CN208161251U - Air cleaning unit - Google Patents
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- CN208161251U CN208161251U CN201820391854.0U CN201820391854U CN208161251U CN 208161251 U CN208161251 U CN 208161251U CN 201820391854 U CN201820391854 U CN 201820391854U CN 208161251 U CN208161251 U CN 208161251U
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Abstract
The utility model relates to a kind of air cleaning units, including aqueous vapor interaction purification mechanism, admission gear and air-out mechanism.The aqueous vapor interaction purification mechanism includes water container and the aqueous vapor interaction mould group in water container, the air inlet for being connected to admission gear is equipped in water container, admission gear is releasably with same polar charged ion, water container is additionally provided with gas outlet, aqueous vapor interaction mould is mounted between air inlet and gas outlet, aqueous vapor interaction mould group includes at least one layer of aqueous vapor interactive component, the multiple cavities being connected are equipped in aqueous vapor interactive component, multiple cavities are distributed in different layers, multiple cavities cooperatively form multiple air flow passages of labyrinth type and random distribution, air is successively via admission gear, air inlet, air flow passage, gas outlet, air-out mechanism outflow.The utility model can be such that aerosol and air mass comes into full contact with water, can purify a variety of pollutant components in air, and windage is small in its operational process, energy consumption is less, and overall cost is low.
Description
Technical field
The utility model relates to purification techniques field, in particular to a kind of air cleaning unit.
Background technique
The main component of air pollution has particulate matter, harmful chemical component and mentioned component to mix structure in varing proportions
At aerosol.Existing air purifying process generallys use closely knit filter core or active carbon filtering, obtains air net to a certain extent
Change, but closely knit filter core and the windage of active carbon filtering are big and lead to that blower pressure is big, noise is big, energy consumption is high, filter material needs frequent
Replacement increases operation cost；And useless filter core and active carbon disposal process can cause new pollution to need to clear up, and further increase whole
Running body cost.In order to overcome the above problem, there is water filtering scheme：Using the water filter type such as " spray ", " cascade " come net
Change air, but this mode may only generally remove large volume of particulate matter in air, still have partial air with " air mass " shape
State by water filtration zone, " air mass " it is internal cannot contact with water chance, and aerosol will not be due to of short duration with water
It contacts and is dissolved, can directly pass through filtration zone with air-flow, the effect of sufficiently cleaned up air is not achieved.In water using closely knit
Filter material purifies the scheme of air, and there is also the problems similar with closely knit filter core purification air is directlyed adopt.Various single filterings
Purification techniques cannot purify the organic chemical composition in air.
Utility model content
The purpose of this utility model is to provide a kind of air cleaning units, and aerosol and air mass and water can be made abundant
Contact, can purify all kinds of pollutant components in air, and windage is small in its operational process, energy consumption is less, and overall cost is low.
To realize the purpose of this utility model, adopt the technical scheme that：
A kind of air cleaning unit, including：
Aqueous vapor interacts purification mechanism, and the aqueous vapor interaction purification mechanism includes water container and the water in the water container
Gas interacts mould group, in use, aqueous vapor interaction mould group is located at the liquid level of the water container or less and aqueous vapor interaction mould group
Interior to be full of water, the water container is equipped with air inlet and air outlet, aqueous vapor interaction mould be mounted on the air inlet and it is described go out
Between port, the aqueous vapor interaction mould group includes at least one layer of aqueous vapor interactive component, is equipped with and is connected in the aqueous vapor interactive component
Logical multiple cavities, the multiple cavity are distributed in different layers, and the multiple cavity cooperatively forms labyrinth type and random distribution
Multiple air flow passages；
Admission gear, the admission gear include the admission line equipped with region of discharge and the high-voltage electricity set on the region of discharge
Corona device, the admission line are connected to the air inlet, and the high-voltage corona discharge device is releasably with same polarity
Charged ion；And
Air-out mechanism, the air-out mechanism include outlet pipe, and the outlet pipe is connected to the gas outlet；
Wherein, air is successively via the admission line, the air inlet, the air flow passage, the gas outlet
It is discharged again from the outlet pipe afterwards.
