CN207119474U - A kind of haze collector unit based on corona discharge and except haze device - Google Patents
A kind of haze collector unit based on corona discharge and except haze device Download PDFInfo
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- CN207119474U CN207119474U CN201721127884.2U CN201721127884U CN207119474U CN 207119474 U CN207119474 U CN 207119474U CN 201721127884 U CN201721127884 U CN 201721127884U CN 207119474 U CN207119474 U CN 207119474U
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- haze
- drive shaft
- collecting plate
- collector unit
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Abstract
The utility model discloses the haze collector unit based on corona discharge and except haze device, haze collector unit includes main body fixed frame, bias pole plate, collecting plate, ring-type clad, upper drive shaft, lower drive shaft, timing belt, drive mechanism and infiltration mechanism；When electronegative haze particle enters the space between bias pole plate and collecting plate, electronegative haze particle moves to collecting plate, and it is adsorbed to the pole plate clad for being coated on collecting plate outer surface, outer drive mechanism is by driving upper drive shaft and lower drive shaft to move ring-type clad, whole annular clad is in wet face state, be advantageous to adhere to electronegative haze particle.The collection efficiency of haze particle is improved using wet type dynamic dust+water circulation cleaning solution, reduces the generation of reentrainment phenomenon and back corona phenomenon；By improving collecting plate and biasing the field strength between the quantity increase collecting plate of pole plate and bias pole plate, and then reduce the volume of haze collector unit.
Description
Technical field
The utility model belongs to high voltage and electrostatic precipitation field, more particularly, to a kind of mist based on corona discharge
Haze collector unit and except haze device.
Background technology
Electrostatic precipitation technology is because of spies such as its relatively low air pressure drop, relatively low O＆M cost and of a relatively high dust catching efficiencies
Property, it is widely used in industrial dedusting and the purification of air in indoor a wide range of space.Electrostatic dust-collecting device uses dry type collection more at present
The operating scheme of dirt+rapping cleaning, i.e., into passage and complete charged haze particle in the presence of deflecting electric field directly partially
Go on exposed collecting polar plate, and fall into the dust hopper below pole plate and discharge by vibration body.Due to powered mist
Once contacting pole plate part charging neutrality will occur for haze particle, or because polar board surface dust rapping cleaning is not thorough, cause
The haze particle escape collected, is again introduced into passage, that is, " reentrainment " phenomenon occurs, and then reduce collection efficiency.This
Outside, rapping cleaning is not thorough, can also cause the increase of collecting plate surface resistivity, produce " inverse corona " phenomenon, increase electrostatic precipitator
Dirt device energy consumption, while deteriorate its performance.
Utility model content
For the disadvantages described above of prior art, the utility model provides a kind of haze collector unit based on corona discharge
And except haze device, its object is to realize indoor air purification using electrostatic precipitation technology, thus solves conventional electrostatic dust
Device using dry dust-collecting due to causing the easily generation unusual service condition such as reentrainment and inverse corona low to fine particle collection efficiency
Technical problem, while solve the technical problem that volume is big, secondary air pollution be present.
To achieve the above object, according to one side of the present utility model, there is provided a kind of haze based on corona discharge
Collector unit, including：
Main body fixed frame, bias pole plate, collecting plate, ring-type clad, upper drive shaft, lower drive shaft, transmission belt, biography
Defeated wheel, drive mechanism and infiltration mechanism；
Bias pole plate is both secured on main body fixed frame with collecting plate, and biases pole plate and collecting plate parallel interval
Arrangement；Upper drive shaft is located on main body fixed frame with lower drive shaft, and upper drive shaft passes through transmission belt and transmission with lower drive shaft
Wheel connection, the output end of drive mechanism are placed on driving with upper drive shaft by transmission belt and transmission wheel connection, ring-type clad
Axle and lower drive shaft, and the outer surface of ring-type clad covering collecting plate；Pole plate is biased to be used to connect with negative dc high voltage power supply
Connect, collecting plate is used to be grounded, and infiltration mechanism is used to persistently ensure that ring-type clad is in by providing water to ring-type clad
Wet face state；
When electronegative haze particle enters the space between bias pole plate and collecting plate, electronegative haze particle
Moved to collecting plate, and be adsorbed to the pole plate clad for being coated on collecting plate outer surface, outer drive mechanism passes through in driving
Drive shaft and lower drive shaft move ring-type clad, whole annular clad is in wet face state, are advantageous to adherent zone and bear
The haze particle of electricity.
