; one or more of, f) a timer (98') that adjusts the opening/closing interval of the solenoid valve, g) a distribution board (97') that supplies electricity to one or more of the valve, timer, ozone generator, and high voltage generator; A switch (100') that controls the electricity supply; Wires, plugs (10'), outlets (11'), and power sources connected sequentially or out of sequence to the distribution board; At least one of the following, h) is a second device 51' equipped with a case 102' on which at least one of a) the vibrator to g) the power source is mounted.

The second device includes a) a hollow vibrator (7', 30', 35') in which vibration (41') is generated; b) a second inlet (72') provided at the front end of the hollow vibrator; b) a TE pipe (75') provided at the rear end of the hollow vibrator, a second venturi pipe (77') provided at the rear end of the TE pipe, and a second outlet (78) provided at the rear end of the second venturi pipe. '); c) a second check valve (91') provided in the middle (90') of the tee pipe (75'), a third solenoid valve (92') provided at the rear end of the second check valve, and the third solenoid A third venturi pipe (77') provided at the rear end of the valve, a pressure air inlet (103, 104') provided at the rear end of the third venturi pipe, and a pressure air inlet (103, 104') provided at the rear end of the pressure air inlet to generate pressure air. Compressor (105'); d) a second injector (93') provided in the middle of the second venturi pipe, a third check valve (91') provided at the rear of the second injector, and a fourth check valve (91') provided at the rear of the third check valve. A solenoid valve (92'), a second ozone inlet (94') provided at the rear end of the fourth solenoid valve, a second ozone funnel (95') provided at the rear end of the second ozone inlet, and the second ozone funnel. A second ozone generator (96') provided at the rear end of; e) a second high voltage generator (99') that applies high voltage to the second ozone generator; f) This is a device equipped with a second timer (98') that adjusts the opening and closing interval of the third and fourth solenoid valves.

The material 31 passing through the first outlet 78' of the first device flows into the second inlet of the second device. The material 31 flowing into the second inlet of the second device passes through the hollow vibrator, the Tee pipe 75', and the second venturi pipe 77' and is discharged to the second outlet 78'. . The compressed air generated by the compressor is injected into the middle of the TE pipe through the compressed air inlet, the third venturi pipe, the third solenoid valve, and the second check valve. The pressure injected into the middle of the TE pipe is injected into the material 31 passing through the TE pipe. The second ozone generated from the second ozone generator is injected into the middle of the second venturi pipe through the second ozone funnel, second ozone inlet, fourth solenoid valve, third check valve, and second injector. The second ozone injected into the middle of the second Venturi tube is injected into the material 31 passing through the second Venturi tube. The substance 31 discharged through the second outlet 78' is the substance into which the first ozone, compressor, and second ozone are added. The substance discharged from the second outlet of the second device is the fourth functional material.

In the first device, the second device, etc., a) the front end of the inlet hose (72') includes an inlet pipe, a water pipe, a pressure pipe, an inflow pipe, pressure water, tap water, pressure air, etc. (70'); b) The outlet of the outlet hose 79' is provided with a nozzle 80', a sprayer 80', a sprayer 80', a collision plate 81' or an extension part 82'. ) etc; c) The pipes (73', 74', 75', 77'), hoses (72', 79'), pipes (76'), hollow type (35'), tube type (35'), etc. are subject to vibration and excitation. , magnetization, magnetic field, ozone, vibrator, magnetizer, exciter, ozone group, combination of two or more of these, etc. (30', 31', 32', 33', 34', 40', 41', 42', 43 ', 44'); The pump 111' includes a reservoir 110'; The case includes an air hole (101'); It is possible to provide, place, install, position, maintain, create, form, supply, occur, etc.

9) The vibrating ozone machine (30, 34') a) adjusts the opening and closing interval of the solenoid valve (92') by the timer (98') so that at least one of the pressure air and ozone is supplied by the interval. Periodically or repeatedly inflow into the material 31 passing through the inlet and outlet through the solenoid valve 92', or b) or the passing material or pulse type with a pulse pressure of the air flowing into the cycle thereby. The material passing through the outlet (78'); A hose (79'), a nozzle (90'), and an injection port (90') connected thereto; discharge, feed, or spray through one or more of the following; Spraying provides aeration, vortex, pulse pressure, ozonation, and sterilization; Do one of the following. 10) The ozone generator (30, 34') includes a) the device 1 (50'), device 2 (51'), and outlet (78'); b) a hose (79'), a nozzle (80'), and a spray port (80') connected to the outlet; Vibration, excitation, magnetic field, pressure, ozone supplied from the device through one or more of the following; Substances containing one or more of these, passing substances; Discharging, supplying, dispensing one or more of the following: Spraying provides aeration, vortex, pulse pressure, ozonation, and sterilization; Do one of the following.

11) The magnetization vibrator (30', 34') is a) vibration, excitation, and magnetic field provided from one of the vibrator or magnetization vibrator (35') of device 1 (50') or device 2 (51') Ozone supplied through one or more of the ozone inlet (94'), the ozone funnel (95'), and the ozone generator (96') passes through the inlet (72') and the outlet (78') (31). ) inflow, inflow and processing the passing material; b) discharging, supplying, or spraying the passing material 31 through one of the outlet or injection port; Spraying provides aeration, vortex, pulse pressure, ozonation, and sterilization; Do one of the following. 12) The magnetized vibrating ozone device (30, 34') is a) an ozone device (32') in one or more of the vibrator or case of the device 1 or 2, an ozone device that emits ozone, and the inside of a cylindrical tube or double tube. Alternatively, one of the following (32') is provided: an ozone machine with a coil wound on the outside, an ozone machine with a needle placed on the other side spaced apart from one side of the plate, and an ozone machine with a brush facing the other side and spaced apart from a hollow part of one side of the plate. 13) The vibrating ozone machine (30, 34') includes the device 1, device 2, vibrator, and case; Hose, nozzle, and nozzle mounted on the outlet; At least one of the vibrator 31, the exciter, and the ozone generator 32' is mounted on one or more of the above.

14) The magnetized vibration ozone device (30', 34') is a composite device (34') of two or more of the magnetizer or the vibration ozone device, the first device (50') and the second device (51') A composite device of the first device and the second device connected to its rear ends (78', 79', 80'), the second device and its rear ends (78', 79', 80') connected A composite device of the first device, the first device and the first device in which the inlet (70', 71', 72') of the second device is linked to the outlet (78', 79', 80') of the first device. A composite device of two devices, the first device and the second device in which the inlet (70', 71', 72') of the first device is connected to the outlet (78', 79', 80') of the second device. A composite device of the first device and the second device, wherein the inlet (70', 71', 72') of the second device is linked to the outlet hose (79') of the first device, the second device A composite device of the first device and the second device, wherein the inlet (70', 71', 72') of the first device is connected to the outlet hose (79') of the device, the outlet (78') of the first device, A composite device of the first and second devices, in which the inlet hose 71' of the second device is connected to 79', 80'), and to the outlets (78', 79', and 80') of the second device. A composite device of the first device and the second device in which the inlet hose 71' of the first device is connected, and the inlet hose 71' of the second device is connected to the outlet hose 79' of the first device. A composite device of the first device and the second device linked, and a composite device of the first device and the second device in which the inlet hose 71' of the first device is linked to the outlet hose 79' of the second device. Device, the first device and the second device are linked so that the material 31 flows into the inlet (70', 71', 72') of the first device and passes through the first device and the second device to the second device. A complex device that is discharged through the outlets (78', 78', 80') of the second device, and the second device and the first device are connected so that the substance (31) is discharged through the inlets (70', 71', 72) of the second device. '), passes through the second device and the first device, and is discharged from the outlet (78', 79', 80') of the first device.

The method, method, and functional method of the present invention; Or, according to Example 14, the construction method or method of manufacturing, constructing, constructing, using, etc. a building material or structure, 1) at least one of the manufacturing, constructing, constructing, and using the vibrating magnetizer ~ magnetization and vibration. Equipment equipped with one of the ozone generator with magnetization and vibration that generates ozone is used, and 2) the manufacturing or composition is comprised in the order of the reservoir and nozzle equipped with one of the magnetizer and the ozone device with magnetization and vibration, or Or, the material is manufactured or created by one or more of the following: storage, input, mixing, pumping, transport, pouring, and curing after pouring, by equipment consisting of one or more of the storage or nozzle, and 3) during the construction, composition, or use. One is a) the reservoir or nozzle; b) the backhoe, rotation means, storage unit, or hose to which the shaft or rod is connected when constructing or using the shaft or rod; c) the blade or bit hole provided on one or more of the shaft, rod, backhoe, and rod blade; d) the hose, shaft or rod through which the blended mixture is conveyed; e) the hose, wing or bit hole through which the mixture is sprayed; f) the reservoir or bit hole equipped with one of the magnetizer or the ozone generator with magnetization vibration; It is characterized in that the material is stored, injected, mixed, pumped, transported, poured, sprayed, cured after pouring or sprayed, and becomes one of the above construction, composition, and use by equipment consisting of one or more of the above.

At least one of the materials, materials, construction materials, functional materials, functional materials, buildings, structures, functional structures, components or solidified materials, lime or prefabricated building materials, manufacturing, construction, equipment, magnetizers or ozone devices with magnetized vibration is as follows. One or more of 1 to 36 are included. 1 to 25 below are included in one of the above construction materials, components, solids, lime, and prefabricated building materials. Items 26 to 28 below are included in the above production. Items 29 to 31 below are included in the above construction. Items 32 to 36 below are included in one of the above equipment, a magnetizer or an ozone device with magnetization vibration. The contents of Example 15 are also included below. The materials, structures, buildings, means, etc. are magnetized, vibrated, excited, fluidized, purified, sterilized, disinfected, sterilized, contaminated, Dust treatment, dust treatment, etc. are possible.

When a substance included in 1 to 25 below or the like contacts, passes through, flows through, etc. the functional group, that is, a magnetizer or an ozone group with magnetization vibration, or is treated by the functional group, the material becomes a functional material, i.e. It becomes the magnetized material or ozone material with magnetization vibration. For example, when the hydration reactive agent belonging to 1 above comes into contact with the functional group or passes through the functional group, the hydration reactive agent becomes a functional agent, a hydration-type functional agent, a functional hydration reactive agent, a functional hydration reactive agent, etc. . The same applies to other substances such as 1 to 25 below. The functional group, functional material, etc. have functions such as magnetization or ozone with magnetization vibration, treatment of ozone with magnetization or magnetization vibration. Among these, for example, the functional material, the functional hydration reaction agent, etc. have the function of magnetizing other materials or objects, vibrating other materials or objects, ozonizing other materials or objects, etc.

Above 1 is a) a hydration reaction agent that includes the hydration reaction of CaO + H ₂ O = Ca(OH) ₂ , 2Na ₂ SiO ₃ + H ₂ O → Na ₂ Si ₂ O ₅ + 2NaOH. Hydration setting agent, silica containing alumina of Al ₂ O ₃ , catalyst containing TiO ₂ , sol-gel agent whose solification or gelation is activated by H ₂ O, collector of adsorptive minerals containing SiO ₂ , Mg(OH ) ₂ + CO ₂ → MgCO ₃ + H ₂ O carbonation agent, a by-product agent formed by the Fe oxidation reaction, and a population growth agent that increases the number of microorganisms by decomposing them; b) a combination of two or more of the above hydration reaction agent or population growth agent; c) the hydration reaction agent or complex agent treated with one of the following magnetizers or ozone groups with magnetization vibration; d) the hydration reaction agent or complex agent containing a material treated with one of the magnetizers and ozone groups with magnetization vibration; e) Liquidity, flowability, mobility, dispersibility, workability, purification, cleanliness, environmental friendliness, ecology, sterilization, disinfection, antibacterial property, atomization, nanoization, energy, injectability, The above hydration reactive agent or composite agent that improves one or more of pourability, sprayability, agitation, vortexing, permeability, pouring, compaction, injection, grouting, and workability; etc.

Liquidity, flowability, mobility, dispersibility, workability, purification, cleanliness, environmental friendliness, ecology, sterilization, and disinfection of substances, materials, materials, hydration reactive agents or complex agents, etc. by containing the above-mentioned treated or treated substances. , antibacterial properties, atomization, nanoization, energy, injectability, insertion, spraying, agitation, vortexing, permeability, pouring, compaction, injection, grouting, workability, etc.

By one of the hydration reactive agents or composite agents, one or more of the building materials, components, solidified materials, lime, or prefabricated building materials are hydrated, hydrated and solidified, and alumina reaction of Al ₂ O ₃ occurs. Ca(OH ) ₂ + Al ₂ O ₃ + H ₂ O → CaO·Al ₂ O ₃ ·2H ₂ O, etc., photocatalytic reaction of TiO ₂ occurs, sterilization of contamination in the building material due to the photocatalytic reaction, solification or gelation, and gelation thereof. Increased expansion or adhesion of the building material, adsorption of contamination, collection of contamination, occurrence of carbonation reaction, absorption of surrounding CO ₂ due to the carbonation reaction or increase in strength of the building material, occurrence of oxidation reaction, change in color of the building material due to the oxidation reaction. Or, it is one or more of the following: volume expansion, increase in the number of microorganisms due to decomposition, and filling of voids or cracks in the building material by increasing the number of microorganisms.

The above 2 is a) eco agent containing purifying agent, nano agent containing α×10^(-9)m size particles or nano metal, green agent containing seeds, red clay agent containing red clay, carbon agent containing carbon, reinforcing agent containing fiber, fiber agent containing fiber. , a bonding agent containing a bond, a binder with a binding function, a solidifying agent with a solidifying function, a phyton agent containing plants or phytoncides, a bio agent containing plants or microorganisms, a smart agent containing resin, a recycling agent containing by-products, and cultured in an incubator equipped with a vibrator or magnetizer. microorganisms, anti-seismic agents with anti-seismic functions; b) a combination of two or more of the above-mentioned echo agents and anti-seismic agents; c) the above echo agent or composite agent treated with one of the following magnetizers or ozone groups with magnetization vibration; d) the above-mentioned echo agent or composite agent containing a material treated with one of the following magnetizers or ozone groups with magnetization vibration; e) Liquidity, flowability, mobility, dispersibility, workability, purification, cleanliness, environmental friendliness, ecology, sterilization, disinfection, antibacterial property, atomization, nanoization, energy, injectability, The above-mentioned eco agent or composite agent that improves one or more of pourability, sprayability, agitation, vortexing, permeability, pouring, compaction, injection, grouting, and workability; etc.

Purification of contamination in one or more of the construction materials or prefabricated building materials by one of the eco agent or composite agent, occurrence of nano reaction by inclusion of nanoparticles or improvement of the reaction, (the reaction is hydration reaction, hydration solidification reaction, alumina reaction, photocatalytic reaction, contamination sterilization, sol or gelation, expansion, adhesion, contamination adsorption, contamination collection, carbonation reaction, oxidation reaction, etc.), greening by seeds, far-infrared radiation by red clay, reinforcement by carbon, reinforcement by fiber. , reinforcement by fiber, improved adhesion by bond, improved bonding by binder, solidification by solidifying agent, greening by plants, sterilization of contamination by phytoncide, population growth by microorganisms, hardening by resin, recycling of by-products , promoted decomposition of cultured microorganisms, and expression of seismic function.

The above 3 is a) eco material containing charcoal, nano material containing nano iron, green material containing sawdust, red clay material containing iron, carbon material containing nanocarbon, earthquake resistant material containing geopolymer, fiber material containing nanofiber. , phyton materials containing plants or phytoncide, biomaterials containing plants or microorganisms, smart materials containing latex; b) a composite material of two or more of the eco-materials and smart materials; c) the above eco material or composite agent treated with one of the following magnetizers or ozone groups with magnetization vibration; d) the eco material or composite agent containing the treated material; e) the improved eco-material or composite agent; etc.

By one of the eco-materials or composite materials, one or more of the construction materials or prefabricated building materials is contaminated by charcoal, oxidation reaction by nano-iron or promotion of the reaction, inclusion of wood powder in sawdust, oxidation reaction by iron or Acceleration of the above reaction, far-infrared radiation by red clay, reinforcement by nanocarbon, strength improvement by geopolymer, earthquake resistance function by earthquake resistance material, improvement of microcrack reinforcement function by nanofiber, improvement of reinforcement function by fiber material, plants Greening by , sterilization of contamination by phytoncide, proliferation by microorganisms, strength reinforcement by latex, etc.

In the nanoscale and nanomaterials of the present invention, nano refers to nano, nanometer, 10 ^-9 m, 10 ^-6 to 10 ^-12 m, etc. In the eco agent, eco material, nano agent, nano material, earthquake resistant material, etc. of the present invention, agent and material include agent, ash, material, material, substance, raw material, cleaning agent, material, additive, main agent, auxiliary agent, etc.

The above 4 are a) water, water, material, liquid, oil, energy, solid, material, material, Powder, medicine, product, sol, gel, paste, porridge, ball, sphere, pill, egg, alcohol, phosphorus, charcoal, soil, stone, jade, stone, chip, arrowroot, sulfur , salt, mugwort, leaves, flowers, seeds, yam, rice, bran; b) a composite of two or more of the above water to bran; c) the water or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; d) the water or composite containing the treated material; e) the improved water to complex; etc.

The above 5 are a) soil, soil, earthen stone, white clay, clay, red clay, granite, silt, mineral, tailings, ore, rock, rock powder, vermiculite, stone, pearlite, stone powder, ceramic, silica, silica fume, granite , masato, apatite, dolomite, magnetite, elvanite, granite, kaolin, germanium, perlite, smectite, dolomite, bentonite, zeolite, vermiculite, attapalgite, montmorillonite; b) a composite of two or more of the above soil and montmorillonite; c) the above soils and composites of minerals; d) the above soil or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the soil or composite containing the treated material; f) the soil or composite material that strengthens the structure of the building material by the minerals; g) the soil to the composite to be improved; etc.

The above 6 are a) iron, rods, beams, frames, scrap iron, copper, metal, wire, rebar, steel frame, grid, wire, cation, anion, fiber, mesh, mesh, iron powder, iron piece, iron chip, steel rod, grid, FRP , fiber, steel fiber, nylon, graphene, vinylon, binder, adhesive, plastic, glass fiber, carbon fiber, FRP fiber, polyester, aramid fiber, polyethylene fiber, polypropylene fiber, PVA (polyvinyl alcohol) fiber, wire mesh; b) a composite of two or more of the iron or wire mesh; c) the above iron or composite of reinforcing or seismic resistance; d) the above iron or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the iron or composite coated with the treated material; f) the iron or composite reinforcing the building material by the reinforcement; g) the improved iron to complex; etc.

The above 7 refers to a) seeds, plants, trees, roots, stems, seeds, fruits, radishes, pears, persimmons, apples, grapes, cabbage, vegetables, grains, starch, starch, rice straw, rice husk, resin, bamboo, pine, and fir. , pine tree, lignin, pine tree, pine tree, fir tree, cedar tree, cypress tree, phytoncide, cypress tree; b) a composite of two or more of the above seeds or cypress trees; c) the above seeds or composites of plants; d) the seeds or composites treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the seed or composite containing the treated material; f) the seeds or composites that provide a greening function to the building material by the plants; g) the improved seed to composite; etc.