Above-mentioned technical proposal is further illustrated below：
Further, the aqueous vapor interactive component includes the Multi-layer structure member of superposition, it is equipped in every layer of structural member
The inner cavity of the structural member is separated into multiple cavitys by multiple demarcation plates, the multiple demarcation plate, and each cavity is set
There are a bottom and top, the bottom offers first through hole, and the top offers the second through-hole, the first through hole and described
Second through-hole is in staggered configuration and/or the sectional area of the first through hole and second through-hole differs.
Further, being located on the same floor jagged connection between the two neighboring cavity on the structural member.
Further, the aqueous vapor interactive component further includes the multiple negative ion ceramics being set in every layer of structural member
Porcelain ball, the anion Ceramic Balls are set in the cavity, discharge cation in the admission gear.
Further, the aqueous vapor interaction mould group further includes the dispersion placed with aqueous vapor interactive component stacking,
The dispersion is densely covered with multiple first micropores.
Further, the aqueous vapor interaction mould group further includes the electric conductor placed with aqueous vapor interactive component stacking,
The electric conductor is grounded and is densely covered with multiple second micropores.
Further, the aqueous vapor interaction purification mechanism further includes water circulating pump, the water container offers water inlet
And water outlet, the water outlet are connected to via the water circulating pump with the water inlet, the water inlet and the water outlet
Top is equipped at least one described aqueous vapor interactive component.
Further, the aqueous vapor interaction purification mechanism further includes water quality detection element, the water quality detection element is set
In being additionally provided with water supply pipe, water compensating valve, drainpipe and drain valve, the moisturizing on the inside of the water container, the water container
Valve and the drain valve are electrically connected with the water quality detection element；And/or the aqueous vapor interaction purification mechanism further includes water
Position detecting element, the water level detecting element are set to the inside of the water container, are additionally provided with water supply pipe, moisturizing on the water container
Valve, drainpipe and drain valve, the water compensating valve and the drain valve are electrically connected with the water level detecting element.
Further, the admission gear further includes the ozone generating-device set on the region of discharge.
Further, further including control device, the ozone generating-device passes through the control device and the water quality
Detecting element is electrically connected.
Further, be equipped with the air intake apparatus of adjustable air pressure in the admission line, the air intake apparatus with it is described
Control device is electrically connected；And/or the outlet equipment of adjustable air pressure is equipped in the outlet pipe, the outlet equipment with
The control device is electrically connected.
Further, the admission gear further includes indoor air piping and fresh air pipeline, the admission line and indoor
Air piping and fresh air pipeline are all connected with, and the interior air piping is for being connected to room air, and the fresh air pipeline is for being connected to
Outdoor air, the air cleaning unit further include the temperature detecting element in the fresh air pipeline and are set to the water capacity
Water temperature regulation device in device, the temperature detecting element and the water temperature regulation device are electrically connected.
Further, the air-out mechanism further includes the negative ion generating device in the outlet pipe.
Further, the air-out mechanism further includes the humidity conditioner in the outlet pipe.
Compared with prior art, the utility model is include at least the following beneficial effects：
The air cleaning unit is attracted each other using the water for importing the electron ion and zero potential that carry in air, or
Attracting each other between the electron ion of the opposed polarity carried in water；It is aoxidized strongly using Pre-Ozonation on Organic Matter matter；Utilize water
Gas interaction mould group extends air stroke in water, while reinforcing is empty to impact/broken equal multiple applications comprehensive purifying of bubble
Gas；The particulate matter in air and all kinds of organic chemicals is set to obtain more thorough purification.The air cleaning unit avoids
Use the filter assemblies such as traditional closely knit filter core, active carbon, it is possible to reduce the windage in operational process reduces energy consumption, and production is held
Easily, overall cost is low.The air cleaning unit is combined using a variety of purification techniques, and clean-up effect achieved is significant, favorably
In popularization and use.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of air cleaning unit described in an embodiment of the present invention；
Fig. 2 is the structural schematic diagram of the aqueous vapor interaction purification mechanism in Fig. 1；
Fig. 3 is the structural schematic diagram of the aqueous vapor interactive component in Fig. 2；
Fig. 4 is the part perspective view of the explosion of Fig. 3；
Fig. 5 is the complete perspective view of the explosion of Fig. 3；
Fig. 6 is the structure of the aqueous vapor interaction purification mechanism in air cleaning unit described in another embodiment of the utility model
Schematic diagram；
Fig. 7 is the complete perspective view of the explosion of the aqueous vapor interactive component in Fig. 6.
