CN115682262A - Air capacitor and fresh air generator - Google Patents
Air capacitor and fresh air generator Download PDFInfo
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- CN115682262A CN115682262A CN202211159302.4A CN202211159302A CN115682262A CN 115682262 A CN115682262 A CN 115682262A CN 202211159302 A CN202211159302 A CN 202211159302A CN 115682262 A CN115682262 A CN 115682262A
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Abstract
The invention belongs to the technical field of environment-friendly equipment, and particularly relates to an air capacitor and a fresh air generator. An air capacitor including a capacitor body; the capacitor main body is externally connected with a high-voltage power supply; the capacitor main body is in a hollow cylinder shape; the capacitor body serves as a single electrode, and the air charge emitted from the capacitor body is grounded to the ground, and serves as a ground circuit of the air capacitor. The fresh air generator comprises an air capacitor, a centrifugal fan, an electric control distribution box, an atomizing water tank and an air channel; a high-voltage power supply in the air capacitor is electrically connected with the electric control distribution box; the electric control distribution box is electrically connected with the capacitor main body; the atomization water tank is electrically connected with the electric control distribution box; the atomization water tank is communicated with the centrifugal fan through a centrifugal fan route; the centrifugal fan, the air duct and the capacitor main body are communicated in sequence. The invention has the characteristics of cost saving, reliable process, capability of continuously and continuously generating a large amount of field energy particles formed by energy particles in a short time and standard emission of ozone.
Description
Technical Field
The invention belongs to the technical field of environment-friendly equipment, and particularly relates to an air capacitor and a fresh air generator.
Background
People have long been eager for working and living environments, like forests, to be enriched with negatively charged oxygen particles.
The existing electrostatic generator basically adopts a solid double-electrode structure, and utilizes the potential difference between a discharge electrode and a loop electrode to discharge the discharge electrode to generate negative ions. The structure can generate charged large particles, the service life (delay time) of the excited state large-particle-size charged particles is longer, the energy annihilation time is longer, static charges can be accumulated on the surface area of an object, and a strong electrostatic field is formed in the space. Creepage arc-leading excitation generated by accumulated static charges on the surface area of an object can cause the failure of a digital control circuit and serious irreversible damage. The strong electrostatic field formed in the space can ignite explosive gas and dust in a natural environment, thereby causing accidents. Therefore, the air treatment system for civil use at present generally adopts a displacement method to treat air, and the air is introduced into the air treatment system for treatment.
At present, most of civil air treatment systems adopt an entity double-electrode structure static electricity generating device, the generated ions are charged with static electricity particles, and in the case of high concentration, excessive ozone output is accompanied, so that the output voltage is limited to be less than DC2620V. Thus, another problem arises in that the output content of negative ions is low, which causes insufficient concentration of negative ions in the air, and the air pollution cannot be actively treated in the space, and the air pollution also has a health-care function for human body and even has no function of actively treating the water vapor contained in the air in the space.
Therefore, it is necessary to design a field energy particle which can save cost, has reliable process, can continuously generate a large amount of energy particles in a short time, and an air capacitor and a fresh air generator which can lead the ozone emission to reach the emission standard.
For example, the negative ion forest air machine described in chinese patent application No. CN202020246039.2 includes a control plate, an ion activated oxygen generator, an intermediate filter, a lower casing, an upper casing, a base, a suspension body, a ceiling fixing seat, and a fan; the base is provided with a power panel and an LED light-passing plate and is provided with a front air duct part; the base is connected with the upper shell, and the middle filter body is arranged in the upper shell; the lower shell is connected with a lower shell, the lower shell is provided with a fan, an ion active oxygen generator and an electrode cleaning assembly, the cleaning motor fixing support is provided with an air duct outer shell and an air duct inner shell, the bottom of the air duct inner shell is provided with a panel, the panel is provided with a touch panel, and the air duct inner shell is internally provided with a control panel; the control panel is electrically connected with the fan, the electrode cleaning assembly, the ion active oxygen generator, the intermediate filter body, the LED light-transmitting plate and the touch panel, and the power panel is connected with the control panel; the ceiling fixing seat is connected to the base through the hanging body. Although not only can purify the indoor air but also release the negative ions, the installation is also very convenient, but the negative ion output content is low, the concentration of the negative ions in the air is insufficient, the polluted air can not be actively treated in the space, the human body health care function is not provided, and the function of actively treating the water vapor contained in the space air is not provided.
