CN201414952Y - Multivariate air sterilizing and purifying system - Google Patents
Multivariate air sterilizing and purifying system Download PDFInfo
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- CN201414952Y CN201414952Y CN2008202134301U CN200820213430U CN201414952Y CN 201414952 Y CN201414952 Y CN 201414952Y CN 2008202134301 U CN2008202134301 U CN 2008202134301U CN 200820213430 U CN200820213430 U CN 200820213430U CN 201414952 Y CN201414952 Y CN 201414952Y
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Abstract
The utility model discloses a multivariate air sterilizing and purifying system, which comprises a purifying system box, an air orifice plate, a panel orifice plate, a primarily efficient filter unitfor filtering entering air, a pulse ionizer, an air inlet, a circulating motor, a purifying unit circulating air supplying box, a catalytic reactor, a hot cathode light tube, air outlet strips and a controller, wherein the primarily efficient filter unit is installed on the inner side of the purifying system box allowing air to enter inside, the circulating motor and the circulating air supplyingbox are installed in a cavity inside the purifying system box, and the controller and the air outlet strips are mounted on the purifying system box. The air sterilizing and purifying system meets requirements on sterilizing, dust removing and purifying of microorganisms, fine dust and harmful gas (including ozone, formaldehyde, benzene, acetone, TVOC and the like) in indoor air of industries, hospitals, archives, offices, families and the like, and has low device running energy consumption and costs, high sterilizing and purifying efficiency, long service life and convenient cleaning and maintenance.
Description
Technical field
This utility model relates to the depurator technical field, and particularly a kind of multi-element air sterilization purifier is to sterilization, dedusting, the purification of room air..
Background technology
Building, decoration, electrical equipment, computer, refrigerator etc. can discharge harmful gas, after people absorb harmful gas, can occur that eyes are rubescent, rhinorrhea, sleepy, headache and skin are itched etc. " synthetic building syndrome ", stay in for a long time that air-polluting is indoor also will to cause more serious disease, therefore the improvement of room air pollution, particularly the room air of hospital is administered, and is particularly important.Room air pollution is the third-largest pollution after " bituminous coal type ", " photochemical fog type " pollute.Therefore, administer room air pollution and purify a fundamental state policy that indoor environment is China, be to carry out the great deployment of China's " Tenth-Five Year Plan ".SARS incident particularly strikes to alarm bell for the China and the world.The room air of the improvement of room air pollution, particularly hospital is administered, and is particularly important.Solve air quality problems, imperative.American National Environmental Protection Agency claims that room air pollution is one of then maximum environmental threat of facing of the mankind, also wants serious than the problem of harmful exhaust thing and ozone layer.And China's clinic study confirms, antibacterial that the air-conditioner internal adsorption and microorganism have the people's of allergic rhinitis health to be harmful to the patient, and their immunocompetence is descended to some extent.If when niff or tangible musty appear in the room, illustrate that then antibacterial grows in air-conditioner.And World Health Organization (WHO) is thought, airborne total number of bacteria and the infected have certain relation, if total number of bacteria is 700-800/m3, the danger of infective virus is arranged then.If total number of bacteria＜180/m3, then infected danger is with much smaller.And 50% disease is because contaminated room air causes or make its deterioration.
In addition, perform an operation and treat for adapting to medical worker and patient, only depending on air-conditioning is the requirement that can not satisfy them far away, and the source of disease that exists of air-conditioning more is difficult to satisfy the lasting disinfectant requirement of hospital's room air in addition.The Electrostatic Absorption air disinfector that the ozone of present domestic employing, ultraviolet, anion generator combined method are produced, has effect to disinfection of indoor air, but because due to their characteristic, ozone has CR Critical oxide etch to the armarium instrument, the leakage of ultraviolet can be hindered eye and skin, and along with product service time, can produce optical attenuation, influence sterilization effect, cost and maintenance cost height.