Description of symbols：
100, aqueous vapor interaction purification mechanism, 110, water container, 111, air inlet, 112, gas outlet, 113, water inlet, 114,
Water outlet, 115, water compensating valve, 116, drain valve, 120, aqueous vapor interaction mould group, 121, aqueous vapor interactive component, 1211, structural member,
12111, back box, 12112, top cover, 12113, first partition, 12114, second partition, 12115, cavity, 12116, first is logical
Hole, the 12117, second through-hole, 12118, notch, 1212, anion Ceramic Balls, 122, dispersion, 123, electric conductor, 130, circulation
Water pump, 140, water temperature regulation device, 200, admission gear, 210, admission line, 220, high-voltage corona discharge device, 230, ozone
Generating device, 240, air intake apparatus, 250, indoor air piping, 260, fresh air pipeline, 261, temperature detecting element, 300, go out mechanism of qi
Structure, 310, outlet pipe, 320, humidity control mechanism, 330, outlet equipment, 340, negative ion generating device.
Specific embodiment
It is below in conjunction with attached drawing and specifically real for the purpose of this utility model, technical solution and advantage is more clearly understood
Mode is applied, the utility model is described in further detail.It should be understood that the specific embodiments described herein
Only to explain the utility model, the protection scope of the utility model is not limited.
It should be noted that it can be directly anchored to another when element is referred to as " being fixed on " another element
On element or another element can also be fixed on by element placed in the middle.When an element be known as " connection " another
Element, it can be directly to another element or be also possible to be connected to another yuan by element placed in the middle
Part.Unless otherwise indicated, otherwise the descriptions such as term " first " and " second " herein be used only for distinguishing it is each in specification
A component, element, step etc., without being intended to indicate that various components, element, logical relation or ordinal relation between step
Deng.In addition, the meaning of " plurality " is two or more for quantity determiner herein, similarly " multilayer " is meant that two layers
Or two layers or more.In addition, herein referred " electric connection " can be wired connection or wireless communication connection.
As shown in Figure 1, air cleaning unit described in an embodiment of the present invention, including aqueous vapor interact purification mechanism
100, admission gear 200 and air-out mechanism 300.Aqueous vapor interaction purification mechanism 100 is for purifying air, the admission gear 200
Purification mechanism 100 is interacted for air to be clean to be inputted the aqueous vapor, the air-out mechanism 300 is used for purified sky
Gas discharge.
Wherein, incorporated by reference to Fig. 2, the aqueous vapor interaction purification mechanism 100 is including water container 110 and is set to the water container
Aqueous vapor interaction mould group 120 in 110.In use, the aqueous vapor interaction mould group 120 is located at the liquid level of the water container 110 or less.
The water container 110 can be water tank, be also possible to other containers such as pond.The water container 110 is equipped with air inlet 111 and goes out
Port 112.The aqueous vapor interaction mould group 120 is set between the air inlet 111 and the gas outlet 112, so that the gas entered
Body all can must just be discharged after aqueous vapor interactive component 121.For example, the air inlet 111 can be located at the bottom of water container 110
Portion, gas outlet 112 are located at the top of water container 110.Those skilled in the art can also be according to actual needs by 111 He of air inlet
Gas outlet 112 is set in the other positions of water container 110.In addition, the gas outlet 112 can be collection type, bore compared with
Small poroid or duct type structure, is also possible to the hatch frame of open type.