The above patent also discloses the following: the negative ion forest air machine is powered on, external air is sucked into the negative ion forest air machine by the fan, enters the intermediate filter body after passing through the air channel of the base, is filtered by the filter sponge, is pumped to the air channel where the negative ion generator discharging carbon brush installed on the lower shell is located by the fan, and is finally sent to an indoor space through the air channel between the air channel outer shell and the air channel inner shell.
Also, as described in chinese patent document CN201820807914.2, a forest air negative ion generator for central air conditioning system discloses the following: to achieve the above purpose, the following technical scheme is provided: the utility model provides a forest air anion generating device for central air conditioning system, the on-line screen storage device comprises a base, the surface mounting of base has the controller, and the top of base is fixed with the storage water tank, the shell is installed to the top of storage water tank, install four atomizer on the side of shell, and be fixed with electric telescopic handle on another side of shell, the below that lies in electric telescopic handle on another side of shell is fixed with anion high voltage power supply and DC power supply, and anion high voltage power supply lies in one side of DC power supply, cold catalyst filter screen shell is installed to electric telescopic handle's one end, the inside wall of shell is fixed with ventilative face, ten hole grooves have been seted up on ventilative face's surface, ten the inside in hole groove all is provided with anion emission needle ", and this patent uses anion emission needle, is unanimous with figure 1 principle, produces air belt ion and ozone through the electricity generation between the main negative electrode.
Further, as described in chinese patent No. CN201910290202.7, a forest air manufacturing machine is disclosed, which comprises: the air purification treatment process comprises the following steps: the fan firstly introduces external air into the gas-liquid treatment chamber, and water in the buffer water tank flows through the nano noble metal coating plate through the water drainage hole and the first through hole to form a water flow waterfall matrix; the method is characterized in that water is used as a carrier to dissolve large-particle dust, harmful inorganic matters and part of small-particle micro dust in the air into the water, and the nano noble metal coating plate is subjected to charge transfer under the photocatalysis of a purple light source, so that oxygen flowing through the surface of the nano noble metal coating plate in the air obtains electrons to form 'ecological negative oxygen ions', and the method is inconsistent with the negative ion generation method.
Further, as described in chinese patent document No. CN201120045120.5, the forest air purifier disclosed in the following disclosure: "in a preferred embodiment: the plasma generator is a non-thermal balance low-temperature plasma generator and is formed by sequentially overlapping a tooth-shaped discharge electrode and a negative electrode. The patent is consistent with the principle of the hairy needle electrode in figure 2, and generates air charged ions and ozone through tip power generation.
Disclosure of Invention
The invention aims to overcome the problems that the output content of negative ions is low and the excessive ozone output is accompanied when the negative ions output high concentration in the existing civil air treatment system in the prior art, and provides an air capacitor and a fresh air generator which have the advantages of cost saving, reliable process, capability of continuously generating a large amount of field energy particles formed by energy ions in a short time and capability of enabling the ozone emission to reach the standard and discharging.
In order to achieve the purpose of the invention, the invention adopts the following technical scheme:
an air capacitor including a capacitor body; the capacitor main body is externally connected with a high-voltage power supply; the capacitor main body is in a hollow cylinder shape; the capacitor body serves as a single electrode, and the air charge emitted from the capacitor body is grounded to the ground and serves as a ground circuit of the air capacitor.
Preferably, the output voltage of the high-voltage power supply is DC500V-100000V.
Preferably, the hollow part of the capacitor body has a diameter of 5cm to 150cm and a length of 5cm to 10000cm.
Preferably, the capacitor body is in a deformed cylindrical barrel shape or a deformed square cylindrical barrel shape or a special-shaped barrel shape with a rotary diversion trench.
Preferably, the capacitor body is made of a metal silicon composite material.
