KR20220112715A - Decomposer, incubator, electrolyzer, sterilizer, discharger, pulse generator, microbial fuel cell, composite equipment - Google Patents

Abstract

The present invention to a decomposer, an incubator, an electrolyzer, a sterilizer, a discharger, a pulser, a complex machine, a microbial fuel cell, and the like for: a) a magnetizer, a vibrator, an exciter, a vibrating magnetizer; b) substances, materials, magnetized materials, vibrating materials, excitable materials, composite materials having passed through one of them; and c) a device, equipment, a screw, a reservoir, a mixer, a pipe, a pourer, an injector, a compactor and the like for any of the same.

Description

Decomposer, Incubator, Electrolyzer, Sterilizer, Discharger, Pulser, Composite Machine, Microbial Fuel Cell {Decomposer, incubator, electrolyzer, sterilizer, discharger, pulse generator, microbial fuel cell, composite equipment}

The present invention provides a decomposer, an incubator, an electrolyzer, a sterilizer, a discharger, a pulser, a multifunction device, a microbial fuel cell (MFC); the equipment, devices, methods, techniques in which they are used; about etc.

In the meantime, devices such as decomposers, incubators, electrolyzers, sterilizers, dischargers, multifunction devices, and microbial fuel cells (MFC) have been devised. They have functions such as decomposition, material decomposition, microbial decomposition, electrolysis, sterilization, and electric discharge.

Looking at the prior art for the device, the decomposers are 20-0297554, 20-0402741, 20-0403414; The incubator is 10-1787455, 10-2016-0109352, 10-0913775; Electrolyzer 10-1971423, 20-0479472; Sterilizers are 10-1466227, 10-1852224, 20-0470126; Dischargers 20-1982-0002635, 10-1978933; Pulser 20-1997-0000304, 10-0626606, 10-0889790; Microbial fuel cell (MFC) is 10-2013-0153637, 10-2009-0113864, 10-2095999; etc. were found to be present.

In order for the device to have various functions in addition to the above functions, if efforts have been made in the meantime, many technologies, methods, and devices have been developed. It would be very beneficial if a technology having various functions in which the device is used or a technology equipped with a special device approached from a new perspective were developed.

In order to improve the above proposals and problems, in the present invention, a decomposer, an incubator, an electrolyzer, a sterilizer, a discharger, a pulser, a multifunction device, and a microbial fuel cell (MFC) having functions such as magnetization, vibration, excitation, ozone treatment, anion treatment, etc. ) and so on.

In order to solve the above problems, the present invention provides a) a magnetizer, a vibrator, a vibrator, an ozone group, an anion group, a composite device, a vibrating magnetizer; b) Substances, materials, magnetized substances, vibrating substances, vibrating substances, and composites that have passed through one of them; c) tubes, plates, rods, shafts, rods, blades, devices, equipment, screws, reservoirs, mixers, pipes, pourers, injectors, compactors in which one of the above is used; We intend to devise decomposers, incubators, electrolyzers, sterilizers, dischargers, pulsers, multifunction devices, microbial fuel cells (MFCs), etc.

The present invention provides a decomposer, an incubator, an electrolyzer, a sterilizer, a discharger, a pulser, a multifunction device, a microbial fuel cell (MFC), etc. having functions such as magnetization, vibration, excitation, ozone treatment, and anion treatment. the decomposer or microbial fuel cell; Decomposition products, cultures, electrolytes, sterilization products, discharge products, pulse products, and complexes; Magnetization, vibration, excitation, ozone, anion, rotation, rotational force, decomposition, electrolysis, aeration, sterilization, discharge, magnetic field treatment, vibration treatment, excitation treatment, ozone treatment, anion treatment, decomposition treatment, electrolytic treatment, aeration treatment, It provides effects such as sterilization treatment, electric discharge treatment, or the like.

1 is a schematic diagram of a vibrator, a magnetizer, a vibrator, a magnetizer, a magnetizer, a magnetizer, a magnetizer, and a vibrator according to the present invention;
2 is a schematic diagram of a vibrator, a magnetizer, a vibrator, a magnetizer, a vibrator, a magnetizer, a magnetizer, and a vibrator according to the present invention;
3 and 4 are schematic views showing a pulse machine, a sterilizer, a multifunction machine, an ozone machine, a compressed air generator, and the like according to the present invention.

In the present invention, claim 1 relates to a specific multifunction device, and includes a decomposer, an incubator, an electrolyzer, a sterilizer, a discharge machine, a pulser, and a microbial fuel cell sequentially mounted on the multifunction device. The decomposer decomposes the material, the incubator culture the microorganisms, the electrolyzer electrolyzes, the sterilizer sterilizes, the discharger electric discharge, the pulser generates a pulse, and the microbial fuel cell generates electricity. A magnetizer, a vibrator, a vibrator, an ozone group, and an anion group are sequentially provided in the multifunction device.

The decomposer is a first container, a positive electrode and a negative electrode spaced apart from each other while mounted inside the first container, an ion film mounted between the positive electrode and the negative electrode, an electric wire connected to the positive electrode and the negative electrode, a storage battery or power supply connected to the electric wire It consists of a feeder, a heater mounted on the first container, an inlet of the first container, an outlet of the first container, and a supply line for supplying air or oxygen to the first container.

The incubator is provided with the first container or supply line, materials and microorganisms are introduced into the first container, heat by the heater is applied to the first container, and the first container is fed to the first container by the supply line. Air, oxygen and nutrients are input, and H ₂ and O 2 are generated from the anode in the first container by the application of electricity to the electric wire, and O ₂ is generated from the cathode, the microorganism is decomposed or cultured, and H ₂ by the decomposition or culture , O ₂ , CO ₂ , CH ₄ , microorganisms, proliferating microorganisms, cultured microorganisms, bio-water, bio-liquid, and biogas are generated.

The electrolyzer comprises: a) an electrolyzer; b) the positive electrode, the negative electrode, and the electrolyte added to the electrolytic cell; c) an ion film disposed between the anode and the cathode; d) wires, plugs, outlets, and power supplies sequentially connected to the electrodes; e) the electrolyte in which electricity is applied to the electrode to be electrolyzed; f) H ⁺ , OH ^- , H ₂ , O ₂ , CO ₂ , Cl ₂ , HOCl, NaOCl, OH radicals, ions, iron ions, metal ions, bubbles, gas, fresh water, salt-concentrated water, the electrolytic cell in which at least one of acidic water, alkaline water, hypochlorite, and hypochlorous acid is generated; is composed of

The sterilizer includes: a) a second container, an inlet and an outlet of the second container, a screen and a fan mounted on the inlet, and a filter mounted on the outlet; b) a heater mounted inside the second container, wheels or moving means of the second container, and a pusher or handle of the second container; c) a hose, a nozzle, and a sprayer sequentially mounted on the outside of the outlet; d) a venturi tube mounted in the middle of the second container; e) an injector, a check valve, a solenoid valve, a hose, and a compressor sequentially mounted on the outside of the venturi tube; f) a timer for adjusting the opening/closing interval of the solenoid valve; g) Light, heat, steam, pressure, medicine, drug, sterilizer, disinfectant, ozone, anion, ultraviolet, infrared, far-infrared, LED light, plasma, sterilizing gas, sterilizing air, mounted inside and outside the second container one or more devices or lamps emitting one or more of; h) the second container or lamp coated with a photocatalyst; i) the heater or lamp for sterilizing materials or objects inside and outside the second container; j) an electric wire, a plug, an outlet, and a power supply sequentially connected to one of the second containers or lamps; is composed of

The discharge device includes: a) a discharge vessel; b) the electrode put into the discharge vessel; c) a wire, a plug, an outlet, and a power supply sequentially connected to the discharge passage electrode; d) the electrode to which electricity is applied through the electric wire to generate one of a discharge, an electric discharge, and a corona discharge; e) the electrode generating ozone by the discharge, the electrode generating negative ions, and the discharge vessel to which dust is attached.

The pulser includes: a) a hollow body (36, 37) equipped with a magnetizer; b) an inlet 72 mounted on the front end of the hollow body; c) a cradle 112 provided inside the hollow body; d) a tee pipe 75, a first venturi pipe 77, and an outlet 78 mounted sequentially on the rear end of the hollow body; e) the first check valve 91, the first solenoid valve 92, the second venturi tube 77, the pressure inlet 103, the pressure Compressor 105 for generating (壓气); f) Concentrating ozone generated from the injector 93, the second check valve 91, the second solenoid valve 92, and the ozone generator sequentially mounted in the middle of the first venturi pipe to the second solenoid valve ozone inlet 94 , ozone funnel 95 , ozone generator 96 ; g) a high voltage generator 99 for applying a high voltage to the ozone generator; h) a first hose 71 mounted on the front end of the inlet; i) a second hose 79 mounted on the rear end of the outlet; j) a first L storage 73 mounted between the inlet and the hollow body; k) a second L storage 74 mounted between the hollow body and the T-pipe; ℓ) a first pipe 76 mounted between the T-E tube and the first venturi tube; m) a second pipe 76 mounted between the first venturi pipe and the outlet; n) a third pipe 76 mounted between the first check valve and the first solenoid valve; o) a fourth pipe 76 mounted between the first solenoid valve and the second venturi pipe; p) a fifth pipe 76 mounted between the second venturi tube and the pressure inlet; q) a sixth pipe 76 mounted between the injector and the second check valve; r) a seventh pipe 76 mounted between the second check valve and the second solenoid valve; s) an eighth pipe 76 mounted between the second solenoid valve and the ozone inlet; t) a third hose, a third check valve 91, a pump 63, and a storage 60 sequentially mounted on at least one of the inlet to the eighth pipe; u) a timer 98 for adjusting the opening/closing interval of the first solenoid valve and the second solenoid valve; v) a switchboard 97 for supplying electricity to at least one of the first solenoid valve, the second solenoid valve, a timer, an ozone generator, and a high voltage generator; w) a switch 100 for controlling the supply of electricity; x) a wire, a plug 10, an outlet 11, and a power supply sequentially connected to the switchboard; y) a case 102 on which at least one of the hollow body and the power supply is mounted; is provided.