Specifically, it as shown in Fig. 2, aqueous vapor interaction mould group 120 includes at least one layer of aqueous vapor interactive component 121, please tie
Fig. 3 to Fig. 5 is closed, is equipped with the multiple cavities 12115 being connected in the aqueous vapor interactive component 121, the multiple cavity 12115 divides
It is distributed in different layers.The multiple cavity 12115 cooperatively forms multiple air flow passages of labyrinth type and random distribution.The water
The number of plies of gas interactive component 121 can be configured according to actual needs, when aqueous vapor interactive component 121 is multilayer, multilayer aqueous vapor
Interactive component 121 is stacked.
Please continue to refer to Fig. 1, the admission gear 200 includes being equipped with the admission line 210 of region of discharge and putting set on described
The high-voltage corona discharge device 220 in electric area.The admission line 210 is connected to the air inlet 111, the admission line 210
It is interior to be equipped with air intake apparatus 240 (such as ventilating fan).The high-voltage corona discharge device 220 is releasably with same polar electrification
Ion.The air-out mechanism 300 includes outlet pipe 310, and the outlet pipe 310 is connected to the gas outlet 112, it is described out
It is equipped with outlet equipment 330 (such as outlet blower) in feed channel 310, the air that air-out mechanism 300 is used to purify concentrates row
Out.Wherein, air is successively via the admission line 210, the air inlet 111, the air flow passage, the gas outlet
It is discharged again from the outlet pipe 310 after 112.
The working principle and beneficial effect of air cleaning unit described in the utility model are illustrated below：Sky to be clean
Gas (mixing air that can be room air or room air and fresh air composition) initially enters admission gear 200, admission gear
200 corona discharges generate largely with same polar charged ion, these charged ions are attached to the pollution in air to be clean
On object.Meanwhile ozone is supervened in 200 corona discharge process of admission gear, ozone, which can purify rapidly, various in air to be had
Chemical machine ingredient carries out preliminary purification to air.The air to be clean for adhering to a large amount of charged ions enters the water capacity from air inlet 111
Device 110, due to, with potential difference, generating adelphotaxy between the water of pollutant and zero potential with electric polarity ion,
It contacts particulate matter with water immediately, purifies air further.More importantly since aqueous vapor interaction mould group 120 is set
In the water of water container 110, aqueous vapor interacts and has been each filled with water inside the cavity 12115 being mutually communicated in mould group 120, air bubble warp
When crossing air inlet 111 and rising through aqueous vapor interactive component 121, the air pressure of air to be clean and the hydraulic pressure of water container are opposite anti-, to
It purifies air to enter in the lesser cavity 12115 of hydraulic pressure in the form of bubbles in the case where hydraulic pressure contends with, and is sprung up to the small position of pressure.
Wherein first bubble enters the lesser cavity 12115 of hydraulic pressure, due to 121 inside multiple cavities of aqueous vapor interactive component, 12115 shape
At labyrinth type and the air flow passage of random distribution, the water/gas channel that cavity 12115 is constituted is not vertically through cavity
Entity structure between 12115 can stop the conduction of hydraulic pressure, cause local hydraulic pressure in 12115 short time of the cavity to increase, stop
Subsequent bubble enters.First bubble enters the lesser cavity 12115 of another hydraulic pressure penetrated through with the cavity 12115 later
In, at the same time, the space left by water and next bubble while can be squeezed into rapidly, form water/gas in the cavity 12115
In mutually impact.Mutual extrusion and percussion action between above-mentioned bubble and water entire aqueous vapor interact in purification mechanism 100 with
The process that machine occurs, and labyrinth-like is presented in entire air communication channel, enhances contact of the water with air, extends water and sky
The interaction time of gas comes into full contact with aerosol and air mass with water, reaches good clean-up effect.In addition ozone be dissolved in after water with
With organic pollutants such as the aerosols that is contacted strong oxidation occurs for liquid form, on the one hand makes organic chemistry material therein
Matter is purified；On the other hand make to be present in the graininess pollutant in aerosol, touched because aerosol is decomposed by ozone
Water is taken in or is dissolved in the water, greatly improves clean-up effect.The water/gas interactive process makes ozone completely eliminate or dissolve
Yu Shuizhong will not be remained in the purified air, will not generate negative interaction to indoor occupant and article.In addition, taking in water
In particulate matter be not easy to form secondary pollution, disposal costs are lower, only when in water container 110 water contain more particulate pollutant
When, new water is needed replacing, because organic harm ingredient in this sewage is cleared up by anion and ozone, so can be used for pouring
Fill flowers, Punching and bore edge drawing mould, cleaning mop floor the purposes such as apparatus.In summary, the utility model provides a kind of novel air cleaning
Mode is able to extend water/gas interaction time, comes into full contact with aerosol and air mass with water, can purify all kinds of pollutions in air
Ingredient.And the utility model is avoided using filter assemblies such as traditional closely knit filter core, active carbons, it is possible to reduce in operational process
Windage reduces energy consumption, is easy to make, and operation and attended operation are convenient, and overall cost is low.The utility model creatively uses more
Kind purification techniques combines, and clean-up effect achieved is significant, is conducive to promote the use of.