The above 8 refers to a) air, gas, oxygen, hydrogen, nitrogen, carbon, ozone, air bubbles, foam, steam; b) a composite of two or more of the above air or vapor; c) the above air or complex of gases; d) the air or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the air or composite containing the treated material; f) the air or composite that expands the building material by the gas flow; g) the improved air to composite; etc.

The above 9 is a) ash, waste dust, iron powder, stone dust, dust, shell, sludge, slime, slag, by-products, waste, clam shell, oyster shell, clam shell, waste concrete, waste tire, waste glass, waste vinyl, waste rubber, Waste molding sand, waste plastic, waste lime, waste gypsum, waste fiber, kiln dust; b) a composite of two or more of the ash and kiln dust; c) the above ash or composite of waste; d) the ash or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the ash or composite containing the treated material; f) the ash or composite in which recycled material is added to the building material by the waste stream; g) the improved ash to composite; etc.

The above 10 is a) charcoal, catalyst, enzyme, catalyst, enzyme, carbon, graphite, charcoal, wood chips, wood flour, sawdust, fiber, rice husk, carbon, wood chips, oyster shell, activated carbon, filter cloth, sponge, peat moss; b) a composite of two or more of the above charcoal and peat moss; c) the above charcoal or composite having a collection function; d) the above charcoal or composite treated with one of the following magnetizers or ozone groups with magnetized vibration; e) the charcoal or composite containing the treated material; f) the charcoal or composite in which the building material has a collecting function due to the collecting function; g) the improved charcoal or composite; etc.

11 is a) catalyst, positive catalyst, subcatalyst, photocatalyst, TiO ₂ , ZnO, CdS, ZnS, GaP, CdSe, CdTe, SnO ₂ , Nb ₂ O ₅₃ , KTaO ₃ , MoSe ₂ , ZnSCdSe, Ni-K ₄ Nb ₆ O ₁₇ , ZrO ₂ SrTiO ₃ ; b) a composite of two or more of the above catalysts to ZrO ₂ SrTiO ₃ ; c) the above catalyst having a catalytic function to ZrO ₂ SrTiO ₃ ; d) the catalyst or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the catalyst or composite containing the treated material; f) the catalyst or composite having a function of purifying contamination of the building material by the catalytic function; g) the improved catalyst or composite; etc.

The above 12 refers to a) drugs, medicines, drugs, pigments, glazes, sulfuric acid, hydrochloric acid, nitric acid, carbon agents, nano agents, activators, reactive agents, coagulants, cleaning agents, purifying agents, water purifying agents, aeration agents, adsorbents, collectors, and disinfectants. , disinfectants, antibacterial agents, sterilizing agents, foaming agents, foaming agents, expanding agents, water-stop agents, waterproofing agents, water repellent agents, plasticizers, admixtures, additives, solidifying agents, heat insulating agents, anti-seismic agents, silicic agents, chemicals, chemicals, chemicals, acidic agents. , alkaline agents, surfactants, carbon dioxide, calcium hydroxide, sodium hydroxide, aluminum sulfate, ferrous sulfate, ferric chloride, zero-valent metals, zero-valent agents, antioxidants, ultraviolet stabilizers, sunscreens; b) a combination of two or more of the above drugs or sunscreens; c) the above-mentioned drugs or combinations of drugs; d) the above-mentioned agent or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the medicament or complex containing the treated material; f) the agent or compound that purifies contamination of the building material by the agent; g) the agent or combination which improves the above; etc.

The above 13 is a) rubber, resin, urethane, urea, epoxy, acrylic, uracil, latex, binder, monomer, oligomer, artificial resin, polymer resin, ion exchange resin, geopolymer, geotextile, cellulose, polylac. Thic acid, hemicellulose, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyethylene (EPE), anthracite, SAP (super absorbent polymer), CMC (carboxymethyl cellulose), acrylic urethane, hydraulic acrylic, hydraulic urethane. , hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, silica, silica sol, silica gel, activated silica, micro silica, hybrid silica, acrylic emulsion, acrylate, acrylamide natural resin; b) a composite of two or more of the above rubber and acrylamide natural resins; c) the above rubber or composite of resins; d) the above rubber or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the rubber or composite containing the treated material; f) the rubber or composite that improves the strength of the building material by the resins; g) the improved rubber or composite; etc.

The above 14 are a) calcium, potassium, sulfur, phosphoric acid, glucose, amino acids, vitamins, nutrients, minerals, organic substances, ginseng, ginseng, wild ginseng, red ginseng, fresh ginseng, liquid ginseng, angelica root, licorice, sophora root, kudzu root, gilgyeong, deodeok, turmeric , rhubarb, rhubarb, perilla, cinnamon, astragalus, jujube, deer antler, sycamore, sycamore, bellflower root, rhizome, cauliflower, goji berry, Schisandra chinensis, Cornus officinalis, nutrients, nutrients, germanium, collagen, glucosamine, magnesium, grape seed oil, chlorella; b) a complex of two or more of the calcium to chlorella; c) the above calcium or complex of nutrients; d) the above calcium or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the calcium or complex containing the treated material; f) the calcium or complex that proliferates microorganisms contained in the building material by the nutrients; g) the calcium to the complex that improves; etc.

15 above is a) nano-material, nano-material, nano-metal, nano-iron, nano-silver, nano-tungsten, nano-titanium, nano-carbon, nano-carbon, nano-gold, nano-platinum, nano-activated carbon, nanometer-sized material, 10 ^-9 m material of size, 10 ^-6 to ^{10 -12} m; b) a composite of two or more of the nanomaterials or materials; c) nanomaterials or composites of the above; d) the nanomaterial or composite treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the nanomaterial or composite containing the treated material; f) the nanomaterials or composites that promote the above-described reactions by the nanos; g) the improved nanomaterial or composite; etc.

The above 16 are a) microorganisms, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, beneficial microorganisms, aerobic microorganisms, anaerobic microorganisms, halophilic microorganisms, aerobic microorganisms, collagen, keratin, syndecan, integrin, elastin, Bacillus, cereus , subtilis, pasteuri, bacillus subtilis, bio agent, bio liquid, bio gel, bio seal, bio seal, bio bond, bio film; b) a composite of two or more of the above microorganisms or biofilms; c) the above microorganisms or complexes of the bio type; d) the above microorganisms or complexes treated with one of the following magnetizers or ozone groups with magnetization vibration; e) the microorganism or complex containing the treated material; f) the microorganisms or complexes that fill the pores or cracks of the building material by multiplying the population of microorganisms by the bio-type; g) the improved microorganism or complex; etc.

The bio refers to bio, bio, microorganism, etc. Therefore, bio agents, bio fluids, bio gels, bio seals, bio seals, bio bonds, bio films, and bios are, respectively, Miseng Mul Agent, Miseng Mul Liquid, Miseng Mool Gel, Misaeng Mul Seal, Misaeng Mool Seal, Misaeng Mool Bond, Misaeng Mool Film, and Misaeng Mool. This could be logistics, etc. Here, bio-agents are microbial substances, bio-liquids are substances containing microorganisms, biogels are gels produced by microorganisms, bioseals are thin threads produced by microorganisms, bioseals are seals or waterproofing fluids produced by microorganisms, and biobonds are produced by microorganisms. Biofilm refers to films produced by microorganisms, and bio refers to types of microorganisms.

17 is a) C, H, O, N, S, K, P, F, Ca, Mg, Si, Fe, Me, Al, Na, Cu, Zn, Pb, Cr, Cd, OH, COO, MgO , CaO, K ₂ O, Na ₂ , SiO ₂ , Al ₂ O ₃ , Fe ₂ O ₃ , CaSi, CaMg, CaFe, CaMe, CaCOO, MgFe, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe , MgFeCOO, CaMgFeMe, CaMgFeCOO, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- containing, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- combined, CaMgFeMeCOO, made of CaMg, made of CaFe, made of CaMe, Made of CaCOO, MgFe, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe, MgFeCOO, CaMgFeMe, CaMgFeSi, CaFeMgSi, CaMgFeCOO, CaFeMgSiPolymer, Ca, Made of Fe·Mg·Si·Polymer, agent containing Ca·Fe·Mg·Si·Polymer, agent containing Ca ⁺² Mg ⁺² Fe ⁺² Si ⁺ , agent containing Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- Agent, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- binder, CaMgFeMeCOO agent; b) a composite of two or more of the above C to CaMgFeMeCOO agents; c) the above C to complexes of ions; d) the above C to composite treated with one of the following magnetizers and ozone groups with magnetization vibration; e) the C to composite containing the treated material; f) the C to composite that supplies ions to the building material by the ion flow or generates a reaction involving the ions by supply thereof; g) said improved C to complex; etc.

18 is the COO-containing material, CaCOO agent, wherein the COO is one of COO, COO ^- , COOH, COONa, CH ₃ COOH, C ₆ H ₅ COOH, HCOOH, CH ₃ COOCH ₃ , C ₂ H ₅ OCOH, and a carboxyl group. CaMgFeMeCOO, etc.

The above 19 refers to beams, bars, rods, plates, steel frames, girders, grids, H beams, I beams, sheets, mats, nets, crossbeams, stringers, arch materials, reinforcements, reinforcing plates, carbon plates, brackets, frames, platforms, and bracing. , carbon sheet, carbon mat, carbon net, reinforcement sheet, reinforcement mat, reinforcement net, cantilever material, earthquake-resistant material, earthquake-resistant material, earthquake-resistant reinforcement, A-type reinforcement, I-type reinforcement, H-type reinforcement, T-type reinforcement, ×-type reinforcement. , □-shaped reinforcement, A composite material of two or more of the beams and reinforcements; etc.

The above 20 refers to powderization, liquefaction, slurry, nanoization, pulverization, storage, input, addition, kneading, mixing, firing, incineration, packaging, pressurization, transfer, supply, injection, pouring, spraying, mixing, laying, packaging, and compaction. , hydration, reaction, curing, caking, hardening, demoulding, drying; A combination of two or more of these; It is one or more of the lime or ready mixed mortar, beam or tunnel lining segment, material or prefabricated building material used in one or more of the above.

21 is the combination or remodeling; A combination of two or more of these; It is one or more of the lime or ready mixed mortar, beam or tunnel lining segment, material or prefabricated building material used in one or one of the above.

The above 22 refers to a low particle size of 1 to 100 ㎛, a medium particle size of ㎜, a high particle size of ㎝, k62) a low specific gravity of 0.1 to 0.5, a low to medium specific gravity of 0.51 to 1.0, a medium specific gravity of 1.1 to 1.5, and 1.51 to 1.51. High specific gravity of 2.0, high specific gravity of 2.1~3.0, k63) Low powder fineness of 100~1,000㎠/g, ultra-low powder fineness below this, medium/low powder fineness of 1,001~2,000㎠/g, 2,001~5,000㎠/g The lime or prefabricated building materials are one of the medium powder degree, the used powder degree of 5,001-7,000 ㎠/g, the high powder degree of 7,001-10,000 ㎠/g, and the ultra-high powder degree above this.

The above 23 refers to low pressure of 1 to 50 kg/cm2, ultra-low pressure of 51 to 100 kg/cm2, medium pressure of 101 to 200 kg/cm2, medium pressure of 201 to 300 kg/cm2, and high pressure of 301 to 600 kg/cm2. , lime or prefabricated building materials that are supplied or poured at one of the ultra-high pressures higher than this.

The above 24 refers to 1) one of strength, compressive strength, tensile strength, and shear strength: low strength of 1 to 50 kg/cm2, ultra-low strength below this, low to medium strength of 51 to 100 kg/cm2, medium strength of 101 to 150 kg/cm2, 151~200kg/㎠ medium to high strength, 201~400kg/㎠m high strength, ultra high strength above this, 2) low density with 0.1~0.5t/㎥, ultra low density below this, medium low density with 0.51~1.0t/㎥. , medium density of 1.1~1.5t/㎥, medium density of 1.51~2.0t/㎥, high density of 2.1~3.0t/㎥, ultra high density above this, 3) permeability coefficient of 10^(-15~-10)㎝ Low permeability of /sec, ultra-low permeability below this, medium-low permeability of 10^(-9∼-6)㎝/sec, medium permeability of 10^(-5∼-3)㎝/sec, 10^(- These are lime or prefabricated building materials, which are one of medium permeability of 2~+1)cm/sec, high permeability of 10^(+2~+5)cm/sec, and ultra-high permeability higher than this.

Above 25, specific gravity 0.7~2.0, moisture content 20~40%, moisture absorption 25~40%, wear loss 0~20%, no heavy metals detected or 0.1mg/kg or less, no harmful substances detected or 0.1mg/kg or less, VOC Not detected or less than 0.1mg/kg, BTEX not detected or less than 0.1mg/kg, PAHs (polycyclic aromatic hydrocarbons) not detected or less than 0.1mg/kg, total phthalate plasticizer content not detected or less than 0.1%, melting point or melting temperature. 130∼1,300℃, impact resistance 0∼1%, impact resistance 99∼100%, destruction rate due to impact 0∼1%, shock absorption after abrasion test 60∼95%, shock absorption against applied shock 60∼95%, Temperature stability 55-65℃, its own rising temperature against 100℃ sting at a certain distance 55-65℃, same temperature stability as soil, temperature stability with less temperature rise compared to materials containing chemicals, (100 - (final Odor deodorization rate calculated as 30-100% (concentration/initial concentration)×100)%, pollution purification rate calculated as (100 - (final concentration/initial concentration)×100)% 30-100%; Temperature rise due to solar heat is less, slower, 5-15℃ lower than that of materials containing chemicals; These are lime or prefabricated building materials that satisfy one or more of the above.

The above 26 is one or one of the powdering to complexing processes. The above 27 is one of magnetization, vibration, excitation, ozone treatment, photocatalytic reaction, sterilization treatment, phytoncide treatment, magnetization excitation, magnetization vibration, vibrating ozone, excitation ozone, magnetization ozone, magnetization excitation ozone, magnetization vibration ozone, and magnetization vibration excitation ozone. It is one or one process of the powdering to complexing included. The above 28 is one of a magnetizer, a vibrator, an exciter, an ozonator, a magnetized vibrator, a magnetized vibrator, a vibrating ozone machine, an excited ozone machine, a magnetized ozone machine, a magnetized vibrating ozone machine, a magnetized vibrating ozone machine, and a magnetized vibrating ozone machine. It is one or one of the powdered and complexed processes that include one of the magnetized or magnetized ozone by. The above 29 is one or one of the above mixing and combining processes. The above 30 is one or one of the above combination or combination process in which one of the above magnetization or magnetization vibration-excited ozone is included. 31 is a process of one or one of the combination or combination in which one of the magnetization or the ozone with magnetization vibrations is included by one of the magnetizer or the ozone group with magnetization vibrations.

The 32 refers to a powderer, liquefaction machine, slurry machine, nanoizer, grinder, storage machine, input machine, adder, kneader, mixer, calciner, incinerator, packaging machine, pressurizer, transfer machine, feeder, injector, pourer, sprayer, Mixer, laying machine, packaging machine, compactor, hydrator, reactor, curing machine, curing machine, curing machine, demoulder, dryer; Among these, two or more multi-function devices; etc. The number 33 is equipment for one of the powdering and compounding and the blending and compounding.

The above 34 refers to a) magnetization, vibration, excitation, ozone treatment, photocatalytic reaction, sterilization treatment, phytoncide treatment, magnetization excitation, magnetization vibration, vibrating ozone, excitation ozone, magnetization ozone, magnetization excitation ozone, magnetization vibration ozone, magnetization vibration excitation ozone , magnetization by a magnetizer that generates vibration, vibration by a magnetizer that generates vibration, ozone by a magnetizer that generates vibration, vibration by a vibrator that has the function of magnetizing a material, vibration by a vibrator that has the function of magnetizing a material. Magnetization, ozone produced by a vibrator with the function of magnetizing a substance, excitation by an exciter that generates ozone, magnetization by an exciter that generates ozone, ozone by an exciter that generates ozone, ozone by an ozone generator that has a magnetization function, Magnetization by an ozone group with a magnetization function, vibration by an ozone group with a magnetization function, magnetization excitation by a vibrating magnetization exciter, magnetization vibration by a vibrating magnetization exciter, vibrating ozone by a vibrating magnetization exciter, magnetization that generates ozone. Magnetization vibration by a vibrator, magnetization vibration by a magnetization vibrator that generates ozone, vibrating ozone by a magnetization vibrator that generates ozone, vibration ozone by a vibrating ozone device with a magnetization function, magnetization vibration by a vibrating ozone device with a magnetization function, Magnetization excitation by an oscillating ozone device with a magnetization function, excited ozone by an oscillating ozone device that generates a magnetic field, magnetization excitation by an oscillating ozone device that generates a magnetic field, magnetization vibration by an oscillating ozone device that generates a magnetic field, magnetized ozone that generates vibration. Magnetized ozone by a magnetized ozone group, magnetized vibration by a magnetized ozone group that generates vibration, vibration excitation by a magnetized ozone group that generates vibration, magnetized ozone by a vibrating magnetized ozone device, magnetized vibration ozone by a vibrating magnetized ozone device, excitation It is an equipment that does one of the following: magnetized vibrating ozone by a magnetized vibrating ozone device, magnetized vibrating ozone by an exciting magnetized vibrating ozone device, and magnetized vibrating ozone by a magnetized vibrating ozone device with magnetization, vibration, excitation, and ozone treatment functions.

The above 35 is an equipment including one or one of the magnetizer or the magnetization vibration ozone device. The number 36 refers to the magnetizer - a magnetization, vibration, and ozone device having magnetization, vibration, excitation, and ozone treatment functions.

1) The above mortar is a) mortar, dry mortar, wet mortar, red clay mortar, lime mortar, gypsum mortar, resin mortar, eco mortar, air mortar, earthquake-proof mortar, dust-proof mortar, vibration-proof mortar, foam mortar, foam mortar, expanded mortar. , lightweight mortar, medium-heavy mortar, heavy-duty mortar, cement mortar, fiber mortar, bio-mortar, lightweight foam mortar, asphalt mortar, phytoncide mortar, mortar. dry mortar. wet mortar. ready mixed mortar, remitar, ready mixed mortar, Korean word for ready mixed mortar, remital, mixture of sand and cement, mixture of sand, cement and water, factory-made mortar, dry mortar packed in bags, dried mortar packed in bags at the factory. Mortar, mixture of sand and cement packed in bags, mixture of sand, cement and water mixed on site, mortar put into bags and commercialized, mortar treated with vibration, mortar treated with vibrating, mortar treated with magnetization, mortar with magnetized vibration treatment ; b) a mixture of 30 to 43 parts by weight of cement, 35 to 45 parts by weight of SiO ₂ and 0.05 to 0.1 parts by weight of a dispersant; c) a mixture of 35-60% by weight of cement, 28-55% by weight of fine aggregate, 5-20% by weight of by-products, 1.98-11% of calcium carbonate, 0.01-2% by weight of fluidizer, and 0.01-2% by weight of thickening agent; d) 25-45 parts by weight of binder, 30-75 parts by weight of sand, 1-5 parts by weight of slag, 0.02-0.2 parts by weight of anti-foaming agent, 0.1-2 parts by weight of fluidizing agent, 1-10 parts by weight of by-products, and 0.1-1 part by weight of admixture. mixture of wealth; Mortar treated with one of the following magnetizers or ozone groups with magnetization vibration; Mortar containing the treated material; e) composite mortar of two or more of the above; etc.

