CN104697079A - Self-control energy-saving haze-removing fresh air device - Google Patents
Self-control energy-saving haze-removing fresh air device Download PDFInfo
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- CN104697079A CN104697079A CN201510127542.XA CN201510127542A CN104697079A CN 104697079 A CN104697079 A CN 104697079A CN 201510127542 A CN201510127542 A CN 201510127542A CN 104697079 A CN104697079 A CN 104697079A
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- Prior art keywords
- new wind
- air
- plate
- inlet
- haze
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
- F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
- F24F8/192—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering by electrical means, e.g. by applying electrostatic fields or high voltages
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/28—Arrangement or mounting of filters
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
- F24F8/20—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/65—Electronic processing for selecting an operating mode
Abstract
The invention belongs to the technical field of fresh air purifying and energy-saving haze removing and discloses a self-control energy-saving haze-removing fresh air device which comprises a box, a fresh air inlet, a fresh air outlet, a purifying chamber, an indoor air inlet, a mixed air inlet, a gate valve, a bypass channel, a fan and an electric controller. A filter, a discharging module, a semi-closed ozone-free purifier and deodorizer are sequentially arranged in the purifying chamber, the discharging module comprises a discharging hole plate and a discharging needle plate, the discharging needle plate comprises more than two discharging needles, the discharging hole plate comprises more than two discharging holes, each discharging needle is placed in the corresponding discharging hole, all discharging needles are serially connected and electrified by positive electricity, voltage is 3000-5000V, and the discharging hole plate is a large-aperture zero-pole light plate or a large-aperture zero-pole plastic sprayed plate. The self-control energy-saving haze-removing fresh air device comprises a haze-removing fresh air running channel, a bypass fresh air running channel, a defrosting and haze-removing fresh air running channel, a defrosting bypass fresh air running channel and an indoor circulation haze-removing running channel. The self-control energy-saving haze-removing fresh air device has the advantages that fresh air is led in to remove outdoor haze air and indoor PM2.5 particle pollution in an efficient and energy-saving manner.
Description
Technical field
The present invention is aeration device, and particularly auto-control energy-saving is except haze aeration device, belongs to fresh air purifying, energy-conservation except haze technical field.
Original indoor pollution introduces new wind, the dirty wind of eliminating by common aeration device, makes PM2.5 contaminated with particles be degraded or remove, but the severe contamination of outdoor air allows newly eolian is another room air pollution source.The PM2.5 contaminated with particles that current haze weather produces has become one of air-polluting serious problems, and particularly continue 4 to 7 December in 2013 to occur national large-area serious haze weather since the dawn of human civilization, PM2.5 has arrived the degree of regulation.PM2.5 refers to that diameter is less than or equal to the particle of 2.5 microns, also referred to as entering lung particle.Compared with thicker particle, PM2.5 particle diameter is little, be rich in a large amount of poisonous and harmful substances, and atmospheric residence time is long, and fed distance is far away, thus larger on the impact of health and atmosphere quality.The main source of PM2.5 particle is outdoor, because its particulate is little, all-pervasive, and from 7-8 month Beijing monitoring situation in 2013, PM2.5 pollution level had the trend exceeding outdoor.Introduce new wind and not only do not reduce indoor pollution level, improve the pollution level to indoor on the contrary.
Particle can only be filled on roughing efficiency air filter by filtering type purification, do not kill except function, if immediately do not removed, when indoor are preserved for a long time, not death and elimination, bacterium just in air and virus concentrate on roughing efficiency air filter, and the bacterium on roughing efficiency air filter and virus still have damaging effect.
Haze weather takes place frequently, different regions, and its incidence of Various Seasonal is different, as Beijing in January, 2013 haze weather incidence reaches 86.7%.No matter adopt how except haze all can consume the energy, in particularly adopting, efficient roughing efficiency air filter is except haze, can produce very large resistance, become the consumption of the increase energy of multiple, propose new requirement to the removing of the PM2.5 particle introduced in new wind to the new wind of introduction.General employing electric heated defrosting, consumes energy very much.
Summary of the invention
The object of the invention is for introducing in the prior art of new wind, the dirty wind of eliminating above by common aeration device, undesirable to the clean-up effect of outdoor haze air, indoor PM2.5 contaminated with particles cannot be made to be degraded or remove, or the defect of the increase energy ezpenditure of multiple is needed into when purifying, provide auto-control energy-saving except haze aeration device, can reach and introduce new wind, the dirty wind of eliminating, make outdoor haze air and indoor PM2.5 contaminated with particles obtain the object of efficient degradation or removing in energy-conservation mode.
The technical scheme that the present invention takes to achieve these goals is: auto-control energy-saving, except haze aeration device, comprises casing, newly wind air inlet, newly wind inlet air plenum, clean room, newly wind go out air compartment, new wind air outlet, location-plate A, location-plate B, roughing efficiency air filter, movement, deodoriser, bypass passageways, bypass inlet, blower fan, electric controller; Described casing is arranged on body of wall, and casing is square; New wind air intake control valve is provided with in described new wind air inlet; Described new wind inlet air plenum is arranged on casing left part, and described new wind air inlet is arranged on casing left surface, with new wind inlet air plenum outside junction chamber; Described new wind goes out air compartment and is arranged on casing right part, and described new wind air outlet is arranged on casing right flank, connects new wind and goes out air compartment and indoor; Described location-plate A is fixedly installed in above in the middle part of casing, described location-plate B is fixedly installed on casing middle and lower part, described clean room is arranged in the middle part of casing, between location-plate A and location-plate B, described roughing efficiency air filter, movement and deodoriser are arranged in clean room from left to right, described deodoriser is made by active carbon or aluminium monolith substrate, has the function of deozonize and deodorize; Between described bypass passageways is arranged on below lower box, location-plate B and casing, described bypass inlet is arranged on the left of bypass passageways, connects new wind inlet air plenum and bypass passageways; Described blower fan is arranged on new wind and goes out inside air compartment, new wind air outlet, and described electric controller is arranged on new wind and goes out bottom air compartment;
The length dimension of described casing is 500-1500mm, and width dimensions is 250-1500mm, and height dimension is 150-250mm;
Also comprise room air air inlet, mixing air air inlet, gate valve, gate valve fixed head, discharge module; Described movement is semi-enclosed ozone free purification movement;
Described room air air inlet is arranged on above casing that new wind goes out above air compartment, by the inner side of body of wall, in junction chamber and new wind inlet air plenum; Indoor air intake control valve is provided with in described room air air inlet;
Described mixing air air inlet is arranged in the middle part of clean room's left side wall, connects new wind and goes out air compartment and clean room; Described gate valve is arranged between mixing air air inlet and bypass passageways, left side wall bottom, clean room; Described roughing efficiency air filter, discharge module, semi-enclosed ozone free purification movement and deodoriser are successively set in clean room from left to right, and roughing efficiency air filter, discharge module, semi-enclosed ozone free purification movement are fixedly connected with location-plate B with location-plate A respectively with the upper/lower terminal of deodoriser;