The invention also provides a fresh air generator which comprises an air capacitor, a centrifugal fan, an electric control distribution box, an atomizing water tank and an air duct; a high-voltage power supply in the air capacitor is electrically connected with the electric control distribution box; the electric control distribution box is electrically connected with the capacitor main body; the atomization water tank is electrically connected with the electric control distribution box; the atomization water tank is communicated with the centrifugal fan through a centrifugal fan route; the centrifugal fan, the air duct and the capacitor main body are communicated in sequence.
Preferably, the fresh air generator further comprises a fresh air generator shell; and the air capacitor, the centrifugal fan, the electric control distribution box, the atomizing water tank and the air channel are all positioned in the fresh air generator shell.
Preferably, the shell of the fresh air generator is provided with an air inlet and an air outlet.
Preferably, the number of the capacitor bodies is several; an insulating isolation layer is arranged outside each capacitor main body; and the outside of the insulating isolation layer is provided with an insulating shell.
Preferably, the liquid crystal display device also comprises a liquid crystal display panel with control buttons; the liquid crystal display panel with the control button is electrically connected with the electric control distribution box.
Compared with the prior art, the invention has the beneficial effects that: (1) The invention does not generate large-particle-size negative ions, but is small-molecule charged particles similar to negative ions generated by plant forests and natural waterfalls; the micromolecule negative charge state particle is a negative polarity energy body with independent micromolecule particle size, can be matched with a peripheral positive electrode of a human cell, and compensates a sub-health state caused by insufficient resting biological voltage of the cell; (2) The invention generates small-molecule negative charge state particles, the service life (delay time) of the excited small-particle-size charged particles has extremely short energy annihilation time, and the accumulation of surface charges of an object can not be generated, thereby generating the destruction phenomenon of a discharge arc (the accumulation of the surface charges of the object, the generated electrostatic creepage flashover excitation effect and the irreversible damage to a digital control circuit); the plasma state particles of the ozone in the ionic state can not be generated; no ultraviolet ray is generated; (3) The invention can be applied to a plurality of anti-static occasions and living environments of a plurality of persons, animals and plants to carry out the treatment of the health care function of the air environment and construct a healthy living space; (4) The invention can electrolyze water molecules in the air capacitor in a tiny amount to generate a tiny amount of hydrogen and oxygen, greatly reduce the water amount in the air, and has good treatment effect on eliminating wall flowing water in the bead triangle 'return south day' and the long triangle 'plum rainy day'.
Drawings
FIG. 1 is a schematic diagram of a conventional high voltage electrode needle anion generator;
FIG. 2 is a schematic diagram of a conventional high-voltage carbon/metal hair electrode needle anion generator;
FIG. 3 is a schematic view of a conventional plate-shaped electrode ionizer;
FIG. 4 is a schematic diagram of an air capacitor of the present invention;
FIG. 5 is a schematic view of a cylindrical body of the air capacitor according to the present invention;
FIG. 6 is a schematic structural view of a fresh air generator according to the present invention;
FIG. 7 is a diagram of raw data actually measured at a distance of 5m from the air outlet of the fresh air generator according to the present invention;
fig. 8 is an original data diagram actually measured at a distance of 20m from the air outlet of the fresh air generator according to the present invention.
In the figure: the air conditioner comprises an air inlet 1, a centrifugal fan 2, an air duct 3, an air capacitor silicon metal cylinder 4, an air outlet 5, an air capacitor square insulating isolation layer 6, an air capacitor square insulating shell 7, an atomizing water tank 8, an electric control distribution box 9, a liquid crystal display panel 10 with a control button, a centrifugal fan route 11, an air capacitor power supply 12, an air capacitor power supply line 13, an atomizer power supply line 14, a liquid crystal display and button power supply line 15 and a fresh air generator shell 16.
Detailed Description
In order to more clearly illustrate the embodiments of the present invention, the following description will explain the embodiments of the present invention with reference to the accompanying drawings. It is obvious that the drawings in the following description are only some examples of the invention, and that for a person skilled in the art, other drawings and embodiments can be derived from them without inventive effort.