The above red clay mortar, lime mortar, gypsum mortar, resin mortar, eco-mortar, earthquake-proof mortar, dust-proof mortar, vibration-proof mortar, bubble mortar, foam mortar, expanded mortar, light-weight mortar, heavy-weight mortar, heavy-duty mortar. (Heavy duty) mortar, cement mortar, fiber mortar, bio mortar, lightweight foam mortar, asphalt mortar, phytoncide mortar, etc. are made of red clay, lime, gypsum, resin, eco, eco agent, earthquake resistance, anti-vibration agent, dust proof agent, vibration damping agent, Anti-vibration agent, foam, foaming agent, foaming, foaming agent, expansion, expanding agent, light weight, light weight, lightweight agent, heavy weight, medium weight, medium weight agent, weight, heavy weight, heavy weight agent, cement, fiber, bio, microorganism, lightweight foam, Light foaming agent, asphalt, phytoncide; Among these, two or more compounds, multiple functions; This applies to mortar that contains, includes, inputs, mixes, mixes, mixes, etc., or has properties, characteristics, characteristics, functions, performance, tendencies, etc., etc. The following red clay cement or phytoncide cement, red clay concrete or ready-mixed concrete, red clay concrete or phytoncide asphalt, red clay concrete or phytoncide concrete, red clay paste or phytoncide paste, red clay plaster or phytoncide plaster, etc. also have the same characteristics as the red clay mortar or phytoncide mortar. .

2) The above cement is a) cement, cement, red clay cement, lime cement, gypsum cement, resin cement, eco cement, earthquake-proof cement, dust-proof cement, vibration-proof cement, foam cement, foamed cement, expanded cement, lightweight cement. , medium weight cement, heavy cement, lime cement, fiber cement, bio cement, lightweight foam cement, asphalt cement, phytoncide cement, basic cement, magnesia cement, hydraulic cement, Portland cement, alumina cement, blast furnace. Cement, silica cement, slag cement, fly ash cement, expanded cement, colored cement, acid-resistant cement, sulfuric acid-resistant cement, medium heat cement, early strength cement, low heat cement, white cement, quick setting cement, early strength cement, white cement, cold cement, Acid-resistant cement, Portland cement, alumina cement, cement packed in bags, cement in tanks, cement with a density of 2.5 to 3.2 g/cm ³ , cement with a fineness of 3,000 to 3,400 cm ² /g, main ingredients are CaO, SiO ₂ , Al ₂ O ₃ cement; b) or 50 to 70 parts by weight of CaO, 10 to 30 parts by weight of SiO ₂ , 3 to 10 parts by weight of Al ₂ O ₃ , 1 to 4 parts by weight of MgO, and 1.5 to 5 parts by weight of Fe ₂ O ₃ , 0.5 to 4 parts by weight of SO ₃ , 0.1 to 2.5 parts by weight of TiO ₂ , 0.1 to 1 part by weight of K ₂ O, and 0.1 to 0.5 parts by weight of Na ₂ O, and a powder degree of 2500 to 5000 cm^2/g. cement; c) composite cement of two or more of the above; etc. The alumina cement contains 40 to 55 parts by weight of Al ₂ O ₃ , 30 to 45 parts by weight of CaO, 3 to 10 parts by weight of SiO ₂ , 0.5 to 2 parts by weight of MgO, and 0.5 parts by weight of Fe ₂ O ₃ based on alumina cement or 100 parts by weight of the total. It is a cement containing three or more of ~3 parts by weight, 0.1~ ₂ parts by weight of SO3, and 0.01~ ₁ part by weight of TiO2.

3) The above ready-mixed concrete includes ready-mixed concrete, mixed ready-mixed concrete, red clay ready-mixed concrete, ready-mixed lime concrete, ready-mixed gypsum concrete, resin ready-mixed concrete, eco-ready-mixed concrete, earthquake-resistant ready-mixed concrete, dust-proof ready-mixed concrete, vibration-proof ready-mixed concrete, foam ready-mixed concrete, expanded ready-mixed concrete, lightweight ready-mixed concrete, Heavy ready-mixed concrete, heavy ready-mixed concrete, ready-mixed cement concrete, ready-mixed fiber concrete, bio-ready-mixed concrete, lightweight foamed ready-mixed concrete, asphalt ready-mixed concrete, phytoncide ready-mixed concrete, ready-mixed concrete, concrete ready-mixed concrete, remicon, ready mixed concrete, factory-produced ready-mixed concrete, Ready-mixed concrete treated with vibration, ready-mixed concrete treated with vibrating, ready-mixed concrete treated with magnetization, ready-mixed concrete treated with magnetization and vibration, ready-mixed concrete treated with one of the following magnetizers or ozone groups with magnetization and vibration, ready-mixed concrete containing the above-treated material, and a combination of two or more of the above. Ready-mixed concrete, etc.

4) The above asphalt concrete is asphalt concrete, red clay asphalt, lime asphalt, gypsum asphalt, resin asphalt, eco-asphalt, earthquake-resistant asphalt, dust-proof asphalt, vibration-absorbing asphalt, foam asphalt, foam asphalt, expanded asphalt, lightweight asphalt, and heavy asphalt. Heavy asphalt, heavy asphalt, cement asphalt, fiber asphalt, bioasphalt, lightweight foam asphalt, asphalt asphalt, phytoncided asphalt, asphalt concrete, ascon, asphalt concrete, asphalt containing stone dust, asphalt used as a packaging material, vibration treated asphalt Asphalt, asphalt treated with excitation, asphalt treated with magnetization, asphalt treated with magnetization and vibration, mixture of 20 to 60 parts by weight of asphalt, 10 to 50 parts by weight of aggregate and 10 to 50 parts by weight of stone dust, among the following magnetizers and ozone groups with magnetization and vibration. Asphalt concrete treated as one, asphalt concrete containing the treated material, composite asphalt concrete of two or more of the above, etc.

5) The asphalt is a) residue remaining after evaporation of volatile oil from bitumen, pitch, asphalt, asphalt, crude oil or petroleum; b) or asphalt containing one or more of hydrogen, carbon, nitrogen, sulfur, oxygen; etc.

6) The above concrete includes ready-mix concrete, asphalt concrete, concrete, soil concrete, soil concrete, fiber concrete, mixed concrete, red clay concrete, lime concrete, gypsum concrete, resin concrete, eco-concrete, earthquake-resistant concrete, dust-proof concrete, vibration-proof concrete, foamed concrete, Foam concrete, expanded concrete, sulfur concrete, plain concrete, reinforced concrete, carbon concrete, lightweight concrete, medium-heavy concrete, heavy concrete, cement concrete, fiber concrete, bio-concrete, lightweight foam concrete , asphalt concrete, phytoncide concrete, latex concrete, graphene concrete, massato concrete, polymer concrete, geopolymer concrete, concrete, cement concrete, asphalt concrete, LMC (latex modified concrete), SRC (steel reinforced concrete), CRC (carbon reinforced) concrete), RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete), PS (prestressed, poststressed), PSC (prestressed concrete, poststressed concrete), factory-produced concrete, on-site Concrete produced at a plant, concrete treated with one of the following magnetizers or magnetized vibration ozone groups, concrete containing the above-mentioned treated substances, composite concrete of two or more of the above, etc.

7) The above paste is milk, cement milk, slurry, paste, red clay paste, lime paste, gypsum paste, resin paste, eco paste, earthquake-proof paste, dust-proof paste, vibration-absorbing paste, foaming paste, foaming paste, expanding paste, lightweight (輕) Heavy paste, medium paste, heavy paste, cement paste, fiber paste, bio paste, lightweight foam paste, asphalt paste, phytoncide paste, paste, cement paste, mixture of water and lime, water and cement A mixture of, a paste treated with one of the following magnetizer or an ozone group with magnetization vibration, a paste containing the above-treated material, a composite paste of two or more of the above, etc.

8) The above plasters are a) plaster, red clay plaster, lime plaster, gypsum plaster, resin plaster, eco-plaster, earthquake-proof plaster, dust-proof plaster, vibration-proof plaster, foam plaster, foam plaster, expanded plaster, lightweight plaster, heavy weight plaster. (Medium weight plaster, heavy plaster, cement plaster, fiber plaster, bioplaster, lightweight foam plaster, asphalt plaster, phytoncide plaster, dolomite plaster, plaster, lime plaster, cement plaster, calcined ore containing calcium Plasters containing this, plasters containing calcined products of ores containing magnesia; b) or a mixture of two or more of gypsum, lime, water, sand, and fiber, plaster treated with one of the following magnetizers or ozone groups with magnetized vibration, plaster containing the above-treated substances, and composite plaster of two or more of the above. etc.

9) The above red clay includes a) red clay, silicon-containing red clay, calcium-containing red clay, iron-containing red clay, resin-containing red clay, microorganism-containing red clay, stone powder-containing red clay, herbal medicine-containing red clay, photocatalyst-containing red clay, earthquake-resistant material-containing red clay, and pozzolanic agent-containing red clay. yellow soil; b) Red clay with a particle size of 0.005 mm or less in 10% or less, and 0.02 mm or more in size in 10% or less; c) 45 to 65 parts by weight of SiO ₂ , 3 to 18 parts by weight of CaO, 5 to 14 parts by weight of Al ₂ O ₃ , 1 to 7 parts by weight of MgO, and 1 to 5 parts by weight of Fe ₂ O ₃ Red clay containing three or more of 0.5 to 1.7 parts by weight of FeO, 0.1 to 1.5 parts by weight of CaCO3, 0.01 to 1.3 parts by weight of TiO2, and 0.01 to 1.0 parts by weight of MnO; etc.

11) The above tailings include a) tailings, mine by-products, worthless parts remaining after separating necessary minerals from ore, residues remaining after removing metals from ore, and residues generated during the iron making process of smelting iron; b) 20 to 70 parts by weight of Ca content, 30 to 60 parts by weight of Si content, 1 to 20 parts by weight of Al content, 1 to 15 parts by weight of Mg content, and 2 to 20 parts by weight of Fe content, based on a total of 100 parts by weight. Tailings containing three or more parts by weight; etc.

12) The clay refers to a) clay, clay, sea clay, land clay, and soil with a content of 0.074 mm or less of 90% or more; b) 40 to 70 parts by weight of SiO _{2 ,} 13 to ₂₈ parts by weight of Al ₂ O 3 , 3 to 13 parts by weight of Fe ₂ O ₃ , 0.3 to 1.5 parts by weight of CaO, 0.3 to 3 parts by weight of MgO, Clay containing three or more of 0.3 to 1 part by weight of TiO ₂ ; etc.

13) The above-mentioned vermiculite is vermiculite, vermiculite that expands when heated, a mineral belonging to the monoclinic system, a mineral with a crystal structure like mica, a clay mineral composed of hydroxide silicates of aluminum, magnesium, and iron, and its volume increases when heated to 700-1000°C. Vermiculite increases 5 to 15 times; b) 30 to 48 parts by weight of SiO ₂ , 5 to 20 parts by weight of Al ₂ O ₃ , 0.3 to 1.5 parts by weight of CaO, 8 to 28 parts by weight of MgO, 3 to 20 parts by weight of Fe ₂ O ₃ , Vermiculite containing three or more of 0.1 to 1 part by weight of SO _{3 ,} 0.1 to 1 part by weight of TiO ₂ , 4 to 8 parts by weight of K ₂ O, and 0.1 to 0.5 parts by weight of Na ₂ O; etc.

14) The ash is a) ash, ash, coal ash, briquette ash, incineration ash, power plant ash, bottom ash, fly ash; b) 50 to 65 parts by weight of SiO ₂ , 10 to 30 parts by weight of Al ₂ O ₃ , 2 to 10 parts by weight of CaO, 1 to 3 parts by weight of MgO, 1.5 to 8 parts by weight of Fe ₂ O ₃ , Ash containing three or more of 0.1 to 1 part by weight of SO ₃ , 0.1 to 1.5 parts by weight of TiO ₂ , 0.5 to 3 parts by weight of K ₂ O, and 0.2 to 0.8 parts by weight of Na ₂ O; etc.

15) The above stone dust includes a) stone dust, stone powder, stone powder, crushed stone dust, quarry stone dust, concrete stone dust, and construction waste stone dust; b) 50 to 60 parts by weight of SiO ₂ , 15 to 25 parts by weight of Al ₂ O ₃ , 0.3 to 1 part by weight of CaO, 0.5 to 2 parts by weight of MgO, 2.5 to 3.5 parts by weight of Fe ₂ O ₃ , Stone dust containing three or more of 1.5 to 3 parts by weight of FeO, 0.1 to 0.4 parts by weight of P ₂ O ₅ , 0.01 to 0.1 parts by weight of MnO, 0.5 to 2.5 parts by weight of K ₂ O, and 0.3 to 0.7 parts by weight of Na ₂ O; etc.

16) The above elvan stone includes a) elvan stone, a rock belonging to porphyry, quartz and feldspar mixed, elvan stone whose main components are silicic acid anhydride and aluminum oxide, elvan stone that emits far-infrared rays, and elvan stone with 30,000 to 150,000 pores per 1 cm3; b) 60 to 75 parts by weight of SiO ₂ , 10 to 18 parts by weight of Al ₂ O ₃ , 1 to 3 parts by weight of CaO, 2 to 5 parts by weight of MgO, 0.5 to 2 parts by weight of Fe ₂ O ₃ , Elvan stone containing three or more of 0.8 to 2.3 parts by weight of FeO, 0.1 to 0.4 parts by weight of P ₂ O ₅ , 0.1 to 0.5 parts by weight of TiO ₂ , 2 to 4 parts by weight of K ₂ O, and 2 to 4 parts by weight of Na ₂ O; etc.

17) The above kaolin is a) kaolin, kaolin, a mineral with a composition of Al ₂ O ₃ ·2SiO ₂ ·2H ₂ O, a mineral with a composition of Al ₂ O ₃ ·SiO ₂ ·4H ₂ O, and feldspar in rocks. white or gray weathered clay, kaolon, kaolinite; b) 35 to 50 parts by weight of SiO ₂ , 30 to 55 parts by weight of Al ₂ O ₃ , 0.1 to 2 parts by weight of CaO, 0.01 to 0.4 parts by weight of MgO, 0 to 0.5 parts by weight of Fe ₂ O ₃ , Kaolin containing three or more of 0.3 to 1 part by weight of TiO ₂ and 0.001 to 0.2 parts by weight of K ₂ O; etc.

18) The bentonite is a) volcanic ash, bentonite, calcium bentonite, sodium bentonite, water-swelling bentonite, bentonite, and clay containing the mineral monmorillo nite as the main component; b) 55 to 75 parts by weight of SiO ₂ , 10 to 25 parts by weight of Al ₂ O ₃ , 0.5 to 5 parts by weight of CaO, 1 to 8 parts by weight of MgO, 1 to 3 parts by weight of Fe ₂ O ₃ , Contains or contains three or more of 0.1 to 2 parts by weight of K ₂ O and 0.5 to 8 parts by weight of Na ₂ O, SiO ₂ /Al ₂ O ₃ ratio of 2.2 to 7.5, montmorillonite content of 70 meq/100 g or more, hydrogen in suspension Bentonite satisfying one or more ion concentrations of 7 to 11; etc.

19) The zeolite includes a) zeolite, natural zeolite, artificial zeolite, synthetic zeolite, zeolite, zeolite with adsorption, natural and synthetic silicate minerals with regularly arranged cavities of 3 to 10 Å in size; b) 60 to 78 parts by weight of SiO ₂ , 10 to 20 parts by weight of Al ₂ O ₃ , 0.5 to 5 parts by weight of CaO, 0.5 to 4 parts by weight of MgO, 0.1 to 5 parts by weight of Fe ₂ O ₃ , Zeolite containing three or more of 0.5 to 4 parts by weight of Na ₂ O, 0.1 to 0.5 parts by weight of TiO ₂ , and 1 to 3 parts by weight of K ₂ O; etc.

20) The silica fume is a) silica fume, silica fume containing SiO ₂ , silica fume containing 60 to 90 parts by weight of SiO ₂ , silica fume, and waste gas generated when manufacturing silicon (Si) or ferrosilicon (FeSi) or silicon alloy. Silica obtained by collecting and filtering the contained SiO ₂ using a dust collector; b) 60 to 90 parts by weight of SiO ₂ , 0.5 to ₂ parts by weight of Al ₂ O 3 , 0.5 to 2 parts by weight of CaO, 0.1 to 1 part by weight of MgO, 1.5 to 3 parts by weight of Fe ₂ O ₃ , Silica fume containing three or more of 0.1 to 1 part by weight of SO ₃ , 0.1 to 1 part by weight of TiO ₂ , 0.1 to 2 parts by weight of K ₂ O, and 0.1 to 0.5 parts by weight of Na ₂ O; etc.

21) One of the ready-mixed concrete, mixed ready-mixed concrete, concrete, mixed concrete, cement concrete, and asphalt concrete includes one or more of the following mixtures 1 to 26.

a) The mixture 1 is a mixture containing two or more of water, sand, gravel, aggregate, stone dust, lime, cement, and asphalt. b) The mixture 2 is a mixture containing two or more of 30 to 70 parts by weight of aggregate, 10 to 50 parts by weight of 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. c) The mixture 3 consists of 15 to 30 parts by weight of cement, 20 to 45 parts by weight of fine aggregate, 30 to 60 parts by weight of coarse aggregate, 0.1 to 3 parts by weight of by-products, 0.1 to 5 parts by weight of admixture, and 15 to 35 parts by weight of water. It is a mixture containing the above. d) The mixture 4 is a mixture that contains a cement binder, one or more aggregates with a particle size range of 5 to 13 mm and 13 to 20 mm, waste, and a fluidizing agent, and has a wave mixture ratio of 25 to 35% or a porosity of 15 to 30%. Here, the wave mixture ratio is (water/binder) x 100%.

e) The mixture 5 is a mixture of water, binder, and admixture containing fine and coarse aggregate at a ratio of 0.2 to 0.65 m3 per 1 m3. f) The mixture 6 is a mixture containing two or more of cement, aggregate, gravel, sand, stone dust, water, admixture, and asphalt, and having a water-cement ratio or aggregate-asphalt ratio of 25 to 40%. Here, the water-cement ratio is w/c ratio, water/cement ratio, (water÷cement)×100%, and the aggregate-asphalt ratio is g/a ratio, gravel/asphalt ratio, (aggregate÷asphalt)×100%, etc. It applies. g) The mixture 7 is a mixture of 14 to 15 parts by weight of binder, 76 to 79 parts by weight of aggregate, 0.08 to 0.1 parts by weight of admixture, 0.3 to 3 parts by weight of waste, and separate water, totaling 100 parts by weight. h) The mixture 8 is a mixture containing two or more of 20 to 40 parts by weight of cement, 10 to 50 parts by weight of sand, 10 to 50 parts by weight of gravel, and 2 to 30 parts by weight of water.

i) The mixture 9 is a binder consisting of 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 coarse aggregate with a particle size of 5 to 13 mm, 13 to 25 mm, or 25 to 40 mm. It is a mixture containing fine aggregate or slag with a particle size of 5 mm or less and 0.03 to 3.0 parts by weight of a fluidizer or AE water reducer based on the binder. j) The mixture 10 is composed of 5 to 8 parts by volume of binder, 60 to 80 parts by volume of aggregate, 0.2 to 0.5 parts by volume of admixture, and water to fill 100% of the total volume, and the aggregate is waste, waste dust, waste concrete, and parts. It is a mixture of one or more types selected from pure stone, bottom ash, slag, and rock, and the binder is one or more types selected from cement, asphalt, lime, gypsum, fly ash, and sludge. k) The above mixture 11 is 100 parts by weight of binder such as cement, asphalt, etc., 200 to 250 parts by weight of fine aggregate, 260 to 280 parts by weight of coarse aggregate, 3 to 8 parts by weight of carbide, 0.5 to 1.5 parts by weight of admixture, and 35 to 45 parts by weight of water. It is a mixture containing one or more of the parts.