The microbial fuel cell may include: a) materials, waste, sludge, wastewater, and organic matter input to the anode part of the third container; b) H ⁺ , CO ₂ , electrons (e ^- ) generated from the anode; c) the H ⁺ directed to the cathode part through the ion film mounted between the anode part and the cathode part of the third container; d) H ₂ O formed by the combination of the H ⁺ and O ₂ in the external inlet air in the negative electrode part; e) the electrons (e ⁻ ) flowing through a wire connected to the positive electrode mounted on the positive electrode and the negative electrode mounted on the negative electrode; f) electricity generated by the flow of the electrons (e ⁻ ); g) a storage battery for storing the electricity; At least one of these is a used battery.

The magnetizer is a magnetizer that generates a magnetic field. The vibrator includes a case 90, a stator 91 mounted inside the case, a rotor 92 connected to the stator, a rotating shaft 93 of the rotor, and an asymmetrical rotating body 94 mounted on the rotor or the rotating shaft. ), the vibrator 80 ( FIG. 2A ) provided with the case 90 vibrating by the rotation of the rotating body 94 . The vibrator is a magnetized vibrator that excites. The magnetization vibrator includes: a) a first magnetizer 81; a first attachment plate 68 to which the first magnetizer is attached; a second magnetizer 81 spaced apart from the first attachment plate; A magnetization vibrator (FIG. 2b) consisting of, b) a third magnetizer 81; a core (65) mounted between two of the third magnetizers; a coil 66 mounted on the outer periphery of the core; a separation plate 67 mounted while being spaced apart from the core and the third magnetizer; A magnetized vibrator consisting of (FIG. 2d), c) a mounting plate 69 and; a second attachment plate 68 mounted on the mounting plate; a fourth magnetizer 81 attached to the second attachment plate; a coil (66) mounted on the outer periphery of the fourth magnetizer and the second attachment plate; A magnetized vibrator (FIG. 2c), consisting of a selected one. The ozone device is spaced apart from a first plate and has a needle mounted on the other side, and electricity is supplied to the first plate and the needle, and ozone is generated by the supply of electricity. The anion group is an anion group spaced apart from the hollow formed in the second plate so that the brush faces, electricity is supplied to the second plate and the brush, and electricity is supplied to the second plate and the brush to generate negative ions.

Any material may be used in the present invention. A pulse material is contained in the material, and the pulse material is a material in which pressure is injected at regular intervals and shocks applied at regular intervals are included. A composite is included in the material, and the composite is a composite composed of ozone water, anionic water, electrolyte, and sterilizing material. The ozone water is a material that has passed through an ozone group, the anion material is a material that has passed through an anion group, the electrolyte is a material that has passed through an electrolyzer, and the sterilizer is a material that has passed through a sterilizer. The complex is supplied from a multifunction device, and the multifunction device is composed of an ozone group, an anion group, an electrolyzer, and a sterilizer mounted sequentially. The ozone group is to emit ozone, the anion group is to emit anions, and the electrolyzer is an electrolyzer. The composite includes ozonated, anionized, and sterilized materials.

Certain equipment may be used in the present invention. A storage for storing the material in the equipment, a feeder for putting the material into a mixer, a mixer for mixing the material, a presser for pressing the material, a conveying pipe for conveying the material, a pouring machine for pouring the material, the An injector for injecting a material, an injector for injecting the material into the ground, a grouter for grouting the material into the ground, a mixer for mixing the material with the ground, a compactor for compacting the material, a vibrator for vibrating the material, the A curing device for curing the material may be included.

Contents, sentences, paragraphs, paragraphs, words, terms, contents, etc. described in or in the claims of the present invention, each claim, summary book, drawings, contents of the invention, effects of the invention, specific contents for carrying out the invention, etc. are interchangeable , exchange, read, write, insert, quote, apply, use, change, transform, delete, remove, etc. are possible. As an example, a part of the content of claim 1 is described in claim 2, a part of the specific content for implementing the invention is described in claim 1, a part of the effect of the invention is described in claim 2, and a part of the specific content for carrying out the invention is inserted into claim 1, some contents of claim 1 are deleted, and some contents of specific contents for implementing the invention are inserted.

The vibrator or vibrator 80 includes a) a vibrator, a vibrator, an oscillator, a vibrator, a vibrator, a vibrator, an oscillator; b) a vibrator, magnetizer, vibrator, exciter, vibrator, vibrator, vibrator, magnetizer that generates or excites vibration; c) or the case 90, the stator 91 inside the case, the rotor 92 connected to the stator, the rotor rotating shaft 93, the bearings provided above and below the rotating shaft, the bearing mounted inside the case , a vibrator 80 provided with at least one of the rotating body 94 or asymmetric rotating body 94 mounted on the rotor or the rotating shaft, and the case 90 vibrating by the rotation of the rotating body; See Figure 2a. d) a magnetization vibrator 82 having a magnetizer 81 in one of the case or the rotating body; e) e1) the vibration 85 is generated, e2) the excitation or vibration; before, during, after, simultaneous, anterior, middle, posterior, same point, separation point; A magnetic field 86 by an exciter or vibrator is generated in at least one of e3) the magnetic field 86; before, during, after, simultaneous, anterior, middle, posterior, same point, separation point; a vibrator, a magnetizer, an exciter, an excitation magnetizer, a magnetizer, a vibrator, and a magnetization vibrator 80, 81, 82; f) a multifunction device in which two or more of the vibrator and magnetized vibrator are combined; etc. are applicable.

The magnetizer 81 includes: a) a magnetizer; b) a magnetizer, a vibrator, a vibrator, an excitation magnetizer, a magnetized vibrator, a vibrating magnetizer, a magnetized vibrator that generate a magnetic field; c) or the magnetizer or magnetizer generating one of a magnetic field, a magnetic field having a maximum field of 1,000 to 20,000 Gauss, a magnetic field of 0.1 to 2 Tesla, and a magnetic flux density (B) of magnetic permeability (μ) × magnetic field strength (H) vibrator; d) d1) the magnetic field is generated, d2) the magnetic field; before, during, after, simultaneous, anterior, middle, posterior, same point, separation point; excitation or vibration by the magnetizer is generated in at least one of d3) the excitation or vibration; before, during, after, simultaneous, anterior, middle, posterior, same point, separation point; a vibrator, a magnetizer, an exciter, an excitation magnetizer, a magnetized vibrator, a vibrating magnetizer, a magnetized vibrator; e) a multifunction device in which two or more of the magnetizers and magnetizers are combined; etc. are applicable.

The magnetized vibrator or vibrator 82 includes a vibrator having a magnetizer 81 on the side or rear end of the vibrator 80, a vibrating magnetizer having a magnetizer 81 on the side or rear end of the vibrator 80, a magnetizer A magnetizer equipped with a vibrator 80 on the side or rear end of the magnetizer 81, a magnetizer equipped with a vibrator on the side or rear end of the magnetizer, 50 to 99.99% of the vibration by the vibrator and 0.01∼ 0.01% of the vibration by the magnetic field Vibration magnetizers that generate 49.99% of or alternately or continuously generate vibrations, and vibrating magnetizers that generate 0.01∼49.99% of vibrations by magnetic field after 50∼99.99% of vibrations by vibrator among total vibrations, or alternately or continuously occur during total vibration Magnetized vibrator that generates 0.01~49.99% of vibration due to magnetic field and 50~99.99% of vibration caused by vibrator, or alternately or continuously occurs. A magnetizing vibrator (FIG. 2b), a magnetizing vibrator (FIG. 2b), a magnetizing vibrator consisting of a magnetizing vibrator that occurs or alternately or continuously occurring, a magnetizer 81, its attachment plate 68, and a magnetizer 81 spaced apart from its attachment plate; A magnetizing vibrator (FIG. 2d) composed of a core 65, a core outer coil 66, and a spacer plate 67 spaced apart from the core and the magnetizer between the two, a mounting plate 69 and a magnetizer mounted thereon a magnetizing vibrator (FIG. 2C) comprising an attachment plate 68, a magnetizer 81 attached to the attachment plate, and an outer coil 66 of the magnetizer and the attachment plate; a multifunction device in which two or more of the vibrator and the magnetized vibrator are combined; etc. are applicable.