Summary of the invention
In order to solve prior art problems, this utility model provides a kind of multi-element air sterilization purification system, has adopted new coating processes and antibiotic filter material, has reduced manufacturing cost, is beneficial to the application and the development of this machine, realizes the purification to air simultaneously.
The technical scheme that the prior art problem that solves this utility model is adopted is: design, make a kind of multi-element air sterilization purification system, described multi-element air sterilization purification system comprises the cleaning system case, air intake orifice plate dough-making powder plate hole plate, to entering airfiltering roughing efficiency air filter unit pulse ionizing device, air inlet, circulation motor, clean unit circulation wind pushing box, catalytic reactor, the hot cathode light pipe, air-out bar and controller, described roughing efficiency air filter unit is installed on and allows the box inside of the described cleaning system case of air admission, described circulation motor and described circulation wind pushing box are installed in the interior cavity of cleaning system case, and described controller and described air-out bar are installed on the cleaning system case.
This utility model further improves: described pulse ionizing device comprises positive pulse ionizer I, positive pulse ionizer II and negative pulse ionizer III.
This utility model further improves: described positive pulse ionizer I comprises two control of dust orifice plates, positive pulse ionization web plate and insulated column, described pair of control of dust orifice plate, described positive pulse ionization web plate and described insulated column are provided with vent, described positive pulse ionization web plate is installed in the described pair of control of dust orifice plate, and described insulated column is fixed described positive pulse ionization web plate; Described positive pulse ionizer II comprises two control of dust orifice plates, two positive pulse ionization web plate and insulated column, described pair of control of dust orifice plate, described positive pulse ionization web plate and described insulated column are provided with vent, positive pulse ionization web plate is installed in the described pair of control of dust orifice plate, and described insulated column is fixed described positive pulse ionization web plate; Described negative pulse ionizer III comprises two control of dust orifice plates, two negative pulse ionization web plate and insulated column, described pair of control of dust orifice plate, described negative pulse ionization web plate and described insulated column are provided with vent, described negative pulse ionization web plate is installed in the described pair of control of dust orifice plate, and described insulated column is fixed described negative pulse ionization web plate.
This utility model further improves: described catalytic reactor comprises JSC catalytic reactor I and JSC catalytic reactor II; Described JSC catalytic reactor I comprises two catalysis nets, catalytic carrier and carrier web orifice plate, and described pair of catalysis net, described catalytic carrier and carrier web orifice plate are provided with vent, and described catalytic carrier is fixed in the described pair of catalysis net by described carrier web orifice plate; Described JSC catalytic reactor II comprises two catalysis nets, catalytic carrier and carrier web orifice plate, and described pair of catalysis net, described catalytic carrier and carrier web orifice plate are provided with vent, and described catalytic carrier is fixed in the described pair of catalysis net by described carrier web orifice plate.
This utility model further improves: described hot cathode light pipe comprises spiral hot cathode silk, quartz ampoule, noble gas and stem; Emission electron after described hot cathode silk adds voltage, and negative electrode is heated, excited inert gas produces the light wave radiation, and airborne antibacterial is subjected to the light wave radiation, and cell is punctured, thus killing bacteria.
This utility model further improves: described multi-element air sterilization purification system also comprises adsorber.
This utility model further improves: described adsorber is organic and inorganic adsorbent YWX, and described adsorbent comprises catalyst, YWX carrier, Y carrier and carrier web orifice plate; To the absorption of (Y) machine and nothing (W) machine harmful gas is arranged.
This utility model further improves: described controller is provided with the open and close of the described multi-element air sterilization purification system of control and the control unit of mode of operation.
This utility model further improves: described air-out bar is a horn air-out bar; Described roughing efficiency air filter unit is a multilamellar network structure filter.
This utility model further improves: the structure of described cleaning system case is any in cabinet type, portable, wall-hanging and the ceiling type.