Described discharge module comprises electric discharge orifice plate and electric discharge needle plate, described electric discharge needle plate comprises more than 2 spray points, described electric discharge orifice plate comprises more than 2 discharge aperture, the aperture of described discharge aperture is 20-60mm, be oppositely arranged 1 spray point in each discharge aperture, spray point is arranged on the center of discharge aperture, and spray point is point discharge structure, all spray points are the logical positive electricity of series connection, and voltage is at 3000-15000V;
Described electric discharge orifice plate is large aperture zero aurora plate or pole, large aperture zero plastic-blasting plate, and electric discharge orifice plate is zero pole; Described large aperture zero aurora plate is that rustless metal material punching forms; Because exposed metal tabula rasa can produce micro-ozone at electric field, effect is killed to the viral germ in air; Pole, described large aperture zero plastic-blasting plate is composite construction, and centre is large aperture zero aurora plate, and both sides are plastic foil coating, and the plastic foil coating thickness of every side is 0.1-1.2mm; Described plastic foil coating is PP, PET film coating;
The present invention includes except the new wind of haze runs passage, bypass new wind operation passage, defrosting except haze new wind operation passage, the new wind operation passage of defrosting bypass and indoor circulation except haze runs passage; It is described that except the new wind of haze runs, passage goes out air compartment by new wind air inlet, new wind inlet air plenum, mixing air air inlet, clean room, new wind, blower fan, new wind air outlet form; The new wind of described bypass runs that passage goes out air compartment by new wind air inlet, new wind inlet air plenum, bypass inlet, bypass passageways, new wind, blower fan, new wind air outlet form; Except the new wind of haze runs, passage goes out air compartment by new wind air inlet and room air air inlet, new wind inlet air plenum, clean room, new wind, blower fan, new wind air outlet form in described defrosting; Described defrosting bypass new wind operation passage is by new wind air inlet and room air air inlet, new wind inlet air plenum, bypass inlet, bypass passageways, new wind go out air compartment, blower fan, newly wind air outlet form; Except haze runs, passage goes out air compartment by room air air inlet, new wind inlet air plenum, mixing air air inlet, clean room, new wind to described indoor circulation, blower fan, new wind air outlet form.
The length dimension of described casing is 566mm, and width dimensions is 350mm, and height dimension is 230mm.
Described gate valve is arranged between mixing air air inlet and bypass inlet, gate valve is linkage structure, be in bypass inlet when gate valve moves up to open and mixing air air inlet closed condition, be in bypass inlet when gate valve moves down and close and mixing air air inlet open mode; Described gate valve fixed head is arranged on outside gate valve, and gate valve is fixed by mobile gate valve fixed head after moving up or down.
On location-plate A and location-plate B, be provided with the inserting groove of roughing efficiency air filter, discharge module, semi-enclosed ozone free purification movement and deodoriser symmetrically, the two ends of roughing efficiency air filter, discharge module, movement and deodoriser are plugged in inserting groove corresponding on location-plate A and location-plate B respectively, and are fixedly connected with.
Described electric discharge needle plate comprises 22 spray points, and described electric discharge orifice plate comprises 22 discharge aperture; The aperture of described discharge aperture is 48mm, and the logical positive electricity of described spray point series connection, voltage is 7000V.
Described electric discharge orifice plate is large aperture zero aurora plate.
Described electric discharge orifice plate is pole, large aperture zero plastic-blasting plate.
Described semi-enclosed ozone free purification movement comprises more than 2 semi-enclosed electrostatic fields with, the locating dowel of more than 8, side plate A, side plate B, end plate A, end plate B, positive conductive head, negative conductive head, cleaning module high voltage package positive terminal, cleaning module high voltage package anode connector;
Described semi-enclosed electrostatic generation band comprises PET resin band and conductive strips, and PET resin band is macromolecule resin material, and conductive strips are the silver slurry in electrically conductive ink, adopt printing or overlay film to be worked into PET resin band side on the surface; Described conductive strips comprise the negative conductive band of positive conductive band and equal number, and the semi-enclosed electrostatic being provided with positive conductive band band occurs and is provided with the semi-enclosed electrostatic generation band interval setting of negative conductive band; Between every block is with the semi-enclosed electrostatic of positive and negative electrode conductive strips respectively, be also provided with the insulating barrier of more than 4 pieces;
The exit of positive conductive band is on the right side of conductive strips, and the exit of negative conductive band is on the left of conductive strips; Side plate A and side plate B is arranged on both sides, and semi-enclosed electrostatic is with, insulating barrier, side plate A are fixedly connected with by locating dowel with side plate B, form electrostatic, and band assembly occurs; The exposed conductive strips exit parallel connection in conductive strips both sides is welded as one pole, and fixing with silicon rubber filling insulation; Two ends are respectively charged into end plate A, end plate B; Described positive conductive head and high voltage package positive terminal are arranged on electrostatic and band assembly right-hand member occur, and described negative conductive head and high voltage package anode connector are arranged on electrostatic and band assembly left end occurs.
Described semi-enclosed ozone free purification movement comprises 26 semi-enclosed electrostatic fields and is with, there is band and be provided with semi-enclosed each 13 of the electrostatic generation band of negative conductive band in the semi-enclosed electrostatic being provided with positive conductive band, 12 locating dowels, between every block is with the semi-enclosed electrostatic of positive and negative electrode conductive strips respectively, be also respectively provided with 6 pieces of insulating barriers.
Described electric controller comprises electric controller box, discharge module high voltage package, cleaning module high voltage package, particle concentration probe, thermostat probe, specializes in new wind button, except haze new wind button, indoor except haze button, automatic button, except the new wind indicator lamp of haze, specialize in new wind indicator lamp, defrosting is except haze indicator lamp, indoor are except haze indicator lamp.Above-mentioned electrical control member each other, and and associated components between electrical connection be routine techniques, repeat no more.
The effect of roughing efficiency air filter: carry out first time purification to new wind, namely carry out primarily efficient filter, the particle of more than the PM10 in new wind is filtered purification; Current balance function is also had to new wind.
The effect of discharge module: discharge module comprises electric discharge orifice plate and electric discharge needle plate, carries out second time and purifies, be less than below PM10, comprise the particle of below PM2.5 and enter discharge module new wind.When adopting the large aperture zero aurora plate of ozone free structure to add static pressure spray point plate structure, the discharge module high voltage electric field produced, particle is become positively charged lotus, and discharge module is by producing atomic anion under high-pressure electrostatic effect simultaneously, carries out sterilization and sterilization to particle.Because exposed metal tabula rasa can produce micro-ozone at electric field, effect is killed to the viral germ in air, ozone is a kind of gas of extremely unstable, it is a kind of strong disinfectant, the ozone of trace is after sterilization, reduce the concentration of ozone, then through the removing of deodorizing net, enter in indoor air and there is no ozone.Harmless to people lower than 0.16mg/kg ozone concentration, there is certain effect to the purification of room air.
