Ozone water production device using quantum energy and agricultural product cultivation system including the same

Abstract

The present invention relates to an ozone water production device and a greenhouse system using the same, and more specifically, to an ozone water production device using quantum energy and a greenhouse system including the same.

Description

Technology Field

[0001] The present invention relates to an ozone water production device and a greenhouse system using the same, and more specifically, to an ozone water production device using quantum energy and a greenhouse system including the same. Background Technology

[0002] Korean Patent Publication No. 10-1998-0004694 discloses a pollution-free, clean farming method capable of achieving high yields without causing environmental pollution by dissolving ozone (O3) into water to produce ozone water, which is then used for irrigation, watering, supplying, spraying, and atomizing various crops and their soil. However, this method has the disadvantage of low efficiency due to the weak activity of the water constituting the ozone water.

[0003] As one of the methods to increase the activity of water, Korean Patent No. 10-1728803 granted to Hanbit E&B Co., Ltd. is presented as a reference. This method includes, as illustrated in FIG. 16, a first energy wave generating unit (110); a third energy wave generating unit (120) composed of a first low-frequency wave generating unit (121), a second low-frequency wave generating unit (122), a third low-frequency wave generating unit (123), a low-frequency pairing mixing unit (124), a composite wave amplification unit (125), a BNC connector (126), a second energy wave induction unit (127), and an energy wave generation detection unit (128); and a second energy wave generating unit (130).

[0004] This device uses a first cell-activating energy wave generated from a first energy wave generator (121) and a second cell-activating energy wave in the form of a low frequency generated from a second energy wave generator (130) to produce a cell-activating complex frequency in a third energy wave generator (120), amplify it, and transmit it through a BNC connector to extend the shelf life of food stored in a storage tank.

[0005] However, this device has the disadvantage that an expensive rare earth device is required to generate a first cell-activating energy wave in the first energy wave generating unit (110), and that the functional solution used to generate a second cell-activating energy wave in the form of a low frequency in the second energy wave generating unit (130) is based on acidic substances such as acetic acid and hydrogen peroxide, which may cause corrosion of the device during long-term use, and that in order to generate a cell-activating composite frequency, a second energy wave generating unit that generates a low frequency separately from the first energy wave generating unit is required, which makes the device complex.

[0006] In addition, conventional farming methods using ozone water have the disadvantage of being unable to treat harmful substances such as bacteria or mold in the air, or having low efficiency. The problem to be solved

[0007] The problem to be solved by the present invention is to provide an ozone water production device containing highly active water.

[0008] Another problem to be solved by the present invention is to provide an ozone water production apparatus capable of producing highly active water without using expensive rare earth elements, avoiding the use of corrosive acidic solutions, and having a simple structure.

[0009] Another problem to be solved by the present invention is to provide a new ozone water production device that does not use expensive rare earth elements, avoids the use of corrosive acidic solutions, has a simple structure, can produce ozone water containing highly active water, and is capable of sterilizing greenhouse air.

[0010] Another problem to be solved by the present invention is to provide a greenhouse system including an ozone water production device capable of producing ozone water containing highly active water without using expensive rare earth elements, avoiding the use of corrosive acidic solutions, and having a simple structure. means of solving the problem

[0011] In order to solve the above problems, the ozone water production device (10) according to the present invention is

[0012] AC power input section (1100),

[0013] Noise filter (1200),

[0014] Microenergy induction device (1300) including a silica sand-based ceramic bobbin coil,

[0015] AC down transformer unit (1400) that generates a first low-voltage AC and a second low-voltage AC,

[0016] A low-frequency pulse generation unit (1500) that converts a first low-voltage AC into DC and uses it to generate low-frequency pulses having different frequencies,

[0017] A composite low frequency generator (1600) that mixes the above low frequency pulses to generate a composite low frequency,

[0018] A coil synthesis unit (1700) that filters the above composite low frequency with a coil and integrates it into a second low voltage AC, and

[0019] A quantum energy generating device (1000) including an output device (1800) that outputs a coil-synthesized waveform;

[0020] ozone generator (2000); and

[0021] It includes a water storage tank (3000).

[0022] In the present invention, the AC power input unit (1100) forming the quantum energy generating device (1000) may be a household AC voltage. In the implementation of the present invention, the household AC voltage may be a voltage having 100 to 220 V and 50 to 60 Hz.

[0023] In the present invention, the noise filter (1200) forming the quantum energy generating device (1000) may be a filter that blocks normal mode noise and / or common mode noise. In the implementation of the present invention, the noise filter may utilize a known normal mode noise blocking circuit and / or common mode noise blocking circuit, and, for example, an EMC filter may be used.

[0024] In the present invention, the micro-energy induction device (1300) comprising the quantum energy generating device (1000) and including a silica sand-based ceramic bobbin coil is intended to filter out micro-noise included in the AC voltage that has passed through a noise filter and to induce micro-energy, and may be a bobbin coil in which an enamel copper wire is wound around a silica sand-based ceramic rod.

[0025] In the implementation of the present invention, the silica-based ceramic rod may be formed by processing a material with a high silica (SiO2) content, such as loess, white clay, feldspar, dolomite, or biotite, into a powder, and then mixing it with lead-free frit for low-temperature sintering and sintering it.