The beneficial effects of the utility model are: this utility model is realized bottom and front panel air intake, and case prodelta clay dirt has been controlled in the top air-out, and air-out is even, and return air circulates.The optimal design combination of multipole sterilizing and purifying of the present utility model realizes test organisms sterilization rate 〉=99.9%, dedusting 〉=95%, harmful gas clearance 〉=90%.Its positive pulse ionizer II and negative pulse ionizer III constitute the plasma neutralizing effect, and the air of purification is similar to the natural air as the forest, have suppressed the too much discomfort sensation of cation amount.
This utility model has strengthened the interaction between unit and unit, and mutual protection, has effectively guaranteed the operational reliability of device.Its bipolar JSC catalytic reactor and hot cathode light pipe are arranged in positive pulse ionizer II and negative pulse ionizer III cavity, have improved the redox ability of this catalyst converter.
Positive pulse ionizer I of the present utility model, positive pulse ionizer II and negative pulse ionizer III, its novel structure is easy to produce, its ionization area is big, sterilization and efficiency of dust collection height, safeguard very convenient, long service life, and need not to change consumptive material.It is compact to design, volume is little, air quantity is big, the speed governing of wind speed third gear, noise are little, energy saving, operating cost are low.
This utility model suitability is strong, except that medical, industry and civilian, this multi-element air sterilization purification techniques also is applicable to the air disinfection and purification of new wind in the central air-conditioning, air-supply, air return system.Can be widely used in the sterilizing and purifying in places such as military affairs, precision instrument and manufacturing, industrial and mining establishment, pharmaceutical factory, food, breed, hotel, universities and colleges, market, office and family.
This utility model has plurality of operating modes to select, and by little journey pick off control, detects the IAQ (indoor air quality) situation, and Auto Power On operation and shutdown realize automatization's control.
This utility model can satisfy the indoor people's of having the state requirement of use down, can satisfy sterilization, dedusting, the purification requirement of microorganism in the room air of industry, hospital, archives, office and family etc., micronic dust, harmful gas (ozone, formaldehyde, benzene, acetone, TVOC), and device operation energy consumption and cost is low, sterilizing and purifying efficient height, long service life, cleaning make things convenient for.
Description of drawings
Fig. 1 is the structural representation of this utility model multi-element air sterilization purification system.
Fig. 2 is the structural representation of the positive pulse ionizer I of described disinfection and purification system.
Fig. 3 is the structural representation of the positive pulse ionizer II of described disinfection and purification system.
Fig. 4 is the structural representation of the negative pulse ionizer III of described disinfection and purification system.
Fig. 5 is the structural representation of the catalytic reactor of described disinfection and purification system.
Fig. 6 is the structural representation of the hot cathode light pipe of described disinfection and purification system.
Fig. 7 is the structural representation of the YWX adsorber of described disinfection and purification system.
The specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
As shown in Figure 1, a kind of multi-element air sterilization purification system comprises cleaning system case 1, air intake orifice plate 2, to entering airfiltering roughing efficiency air filter unit 3 and 4, pulse ionizing device, air inlet 6, circulation motor 8, clean unit circulation wind pushing box 9, catalytic reactor, hot cathode light pipe 12, air-out bar 17, controller 16 and adsorber, described roughing efficiency air filter unit 3 and 4 are installed on and allow the box inside of the described cleaning system case 1 of air admission, described circulation motor 8 and described circulation wind pushing box 9 are installed in the cavity in the cleaning system case 1, and described controller 16 and described air-out bar are installed on the cleaning system case 1; Generally speaking, described air intake orifice plate generally is located on bottom and the panel.Described air intake orifice plate 2, described roughing efficiency air filter, described pulse ionizing device, described circulation motor 8, described clean unit circulation wind pushing box 9, described catalytic reactor, described hot cathode light pipe 12, described air-out bar, described adsorber and described controller 16 layering in order are installed in the described cleaning system case 1, as the purification channel of each unitary air intake and air-out.The multi-element air sterilization purification system combination of adopting has strengthened interaction between unit and unit and mutual protection, has effectively guaranteed the operational reliability of system.Described adsorber then adopts YWX adsorber 15, and described air-out bar is a horn air-out bar 17.