When adopting pole, the large aperture zero plastic-blasting plate of ozone free structure to add static pressure spray point structure, due to can not ozone be produced, make deodoriser can be inoperative; Here only to the PP plastic foil that electric discharge orifice plate 10 appearance coated one deck 0.1-0.5mm is thick, the discharge module of spray point composition is added according to the large aperture plastic-blasting plate of test ozone free structure, ozoniferous positive electric field is isolated by plastic foil, oxygen in air is difficult to and electrode contact, effectively can intercept the generation of ozone, produce ozone hardly, ozone generating capacity can be controlled in 0.03 μ g/m
3below, reach the degree harmless to people, only have 20% of national standard ozone concentration, electrostatic field itself has sterilization functions of expelling toxin; At electrostatic field, due to pole, large aperture zero plastic-blasting plate surface energy absorption below PM2.5 particle, add the dust containing capacity of clarifier, can take out when the micronic dust of pole, large aperture zero plastic-blasting plate adsorption reaches finite concentration and clean.
The effect of semi-enclosed ozone free purification movement: third time purification is carried out to new wind, through second time purifying fresh air charged particle thing, enter semi-enclosed ozone free purification movement, under negative high voltage electrostatic field, particle in air produces negative electrical charge, be adsorbed on the movement PET conductive strips had compared with a lot of dust amount by electromagnetic field, below the PM10 particle of 98% is cleaned; Cleaning module is regeneration dust suction movement capable of washing, when dust suction reaches dust containing capacity on cleaning module, can carry out appearance dirt and report to the police, notify user's cleaning module by the electric controller of " adjustable auto-control energy-saving is except haze VMC "; The filtering type purification that compares of windage due to electrostatic depuration movement is much little, reaches energy-conservation and introduces the object of new wind oxygen supply except haze.
The effect of deodoriser: clean new wind enters deodoriser, remaining drop ozone after sterilizing is removed, deodoriser is made by active carbon or aluminium monolith substrate, there is the function of deozonize and deodorize, oxygen can be decomposed ozone to, atomic ozone is removed, also can improve oxygen bar's effect of new wind.
The effect of bypass passageways: adopt when employing bypass new wind operational mode wind operational mode new for defrosting bypass, only need anti-condensation and antifrost, without the need to purification, decrease the power consumption of purification electricity consumption and the ventilation of high windage, resistance is not had owing to passing into bypass passageways, air quantity reaches maximization, reaches the service life that object that energy-conservation introduction cleans new wind extends roughing efficiency air filter and semi-enclosed ozone free purification movement simultaneously.
Operational mode:
Except the new wind operational mode of haze: when there being haze weather, particle concentration probe detection to particulate in air concentration higher than 35 μ g/m
3or 75 μ g/m
3, the temperature of new wind air intake is higher than the dew point of indoor air temperature, and higher than 0 DEG C, new wind air intake control valve is opened, new wind air inlet is opened, indoor air intake control valve is closed, room air air inlet is closed, gate valve is in bypass inlet and closes and mixing air air inlet open mode, haze concentrations detectors, except the new wind button of haze, spray point module high voltage bag and cleaning module high voltage package are opened, when blower fan is opened, except haze new wind indicator lamp is bright, outdoor new wind is under fan action, new wind inlet air plenum is entered from new wind air inlet, clean room is entered through mixing air air inlet, through roughing efficiency air filter, discharge module, after the purification of semi-enclosed ozone free purification movement and deodoriser, air compartment is gone out through new wind, clean new wind air outlet enters indoor.
The new wind operational mode of bypass: when without haze weather, particle concentration probe detection to particulate in air concentration lower than 35 μ g/m
3or 75 μ g/m
3, new wind air intake higher than indoor air temperature dew-point temperature and higher than 0 DEG C, new wind air intake control valve is opened, new wind air inlet is opened, indoor air intake control valve is closed, room air air inlet is closed, gate valve be in bypass inlet open and mixing air air inlet closed condition, when specializing in that new wind button is opened, blower fan is opened, specialize in new wind indicator lamp bright, outdoor new wind is under fan action, enter new wind inlet air plenum from new wind air inlet, then enter through bypass inlet, bypass passageways that new wind goes out air compartment, new wind air outlet enters indoor.
Defrosting is except the new wind operational mode of haze: when there being haze weather, particle concentration probe detection to particulate in air concentration higher than 35 μ g/m
3or 75 μ g/m
3, thermostat probe detect new wind air intake be equal to or less than indoor air temperature dew-point temperature or lower than 0 DEG C time, new wind air intake control valve is opened, new wind air inlet is opened, indoor air intake control valve is opened, room air air inlet is opened, gate valve is in bypass inlet and closes and mixing air air inlet open mode, haze concentrations detectors is opened, when blower fan is opened, it is bright that defrosting removes haze indicator lamp, under fan action, in new wind inlet air plenum, the new wind of haze that has entered from new wind air inlet mixes with the dirty gas in indoor that air air inlet enters indoor, thermostat probe regulates the open degree of new wind air intake control valve, make to enter the dew-point temperature of mixing air temperature higher than indoor air temperature of mixing air air inlet, and must higher than 0 DEG C, enter the mixing air not condensation frosting of new wind inlet air plenum, higher than the mixing air of 0 DEG C and dew-point temperature, clean room is entered through mixing air air inlet from new wind inlet air plenum, through roughing efficiency air filter, discharge module, after the purification of semi-enclosed ozone free purification movement and deodoriser, clean new wind goes out air compartment through new wind, new wind air outlet enters indoor.
Defrosting bypass new wind operational mode: when without haze weather, particle concentration probe detection to particulate in air concentration lower than 35 μ g/m
3or 75 μ g/m
3, thermostat probe detect new wind air intake be equal to or less than indoor air temperature dew-point temperature or lower than 0 DEG C time, new wind air intake control valve is opened, new wind air inlet is opened, indoor air intake control valve is opened, room air air inlet is opened, specialize in new wind button to open, gate valve is in bypass inlet and opens and mixing air air inlet closed condition, when blower fan is opened, specialize in new wind indicator lamp bright, under fan action, in new wind inlet air plenum, the new wind of haze that has entered from new wind air inlet mixes with the dirty gas in indoor that air air inlet enters indoor, thermostat probe regulates the open degree of new wind air intake control valve, make to enter the dew-point temperature of mixing air temperature higher than indoor air temperature of mixing air air inlet, and must higher than 0 DEG C, enter the mixing air not condensation frosting of new wind inlet air plenum, mixing air higher than 0 DEG C and dew-point temperature passes bypass inlet again, bypass passageways enters new wind and goes out air compartment, finally by blower fan, new for cleaning wind is discharged to indoor from new wind air outlet.
Indoor circulation is except haze operational mode: when the particle concentration probe detection of electric controller to Particulate Matter in Indoor Air concentration higher than 35 μ g/m
3or 75 μ g/m
3, and room air concentration is higher than outdoor air concentration, new wind air intake control valve is closed, new wind air inlet is closed, indoor air inlet valve is opened, gate valve is in bypass inlet and closes and mixing air air inlet open mode, open, haze concentrations detectors is opened, indoor except haze button, spray point module high voltage bag and cleaning module high voltage package are opened, when blower fan is opened, it is bright that haze indicator lamp is removed in indoor, under fan action, indoor dirty wind indoor air air inlet enters new wind inlet air plenum, clean room is entered through mixing air air inlet, through roughing efficiency air filter, discharge module, after the purification of semi-enclosed ozone free purification movement and deodoriser, air compartment is gone out through new wind, new wind air outlet enters indoor.