[0026] In one embodiment of the present invention, the ceramic rod may have a silica (SiO2) content of 70%, preferably 75% or more, and may include components such as Al2O3, Fe2O3, and CaO.

[0027] In a preferred embodiment of the present invention, the silica sand-based ceramic bobbin coil may consist of two silica sand-based ceramic bobbin coils that are wound in opposite directions and connected in parallel so as to cancel out the generated electromagnetic field.

[0028] In the present invention, the AC down transformer (1400) forming the quantum energy generating device (1000) and generating low-voltage AC can generate a first low-voltage AC for DC conversion and a second low-voltage AC for coil synthesis.

[0029] In the implementation of the present invention, the first low-voltage AC for DC conversion may be a higher voltage than the second low-voltage AC for coil synthesis, and preferably, the first low-voltage AC may be a low voltage 1.5 to 3 times the size of the second low-voltage AC.

[0030] In one embodiment of the present invention, the first low voltage may be 12 V AC and the second low voltage may be 6 V AC.

[0031] In the present invention, the low-frequency pulse generation unit (1500) forming the quantum energy generation device (1000) may include an AC-DC converter (1510) that converts a first low-voltage AC generated from an AC down transformer (1400) into a first low-voltage DC, and a low-frequency pulse generation unit (1520) that generates a plurality of low-frequency pulses having different frequencies using the first low-voltage DC.

[0032] In the embodiment of the present invention, the low-frequency pulse generator (1520) may be composed of a first low-frequency pulse generator (1521), a second low-frequency pulse generator (1522), and a third low-frequency pulse generator (1523) connected in parallel.

[0033] In one embodiment of the present invention, the first low-frequency pulse generator (1521) can generate a low-frequency pulse of 300 to 1,000 Hz, the second low-frequency pulse generator (1522) can generate a low-frequency pulse of 1 to 5 Hz, and the third low-frequency pulse generator (1523) can generate a low-frequency pulse of 5 to 10 Hz.

[0034] In the present invention, the composite low frequency generator (1600) forming the quantum energy generating device (1000) is connected to a plurality of low frequency pulse generators forming a low frequency pulse generator (1520) so that a plurality of low frequency pulses are input and a single composite low frequency can be output.

[0035] In the implementation of the present invention, the composite low frequency generating unit (1600) may be a transistor that is connected in parallel with a plurality of low frequency pulse generators and outputs a composite low frequency.

[0036] In the present invention, the coil synthesis unit (1700) comprising the quantum energy generating device (1000) and integrating the composite low frequency into a second low voltage AC by filtering it with a coil includes a bobbin coil with a built-in function for the composite low frequency.

[0037] In the implementation of the present invention, the functional water-embedded bobbin coil may be composed of a plastic bobbin (1613) having flens (1611) formed at both ends and a cylindrical bobbin hole (1612) formed inside, a hole cover (1614) that blocks the cylindrical bobbin hole (1612) of the plastic bobbin (1613), a coil (1615) that wraps around the bobbin, and alkaline functional water (1616) filled in the bobbin hole (1614).

[0038] In one embodiment of the present invention, the functional water contained in the functional water-embedded bobbin may be alkaline functional water to prevent device corrosion. The alkaline functional water is filled into a space configured inside the bobbin to prevent a decrease in device performance caused by electromagnetic interference generated from the coil, and plays a role in rapidly absorbing unnecessary electromagnetic waves into the functional water. Although not theoretically limited, if a strongly alkaline functional water with a pH of about 10-14 is made using an alkaline substance, the water molecule cluster particles are very small, allowing for rapid absorption of electromagnetic waves, thereby maintaining the functionality of the product and preventing defects.

[0039] In a preferred embodiment of the present invention, the alkaline functional water is prepared by mixing sodium silicate, which has a high SiO2 content, with water in a ratio of 1:1 to 1:5 (%), maintaining a pH of 11.0 to 13.0, and having small water molecule cluster particles, it can rapidly absorb electromagnetic waves generated in the coil.

[0040] In the implementation of the present invention, the coil synthesis unit (1700) generates a waveform in which composite pulses protrude in a predetermined area while maintaining a sinusoidal waveform.

[0041] In the present invention, the output device (1800) constituting the quantum energy generating device (1000) may be an output terminal that transmits an energy waveform output from a coil synthesis unit to a storage tank. In the embodiment of the present invention, the output terminal may come into contact with water stored in a water tank (3000).

[0042] In the present invention, the ozone generating device (2000) may be an ozone generating device using a UVC lamp (2100) for ozone generation.

[0043] In the present invention, the ozone generating device (2000) includes an ozone generating UVC lamp (2100), a quartz tube (2200) into which air is introduced from one side where the UVC lamp (2100) is mounted and air is discharged from the other side, and an air pump (2300) that supplies air to the quartz tube.

[0044] In the present invention, the tank may consist of one or more tanks, and preferably may consist of a first tank (3100) to which quantum energy is supplied and a second tank (3200) to which ozone is supplied.