Further, now aqueous vapor interaction purification mechanism 100 is specifically introduced.It is described please continue to refer to Fig. 2 to Fig. 5
Aqueous vapor interactive component 121 includes the Multi-layer structure member 1211 of superposition, and adjacent double-layer structure part 1211 can mat formation in a crisscross manner,
It can also be overlapped and mat formation or mated formation with any angle dislocation.Those skilled in the art can setting structure part 1211 according to actual needs
The number of plies.As shown in Figure 4 and Figure 5, every layer of structural member 1211 includes back box 12111 and top cover 12112, back box 12111 and top
Multiple partitions are equipped in lid 12112, the inner cavity of the structural member 1211 is separated into multiple cavitys by the multiple partition
12115.Partition therein refers to partition all in structural member 1211, including first partition 12113 and second partition 12114
Deng third partition, the 4th partition etc. can also be arranged according to actual needs.Each cavity 12115 is equipped with bottom and top, institute
It states bottom (bottom plate of back box 12111) and offers first through hole 12116, the top (top cover 12112) offers the second through-hole
12117, the first through hole 12116 and second through-hole 12117 are in staggered configuration or the first through hole 12116 and described
The sectional area of second through-hole 12117 differs or the first through hole 12116 is different with 12117 shape of the second through-hole.It needs
Illustrate, second through-hole 12117 at the top of next a certain cavity 12115 of layer is the equal of upper one layer a certain cavity 12115
Bottom first through hole 12116.That is, the bottom of the top cover 12112 of next layer of structural member 1211 and upper one layer of structural member 1211
The structure that plate is integrated.Alternatively, in other examples, structural member 1211 is also designed to no 12112 structure of top cover.
Due to the 12117 (first through hole 12116 of first through hole 12116 and the second through-hole for the cavity 12115 being mutually communicated
Wherein bottom through-hole is air inlet with the second through-hole 12117, and top through-hole is venthole) interlaced arrangement or through-hole it is of different sizes
Deng to constitute the squeezing passage of the non-pass-through state of air, the entity structure between cavity 12115 can stop the biography of hydraulic pressure
It leads, causes hydraulic pressure in structural member 1211 unbalanced.Bubble during successively through-hole Jing Guo interlaced arrangement, may be implemented with
The mutual impact of water extends the reciprocation of air and water, so that water/gas interaction is abundant.
It should be noted that first through hole 12116 and the second through-hole 12117 refer respectively to the through-hole on different location,
As the system of first through hole 12116 refers to that the through-hole positioned at the bottom of each cavity 12115, the second through-hole 12117 system refer to positioned at each chamber
The through-hole at the top of body 12115.The first through hole 12116 of each cavity 12115 and the quantity of the second through-hole 12117 can bases
Actual set can be one or more；And the size of all first through hole 12116 can complete equal, part it is equal or
It is all unequal, similarly, the size of the second all through-holes 12117 can it is complete it is equal, part is equal or all unequal.All
First through hole 12116 and the size and shape of the second through-hole 12117 can be set according to actual needs.