Being preferably based on the haze collector unit of corona discharge also includes upper adjusting screw and lower adjusting screw, lower driving
Axle position between upper adjusting screw and lower adjusting screw, by adjust upper adjusting screw and lower adjusting screw adjust upper drive shaft with
Spacing between lower drive shaft.
Preferably, infiltrating mechanism includes infiltration bar brush, aqueduct, circulating water chennel and water circulating pump；Infiltrate bar brush and ring
Shape clad outer surface contacts, and infiltration bar brush makes to be connected with aqueduct one end, and water circulating pump one end is connected with the aqueduct other end,
The other end of water circulating pump is located in circulating water chennel；
When annular clad upper drive shaft and lower drive shaft driving under move when, infiltration bar brush make on annular clad with
The infiltration of bar brush contact position is infiltrated, circulating water chennel reclaimed water is delivered to infiltration bar brush by aqueduct by water circulating pump, infiltrates bar brush
It is used for the haze particle for removing annular cover surface simultaneously.
Preferably, circulating water chennel is provided with sewage storage region, filter mechanism and filter water storage region；
Sewage storage region, it is located at the lower section of lower drive shaft, has haze for collecting the collection that annular clad flows down
The sewage of particle；
Filter mechanism, between sewage storage region and filter water storage region, after filter sewage outflow filtering
Water；
Filter water storage region, positioned at whole circulating water chennel bottom, it is placed with the 3rd end of water circulating pump, for storing
Filter water.
Preferably, the material of annular clad is water-absorption fiber.
Preferably, bias pole plate quantity, bias pole plate size, bias pole plate connect negative high voltage voltage class, receipts
The gas channel bore for collecting the quantity of pole plate and the size of collecting plate all in accordance with haze collector unit determines.
According to another aspect of the present utility model, there is provided one kind removes haze device, including：
Corona charging unit, it uses the electrode structure of line-wire type, for by haze charging particle in air-flow；
Haze collector unit, for by charged haze powder collection in air-flow；
Clean unit again, its input port are connected with the output port of haze collector unit, in resolution process air-flow
The secondary pollution gas as caused by corona charging unit；
Air driver element, its input port is connected with the output port of the clean unit again, for by being evacuated shape
Into air-flow.
Preferably, when the surface resistivity of haze particle is less than 102During Ω m, corona charging unit is located at haze collection
Unit weather, when the surface resistivity of haze particle is more than 5 × 108During Ω m, corona charging unit be located at bias polarity and
In space between collecting plate.
In general, by the contemplated above technical scheme of the utility model compared with prior art, due to using new
Formula haze collection structure designs, and can obtain following beneficial effect：
1st, haze collector unit provided by the utility model uses wet type dust scheme, passes through annular coating+hairbrush
Combination can make the annular coating state in wetting, while can effectively adhere to haze particle in real time, and dust collecting effect is better than biography
The dry dust-collecting mode of system industrial circle, suppresses the generation of reentrainment phenomenon, improves the collection effect to fine particles such as PM2.5
Rate.
2nd, haze collector unit provided by the utility model uses dynamic dust scheme, and annular coating passes through drive shaft
Along polar board surface, shuttling movement, increase particle adhered area, the covering layer segment rotated to pole plate bottom understand quilt at a slow speed for drive
Hairbrush effectively cleans in real time, back corona phenomenon caused by preventing stratum granulosum accumulation, optimizes the service behaviour of dust collect plant.
3rd, haze collector unit provided by the utility model passes through water circulating pump+circulating water chennel using circulation cleaning solution
The current of purification cleaning in real time, water consumption is few, and cleaning effect is better than the rapping cleaning mode in traditional industry field.
4th, increased by the quantity for improving collecting plate and the quantity for biasing pole plate between collecting plate and bias pole plate
Field strength, and then the volume of haze collector unit is reduced, suitable for indoor a wide range of purification of air.