The vibrating or excitation magnetizer 82 includes a) a1) a11) a power supply unit 71 providing one of power, AC, and DC, a12) a converter 72 converting one of the power and AC into DC, a13) an inverter 73 for converting or amplifying one of the power sources and DC into AC or constant voltage and constant frequency AC, a14) switching and supplying one of the power sources, AC and DC, or one of the power sources, AC and DC A switching unit 74, a15) for adjusting the flow direction of the power supply unit, a converter, an inverter, a power supply supplied from one of the switching unit, a detection unit 75 for detecting one of AC, DC, a16) the converter, the inverter, A motor 77 including at least one of a switching unit and a control unit 76 which controls one of the energization patterns of the detection unit, or a control unit 76 which controls at least one of the magnitude, continuation, energization, and cut-off of one of the power sources, AC and DC , which generates one or more of vibration and magnetic field by the rotation of the rotating body 94 or the asymmetric rotating body 94 linked to the rotating shaft 93 of FIG. 1); a2) or the case 90 into which the motor is inserted by the rotation generates at least one of vibration and magnetic field; a vibrator, a magnetizer, a vibrator, a vibrator, a magnetizer, a vibrator, a vibrator, and a magnetization vibrator (70, 80, 81, 82); or b) b1) before, during, after, simultaneously with said vibration; b2) a front end, a middle end, a rear end, the same point, and a separate point of the vibration generating position; b3) the power supply unit, converter, inverter, detection unit, switching unit, control unit, motor, rotating shaft, rotating body, case; b4) parts of the motor; b5) inside and outside the case; b6) cones, nozzles, tubes, boxes, tanks, pipes with the case; b7) a tube, box, tank, pipe equipped with at least one of the cone and nozzle; A vibrator or magnetizer that generates one of a magnetic field in at least one of a magnetic field, a temporary field of 1,000 to 20,000 Gauss, a magnetic field of 0.1 to 2 Tesla, and a magnetic flux density (B) of magnetic permeability (μ) × magnetic field strength (H) , a vibrator, an excitation magnetizer, a magnetized vibrator, a vibrating magnetizer, a magnetized vibrator (70, 80, 81, 82); c) a multifunction device in which two or more of the vibrator and magnetized vibrator are combined; etc. are applicable.

a) at least one of the shaft, silo, storage, hopper, blender, pump, supply line, blade, binder, solidifying material, material, liquid binder, and liquid solidifying material of the present invention has a vibrator 80, a magnetizer 81, The vibrator 80, the magnetization vibrator 82, the excitation magnetizer 82, the magnetization vibrator 82, the vibrating magnetizer 82, the magnetization vibrator of the vibration after magnetization 82, the vibrating magnetizer of the magnetization after the vibration 82 ) and so on. b) When mounted, one of the binder to the liquid solidifying material is vibration (85), excitation (85), magnetization (86), excitation (85), magnetization vibration (87), excitation magnetization, magnetization vibration, vibrating magnetization ( 87), magnetization vibration 87, vibration magnetization 87, magnetization vibration 87 of vibration after magnetization, and vibration magnetization 87 of magnetization after vibration. c) agitation, fluidity, and flowability of one of the binder or liquid solidifying material when subjected to the above treatment. One or more of magnetization, energy, granularity, atomization, and nanoization is increased. d) In the case of increasing, injection, input, spraying, mixing, mixing, infiltration, pouring, stirring, compaction, injection, grouting, reaction, hydration reaction, pozzolan reaction, hydroxylation reaction, bonding of one of the binder or liquid solidifying material an increase in the efficiency of at least one of reaction, solidification reaction, consolidation reaction, and curing reaction; The strength of one of the foundation or composite foundation, which is a curing agent of the solidification material, is increased.

Examples of equipment of the present invention include (10, 11, 12) a) a wing 21; b) the vibrator or vibrator magnetizer (70); c) the wing 21 is provided or the wing 21 is rotated 27, descending 110, rising 111, moving, penetrating 110, pulling out 111, soil agitation, ground agitation, A shaft, a rod, auger, a pile, a steel pipe, a casing, a pipe, a screw 20 for at least one of binder stirring, earth and sand 31 and binder 30 stirring, rotation or drawing in the ground; d) a motor, a hydraulic motor, a rotary means, a drive, a two-axis rotary means, a three-axis drive, a multi-axis rotary means, a multi-axis drive, an auger drive, a rotary drive on which one of the shafts or screws 20 is mounted or rotates one , rotary press-fitting drive, pile drive, steel pipe drive, screw drive (16); e) lowering, raising, moving, penetrating, drawing out at least one of the shaft or screw, or the motor or screw drive mounted thereon; or the descent or pull-out from soil, ground, underground, underground, etc.; Backhoe, auger, excavator, boring machine, fork crane, moving means (10), etc.; f) a boom (13) mounted on the moving means; an arm (14) connected to the boom; the tip of the arm (15); The tip of the cradle hitch (15); a bucket 16 mounted on the tip or cradle hitch; g) a hose (64), pump (63), compounder (62), silo (60) sequentially connected to one of said vanes, shafts or screws; h) the hose, pump, compounder, silo for supplying, pumping, compounding, and storing the binder 30 ; i) the blades 21, shafts or screws 20 for spraying the binder 30; j) a hole 25, a hole 25, a nozzle 25, a bit 24, an excavation bit 24 formed in one of the blades, the shaft or the screw for spraying the binder 30; k) a hole 25, a hole 25, a nozzle 25 formed in the bit 24 for spraying the binder 30; ℓ) the shaft or the excavation bit on which one 70 of the vibrator or the vibrator magnetizer is mounted; m) the wing or excavation bit forming the base (5) on the side surface; n) a bucket 16 mounted on one of the backhoe or the cradle hitch from which at least one of the shaft or screw, the motor or the screwdrive is detached; o) a blade mounted inside the bucket 16, a rotary blade mounted inside the bucket 16; p) backhoe, auger, excavator, boring machine, fork crane, and moving means 12 for forming the surface foundation (1); q) a bucket 16 mounted on the arm tip 15 of the moving means; r) a blade mounted inside the bucket, a rotary blade mounted inside the bucket; s) the bucket or the wing on which one 70 of the vibrator or the vibrator magnetizer is mounted; t) a crane 11, a crane, an intruder, an embedding machine, a driving machine, an excavator, and a moving means 11 for inserting the reinforcing material 33 into the ground or foundation; One or more of these are corresponding, included, etc.

the vibrator, the magnetizer, the vibrator, the magnetization vibrator, the excitation magnetizer, the magnetization vibrator, the vibrating magnetizer; Vibration, magnetization, excitation, excitation, excitation magnetization, magnetization vibration, vibrating magnetization, etc. (85, 86, 87) by one of them (70, 80, 81, 82), a) the vibrator a device, apparatus, apparatus, apparatus, vibrator that produces or generates; b) a magnetizer generates a magnetic field, a device, apparatus, apparatus, device, magnet that magnetizes a substance; c) Magnetizing vibrator, vibrating vibrator, etc. are vibrator and vibrator, a combination of two devices, apparatus, apparatus, apparatus; d) vibration is vibration, excitation; e) magnetization is magnetizing, magnetizing, magnetizing a material, magnetizing a material; f) magnetization vibration, vibratory magnetization, etc. include magnetization vibration, vibrating magnetization, vibration and magnetization, magnetization and vibration, magnetization after vibration, vibration after magnetization; etc. are applicable.

In the present invention, vibration, vibrator, general vibrator, magnetization, magnetizer, magnetized vibrator, magnetized vibrator, vibrating magnetizer, excitation magnetizer, etc. 81' are raw materials, materials, milk, mortar, ready-mixed concrete, slurry, concrete, grouting material. By applying vibration, magnetic field, etc. to the material, such as, it serves to improve the fluidity, compoundability, workability, workability, adhesion, permeability, strength, rigidity, durability, etc. of the material.

In the present invention, a) material is a1) milk, mortar, ready-mixed concrete, concrete, paste, cement milk, cement mortar, grouting material, slurry, bentonite slurry, a2) vibration-treated mortar to bentonite slurry, a3) vibration treatment with a vibrator and the mortar or bentonite slurry. b) And concrete includes milk, mortar, ready-mixed concrete, concrete, paste, cement milk, cement mortar, etc. c) and materials are c1) foundation, pile, pier, hooting, caisson, excavation, boring, grouting, underground drilling, underground boring, underground grouting; c2) one ball, hole, part, hole, formwork, formwork, construction, construction, work, installation; It is used, used, contained, mixed, injected, put, poured, etc.

The basics, materials, equipment, facilities, etc. of the present invention include the contents shown in the drawings, drawings, etc. of the present invention, the contents described below, and the like.

1 and 2 are schematic diagrams of a vibrator, a magnetizer, a vibrator, a magnetizer, a vibrator, a magnetizer, a vibrator, and a vibrator according to the present invention. The vibrator or vibrator magnetizer 70, 80, 81, 82 includes a vibrator, a vibrator, a magnetizer, a magnetization vibrator, a vibrating magnetizer, a magnetization vibrator of vibration after magnetization, a vibrating magnetizer of magnetization after vibration; the vibrator or vibrator built in the case 90; etc. are applicable. In case the vibrator or vibrator magnetizer is used or mounted on the equipment, shaft, blade, etc. The solidified material is vibration, excitation, magnetization, magnetization vibration, vibratory magnetization; b) agitation, fluidity, and flowability of the above materials or liquid solidified materials. magnetization, energy, granularity, atomization, nanoization; c) injection, input, spraying, mixing, mixing, infiltration, pouring, stirring, compaction, injection, grouting, reaction, hydration reaction, pozzolan reaction, hydroxylation reaction, binding reaction, solidification reaction, coagulation reaction, curing reaction; d) strength, rigidity, durability of the foundation or composite foundation, which are the curing agents of the solidification material; It has characteristics such as generation, generation, expression, display, improvement, increase, efficiency improvement, and the like.