Further, it please continue to refer to Fig. 4 and Fig. 5, is located on the same floor two neighboring described on the structural member 1211
Jagged 12118 connection between cavity 12115, so that different cavitys 12115 of the bubble on same layer structure part 1211
In it is serial after enter back into another layer of structural member 1211, sufficiently extend the path that air bubble passes through water vortex sheet, increase the eddies of water
Rotation washes the time by rubbing with the hands to air bubble.The size of notch 12118 can be set according to actual needs, and notch may be designed to identical
Size or different sizes.
In the present embodiment, please continue to refer to Fig. 4 and Fig. 5, the aqueous vapor interactive component 121, which still further comprises, to be set to
Multiple anion Ceramic Balls 1212 in every layer of structural member 1211, each cavity 12115 is interior to be configured with one or more
A anion Ceramic Balls, anion Ceramic Balls 1212 can freely be rolled in cavity 12115 but not therefrom be leaked out.
The anion Ceramic Balls 1212 are to pass through the function of corresponding sintering process processing using well-known technique, by a variety of inorganic piezoelectric materials
Energy property spheres of ceramic, discharges a large amount of anion in water.Correspondingly, releasable cation in the admission gear 200, this
A little cations are attached on the pollutant in air to be clean, adhere to the air to be clean of a large amount of cations from air inlet 111 into
Enter water container 110, in pollutant and water with positive electrical polarity ion by anion Ceramic Balls 1212 issue a large amount of anions it
Between generate stronger adelphotaxy, particulate pollutant therein can be contacted quickly with water, accelerate to pollutants in air
Purification.Also, cooperation anion Ceramic Balls 1212 make mutually to rush between water/gas because pressure change rolls in cavity 12115
The effect of hitting is stronger, and water/gas reciprocation is more thorough.Anion Ceramic Balls 1212 belong to the inorganic material high temperature sintering such as piezoelectricity
Product, physical characteristic and function-stable can be used about one year to 2 years and just replace, and not will form secondary pollution, substantially reduce
Integrated operation cost.It should be noted that the interaction purification mechanism 100 of aqueous vapor described in the present embodiment can not also configure negative ion ceramic porcelain
Ball 1212, in the case where not configuring negative ion ceramic porcelain ball 1212, the admission gear 200 is not necessarily to release cation,
Also capable of releasing negative ion, it can according to need the electron ion that pollutant of improvement itself carries, discharge opposite to that polar band
Electron ion, so that these charged ions are attached in air to be clean with the ions binding carried on pollutant or with zero
The water of current potential attracts each other.
Further, as shown in Fig. 2, aqueous vapor interaction purification mechanism 100 further includes water circulating pump 130, the water capacity
Device 110 offers water inlet 113 and water outlet 114, and the water outlet 114 is via the water circulating pump 130 and the water inlet
113 connections.Such as the mouth of a river 113 can be driven into the left side of water container 110, the mouth of a river 114 is outputed in right side opening water outlet 114 or left side, right
Side drives the mouth of a river 113 into, forms lateral water (flow) direction, or drive the mouth of a river 113 and water outlet 114 into the same side of water container 110,
Circulating water flow does the flowing close to annular along container inner wall at this time.It is closed at water inlet 113 and water outlet 114 using sieve.Institute
The top for stating water inlet 113 and the water outlet 114 is equipped at least one described aqueous vapor interactive component 121, so as to be clean
Air has to pass through the purification of aqueous vapor interactive component 121 and can arrange to interior.