[0045] In the present invention, the ozone water production device (10) may include a quantum energy generating device (1000), a first water tank (3100) coupled to the quantum energy generating device, a second water tank (3200) connected to the first water tank, and an ozone generating device (2000) coupled to the second water tank.

[0046] In the present invention, the ozone water production device (10) may further include a sterilization device (4000) to sterilize the atmosphere.

[0047] Although not theoretically limited, the sterilization device (4000) according to the present invention absorbs biological contaminants such as microorganisms, bacteria, fungi, and viruses floating in the air by bioaerosol and removes them through filtering and sterilization, thereby preventing these biological contaminants from spreading inside the greenhouse and causing damage to crops.

[0048] In the present invention, the sterilization device (4000) may be an intake-exhaust type sterilization device that sterilizes the air inside a greenhouse by inhaling ambient air, sterilizing it, and discharging it.

[0049] In the present invention, the sterilization device (4000) may include a second power input unit (4100), a second AC down transformer unit (4200), and a sterilization unit (4300).

[0050] In the present invention, the second AC power input unit (4100) forming the sterilization device (4000) may be an input unit mounted on a substrate separated from the AC power input unit (100) so as to prevent noise generated during operation, for example, noise generated during operation of a blower fan, plasma generation using high-voltage power, or negative ion generation device, from being mixed into the energy generation device (1000) and contaminating the waves generated from the energy generation device (1000).

[0051] In one embodiment of the present invention, the second AC power input unit (4100) may be a household AC voltage. In one embodiment of the present invention, the household AC voltage may be a voltage having 100 to 220 V and 50 to 60 Hz.

[0052] In the present invention, the second AC down transformer (4200) forming the sterilization device (4000) can generate a third low-voltage AC for DC conversion.

[0053] In an embodiment of the present invention, the third low-voltage AC for DC conversion may be a low voltage of the same magnitude as the first low-voltage AC. In one embodiment of the present invention, the third low voltage may be a 12 V AC.

[0054] In the present invention, the sterilization unit (4300) may include an AC-DC converter (4310) that converts a third low-voltage AC generated from a second AC down transformer (200) into a third low-voltage DC, and a sterilization device unit (4320) that sterilizes air using the third low-voltage DC.

[0055] In the implementation of the present invention, the sterilization device unit (4320) may include a blower (4321) for introducing and discharging air into and out of the device, a filter unit (4322) for filtering substances suspended in the introduced air, a sterilization unit (4323) for sterilizing biological contaminants contained in the air, a deodorization unit (4324), and an anion generation unit (4325).

[0056] In one embodiment of the present invention, the blower (4321) may include a blower fan.

[0057] In one embodiment of the present invention, the filter unit (4322) may include a pre-filter for removing airborne dust and a medium filter or a dust collection filter.

[0058] In one embodiment of the present invention, the sterilization unit (4323) may use plasma sterilization, UV sterilization and / or photocatalytic sterilization.

[0059] In one embodiment of the present invention, the deodorizing unit may use a VOC catalyst.

[0060] In one embodiment of the present invention, the negative ion generating unit (4325) may include a negative ion generator.

[0061] In one embodiment of the present invention, the sterilization device (4320) may use a multi-functional sterilization-dust collection composite module disclosed in Korean Patent No. 2549024, which is capable of sterilization, dust collection, deodorization, and air blowing. The entirety of the said patent is incorporated by reference in the present invention.

[0062] In a preferred embodiment of the present invention, the multi-functional sterilization-dust collection composite module may have a sterilization-dust collection module, a UV lamp, and a post-treatment module mounted sequentially inside the body according to the airflow, and a blower module attached to the rear end.

[0063] In one aspect, the present invention,

[0064] Step of inputting AC power (S-100);

[0065] A step (S-200) of removing noise from the input AC power using a circuit;

[0066] A step of removing fine noise using a silica sand-based ceramic bobbin coil (S-300);

[0067] A step (S-400) of generating a first low-voltage AC and a second low-voltage AC using a high-voltage AC from which fine noise has been removed;

[0068] A low-frequency pulse generation step (S-500) that converts a first low-voltage AC into DC and uses it to generate a plurality of low-frequency pulses having different frequencies;

[0069] A step (S-600) of mixing low-frequency pulses to generate a composite low frequency;

[0070] A coil composite wave generation step (S-700) that processes the above composite low frequency using a coil and mixes it with a second low-voltage AC; and

[0071] A method for generating quantum energy is provided, comprising an output step (S-800) of outputting the above-mentioned coil composite wave to a storage tank.

[0072] In one aspect, the present invention,

[0073] AC power input section (1100),

[0074] Noise filter (1200),

[0075] Microenergy induction device (1300) including a silica sand-based ceramic bobbin coil,

[0076] AC down transformer unit (1400) that generates a first low-voltage AC and a second low-voltage AC,

[0077] A low-frequency pulse generation unit (1500) that converts a first low-voltage AC into DC and uses it to generate low-frequency pulses having different frequencies,

[0078] A composite low frequency generator (1600) that mixes the above low frequency pulses to generate a composite low frequency,

[0079] A coil synthesis unit (1700) that filters the above composite low frequency with a coil and integrates it into a second low voltage AC, and

[0080] A quantum energy generating device (1000) including an output device (1800) that outputs a coil-synthesized waveform;

[0081] ozone generator (2000); and

[0082] A greenhouse system (1) is provided that includes an ozone water production device (10) that includes a water storage tank (3000). Effects of the invention

[0083] The present invention provides a novel ozone water production device containing quantum energy. The ozone water production device containing quantum energy according to the present invention can avoid the use of expensive rare earth elements for generating energy waveforms and can avoid the use of corrosive acidic solutions. Furthermore, due to its simple structure, it can form complex waveforms using a single household AC power source.