3 and 4 are schematic diagrams showing a pulse machine, a sterilizer, a multifunction machine, an ozone machine, a compressed air generator, and the like according to the present invention. The pulse machine, the sterilizer, the multifunction device, the ozone machine, the compressed air generator, the device 1, etc. 50 shown in FIG. 43 are a) one of the vibrations 42 , the excitation 43 , and the magnetic field 41 ( 40 , 41 , 42 ). , 43) a hollow or tube-type magnetizer, vibrator, high-frequency vibrator, low-frequency vibrator, vibrating magnetizer, and one functional unit (30, 76) of a magnetizing vibrator in which an abnormality occurs; b) or a tube or hollow body 7 equipped with one of a magnetizer 31, a vibrator 32, a high frequency vibrator, a low frequency vibrator, a vibrating magnetizer, and a magnetization vibrator; c) an inlet 72 mounted on the front end of the functional group; d) a cradle 112 or a vortex forming cradle 112 or a bundle cradle 112 provided with two or more feet provided inside the functional unit; e) a solenoid valve 92, a venturi pipe 77, and an outlet 78 sequentially mounted on the rear end of the functional group; f) e) the injector 93, the check valve 91, the solenoid valve '92, the ozone inlet 94, the ozone funnel 95, the ozone generator 96 which are sequentially mounted in the middle of the e) venturi tube; g) a high voltage generator 99 for applying a high voltage to the ozone generator; h) pressure inlets (94, 103) mounted instead of the ozone inlets; i) a storage 60 mounted at the rear end of the pressure inlet, a compressor 105, and a pressure supply compressor 105; j) the hose 71 mounted on the front end of the c) inlet; k) e) a hose mounted at the rear end of the outlet '(79); ℓ) an elbow 73 mounted between the inlet and the functional group; m) an elbow storage 74 mounted between the functional group and the solenoid valve; n) a pipe 76 mounted between two of the e) solenoid valves and outlets; o) a pipe 76 mounted between two of the f) injectors and ozone inlets; p) a hose, a check valve 91, a pump 63, and a storage 60 sequentially mounted on one or more of the c) inlets to o) pipes; q) e) a solenoid valve or f) a timer 98 for adjusting the opening/closing interval of the solenoid valve; r) a switchboard 97 for supplying electricity to at least one of the valve, timer, ozone generator, and high voltage generator; s) a switch 100 for controlling the supply of electricity; t) a wire, a plug 10, an outlet 11, and a power supply sequentially connected to the switchboard; u) a case 102 on which at least one of the functional groups to t) power supply is mounted; etc. are provided.

The pulse machine, the sterilizer, the multifunction device, the ozone machine, the compressed air generator, the device 2, etc. 51 shown in FIG. 4 is a) at least one of the vibration 41, the excitation, and the magnetic field 42 (40, 41, 42) or more one of the generated hollow or tubular magnetizers, vibrators, vibrating magnetizers, and magnetizing vibrators (30, 76); b) or a tube or hollow body (36, 37) provided with one of a vibrator, a magnetizer, a high frequency vibrator, a low frequency vibrator, a vibrating magnetizer, and a magnetizing vibrator; c) an inlet 72 mounted on the front end of the functional group; d) a cradle 112 or a vortex forming cradle 112 or a bundle cradle 112 provided with two or more feet provided inside the functional unit; e) a tee pipe 75, a venturi pipe 77, and an outlet 78 mounted sequentially at the rear end of the functional group; f) the check valve 91, the solenoid valve 92, the venturi pipe '77, the pressure inlet 103, the storage 60, the pressure Compressor 105 for generating (壓气); g) e) the injector 93, check valve 91, solenoid valve 92, and ozone generated from the ozone generator sequentially mounted in the middle of the e) venturi tube, the ozone inlet 94 for focusing the ozone on the solenoid valve ), ozone funnel (95), ozone generator (96); h) a high voltage generator 99 for applying a high voltage to the ozone generator; i) c) a hose 71 mounted on the front end of the inlet; j) e) a hose mounted at the rear end of the outlet '(79); k) an elbow 73 mounted between the inlet and the functional group; ℓ) an elbow storage 74 mounted between the functional group and the T-E tube; m) e) a pipe 76 mounted between two of the Tee pipe and the outlet; n) the pipe 76 mounted between two of the f) check valve and the pressure inlet; o) the pipe 76 installed between two of the g) injectors and ozone inlets; p) above g) an elbow 74 or T-pipe 75 mounted between the ozone inlet and the solenoid valve; q) a hose, a check valve 91, a pump 63, and a storage 60 sequentially mounted on one or more of the c) inlet to p) T-pipe; r) the timer 98 for adjusting the opening/closing interval of the f) solenoid valve or g) solenoid valve '; s) a switchboard 97 for supplying electricity to at least one of the valve, timer, ozone generator, and high voltage generator; t) a switch 100 for controlling the supply of electricity; u) wires, plugs 10, outlets 11, and power supplies sequentially or unorderedly connected to the switchboard; v) a case 102 on which at least one of the functional groups to u) power supply is mounted; etc. are provided.

The device 1, device 2, material, a1) magnetizer to a8) case, etc. include a) magnetization, vibration, excitation, ozone, anion, magnetic field, rotation, electrolysis, sterilization, discharge, magnetizer, vibrator, vibrator, ozone machine, anion group, rotating machine, electrolyzer, sterilizer, discharge machine, magnetized material, vibrating material, excitation water, ozone water, anion water, rotating material, decomposition product, electrolyte, sterilizer, discharge product; b) two or more of them are complex, complex, complex; etc. can be used. Examples of this include mounting a vibrator to a hose mounted at the front end of the inlet, mounting a vibrator to a hose mounted at the rear end of the outlet, and generating ozone in the case.

In the present invention, the foundation, equipment, facility, device, material, material, basic material, multifunction device, vibrator, magnetizer, vibrating magnetizer, the facility supported by the foundation, the basic composition material, the foundation composition equipment, etc. or the like include a) magnetization, Magnetic field, vibration, excitation, ozone, ozone treatment, ozone sterilization, ozone disinfection, anion, anion treatment, anion cleaning, rotation, self-rotation, object rotation, decomposition, material decomposition, microbial decomposition, electrolysis, electrolysis, bubble, aeration, Sterilization, Discharge, Electric Discharge, Magnetizer, Vibrator, Exciter, Ozone, Anion, Rotator, Decomposer, Bubble, Aerator, Electrolyzer, Sterilizer, Discharger, Magnetized, Vibrating Water, Ozone, Anion , ozone water, anion water, rotating material, decomposition product, bubble water, aeration water, electrolyte, sterilizing material, electric discharge material; b) a combination of two or more of the above magnetization-discharge materials, a composite action, a composite treatment, a composite device, a composite; c) a substance, object, equipment, device, material to which the magnetization or composite is input; d) a material that has been subjected to the magnetizer or composite group; or the like, or the like may be used, provided, or included. The magnetization to electric discharge, etc. have individual or complex functions, functions, multi-functions, and the like. The magnetizer to the multifunction device may be referred to as a single functional device, a functional device, and the like. The magnetized material or the composite may be referred to as a single functional material, a functional material, and the like.

The magnetization, magnetic field, magnetizer, magnetization, etc. are a) magnetization, magnet, magnetic material, magnetic body, magnetic field, magnetizer, magnetization, magnetization number, magnetization solution, electromagnet, magnet, magnetic field body, magnetic field of 200 to 20,000 Gauss, Self magnetization, material magnetization, magnetization by a magnetizer, a magnetic field by a magnetizer, a magnetizer that magnetizes itself or a material, a magnetizer that radiates a magnetic field, magnetization by a magnetic field, a magnetic field that magnetizes.

The vibration, vibrator, vibrating object, etc. are a) vibration, vibrator, vibrating object, frequency, vibrating fluid, and the like. Vibration is vibration, pendulum, vibration, vibration, eccentric vibration, relative vibration, pulse vibration, vertical vibration, left and right vibration, inclined vibration, diagonal vibration, aeration vibration, shock vibration, resonance vibration, synthetic vibration, compound vibration, magnetization vibration , sound wave vibration, ultrasonic vibration, one-dimensional vibration, two-dimensional vibration, three-dimensional vibration, self-vibration, vibrator itself vibration, other body vibration, vibration by vibrator or vibrator, aftertaste of vibration, residual vibration vibration, etc.

The above-mentioned excitation, vibrating group, excitation water, etc. are excitation, vibrating group, excitation water, excitation water, excitation liquid, and the like. Excitation, excitation, excitation, excitation, excitation, eccentric excitation, relative excitation, pulse excitation, vertical excitation, left-right excitation, oblique excitation, diagonal excitation, aeration excitation, impact excitation, resonance excitation, composite excitation, compound excitation, magnetic excitation, It includes sound wave excitation, ultrasonic excitation, one-dimensional excitation, two-dimensional excitation, three-dimensional excitation, vibrating another body, excitation by vibrator or vibrator, excitation by vibration, afterglow of excitation, and residual excitation of excitation. .

The decomposition, decomposer, decomposition product, electrolysis, electrolyzer, electrolyte, bubble, bubbler, bubble water, sterilization, sterilizer, sterilizer, discharge, discharger, discharge material, etc. (30, 40) is a) material, air, water, Decomposition, fermentation, fermentation, electrolysis, bubble, sterilization, discharge of water, liquid, electricity, electrons, bacteria, microorganisms, organic matter, waste, etc.; b) a device, a device, a device, an instrument, a machine, an apparatus, an equipment, and a means for performing the decomposition or discharging, etc.; c) water, water, liquid, oil, air, gas, substance, H ₂ , O ₂ , CO ₂ , CH ₄ ; etc. are applicable.