By the setting of water circulating pump 130, so that the air to be clean in water container 110 is circulated with water, Ke Yijin
One step generates strong wash by rubbing with the hands and cutting effect to air bubble.Water circulating pump 130 can also be with non-constant, random flow rate regime
Work, makes the water in a part of region in interior water container 110 be in the loopy moving state of random speed change, thus further enhances water
The intensity and randomness of water/gas pressure imbalance in gas interactive device make 1212 stress of anion Ceramic Balls generate random rolling
And increase the negative ion concentration of its sending, promote the electronic reciprocal effect of water/gas.Simultaneously variation hydraulic pressure with come from air inlet
111 gas collective effect in the cavity 12115 generates randomness vortex, fills water/gas mechanical interaction more
Point, promote the efficiency of aqueous vapor purifying.
In addition, please continue to refer to Fig. 2, the aqueous vapor interaction mould group 120 further includes and 121 layers of the aqueous vapor interactive component
The dispersion 122 set is stacked, the dispersion 122 is densely covered with multiple first micropores.Dispersion 122 is used for biggish bubble
It sufficiently " cuts " into several small air bubbles, comes into full contact with air with water, further increase air purification effect.
Unlike the embodiments above, in another embodiment, the aqueous vapor of air cleaning unit interacts purification mechanism
100 can save anion Ceramic Balls 1212 and dispersion 122 in aqueous vapor interactive component 121, instead, such as
Shown in Fig. 6 and Fig. 7, the electric conductor 123 that configuration is placed with the aqueous vapor interactive component 121 stacking in aqueous vapor interaction mould group 120,
The electric conductor 123 is grounded and is densely covered with multiple second micropores.The electric conductor 123 of ground connection can also effectively adsorb the band in air bubble
Charged particle is adsorbed on the electron ion in air bubble on electric conductor 123, and air bubble is micro- by what is generated when the second micropore by air-flow
Dynamic Water rotational flow flushing, comes into full contact with air with water, further increases air purification effect.
In this embodiment, electric conductor 123, aqueous vapor interactive component 121, aqueous vapor interactive component 121 successively layer from lower to upper
It stacks and sets.Those skilled in the art can also be arranged one or more between two aqueous vapor interactive components 121 according to actual needs
A electric conductor 123；Electric conductor 123, aqueous vapor interactive component 121 can also stack gradually placement from top to bottom according to actual needs；
Electric conductor 123 can also be arranged multiple according to actual needs, be placed on the above and or below of aqueous vapor interactive component 121, or
It is placed between multiple aqueous vapor interactive components 121.
It should be noted that first micropore and the second micropore and some micropore or a kind of micropore are referred not to, first
Micropore and the second micropore refer to the micropore on different objects, and such as the first micropore system refers to the micropore in dispersion 122, the second micropore
System refers to the micropore on electric conductor 123.The quantity of first micropore and the quantity of the second micropore can be set according to actual needs, and
And the first all micropore sizes can it is complete it is equal, part is equal or all unequal, similarly, the second all micropore sizes can full phase
It is equal or all unequal Deng, part.
It should also be noted that, air cleaning unit and Fig. 2 corresponding to aqueous vapor interaction purification mechanism 100 shown in fig. 6
Shown in aqueous vapor interaction purification mechanism 100 corresponding to air cleaning unit other structures it is all the same, specifically see above
Description, does not repeat herein.
In addition, the aqueous vapor interaction purification mechanism 100 further includes water quality detection in Fig. 2 and embodiment shown in fig. 6
Element (attached drawing is not shown), the water quality detection element are set to the inside of the water container 110.It is also set on the water container 110
There are water supply pipe (attached drawing is not shown), water compensating valve 115, drainpipe (attached drawing is not shown) and drain valve 116, the water compensating valve 115
It is electrically connected with the water quality detection element with the drain valve 116.And/or the aqueous vapor interaction purification mechanism 100 also wraps
It includes water level detecting element (attached drawing is not shown), the water level detecting element is set to the inside of the water container 110, the water container
Water supply pipe, water compensating valve 115, drainpipe and drain valve 116, the water compensating valve 115 and the drain valve 116 are additionally provided on 110
It is electrically connected with the water level detecting element.