It is 5th, provided by the utility model that to remove corona charging unit and haze collector unit in haze device relative for put can be with
Flexible modulation, and then realize that single stage type and two-stage type remove haze device, so as to the surface resistivity according to collected haze particle
The similarities and differences carry out flexible modulation, be adapted to the requirements of different occasions, and effectively suppress the hair that corona such as extinguishes at the anomaly
It is raw.
Brief description of the drawings
Fig. 1 is the structure chart of the haze collector unit provided by the utility model based on corona discharge；
Fig. 2 is the phantom of the haze collector unit provided by the utility model based on corona discharge；
Fig. 3 is single collecting plate and attaching part in the haze collector unit provided by the utility model based on corona discharge
Part structure chart；
Fig. 4 is lower drive shaft provided by the utility model and main body fixed frame connection diagram；
Fig. 5 is the profile that structure is infiltrated in the haze collector unit provided by the utility model based on corona discharge；
Fig. 6 is provided by the utility model except the structural representation of haze device；
In all of the figs, identical reference is used for representing identical element or structure, wherein：1 fixes for main body
Framework, 2 be bias pole plate, 3 be collecting plate, 4 be annular coating, 5 be direct-drive motor, 6 be transmission wheel, 7 be transmission
Band, 8a are upper drive shaft, 8b is lower drive shaft, 9a is upper adjusting screw, 9b is upper adjusting screw, 10 is that cleaning bar brush, 10a are
Bristle, the 10b of cleaning bar brush be clean the gutter set inside bar brush, 11 be aqueduct, 12 be circulating water chennel, 13 be filtering
Sponge, 14 be low-power water circulating pump, 15 be corona charging unit, 16 be haze collector unit, 17 for clean unit, 18 are again
Air driver element.
Embodiment
In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation
Example, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only explaining
The utility model, it is not used to limit the utility model.In addition, institute in each embodiment of the utility model disclosed below
As long as the technical characteristic being related to does not form conflict each other, can is mutually combined.
Fig. 1 is the structure chart of the haze collector unit provided by the utility model based on corona discharge, and the haze is collected single
Member includes main body fixed frame 1, bias pole plate 2, collecting plate 3, annular coating 4, direct-drive motor 5, transmission wheel 6, passes
Defeated band 7, upper drive shaft, lower drive shaft and infiltration mechanism.Main body frame is used to support whole haze collector unit, and plays insulation
Protective effect.The upper end of main body fixed frame 1 is provided with top crown groove, and the lower end of main body fixed frame 1 is provided with bottom crown groove, for installing
Pole plate 2 and collecting plate 3 are biased, pole plate 2 and the parallel interval of collecting plate 3 arrangement is biased, that is, biases pole plate 2 and collecting plate 3
Order of placement for bias pole plate 2, collecting plate 3, bias pole plate 2, collecting plate 3 ..., bias pole plate 2.Bias pole plate 2
For being connected with negative dc high voltage power supply, collecting plate 3 is used to be grounded, wherein, the amplitude of negative dc high voltage power supply is generally thousand
Lie prostrate level.Transmission wheel 6 is installed in the output end of direct-drive motor 5, passes through transmission belt 7 and the transmission wheel installed in upper drive shaft 8a
6 connections, and then realize and power is transmitted into supreme drive shaft 8a.It is provided with and drives above the top crown groove of installation collecting plate 3
Axis hole, for installing drive shaft 8a, lower drive shaft hole is provided with below the bottom crown groove of installation collecting plate 3, for installing
Lower drive shaft 8b, upper drive shaft 8a end and lower drive shaft 8b end are respectively arranged with transmission wheel 6, upper drive shaft 8a and lower driving
Axle 8b is connected by transmitting wheel 6 and transmission belt 7, is realized and is transmitted driving force to lower drive shaft 8b by upper drive shaft 8a.To improve
The efficiency of transmission of direct-drive motor 5, upper drive shaft 8a and lower drive shaft 8b, transmission wheel 6 use synchronous wheel construction, transmission belt 7
Using synchronous band structure.Annular clad 4 is placed between drive shaft and lower drive shaft, and annular clad 4 is coated on collection
Pole plate outer surface, infiltration mechanism are used to persistently ensure that ring-type clad is in wet face state by providing water to ring-type clad.