ℓ) The mixture 12 contains two or more of 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. The polymer is one of water-soluble polymers, polypropylene glycol, polyethylene glycol, ethylene glycol, butanediol, dihydroxyhexane, and isocyanate. m) The mixture 13 consists of 3 to 10 parts by weight of water, 10 to 25 parts by weight of cement, 25 to 35 parts by weight of fine aggregate, 40 to 45 parts by weight of coarse aggregate, 0.5 to 1.5 parts by weight of fly ash, and 1 to 7 parts by weight of by-products. It is a mixture containing the above. n) The mixture 14 is one of 100 parts by weight of binder containing cement, 250 to 660 parts by weight of aggregate containing sand or gravel, 10 to 150 parts by weight of mineral or zeolite, 1 to 15 parts by weight of microorganisms including Bacillus, and 10 to 30 parts by weight of water. It is a mixture containing the above. o) The above mixture 15 has a binder or cement amount of 250 to 550 kg/㎥, fine aggregate amount of 350 to 650 kg/㎥, coarse aggregate amount of 850 to 1,100 kg/㎥, water quantity of 150 to 200 kg/㎥, and mineral or waste 200 to 450. ㎏/㎥, a mixture containing two or more of 0.1 to 5 parts by weight of admixture.

p) The mixture 16 contains 5 to 45 parts by weight of one or more of waste dust, stone dust, tailings, and by-products and one or more of other sand, gravel, and aggregates per 100 parts by weight of binder or cement, and has a slump of 8 to 12 cm, water/ It is a mixture that satisfies one or more of the cement ratio of 50 to 60% by weight and the fine aggregate content of 45 to 53% by weight. q) The mixture 17 is one or more of 75 to 83 parts by weight of aggregate, 13 to 15 parts by weight of binder, 5 to 7 parts by weight of water, and 0.07 to 0.3 parts by weight of admixture, with 0.0001 to 1.5% more microorganisms mixed with the weight of the binder. The binder is one or more selected from cement, slag, incineration ash, and fly ash. The microorganism is a mixture of one or more selected from microorganisms, anaerobic microorganisms, photosynthetic bacteria, lactic acid bacteria, actinomycetes, filamentous bacteria, Bacillus, and yeast. r) The mixture 18 includes 50 to 90 parts by weight of cement, 1 to 15 parts by weight of powdered slag, 0.1 to 7 parts by weight of powdered resin, 0.01 to 6 parts by weight of latex, 0.11 to 15 parts by weight of expanding agent, 0.01 to 3.0 parts by weight of fiber, It is a mixture containing two or more of 0 to 3 parts by weight of water reducing agent. s) The mixture 19 is two or more of 13 to 21 parts by weight of cement, 27 to 36 parts by weight of fine aggregate, 38 to 47 parts by weight of coarse aggregate, 0.0001 to 7 parts by weight of microorganisms, 0.3 to 1.8 parts by weight of admixture, and 4 to 10 parts by weight of water. This is a mixture containing:

t) The mixture 20 is a mixture containing 0.0001 to 1000 parts by weight of one or more of water, sand, gravel, aggregate, resin, red clay, waste dust, carbon, admixture, microorganisms, and by-products based on 100 parts by weight of cement or binder. u) The mixture 21 contains 10 to 300 parts by weight of water, 130 to 300 parts by weight of sand, 150 to 600 parts by weight of gravel or aggregate, other resins, red clay, waste dust, carbon, admixtures, microorganisms, based on 100 parts by weight of cement or binder. It is a mixture containing 0.0001 to 100 parts by weight of one or more by-products. v) The mixture 22 contains 10 to 300 parts by weight of water, 130 to 300 parts by weight of sand, 150 to 600 parts by weight of gravel or aggregate, 0.1 to 30 parts by weight of resin, and 10 to 100 parts by weight of red clay, based on 100 parts by weight of cement or binder. , a mixture containing 15 to 300 parts by weight of waste manure, and 0.0001 to 50 parts by weight of one or more of other carbon, admixtures, microorganisms, and by-products. w) The mixture 23 contains 5 to 9.5% by weight of water, 15 to 19.5% by weight of cement or binder, 30 to 34.5% by weight of fine aggregate, 40 to 44.5% by weight of coarse aggregate, 2 to 6% by weight of by-product, and 0.5 to 1.5% by weight of incineration ash. It is a mixture containing two or more substances.

x) The mixture 24 includes 15 to 30 parts by weight of cement, 30 to 60 parts by weight of coarse aggregate with a density of 2.5 to 2.8 g/cm ³ , 20 to 45 parts by weight of fine aggregate with a density of 2.2 to 2.6 g/cm ³ , and 15 to 35 parts by weight of water. It is a mixture containing two or more of the following: 0.1 to 5 parts by weight of admixture, and 0.1 to 10 parts by weight of by-product. y) The mixture 25 includes cement containing CaO, SiO ₂ , and Al ₂ O ₃ ; Coarse aggregate having at least one of particle size of 3 to 5 mm or 15 to 25 mm, density of 2.5 to 2.8 g/cm ³ , and unit volume mass of 1,340 to 1,580 kg/m ³ ; Fine aggregate having at least one of a density of 2.2 to 2.6 g/cm ³ and a unit volume mass of 1,295 to 1,580 kg/m ³ ; It is a mixture consisting of water and admixture. z) The mixture 26 is one of the sand, gravel, aggregate, stone dust, lime, cement, by-product, and mixture, 50 to 55 parts by weight of SiO ₂ , 15 to 20 parts by weight of Al ₂ O ₃ , and 1 to 2 parts by weight of MgO, 2 to 4 parts by weight of FeO, 2 to 3 parts by weight of Fe ₂ O ₃ , 0.5 to 0.9 parts by weight of CaO, 0.5 to 1.1 parts by weight of K ₂ O, 0.5 to 0.7 parts by weight of Na ₂ O, 0.2 to 0.6 parts by weight of P ₂ O ₅ parts, 0.03 to 0.09 parts by weight of MnO, and 13 to 18 parts by weight of mineral components, that is, mixtures 1 to 25, etc.

The present invention, claims, etc. will be described below with reference to the drawings. The following description is also included in the present invention and claims. a) devices, equipment, materials, materials, construction materials, buildings, facilities, structures of the present invention; b) All equipment, devices, substances, signs and pictures shown or described in or in the drawings; c) Inside, inside, outside, away from, around, nearby, in the air, in the air, factory, site, manufacturing plant, inside the factory, or construction site of one of the above devices or pictures; The above-mentioned functional groups, functional substances, functional agents, etc. are provided, placed, installed, attached, mounted, retained, located, used, used, applied, put in, injected, sprayed, sprayed, sprayed, coated, painted, included, contained. , mixing, addition, addition, etc. are possible. Refer to symbols 30', 50', and 51' in Figures 1 to 6, etc.

Examples of the above include the storage 60, hopper 61, mixer 62, wing 21, pump 63, hose 64, nozzle 25, collision plate 88, and expansion shown in FIG. The above-described functional groups, functional materials, functional agents, etc. are provided or added to the cone (89), form (6), construction material (7), structure (40), factory (40), manufacturing plant, factory interior, etc. . Due to the above, the device or structure, interior or construction site, storage or factory interior, etc. of the present invention has the performance of the above-mentioned flow or global warming prevention, etc., as described in the effects of the present invention. One of these is that ozone, vibrating ozone, magnetized ozone, etc., which are one of the above functions, are radiated into the device or structure, inside the construction site, inside the storage room or inside the factory, etc., and they clean, purify, sterilize, disinfect, clean, improve the environment, etc. .

Figure 1 shows materials, chemicals, suspensions, slurries, binders, solidified materials, liquid building materials, and unhardened building materials manufactured through tanks, storage areas, silos, etc. (60), hoppers (61), and mixers (62) at factories, sites, etc. The material is put into the form (6) through the pump (63), hose (64), nozzle (25), etc., and after curing or solidification with a curing machine, it is demolded to form beams, blocks, bricks, columns, piles, foundations, etc. , shows that materials such as slabs, building materials, and hardened building materials (7) are manufactured, produced, and composed. The tank, discharger, pump, nozzle, etc. can be equipped with the magnetizer, magnetization vibration ozone generator, etc. 30'.

Figure 2 shows materials, building materials, hardened building materials, etc. (7), a) tiles, bricks; b) is a block, reinforced earth block; c) is doors, windows and reinforcement; d) boxes, tanks, manholes; e) are aqueducts, aqueducts, ditches, plumes; f) is a manhole, Hume pipe, sump; g) refers to conduits, conduits, hume pipes, water pipes, sewer pipes, pipes; h) covers, waterway covers, manhole covers, gratings; i) is tank, barrel, box, box, tank, water tank; j) panels, boards, slabs; k) walls, bulkheads, boards, partitions; ℓ) refers to beams, beams, columns, piles; etc. (7) is applicable. The tiles, piles, etc. are hardened construction materials, including a) powder-type construction materials, slurry-type construction materials, unhardened construction materials, lime or ready mixed mortar; b) It is manufactured, produced, composed, formed, etc. through one of these reactions: hydration reaction, pozzolanic reaction, curing reaction, hardening, consolidation, solidification, etc. Materials, materials, construction materials, buildings, facilities, structures of the present invention; One of these is a manufacturing plant, a construction site; It is possible to provide, place, contain, contain, inject, spray, spray, place, coat, paint, etc. the functional groups (30', 50', 51'), functional substances, functional agents, etc.

3 and 4 show that raw materials, materials, binders, liquid materials, etc. are provided with a pump 63, a hose 64, a nozzle 25, a drone 65, a rod 20, a wing 21, and a drone equipped with the hose. (65), it is shown that the injection or grouting is performed through the nozzle-equipped drone 65, the wing-equipped rod 20, and the wings 21 provided on the rod. Figure 3a shows the tunnel excavation surface; b is slope, slope, slope; c is the building frame (6); d is underwater, underground; It shows that the injection or grouting is performed on the back. Figure 4a shows a building frame (6); b is a building crack; c is reservoir; d is dam, embankment, road; e is ground, underground, underground; f is septic tank; It shows that the injection or grouting is performed on the back. The functional group 30' can also be applied to water treatment, septic tanks, etc. Here, the septic tank 140 includes an inlet for contaminated water 30, an injector 142 for coagulant 30, an internal pipe 143, a settling tank 144, a settling valve 145, a porous filter 146, and a rotary scraper 147. ), a scum inlet (148), a scum outlet (149), and a supernatant outlet (150). The functional group 30' can be mounted on the pump, blade, inlet, outlet, etc. As a result, the stirring and eddy currents of the contaminated water and the coagulant are vigorous, resulting in high-speed reaction and precipitation, thereby shortening the treatment time of the contaminated water and improving treatment efficiency.

5 shows a backhoe, an auger, an excavator, a boring machine, an excavator, and a moving means (10); Among them, one boom (13), an arm (14) of this boom, a tip (15) of this arm, and a means for rotating this tip (16); Two or two shafts, rods, and screws (20) mounted on its rotating means; The shaft or screw (20) of the rotary type (27); And a bit 24 mounted on the tip of one of the shafts or screws is shown. It is possible to mount the magnetizer or magnetization vibration ozone generator, etc. (30') on the backhoe, screw, etc. Here, the wings 21 provided on two or two shafts 20 have the same length or different or variable lengths. Here, the length of the wing mounted on the upper axis of the two axes is long, and the length of the wing mounted on the lower axis is relatively short and tapered downward compared to the wing on the upper axis. Therefore, when the binder is sprayed through the shaft or bit and agitated with the ground by the blade, a variable solidified soil foundation is created. There are 10 double wings at regular intervals along the longitudinal direction of the coupling axis, or 10 single wings on the right and 10 single wings on the left, for a total of 20 single wings. Here, the wings become more pointy, narrower, and shorter in length toward the bottom, and conversely, as they go toward the top, they become more pointy, gradually enlarged, and the length increases. In the present invention, the dotted axis is a dotted axis, a dotted axis; Jeomhwak refers to gradually expanding, gradually expanding, etc. In the present invention, a single wing refers to a wing mounted on one side, left, or right of a shaft, rod, etc. And double wings include a) wings mounted on both sides, left and right, left and right sides of a shaft, rod, etc., and b) wings extended and mounted on both sides, left and right, left and right sides of a shaft, rod, etc. In the present invention, the number of wings mounted on one shaft, rod, etc. is 3, 4, 5, 7, 10, 15, 20, n for a double wing, and n for a single wing. In this case, 3×2, 4×2, 5×2, 7×2, 10×2, 15×2, 20×2, n, etc. The length of both wings is 2 times, 1.3 to 3.0 times, etc. the length of a single wing. In the present invention, the mounting spacing between two or more wings mounted on one shaft, rod, etc. is 5 cm, 10 cm, 15 cm, 20 cm, 25 cm, 30 cm, 40 cm, 50 cm, arbitrary cm, 5 to 50 cm, and 0.01 with respect to the shaft length (H). This applies to ∼0.3H, etc.

The shaft, rod, screw, etc. (20) include a backhoe, auger, excavator, boring machine, excavator, means of transportation (10), one of which is a boom (13), an arm of this boom (14), and a tip of the arm (15). It is provided on the shaft, rod, etc., and a hose 64, pump 63, mixer 62, hopper 61, storage or silo 60, etc. are connected to supply binder, solidification material, etc. 30. do. The binder, solidifier, etc. (30) is injected or grouted into the ground (31) through the shaft, rod (20), one of the nozzles (25), bit (24), bit hole (25), etc. , thereby creating underground foundations, solidified bodies, grouting bodies, edge foundations, etc. (2, 3, 4, 5, 6, 28).

6 shows a backhoe, an auger, an excavator, a crane, a boring machine, an excavator, an excavator, and a means of transportation (10); Of these, one leader (14); its leader's leading edge or cradle hitch (15); Rotating means (16) mounted on the backhoe, cradle hitch, etc.; A shaft, a rod (20) mounted on the backhoe, rotation means, etc.; Wings mounted on its axis, variable blades (21); A hose 64, a pump 63, a mixer 62, a hopper 61, and a silo or reservoir 60 sequentially connected to the shaft; It shows the basic construction equipment consisting of etc. In Figure 6, there are 9 single blades on the left side (102), 10 single blades on the right side (103) of three or three combined shafts, rods, shafts, screws, etc. (20), and from the upper part (100) to the lower part ( A bar 23 is mounted at the tip of the 5th wing on the left (102) in the direction 101), and a bar 23 is mounted on the tip of the 3rd wing on the right (103) in the direction from the upper 100 to the lower 101. there is. As described above, it is possible to have the same number of single wings on the left and right sides of the shaft, rod, etc. 20, or to have different numbers. In addition, it is possible for two or more wings with bars or protrusions to occupy the entire wing, or to be mounted between certain bars or protrusion-free wings as described above. In addition, when two or more wings are provided, it is possible for the wings with bars or protrusions and the wings without bars or protrusions to be alternately mounted on the shaft, rod, etc. (20).

FIG. 7A has the same width, thickness, cross-section, volume, shape, etc. in the length (L) direction of the body 21, and has the same width, thickness, cross-section, volume, etc. in the length (L) direction on one side of the tip 22. It shows a single wing (21) equipped with a protrusion, bar, protrusion, etc. (23) having a shape, etc. Figure 7b shows that the width, thickness, cross-section, volume, shape, etc. of variable, point axis, point, etc. in the length (L) direction of the body 21 are the same width in the length (l) direction on one side of the tip 22, It shows both wings (21) equipped with protrusions, bars, protrusions, etc. (23) having thickness, cross-section, volume, shape, etc. Figure 7c shows a variable, dot-axis, width, thickness, cross-section, volume, shape, etc. in the length (L) direction of the body 21, and a variable, dot-axis in the length (l) direction on one side of the tip 22. , shows a single wing (21) equipped with protrusions, bars, protrusions, etc. (23) having the same width, thickness, cross-section, volume, shape, etc. As described above, the blades, variable blades, etc. 21 of the present invention can have length, width, thickness, cross-section, volume, shape, etc. that are the same, variable, point-axis, point-axis, etc. the wings; Its face, surface, outer surface, and tip; The vibrator or vibrating magnetizer, etc. (70) can be mounted on the back. Here, the protrusions, bars, protrusions, etc. 23 are shown as being mounted on one side of the wing tip in FIGS. 7A, 7B, and 7C. Here, the left side of the wing in FIGS. 7A and 7C is mounted on the shaft, and the center of the wing in FIG. 7B is mounted on the shaft, and rotates by rotation of the shaft to agitate binder, soil, soil, residual soil, ground, slime, etc. At this time, the stirring efficiency is improved by the protrusions, bars, protrusions, etc. 23 attached to the wings.

Figure 8 shows that projections, bars, protrusions, etc. 23 are mounted on both sides of the wing. Here, the left side of the wing of FIGS. 8A, 8B, and 8C is mounted on the axis. In Figure 8, protrusions, bars, protrusions, etc. 23 are mounted on both sides of the wing, thereby improving stirring efficiency compared to those mounted on one side of the wing in Figure 7. Figure 8a shows the same width, thickness, cross-section, volume, shape, etc. in the length (L) direction of the body 21, and the same width, thickness, cross-section, volume, etc. in the length (L) direction on both sides of the tip 22. It shows a single wing (21) equipped with a protrusion, bar, protrusion, etc. (23) having a shape, etc. Figure 8b shows the width, thickness, cross-section, volume, shape, etc. of the body 21, which is variable in the length (L) direction, and has a point axis, and is variable in the length (L) direction on both sides of the tip 22. , shows a single wing (21) equipped with inclined protrusions, bars, protrusions, etc. (23) having the same width, thickness, cross-section, volume, shape, etc. Figure 8c is variable in the length (L) direction of the body 21, and has width, thickness, cross-section, volume, shape, etc. of the point axis, point, etc., and is variable in the length (l) direction on one side of the middle and tip 22. , shows an inclined single wing (21) equipped with protrusions, bars, protrusions, etc. (23) having the width, thickness, cross-section, volume, shape, etc. of point axes, points, etc. 23, 23a, 23b, 23c, 23d, 23e, etc. in FIGS. 7 and 8 show that it is possible for the protrusion, bar, protrusion, etc. 23 to be mounted on various shapes and positions such as shafts, rods, screws, wings, etc.

Figure 9 is a representative schematic diagram of a reinforcement or seismic reinforcement 130, which is one of the materials according to the present invention, in the order of a, b, c, d, e, f, Reinforcing materials of a combination of the 9 d, e, f show the bolt hole 131, flange 132, web 133, etc. of the reinforcement. Here, the bolt hole 131 is used when connecting the above-described facilities, walls, spaces, etc., and reinforcing materials with bolts, nuts, nails, rods, etc. And the flange 132, web 133, etc. become an element, member, material, etc. that constitutes the reinforcement.