The vibration, excitation, vibrator, vibrator, vibrating object, and excitation water (30, 32, 33, 40, 42, 43) include magnetization, magnetic field, ozone, anion, magnetizer, ozone group, anion group, rotating machine, electrolysis A device, a sterilizer, a discharge device, a magnetized material, an ozone water, an anion water, a rotary product, a decomposition product, an electrolyte, a sterilizer, a discharge product, etc. may be used or radiated. Conversely, for the magnetized or discharged material, the vibration or excitation material may be used or radiated.

In the present invention, a) pulse, pulser, pulse pressure, number of pulses, pulsed water, pulsed liquid, pulsed oil, pulsed air, pulsed gas, pulsed material, pulsed pressure, pulsed ozone, pulsed negative ions; b) a substance, object, material, equipment, device, functional group, functional object, said magnetization or composite, which is used, contained, contained, injected, sprayed, provided, constituted, generated, radiated, supplied, provided, etc. at least one of them ; It is also possible to use, apply, provide, mount, and the like. The use, application, provision, installation, etc. of the pulsed or pulsed anions and the like are also possible for the magnetized-composite, material or-composite.

The pulse is a) pulse, pulse, shock, pulse pressure, shock pressure, shock pulse, pressure shock, pressurized shock, electric shock, hammer shock, pneumatic shock, compressed air shock, shock repeated at regular intervals , a voltage or current or a wave or shock that produces a large amplitude for a very short time, the shock applied at regular intervals by injecting the pressure gauge 83 at regular intervals, and the pressure gauge 83 at regular intervals by adjusting the timer 98 Impacts that are injected and applied at regular intervals; b) Water, water, liquid, oil, pressure, pressure, air, gas, substance, ozone, negative ion injected at regular intervals by adjusting the opening and closing of the solenoid valve 92 with the timer 98 ; c) the number or anion in which the pressure device 83 is injected at regular intervals to water, water, liquid, oil, pressure, pressure, air, gas, material, ozone, anion, etc. to apply an impact at regular intervals; etc. are applicable. For example, pulse ozone is ozone in which repeated shocks are applied at regular intervals, ozone including shocks repeated in regular intervals, ozone in which pressure is injected at regular intervals, and pressure is injected at regular intervals. This includes ozone, which includes a shock applied at regular intervals, and ozone in which a pressure is injected into the ozone at regular intervals by adjusting the opening and closing of a solenoid valve with a timer, and an impact is applied at regular intervals.

In the above, the complex, the complex of the complex, the complex of the complex, etc. are a) magnetization, vibration, excitation, ozone, anion, rotation, rotational force, decomposition, electrolysis, aeration, sterilization, discharge; b) or magnetic field treatment, vibration treatment, excitation treatment, ozone treatment, anion treatment, decomposition treatment, electrolytic treatment, aeration treatment, sterilization treatment, discharge treatment; c) or magnetic field, vibration stirring, excitation aeration, ozone sterilization, anion cleaning, decomposition removal, electrolytic expansion, aeration stirring, sterilization disinfection, electric discharge sterilization; d) or magnetic energy, vibration aeration, excitation agitation, ozone disinfection, anion disinfection, decomposition aeration, electrolytic aeration, aeration expansion, sterilization aeration, discharge disinfection; Two or more of these apply. These include magnetization vibration, ozone excitation, ozone anion with magnetization vibration, magnetic field vibration treatment, ozone anion treatment with magnetic field vibration, ozone anion treatment with magnetic field vibration, magnetic field radiation stirring stirring, magnetic field radiation amplifier, vibration stirring ozone sterilization, magnetic field radiation negative ion cleaning, Magnetic field radiation dynamic stirring agitator ozone sterilization Anion cleaning, magnetic energy generating vibrator, magnetic energy generating vibration stirring, ozone sterilization, magnetic energy generating vibrating agitator vibration stirring ozone sterilizing anion disinfection, magnetic energy generating vibrating agitator vibration stirring ozone sterilizing anion disinfection Rotation treatment, decomposition treatment, electrolysis treatment, aeration treatment, sterilization, discharge, etc. are included. Therefore, the multifunction device includes the above magnetization to anion disinfection, magnetization vibration to magnetic energy generation, vibration, agitation, agitation, ozone sterilization, anion disinfection, rotation treatment, decomposition treatment, electrolysis treatment, aeration treatment, sterilization and discharge, etc. . And in the complex, the above magnetization to anion disinfection, magnetization vibration to magnetic energy generation, vibration, agitation, ozone sterilization, anion disinfection, rotation treatment, decomposition treatment, electrolytic treatment, aeration treatment, sterilization, discharge, etc. , substances, materials, and the like.

The above magnetizers ~ multifunction devices, functional devices, etc. are 1) a) a) a) cone, net, rod, frame, ring, rod, plate, membrane, pin, needle, chip, brush, tube, tube, barrel, box, flag (器, 機), appliance, mechanism, machine, device, equipment, facility, equipment, sensor, element, pendulum, electrode, metal, sheet, paper, thin film, coin, coin, needle, spiral, protuberance, tube, band, hose , nozzle, pipeline, box, body, drone, block, protrusion, rotor, rotator, tape, pipe, hollow body, hollow tube, hollow, case, pourer, injector, injector, system, plotter, 3d printer, venturi coffin; a2) a complex of two or more of the cones to venturi tubes; a3) before, after, left, right, top, bottom, face, side, top of one of the cones or complexes , genus, below, upper, lower, side, one side, both sides, left, right, one end, both ends, tip, part, one side, both sides, surface, side, part, part, point, 1 point, 2 point, multi point, multi point, place, 1 place, 2 places, 3 places, many places, central, hollow, passage, inside, inner, inner, outer, outer, outer, peripheral, nearby, near, entrance, middle, exit, front, rear, front, rear, hollow, space, spaced apart, perimeter, perimeter, adjacent, one-way, two-way, three-way, four-way, connection part, spaced part, hollow part; The magnetizer - the multifunction device, the functional group equipped with or on the back; b) or the cone or the composite provided with the magnetizer or the composite group, the functional group, or the like; c) the magnetizer or functional group such as the cone or the composite; d) the magnetizer or functional group provided with the cone or the complex or the like or built into the back; e) or magnetization, vibration, excitation, ozone sterilization, anion cleaning, decomposition, electrolysis, sterilization, discharge, one of two or more of the cones or complexes, magnetizers or functional groups; f) said cones to functional groups that do or radiate one of said magnetizing-composites; g) said cone to functional group treated with one of said magnetized to complex; The back or the back is also applicable, or 2) or has the shape, shape, shape, shape, etc. of the cone or the composite or the like.

At least one of water, water, substance, material, and composite is introduced, injected, input, supplied, provided, applied, passed, roughed, Contact, flow, etc. are possible.

In the present invention, the magnetizer, the multifunction device, the functional device, etc. are a) a magnetizer, a vibrator, a vibrator, an ozone group, an anion group, a rotary machine, a decomposer, an electrolyzer, a sterilizer, a discharge machine, a magnetized vibrator, a magnetized vibrator, a magnetized ozone device , Magnetized anion machine, Magnetized rotating machine, Vibrating vibrator, Vibrating ozone machine, Vibrating anion machine, Vibrating rotating body, Excitation ozone machine, Exciting anion machine, Excitation rotating machine, Ozone anion machine, Ozone rotating machine, Anion rotating machine, Magnetizing vibrating vibrator, Magnetized vibrating ozone machine, magnetized vibrating anion machine, magnetized vibrating rotating machine, vibrating ozone machine, vibrating anion machine, vibrating vibrating rotary machine, excited ozone anion machine, excited ozone rotating machine, ozone anion ionizing machine, magnetizing vibrating ozone machine, magnetizing vibrating machine Anion machine, Ozone anion machine with vibration, Ozone rotator with vibration, Ozone anion rotator with vibration, Ozone anion rotator with magnetization vibration , Ozone Anion Rotational Decomposition Electrolytic Sterilization Discharger with Magnetization Vibration; b) the cone to the complex, the magnetizer to the complex, and the functional group equipped with one of them; c) or magnetization, vibration, excitation, ozone, anion, rotation, magnetic field, vibration treatment, excitation treatment, ozone treatment, anion treatment, rotation treatment, decomposition treatment, electrolytic treatment, bubble treatment, aeration treatment, discharge treatment, magnetization vibration, Magnetized Excitation, Magnetized Ozone, Magnetized Anion, Magnetized Rotator, Vibrating Excited, Vibrating Ozone, Vibrating Negative Ion, Vibrating Rotating Body, Exciting Ozone, Exciting Anion, Exciting Rotating Machine, Ozone Anion, Ozone Rotator, Anion Rotator, Magnetizing Vibrating Exciter, Magnetizing Vibrating Ozone , magnetized vibrating anion, magnetized vibrating rotator, vibrating ozone, vibrating negative ion, vibrating vibrating rotator, oscillating ozone anion, oscillating ozone rotator, ozone anion rotator, magnetizing vibrating ion ion, magnetizing vibrating negative ion, magnetizing vibrating vibrating rotator, vibrating Ozone anion, vibrating ozone rotator, excited ozone anion ion rotator, magnetized oscillating ozone ion ionizer, magnetized oscillating ozone nee ion rotator, vibrating oscillating ozone anion ion rotation, vibrating oscillating ozone anion ion rotation sterilization, The above cones or complexes, magnetizers - composite machines, functional groups that generate, produce, composition, supply, provide, use, spray, sprinkle, install, inject, irradiate, radiate, etc. ; c) or the cones or complexes, magnetizers, complexes, and functional groups that treat themselves, substances, objects, etc., with or on the like, or the like, with the above magnetization or magnetization vibration, ozone anion rotational decomposition, electrolysis, sterilization, discharge, etc.; d) Or magnetized substances, vibrating substances, excited substances, ozone substances, anions substances, rotating substances, decomposition substances, electrolyte substances, sterilizing substances, electric discharge substances, magnetized vibrating substances, magnetized substances, magnetized ozone substances, magnetized anion substances, magnetized rotating substances , vibrating water, vibrating ozone water, vibrating anion water, vibrating rotating body, vibrating ozone, vibrating negative ion water, rotating rotating product, ozone negative ion water, ozone rotating product, negative ion rotating product, magnetizing vibrating water, magnetizing vibrating ozone water , magnetized vibrating anion water, magnetized vibrating rotating material, vibrating ozone water, vibrating anionic water, vibrating vibrating rotating unit, excited ozone anion water, exciting ozone rotating rotating product, ozone negative ion rotating rotating product, magnetizing vibrating ozone water, magnetizing vibration Anion Water, Magnetization Vibration Rotating Rotating Unit, Vibrating Ozone Anion Water, Vibrating Ozone Rotating Unit, Excitation Ozone Anion Rotation Unit, Magnetization Vibrating Ozone Anion Water Rotation Unit, Magnetizing Vibration Vibrating Ozone Anion Water Rotating Unit, Vibrating Ozone Anion Ion Rotation Unit, magnetization The cone or complex for generating, generating, composing, supplying, providing, using, spraying, sprinkling, installing, injecting, irradiating, radiating, etc. , magnetizer ~ multifunction group, functional group; etc. are applicable.