Infiltration mechanism includes aqueduct 11, circulating water chennel 12 and water circulating pump 14.
Fig. 2 be the haze collector unit provided by the utility model based on corona discharge phantom, circulating water chennel
12 below lower drive shaft 8b, and circulating water chennel is divided into the median septum of circulating water chennel 12 into sewage storage region and filter water stores
Region, wherein, sewage storage region is used to store by being placed on the sewage that annular coating flows down on lower drive shaft 8b.
Fig. 3 is single collecting plate and attaching part in the haze collector unit provided by the utility model based on corona discharge
Part structure chart；Annular coating 4 is placed on drive shaft 8a and lower drive shaft 8b, and collecting plate is located inside annular coating 4.
Cleaning bar brush 10 contacts with the annular coating 4 close to lower drive shaft 8b, and cleaning bar brush 10 includes bristle 10a and gutter 10b,
Gutter 10b is connected with aqueduct 11, and cleaning bar brush 10 is equipped with the two sides of annular coating 4.Motor 5 drives synchronizing wheel,
Synchronizing wheel drives upper drive shaft 8a and lower drive shaft 8b by timing belt, drives annular coating 4 to move.
When space is passed through the air-flow of bear electricity haze particle between bias pole plate 2 and collecting plate 3, pole plate 2 is biased
Be passed through negative dc high voltage, collecting plate 3 is grounded, bear electricity haze particle under electric field driven close to collecting plate 3, due to collecting
The outer surface of pole plate 3 is coated with annular clad 4, direct-drive motor by synchronizing wheel and synchronous band structure drive upper drive shaft,
Lower drive shaft, upper drive shaft, lower driving again through stiction drive annular coating along polar board surface be in synchronous band movement
Mode cycle rotation, infiltration mechanism are used to persistently ensure that ring-type clad is in infiltration shape by providing water to ring-type clad
State, by cycle rotation annular coating, whole annular coating is kept wet face state, improve the energy of adsorption of annular coating
Power.
Fig. 4 is lower drive shaft provided by the utility model and main body fixed frame connection diagram；Lower drive shaft hole is length
Strip, lower drive shaft 8b adjust pole plate between upper adjusting screw and lower adjusting screw, by the upper-lower position of adjusting screw
The drive shaft of lower end, and then cause annular coating to keep tight parallel to collecting plate surface so that annular coating relies on
The stiction of drive shaft, which is realized, to be rotated.
Fig. 5 is the profile that structure is infiltrated in the haze collector unit provided by the utility model based on corona discharge；Leaching
Moistening structure includes preceding cleaning bar brush 10, aqueduct 11, circulating water chennel 12, water circulating pump 14.Cleaning bar brush includes bristle 10a and drawn
Tank 10b, infiltration bar brush 10a are contacted with the annular outer surface of clad 4, and the water inlet supplied from water circulating pump 14 through aqueduct 11 is led to
The gutter 10b wetting hairbrush 10a set are crossed inside cleaning bar brush, and hairbrush is in close contact with annular coating, so as to moisten in real time
Wet annular coating simultaneously in time, uniformly, effectively removes the haze particle adhered to thereon.Circulating water chennel 12 stores provided with sewage
Region, filter mechanism 13 and filter water storage region；Sewage storage region is located at the lower section of lower drive shaft, filter mechanism 13
Between sewage storage region and filter water storage region, filter water storage region is located at circulating water chennel bottom, is placed with circulation
3rd end of water pump.The collection flowed down by the annular clad of sewage storage region collection has the sewage of haze particle；Sewage passes through
Filter mechanism 13 flows out filter water after filtering, and is stored in filter water storage region, and is sunk the water inlet of water circulating pump,
Continue proportionately next round circulation cleaning.
Haze collector unit provided by the utility model uses wet type dust scheme, i.e. collecting polar plate surface covers one layer of profit
Wet coating, reentrainment phenomenon is prevented, improve collection efficiency.It is and haze collector unit uses dynamic dust scheme, i.e., annular
Coating coats whole collecting plate in conveyor type, and along polar board surface gyration so that haze particle can be uniform
Cover surface is adhered to, increases dust-collecting area；And the cleaning part in collector unit bottom is completed to clean in time, reduce secondary
Entrainment and back corona phenomenon, improve collection efficiency.