[0084] Furthermore, the present invention provides a novel greenhouse system utilizing a novel ozone water production device containing quantum energy. The greenhouse system according to the present invention enables sterilization using ozone water with high water activity, thereby allowing for pesticide-free or low-pesticide eco-friendly farming. Brief explanation of the drawing

[0085] FIG. 1 is a block diagram of a quantum energy generating device according to one embodiment of the present invention. FIG. 2 is a drawing illustrating a micro-energy induction device (300) that forms the quantum energy generation device of FIG. 1. Figure 3 is a drawing showing the state in which the insulating film and the copper foil film have been removed from the micro-energy induction device according to Figure 2. Figure 4 is a cross-sectional view along line segment AA' of the micro-energy induction device according to Figure 2. FIG. 5 is a block diagram illustrating a low-frequency pulse generating unit (500) forming a quantum energy generating device according to the present invention. FIG. 6 is a diagram showing the circuit (a) and generated waveform (b) of the first pulse generator forming the pulse generation unit (1500). FIG. 7 is a diagram showing a circuit (a) forming a second pulse generator and a third pulse generator forming a pulse generator (1500), a generated waveform (b) output from pin 5 of NE556, and a waveform (c) output from pin 9. FIG. 8 is a diagram showing a transistor circuit forming a composite low-frequency generating unit (1600). FIG. 9 is a diagram showing a circuit according to one embodiment of the coil synthesis unit (1700). FIG. 10 is a drawing showing a cross-section of a bobbin coil forming a coil composite section (1700). Figure 11 is a diagram showing the signal output from the coil synthesis unit (1700). FIG. 12 is a diagram showing the waveform output from the output unit (1800). FIG. 13 is a flowchart showing a method for forming quantum energy according to the present invention. Figure 14 is a diagram illustrating an ozone water production device containing quantum energy. FIG. 15 is a drawing illustrating an ozone water production device including a sterilization block. Figure 16 is a detailed block diagram of the sterilization block. FIG. 17 is a drawing illustrating a greenhouse system using a sterilizing ozone water production device according to the present invention. Figure 18 is a photograph of a quantum energy generation and sterilization composite device forming a sterilizing ozone water production device. Figure 19 is a test report for MRSA of the composite device according to Figure 18. FIG. 20 is a sterilization and energy generation device for improving food preservation according to the present invention. Aspergilus brasiliensis This is the test report for ATCC 9642. FIG. 21 is a test report for Bacteriophage MS2 ATCC 15597-B1 and Escherichia Coil ATCC 15597 of the composite device according to FIG. 18. FIG. 22 is a drawing of an energy generating device according to the prior art. Specific details for implementing the invention

[0086] The present invention will be explained in detail below through examples.

[0087] As illustrated in FIG. 1, the quantum energy generating device (1000) comprises an AC power input unit (1100), a noise filter (1200), a micro energy induction device (1300) including a silica sand-based ceramic bobbin coil, an AC down transformer unit (1400) that generates a first low-voltage AC and a second low-voltage AC, a low-frequency pulse generator (1500) that converts the first low-voltage AC into DC and uses it to generate low-frequency pulses having different frequencies, a composite low-frequency generator (1600) that mixes the low-frequency pulses to generate a composite low frequency, a coil synthesis unit (1700) that filters the composite low frequency with a coil and integrates it into the second low-voltage AC, and an output unit (1800) that outputs the waveform of the coil synthesis unit.

[0088] As illustrated in FIG. 1, a household AC voltage of 220 V and 60 Hz is applied and input to the AC power input section (1100).

[0089] As illustrated in FIG. 1, the noise filter (1200) is composed of an EMC filter and filters noise from high-frequency interference and overvoltage pulses. The EMC noise filter can be commercially purchased and used.

[0090] As illustrated in FIGS. 1 to 4, the micro-energy induction device (1300) is configured to filter out micro-noise included in the AC voltage that has passed through the noise filter (1200) and to induce micro-energy, and consists of a first silica sand-based ceramic bobbin coil (1310) and a second silica sand-based ceramic bobbin coil (1320) connected in parallel.

[0091] The first silica sand-based ceramic bobbin coil (1310) comprises a cylindrical first silica sand-based ceramic rod (1312) with a brass wire (1311) inserted in the center, an enameled copper wire (1313) wound around the first silica sand-based ceramic rod (1312) in a first direction, a first insulating film (1314) wrapping the surface of the first silica sand-based ceramic rod wrapped with the enameled copper wire, and a first copper film (1315) wrapping the first insulating film (1314).