Automatic operational mode: be applicable to auto-controll operation, automatic button is opened, present system is selected except haze new wind operational mode, bypass new wind operational mode, defrosting are except haze new wind operational mode, defrosting bypass new wind operational mode and indoor circulation are except a kind of mode operation in haze operational mode automatically by the particle concentration of indoor and outdoor and temperature, and the operational mode indicator lamp chosen is bright; In running, particle concentration and the temperature of indoor and outdoor change, and when meeting the new mode operation condition of above-mentioned another kind, system is transformed into the new mode operation of above-mentioned another kind automatically, and former operational mode indicator lamp goes out simultaneously, and new operational mode indicator lamp is bright.
Compared with prior art, the invention has the beneficial effects as follows:
1. there is plurality of operating modes: comprise except haze new wind operational mode, defrosting are except haze new wind operational mode, indoor circulation are except haze operational mode, bypass new wind operational mode and the new wind operational mode of defrosting bypass, corresponding operational mode can be adopted according to indoor and outdoor haze degree and temperature height, reach defrosting except object energy-conservation while of haze;
2. except haze good purification: adopt semi-enclosed purification of air movement to purify the new wind of introduction, can not only with the particle in adsorption method for purifying air, electrostatic also has suppression and killing action to the bacterium in air, virus, and this is the function that filtering type clarifier does not have; Electrostatic field itself has sterilization virus killing function, adds that drop ozone that electrostatic produces more has sterilization to kill virus effect; Dirty wind is through discharge module, and particle is charged in advance, directly flies to negative pole and is adsorbed on PET conductive strips, be exaggerated clean-up effect exponentially, make primary purification efficiency reach more than 90% when entering semi-enclosed ozone free purification movement;
3. can remove indoor haze: indoor haze pollutes very serious, indoor haze pollutes and often exceeds outdoor, and the new wind of simple introduction can not the indoor haze of fully effective removing, adopts Inner eycle except haze method, can more effectively remove indoor haze; Have this year two can represent and proposed to install air purifier to students in middle and primary schools, kindergarten, this will play a big part to students in middle and primary schools, the healthy of child;
4. energy-conservation: when removing haze operational mode except haze new wind operational mode, defrosting except the new wind operational mode of haze and indoor circulation, because electrostatic purifier to only have the 10%-30% of middle effect roughing efficiency air filter to the resistance that air flows, the energy consumption of blower fan can be reduced, compared with purifying with filtering type, can save energy more than 50%; Wherein when adopting indoor circulation except haze operational mode, because indoor introducing air finally gets back to indoor, the energy improving new air temperature does not consume, and saves the energy; When employing bypass new wind operational mode wind operational mode new for defrosting bypass, decrease purification electricity consumption;
5. simple, reliable, safe, the stable performance of processing technology.
Accompanying drawing explanation
Fig. 1 is: schematic perspective view of the present invention;
Fig. 2-1 is: auto-control energy-saving is except haze aeration device internal structure schematic diagram;
Fig. 2-2 is: Fig. 2-1A portion enlarged drawing;
Fig. 3 is: except the new wind of haze runs schematic diagram;
Fig. 4 is: the new wind of bypass runs schematic diagram;
Fig. 5 is: defrosting is except haze new wind operation schematic diagram;
Fig. 6 is: the new wind of defrosting bypass runs schematic diagram;
Fig. 7 is: indoor circulation is except haze operation schematic diagram;
Fig. 8 is: discharge module schematic diagram;
Fig. 9 is: large aperture zero aurora plate front view;
Figure 10-1 is: pole, large aperture zero plastic-blasting plate front view;
Figure 10-2 is: pole, large aperture zero plastic-blasting plate left view;
Figure 10-3 is: Figure 10-2B portion enlarged drawing;
Figure 11-1 is: semi-enclosed ozone free clearing machine core components exploded view;
Figure 11-2 is: semi-enclosed ozone free purification movement stereo amplification figure;
Figure 12 is: electric controller schematic diagram.
Description of reference numerals:
Casing 1, new wind air inlet 2, new wind air intake control valve 201, new wind inlet air plenum 3, room air air inlet 4, indoor air intake control valve 401, mixing air air inlet 5, clean room 6, new wind goes out air compartment 7, new wind air outlet 8, location-plate A 9, location-plate B 10, gate valve 11, gate valve fixed head 12, roughing efficiency air filter 13, discharge module 14, electric discharge orifice plate 1401, large aperture zero aurora plate 1401A, pole, large aperture zero plastic-blasting plate 1401B, electric discharge needle plate 1402, spray point 1403, discharge aperture 1404, plastic foil coating 1405, semi-enclosed ozone free purification movement 15, semi-enclosed electrostatic field generation band 1501, locating dowel 1502, side plate A 1503, side plate B 1504, end plate A 1505, end plate B 1506, positive conductive head 1507, negative conductive head 1508, cleaning module high voltage package positive terminal 1509, cleaning module high voltage package anode connector 1510, deodoriser 16, bypass passageways 17, bypass inlet 18, blower fan 19, electric controller 20, controller box 2001, discharge module high voltage package 2002, cleaning module high voltage package 2003, specialize in new wind button 2004, except the new wind button 2005 of haze, indoor except haze button 2006, automatic button 2007, except the new wind indicator lamp 2008 of haze, specialize in new wind indicator lamp 2009, defrosting is except haze indicator lamp 2010, indoor except haze indicator lamp 2011, inserting groove 21, except the new wind of haze runs passage 22, the new wind of bypass runs passage 23, defrosting is except haze new wind operation passage 24, the new wind of defrosting bypass runs passage 25, indoor circulation is except haze operation passage 26.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the invention will be further described, but not as a limitation of the invention.
Embodiment 1:
As shown in Fig. 1 to Fig. 9 and Figure 11-1 to Figure 12, auto-control energy-saving except haze aeration device, comprises casing 1, new wind air inlet 2, new wind inlet air plenum 3, room air air inlet 4, mixing air air inlet 5, clean room 6, new wind goes out air compartment 7, new wind air outlet 8, location-plate A 9, location-plate B 10, gate valve 11, gate valve fixed head 12, roughing efficiency air filter 13, discharge module 14, the purification of semi-enclosed ozone free movement 15, deodoriser 16, bypass passageways 17, bypass inlet 18, blower fan 19, electric controller 20; Described casing 1 is arranged on body of wall, and casing 1 is square, and the length dimension L of casing 1 is 566mm, and width dimensions S is 350mm, and height dimension H is 230mm.