Described roughing efficiency air filter unit 3 and 4 is a multilamellar network structure filter, and its multilamellar anti-bacterial fibre drainage screen is loaded on the bottom and panel fresh air inlet plate in the described cleaning system case 1, and the micronic dust that filtering is bigger and suppress giving birth to now of antibacterial is realized primary filter.
Described air inlet 6, described circulation motor 8 and described clean unit circulation wind pushing box 9 constitute the circulation supply air system.
Described pulse ionizing device comprises positive pulse ionizer I 5, positive pulse ionizer II 10 and negative pulse ionizer III 14.As Fig. 2, described positive pulse ionizer I 5 is installed in the air inlet in the described cleaning system case 1, it comprises two control of dust orifice plates 18, positive pulse ionization web plate 19 and insulated column 20, described pair of control of dust orifice plate 18, described positive pulse ionization web plate 19 and described insulated column 20 are provided with vent, described positive pulse ionization web plate 19 is installed in the described pair of control of dust orifice plate 18, described insulated column 20 fixing described positive pulse ionization web plates 19, described positive pulse ionizer I 5 is used for filtering absorption micronic dust.
Referring to Fig. 3, described positive pulse ionizer II 10 comprises two control of dust orifice plates 21, two positive pulse ionization web plate 22 and insulated column 23, described pair of control of dust orifice plate 21, described positive pulse ionization web plate 22 and described insulated column 23 are provided with vent, positive pulse ionization web plate 22 is installed in the described pair of control of dust orifice plate 21, described insulated column 23 fixing described positive pulse ionization web plates 22; The control of dust orifice plate adsorbed the temporal effect of ionic discharge, the dust suction of sterilizing about airborne micronic dust, antibacterial were subjected to the charged quilt of positive pulse ionizer II 10 effects under the Coulomb force effect.As Fig. 4, described negative pulse ionizer III 14 comprises two control of dust orifice plates 24, two negative pulse ionization web plate 25 and insulated column 26, described pair of control of dust orifice plate 24, described negative pulse ionization web plate 25 and described insulated column 26 are provided with vent, described negative pulse ionization web plate 25 is installed in the described pair of control of dust orifice plate 24, described insulated column 26 fixing described negative pulse ionization web plates 25; Described positive pulse ionizer II 10 and negative pulse ionizer III 14 form the plasma neutralizing effect, realize that the sterilization dust suction purifies, and purifying air comes from nature, overcomes cation and causes the people to feel the defective of having a headache more.
Referring to Fig. 5, described catalytic reactor comprises JSC catalytic reactor I 11 and JSC catalytic reactor II 13; Described JSC catalytic reactor I 11 comprises two catalysis nets 27, catalytic carrier 28 and carrier web orifice plate 29, described pair of catalysis net 27, described catalytic carrier 28 and carrier web orifice plate 29 are provided with vent, and described catalytic carrier 28 is fixed in the described pair of catalysis net 27 by described carrier web orifice plate 29; Described JSC catalytic reactor II 13 comprises two catalysis nets 27, catalytic carrier 28 and carrier web orifice plate 29, described pair of catalysis net 27, described catalytic carrier 28 and carrier web orifice plate 29 are provided with vent, and described catalytic carrier 28 is fixed in the described pair of catalysis net 27 by described carrier web orifice plate 29.When air passed through the JSC catalytic carrier, the JSC carrier was subjected to the light wave radiation, overlays on the oxidant on the JSC carrier, produces extremely strong oxidation reaction, and airborne harmful gas is resolved into CO
2And H
2O.Referring to Fig. 6, described hot cathode light pipe 12 comprises spiral hot cathode silk 30, quartz ampoule 31, noble gas 32 and stem 33, when described hot cathode silk 30 adds voltage, emission electron after negative electrode is heated, described excited inert gas 32 produces the light wave radiation, airborne antibacterial is subjected to the light wave radiation, and cell is punctured, thus killing bacteria.Described JSC catalytic reactor I 11, described JSC catalytic reactor II 13 and described hot cathode light pipe 12 are formed photo catalysis reactor, the airborne harmful gas of oxidation Decomposition.