Magnetization, magnetic field, vibration, excitation, ozone, anion, rotation, decomposition, electrolysis, aeration, discharge, magnetization, vibrating, excitation, ozone, anion, rotating, decomposition, etc. , electrolyte, aeration, discharge, composite, generation, generation, composition, spraying, spraying, laying, inclusion, use, coating, painting, dosing, injection, impregnation, water immersion, immersion, irradiation, radiation, dissipation, etc. do.

The above-mentioned multifunction device is a) a magnetized vibrator, a magnetized vibrator, a magnetized ozone device, a magnetized anion device, a magnetized rotator, a magnetized decomposer, a magnetized electrolyzer, a magnetized sterilizer, a magnetized discharger, a vibrator, a vibrating ozone device, a vibrating anionizer, and a vibrating rotator. , vibratory decomposer, vibrating electrolyzer, vibrating sterilizer, vibratory discharger, vibrating ozone machine, vibrating anion, vibrating rotating machine, vibrating decomposer, vibrating electrolyzer, vibrating sterilizer, vibrating discharger, ozone anionizer, ozone rotating machine, ozone decomposing machine, ozone electrolysis Machine, ozone sterilizer, ozone discharger, anion rotator, anion decomposer, anion electrolyzer, anion sterilizer, anion discharger, magnetized vibrating vibrator, magnetized vibrating ozone device, magnetized vibrating anion, magnetized vibrating rotator, magnetized vibrating decomposer, magnetized vibrating electrolyzer Machine, magnetized vibrating sterilizer, magnetized vibrating discharger, vibrating ozone machine, vibrating anionizer, vibrating rotating machine, vibrating vibrating decomposer, vibrating electrolyzer, vibrating sterilizer, vibrating vibrating discharger, oscillating ozone anion ionizer, vibrating ozone decomposer, Excitation ozone electrolyzer, Excitation ozone sterilizer, Excitation ozone discharger, Excitation ozone rotator, Excitation ozone decomposer, Excitation ozone electrolyzer, Excitation ozone sterilizer, Excitation ozone discharger, ozone anion rotator, ozone anion decomposer, ozone anion electrolyzer, ozone anion sterilizer , Ozone Anion Discharger, Magnetized Vibration Ozone Machine, Magnetized Vibration Anion Machine, Magnetized Vibration Rotator, Magnetized Vibration Decomposer, Magnetized Vibration Electrolyzer, Magnetized Vibration Sterilizer, Magnetized Vibration Discharger, Vibrating Ozone Anion Ionizer, Vibration Ozone rotator with vibration, ozone decomposer with vibration, ozone electrolyzer with vibration, ozone sterilizer with vibration, ozone discharger with vibration, ozone anion rotator with vibration, ozone ionizer with vibration, ozone anion electrolyzer, ozone anion sterilizer with vibration, ozone anion discharger with vibration , Ozone anionizer with magnetization vibration, ozone rotator with magnetization vibration, ozone decomposition machine with magnetization vibration, ozone electrolyzer with magnetization vibration, ozone sterilizer with magnetization vibration, ozone discharger with magnetization vibration, ozone ionizer with vibration, ozone anionizer with vibration , Ozone Anion Electrolyzer with Vibration, Ozone Anion Sterilizer with Vibration, Ozone Anion Discharger with Vibration, Ozone Anion Discharger with Magnetization Vibration Ozone Anion Rotator, Ozone Anion Decomposer with Vibration Vibration, Ozone Anion Electrolyzer with Vibration Vibration, Ozone Anion Sterilizer with Vibration Vibration, Magnetization Vibrating Ozone Anion Discharger, Magnetizing Vibrating Ozone Anion Ion Rotating Disintegrator, Magnetizing Oscillator True ozone anion rotary decomposition electrolyzer, ozone anion rotary decomposition electrolytic sterilizer with magnetization vibration, ozone anion rotation decomposition electrolytic sterilizer with magnetization vibration; b) the cone to the complex provided with one of them; c) the composite machine, the magnetized vibrator or the ozone anion rotary decomposition electrolytic sterilizer with magnetization vibration having the shape of the cone or the complex; etc. are included.

One of the above-mentioned multifunction devices is an ozone anion ion rotation decomposition electrolytic sterilizer with magnetization vibration a) a magnetizer 31, a vibrator 32, a vibrator 33, an ozone group 34, an anion group 35, a rotor and a decomposer. and electrolyzer, sterilizer and discharger combined machine 36, magnetization and vibration, excitation, ozone treatment, anion cleaning, rotation, decomposition, electrolysis, sterilization and discharge, and magnetization and vibration, excitation, ozone treatment, and anion for a substance or object Combination machine that cleans, rotates, decomposes, electrolyzes, sterilizes and discharges, Ozone anion rotary decomposition electrolytic sterilizer with magnetizing vibration, Ozone anion with magnetization and vibration vibration electrolysis electrolytic sterilizer, Ozone anion cleaning with magnetization vibration, rotational decomposition electrolytic sterilization a multifunction device that discharges, a discharge device that performs magnetization vibration excitation and ozone anion rotation and decomposition electrolytic sterilization; b) or a device that performs or generates a magnetic field 41 , vibration 42 , excitation 43 , ozone 44 , anion 45 , rotation, decomposition, electrolysis, sterilization, discharge, etc.; etc. are applicable.

The ozone devices 30 and 34 include a) an ozone device, an ozone device that emits ozone, an ozone device that sterilizes substances with ozone, an ozone device that emits negative ions, and a cylindrical tube 123 or double tube 123, 124. The ozonizer 34 in which the coil 16 is wound inside or outside, the ozonizer 34 spaced apart from one side plate 126 and the needle 127 mounted on the other side is spaced apart from the hollow part 128 of the one side plate. the ozone device 34 with which the brush 129 faces; b) a magnetizer, a vibrator, a vibrator, an anion group, and the cone or the complex emitting ozone; c) or an ozone device that generates ozone while performing one or more of magnetization, vibration, excitation, magnetic field generation, and negative ion radiation; d) or an ozone device in which two or more of magnetic field, vibration, excitation, and negative ions are generated; e) a magnetizer, a vibrator, an exciter, an anion group, a rotor, a decomposer, an electrolyzer, a sterilizer, and a discharge machine that generate one or more of magnetic field, vibration, excitation and negative ions in addition to ozone; f) or an ozone group having the shape of a cone or a composite; g) the cone or composite equipped with an ozone group; etc. are applicable. The ozone device, cylindrical tube, double tube, inner, outer, coil, plate, needle, hollow, brush, etc. can be used, equipped, sprayed, injected, etc. with the magnetization or composite, etc.

The anion groups 30 and 35 are a) an anion group, an anion group emitting anion, an anion group purifying an anion material, an anion group emitting ozone, a cylindrical tube 123 or a double tube (123, 124) of An anion group in which a coil 16 is wound inside or outside, an anion group in which a needle 127 or a needle is mounted on the other side by being spaced apart from one side of the plate 126, a brush 129 spaced apart from the hollow part 128 of one side of the plate ) or an anion group facing the needle, a device for generating electric charges or negative ions from sharp and sharp needles 127 and 129 with a very small surface area; b) a magnetizer, a vibrator, a vibrator, an ozone group, the cone or the complex emitting negative ions; c) or an anion group that generates negative ions while performing one or more of magnetization, vibration, excitation, magnetic field generation, and ozone radiation; d) or an anion group in which two or more of magnetic field, vibration, excitation, and ozone are generated; e) a magnetizer, a vibrator, a vibrator, an ozonizer, a decomposer, an electrolyzer, a sterilizer, and a discharger that generates one or more of magnetic field, vibration, excitation and ozone in addition to negative ions; f) an anionic group having the shape of a cone or a complex; g) the cone or complex provided with an anionic group; etc. are included. Electricity, power, current, voltage, etc. are supplied to the cylindrical tube, double tube, coil, plate, needle, brush, needle, and the like, thereby generating ozone, negative ions, and the like.