Figure 10 is a schematic diagram of a foundation structure and a ground structure according to the present invention. Figures 10a, 10b, etc. show a foundation using screw rods, remaining in the ground after using screw rods, and foundations with screw reinforcement inserted (5, 28); Figure 10c shows a three-stage tapered foundation (5, 28); Edge-section bases (5, 28) of the large-diameter same cross-section (2) in the upper first stage, the medium-diameter identical cross-section (2) in the middle first stage, and the small-diameter identical cross-section (2) in the lower one stage; Figure 10d shows a two-stage tapered foundation (5, 28) with an expansion plate-equipped reinforcement (33) inserted at the tip; a large-diameter same cross-section (2) in the upper first stage, a small-diameter identical cross-section (2) in the lower one stage, and a two-stage tapered cross-section base (5, 28) with a reinforcing member (33) with an expansion plate inserted at the tip; Figure 10e shows a tapered foundation (5, 28) of three stages (2, 3, 4) or three support layers (2, 3, 4); Edge cross-section bases (5, 28) of the large-diameter same cross-section (2) of the upper first stage, the cone cross-section (3) of the middle one stage, and the small-diameter identical cross-section (4) of the lower one stage; Figure 10f shows foundations 5, 28 with beam reinforcement inserted; Figure 10g shows foundations such as cone type (3), funnel type (3), downward point type (3), upward point type (3), tapered section foundations (5, 28); Figure 10h shows a foundation in which reinforcing materials such as wire mesh, reinforcing bar mesh, and reinforcing bar cages are inserted into the foundation of Figure 10g, a tapered foundation (5, 28), etc., and a surface foundation (1) installed on the upper part of the foundation of Figures 10a to 10h. ), a composite foundation consisting of a tapered section foundation (5) and reinforcement (33), a composite foundation composed of a tapered section foundation (5) and a surface foundation (1), a composite foundation composed of a tapered section foundation (5) and its surrounding ground (31) Foundation, a composite foundation consisting of a tapered foundation (5), its surrounding ground (31), and reinforcement (33), a tapered foundation (5), its surrounding ground (31), reinforcement (33), and surface foundation (1). It represents a constructed composite foundation, a building using or supporting the foundation, a ground structure 40, etc. The above basic structures (1, 5, 28) are constructed by pouring binder (30) into the ground or surface layer through the storage area or bit hole, etc., and stirring it by means of wings (21). And in the case of surface foundations, soil, binder, etc. are agitated by a backhoe or its bucket. The above-mentioned ground structure 40 is constructed by pouring concrete 30 into the form 6 through the reservoir or nozzle, and is reinforced with earthquake-resistant material 130, etc. when necessary.

12 to 17 show the functional group 30' of the magnetizer or magnetization vibration ozone group (31', 32', 33', 34', 50', 51') according to the present invention, and its function Water, water, liquid, oil, substance, liquid, gas, solid, object, functional agent, etc. 30 that pass through or come in contact with the group 30' are the functional material, magnetization or ozone with magnetized vibration, magnetization or magnetization. It is treated as vibrating ozone water, etc. (40', 41', 42', 43', 44'). The functional groups (30', 31', 32', 33', 34', 50', 51') are used in devices, equipment, materials, materials, construction materials, functional materials, buildings, facilities, structures, air, public space, and factories. , site, inside the factory, inside the site; The reservoir to the nozzle, the reservoir to the bit hole; It is possible to be provided, mounted, located, used, applied, attached, installed, etc. on the back. And the water, object, material, functional agent, etc. is used, used, injected, injected, etc. into the functional group 30', device, equipment, construction equipment 10, 11, 12, etc., or the functional group, Manufacturing, production, spraying, injection, discharge, pouring, grouting, etc. are carried out by devices and equipment. As a result of the above, the devices, equipment, functional devices, materials, materials, construction materials, functional substances, functional agents, buildings, facilities, structures, etc. of the present invention can be used to prevent global warming or prevent global warming as described in the effects of the present invention. It has the performance to do.

The above equipment, functional group, storage unit or bit hole, magnetizer or ozone unit with magnetization vibration; double entrance, exit, inside, inside, outside; The back includes a pump (63), nozzle (25), sprayer (25), hose (71', 79'), pipe (70'), water pipe (70'), pressure pipe (70'), and compressor (105'). , a purifier 160, a pump 63 and a nozzle 25, a pump 63 and a purifier 160, etc. can be provided. The pump 63 is a pump such as pressurization, pressure, pumping, vacuum, suction, collection, suction, etc., or has other functions. The purifier 160 includes a filter, water tank, purifier, strainer, purifier, dust collector, cyclone, etc. An example of its application consists of a water pipe (70'), a functional group (30', 50', 51'), and a hose (79'), and as the tap water of the water pipe passes through the functional group, it is magnetized, vibrates, ozone inflow, It is pressurized and sprayed through a hose onto air, the public, materials, construction materials, buildings, facilities, structures, pipes, sewer pipes, water pipes, indoor pipes, boiler pipes, etc. to wash, clean, clean, purify, etc. . See Figures 14 and 15. Another application example is composed of functional groups (30', 50', 51'), pump 63, and the water tank or cyclone 160, which is a purifier, in that order, and the functional groups are converted into materials, structures, factories, etc. by the vacuum pressure of the pump. Pollution, polluted water, contaminants, polluted air, dusty air, dusty air, sick house syndrome, environmental hormones, etc. from the field, air, public, etc. are introduced, and are magnetized, vibrated, and ozonated as they pass through the functional group, and are treated with the above water tank, cyclone, etc. As it passes through, the above-mentioned contaminants and environmental hormones are removed, and clean water, clean water, clean air, etc. are discharged. See Figures 16 and 17.

In the present invention, for reinforcement, improvement, improvement, repair, etc. of materials, construction materials, mortar, cement, ready-mixed concrete, concrete, buildings, facilities, structures, etc., the materials, structures, buildings, or means are used; Among them, manufacturing, production, construction, construction, pouring, injection, construction, construction, injection, grouting, form, mold, form, ground, underground, underground, surface layer, ground; Before, during, or after any of the above manufacturing or grouting; Beams, beams, plates, stands, rods, pins, pipes, steel pipes, wires, rebars, steel frames, fibers, carbon, graphene, fibers, binders, solidifying agents, solidifying materials, hardening materials, reinforcing materials, earthquake-resistant materials, earthquake-resistant reinforcing materials, It is possible to use, use, input, inject, introduce, mix, mix, add, add, etc. the functional substances, the functional agents, etc. Examples of this include reinforced concrete in which reinforcing bars are added to concrete, fiber concrete in which fibers are added to concrete, carbon materials in which carbon is injected into the material, graphene structures in which graphene is introduced, and steel structures in which steel frames are used. .

In the present invention, providing, mounting, etc. means providing, mounting, configuring, installing, holding, mounting, fixing, attaching, holding, securing, using, using, provided inside, provided outside, mounted as a stand, provided on the inside, and on the outside. This includes equipment, mounting, etc. The values, specifications, sizes, percentages, parts by weight, etc. described in the present invention are appropriate values, optimal values, average values, highest values, lowest values, arbitrary values, etc. for the relevant matters, conditions, environments, substances, objects, etc.

In the present invention, the content, composition ratio, component ratio, etc. of one or more, two or more in 'one or more', 'two or more', etc. are 0 to 100%, weight, etc. of each of the components constituting 'one or more', 'two or more', etc. Parts, weight%, volume%, etc. For example, in the case of 'one or more of a, b, c, and d', or 'two or more of a, b, c, and d', the content, composition ratio, component ratio, etc. of each of a, b, c, and d are respectively 0 to 100 %, parts by weight, weight %, volume %, etc. For example, one or more of a, b, c, and d, or two or more of a, b, c, and d, etc. are 90% by weight of a and 10% of b, 80% by weight of a and 20% by weight of b, and 90% of a and b 10%, a 70% by volume and b 30% by volume, a 70% and b 10% and c 20%, a 40% by weight and b 40% by weight and c 20% by weight, a 60% and b 20% by weight and c It has the characteristic that any type of composition ratio is possible, such as 10% and 10% d, 10 parts by weight of a, 70 parts by weight of b, 10 parts by weight of c, and 10 parts by weight of d.

In the present invention, ~, to, etc. correspond to ~, to, from ~ to, etc. Examples of this include a to d, a to d, etc., which correspond to a to d, a to d, and a to d, that is, a, b, c, d, etc. In the present invention, ~ etc. corresponds to ~ etc., ~ etc., one of ~, one or more of ~, a combination of one or more of ~, etc. As examples of this, a, b, c, d, etc. are 1) a, b, c, d, etc., 2) a, b, c, d, etc., 3) one of a, b, c, d, 4) a, One or more of b, c, d, 5) a combination of one or more of a, b, c, d, etc. In α, α (random number), α×10^(-9)m, etc., α corresponds to a random number, a free number, 1 to 9, etc.

In the present invention, containing, including, etc. means a) containing, including, mixing, mixing, using, configuring, being provided; b) Contains, includes, mixes, mixes, uses, consists of, is provided with a certain percentage, weight part, volume part, weight%, volume%, multiple, multiple, certain weight part for the total 100 parts by weight, etc.; c) 0.001, 0.01, 1, 5, 10, 20, 25, 50, 75, 80, 90, 1∼99, 100, 10^(-10)∼10^(10), 10 to the power of -10 to 10 The 10th power of %, weight part, volume part, weight %, volume %, multiple, multiple, etc. are included, included, mixed, incorporated, used, composed, provided, etc. Examples of this include inclusion or inclusion of 0.01 times, 5% content, 10 parts by weight, 20 parts by volume, 25% by weight, 50% by volume, 1 to 99%, and 1 to 99 times. .

In the case where the indicated content, inclusion, etc. does not amount to 100%, 100% by weight, 100% by volume, 100 parts by weight, 100 parts by volume, etc., other substances are added to fill 100% to 100 parts by volume, etc. Other substances, b to others other than a above, can be contained, included, mixed, mixed, inserted, added, added, added, added, etc. An example of this is that in a-containing z, a-containing z, etc., when a does not reach the above 100% to 100 parts by volume, etc., the above b to others, etc. in addition to a are contained or added to satisfy the above 100% to 100 parts by volume, etc. This includes making sure that z becomes z. The above b to others can be any substance, material, element, material, or component.

The above relates to some of the contents, examples, etc. that can be implemented by the present invention, and as is well known, the scope of the present invention should not be construed as limited to the above contents, embodiments, etc., and the scope of the present invention should not be construed as limited to the above contents, embodiments, etc. Both the technical details of the invention and the technical details underlying it will be said to be included in the scope of the present invention.

1: Surface foundation 2: Top of tapered section foundation 3: Middle of tapered section foundation
4: Lower part of tapered section foundation 5: Tapered section foundation 6: Form 7: Construction materials
10, 11, 12: Construction equipment 20: Shaft, rod, screw
21: wing 23: bar, protrusion, protrusion 24: bit, excavation bit
30: Raw materials, binder 30': Vibrator, magnetizer, ozone machine, ozone machine with magnetized vibration
40: Structure 60: Storage 61: Hopper 62: Mixer
63: Pump 64: Hose 130: Seismic reinforcement

Claims (1)