New wind air intake control valve 201 is provided with in described new wind air inlet 2, described new wind inlet air plenum 3 is arranged on casing 1 left part, and described new wind air inlet 2 is arranged on casing 1 left surface, with new wind inlet air plenum 3 outside junction chamber, described new wind goes out air compartment 7 and is arranged on casing 1 right part, and described new wind air outlet 8 is arranged on casing 1 right flank, connects new wind and goes out air compartment 7 and indoor, described location-plate A 9 is fixedly installed in above in the middle part of casing 1, described location-plate B 10 is fixedly installed on casing 1 middle and lower part, described clean room 6 is arranged in the middle part of casing 1, between location-plate A 9 and location-plate B 10, on location-plate A 9 and location-plate B 10, be provided with roughing efficiency air filter 13 symmetrically, discharge module 14, the inserting groove 21 of semi-enclosed ozone free purification movement 15 and deodoriser 16, roughing efficiency air filter 13, discharge module 14, the two ends of movement and deodoriser 16 are plugged in inserting groove 21 corresponding on location-plate A 9 and location-plate B 10 respectively, and be fixedly connected with.Described deodoriser 16 is made by active carbon or aluminium monolith substrate, has the function of deozonize and deodorize;
Between described bypass passageways 17 is arranged on below casing 1 bottom, location-plate B 10 and casing 1, described bypass inlet 18 is arranged on the left of bypass passageways 17, connects new wind inlet air plenum 3 and bypass passageways 17; Described blower fan 19 is arranged on new wind and goes out inside air compartment 7, new wind air outlet 8, and described electric controller 20 is arranged on new wind and goes out bottom air compartment 7;
Described gate valve 11 is arranged between mixing air air inlet 5 and bypass inlet 18, gate valve 11 is linkage structure, gate valve 11 is in bypass inlet 18 and opens and mixing air air inlet 5 closed condition when moving up, be in bypass inlet 18 and close and mixing air air inlet 5 open mode when gate valve 11 moves down; Described gate valve fixed head 12 is arranged on outside gate valve 11, and gate valve 11 is fixed by mobile gate valve fixed head 12 after moving up or down.
Described room air air inlet 4 is arranged on above casing 1 that new wind goes out above air compartment 7, by the inner side of body of wall, in junction chamber and new wind inlet air plenum 3; Indoor air intake control valve 401 is provided with in described room air air inlet 4;
Described mixing air air inlet 5 is arranged in the middle part of clean room 6 left side wall, connects new wind and goes out air compartment 7 and clean room 6; Described gate valve 11 is arranged between mixing air air inlet 5 and bypass passageways 17, left side wall bottom, clean room 6; Described roughing efficiency air filter 13, discharge module 14, semi-enclosed ozone free purification movement 15 and deodoriser 16 are successively set in clean room 6 from left to right, and roughing efficiency air filter 13, discharge module 14, semi-enclosed ozone free purification movement 15 is fixedly connected with location-plate B 10 with location-plate A 9 respectively with the upper/lower terminal of deodoriser 16;
Described discharge module 14 comprises electric discharge orifice plate 1401 and electric discharge needle plate 1402, described electric discharge needle plate 1402 comprises 22 spray points 1403, described electric discharge orifice plate 1401 comprises 22 discharge aperture 1404, the aperture of described discharge aperture 1404 is 48mm, be oppositely arranged 1 spray point 1403 in each discharge aperture 1404, spray point 1403 is arranged on the center of discharge aperture 1404, and spray point 1403 is point discharge structure, described spray point 1403 is connected and is led to positive electricity, and voltage is 7000V.
Described electric discharge orifice plate is large aperture zero aurora plate 1401A, and large aperture zero aurora plate 1401A is zero pole; Described large aperture zero aurora plate 1401A is that rustless metal material punching forms; Because exposed metal tabula rasa can produce micro-ozone at electric field, effect is killed to the viral germ in air;
The present invention includes except the new wind of haze runs passage 22, bypass new wind operation passage 23, defrosting except haze new wind operation passage 24, the new wind operation passage 25 of defrosting bypass and indoor circulation except haze runs passage 26; It is described that except the new wind of haze runs, passage 22 goes out air compartment 7 by new wind air inlet 2, new wind inlet air plenum 3, mixing air air inlet 5, clean room 6, new wind, blower fan 19, new wind air outlet 8 form; The new wind of described bypass runs that passage 23 goes out air compartment 7 by new wind air inlet 2, new wind inlet air plenum 3, bypass inlet 18, bypass passageways 17, new wind, blower fan 19, new wind air outlet 8 form; Except the new wind of haze runs, passage 24 goes out air compartment 7 by new wind air inlet 2 and room air air inlet 4, new wind inlet air plenum 3, clean room 6, new wind, blower fan 19, new wind air outlet 8 form in described defrosting; Described defrosting bypass new wind operation passage 25 is by new wind air inlet 2 and room air air inlet 4, new wind inlet air plenum 3, bypass inlet 18, bypass passageways 17, new wind go out air compartment 7, blower fan 19, newly wind air outlet 8 form; Except haze runs, passage 26 goes out air compartment 7 by room air air inlet 4, new wind inlet air plenum 3, mixing air air inlet 5, clean room 6, new wind to described indoor circulation, blower fan 19, new wind air outlet 8 form.
Described semi-enclosed ozone free purification movement 15 comprises 26 semi-enclosed electrostatic field generation bands 1501, and the semi-enclosed electrostatic being provided with positive conductive band band occurs and is provided with semi-enclosed electrostatic generation band each 13,12 locating dowels 1502 of negative conductive band, side plate A 1503, side plate B 1504, end plate A 1505, end plate B 1506, positive conductive head 1507, negative conductive head 1508, cleaning module high voltage package positive terminal 1509, cleaning module high voltage package anode connector 1510;
Described semi-enclosed electrostatic generation band comprises PET resin band and conductive strips, and PET resin band is macromolecule resin material, and conductive strips are the silver slurry in electrically conductive ink, adopt printing or overlay film to be worked into PET resin band side on the surface; Described conductive strips comprise the negative conductive band of positive conductive band and equal number, and the semi-enclosed electrostatic being provided with positive conductive band band occurs and is provided with the semi-enclosed electrostatic generation band interval setting of negative conductive band; Between every block is with the semi-enclosed electrostatic of positive and negative electrode conductive strips respectively, be also respectively provided with 6 pieces of insulating barriers.
The exit of positive conductive band is on the right side of conductive strips, and the exit of negative conductive band is on the left of conductive strips; Side plate A 1503 and side plate B 1504 is arranged on both sides, and semi-enclosed electrostatic is with, insulating barrier, side plate A 1503 are fixedly connected with by locating dowel 1502 with side plate B 1504, form electrostatic, and band assembly occurs; The exposed conductive strips exit parallel connection in conductive strips both sides is welded as one pole, and fixing with silicon rubber filling insulation; Two ends are respectively charged into end plate A 1505, end plate B 1506; Described positive conductive head 1507 and high voltage package positive terminal are arranged on electrostatic and band assembly right-hand member occur, and described negative conductive head 1508 and high voltage package anode connector are arranged on electrostatic and band assembly left end occurs.