Described adsorber is YWX (organic-inorganic) adsorber 15, described YWX adsorber 15 comprises non-woven fabrics 34, Y carrier 35, W carrier 36 and carrier web orifice plate 37, to the absorption of organic (Y) and inorganic (W) harmful gas, further mend the adsorption cleaning of appreciating organic and inorganic harmful gas.
Described controller 16 is provided with the open and close of the described multi-element air sterilization purification system of control and the control unit of mode of operation; Described controller 16 by little journey pick off control, detects the IAQ (indoor air quality) situation by master controller PLC Programming Design, and Auto Power On operation and shutdown realize automatization's control; When the impurity of room air and concentration reached clean value, controlling air cleaning member according to selected operation mode was stop mode; When the impurity of room air and concentration did not reach clean value and requires, controlling air cleaning member according to selected operation mode was operation mode.Described stopping or mode of operation, what make described air cleaning member is in standby or duty.
In actual applications, the structure of described cleaning system case 1 can be any in cabinet type, portable, wall-hanging and the ceiling type.
In the present embodiment, the described roughing efficiency air filter of air admission unit 3 and 4 carries out pretreatment, removes airborne hair, fiber and greater than the micronic dust of 10 μ m; Through the described positive pulse ionizer of described roughing efficiency air filter unit 3 and 4 pretreated air admission I 5, behind the ionization absorption micronic dust, send in positive pulse ionizer I 5, positive pulse ionizer II 10 and negative pulse ionizer III 14 plasma chamber by circulating fan, carry out ionization sterilization, dust suction and in and negative ions; Wherein said JSC catalytic reactor I 11JSC catalytic reactor II 13 and hot cathode light pipe 12 are formed photo catalysis reactor in described positive pulse ionizer I5, positive pulse ionizer II 10 and negative pulse ionizer III 14 plasma chamber, quickened the oxidation reaction of air, airborne harmful gas has been decomposed into H
2O and CO
2The described YWX adsorber 15 of air admission that purifies is further mended residual organic and inorganic harmful gas in the reward absorbed air, realizes that air output is indoor.
Above content be in conjunction with concrete preferred implementation to further describing that this utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For this utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from this utility model design, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.
Claims (10)
1. multi-element air sterilization purification system, it is characterized in that: described multi-element air sterilization purification system comprises cleaning system case (1), air intake orifice plate (2), to entering airfiltering roughing efficiency air filter unit (3) (4), pulse ionizing device, air inlet (6), circulation motor (8), clean unit circulation wind pushing box (9), catalytic reactor, hot cathode light pipe (12), air-out bar and controller (16), described roughing efficiency air filter unit (3) (4) is installed on and allows the box inside of the described cleaning system case of air admission (1), described circulation motor (8) and described circulation wind pushing box (9) be installed in the cavity in the cleaning system case (1), and described controller (16) and described air-out bar are installed on the cleaning system case (1).
2. according to the described multi-element air sterilization purification system of claim 1, it is characterized in that: described pulse ionizing device comprises positive pulse ionizer I (5), positive pulse ionizer II (10) and negative pulse ionizer III (14).
3. according to the described multi-element air sterilization purification system of claim 2, it is characterized in that: described positive pulse ionizer I (5) comprises two control of dust orifice plates (18), positive pulse ionization web plate (19) and insulated column (20), described pair of control of dust orifice plate (18), described positive pulse ionization web plate (19) and described insulated column (20) are provided with vent, described positive pulse ionization web plate (19) is installed in the described pair of control of dust orifice plate (18), and described insulated column (20) is fixed described positive pulse ionization web plate (19); Described positive pulse ionizer II (10) comprises two control of dust orifice plates (21), two positive pulse ionization web plates (22) and insulated column (23), described pair of control of dust orifice plate (21), described positive pulse ionization web plate (22) and described insulated column (23) are provided with vent, positive pulse ionization web plate (22) is installed in the described pair of control of dust orifice plate (21), and described insulated column (23) is fixed described positive pulse ionization web plate (22); Described negative pulse ionizer III (14) comprises two control of dust orifice plates (24), two negative pulse ionization web plates (25) and insulated column (26), described pair of control of dust orifice plate (24), described negative pulse ionization web plate (25) and described insulated column (26) are provided with vent, described negative pulse ionization web plate (25) is installed in the described pair of control of dust orifice plate (24), and described insulated column (26) is fixed described negative pulse ionization web plate (25).