As a means related to one or more of manufacturing, construction, construction, purification, and cleanliness,
A functional substance supplied from a functional group is used in the above means,
The functional group consists of a first functional group, a second functional group, a third functional group, and a fourth functional group,
The functional material is a mixture of the first functional material, the second functional material, the third functional material, and the fourth functional material,
Bacteria and contamination of the means are treated by the functional substance,
Magnetization is used in the above means,
or magnetization is used in the building,
The magnetization is created in a magnetizer,
An ozone group is placed in the magnetizer,
The ozone machine is an ozone machine in which a needle is placed on one side and spaced apart from a plate on the other side,
Ozonated water is generated in the ozonator,
The ozonator treats the means with ozone by vibrating,
The ozone machine is provided with an exciter,
The exciter is a magnetizer that generates a magnetic field while exciting,
Excited water is generated in the vibrator,
The vibrator treats ozone with the means,
A pulse pressure is generated during the excited ozone treatment,
The pulse pressure is generated by repeated supply and interruption of pressure,
The repetition of the supply and interruption of the pressure air is performed by repeatedly opening and closing the solenoid valve at time intervals timed by a timer in the pipe or venturi tube through which the pressure air provided from the compressor is introduced, and repeatedly adding and stopping the inflow. The supply and interruption of the pressurized air is repeated,
Pulse pressure is generated inside the pipe or venturi tube by repeated supply and interruption of pressure air flowing into the pipe or venturi tube,
A solenoid valve is connected to the pipe or venturi pipe,
The timer is linked to the solenoid valve,
The timer adjusts the opening and closing interval of the solenoid valve,
The supply or inflow of the pressure air is supplied or introduced into the pipe or venturi pipe by passing the solenoid valve in an open state by adjusting the timer,
The interruption of the pressure air means that the supply or inflow of the pressure air into the pipe or venturi tube is stopped by the solenoid valve in a closed state by adjusting the timer,
A magnetization exciter is provided in the exciter,
The magnetization exciter is a magnetization exciter composed of a magnetizer, an attachment plate thereof, and a magnetizer spaced apart from the attachment plate,
A magnetized ozone group is provided in the magnetized vibrator,
The magnetized ozone machine includes: a) a hollow magnetizer that generates a magnetic field; b) an inlet mounted at the front end of the magnetizer, a stand or vortex forming stand provided inside the magnetizer, a solenoid valve, venturi tube, and outlet sequentially mounted at the rear end of the magnetizer; c) sequentially in the middle of the venturi tube, the magnetizer's injector, check valve, solenoid valve', ozone inlet, ozone funnel, ozone generator, and high voltage generator; d) a pressure air inlet mounted on the ozone inlet, and a compressor mounted at a rear end of the pressure air inlet to supply pressure air; e) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; An elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the solenoid valve; f) a pipe mounted between the solenoid valve and the venturi pipe; A pipe mounted between the venturi pipe and the outlet; g) a pipe mounted between the injector and the check valve; a pipe mounted between the check valve and the solenoid valve; A pipe mounted between the solenoid valve and the ozone inlet; h) check valves and pumps sequentially mounted on the pipe; i) a timer for adjusting the opening and closing interval of the solenoid valve or solenoid valve'; j) a distribution board that supplies electricity to one or more of the valve, timer, ozone generator, and high voltage generator; k) a switch that controls the electricity supply; ℓ) wires, plugs, and outlets sequentially connected to the distribution board; m) a case where the a) magnetizer to k) switch are mounted; Device 1 is equipped with
The first functional group consists of one or more magnetizers, an attachment plate thereof, and one or more magnetizers spaced apart from the attachment plate,
The first functional material is a substance that passes through the first functional group or is produced from the first functional group,
The second functional group consists of a magnetizer, a core between the two, an outer coil surrounding the core, and a spacer plate spaced apart from the core and the magnetizer,
The second functional group is provided to be spaced apart from the first functional group,
The second functional material is a substance that passes through the second functional group or is produced from the second functional group,
The third functional group consists of a mounting plate, a magnetizer attachment plate mounted on the magnetizer, a magnetizer attached to the attachment plate, and an outer coil surrounding the magnetizer and the attachment plate,
The third functional group is provided spaced apart from the second functional group,
The third functional material is a substance that passes through the third functional group or is produced from the third functional group,
The fourth functional group is a complex in which the first device and the second device are linked so that the material flows into the first inlet of the first device, passes through the first device and the second device, and is discharged from the second outlet of the second device. It is a device,
The fourth functional group is provided spaced apart from the third functional group,
The fourth functional material is a substance discharged through the outlet of the second device,
The first device includes a) a hollow magnetizer that generates a magnetic field; b) a first inlet provided at the front of the hollow magnetizer; c) a first solenoid valve provided at a rear end of the hollow magnetizer, a first venturi tube provided at a rear end of the first solenoid valve, and a first outlet provided at a rear end of the first venturi pipe; d) a first injector provided in the middle of the first venturi pipe, a first check valve provided at a rear end of the first injector, a second solenoid valve provided at a rear end of the first check valve, and the second solenoid valve A first ozone inlet provided at the rear end of the first ozone inlet, a first ozone funnel provided at the rear end of the first ozone inlet, and a first ozone generator provided at the rear end of the first ozone funnel; e) a first high voltage generator that applies high voltage to the first ozone generator; f) a first timer for adjusting the first solenoid valve and the opening/closing interval of the first solenoid valve; It is a device equipped with
The material flowing into the first inlet of the first device passes through the hollow magnetizer, the first solenoid valve, the first venturi pipe, and the first outlet,
The first ozone generated from the first ozone generator is injected into the middle of the first venturi tube through the first ozone funnel, first ozone inlet, second solenoid valve, first check valve, and first injector,
The first ozone injected into the middle of the first venturi tube is injected into the material passing through the first venturi tube,
The material passing through the first outlet is the material into which the first ozone is introduced,
A vibration oscillator is provided in the magnetized ozone,
The vibration exciter includes: a) a hollow magnetizer that generates a magnetic field; b) an inlet mounted at the front end of the magnetizer, a stand or vortex forming stand provided inside the magnetizer, a Tee tube, Venturi tube, and outlet sequentially mounted at the rear end of the magnetizer; c) a check valve, solenoid valve, venturi pipe, pressure air inlet, and compressor generating pressure air sequentially mounted in the middle of the tee pipe; d) an injector, check valve', solenoid valve', ozone inlet, ozone funnel, and ozone generator sequentially mounted in the middle of the venturi tube; e) a high voltage generator that applies high voltage to the ozone generator; f) a hose mounted at the front of the inlet; A hose mounted at the rear end of the outlet; An elbow pipe mounted between the inlet and the magnetizer; An elbow pipe mounted between the magnetizer and the TE pipe; g) a pipe mounted between the TE pipe and the Venturi pipe; a pipe mounted between the venturi pipe and the outlet; h) a pipe mounted between the check valve and the solenoid valve; A pipe mounted between the solenoid valve and the venturi pipe; A pipe mounted between the venturi pipe and the pressure inlet; i) a pipe mounted between the injector and the check valve; A pipe mounted between the check valve and the solenoid valve; A pipe mounted between the solenoid valve and the ozone inlet; j) Check valves and pumps sequentially mounted on the pipe; k) a timer for adjusting the opening and closing interval of the solenoid valve or solenoid valve'; ℓ) A distribution board that supplies electricity to one or more of the valve, timer, ozone generator, and high voltage generator; m) a switch that controls the electricity supply; n) wires, plugs, and outlets sequentially connected to the distribution board; o) a case where the a) magnetizer to m) the switch are mounted; Device 2 is equipped with
The second device includes a) a hollow vibrator that generates vibration; b) a second inlet provided at the front end of the hollow vibrator; b) a TE pipe provided at the rear end of the hollow vibrator, a second Venturi pipe provided at the rear end of the TE pipe, and a second outlet provided at the rear end of the second Venturi pipe; c) a second check valve provided in the middle of the tee pipe, a third solenoid valve provided at the rear end of the second check valve, a third venturi pipe provided at the rear end of the third solenoid valve, and the third venturi pipe A compressor provided at the rear end of the pressure air inlet, which generates pressure air; d) a second injector provided in the middle of the second venturi pipe, a third check valve provided at the rear end of the second injector, a fourth solenoid valve provided at a rear end of the third check valve, and the fourth solenoid valve A second ozone inlet provided at the rear end of the second ozone inlet, a second ozone funnel provided at the rear end of the second ozone inlet, and a second ozone generator provided at the rear end of the second ozone funnel; e) a second high voltage generator that applies high voltage to the second ozone generator; f) A device equipped with a second timer that adjusts the opening and closing interval of the third and fourth solenoid valves,
The material that has passed through the first outlet of the first device flows into the second inlet of the second device,
The material flowing into the second inlet of the second device passes through the hollow vibrator, the Tee pipe, and the second venturi pipe and is discharged to the second outlet,
Pressure air generated from the compressor is injected into the middle of the TE pipe through the pressure air inlet, third venturi pipe, third solenoid valve, and second check valve,
The pressure injected into the middle of the TE pipe is applied to the material passing through the TE pipe,
The second ozone generated from the second ozone generator is injected into the middle of the second venturi pipe through the second ozone funnel, second ozone inlet, fourth solenoid valve, third check valve, and second injector,
The second ozone injected into the middle of the second venturi tube is injected into the material passing through the second venturi tube,
The material discharged through the second outlet is the material into which the first ozone, compressor, and second ozone are added,
The substance discharged from the second outlet of the second device is the fourth functional material,
A magnetization vibrator is provided in the vibration exciter,
The magnetization vibrator is a magnetization vibrator in which a magnetizer is provided on the side or rear end of the vibrator,
A vibrating ozone device is provided in the magnetization vibrator,
The vibrating ozone machine adjusts the opening and closing interval of the solenoid valve or solenoid valve' by the timer so that at least one of the pressure air and ozone passes through the inlet and outlet through the solenoid valve periodically or repeatedly according to the interval. It is introduced into a substance that
An ozone generator is provided in the vibrating ozone machine,
The excitation ozone machine discharges substances containing pressure and ozone supplied from the device through a hose connected to the outlet,
A magnetization vibration exciter is provided in the excited ozone unit,
The magnetization vibration vibrator treats the passing material by flowing the magnetic field provided from the magnetizer of device 1 or device 2 and ozone supplied through the ozone inlet into the material passing through the inlet and outlet,
A magnetization vibration ozone device is provided in the magnetization vibration exciter,
The magnetized vibrating ozone device is provided with an ozone device in the case of device 1 or device 2,
A vibrating ozone device is provided in the magnetized vibrating ozone device,
The vibrating ozone machine has a vibrator mounted on a hose mounted on the outlet,
A magnetization vibration ozone device is provided in the vibration ozone device,
The magnetized vibration ozone generator is a combined device of device 1 and device 2, where the outlet of device 1 is linked to the inlet of device 2,
The above means include equipment, devices, drones, materials, materials, and facilities,
The above equipment, devices, drones, materials, and materials are used in the manufacture, construction, purification, and creation of the facility,
The equipment is equipped with the device and the drone,
The equipment manufactures the materials, materials, or creates the facilities,
The device purifies the equipment, drones, materials, materials, facilities, manufacturing plants, and construction sites,
The drone moves one or more of the equipment, devices, materials, materials, facilities, manufacturing plants, construction sites, and purification sites, or two or more of the following,
The material contains the material,
The material is contained in the material,
The materials and materials are manufactured by the equipment,
The above materials are used in the construction of the above construction and facilities,
The materials are used in the manufacturing, construction, purification, manufacturing of materials, and construction of facilities,
The facility is created by the construction, equipment, devices, drones, materials, and materials,
The manufacturing includes material manufacturing and material manufacturing,
The above purification includes cleansing, cleaning, washing, cleaning, sterilization, disinfection, antibacterial, sterilization, aeration, reaction, coagulation, precipitation, filtration, greening, cleaning, removal of bacteria, decontamination, removal of contaminants, removal of contaminants, removal of pathogens, removal of dust. , dust removal, fine dust removal, bacteria removal, virus removal, environmental hormone removal, sick house syndrome material removal, formaldehyde removal, germ treatment, contamination treatment, dust treatment, dust treatment, ozone radiation, negative ion radiation, magnetic field radiation, far-infrared radiation. , aeration agent injection, reactive agent injection, purification agent injection, coagulant injection, adsorbent injection, collector injection, cleaning agent injection, purifying agent injection, disinfectant injection, disinfectant injection, antibacterial agent injection, sterilization agent injection, or the above cleaning or sterilizing agent injection. Two or more of the mills are sequentially included;
In the above construction, a) construction, building, construction, storage, input, mixing, mixing, pumping, pressurization, transport, transportation, supply, assembly, rebar assembly, pouring, concrete pouring, pouring into form, pouring into form, laying, concrete Placing, pouring ready-mixed concrete into formwork, injection, injection into formwork, underground injection, vertical injection, inclined injection, deep injection, injection, injection into cracks, injection by injection, grouting, ground grouting, geothermal grouting, steel pipe grouting, milk grouting, comb Faction grouting, cement grouting, SGR (space grouting rocket) grouting, JSP (jumbo special pattern) grouting, underground grouting, injection, chemical injection, crack injection, repair injection, waterproofing injection, injection, injection into form, injection into mold, Filling, cavity filling, crack filling, joint filling, sink hole filling, filling, uneven filling, filling, back filling, spraying, water spraying, ground spraying, spraying on slopes, spraying, pasting, spraying, shot cretting, green earth work. , seed spray, greening spray, paving, ground paving, ground paving, slope paving, ground paving, road paving, paving, paving, soil paving, road paving, sidewalk paving, asphalt paving, product packaging, mixing, rotation mixing, centrifugal Mixing, mixing in a bucket, ground mixing, underground mixing, deep mixing, deep cement mixing, ground agitation mixing, DCM (deep cement mixing), compaction, ground compaction, ground compaction, agitated compaction, pavement compaction, concrete compaction, curing, water Curing, steam curing, air curing, concrete curing, autoclave curing, curing, ready-mixed concrete curing, protection, surface protection, slope protection, repair, repair, crack repair, waterproofing repair, water leak repair, joint repair, reinforcement, surface reinforcement, ground Reinforcement, crack reinforcement, slope reinforcement, improvement, ground improvement, improvement, repair, maintenance, management, interior, exterior, reconstruction, earthquake resistance, dust proofing, vibration suppression, disaster prevention, anti-corruption, insect proofing, rust prevention, rust prevention, anti-corrosion, electrical anti-corrosion, corrosion. Anticorrosion, waterproofing, water blocking, water retention, water repellent, blocking, mud blocking, water blocking, restoration, crack restoration, damage restoration, sinkhole restoration, restoration, sinkhole restoration, healing, crack healing, structure healing, mounting, installation, attachment, mounting, Fixing, lamination, placement, placement, nailing, tacking, lining, cotton lining, tunnel lining, interior, remodeling; b) Construction of any one of the above storage or remodeling; the storage or lining of materials or materials; The storage or remodeling of materials or material use; is included, or two or more of the above storage or remodeling are sequentially included,
The above means, equipment, devices, drones, materials, materials and facilities are used to purify, purify, sweep, wash, wash, sterilize, disinfect, antibacterial, sterilize, aerate, react, flocculate, settle, filter, green, remove bacteria, and decontaminate. , contaminant removal, contamination source removal, pathogen removal, dust removal, dust removal, fine dust removal, bacteria removal, virus removal, environmental hormone removal, sick house syndrome material removal, formaldehyde removal, germ treatment, contamination treatment, dust treatment, dust treatment , ozone radiation, negative ion radiation, magnetic field radiation, far-infrared radiation, aeration agent injection, reactive agent injection, purifying agent injection, coagulant injection, adsorbent injection, collector injection, cleaning agent injection, purifying agent injection, disinfectant injection, disinfectant injection, antibacterial agent injection, One or two or more of the disinfectant sprays are selected,
The means, equipment, devices, drones, materials, materials, and facilities have one or more sequential functions selected from the purification and disinfectant spraying,
The above means, equipment, devices, drones, materials, materials, facilities a) drugs, drugs, drugs, pigments, glazes, sulfuric acid, hydrochloric acid, nitric acid, carbon agents, nano agents, activators, coagulants, cleaning agents, purifying agents, purifying agents, Aeration agent, reactive agent, adsorbent, collector, sterilant, disinfectant, antibacterial agent, disinfectant, foaming agent, foaming agent, expanding agent, water-stop agent, waterproofing agent, water repellent, plasticizer, admixture, additive, solidifying agent, heat insulating agent, anti-seismic agent, silicate agent , chemicals, chemicals, chemical materials, acidic agents, alkaline agents, surfactants, carbon dioxide, calcium hydroxide, sodium hydroxide, aluminum sulfate, ferrous sulfate, ferric chloride, zero-valent metals, zero-valent agents, antioxidants, ultraviolet stabilizers. , sunscreen; b) a combination of two or more of the above drugs or sunscreens; c) the above-mentioned drugs or combinations of drugs; d) said agent or complex treated with a magnetizer; e) the above-described medicaments or complexes containing materials treated with a magnetizer; f) the agent or compound that purifies contamination of the material by the agent; One selected from among them is used,
The above means, equipment, devices, drones, materials, materials, and facilities a) microorganisms, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, useful microorganisms, aerobic microorganisms, anaerobic microorganisms, halophilic microorganisms, aerobic microorganisms, collagen, keratin , syndecan, integrin, elastin, Bacillus, cereus, subtilis, pasteuri, bacillus subtilis, bioase, biofluid, biogel, biosil, bioseal, biobond, biofilm; b) a composite of two or more of the above microorganisms or biofilms; c) bio-type microorganisms or complexes; d) the above microorganisms or complexes treated with a magnetizer; e) the above microorganism or complex containing a material treated with a magnetizer; f) the microorganism or complex that fills the pores or cracks of the material by multiplying the population of microorganisms by the bio-type; One selected from among them is used,
The device purifies, purifies, cleans, washes, washes, sterilizes, disinfects, antibacterial, sterilizes, aerates, reacts, coagulates, settles, filters, greens, removes bacteria, decontaminates, removes contaminants, removes contaminants, removes pathogens, and removes dust. , dust removal, fine dust removal, bacteria removal, virus removal, environmental hormone removal, sick house syndrome material removal, formaldehyde removal, germ treatment, contamination treatment, dust treatment, dust treatment, ozone radiation, negative ion radiation, magnetic field radiation, far-infrared radiation. , aeration agent injection, reactive agent injection, purification agent injection, coagulant injection, adsorbent injection, collector injection, cleaning agent injection, purifying agent injection, disinfectant injection, disinfectant injection, antibacterial agent injection, disinfectant injection, or two or more of the following. It is a device that does,
The drone may include a) a drone transporting the equipment, a drone transporting the device, a drone transporting the material, a drone transporting the material, a drone transporting the facility; b) or a tank, an inlet or hopper mounted on the top of the tank, a wing mounted on the inside of the tank, an outlet or hose mounted on the bottom of the tank, a means for rotating the wing, and a pump sequentially connected to the tank. , a drone equipped with one or more of the nozzles; c) a drone that performs the construction, a drone that performs the purification, a drone that manages the construction, a drone that manages the purification, a drone used in the construction, a drone used in the purification; It is one of the