[0092] The second silica sand ceramic bobbin coil (1320) is composed of a cylindrical second silica sand ceramic rod (1322) with a brass wire inserted in the center, an enameled copper wire (1323) wound in the opposite direction to the second silica sand ceramic rod (1322), a second insulating film (1324) wrapping the surface of the second silica sand ceramic rod wrapped with the enameled copper wire, and a second copper film (1325) wrapping the second insulating film (1324).

[0093] The first silica sand-based ceramic rod body forming the first silica sand-based ceramic bobbin coil is manufactured in the following manner. First, a silicone plaster mold was prepared that is suitable for the size of the ceramic rod to be manufactured and capable of continuous production. Raw materials selected from loess, white clay, feldspar, dolomite, and biotite, which contain a large amount of silica (SiO2), were ground to a size of 325 mesh (43 microns) or larger to produce powder, and then mixed with lead-free glass powder for low-temperature sintering to form a paste.

[0094] Next, after mixing, air bubbles were removed and the mixture was filled into a prepared plaster mold. A copper wire or brass wire without enamel coating with a diameter of 0.5 mm to 1 mm was inserted into the center, and the mixture was dried for about 48 to 60 hours (natural moisture absorption in the plaster mold, natural drying), and the plaster mold was separated to demold the ceramic rod.

[0095] Afterward, after demolding from the plaster mold, the mold was dried at room temperature for at least 60 hours to completely remove moisture, then the temperature was gradually raised to about 700°C over 6 hours in an electric or gas furnace to remove any remaining moisture inside, and then low-temperature firing was performed for about 24 hours.

[0096] Finally, after 24 hours, the low-temperature firing of the ceramic rod was completed by natural cooling inside the kiln for about 24 hours. Compared to ordinary ceramic rods, the strength and bonding strength of the ceramic rod are enhanced even during low-temperature sintering due to the effect of lead-free frit for low-temperature sintering.

[0097] The second silica sand ceramic rod forming the second silica sand ceramic bobbin coil (1320) without a brass wire in the center was manufactured in the same way as the first silica sand ceramic rod, except that it has no brass wire in the center.

[0098] The main components of the manufactured silica sand-based ceramic rod are shown in Table 1 below.

[0099] ingredient SiO2 Al2O3 Fe2O3 CaO MgO K2O Na2O TiO2 P2O3 (%) 78.7 10.0 1.87 1.95 0.26 3.13 0.13 0.05 0.00

[0100] A first silica sand-based ceramic bobbin coil was manufactured by winding an enameled copper wire counterclockwise onto the first silica sand-based ceramic rod manufactured above using a winding machine. A second silica sand-based ceramic bobbin coil was manufactured by winding an enameled copper wire clockwise onto the second silica sand-based ceramic rod using a winding machine.

[0101] The filtered AC voltage was connected in parallel to the first silica sand-based ceramic bobbin coil and the second silica sand-based ceramic bobbin coil manufactured above.

[0102] Although not theoretically limited, if two coils are wound around a ceramic cylinder, one coil is wound clockwise and the other counterclockwise, and current is passed in opposite directions through each coil, an electromagnetic field exists inside the cylinder, but outside the cylinder, two magnetic fields cancel each other out, a quantum potential is generated, and subtle energy (SE) is induced inside the quantum potential.

[0103] Microscopic energy can exert a powerful influence on matter through two characteristics: resonance and interference. Resonance can affect matter by resonating not only with electromagnetic fields but also with matter itself, while interference can provide a pure energy field free from noise in the electromagnetic field.

[0104] As illustrated in FIG. 1, the AC down transformer (1400) generates a first low-voltage AC of 12 V, 60 Hz and a second low-voltage AC of 6 V, 60 Hz using the AC of 220 V, 60 Hz output through the micro energy induction device (1300).

[0105] In the above AC down transformer section (1400), the first low-voltage AC of 12 V, 60 Hz generated is output to the low-frequency pulse generation section (500), and the second low-voltage AC of 6 V, 60 Hz is output to the coil synthesis section (1700).

[0106] As illustrated in FIGS. 5 to 7, the low-frequency pulse generation unit (1500) is composed of an AC-DC converter (1510) that converts a first low-voltage AC of 12 V, 60 Hz generated from an AC down transformer (1400) into a low-voltage DC of 12 V, and a low-frequency pulse generation unit (1520) that generates a plurality of low-frequency pulses having different frequencies using the low-voltage DC of 12 V.

[0107] The above low-frequency pulse generator (1520) is composed of a first low-frequency pulse generator (1521), a second low-frequency pulse generator (1522), and a third low-frequency pulse generator (1523) connected in parallel, and the first low-frequency pulse generator (1521) generates a low-frequency pulse of 500 Hz, the second low-frequency pulse generator (1522) generates a low-frequency pulse of 2.5 Hz, and the third low-frequency pulse generator (1523) generates a low-frequency pulse of 7 Hz.

[0108] The first low-frequency pulse generator (1521) above can be a commercially purchased NE 555 square pulse frequency generator, configured with a peripheral circuit as shown in FIG. 6a, and can output a square wave pulse signal through a diode with a waveform as shown in FIG. 6b.