The decomposer corresponds to the following decomposers 1, 2, 3, 4 and the like. Decomposer 1 is a decomposer, fermenter, fermenter, incubator, electrolyzer, electrolyzer, microbial decomposer, microbial fermenter, microbial incubator, microbial fuel cell (MFC), and the like. The decomposer 2 is a container, an anode and a cathode spaced apart from each other inside the container, an ion film between the anode and the cathode, a wire connected to the anode and the cathode, a storage battery or power supply connected to the wire, a heater mounted on the container , a material inlet of the container, an outlet of the container, and a supply line for supplying air or oxygen to the container. The decomposer 3 comprises: a) a substance, a microorganism to be fed into the container; b) heat by the heater; c) air, oxygen and nutrients fed into the vessel by the supply line; d) H ₂ generated from the anode in the vessel and O ₂ generated from the cathode by the application of electricity; e) decomposition and culture of the above substances, microorganisms, etc.; f) generated by the decomposition or culture H ₂ , O ₂ , CO ₂ , CH ₄ , microorganisms, proliferating microorganisms, cultured microorganisms, bio-water, bio-liquid, biogas; one or more of which is used or enforced or generated. The decomposer 4 is a decomposer in which the above-mentioned magnetization-composite and the like are used.

The decomposer has a container, a positive electrode and a negative electrode spaced apart from each other inside the container, an ion film is installed between the positive electrode and the negative electrode, a wire connected to the positive electrode and the negative electrode is mounted, a storage battery connected to the wire is provided, a heater in the container It is manufactured by installation, provision of a supply line for supplying air or oxygen to the container, and the like.

The MFC includes the following MFCs 1, 2, 3, and the like. MFC 1 is a battery that converts chemical energy of organic substances included in the material, waste, sludge, wastewater, etc. put into the container into electrical energy using microorganisms as a catalyst. MFC 2 is a battery in which electrons (e ^- ) and hydrogen ions (H ⁺ ) generated when microorganisms oxidize organic matter go back and forth between the anode and the cathode to generate water and electricity. MFC 3 is a) material, waste, sludge, wastewater, organic matter fed to the anode of the vessel; b) H ⁺ , CO ₂ , electrons (e ^- ) generated from the anode; c) the H ⁺ directed to the cathode portion through the ion film; d) H ₂ O formed by the combination of the H ⁺ and O ₂ in the external inlet air in the negative electrode part; e) the electrons (e ⁻ ) flowing through a wire connected to the anode of the anode and the cathode of the cathode; f) electricity generated by the flow of the electrons (e ⁻ ); g) a storage battery for storing the electricity; At least one of these is the battery being used or generated.

The electrolyzer is the following electrolyzer 1, 2, 3, 4 and the like. Electrolyzer 1 comprises: a) an electrolyzer, an electrolyzer, an electrolyzer; b) an electrode and an electrolyte applied to one of them; c) an ion film between the anode and the cathode of the electrode; d) wires, plugs, outlets, and power supplies sequentially connected to the electrodes; e) an electrolyte in which electricity is applied to the electrode to be electrolyzed; f) H ⁺ , OH ^- , H ₂ , O ₂ , CO ₂ , Cl ₂ , HOCl, NaOCl, OH radicals, ions, iron ions, metal ions, bubbles, gas, fresh water, salt-concentrated water, an electrolytic cell in which at least one of acidic water, alkaline water, lacquer, hypo-salt, and hypochlorous acid is generated; consists of, etc. Electrolyzer 2 includes: a) water, water, liquid, material, salt, brine, seawater, electrolyte; b) electrolysis of at least one of the water to the electrolyte generated in the anode and the cathode by the application of electricity; c) said H ⁺ to hypochlorous acid produced by said electrolysis; d) decomposition, desalination and desalination of at least one of the water to the electrolyte by the electrolysis; e) H ₂ , O ₂ , salt-concentrated water, fresh water, acidic water, alkaline water, respectively, separated and discharged to the anode and the cathode by the ion membrane; One or more of these are used, generated, formed, implemented, released, etc. Electrolyzer 3 includes a) a pipe sequentially connected to the electrolyzer, a purifier, a condenser, a compressor, and a storage tank; b) the H ₂ , the pipe or storage tank for transferring one or more of O ₂ , refining, condensing, pressurizing, and storing at least one; etc. are provided. Electrolyzer 4 is an electrolyzer in which the above magnetization-composite and the like are used. Looking at the generation of H ⁺ to hypochlorous acid, etc. 1) H ⁺ is positive electrode, OH ^- is negative electrode, H ₂ is positive electrode, O ₂ is negative electrode, CO ₂ is positive electrode, OH radical is negative electrode, ions are positive electrode, acidic water is positive electrode, alkaline water negative electrode; 2) and Cl ₂ , HOCl, NaOCl, bubble, gas, fresh water, lactose, hypo-salt, hypochlorous acid, etc., in the electrolytic cell, between the anode and cathode; occurs, etc.

The electrolyzer is a) equipped with an electrolyzer, b) an electrode and electrolyte are put into the electrolyzer, c) an ion film is installed between the anode and the cathode of the electrode, d) a pipe, a purifier, a condenser, a compressor, a storage tank, etc. are connected to the electrolyzer, e) connecting one or more of a wire, a plug, an outlet, and a power supply to the electrode; manufactured by etc.

The sterilizer corresponds to the following sterilizers 1, 2, 3 and the like. Sterilizer 1 Silver lamp, lamp, heater, LED light, UV lamp, high temperature heater over 100℃, sterilizer, sterilizer, sterilizer, antibacterial device, sterilizer, detoxifier, detoxifier, detoxifier, purifier, purifier, washer, washer, ozone Machine, anion machine, electrolyzer, discharge machine, plasma machine, steam generator, clothes hanger lamp, ozone sprayer, disinfectant sprayer, disinfectant sprayer, smoke screen sprayer, chemical sprayer, chemical sprayer, chemical spray cannon, sterilization mist sprayer, sterilizing agent Sprayers, sterilizing chemical spraying cars, sterilizing chemical spraying cannons, etc. Sterilizer 2 comprises: a) a vessel, an inlet and outlet of the vessel, a screen and fan at the inlet, and a filter at the outlet; b) a heater inside the container, a wheel or moving means of the container, a pusher or a handle of the container; c) hoses, nozzles, sprayers on the outside of the outlet; d) a venturi tube in the middle of the vessel; e) an injector, a check valve, a solenoid valve, a hose, and a compressor sequentially on the outside of the venturi tube; f) a timer for adjusting the opening/closing interval of the solenoid valve; g) at least one of light, heat, steam, pressure, medicine, drug, substance, disinfectant, disinfectant, ozone, anion, ultraviolet, infrared, far infrared, LED light, plasma, sterilizing gas, and sterilizing air inside and outside the container one or more devices or lamps emitting h) said vessel or lamp coated with a photocatalyst; i) the vessel or lamp for sterilizing substances or objects inside and outside the vessel; j) a wire, plug, outlet, power supply connected sequentially to one of said containers or lamps; consists of, etc. Sterilizer 3 includes a) a cradle; b) at least one lamp emitting at least one of the light and sterilizing air to the holder; c) wheels or moving means on the cradle; d) a shade or reflector on the lamp; e) the cradle or the reflector coated with a photocatalyst; e) the cradle or lamp for sterilizing materials or objects around the cradle or lamp; f) an electric wire, a plug, an outlet, and a power supply sequentially connected to one of the cradle or the lamp; consists of one or more of

The sterilizer is manufactured by providing the container or the power supply, or the cradle or the power supply in order or in random order. The container is a tank, barrel, box, ring, tube, bottle, cabinet, wardrobe, drawer, tank, box, container, tube, band, hose, pipeline, pipe, hollow body, hollow tube, hollow tube, silo, glass tube, Quartz tube, single tube, double tube, triple tube, case, housing, shoe cabinet, toothbrush case, etc. are applicable.

The dischargers are the following dischargers 1, 2, 3, 4, and the like. Discharger 1 includes: a) a discharger, an electric discharger, and a discharge vessel; b) an electrode inserted into one of them; c) a wire, a plug, an outlet, and a power supply sequentially connected to one or more of the discharger or the electrode; d) the discharger or electrode in which electricity is applied through the electric wire to generate one of a discharge, an electric discharge, and a corona discharge; e) the discharger or electrode which becomes at least one of ozone generation, negative ion generation, dust adhesion, dust aggregation, dust removal, and charged particle removal by the discharge; consists of, etc. Discharger 2 comprises: a) an anode and a cathode spaced apart from each other; Wires, plugs, outlets, power supplies, and high voltage generators that are sequentially connected thereto and supply electricity or voltage; Electric discharge by at least one of, b) or the electric discharge becomes at least one of ozone generation, anion generation, dust adhesion, dust aggregation, dust removal, and charged particle removal. Discharger 3 includes: a) a discharger using corona discharge by electricity, a discharger for collecting particles charged by corona discharge; b) a discharger that applies an electric field to the dust suspended in the air to generate electricity, then collects and removes the dust with an electrostatic force; c) an electric discharger with a voltage of 40,000 to 70,000 V; d) An electric discharger using a voltage of 40,000 to 70,000 V generated through a high-voltage generator using an AC power of 50 to 60 Hz; e) a discharge device in which the electric charge generated by corona discharge is attached to the dust particles and becomes charged particles, and is attracted and moved by an electrode of opposite polarity by an electrostatic force; f) Using the dust collecting electrode of the cylinder as the positive electrode and the discharge wire mounted in the center of the cylinder as the negative electrode, the dust is negatively charged by passing the air containing the dust in the cylinder. ) to attach and remove the discharge device on the inner surface of the cylinder; g) a discharger for washing the dust deposited on the cylinder with water or by applying a mechanical shock to the cylinder to remove the dust; etc. Discharger 4 is a discharger in which the magnetization-composite and the like are used. The discharge device is manufactured in the order of the discharge vessel or the power supply or the like.