Described electric controller 20 comprises controller box 2001, discharge module high voltage package 2002, cleaning module high voltage package 2003, particle concentration probe (not shown), thermostat probe (not shown), specializes in new wind button 2004, except haze new wind button 2005, indoor except haze button 2006, automatic button 2007, except the new wind indicator lamp 2008 of haze, specialize in new wind indicator lamp 2009, defrosting is except haze indicator lamp 2010, indoor are except haze indicator lamp 2011.Above-mentioned electrical control member each other, and and associated components between electrical connection be routine techniques, repeat no more.
Operational mode:
Except the new wind operational mode of haze, as shown in Figure 3, when there being haze weather, particle concentration probe detection to particulate in air concentration higher than 35 μ g/m
3or 75 μ g/m
3, the temperature of new wind air intake is higher than the dew point of indoor air temperature, and higher than 0 DEG C, new wind air intake control valve 201 is opened, new wind air inlet 2 is opened, indoor air intake control valve 401 is closed, room air air inlet 4 is closed, gate valve 11 is in bypass inlet 18 and closes and mixing air air inlet 5 open mode, haze concentrations detectors, except the new wind button 2005 of haze, spray point 1403 module high voltage bag and cleaning module high voltage package 2003 are opened, when blower fan 19 is opened, except haze new wind indicator lamp 2008 is bright, outdoor new wind is under blower fan 19 acts on, new wind inlet air plenum 3 is entered from new wind air inlet 2, clean room 6 is entered through mixing air air inlet 5, through roughing efficiency air filter 13, current balance function is had to new wind, after primarily efficient filter, the particle of more than the PM10 in new wind is filtered purification, be less than below PM10, the particle comprising below PM2.5 enters discharge module 14 high voltage electric field of pole, large aperture zero discharge aperture 1404 tabula rasa and electric discharge needle plate 1402 formation, particle is become positively charged lotus, discharge module 14 will produce atomic anion under high-pressure electrostatic effect simultaneously, sterilization and sterilization are carried out to particle, second time purification is carried out to new wind, through second time purifying fresh air charged particle thing, enter semi-enclosed ozone free purification movement 15, under negative high voltage electrostatic field, be attracted on the movement PET conductive strips that have compared with a lot of dust amount, newly obtain third time purification, below the PM10 particle of 98% is cleaned, clean new wind enters deodoriser 16, and remove the remaining drop ozone after sterilizing, deodoriser 16 is made by active carbon or aluminium monolith substrate, has the function of deozonize and deodorize, finally by blower fan 19, new for cleaning wind is gone out air compartment 7 through new wind, clean new wind air outlet 8 enters indoor.The filtering type purification that compares of windage due to electrostatic depuration movement is much little, reaches energy-conservation and introduces the object of new wind oxygen supply except haze.
The new wind operational mode of bypass, as shown in Figure 4, when without haze weather, particle concentration probe detection to particulate in air concentration lower than 35 μ g/m
3or 75 μ g/m
3, new wind air intake is higher than the dew-point temperature of indoor air temperature, and higher than 0 DEG C, new wind air intake control valve 201 is opened, new wind air inlet 2 is opened, indoor air intake control valve 401 is closed, room air air inlet 4 is closed, gate valve 11 is in bypass inlet 18 and opens and mixing air air inlet 5 closed condition, specialize in new wind button 2004 to open, when blower fan 19 is opened, specialize in new wind indicator lamp 2009 bright, outdoor new wind is under blower fan 19 acts on, new wind inlet air plenum 3 is entered from new wind air inlet 2, again through bypass inlet 18, bypass passageways 17 enters new wind and goes out air compartment 7, new wind air outlet 8 enters indoor.
Defrosting except the new wind operational mode of haze, as shown in Figure 5, when there being haze weather, particle concentration probe detection to particulate in air concentration higher than 35 μ g/m
3or 75 μ g/m
3, thermostat probe detect new wind EAT be equal to or less than indoor air temperature dew-point temperature or lower than 0 DEG C time, new wind air intake control valve 201 is opened, new wind air inlet 2 is opened, indoor air intake control valve 401 is opened, room air air inlet 4 is opened, gate valve 11 is in bypass inlet 18 and closes and mixing air air inlet 5 open mode, haze concentrations detectors is opened, blower fan 19 is opened, it is bright that defrosting removes haze indicator lamp 2010, under blower fan 19 acts on, in new wind inlet air plenum 3, the new wind of haze that has entered from new wind air inlet 2 mixes with the dirty gas in indoor that air air inlet 4 enters indoor, thermostat probe regulates the open degree of new wind air intake control valve 201, make to enter the dew-point temperature of mixing air temperature higher than indoor air temperature of mixing air air inlet 5, and must higher than 0 DEG C, enter the mixing air not condensation frosting of new wind inlet air plenum 3, higher than the mixing air of 0 DEG C and dew-point temperature, clean room 6 is entered through mixing air air inlet 5 from new wind inlet air plenum 3, through roughing efficiency air filter 13, discharge module 14, after the purification of semi-enclosed ozone free purification movement 15 and deodoriser 16, clean new wind goes out air compartment 7 through new wind, new wind air outlet 8 enters indoor.Enter the purification process behind clean room 6 with except the new wind operational mode of haze, repeat no more.
Defrosting bypass new wind operational mode, as shown in Figure 6, when without haze weather, particle concentration probe detection to particulate in air concentration lower than 35 μ g/m
3or 75 μ g/m
3, thermostat probe detect new wind air intake be equal to or less than indoor air temperature dew-point temperature or lower than 0 DEG C time, new wind air intake control valve 201 is opened, new wind air inlet 2 is opened, indoor air intake control valve 401 is opened, room air air inlet 4 is opened, specialize in new wind button 2004 to open, gate valve 11 is in bypass inlet 18 and opens and mixing air air inlet 5 closed condition, when blower fan 19 is opened, specialize in new wind indicator lamp 2009 bright, defrosting is bright except revealing indicator lamp, under blower fan 19 acts on, in new wind inlet air plenum 3, the new wind of haze that has entered from new wind air inlet 2 mixes with the dirty gas in indoor that air air inlet 4 enters indoor, thermostat probe regulates the open degree of new wind air intake control valve 201, make to enter the dew-point temperature of mixing air temperature higher than indoor air temperature of mixing air air inlet 5, and must higher than 0 DEG C, enter the mixing air not condensation frosting of new wind inlet air plenum 3, mixing air higher than 0 DEG C and dew-point temperature passes bypass inlet 18 again, bypass passageways 17 enters new wind and goes out air compartment 7, finally by blower fan 19, new for cleaning wind is discharged to indoor from new wind air outlet 8.