[0109] The above second low-frequency pulse generator (1522) and third low-frequency pulse generator (1523) can be used by purchasing NE 556, and the peripheral circuit can be configured as shown in FIG. 7a, and a square wave pulse signal can be output through two diodes (D3, D4) with waveforms as shown in FIG. 7b and FIG. 7c at pins 5 and 9.

[0110] As illustrated in FIGS. 1 and 8, the composite low frequency generator (1600) is connected to a transistor into which pulses generated from a plurality of low frequency pulse generators (1521, 1522, 1523) forming a low frequency pulse generator (1520) are input, and outputs a composite low frequency and sends it to a coil synthesis unit (1700).

[0111] The pulse waves generated by the above low-frequency pulse generators (1521, 1522, 1523) are combined in such a way that they are input to the base of the first transistor through a diode, output to the emitter, and then input to the base of the second transistor and output to the emitter.

[0112] As illustrated in FIGS. 1 and FIGS. 9 to 10, the coil synthesis unit (1700) is formed by mixing the second low-voltage AC generated in the AC down transformer unit (1400) and the composite low-frequency input from the composite low-frequency generation unit (1600).

[0113] The composite low frequency input from the above composite low frequency generator (1600) is mixed with 6 V, 60 Hz input from the AC down transformer (1400) via a bobbin coil (1610) with a built-in function, where the bobbin coil (1610) with a built-in function turns the composite low frequency ON / OFF periodically and acts as a load that converts a square wave into an AC waveform.

[0114] As shown in FIG. 10, the above functional water built-in bobbin coil (1610) is composed of a plastic bobbin (1613) having flens (1611) formed at both ends and a cylindrical bobbin hole (1612) formed inside, a hole cover (1614) that blocks the cylindrical bobbin hole (1612) of the plastic bobbin (1613), a coil (1615) that wraps the bobbin, and alkaline functional water (1616) filled in the bobbin hole (1614).

[0115] The above alkaline functional water fills the space formed inside the bobbin, rapidly absorbs unnecessary electromagnetic waves generated into the functional water, and serves to absorb heat generated in the bobbin. The above functional water is prepared by mixing an alkaline substance with water to have a strong alkalinity of approximately pH 10-14, and rapidly absorbs electromagnetic waves because the water molecule cluster particles are very small.

[0116] This alkaline functional water is mixed with ordinary water to prevent the solidification of sodium silicate, which has a high SiO2 content, and to reduce viscosity, maintaining a pH of 11.0 to 13.0. The 100% sodium silicate raw material is diluted with ordinary water by approximately 50–90%, then filled and used.

[0117] No Chemical Composition Percentage(%) 1 Na2O (%) 16.37 2 SiO2 (%) 34.35 3 Ratio of Na2O:SiO2 1:209 Total solid (%) 50.68 Water content (%) 49.28

[0119] As illustrated in FIG. 11, in the coil synthesis unit (1700) that mixes and outputs a composite low frequency and a second low voltage AC, a waveform is generated in which composite pulses (1702) protrude from the sine wave while maintaining the sine wave (1701). As illustrated in FIG. 1, the output device (1800) outputs the waveform synthesized and output from the coil synthesis unit (1700) using a pulse energy (PS) output terminal. The PS output terminal is connected to the surface of the storage device, preferably a conductive surface, to transmit energy, and as illustrated in FIG. 12, energy of a waveform in which the composite waveform is combined while maintaining the basic waveform is transmitted.

[0120] As illustrated in FIG. 13, this energy transfer comprises an AC power input step (S-100) for inputting 220 V, 60 Hz household AC power; a noise removal step (S-200) for removing noise from the input AC power using an EMC circuit; a fine energy induction step (S-300) for removing fine noise using a silica sand-based ceramic bobbin coil; a first low-voltage AC and a second low-voltage AC generation step (S-400) for generating a first low-voltage AC of 12 V, 60 Hz and a second low-voltage AC of 6 V, 60 Hz using the high-voltage AC from which fine noise has been removed; a low-frequency pulse generation step (S-500) for converting the first low-voltage AC into DC of the same voltage and using it to generate a plurality of low-frequency pulses having different frequencies; a composite low-frequency generation step (S-600) for mixing the generated low-frequency pulses to generate a composite low frequency; and a coil for processing the composite low frequency and mixing it with the second low-voltage AC. It consists of a coil composite wave generation step (S-700) and a comparison amplification waveform output step (S-800) that outputs the coil composite wave.

[0121] As illustrated in FIG. 14, the ozone water production device (10) containing quantum energy is composed of a quantum energy generating device (1000), a first water tank (3100) to which quantum energy is applied, a second water tank (3200) connected to the first water tank, and an ozone generating device (2000) connected to the second water tank.

[0122] Water is filled into the first water tank (3100) from Suwon through the inlet (3400), and quantum energy is output and supplied from the electrode (900) connected to the output terminal of the quantum energy generator (1000). Water (H2O) consists of two hydrogen molecules and one oxygen molecule combined, and because water molecules are clustered together like a bunch of grapes (cluster) in millions or tens of millions of units depending on the temperature, water has the characteristic of slow absorption. However, due to the transfer of quantum energy, the attractive and repulsive forces of the water molecules become equal or similar, causing the structure that was clustered like a bunch of grapes to take on a form that separates like individual grapes.