4. according to the described multi-element air sterilization purification system of claim 3, it is characterized in that: described catalytic reactor comprises JSC catalytic reactor I (11) and JSC catalytic reactor II (13); Described JSC catalytic reactor I (11) comprises two catalysis nets (27), catalytic carrier (28) and carrier web orifice plate (29), described pair of catalysis net (27), described catalytic carrier (28) and carrier web orifice plate (29) are provided with vent, and described catalytic carrier (28) is fixed in the described pair of catalysis net (27) by described carrier web orifice plate (29); Described JSC catalytic reactor II (13) comprises two catalysis nets (27), catalytic carrier (28) and carrier web orifice plate (29), described pair of catalysis net (27), described catalytic carrier (28) and carrier web orifice plate (29) are provided with vent, and described catalytic carrier (28) is fixed in the described pair of catalysis net (27) by described carrier web orifice plate (29).
5. according to the described multi-element air sterilization purification system of claim 4, it is characterized in that: described hot cathode light pipe (12) comprises spiral hot cathode silk (30), quartz ampoule (31), noble gas (32) and stem (33).
6. according to the described multi-element air sterilization purification system of claim 5, it is characterized in that: described multi-element air sterilization purification system also comprises adsorber.
7. according to the described multi-element air sterilization purification system of claim 6, it is characterized in that: described adsorber is YWX adsorber (15), and described YWX adsorber (15) comprises non-woven fabrics (34), Y carrier (35), W carrier (36) and carrier web orifice plate (37).
8. according to the described multi-element air sterilization purification system of claim 7, it is characterized in that: described controller (16) is provided with the open and close of the described multi-element air sterilization purification system of control and the control unit of mode of operation.
9. described according to Claim 8 multi-element air sterilization purification system is characterized in that: described air-out bar is a horn air-out bar (17); Described roughing efficiency air filter unit (3) (4) is a multilamellar network structure filter.
10. according to claim 1 or 9 described multi-element air sterilization purification systems, it is characterized in that: the structure of described cleaning system case (1) is any in cabinet type, portable, wall-hanging and the ceiling type.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008202134301U CN201414952Y (en) | 2008-11-10 | 2008-11-10 | Multivariate air sterilizing and purifying system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008202134301U CN201414952Y (en) | 2008-11-10 | 2008-11-10 | Multivariate air sterilizing and purifying system |
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| CN201414952Y true CN201414952Y (en) | 2010-03-03 |
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| CN2008202134301U Expired - Lifetime CN201414952Y (en) | 2008-11-10 | 2008-11-10 | Multivariate air sterilizing and purifying system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102145190A (en) * | 2010-04-15 | 2011-08-10 | 胡燕武 | High-frequency pulse light air purification and disinfection device |
| CN107670485A (en) * | 2017-11-22 | 2018-02-09 | 黄剑峰 | A kind of neutralization formula waste gas fast purification processing equipment |
-
2008
- 2008-11-10 CN CN2008202134301U patent/CN201414952Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102145190A (en) * | 2010-04-15 | 2011-08-10 | 胡燕武 | High-frequency pulse light air purification and disinfection device |
| CN102145190B (en) * | 2010-04-15 | 2013-09-18 | 胡燕武 | High-frequency pulse light air purification and disinfection device |
| CN107670485A (en) * | 2017-11-22 | 2018-02-09 | 黄剑峰 | A kind of neutralization formula waste gas fast purification processing equipment |
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| GR01 | Patent grant | ||
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Granted publication date: 20100303 |