The embodiment of haze collector unit provided by the utility model, tied using the parallel plate electrostatic field of five layers of four-way
Structure, that is, have three bias pole plates 2 and two collecting plates 3, and version shape structure is epoxy plate in main body frame, bar shaped in main body frame
Structure is process by nylon material, and passage bore is 400mm × 400mm.Bias pole plate 2 and collecting plate 3 select lightweight
Stainless steel material, which is bent, to be formed, and stainless steel plate thickness is 1mm, and annular coating uses water-absorption fiber of the thickness for 1.5mm, is collected
The effective dust-collecting area of pole plate is 0.3mm2, synchronizing wheel selection ABS plastic material, timing belt selection quality of rubber materials, upper drive shaft and
Lower drive shaft uses insulating glass fibers material, and direct-drive motor calculates selection rated power 5W, rated voltage according to data
12V, rated speed 100r/min direct current generator at a slow speed.Circulating water chennel is insulation system, and filtration is in circulating water chennel 12
Sponge, the purification to current is realized, water circulating pump is powered by an isolating transformer, realizes reliable insulation, recirculated water pump work
Rate is relatively low.
Embodiment provided by the utility model is assessed factors such as Size Distribution, unit interval air inflows, partially
Pressure pole plate 2 connects -10kV DC high-voltage power supplies, and dust collecting plate 3 is grounded, and five laminar pole plate shapes are used in haze collector unit
Into dust electric field, dust electric-field intensity is lifted on the premise of enough insulation margins are ensured, dust passage electric field intensity inside high can
Up to 1.25 × 105V/m, increase the velocity of approach of particle, received so as to reduce haze in the case where guarantor unit's air inflow is constant
Collect unit volume.
Fig. 6 is provided by the utility model except the structural representation of haze device；Except haze device includes corona discharge list
Member 15, haze collector unit 16, then clean unit 17 and the part of air driver element 18 4；Wherein, then clean unit 17 it is defeated
Inbound port is connected with the output port of haze collector unit 16, the input port of air driver element 18 and clean unit 17 again
The connection of output port.Corona charging unit 15 using line-wire type electrode structure, for by haze charging particle；Haze is received
Collect unit 16 using wet type dynamic dust+water circulation cleaning solution, having completed charged haze particle can be inclined in dust electric field
The wet type coating of polar board surface is gone to, and completes to collect via water circulation cleaning mechanism；Clean unit 17 is by catalyst mould again
Block forms, and for the secondary pollution gas such as ozone caused by resolution process corona charging unit, catalyst selects MnO2, increase urges
Clean unit 17 again of agent, can effectively solve indoor a wide range of purification of air task.Air driver element 18 is by 3 × 3 small work(
Rate blower module forms, for the exhausting formation air-flow from passage.
Except corona charging unit 15 in haze device, line footpath is used to pass through difference for 0.3mm line-wire type discharging structure
The line line electric discharge of current potential, produces a large amount of plasmas so that haze charging particle.Electrode wire frame can be placed in haze collector unit
16 weathers, i.e. corona charging unit 15 are separate with haze collector unit 16, form two-stage type and remove haze device, this kind of structure
The dust granules low suitable for collecting surface resistivity；That is surface resistivity ρd＜ 102During Ω m, using two-stage type except haze fills
Put.The channel interior of haze collector unit 16 can also be positioned over, i.e. corona charging unit 15 is one with haze collector unit 16
Overall, form single stage type removes haze dust collect plant, is adapted to and collects the higher dust granules of surface resistivity.That is surface resistivity
ρd＞ 5 × 108During Ω m, haze device is removed using single stage type, so that except haze device is adapted to different use occasions.
In use, haze apparatus structure series is removed according to application scenario is selected, here so that two-stage type removes haze device as an example.