The above equipment includes a) storage unit (60), reservoir, hopper (61), feeder, adder, mixer (62), kneader, mixer, calciner, incinerator, pump (63), pressurizer, conveyor, feeder, hose (64), injector, shaft (20), rod (20), pouring machine, sprayer, nozzle (25), nozzle with collision plate and expansion cone (25), mixing machine, laying machine, packaging machine, compactor, form (6) ), hydration machine, reactor, curing machine, caking machine, hardening machine, demolding machine, dryer, powder machine, liquefaction machine, slurry machine, nanoizer, grinder; b) Materials are stored, put, added, kneaded, mixed, fired, incinerated, pumped, pressurized, transported, transported, supplied, injected, poured into a mold, poured into a mold, sprayed, sprayed on a slope, injected, or into a crack. The storage or dryer that performs one of injection, grouting, underground grouting, mixing, underground mixing, laying, packaging, compaction, hydration, reaction, curing, consolidation, hardening, demolding, and drying; c) the storage or dryer that performs one of the storage and drying of materials; d) the hopper or crusher associated with the storage unit or reservoir; e) a backhoe (10), an auger, a vehicle, an excavator, a boring machine, a crane, a crane, an excavator, or a means of transportation (10) connected to one of the storage units or crushers; f) a boom (13) of one of the backhoes or means of transportation; Arm (14) of the boom; A cradle hitch (15) mounted on the front end (15) of the arm, a rotation means (16) mounted on the front end of the arm; g) a wing (21) mounted on one of the axle, rod, and backhoe; h) a protrusion (23) mounted on one of the shaft, rod, and wing; i) a nozzle (25) for spraying material or binder mounted on one of the shaft, rod, and wing, and a bit (24) for excavation; j) a tip bit provided at the tip of the shaft or rod; k) a bit hole (25) formed in the bit through which material or binder is sprayed; ℓ) the reservoir or bit hole equipped with a magnetizer or vibrator; m) the storage or transportation means linked to a drone; n) Equipment, devices, instruments, devices, equipment, facilities, equipment, tubes, pipes, injectors, sprayers, pourers, manufacturing equipment, which are equipped with or provided with one of the storage or means of transportation, Construction equipment, purification equipment; o) Backhoes, augers, excavators, boring machines, cranes, cranes, excavators belonging to the above construction equipment; p) or the above manufacturing equipment, the above construction equipment, the above purification equipment; is included, or two or more of the storage or purification equipment are sequentially included,
The above equipment; Its inner surface, inner surface, inner surface, inner circumference, outer surface, outer circumference, periphery, one end, both ends, tip, inlet, outlet, inlet, outlet, hollow part, spaced part, connection part, connecting means, connecting pipe; At least one of them is equipped with a multifunction device,
In the equipment, the wing is one of a wing, a variable wing, a single wing, a double wing, a protrusion forming wing, and a wing provided on a bucket mounted on the backhoe,
In the above wings, the variable wings are two or more wings of different lengths,
In the above wings, single wings are two or more wings mounted on one side of the shaft or rod,
In the above wings, both wings are two or more wings mounted on both sides of the shaft or rod,
The magnetizer is a vibrator that vibrates while magnetizing a material or generating a magnetic field,
The vibrator is a magnetizer that generates a magnetic field while vibrating,
The complex includes a magnetization vibrator, a magnetization excitation device, a magnetization ozone device, a vibration excitation device, a vibration ozone device, an excitation ozone device, a magnetization vibration excitation device, a magnetization vibration ozone device, a vibration excitation ozone device, and a magnetization vibration excitation ozone device,
The above facilities include residential, industrial, repair, earth, underground, bridge, passage, landscaping, environmental, play, foundation, agricultural, earthquake-resistant, and other uses; Combined use of two or more of these; facilities are included,
The above residential facilities include a) rooms, walls, houses, living rooms, kitchens, entrances, pillars, walls, buildings, houses, houses, Korean houses, Western-style houses, buildings, apartments, parking lots, restrooms, residential-commercial complexes, apartment facilities, apartment buildings, residential buildings complex building; b) or the above room or a residential-commercial complex containing one of the red clay room, cypress room, phyton room, red clay cypress room, and red clay phyton room; This includes,
In the room, wallpaper, wall materials, boards, materials, red clay water, red clay materials, mixtures, pastes, plastering materials, flooring, flooring, flooring materials, ceiling materials, and finishing materials containing red clay are used,
a) the wallpaper or finishing materials on the walls in the room; b) the wallpaper or finishing material on the upper wall; c) Cypress ruba on the lower wall; d) Cypress roof bar on the ceiling, the board, and the ceiling material; e) insulation on the floor; f) hose to the floor or top of the insulation; g) a heat conduction plate on the top of the hose; h) h1) flooring, flooring, or red clay board on top of one of the floor, insulation, hose, and heat conduction plate; h2) or the above flooring, flooring, materials, flooring, and finishing materials; i) a heater, chiller, boiler, cold/heater, heater, air conditioner, water heater, chiller, cooler, cold/hot water machine that supplies or circulates one or more of hot water, cold water, and cold/hot water to the hose; j) the supply or circulation pump, total pump, circulation pump; k) wires, plugs, outlets, and power supply means for one of the heaters and circulation pumps; Includes a room in which one or more of the sequentially selected ones are installed,
The above industrial facilities include shops, offices, steel towers, chimneys, fences, landfills, power plants, houses, silos, commercial buildings, thermal power plants, nuclear power plants, coal yards, cement factories, office buildings, power plant buildings, and landfills,
The hydraulic facilities include dams, weirs, embankments, rivers, streams, waterways, quays, harbors, wharves, water docks, estuaries, breakwaters, seawalls, reservoirs, reservoirs, cutoff walls, reaction walls, retention ponds, retention tanks, and artificial reefs,
The earth retaining facilities include retaining walls, masonry, embankments, slopes, ground, earth retaining walls, underground walls, earth retaining walls, slurry walls, underground continuous walls, and reinforced earth retaining walls,
The above-mentioned underground facilities include tunnels, culverts, underground ducts, gas outlets, common outlets, single outlets, power outlets, communication outlets, sewer pipes, water pipes, gas pipes, subways, underpasses, basements, underpasses, underground boxes, underground facilities, and underground tanks. , underground lines, underground spaces, underground parking lots, underground facilities, underground structures, pipelines, and underground pipelines,
The bridge facilities include bridges, piers, abutments, overpasses, bridges, land bridges, river bridges, and marine bridges,
The above-mentioned traffic facilities include roads, roads, roads, sidewalks, sidewalks, agricultural roads, forest roads, railroads, tracks, pavements, pavements, runways, operating roads, navigation roads, soundproof walls, soundproof tunnels, and bicycle paths,
The landscaping facilities include pavilions, parks, flower beds, creeks, artificial walls, shade houses, landscaping plants, and landscaping facilities,
The environmental facilities include aeration tanks, reaction tanks, flocculation tanks, sedimentation tanks, filtration tanks, discharge tanks, screening facilities, crushing facilities, separation facilities, water treatment facilities, and soil treatment facilities,
The above recreational facilities include tracks, courts, stadiums, baseball fields, soccer fields, basketball courts, golf courses, playgrounds, dome stadiums, playgrounds, grass fields, jogging courses, running tracks, playground tracks, tennis courts, and marathon courses,
The above foundation facilities include foundations, piles, piers, caissons, reinforced foundations, earthquake-resistant foundations, underground foundations, underground foundations, building foundations, structure foundations, underground injection foundations, poured underground foundations, grouting foundations, ground improvement foundations, underground grouting foundations, Includes underground edge foundation, underground deformable foundation, underground column foundation, surface foundation, surface foundation, surface mat foundation, composite foundation composed of underground foundation and surface foundation, and composite foundation composed of underground foundation and surrounding ground,
The agricultural facilities include farm buildings, plant farms, urban farms, building farms, and container farms,
The above earthquake-resistant facilities include walls, beams, doors, windows, columns, interiors, exteriors, walls, interior walls, exterior walls, floors, ceilings, slabs, between floors and floors, between floors and ceilings, between floors and rooftops, At least one of the following: between floor and slab or between slab and slab.
Beam, stand, rod, plate, steel frame, girder, grid, H beam, I beam, sheet, mat, net, crossbeam, stringer, arch material, reinforcement, reinforcement plate, carbon plate, bracket, frame, platform, bracing, carbon sheet , carbon mat, carbon net, reinforcement sheet, reinforcement mat, reinforcement net, cantilever material, earthquake-resistant reinforcement, L-type reinforcement, I-type reinforcement, H-type reinforcement, T-type reinforcement, ×-type reinforcement, □-type reinforcement, X bracing, steel. It is a facility in which one or two or more of the reinforcement materials consisting of brackets, steel frames, steel platforms, steel bracing, bolt hole forming reinforcements, upper and lower flanges and intermediate webs are installed,
The above other facilities include temporary facilities, facilities, temporary facilities, earthquake-proof facilities, dust-proof facilities, disaster prevention facilities, fire prevention facilities, coating facilities, and photocatalyst coating facilities,
The above-mentioned other facilities include works, constructs, buildings, constructions, civil engineering works, buildings, constructions, landscaping, sculptures, sculptures, environmental objects, structures, steel structures, assemblies, prefabricated buildings, prefabricated structures, steel structures, bricks. Includes structures, earthquake-resistant structures, disaster prevention structures, anti-seismic structures, ground structures, underground structures, underground structures, underwater structures, aerial structures, underground space structures, cement structures, concrete structures, reinforced concrete structures, and structures on the upper part of the foundation,
The above materials include a) common materials, building materials, civil engineering materials, landscaping materials, basic materials, earthquake-resistant materials, and segment materials; Two or more of these are composite materials; or b) or lime, plaster, cement, bitumen, asphalt, mortar, ready-mixed concrete, asphalt, binder, solidifying material, cementing material, hardening material, paste, plaster, concrete, dry mortar, mortar in bags, ready mixed. mortar, powder-type building materials, slurry-type building materials, unhardened building materials; A composite material of two or more of the lime or building materials; includes,
The above common materials include beams, rods, stands, plates, tubes, cardboard, planks, plywood, sheets, boards, mats, templates, molds, panels, boards, scaffolding, materials, building materials, building materials, construction materials, civil engineering materials, building materials. , landscaping materials, interior materials, exterior materials, paving materials, road materials, sidewalk materials, green soil, green soil, landscaping soil, formwork, earthquake-resistant materials, earthquake reinforcement and earthquake-resistant materials, gypsum materials, cement materials, asphalt materials, concrete materials, reinforced concrete materials, construction. Materials, construction materials, building materials, civil engineering materials, landscaping materials, construction materials, civil engineering materials, building materials, landscaping materials, manufacturing materials, construction materials, coating materials, photocatalyst coating materials, cement secondary products, Remital secondary products, ready-mix concrete 2 Car products, asphalt secondary products, asphalt secondary products, prefabricated materials, prefabricated materials, prefabricated building materials, reinforced concrete materials RC (reinforced concrete) materials, PC (pre cast) materials, PS (pre or post stress) materials, PSC (pre or post stress concrete) materials, hardened building materials, building materials hardened after curing, building materials hardened after hydration reaction and curing, building materials hardened after hydration reaction, pozzolanic reaction and curing; Two or more of these are composite materials; includes,
The above building materials include walls, doors, domes, doors, gates, windows, windows, wallpaper, flooring, wall materials, floors, plumbing, toilets, bidets, panels, glass, entrances, tiles, bricks, blocks, tiles, walls, partitions, Girders, columns, chassis, ducts, ducts, pipes, conduits, tanks, boxes, curtains, partitions, slabs, interior panels, exterior panels; Two or more of these are composite materials; includes,
The above civil engineering materials include Hume pipes, conduits, pipes, waterways, culverts, boxes, tanks, manholes, water tanks, curbs, water collection wells, cover plates, brace plates, reinforcing plates, boundary stones, separators, waterways, U-shaped pipes, drains, sewer pipes, and water pipes. , lattice block, slope block, reinforcement block, reinforced earth block, sewage culvert, rainwater culvert, retention box, underground box, storage box, plume pipe, clay pipe, cement pipe, concrete pipe, retention tank, sump tank, rainwater retention tank, rainwater retention tank, Tetrapot, mixing material, injection material, embankment material, filler material, filling material, filling material, spraying material, laying material, packaging material, compaction material, waterproofing material, water blocking material, water permeable material, permeable material, filtering material, absorbent material, collection material, injection material, grouting material , shotcrete material, green soil material, spray material, seed spray material; Two or more of these are composite materials; includes,
The landscaping materials include decks, pavilions, lawns, packaging materials, artificial turf, artificial turf, wooden decks, and synthetic wood,
The above basic materials include foundations, piles, piers, caissons, reinforced foundations, earthquake-resistant foundations, factory piles, embedded foundations, driving foundations, rotary embedded foundations, cast-in-place piles, caissons, foundation caissons, breakwater caissons, and PHC (prestressed high-strength concrete). )Piles, underground foundations, underground grouting foundations, geothermal piles, geothermal piers, geothermal caissons, energy piles, energy foundations, piles with built-in geothermal circulation pipes; Two or more of these are composite materials; includes,
The tunnel materials include liners, linings, lining materials, tunnel liners, tunnel linings, waterproofing materials, and shotcrete materials,
The above earthquake-resistant materials include beams, bars, rods, plates, steel frames, girders, grids, H-beams, I-beams, sheets, mats, nets, crossbeams, stringers, arch materials, reinforcements, reinforcing plates, carbon plates, brackets, frames, platforms, Bracing, carbon sheet, carbon mat, carbon net, reinforcement sheet, reinforcement mat, reinforcement net, cantilever material, earthquake-resistant reinforcement, L-type reinforcement, I-type reinforcement, H-type reinforcement, T-type reinforcement, ×-type reinforcement, □-type reinforcement, X bracing, steel bracket, steel frame, steel platform, steel bracing, bolt hole forming reinforcement, reinforcement consisting of upper and lower flanges and middle web; Two or more of these are composite materials; includes,
The segment materials include segments, segment materials, tunnel segments, TBM (tunnel boring machine) tunnel segments, shield tunnel segments, bridge segments, bridge deck segments, building segments, assembly segments, liner segments, lining segments, and tunnel lining segments. ,
The above materials include functional materials, functional agents, functional materials, functional materials, mineral materials, reinforcing materials, plant materials, gas materials, waste materials, collection materials, catalyst materials, bad products materials, resin materials, and nutrients. Includes nano-type materials, nano-type materials, bio-type materials, ion-type materials, earthquake-resistant materials, functional materials, functional agents, functional materials, and functional materials.
The above functional substances include a) a hydration reaction agent that includes the hydration reaction of CaO + H ₂ O = Ca(OH) ₂ , and the hydration and solidification reaction of 2Na ₂ SiO ₃ + H ₂ O → Na ₂ Si ₂ O ₅ + 2NaOH. hydration-setting agent, silica agent containing alumina of Al ₂ O ₃ , catalyst containing TiO ₂ , sol-gel agent whose solification or gelation is activated by H ₂ O, collector of adsorbent minerals containing SiO ₂ , Mg ( OH) ₂ + CO ₂ → MgCO ₃ + H ₂ A carbonating agent containing the carbonation reaction of O, a by-product agent formed by the Fe oxidation reaction, and a growth agent whose population increases by decomposition of microorganisms; b) a combination of two or more of the above hydration reaction agent or population growth agent; includes,
Due to the hydration reaction agent or composite agent, hydration reaction occurs in the material or the material, hydration solidification reaction occurs, alumina reaction of Al ₂ O ₃ occurs, photocatalytic reaction of TiO ₂ occurs, solification or gelation, contamination adsorption, contamination collection, Carbonation reaction occurs, oxidation reaction occurs, population increase due to microbial decomposition, sterilization of contamination in the material by the photocatalytic reaction, expansion or increase in adhesion of the material by the gelation, absorption of surrounding CO ₂ by the carbonation reaction or the material Increased strength, color change or volume expansion of the building material due to the oxidation reaction, and filling of voids or cracks in the material due to the increase in number,
The above functional agents include a) eco agent containing a purifying agent, nano agent containing α×10^(-9)m size particles or nano metal, green agent containing seeds, red clay agent containing red clay, carbon agent containing carbon, reinforcing agent containing fiber, fiber containing fiber. agent, a bond agent containing a bond, a binder with a binding function, a solidifying agent with a solidifying function, a phyton agent containing plants or phytoncides, a bio agent containing plants or microorganisms, a smart agent containing resin, a recycling agent containing by-products, and a incubator equipped with a vibrator or magnetizer. Cultured microorganisms, earthquake-resistant agents with earthquake-resistant functions; b) a combination of two or more of the above-mentioned echo agents and anti-seismic agents; includes,
The eco agent or composite agent purifies the material or the material from contamination, generates a nano reaction by including nanoparticles, greening by seeds, far-infrared ray radiation by red clay, reinforcement by carbon, reinforcement by fiber, and by fiber. Reinforcement, improved adhesion by bond, improved bonding by binder, solidification by solidifying agent, greening by plants, sterilization of contamination by phytoncide, population growth by microorganisms, hardening by resin, recycling of by-products, promoting cultured Decomposes microorganisms and develops earthquake resistance,
The above functional materials include a) eco-material containing charcoal, nano-material containing nano-iron, green material containing sawdust, red clay material containing iron, carbon material containing nanocarbon, earthquake-resistant material containing geopolymer, and fiber containing nanofiber. Phyton materials containing ash, plants or phytoncide, bio-materials containing plants or microorganisms, smart materials containing latex; b) a composite material of two or more of the eco-materials and smart materials; includes,
The eco-material or composite material collects contamination from the material or the material is charcoal, oxidation reaction by nano-iron or acceleration of the reaction, inclusion of wood powder in sawdust, oxidation reaction by iron, far-infrared radiation by red clay, nanocarbon. Reinforcement by geopolymer, strength improvement by geopolymer, seismic function release by earthquake-resistant material, improvement of micro-crack reinforcement function by nanofiber, improvement of reinforcement function by fiber material, greening by plants, contamination sterilization by phytoncide, protection against microorganisms proliferation of individuals, strength is reinforced by latex,
The above functional substances include a) water, water, liquid, oil, powder, medicine, sol, gel, paste, porridge, ball, sphere, pill, Eggs, alcohol, phosphorus, charcoal, soil, stones, jade, stone, chips, arrowroot, sulfur, salt, mugwort, leaves, flowers, seeds, yam, rice, bran; b) a composite of two or more of the above water to bran; This includes,
The above mineral materials include a) soil, soil, stone, white clay, clay, red clay, granite, sand, minerals, tailings, ore, rocks, rock dust, vermiculite, stone, pearlite, stone powder, ceramic, silica, silica fume, fire, etc. Clay, sandstone, apatite, dolomite, magnetite, elvanite, granite, kaolin, germanium, perlite, smectite, dolomite, bentonite, zeolite, vermiculite, attapalgite, montmorillonite; b) a composite of two or more of the above soil and montmorillonite; This includes,
The above reinforcing materials include a) iron, rod, beam, frame, scrap iron, copper, metal, wire, rebar, steel frame, grid, wire, cation, anion, fiber, mesh, mesh, iron powder, iron piece, iron chip, steel rod, grid , FRP, fiber, steel fiber, nylon, graphene, vinylon, binder, adhesive, plastic, glass fiber, carbon fiber, FRP fiber, polyester, aramid fiber, polyethylene fiber, polypropylene fiber, PVA (polyvinyl alcohol) fiber, wire. mesh; b) a composite of two or more of the iron or wire mesh; This includes,
The above plant materials include a) seeds, plants, trees, roots, stems, seeds, fruits, radishes, pears, persimmons, apples, grapes, cabbage, vegetables, grains, starch, starch, rice straw, rice husk, resin, bamboo, pine, Fir, pine tree, lignin, pine tree, pine tree, fir tree, cedar tree, cypress tree, phytoncide, cypress tree; b) a composite of two or more of the above seeds to cypress trees; This includes,
The gaseous materials include a) air, gas, oxygen, hydrogen, nitrogen, carbon, ozone, air bubbles, foam, and steam; b) a composite of two or more of the above air or vapor; This includes,