Fig. 1 to 3 are schematic diagrams illustrating some prior art anion generators. The specific principle process is shown in the figure.
Example (b):
the air capacitor shown in fig. 4 and 5 includes a capacitor body; the capacitor main body is externally connected with a high-voltage power supply; the capacitor main body is in a hollow cylinder shape; the capacitor body serves as a single electrode, and the air charge emitted from the capacitor body is grounded to the ground and serves as a ground circuit of the air capacitor.
Further, the output voltage of the high-voltage power supply is DC500V-100000V, the ozone content cannot exceed the standard, and the oxygen particles with negative charges generated at the outlet are 2 million-1 hundred million/cm < 3 >. Small particle size negative ions are produced.
Furthermore, the solid hollow part of the cylindrical capacitor has the diameter of 5cm-150cm and the length of 5cm-10000cm. The cylindrical capacitor can be various deformed cylindrical cylinders, various deformed square cylindrical cylinders and various special-shaped cylindrical cylinders with rotary diversion trenches.
Furthermore, the cylindrical capacitor is made of a stainless steel silicon-based composite material, and can also be made of other metal silicon composite materials.
The air capacitor adopts the following principle structure: a hollow cylindrical composite metal body is used as a main body generating unit for generating capacitance by a capacitor. The surface of the hollow cylindrical capacitor is excited by strong voltage (not by applying electrode discharge to generate negative ions), field energy particles formed by a large number of energy ions are continuously generated, the field energy particles are carried away from the surface of the capacitor by air flow velocity of the hollow cylindrical capacitor, and after the field energy particles are mixed with air, the field energy particles are generated and blown into the air by air wind jet flow to form a grounding loop which is grounded with the ground and used as a capacitor. Therefore, the invention is characterized in that negative ions are not generated by using electrode discharge, so that ozone is not generated.
The fresh air generator shown in fig. 6 includes an air capacitor, a centrifugal fan 2, an electric control distribution box 9, an atomizing water tank 8 and an air duct 3; a high-voltage power supply in the air capacitor is electrically connected with the electric control distribution box; the electric control distribution box is electrically connected with the capacitor main body; the atomization water tank is electrically connected with the electric control distribution box; the atomization water tank is communicated with a centrifugal fan through a centrifugal fan line 11; the centrifugal fan, the air duct and the capacitor main body are communicated in sequence.
In fig. 6, the air capacitor power supply 12 is equivalent to a high voltage power supply, and the air capacitor silicon metal cylinder 4 is equivalent to a capacitor body. The number of the capacitor main bodies is two; the outside of each capacitor main body is provided with an air capacitor square insulating isolation layer 6; the square insulating housing 7 of air capacitor is all equipped with in the outside of the square insulating isolation layer of air capacitor.
The fresh air generator further comprises a fresh air generator housing 16; the air capacitor, the centrifugal fan, the electric control distribution box, the atomizing water tank and the air channel are all located in the fresh air generator shell. The shell of the fresh air generator is provided with an air inlet 1 and an air outlet 5.
The fresh air generator further comprises a liquid crystal display panel 10 with control buttons; the liquid crystal display panel with the control button is electrically connected with the electric control distribution box.
The working principle of the fresh air generator is as follows:
the air from the air inlet of the fresh air generator shell enters the air duct through the centrifugal fan, the air from the air duct blows through the silicon metal round tube of the air capacitor, small-particle-size charged particles accumulated on the surface of the air capacitor are blown out, the small-particle-size charged particles are blown into the air through the air outlet, and after the small-particle-size charged particles blown into the air are mixed with the air in the space, the particle size of the small-particle-size charged particles is more than 1000 particles/cm 3 When the wind comes, the wind is fresh wind.
The fresh air manufacturing principle of the atomization water tank is as follows:
when the water mist of the atomized water tank enters a centrifugal fan route and a centrifugal fan, the water mist enters an air duct, wet air which is discharged from the air duct is blown through a silicon metal round tube of an air capacitor, small charged particles with small particle size of water molecules are ionized into oxygen and hydrogen in a small amount, most of the water molecules are electrically charged by the charged particles with small particle size accumulated on the surface of the capacitor and blown out of the air through an air outlet, and when the charged particles with small particle size blown into the air are mixed with air in space, the air is more than 1000 particles/cm 3 When the wind comes, the wind is fresh wind.