In the channel corona generating unit, again haze collector unit, clean unit and purification of air list have been sequentially arranged along airflow direction
Member.Corona discharge assembly uses line-wire type discharging structure of 0.3mm line footpaths, and electrode wires connect -10kV DC high-voltage power supplies or connect
Ground, the current potential of adjacent two electrode wires are different；The bias pole plate of haze collector unit connects -10kV DC high-voltage power supplies, collecting plate
Ground connection.Then adjusting screw 9 causes annular coating tight in drive shaft, starts 12V DC motor and water circulating pump,
Annular coating slowly rotates along collecting plate surface, while bristle of the current along cleaning bar brush soaks annular coating.Open
Dynamic air driver element, the haze particle in air-flow is charged after corona charging unit (universal bear electricity), is collected in haze
Unit is deflected on the annular coating of collecting plate (only collecting plate has annular coating), and as annular coating moves
To the cleaning part of collecting plate bottom, haze particle is scrubbed to circulating water chennel by Clean Brush for cleaning, due to close to high pressure belt electrode
Plate, to ensure insulation safety, water circulating pump is powered preferably with isolating transformer.
The placement position of corona charging unit and haze collector unit can be adjusted flexibly in the utility model according to use occasion
Put, haze device is removed so as to form single stage type or two-stage type；The wet type dynamic dust+water applied simultaneously in the utility model follows
Ring cleaning solution is favorably improved the collection efficiency of haze particle, reduces the generation of reentrainment phenomenon；In addition, the utility model
Assessed according to haze particle diameter distribution, form dust electric field using five layers of lightweight pole plate, while collection efficiency is ensured most
Bigization reduces the volume of device, is adapted to the purification of air in indoor a wide range of space, while wet type dynamic dust+water circulation cleaning
Scheme is also adapted to industrial staticelectricity dust field.
As it will be easily appreciated by one skilled in the art that preferred embodiment of the present utility model is the foregoing is only, not
To limit the utility model, any modification of all made within spirit of the present utility model and principle, equivalent substitution and change
Enter, should be included within the scope of protection of the utility model.
Claims (8)
- A kind of 1. haze collector unit based on corona discharge, it is characterised in that including：Main body fixed frame (1), bias pole plate (2), collecting plate (3), ring-type clad (4), transmission wheel (6), transmission belt (7), upper drive shaft (8a), lower drive shaft (8b), drive mechanism and infiltration mechanism；The bias pole plate (2) is both secured on the main body fixed frame (1) with the collecting plate (3), and the bias Pole plate (2) is arranged with the collecting plate (3) parallel interval；The upper drive shaft is respectively positioned on the main body with the lower drive shaft On fixed frame (1), the upper drive shaft is connected with the lower drive shaft by the transmission belt (7) and transmission wheel (6), is driven The output end of mechanism is placed on described with the upper drive shaft by transmission belt and transmission wheel connection, the ring-type clad (4) In drive shaft and the lower drive shaft, and the ring-type clad (4) covers the outer surface of the collecting plate (3)；It is described inclined Pressure pole plate (2) is connected with negative dc high voltage power supply, and collecting plate (3) ground connection, infiltration mechanism to the ring-type by coating Layer (4) provides water and persistently ensures that the ring-type clad (4) is in wet face state；It is negatively charged when electronegative haze particle enters the space between the bias pole plate (2) and the collecting plate (3) Haze particle it is mobile to the collecting plate (3), and be adsorbed to the ring-type for being coated on the collecting plate (3) outer surface On clad (4), the drive mechanism is by driving the upper drive shaft and the lower drive shaft to make the ring-type clad (4) Motion, the whole ring-type clad (4) is in wet face state, be advantageous to adhere to electronegative haze particle.
- 2. haze collector unit as claimed in claim 1, it is characterised in that the haze collector unit also includes upper adjustment spiral shell Nail and lower adjusting screw, the lower drive shaft is between the upper adjusting screw and the lower adjusting screw, by adjusting The spacing between adjusting screw and the lower adjusting screw adjustment upper drive shaft and the lower drive shaft is stated, makes the ring Shape clad (4) is in exceptionally straight state.