The above waste materials include a) ash, waste dust, iron powder, stone dust, dust, shells, sludge, slime, slag, by-products, waste, shells, oyster shells, clam shells, waste concrete, waste tires, waste glass, waste vinyl, waste Rubber, waste molding sand, waste plastic, waste lime, waste gypsum, waste fiber, kiln dust; b) a composite of two or more of the ash and kiln dust; This includes,
The above collection materials include a) charcoal, catalyst, enzyme, catalyst, enzyme, carbon, graphite, charcoal, wood chips, wood flour, sawdust, fiber, rice husk, carbon, wood chips, oyster shell, activated carbon, filter cloth, sponge, peat moss; b) a composite of two or more of the above charcoal and peat moss; c) the above charcoal or composite having a collection function; This includes,
The catalyst materials include a) catalyst, positive catalyst, subcatalyst, photocatalyst, TiO ₂ , ZnO, CdS, ZnS, GaP, CdSe, CdTe, SnO ₂ , Nb ₂ O ₅₃ , KTaO ₃ , MoSe ₂ , ZnSCdSe, Ni-K ₄ Nb ₆ O ₁₇ , ZrO ₂ SrTiO ₃ ; b) a composite of two or more of the above catalysts to ZrO ₂ SrTiO ₃ ; c) the above catalyst having a catalytic function to ZrO ₂ SrTiO ₃ ; This includes,
The above-mentioned harmful materials include a) drugs, drugs, drugs, pigments, glazes, sulfuric acid, hydrochloric acid, nitric acid, carbon agents, nano agents, activators, coagulants, cleaning agents, purifying agents, water purifying agents, aeration agents, reactive agents, adsorbents, and collectors. , sterilizers, disinfectants, antibacterial agents, disinfectants, foaming agents, foaming agents, expanding agents, water repellents, waterproofing agents, water repellent agents, plasticizers, admixtures, additives, solidifying agents, heat insulators, earthquake resistant agents, silicate agents, chemicals, chemicals, chemicals, Acidic agents, alkaline agents, surfactants, carbon dioxide, calcium hydroxide, sodium hydroxide, aluminum sulfate, ferrous sulfate, ferric chloride, zero-valent metals, zero-valent agents, antioxidants, ultraviolet stabilizers, sunscreens; b) a combination of two or more of the above drugs or sunscreens; This includes,
The above resin materials include a) rubber, resin, urethane, urea, epoxy, acrylic, uracil, latex, binder, monomer, oligomer, artificial resin, polymer resin, ion exchange resin, geopolymer, geotextile, cellulose, Polylactic acid, hemicellulose, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyethylene (EPE), anthracite, SAP (super absorbent polymer), CMC (carboxymethyl cellulose), acrylic urethane, hydraulic acrylic, Hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, silica, silica sol, silica gel, activated silica, microsilica, hybrid silica, acrylic emulsion, acrylate, acrylamide natural resin; b) a composite of two or more of the above rubber and acrylamide natural resins; This includes,
The above nutritional ingredients include a) calcium, potassium, sulfur, phosphoric acid, glucose, amino acids, vitamins, nutrients, minerals, organic substances, ginseng, ginseng, wild ginseng, red ginseng, fresh ginseng, liquid ginseng, angelica root, licorice, sophora, kudzu root, gilgyeong, deodeok , turmeric, cow hwang, rhubarb, perilla seed, cinnamon, astragalus, jujube, deer antler, sycamore, cucumber, bellflower root, round root, Cassia chinensis, goji berry, Schisandra chinensis, Cornus officinalis, nutritional supplements, nutrients, germanium, collagen, glucosamine, magnesium, grape seed oil, chlorella; b) a complex of two or more of the calcium to chlorella; This includes,
The above nano-type materials include a) nano-materials, nano-materials, nano-metals, nano-iron, nano-silver, nano-tungsten, nano-titanium, nano-carbon, nano-carbon, nano-gold, nano-platinum, nano-activated carbon, nanometer-sized materials, 10 ^- material measuring ⁹ m, material measuring 10 ^-6 to ^{10 -12} m; b) a composite of two or more of the nanomaterials or materials; c) nanomaterials or composites of nanometer-sized nanometers; This includes,
The above biomaterials include a) microorganisms, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, Aspergillus, useful microorganisms, aerobic microorganisms, anaerobic microorganisms, halophilic microorganisms, aerobic microorganisms, collagen, keratin, syndecan, integrin, elastin, Bacillus, Cereus, subtilis, pasteury, bacillus subtilis, bio agent, bio liquid, bio gel, bio seal, bio seal, bio bond, bio film; b) a composite of two or more of the above microorganisms or biofilms; This includes,
a) C, H, O, N, S, K, P, F, Ca, Mg, Si, Fe, Al, Na, Cu, Zn, Pb, Cr, Cd, OH, COO, MgO , CaO, K ₂ O, Na ₂ , SiO ₂ , Al ₂ O ₃ , Fe ₂ O ₃ , CaSi, CaMg, CaFe, CaMe, CaCOO, MgFe, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe , MgFeCOO, CaMgFeMe, CaMgFeCOO, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- containing, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- combined, CaMgFeMeCOO, made of CaMg, made of CaFe, made of CaMe, Made of CaCOO, MgFe, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe, MgFeCOO, CaMgFeMe, CaMgFeSi, CaFeMgSi, CaMgFeCOO, CaFeMgSiPolymer, Ca, Made of Fe·Mg·Si·Polymer, agent containing Ca·Fe·Mg·Si·Polymer, agent containing Ca ⁺² Mg ⁺² Fe ⁺² Si ⁺ , agent containing Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- Agent, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- binder, CaMgFeMeCOO agent; b) a composite of two or more of the above C to CaMgFeMeCOO agents; This includes,
The COO is one of COO, COO ^- , COOH, COONa, CH ₃ COOH, C ₆ H ₅ COOH, HCOOH, CH ₃ COOCH ₃ , C ₂ H ₅ OCOH, a carboxyl group,
The above earthquake-resistant materials include a) beams, bars, rods, plates, steel frames, girders, grids, H-beams, I-beams, sheets, mats, nets, crossbeams, stringers, arch materials, reinforcements, reinforcing plates, carbon plates, brackets, frames, Platform, bracing, carbon sheet, carbon mat, carbon net, reinforcement sheet, reinforcement mat, reinforcement net, cantilever material, earthquake-resistant material, earthquake-resistant material, earthquake-resistant reinforcement, A-type reinforcement, I-type reinforcement, H-type reinforcement, T-type reinforcement, ×-type reinforcement, □-type reinforcement, b) a composite material of two or more of the beams and reinforcements; includes,
The functional material has a) a low particle size of 1 to 100 ㎛, a medium particle size of ㎜, and a high particle size of ㎝, b) a low specific gravity of 0.1 to 0.5, a low to medium particle size of 0.51 to 1.0, and a high particle size of 1.1 to 1.5. medium specific gravity, medium specific gravity of 1.51~2.0, high specific gravity of 2.1~3.0, c) low powder fineness of 100~1,000㎠/g, medium/low powder fineness of 1,001~2,000㎠/g, 2,001~5,000㎠/g It is a material with a medium powder degree, a medium powder degree of 5,001 to 7,000 ㎠/g, and a high powder degree of 7,001 to 10,000 ㎠/g,
The functional agent is applied at one of the following pressures: low pressure of 1 to 50 kg/cm2, low to medium pressure of 51 to 100 kg/cm2, medium pressure of 101 to 200 kg/cm2, medium pressure of 201 to 300 kg/cm2, and high pressure of 301 to 600 kg/cm2. It is a material supplied or poured,
The functional material has 1) one of strength, compressive strength, tensile strength, and shear strength: low strength of 1 to 50 kg/cm2, low to medium strength of 51 to 100 kg/cm2, medium strength of 101 to 150 kg/cm2, and 151 to 200 kg/cm2. , high strength of 201∼400kg/㎠m, 2) low density of 0.1∼0.5t/㎥, low to medium density of 0.51∼1.0t/㎥, medium density of 1.1∼1.5t/㎥, 1.51∼2.0t. /㎥ medium density, 2.1∼3.0t/㎥ high density, 3) low permeability with permeability coefficient of 10^(-15∼-10)㎝/sec, 10^(-9∼-6)㎝/sec Low to medium permeability, medium permeability of 10^(-5∼-3)㎝/sec, medium permeability of 10^(-2∼+1)㎝/sec, medium permeability of 10^(+2∼+5)㎝/sec It is a material with high permeability,
The above functional substances have a specific gravity of 0.7 to 2.0, moisture content of 20 to 40%, moisture absorption of 25 to 40%, no heavy metals detected or less than 0.1 mg/kg of heavy metals, no hazardous substances detected or less than 0.1 mg/kg of hazardous substances, and no VOCs detected or VOC 0.1mg/kg or less, PAHs (polycyclic aromatic hydrocarbons) not detected or PAHs 0.1mg/kg or less, total phthalate plasticizer content not detected or total phthalate plasticizer content 0.1% or less, melting point or melt temperature 130∼1,300℃, constant 100℃ temperature at a distance of 55∼65℃, odor deodorization rate calculated as (100 - (final odor concentration/initial odor concentration) x 100)% 30∼100%, (100 - (final contamination) It is a material that satisfies one or more of the contamination purification rates of 30 to 100% calculated as (concentration/initial contamination concentration) × 100)%,
The above mortars include: a) dry mortar, wet mortar, red clay mortar, lime mortar, gypsum mortar, resin mortar, air mortar, earthquake-proof mortar, dust-proof mortar, damping mortar, foam mortar, foam mortar, expanded mortar, lightweight mortar. , medium weight mortar, heavy mortar, cement mortar, fiber mortar, bio mortar, lightweight foam mortar, asphalt mortar, phytoncide mortar, mixture of sand and cement, mixture of sand, cement and water, dried in bags. Mortar, a mixture of sand and cement packed in bags, mortar sold in bags, mortar treated with vibration, mortar with vibrating treatment, mortar with magnetization treatment, mortar with magnetization vibration treatment; b) a mixture of 30 to 43 parts by weight of cement, 35 to 45 parts by weight of SiO ₂ and 0.05 to 0.1 parts by weight of a dispersant; c) a mixture of 35-60% by weight of cement, 28-55% by weight of fine aggregate, 5-20% by weight of by-products, 1.98-11% of calcium carbonate, 0.01-2% by weight of fluidizer, and 0.01-2% by weight of thickening agent; d) 25-45 parts by weight of binder, 30-75 parts by weight of sand, 1-5 parts by weight of slag, 0.02-0.2 parts by weight of anti-foaming agent, 0.1-2 parts by weight of fluidizing agent, 1-10 parts by weight of by-products, and 0.1-1 part by weight of admixture. mixture of wealth; Mortar treated with magnetizer; Mortar containing a material treated with a magnetizer, eco-mortar containing the eco agent; e) composite mortar of two or more of the above; This includes,
The above cement includes a) red clay cement, lime cement, gypsum cement, resin cement, earthquake-proof cement, dust-proof cement, vibration-proof cement, foamed cement, foamed cement, expanded cement, lightweight cement, medium-weight cement, heavy cement (Heavy duty) cement, lime cement, fiber cement, bio cement, lightweight foam cement, asphalt cement, phytoncide cement, basic cement, magnesia cement, hydraulic cement, Portland cement, alumina cement, blast furnace cement, silica cement, slag cement, ply. Ash cement, expansive cement, colored cement, acid-resistant cement, sulfuric acid-resistant cement, medium heat cement, early strength cement, low heat cement, white cement, quick-setting cement, early strength cement, white cement, Korean-Chinese cement, acid-resistant cement, Portland cement, alumina Cement, cement packed in bags, cement in tanks, cement with a density of 2.5 to 3.2 g/cm ³ , cement with a fineness of 3,000 to 3,400 cm ² /g, cement with main ingredients CaO, SiO ₂ and Al ₂ O ₃ , Eco cement containing the above eco agent; b) or 50 to 70 parts by weight of CaO, 10 to 30 parts by weight of SiO ₂ , 3 to 10 parts by weight of Al ₂ O ₃ , 1 to 4 parts by weight of MgO, and 1.5 to 5 parts by weight of Fe ₂ O ₃ , 0.5 to 4 parts by weight of SO ₃ , 0.1 to 2.5 parts by weight of TiO ₂ , 0.1 to 1 part by weight of K ₂ O, and 0.1 to 0.5 parts by weight of Na ₂ O, and a cement with a fineness of 2500 to 5000 cm^2/g; c) composite cement of two or more of the above; includes,
The alumina cement contains 40 to 55 parts by weight of Al ₂ O ₃ , 30 to 45 parts by weight of CaO, 3 to 10 parts by weight of SiO ₂ , 0.5 to 2 parts by weight of MgO, and 0.5 parts by weight of Fe ₂ O ₃ based on alumina cement or 100 parts by weight of the total. It is a cement containing ~3 parts by weight, 0.1-2 parts by weight of SO ₃ , and 0.01-1 part by weight of TiO ₂ ,
The above ready-mixed concrete includes mixed ready-mixed concrete, yellow clay ready-mixed concrete, lime ready-mixed concrete, gypsum ready-mixed concrete, resin ready-mixed concrete, earthquake-resistant ready-mixed concrete, dust-proof ready-mixed concrete, vibration-proof ready-mixed concrete, foam ready-mixed concrete, foamed ready-mixed concrete, expanded ready-mixed concrete, lightweight ready-mixed concrete, heavy-duty ready-mixed concrete, Heavy ready-mixed concrete, cement ready-mixed concrete, fiber ready-mixed concrete, bio-ready-mixed concrete, lightweight foam ready-mixed concrete, asphalt ready-mixed concrete, phytoncide ready-mixed concrete, ready-mixed concrete, concrete ready-mixed concrete, ready mixed concrete, factory-produced ready-mixed concrete, vibration-treated ready-mixed concrete, vibrating-treated ready-mixed concrete , ready-mixed concrete treated with magnetization, ready-mixed concrete treated with magnetization vibration, ready-mixed concrete treated with a magnetizer, ready-mixed concrete containing a material treated with a magnetizer, eco-ready-mixed concrete containing the eco agent, and composite ready-mixed concrete of two or more of the above,
The above asphalt concrete includes red clay asphalt, lime asphalt, gypsum asphalt, resin asphalt, earthquake-resistant asphalt, dust-proof asphalt, vibration-proof asphalt, foam asphalt, foam asphalt, expanded asphalt, lightweight asphalt, medium-heavy asphalt, and heavy asphalt. ) Asphalt concrete, cement asphalt, fiber asphalt, bioasphalt, lightweight foam asphalt, asphalt asphalt, phytoncide asphalt, asphalt concrete, asphalt containing stone dust, asphalt used as paving material, vibration treated asphalt, vibrating asphalt, magnetized asphalt, Asphalt treated with magnetized vibration, mixture of 20 to 60 parts by weight of asphalt, 10 to 50 parts by weight of aggregate, and 10 to 50 parts by weight of stone dust, asphalt treated with a magnetizer, asphalt containing materials treated with a magnetizer, and eco containing the above-mentioned eco agent. Asphalt, including composite asphalt of two or more of the above,
The asphalt is a) a residue remaining after evaporation of volatile oils from bitumen, pitch, asphalt, crude oil or petroleum; b) or asphalt containing one or more of hydrogen, carbon, nitrogen, sulfur, oxygen; It is one of the
The above concrete includes ready-mix concrete, asphalt concrete, earthen concrete, soil concrete, fiber concrete, mixed concrete, red clay concrete, lime concrete, gypsum concrete, resin concrete, earthquake-resistant concrete, dust-proof concrete, vibration-proof concrete, foamed concrete, foamed concrete, expanded concrete, and sulfur. Concrete, plain concrete, reinforced concrete, carbon concrete, lightweight concrete, medium-heavy concrete, heavy-heavy concrete, cement concrete, fiber concrete, bio-concrete, lightweight foam concrete, asphalt concrete, phytoncide concrete, Latex concrete, graphene concrete, massato concrete, polymer concrete, geopolymer concrete, LMC (latex modified concrete), SRC (steel reinforced concrete), CRC (carbon reinforced concrete), RC (reinforced concrete), CC (carbon concrete), GC (graphene concrete), PC (precast concrete), PS (prestressed, poststressed), PSC (prestressed concrete, poststressed concrete), concrete produced in a factory, concrete produced in an on-site plant, concrete treated with a magnetizer, magnetizer Concrete containing the treated material, eco-concrete containing the eco agent, and composite concrete of two or more of the above are included,
The above paste includes slurry, red clay paste, lime paste, gypsum paste, resin paste, earthquake-proof paste, dust-proof paste, vibration-absorbing paste, foam paste, foaming paste, expanding paste, light paste, medium-heavy paste, heavy paste. Contains heavy paste, cement paste, fiber paste, bio paste, lightweight foam paste, asphalt paste, phytoncide paste, mixture of water and lime, mixture of water and cement, paste treated with magnetizer, material treated with magnetizer Paste, eco paste containing the above eco agent, and a composite paste of two or more of the above are included,
The above plasters include a) red clay plaster, lime plaster, gypsum plaster, resin plaster, earthquake-proof plaster, dust-proof plaster, vibration-absorbing plaster, foam plaster, foam plaster, expanded plaster, lightweight plaster, medium-weight plaster, heavy-weight plaster. (Heavy duty) plaster, cement plaster, fiber plaster, bioplaster, lightweight foam plaster, asphalt plaster, phytoncide plaster, dolomite plaster, plaster containing fired product of ore containing calcium, containing fired product of ore containing magnesia plaster; b) or a mixture of two or more of gypsum, lime, water, sand and fiber, plaster treated with a magnetizer, plaster containing a material treated with a magnetizer, ecoplaster containing the above-mentioned eco agent, composite plaster of two or more of the above. includes,
The above red clay includes a) silicon-containing red clay, calcium-containing red clay, iron-containing red clay, resin-containing red clay, microorganism-containing red clay, stone powder-containing red clay, herbal medicine-containing red clay, photocatalyst-containing red clay, earthquake-resistant material-containing red clay, and pozzolanic agent-containing red clay; b) Red clay with a particle size of 0.005 mm or less in 10% or less, and 0.02 mm or more in size in 10% or less; c) 45 to 65 parts by weight of SiO ₂ , 3 to 18 parts by weight of CaO, 5 to 14 parts by weight of Al ₂ O ₃ , 1 to 7 parts by weight of MgO, and 1 to 5 parts by weight of Fe ₂ O ₃ Red clay containing three or more of 0.5 to 1.7 parts by weight of FeO, 0.1 to 1.5 parts by weight of CaCO ₃ , 0.01 to 1.3 parts by weight of TiO ₂ , and 0.01 to 1.0 parts by weight of MnO; includes,
The above tailings include: a) mining by-products, worthless parts remaining after separating necessary minerals from ore, residue remaining after metal is extracted from ore, and residue generated during the iron-making process of smelting iron; b) 20 to 70 parts by weight of Ca content, 30 to 60 parts by weight of Si content, 1 to 20 parts by weight of Al content, 1 to 15 parts by weight of Mg content, and 2 to 20 parts by weight of Fe content, based on a total of 100 parts by weight. Tailings containing three or more parts by weight; includes,
The clay includes a) sea clay, land clay, and soil with a content of 0.074 mm or less of 90% or more; b) 40 to 70 parts by weight of SiO _{2 ,} 13 to ₂₈ parts by weight of Al ₂ O 3 , 3 to 13 parts by weight of Fe ₂ O ₃ , 0.3 to 1.5 parts by weight of CaO, 0.3 to 3 parts by weight of MgO, Clay containing 0.3 to 1 part by weight of TiO ₂ ; includes,
Vermiculite that expands when heat is applied to the vermiculite, a mineral belonging to the monoclinic system, a mineral with a crystal structure like mica, a clay mineral composed of hydroxide silicates of aluminum, magnesium and iron, the volume increases 5 to 15 times when heated at 700 to 1000 ° C. increasing vermiculite; b) 30 to 48 parts by weight of SiO ₂ , 5 to 20 parts by weight of Al ₂ O ₃ , 0.3 to 1.5 parts by weight of CaO, 8 to 28 parts by weight of MgO, 3 to 20 parts by weight of Fe ₂ O ₃ , Vermiculite containing 0.1 to 1 part by weight of SO ₃ , 0.1 to 1 part by weight of TiO ₂ , 4 to 8 parts by weight of K ₂ O, and 0.1 to 0.5 parts by weight of Na ₂ O; This includes,
The ash includes a) coal ash, briquette ash, incineration ash, power plant ash, bottom ash, and fly ash; b) 50 to 65 parts by weight of SiO ₂ , 10 to 30 parts by weight of Al ₂ O ₃ , 2 to 10 parts by weight of CaO, 1 to 3 parts by weight of MgO, 1.5 to 8 parts by weight of Fe ₂ O ₃ , 0.1 to 1 part by weight of SO ₃ , 0.1 to 1.5 parts by weight of TiO ₂ , 0.5 to 3 parts by weight of K ₂ O, and 0.2 to 0.8 parts by weight of Na ₂ O are ash; includes,
The stone dust includes a) stone dust, crushed stone dust, quarry stone dust, concrete stone dust, and construction waste stone dust; b) 50 to 60 parts by weight of SiO ₂ , 15 to 25 parts by weight of Al ₂ O ₃ , 0.3 to 1 part by weight of CaO, 0.5 to 2 parts by weight of MgO, 2.5 to 3.5 parts by weight of Fe ₂ O ₃ , Stone dust containing 1.5 to 3 parts by weight of FeO, 0.1 to 0.4 parts by weight of P ₂ O ₅ , 0.01 to 0.1 parts by weight of MnO, 0.5 to 2.5 parts by weight of K ₂ O, and 0.3 to 0.7 parts by weight of Na ₂ O; This includes,
The above elvans include a) rocks belonging to porphyry, elvans mixed with quartz and feldspar, elvans whose main components are silicic acid anhydride and aluminum oxide, elvans that emit far-infrared rays, and elvans with 30,000 to 150,000 pores per 1 cm3; b) 60 to 75 parts by weight of SiO ₂ , 10 to 18 parts by weight of Al ₂ O ₃ , 1 to 3 parts by weight of CaO, 2 to 5 parts by weight of MgO, 0.5 to 2 parts by weight of Fe ₂ O ₃ , Elvan stone containing 0.8 to 2.3 parts by weight of FeO, 0.1 to 0.4 parts by weight of P ₂ O ₅ , 0.1 to 0.5 parts by weight of TiO ₂ , 2 to 4 parts by weight of K ₂ O, and 2 to 4 parts by weight of Na ₂ O; This includes,
In the above kaolin, a) kaolin, a mineral with a composition of Al ₂ O ₃ ·2SiO ₂ ·2H ₂ O, a mineral with a composition of Al ₂ O ₃ ·SiO ₂ ·4H ₂ O, and feldspar in the rock undergo weathering. Consisting of white or gray clay; b) 35 to 50 parts by weight of SiO ₂ , 30 to 55 parts by weight of Al ₂ O ₃ , 0.1 to 2 parts by weight of CaO, 0.01 to 0.4 parts by weight of MgO, 0 to 0.5 parts by weight of Fe ₂ O ₃ , Kaolin containing 0.3 to 1 part by weight of TiO ₂ and 0.001 to 0.2 parts by weight of K ₂ O; This includes,
The bentonite includes a) clay composed mainly of volcanic ash, calcium bentonite, sodium bentonite, water-swelling bentonite, and monmorillo nite minerals; b) 55 to 75 parts by weight of SiO ₂ , 10 to 25 parts by weight of Al ₂ O ₃ , 0.5 to 5 parts by weight of CaO, 1 to 8 parts by weight of MgO, 1 to 3 parts by weight of Fe ₂ O ₃ , Bentonite containing 0.1 to 2 parts by weight of K ₂ O and 0.5 to 8 parts by weight of Na ₂ O; c) bentonite containing the SiO ₂ /Al ₂ O ₃ ratio of 2.2 to 7.5, a montmorillonite content of 70 meq/100 g or more, and satisfying the hydrogen ion concentration of the suspension of 7 to 11; includes,
The zeolites include a) natural zeolites, artificial zeolites, synthetic zeolites, zeolites with adsorption properties, and natural and synthetic silicate minerals with regularly arranged cavities having a size of 3 to 10 Å; b) 60 to 78 parts by weight of SiO ₂ , 10 to 20 parts by weight of Al ₂ O ₃ , 0.5 to 5 parts by weight of CaO, 0.5 to 4 parts by weight of MgO, 0.1 to 5 parts by weight of Fe ₂ O ₃ , Zeolite containing 0.5 to 4 parts by weight of Na ₂ O, 0.1 to 0.5 parts by weight of TiO ₂ , and 1 to 3 parts by weight of K ₂ O; includes,
To the above silica fume, a) silica fume containing SiO ₂ , silica fume containing 60 to 90 parts by weight of SiO ₂ , SiO ₂ contained in waste gas generated when manufacturing silicon (Si), ferrosilicon (FeSi) or silicon alloy, is added to the dust collector. Silica obtained by collection and filtration; b) 60 to 90 parts by weight of SiO ₂ , 0.5 to ₂ parts by weight of Al ₂ O 3 , 0.5 to 2 parts by weight of CaO, 0.1 to 1 part by weight of MgO, 1.5 to 3 parts by weight of Fe ₂ O ₃ , Silica fume containing 0.1 to 1 part by weight of SO _{3 ,} 0.1 to 1 part by weight of TiO ₂ , 0.1 to 2 parts by weight of K ₂ O, and 0.1 to 0.5 parts by weight of Na ₂ O; includes,
_{CaO + H 2 O → ​ ​} Ca(OH) ₂ ; CaO + CO ₂ → CaCO ₃ ; Ca(OH) ₂ + CO ₂ → CaCO ₃ + H ₂ O; MgO + H ₂ O → Mg(OH) ₂ ; MgO + CO ₂ → MgCO ₃ ; Mg(OH) ₂ + CO ₂ → MgCO ₃ + H ₂ O; K ₂ O + CO ₂ → K ₂ CO ₃ ; Na ₂ O + CO ₂ → Na ₂ CO ₃ ; CaO + SiO ₂ → CaSiO ₃ ; MgO + SiO ₂ → MgSiO ₃ ; Fe + O ₂ → FeO; 2Fe + O ₂ → Fe ₂ O ₃ ; FeO + Fe ₂ O ₃ → Fe ₃ O ₄ ; Ca(OH) ₂ + SiO ₂ + H ₂ O → CaO·SiO ₂ ·2H ₂ O; Mg(OH) ₂ + SiO ₂ + H ₂ O → MgO·SiO ₂ ·2H ₂ O; Ca(OH) ₂ + Al ₂ O ₃ + H ₂ O → CaO·Al ₂ O ₃ ·2H ₂ O; Mg(OH) ₂ + Al ₂ O ₃ + H ₂ O → MgO·Al ₂ O ₃ ·2H ₂ O; Means characterized in that the reaction of