The electric control principle of the fresh air generator is as follows:
1. the air capacitor power supply is a pure linear direct current power supply with more than 2000V, and is communicated to the electric control distribution box through an air capacitor power line 13, and the air capacitor is electrically controlled through the air capacitor power line.
2. The atomizer in the atomizing water tank is electrically controlled by an atomizer power line 14 through an electric control distribution box.
3. The liquid crystal display panel and the control button are electrically controlled through the liquid crystal display and the button power cord 15 via the electric control distribution box.
4. The fresh air generator shell and the air capacitor are respectively installed in the square insulating shell of the air capacitor, and square insulating isolation layers of the air capacitor are respectively installed between the silicon metal round tube of the air capacitor and the square insulating shell of the air capacitor to electrically isolate the air capacitor.
The method for testing the quantity of the negative ions generated by the air jet capacitor comprises the following steps:
testing an instrument: circle chi, LD-FY1 anion detector.
Note that: 1. the human body can absorb a large amount of negative ions, and the distance between the human body and the negative ion detector is more than 50cm in order to reduce human body interference and test precision. 2. The negative ion tester is to be reliably grounded.
Setting the test space position:
1. concentration and spatial position of negative oxygen ions at the air outlet: and the vertical distance of the air outlet of the air jet capacitor is not less than 20cm, a metal-free support is used for supporting the negative ion detector, the air flow receiving port is parallel to the air flow direction of the air outlet, and a camera lens is used for remote observation or is connected to a computer for dynamic observation.
2. The negative oxygen ion concentration and the spatial sampling position at each distance are as follows: the air outlet of the air jet capacitor is vertical to each distance sampling position, and the receiving port of the negative ion tester is parallel to the air flow direction of the air outlet;
3. test room space size: 7 mx 8 mx 4m =224m 3 ；
4. Air capacitor consumes power: 2w;
5. total power consumption of air capacitor: 10w;
6. air capacitor power factor: is more than 0.9;
7. output voltage of air capacitor power supply: -DC4 kilovolts;
8. the negative ion content at the air outlet of the air capacitor is more than or equal to 20 cm: 550- -1100 ten thousand/cm 3 ；
9. The negative ion content at the air outlet 5m of the air capacitor is as follows: 45000-65000/cm 3 ；
10. The power of the fan is as follows: 40w;
11. power supply input voltage: AC220V/50H Z 。
Actual measurement raw data at the distance of 5m from the air outlet of the jet air capacitor are shown in fig. 7 and the following tables 1 and 2:
TABLE 1 data table of concentration of negative oxygen ions at 5m position of air outlet
TABLE 2 Standard deviation data sheet of concentration of negative oxygen ions at 5m position of air outlet
| Negative oxygen ion concentration 5m from air outlet | Standard deviation of |
| 4.939616667 | 0.211406295 |
| 4.59705 | 0.155080622 |
| 4.686683333 | 0.125156281 |
| 4.622966667 | 0.37621414 |
Actual measurement raw data at the distance of 20cm from the air outlet of the jet air capacitor are shown in fig. 8 and the following tables 3, 4, 5 and 6:
TABLE 3 data table of concentration of negative oxygen ions at 20cm position of air outlet
TABLE 4 Standard deviation data sheet of negative oxygen ion concentration at 20cm position of air outlet
TABLE 5 temperature data table at 20cm position of air outlet
Table 6 humidity data table at 20cm position of air outlet
Under the environment of generating space high-concentration negative oxygen ions under the action of the invention, the electrostatic aggregation test on the surface of the electronic element is as follows:
(ii) importance of Electrostatic Focus test
The electrostatic hazard is numerous, the first of which comes from the interaction of charged bodies. When the airplane body rubs with air, water vapor, dust and other particles, the airplane is electrified, if no measures are taken, the normal work of the airplane radio equipment can be seriously disturbed, and the airplane becomes a deaf and a blind; in a printing factory, static electricity between paper sheets can cause the paper sheets to be bonded together and difficult to separate, which brings troubles to printing; in a pharmaceutical factory, the medicines cannot reach the standard purity due to electrostatic attraction of dust; during discharge vision, the static electricity on the surface of the screen is easy to adsorb dust and oil stains to form a dust film, so that the definition and brightness of an image are reduced; dust which is common on blended clothes and is not easy to beat is also a hazard caused by static electricity.