- 3. haze collector unit as claimed in claim 1 or 2, it is characterised in that infiltration mechanism includes infiltration bar brush, aqueduct (11), circulating water chennel (12) and water circulating pump (14)；The infiltration bar brush contacts with ring-type clad (4) outer surface, The infiltration bar brush is connected with the aqueduct (11) one end, aqueduct (11) other end and the water circulating pump (14) one End connection, the other end of the water circulating pump (14) are located in the circulating water chennel (12)；When the ring-type clad (4) is moved under drive shaft on described and the lower drive shaft driving, the infiltration bar brush Make to infiltrate with the infiltration bar brush contact position on the ring-type clad (4), by the water circulating pump (14) by the recirculated water Groove (12) reclaimed water is delivered to the infiltration bar brush by the aqueduct (11), and the infiltration bar brush removes the ring-type bag simultaneously The haze particle on coating (4) surface.
- 4. haze collector unit as claimed in claim 3, it is characterised in that the circulating water chennel be provided with sewage storage region, Filter mechanism and filter water storage region；The sewage storage region, it is located at the lower section of the lower drive shaft, collects the collection that the ring-type clad (4) flows down There is the sewage of haze particle；The filter mechanism, between the sewage storage region and the filter water storage region, filter sewage flowed out Water after filter；The filter water storage region, positioned at whole circulating water chennel bottom, it is placed with the 3rd end of the water circulating pump, storage Filter water.
- 5. haze collector unit as claimed in claim 1 or 2, it is characterised in that the material of the ring-type clad (4) is suction Water cellulose.
- 6. haze collector unit as claimed in claim 1 or 2, it is characterised in that the quantity, described of the bias pole plate (2) Bias pole plate (2) size, it is described bias pole plate (2) connect negative high voltage voltage class, the quantity of the collecting plate (3) with The size of the collecting plate (3) determines all in accordance with the gas channel bore of haze collector unit.
- 7. a kind of haze collector unit based on described in claim 1 removes haze device, it is characterised in that including：Corona charging unit, it uses the electrode structure of line-wire type, by haze charging particle in air-flow；Haze collector unit, by charged haze powder collection in air-flow；Clean unit again, its input port are connected with the output port of haze collector unit, are put in resolution process air-flow by corona Secondary pollution gas caused by electric unit；Air driver element, its input port are connected with the output port of the clean unit again, and air-flow is formed by pumping.
- 8. remove haze device as claimed in claim 7, it is characterised in that when the surface resistivity of haze particle is less than 102Ω· During m, corona charging unit is located at haze collector unit weather, when the surface resistivity of haze particle is more than 5 × 108Ω·m When, corona charging unit is in the space between bias polarity and collecting plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721127884.2U CN207119474U (en) | 2017-09-05 | 2017-09-05 | A kind of haze collector unit based on corona discharge and except haze device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721127884.2U CN207119474U (en) | 2017-09-05 | 2017-09-05 | A kind of haze collector unit based on corona discharge and except haze device |
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| Publication Number | Publication Date |
|---|---|
| CN207119474U true CN207119474U (en) | 2018-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721127884.2U Active CN207119474U (en) | 2017-09-05 | 2017-09-05 | A kind of haze collector unit based on corona discharge and except haze device |
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| CN (1) | CN207119474U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107433229A (en) * | 2017-09-05 | 2017-12-05 | 华中科技大学 | A kind of haze collector unit based on corona discharge and except haze device |
| CN109595701A (en) * | 2018-11-15 | 2019-04-09 | 浙江欧伦电气有限公司 | A kind of dehumidifier device of band purification |
-
2017
- 2017-09-05 CN CN201721127884.2U patent/CN207119474U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107433229A (en) * | 2017-09-05 | 2017-12-05 | 华中科技大学 | A kind of haze collector unit based on corona discharge and except haze device |
| CN107433229B (en) * | 2017-09-05 | 2023-04-21 | 华中科技大学 | Haze collecting unit and haze removing device based on corona discharge |
| CN109595701A (en) * | 2018-11-15 | 2019-04-09 | 浙江欧伦电气有限公司 | A kind of dehumidifier device of band purification |
| CN109595701B (en) * | 2018-11-15 | 2019-10-15 | 浙江欧伦电气有限公司 | A kind of dehumidifier device of band purification |
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