Indoor circulation except haze operational mode, as shown in Figure 7, when the particle concentration probe detection of electric controller 20 is in room air
Grain substrate concentration is higher than 35 μ g/m
3or 75 μ g/m
3, and room air concentration is higher than outdoor air concentration, new wind air intake control valve 201 is closed, new wind air inlet 2 is closed, indoor air inlet valve is opened, gate valve 11 is in bypass inlet 18 and closes and mixing air air inlet 5 open mode, open, haze concentrations detectors is opened, indoor except haze button 2006, spray point 1403 module high voltage bag and cleaning module high voltage package 2003 are opened, when blower fan 19 is opened, it is bright that haze indicator lamp 2011 is removed in indoor, under blower fan 19 acts on, indoor dirty wind indoor air air inlet 4 enters new wind inlet air plenum 3, clean room 6 is entered through mixing air air inlet 5, through roughing efficiency air filter 13, discharge module 14, after the purification of semi-enclosed ozone free purification movement 15 and deodoriser 16, air compartment 7 is gone out through new wind, new wind air outlet 8 enters indoor.Enter the purification process behind clean room 6 with except the new wind operational mode of haze, repeat no more.
Automatic operational mode: be applicable to auto-controll operation, automatic button 2007 is opened, present system is selected except haze new wind operational mode, bypass new wind operational mode, defrosting are except haze new wind operational mode, defrosting bypass new wind operational mode and indoor circulation are except a kind of mode operation in haze operational mode automatically by the particle concentration of indoor and outdoor and temperature, and the operational mode indicator lamp chosen is bright; In running, particle concentration and the temperature of indoor and outdoor change, and when meeting the new mode operation condition of above-mentioned another kind, system is transformed into the new mode operation of above-mentioned another kind automatically, and former operational mode indicator lamp goes out simultaneously, and new operational mode indicator lamp is bright.
The present embodiment is applicable to hospital disinfection sterilization, is also applicable to ward, family etc. and carries out dedusting sterilization.
Embodiment 2:
As shown in Figure 10-1 to Figure 10-3, described electric discharge orifice plate 1401 is pole, large aperture zero plastic-blasting plate 1401B, and pole, large aperture zero plastic-blasting plate 1401B is zero pole; Pole, described large aperture zero plastic-blasting plate 1401B is composite construction, and centre is large aperture zero aurora plate 1401A, and both sides are plastic foil coating 1405, and plastic foil coating 1405 thickness is 0.1-1.2mm; Described plastic foil coating 1405 is PP, PET film coating coating;
Plastic foil coating 1405 effectively can intercept the generation of ozone, and ozone generating capacity can be controlled in 0.03 μ g/m
3below, reach the degree harmless to people, at electrostatic field, the particle in plastic foil coating 1405 outer surface energy absorbed air, can increase the dust containing capacity of clarifier; Because plastic foil coating 1405 effectively intercepts the generation of ozone, now deodoriser 16 is inoperative, and the existing viral germ row of electrostatic itself kills effect.
Except the new wind operational mode of haze, as shown in Figure 3, when there being haze weather, particle concentration probe detection to particulate in air concentration higher than 35 μ g/m
3or 75 μ g/m
3, the temperature of new wind air intake is higher than the dew point of indoor air temperature, and higher than 0 DEG C, new wind air intake control valve 201 is opened, new wind air inlet 2 is opened, indoor air intake control valve 401 is closed, room air air inlet 4 is closed, gate valve 11 is in bypass inlet 18 and closes and mixing air air inlet 5 open mode, haze concentrations detectors, except the new wind button 2005 of haze, spray point 1403 module high voltage bag and cleaning module high voltage package 2003 are opened, when blower fan 19 is opened, except haze new wind indicator lamp 2008 is bright, outdoor new wind is under blower fan 19 acts on, new wind inlet air plenum 3 is entered from new wind air inlet 2, clean room 6 is entered through mixing air air inlet 5, through roughing efficiency air filter 13, current balance function is had to new wind, after primarily efficient filter, the particle of more than the PM10 in new wind is filtered purification, be less than below PM10, the particle comprising below PM2.5 enters discharge module 14 high voltage electric field of pole, large aperture zero plastic-blasting plate and electric discharge needle plate 1402 formation, particle is become positively charged lotus, discharge module 14 will produce atomic anion under high-pressure electrostatic effect simultaneously, sterilization and sterilization are carried out to particle, second time purification is carried out to new wind, through second time purifying fresh air charged particle thing, enter semi-enclosed ozone free purification movement 15, under negative high voltage electrostatic field, be attracted on the movement PET conductive strips that have compared with a lot of dust amount, newly obtain third time purification, below the PM10 particle of 98% is cleaned, clean new wind enters deodoriser 16, and remove the remaining drop ozone after sterilizing, deodoriser 16 is made by active carbon or aluminium monolith substrate, has the function of deozonize and deodorize, finally by blower fan 19, new for cleaning wind is gone out air compartment 7 through new wind, clean new wind air outlet 8 enters indoor.The filtering type purification that compares of windage due to electrostatic depuration movement is much little, reaches energy-conservation and introduces the object of new wind oxygen supply except haze.
Defrosting, except the new wind operational mode of haze, as shown in Figure 5, enters the purification process behind clean room 6 with except the new wind operational mode of haze, repeats no more.
Indoor circulation, except haze operational mode, as shown in Figure 7, enters the purification process behind clean room 6 with except the new wind operational mode of haze, repeats no more.
This structure is applicable to the use that dedusting sterilization is carried out in the places such as ward, family, office.
Remaining with embodiment 1.
Above-described embodiment, two kinds of just the present invention's more preferably detailed description of the invention, the usual change that those skilled in the art carries out within the scope of technical solution of the present invention and replacing all should be included in protection scope of the present invention.