[0123] Water treated with quantum energy is supplied from the first tank (3100) to the second tank (3200) by a pump (3300), and after ozone generated by the ozone generator (2000) is dissolved in the second tank (3200), it is discharged through the outlet (3500).

[0124] The ozone generator (2000) comprises an air supply unit (2110) that supplies air to a second water tank (2000), a power supply unit (2120) that supplies power, an ozone treatment unit (2130) that treats ozone, and a control unit (2140), and an ozone generator main body (2100).

[0125] A device connection part (2200) comprising an air line (2210) that supplies air to a second tank (3200), a power line (2220) that supplies power, and an exhaust line (2230) that discharges air containing ozone, and

[0126] It consists of an ozone generator (2300) comprising a quartz tube (2310) that is fixed vertically to the center of the second tank (3200) and whose upper end is connected to an airline (2210), and a UVC lamp (2320) installed along the central axis of the quartz tube (2310).

[0127] The air generated from the air supply unit (2110) is supplied to the top of the quartz tube (2310) through the error line (2210) at a predetermined speed through the flow meter, and then supplied to the water filled in the second tank (3200) along the quartz tube and bubbled.

[0128] When UVC with a wavelength of 185 nm is irradiated from a UVC lamp (2320) installed along the center of the quartz tube into the air flowing along the quartz tube, ozone is generated, and accordingly, the ozone is supplied to the water along with the air and dissolved.

[0129] Undissolved ozone and air are introduced into the ozone generator body (2100) through the discharge line (2230) and are removed using an ozone treatment catalyst included in the ozone treatment unit (2130).

[0130] As illustrated in FIGS. 15 and 16, the ozone water production device (10) containing quantum energy having a sterilization device comprises a quantum energy generating device (1000), a first water tank (3100) to which quantum energy is applied, a second water tank (3200) connected to the first water tank, an ozone generating device (2000) coupled to the second water tank, and a sterilization device (4000).

[0131] The above sterilization device (4000) comprises a second AC power input unit (4100), a second AC down transformer unit (4200) that generates a third low-voltage AC, and a sterilization unit (4300) that converts the third low-voltage AC into DC and uses it to sterilize the surrounding area and the interior of the storage tank.

[0132] A household AC voltage of 220 V and 60 Hz is applied and input to the second AC power input section (4100). Additionally, the second AC down transformer section (4200) uses the input AC of 220 V and 60 Hz to generate and output a third low-voltage AC of 12 V and 60 Hz.

[0133] The above sterilization unit (4300) may include an AC-DC converter (4310) that converts a third low-voltage AC generated from a second AC down transformer (4200) into a third low-voltage DC, and a sterilizer (4320) that sterilizes air using the third low-voltage DC.

[0134] In the implementation of the present invention, the sterilizer (4320) includes a blower (4321) for introducing and discharging air into and out of the device, a filter unit (4322) for filtering substances suspended in the introduced air, a sterilization unit (4323) for sterilizing biological contaminants contained in the air, a deodorization unit (4324), and an anion generating unit (4325).

[0135] The above blower (4321) includes a blower fan.

[0136] The above filter unit (4322) consists of a pre-filter and a medium filter that remove airborne dust.

[0137] The above sterilization unit (4323) uses plasma sterilization, UV sterilization and / or photocatalytic sterilization.

[0138] The above deodorizing unit (4325) can use a VOC catalyst.

[0139] The above negative ion generating unit (4325) includes a negative ion generator.

[0140] The above sterilizer (4320) operates at 12 V, and a sterilization device with a filter, a blower fan, and a sterilization device, such as a plasma sterilization device, a UV sterilization device, a photocatalytic sterilization device, a VOC catalyst, and an anion generator built into the outer case can be commercially purchased and used.

[0141] As illustrated in FIG. 17, the greenhouse system (1) according to the present invention consists of a sterilizing ozone water production device (10) containing quantum energy and a greenhouse tank (20).

[0142] A sterilizing ozone water manufacturing device (10) containing quantum energy comprises a quantum energy generating device (1000) and an ozone generating device (2000), a water tank (3000) to which quantum energy and ozone are supplied, a sterilization device (4000), a cooler (5000) to which the temperature of the water tank is kept constant, a quantum energy ozone water supply device (6000) to which ozone water containing quantum energy in the water tank (3000) is supplied to a greenhouse (20), and a control module (7000).

[0143] In the greenhouse tank (20), ozone water containing quantum energy produced by the sterilizing ozone water production device (10) travels along the ozone water supply pipeline (21) and is sprayed through the diffuser (22) formed on the ceiling.

[0144] Additionally, clean air is supplied to the greenhouse tank (20) from the sterilization device (4000) of the sterilization type ozone water production device (10). Negative ions are also emitted from the sterilization device (4000).