The second major hazard of static electricity is the possibility of explosion due to the ignition of certain flammable objects by an electrostatic spark. At dark night, when people take off the nylon or wool clothes, sparks and the sound of a horn are generated, which is basically harmless to human bodies. However, on an operating table, electric sparks can cause explosion of anesthetic, and can injure doctors and patients; in coal mines, gas explosion can be caused, workers can be injured by death, and mines can be scrapped. In summary, electrostatic hazards arise from electrical power and electrostatic sparks, with the most severe electrostatic discharge of electrostatic hazards causing the ignition and explosion of combustibles. The accumulation of static electricity is unavoidable. The skin of a person can be burnt when the static electricity is serious, and the endocrine system of the person can be interfered when electromagnetic waves and harmful rays of various electrical appliances are excessive.
Method for testing surface accumulated voltage of electronic element
1. Designing a test sampling point:
at the air outlet 0.2m, taking points at the parallel lines at intervals of 2m, and taking at least 3 points;
at the position of the air outlet 2m, taking points by parallel lines at intervals of 2m, and taking at least 3 points;
at the air outlet 4m, taking points by parallel lines at intervals of 2m, and taking at least 3 points;
at the air outlet 6m, taking points by parallel lines at intervals of 2m, and taking at least 3 points;
2. testing an instrument: FM-003 portable digital display electrostatic field tester and antistatic wrist belt.
3. The operation method of the tester comprises the following steps:
(1) And (3) turning on a red round POWER switch of the FM-003 portable digital display electrostatic field tester, and connecting the grounding wire with the anti-static wrist strap after digital display is stable.
(2) A circuit board with an integrated IC is placed at a testing sampling point, two LED red light columns of an electrostatic field tester are vertically irradiated on the outer plane of an electronic component on the circuit board, and when the centers of the LED red light columns are overlapped to form concentric circles, the number on a digital display screen is the electrostatic voltage accumulated by the electronic component.
(3) Standard control: the accumulated voltage on the surface of the element is less than or equal to-0.5 Kv.
Test room space size: 7 mx 8 mx 4m =224m 3 ；
Air capacitor consumes power: 2w;
total power consumption of air capacitor: 10w;
air capacitor power factor: is more than 0.9;
air capacitor power supply output voltage: -DC4 kilovolts;
the negative ion content at the air outlet of the air capacitor is more than or equal to 20 cm: 550- -1100 ten thousand/cm 3 ；
The negative ion content at the 5m position of the air outlet of the air capacitor is as follows: 45000-65000 pieces/cm 3 ；
The power of the fan is as follows: 40w;
power supply input voltage: AC220V/50H Z 。
The space electronics surface build-up voltage test record is shown in table 7 below:
table 7 table date of test records of voltage build-up on the surface of space electronic components: XXXX indoor temperature: 26 humidity: 65 ambient surface control voltage: +0.11kv
Another test record of the voltage build-up on the surface of the space electronic device is shown in table 8 below:
table 8 table date of space electronic component surface accumulation voltage test: XXXX indoor temperature: 26 humidity: 65 ambient surface control voltage: +0.12kv
The invention has another characteristic that: when the air capacitor is operated, ozone is not generated, and therefore, a filter and a catalyst for decomposing ozone are not required.