Claims (10)
1. auto-control energy-saving is except haze aeration device, comprises casing, newly wind air inlet, newly wind inlet air plenum, clean room, newly wind go out air compartment, new wind air outlet, location-plate A, location-plate B, roughing efficiency air filter, movement, deodoriser, bypass passageways, bypass inlet, blower fan, electric controller; Described casing is arranged on body of wall, and casing is square; New wind air intake control valve is provided with in described new wind air inlet; Described new wind inlet air plenum is arranged on casing left part, and described new wind air inlet is arranged on casing left surface, with new wind inlet air plenum outside junction chamber; Described new wind goes out air compartment and is arranged on casing right part, and described new wind air outlet is arranged on casing right flank, connects new wind and goes out air compartment and indoor; Described location-plate A is fixedly installed in above in the middle part of casing, described location-plate B is fixedly installed on casing middle and lower part, described clean room is arranged in the middle part of casing, between location-plate A and location-plate B, described roughing efficiency air filter, movement and deodoriser are arranged in clean room from left to right; Between described bypass passageways is arranged on below lower box, location-plate B and casing, described bypass inlet is arranged on the left of bypass passageways, connects new wind inlet air plenum and bypass passageways; Described blower fan is arranged on new wind and goes out inside air compartment, new wind air outlet, and described electric controller is arranged on new wind and goes out bottom air compartment, it is characterized in that:
The length dimension of described casing is 500-1500mm, and width dimensions is 250-1500mm, and height dimension is 150-250mm;
Also comprise room air air inlet, mixing air air inlet, gate valve, gate valve fixed head, discharge module; Described movement is semi-enclosed ozone free purification movement; Described room air air inlet is arranged on above casing that new wind goes out above air compartment, by the inner side of body of wall, in junction chamber and new wind inlet air plenum; Indoor air intake control valve is provided with in described room air air inlet;
Described mixing air air inlet is arranged in the middle part of clean room's left side wall, connects new wind and goes out air compartment and clean room; Described gate valve is arranged between mixing air air inlet and bypass passageways, left side wall bottom, clean room; Described roughing efficiency air filter, discharge module, semi-enclosed ozone free purification movement and deodoriser are successively set in clean room from left to right, and roughing efficiency air filter, discharge module, semi-enclosed ozone free purification movement are fixedly connected with location-plate B with location-plate A respectively with the upper/lower terminal of deodoriser;
Described discharge module comprises electric discharge orifice plate and electric discharge needle plate, described electric discharge needle plate comprises more than 2 spray points, described electric discharge orifice plate comprises more than 2 discharge aperture, the aperture of described discharge aperture is 20-60mm, be oppositely arranged 1 spray point in each discharge aperture, spray point is arranged on the center of discharge aperture, and spray point is point discharge structure, all spray points are the logical positive electricity of series connection, and voltage is at 3000-15000V;
Described electric discharge orifice plate is large aperture zero aurora plate or pole, large aperture zero plastic-blasting plate, and electric discharge orifice plate is zero pole; Described large aperture zero aurora plate is that rustless metal material punching forms; Pole, described large aperture zero plastic-blasting plate is composite construction, and centre is large aperture zero aurora plate, and both sides are plastic foil coating, and the plastic foil coating thickness of every side is 0.1-1.2mm;
The present invention includes except the new wind of haze runs passage, bypass new wind operation passage, defrosting except haze new wind operation passage, the new wind operation passage of defrosting bypass and indoor circulation except haze runs passage; It is described that except the new wind of haze runs, passage goes out air compartment by new wind air inlet, new wind inlet air plenum, mixing air air inlet, clean room, new wind, blower fan, new wind air outlet form; The new wind of described bypass runs that passage goes out air compartment by new wind air inlet, new wind inlet air plenum, bypass inlet, bypass passageways, new wind, blower fan, new wind air outlet form; Except the new wind of haze runs, passage goes out air compartment by new wind air inlet and room air air inlet, new wind inlet air plenum, clean room, new wind, blower fan, new wind air outlet form in described defrosting; Described defrosting bypass new wind operation passage is by new wind air inlet and room air air inlet, new wind inlet air plenum, bypass inlet, bypass passageways, new wind go out air compartment, blower fan, newly wind air outlet form; Except haze runs, passage goes out air compartment by room air air inlet, new wind inlet air plenum, mixing air air inlet, clean room, new wind to described indoor circulation, blower fan, new wind air outlet form.
2. auto-control energy-saving according to claim 1 is except haze aeration device, it is characterized in that: the length dimension of described casing is 566mm, and width dimensions is 350mm, and height dimension is 230mm.
3. auto-control energy-saving according to claim 1 is except haze aeration device, it is characterized in that: described gate valve is arranged between mixing air air inlet and bypass inlet, gate valve is linkage structure, be in bypass inlet when gate valve moves up to open and mixing air air inlet closed condition, be in bypass inlet when gate valve moves down and close and mixing air air inlet open mode; Described gate valve fixed head is arranged on outside gate valve, and gate valve is fixed by mobile gate valve fixed head after moving up or down.
4. auto-control energy-saving according to claim 1 is except haze aeration device, it is characterized in that: on location-plate A and location-plate B, be provided with the inserting groove of roughing efficiency air filter, discharge module, semi-enclosed ozone free purification movement and deodoriser symmetrically, the two ends of roughing efficiency air filter, discharge module, movement and deodoriser are plugged in inserting groove corresponding on location-plate A and location-plate B respectively, and are fixedly connected with.
5. auto-control energy-saving according to claim 1 is except haze aeration device, and it is characterized in that: described electric discharge needle plate comprises 22 spray points, described electric discharge orifice plate comprises 22 discharge aperture; The aperture of described discharge aperture is 48mm, and the logical positive electricity of described spray point series connection, voltage is 7000V.
6. auto-control energy-saving according to claim 1 is except haze aeration device, it is characterized in that: described electric discharge orifice plate is large aperture zero aurora plate.
7. auto-control energy-saving according to claim 1 is except haze aeration device, it is characterized in that: described electric discharge orifice plate is pole, large aperture zero plastic-blasting plate.
8. auto-control energy-saving according to claim 1 is except haze aeration device, it is characterized in that: described semi-enclosed ozone free purification movement comprises more than 2 semi-enclosed electrostatic fields with, the locating dowel of more than 8, side plate A, side plate B, end plate A, end plate B, positive conductive head, negative conductive head, cleaning module high voltage package positive terminal, cleaning module high voltage package anode connector;
Described semi-enclosed electrostatic generation band comprises PET resin band and conductive strips; Described conductive strips comprise the negative conductive band of positive conductive band and equal number, and the semi-enclosed electrostatic being provided with positive conductive band band occurs and is provided with the semi-enclosed electrostatic generation band interval setting of negative conductive band; Between every block is with the semi-enclosed electrostatic of positive and negative electrode conductive strips respectively, be also provided with the insulating barrier of more than 4 pieces;
The exit of positive conductive band is on the right side of conductive strips, and the exit of negative conductive band is on the left of conductive strips; Side plate A and side plate B is arranged on both sides, and semi-enclosed electrostatic is with, insulating barrier, side plate A are fixedly connected with by locating dowel with side plate B, form electrostatic, and band assembly occurs; The exposed conductive strips exit parallel connection in conductive strips both sides is welded as one pole, and fixing with silicon rubber filling insulation; Two ends are respectively charged into end plate A, end plate B; Described positive conductive head and high voltage package positive terminal are arranged on electrostatic and band assembly right-hand member occur, and described negative conductive head and high voltage package anode connector are arranged on electrostatic and band assembly left end occurs.
9. auto-control energy-saving according to claim 8 is except haze aeration device, it is characterized in that: described semi-enclosed ozone free purification movement comprises 26 semi-enclosed electrostatic fields and is with, there is band and be provided with semi-enclosed each 13 of the electrostatic generation band of negative conductive band in the semi-enclosed electrostatic being provided with positive conductive band, 12 locating dowels, between every block is with the semi-enclosed electrostatic of positive and negative electrode conductive strips respectively, be also respectively provided with 6 pieces of insulating barriers.
10. auto-control energy-saving according to claim 1 is except haze aeration device, it is characterized in that: described electric controller comprises controller box, discharge module high voltage package, cleaning module high voltage package, particle concentration probe, thermostat probe, specializes in new wind button, except haze new wind button, indoor except haze button, automatic button, except the new wind indicator lamp of haze, specialize in new wind indicator lamp, defrosting is except haze indicator lamp, indoor are except haze indicator lamp.
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Denomination of invention: Automatic control energy saving and haze removing fresh air device Effective date of registration: 20200729 Granted publication date: 20170412 Pledgee: Agricultural Bank of China Limited by Share Ltd. Yuyao branch Pledgor: Ningbo Dongda Air-Conditioning Equipment Co.,Ltd. Registration number: Y2020330000554 |
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