[0146] Test of airborne microorganism reduction in the quantum energy generation and sterilization composite device constituting a sterilizing ozone water production device

[0147] As shown in Figs. 17 and 18, airborne microorganism reduction tests were commissioned to the Korea Construction & Living Environment Testing Institute for MRSA and Aspergilus brasiliensis The tests were performed on ATCC 9642 separately. For MRSA, the concentration was 2.8 x 10 4 CFU / m 3 from 2.7x10 2 CFU / m 3 It was reduced by 99%, and Aspergilus brasiliensis ATCC 9642 concentration is 1.6 x 10 4 CFU / m 3 from 3.0x10 CFU / m 3 It was reduced by 99.8%.

[0149] Test of airborne viruses and host reduction of a quantum energy generation and sterilization complex device

[0150] As shown in Figure 19, airborne virus and host reduction tests were conducted on Bacteriophage MS2 ATCC 15597-B1 and Escherichia Coil ATCC 15597 by commissioning the Korea Construction & Living Environment Testing Institute.

[0151] The concentration of Bacteriophage MS2 ATCC 15597-B1 and Escherichia coli ATCC 15597 is 3.2 x 10⁶ 4 PFU / m 3 It was reduced by 99.9% to 10 or less. Explanation of the symbols

[0153] 1: Greenhouse system 10: Sterilization and energy generation device for improving food preservation 20: storage tank 1000: Energy generating device 1100: Second AC power input section 1200: Noise filter 1300: Micro-energy induction device 1400: AC Down Transformer 1500: Low-frequency pulse generator 1600: Complex low-frequency generator 1700: Coil Synthesis Section 1800: Printer 2000: Sterilization device 2100: Second AC power input section 2200: 2nd AC Down Transformer 2300: Sterilization unit

Claims

Claim 1 An energy generating device (1000) comprising an AC power input section (1100), a noise filter (1200), a micro-energy induction device (1300) including a silica sand-based ceramic bobbin coil, an AC down transformer section (1400) for generating a first low-voltage AC and a second low-voltage AC, a low-frequency pulse generator (1500) for converting the first low-voltage AC into DC and using it to generate low-frequency pulses having different frequencies, a composite low-frequency generator (1600) for mixing the low-frequency pulses to generate a composite low frequency, a coil synthesis section (1700) for filtering the composite low frequency with a coil and integrating it into the second low-voltage AC, and an output device (1800) for outputting a coil-synthesized waveform; an ozone generating device (2000); and a water storage tank (3000). Claim 2 In claim 1, the silica sand-based ceramic bobbin coil is two silica sand-based ceramic bobbin coils connected in parallel, with enameled copper wire wound in opposite directions on a silica sand-based ceramic rod, and the low-frequency pulse generator (500) includes an AC-DC converter (510) that converts a first low-voltage AC generated from an AC down transformer (400) into a first low-voltage DC, and a low-frequency pulse generator (520) that generates a plurality of low-frequency pulses having different frequencies using the first low-voltage DC, and the composite low-frequency generator (600) is a transistor connected to a plurality of low-frequency pulse generators and outputting a composite low frequency, characterized in that it is an ozone water manufacturing device containing quantum energy. Claim 3 An ozone water manufacturing device containing quantum energy according to claim 1, wherein the coil synthesis unit (700) contains alkaline functional water inside the bobbin, and the alkaline functional water is characterized by mixing sodium silicate with water in a weight ratio of 1:1 to 1:

5. Claim 4 An ozone water production device containing quantum energy, characterized in that, in claim 1, the ozone generator (2000) is a lamp-type ozone generator that generates ozone by irradiating UVC into air using a UVC lamp. Claim 5 In claim 4, the ozone generator (2000) comprises an ozone generator body (2100) including an air supply unit (2110) for supplying air to a second water tank (2000), a power supply unit (2120) for supplying power, an ozone treatment unit (2130) for treating ozone, and a control unit (2140); a device connection unit (2200) including an air line (2210) for supplying air to a second water tank (3200), a power line (2220) for supplying power, and an exhaust line (2230) for discharging air containing ozone; a quartz tube (2310) fixed vertically at the center of the second water tank (3200) and having its upper end connected to the air line (2210); and an ozone generator (2300) including a UVC lamp (2320) installed along the central axis of the quartz tube (2310). Ozone water production device containing quantum energy characterized by Claim 6 An ozone water production device containing quantum energy, characterized in that, in any one of claims 1 to 5, it further comprises a sterilization device (2000) including a second AC power input unit (4100), a second AC down transformer unit (4200), and a sterilization unit (2300). Claim 7 An energy generating device (1000) comprising an AC power input unit (1100), a noise filter (1200), a micro-energy induction device (1300) including a silica sand-based ceramic bobbin coil, an AC down transformer unit (1400) for generating a first low-voltage AC and a second low-voltage AC, a low-frequency pulse generator unit (1500) for converting the first low-voltage AC into DC and using it to generate low-frequency pulses having different frequencies, a complex low-frequency generator unit (1600) for mixing the low-frequency pulses to generate a complex low frequency, a coil synthesis unit (1700) for filtering the complex low frequency with a coil and integrating it into the second low-voltage AC, and an output unit (1800) for outputting a coil-synthesized waveform; an ozone generating device (2000); and a quantum energy ozone water production device (10) including a water storage tank (3000); and a greenhouse system including a greenhouse tank (20).

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