The above use, provision, radiation, placement, etc. are use, use, application, utilization, provision, radiation, 放射, placement, injection, installation, mounting, fixation, attachment, retention, location, expression, generation, launch, 發射, irradiation,照射, irradiating, illuminating, supplying, providing, creating, composition, forming, enforcing, carrying out, proceeding, injecting, 注入, input, influx, spraying, spraying, ejecting, discharging, containing, inclusion, immersion, precipitation, fumigation, immersion, This includes deposition, licensing, and permits. In the present invention, - and the like correspond to - and so on, - etc., one of -, one or more of -, and a combination of one or more of -. In the present invention, to, to, and the like correspond to, to, to, to to, and the like.

The above relates to some of the contents, examples, etc. that can be implemented by the present invention, and as noted, the scope of the present invention should not be construed as being limited to the above contents, examples, etc., and It will be said that all technical matters of the invention and the technical matters that are fundamental to the invention are included in the scope of the present invention.

70: vibrator, magnetizer, magnetized vibrator, vibrating magnetizer 90: case
91: stator 92: rotor 93: rotation shaft 94: asymmetric rotating body

Claims (1)

As a certain multifunction device,
It includes a decomposer, an incubator, an electrolyzer, a sterilizer, a discharger, a pulser, and a microbial fuel cell sequentially mounted in the multifunction device,
The decomposer decomposes the material, the incubator cultivates microorganisms, the electrolyzer electrolyses, the sterilizer sterilizes, the discharger generates an electric discharge, the pulser generates a pulse, and the microbial fuel cell generates electricity
A magnetizer, a vibrator, a vibrator, an ozone group, and an anion group are sequentially provided in the multifunction device,
The decomposer is a first container, a positive electrode and a negative electrode spaced apart from each other while mounted inside the first container, an ion film mounted between the positive electrode and the negative electrode, a wire connected to the positive electrode and the negative electrode, a storage battery or power source connected to the wire Consists of a supply line, a heater mounted on the first container, an inlet of the first container, an outlet of the first container, and a supply line for supplying air or oxygen to the first container,
The incubator is provided with the first container or supply line, materials and microorganisms are introduced into the first container, heat by the heater is applied to the first container, and the first container is fed to the first container by the supply line. Air, oxygen and nutrients are input, and H ₂ and O 2 are generated from the anode in the first container by the application of electricity to the electric wire, and O ₂ is generated from the cathode, the microorganism is decomposed or cultured, and H ₂ by the decomposition or culture , O ₂ , CO ₂ , CH ₄ , microorganisms, proliferating microorganisms, cultured microorganisms, bio-water, bio-liquid, and biogas are generated,
The electrolyzer comprises: a) an electrolyzer; b) the positive electrode, the negative electrode, and the electrolyte added to the electrolytic cell; c) an ion film disposed between the anode and the cathode; d) wires, plugs, outlets, and power supplies sequentially connected to the electrodes; e) the electrolyte in which electricity is applied to the electrode to be electrolyzed; f) H ⁺ , OH ^- , H ₂ , O ₂ , CO ₂ , Cl ₂ , HOCl, NaOCl, OH radicals, ions, iron ions, metal ions, bubbles, gas, fresh water, salt-concentrated water, the electrolytic cell in which at least one of acidic water, alkaline water, hypochlorite, and hypochlorous acid is generated; is composed of,
The sterilizer includes: a) a second container, an inlet and an outlet of the second container, a screen and a fan mounted on the inlet, and a filter mounted on the outlet; b) a heater mounted inside the second container, wheels or moving means of the second container, and a pusher or handle of the second container; c) a hose, a nozzle, and a sprayer sequentially mounted on the outside of the outlet; d) a venturi tube mounted in the middle of the second container; e) an injector, a check valve, a solenoid valve, a hose, and a compressor sequentially mounted on the outside of the venturi tube; f) a timer for adjusting the opening/closing interval of the solenoid valve; g) Light, heat, steam, pressure, medicine, drug, sterilizer, disinfectant, ozone, anion, ultraviolet, infrared, far-infrared, LED light, plasma, sterilizing gas, sterilizing air, mounted on the inside and outside of the second container one or more devices or lamps emitting one or more of; h) the second container or lamp coated with a photocatalyst; i) the heater or lamp for sterilizing materials or objects inside and outside the second container; j) an electric wire, a plug, an outlet, and a power supply sequentially connected to one of the second containers or lamps; is composed of,
The discharge device includes: a) a discharge vessel; b) the electrode put into the discharge vessel; c) a wire, a plug, an outlet, and a power supply sequentially connected to the discharge passage electrode; d) the electrode to which electricity is applied through the electric wire to generate one of a discharge, an electric discharge, and a corona discharge; e) the electrode generating ozone by the discharge, the electrode generating negative ions, and the discharge vessel to which dust is attached:
The pulser a) a hollow body provided with a magnetizer; b) an inlet mounted on the front end of the hollow body; c) a cradle provided inside the hollow body; d) a tee tube, a first venturi tube, and an outlet sequentially mounted on the rear end of the hollow body; e) a first check valve, a first solenoid valve, a second venturi tube, a pressure inlet, and a compressor for generating pressure; f) an injector sequentially mounted in the middle of the first venturi tube, a second check valve, a second solenoid valve, and an ozone inlet for focusing ozone generated from the ozone generator on the second solenoid valve, an ozone funnel, and an ozone generator; g) a high voltage generator for applying a high voltage to the ozone generator; h) a first hose mounted on the front end of the inlet; i) a second hose mounted on the rear end of the outlet; j) a first L storage mounted between the inlet and the hollow body; k) a second L storage mounted between the hollow body and the T-E tube; ℓ) a first pipe mounted between the Tee tube and the first venturi tube; m) a second pipe mounted between the first venturi pipe and the outlet; n) a third pipe mounted between the first check valve and the first solenoid valve; o) a fourth pipe mounted between the first solenoid valve and the second venturi pipe; p) a fifth pipe mounted between the second venturi tube and the pressure inlet; q) a sixth pipe mounted between the injector and the second check valve; r) a seventh pipe mounted between the second check valve and the second solenoid valve; s) an eighth pipe mounted between the second solenoid valve and the ozone inlet; t) a third hose, a third check valve, a pump, and a storage that are sequentially mounted on at least one of the inlet to the eighth pipe; u) a timer for adjusting the opening/closing interval of the first solenoid valve and the second solenoid valve; v) a switchboard supplying electricity to at least one of the first solenoid valve, the second solenoid valve, a timer, an ozone generator, and a high voltage generator; w) a switch for controlling the supply of electricity; x) wires, plugs, outlets, and power supplies sequentially connected to the switchboard; y) a case in which at least one of the hollow body and the power supply is mounted; is provided,
The microbial fuel cell may include: a) materials, waste, sludge, wastewater, and organic matter input to the anode part of the third container; b) H ⁺ , CO ₂ , electrons (e ^- ) generated from the anode; c) the H ⁺ directed to the cathode part through the ion film mounted between the anode part and the cathode part of the third container; d) H ₂ O formed by the combination of the H ⁺ and O ₂ in the external inlet air in the negative electrode part; e) the electrons (e ⁻ ) flowing through a wire connected to the positive electrode mounted on the positive electrode and the negative electrode mounted on the negative electrode; f) electricity generated by the flow of the electrons (e ⁻ ); g) a storage battery for storing the electricity; At least one of the batteries is used,
The magnetizer is a magnetizer that generates a magnetic field,
The vibrator includes a case, a stator mounted inside the case, a rotor connected to the stator, a rotating shaft of the rotor, an asymmetric rotating body mounted on the rotor or rotating shaft, and the case vibrating by rotation of the rotating body vibrator,
The vibrator is a magnetized vibrator that excites,
The magnetization vibrator includes: a) a first magnetizer; a first attachment plate to which the first magnetizer is attached; a second magnetizer mounted spaced apart from the first attachment plate; A magnetized vibrator composed of
b) a third magnetizer; a core mounted between two of the third magnetizers; a coil mounted on the outer periphery of the core; a separation plate mounted while being spaced apart from the core and the third magnetizer; A magnetized vibrator composed of
c) a cradle; a second attachment plate mounted on the mounting plate; a fourth magnetizer attached to the second attachment plate; a coil mounted on the outer periphery of the fourth magnetizer and the second attachment plate; A magnetized vibrator consisting of, is one selected from
The ozone device is spaced apart from the first plate and has a needle mounted on the other side,
Electricity is supplied to the first plate and the needle,
Ozone is generated by the supply of electricity,
The anionic group is an anionic group that is spaced apart from the hollow formed in the second plate and faces the brush,
Electricity is supplied to the second plate and the brush,
Electricity is supplied to the second plate and the brush to generate negative ions.

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