Specific ozone test parameters were as follows:
test room space size: 7 mx 8 mx 4m =224m 3 ；
Air capacitor consumes power: 2w;
total power consumption of air capacitor: 10w;
the power factor of the air capacitor power supply is more than 0.9;
output voltage of air capacitor power supply: -DC4 kilovolts;
the negative ion content at the air outlet of the air capacitor is more than or equal to 20 cm: 550- -1100 ten thousand/cm 3 ；
The negative ion content at the 5m position of the air outlet of the air capacitor is as follows: 45000-65000 pieces/cm 3 ；
The power of the fan is as follows: 40w;
power supply input voltage: AC220V/50H Z 。
Specific data are shown in table 9 below:
TABLE 9 ozone testing and recording table
The invention does not generate large-particle-size negative ions, but is small-molecule charged particles similar to negative ions generated by plant forests and natural waterfalls; the micromolecule negative charge state particle is a negative polarity energy body with independent micromolecule particle size, can be matched with a peripheral positive electrode of a human cell, and compensates a sub-health state caused by insufficient resting biological voltage of the cell; the micromolecule negative charge state particles generated by the invention can not generate the accumulation of the surface charges of the object, so that the damage phenomenon of the discharge arc is generated (the accumulation of the surface charges of the object, the generated static creepage flashover excitation effect and the irreversible damage to a digital control circuit are generated); the plasma state particles of the ozone in the ion state can not be generated; no ultraviolet ray is generated; the invention can be applied to a plurality of anti-static occasions and living environments of a plurality of persons, animals and plants to carry out the treatment of the health care function of the air environment and construct a healthy living space; the invention can electrolyze water molecules in the air capacitor in a tiny amount to generate a tiny amount of hydrogen and oxygen, greatly reduce the water amount in the air, and has good treatment effect on eliminating wall flowing water in the bead triangle 'return south day' and the long triangle 'plum rainy day'.
The invention has the characteristics of saving the manufacturing cost, having reliable key technical equipment and process, continuously generating a large amount of field energy particles formed by energy particles in a short time and reaching the emission standard of ozone.
The foregoing has outlined rather broadly the preferred embodiments and principles of the present invention and it will be appreciated that those skilled in the art may devise variations of the present invention that are within the spirit and scope of the appended claims.
Claims (10)
1. An air capacitor, comprising a capacitor body; the capacitor main body is externally connected with a high-voltage power supply; the capacitor main body is in a hollow cylinder shape; the capacitor body serves as a single electrode, and the air charge emitted from the capacitor body is grounded to the ground and serves as a ground circuit of the air capacitor.
2. The air capacitor according to claim 1, wherein the output voltage of the high voltage power supply is DC500V-100000V.
3. The air capacitor as claimed in claim 1, wherein the hollow part of the capacitor body has a diameter of 5cm to 150cm and a length of 5cm to 10000cm.
4. The air capacitor of claim 3, wherein the capacitor body is a deformed cylindrical cylinder or a deformed square cylindrical cylinder or a deformed cylindrical cylinder with rotating channels.
5. The air capacitor of claim 1, wherein the capacitor body is made of a metal silicon composite material.
6. The fresh air generator is characterized by comprising the air capacitor, the centrifugal fan, the electric control distribution box, the atomizing water tank and the air duct according to any one of claims 1 to 5; a high-voltage power supply in the air capacitor is electrically connected with an electric control distribution box; the electric control distribution box is electrically connected with the capacitor main body; the atomization water tank is electrically connected with the electric control distribution box; the atomization water tank is communicated with the centrifugal fan through a centrifugal fan route; the centrifugal fan, the air duct and the capacitor main body are communicated in sequence.
7. The fresh air generator of claim 6, further comprising a fresh air generator housing; and the air capacitor, the centrifugal fan, the electric control distribution box, the atomizing water tank and the air channel are all positioned in the fresh air generator shell.
8. The fresh air generator as claimed in claim 7, wherein the fresh air generator housing is provided with an air inlet and an air outlet.
9. The fresh air generator as claimed in claim 6, wherein the capacitor body is provided in plurality; an insulating isolation layer is arranged outside each capacitor main body; and the outside of the insulating isolation layer is provided with an insulating shell.
10. The fresh air generator as claimed in claim 6, further comprising a liquid crystal display panel with control buttons; the liquid crystal display panel with the control button is electrically connected with the electric control distribution box.
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| CN115682262B (en) | 2023-11-03 |
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