When aqueous vapor interaction purification mechanism 100 is used for air cleaning, the water supply pipe connection is water purification pipeline, is used
In the new water for filling into cleaning.However, when water supply pipe connects sewage conduct, when drainpipe connection is using waterpipe, the present embodiment institute
Stating aqueous vapor interaction purification mechanism 100 can be used for sewage purification.Sewage into water container 110 can be with entrance water container 110
Air interacts, and the particulate matter of the ion polarity carried in air can carry polarity with organic chemical composition in sewage
It is combined with each other and settles with sewage on the contrary, being conducive to it, the ozone carried in air can also be by organic principles a variety of in sewage point
Solution purification, achievees the effect that purify water.Generally speaking, the interaction of aqueous vapor described in the present embodiment purification mechanism 100 can be according to reality
Border needs, and purifies different liquid or gas, it is not limited to two kinds of purification patterns of indoor air purification and purifying domestic sewage.
When being used for air cleaning, (Multifunctional water quality detection element either root can be using water quality detection element
According to the water quality detection element of concrete application demand configuration simple function) whether to meet air net for water quality in detection water container 110
The requirement for changing application automatically turns on ozone generating-device 230 when occurring organic matter in water；When particle concentration is excessively high, then
The automatic water excluded in water container 110 simultaneously fills into clean new water；When being used for sewage purification, water quality detection element testing is utilized
Whether the water body state in water container 110 reaches the scheduled emission request of concrete application, when such as reaching pre-provisioning request, then automatic to arrange
Meet the water of discharge standard out and fills into new water (namely sewage) to be clean.In addition, when water level detecting element testing to water level
When insufficient, operable automatically fills into the new water of purification run needs.
It is above the specific introduction to the aqueous vapor interaction purification mechanism 100 in different embodiments, below to the air
Admission gear 200 in purification device is further introduced.The admission gear 200 can be with the water in any of the above-described embodiment
Gas interaction purification mechanism 100 is used cooperatively.Please continue to refer to Fig. 1, the admission gear 200 further includes being set to the region of discharge
Ozone generating-device 230 further enhances the detergent power to organic pollutant so as to generate more ozone.For
When containing other specified chemical pollutant purifications not strong with ozonization, can with specific aim be added particular formulation chemistry at
Divide and enter in water container 110, by water/gas interactive process, purifies wherein specified chemical pollutant.
The admission gear 200 further includes indoor air piping 250 and fresh air pipeline 260, the admission line 210 and room
Interior air piping 250 and fresh air pipeline 260 are all connected with.The interior air piping 250 is for being connected to room air, the fresh wind tube
Road 260 is for being connected to outdoor air.Indoor wind and fresh air are discharged after being mixed into aqueous vapor interaction purification mechanism 100, thus in a steady stream
Constantly required oxygen is provided for interior.And the method that the utility model uses water body purification, can use water body thermal capacitance
Amount is much larger than the characteristic of heat capacity of air amount, and the heat exchange of fresh air and water body generates minor impact to water temperature, greatly reduces energy consumption.
Further, the air cleaning unit further includes the temperature detecting element 261 in the fresh air pipeline 260
With the water temperature regulation device 140 being set in the water container 110.The temperature detecting element 261 and the water temperature regulation device
140 are electrically connected.Water temperature is adjusted from dynamic by detecting new air temperature, the temperature of air to be clean is made to pass through the heat exchange of water body
After can be close to room temperature.The specific heat capacity of water is larger simultaneously, and new air temperature is smaller to Water Temperature, and the consumed energy is less.
The utility model not only may insure that reaching temperature and water temperature in air purification process balanced, but also may not necessarily consume a large amount of electricity
Energy.
Air-out mechanism 300 is further introduced below, the air-out mechanism 300 can in any of the above-described embodiment
Admission gear 200 in aqueous vapor interaction purification mechanism 100 and any embodiment is used cooperatively.Please continue to refer to Fig. 1, it is described go out
Humidity control mechanism 320 is equipped in feed channel 310, the air being cleaned enters escape pipe by the gas outlet 112 of water container 110
Road 310 adjusts the humidity of air in outlet pipe 310 by humidity control mechanism 320, reduces the moisture in air, makes clean
Net air meets various demands.In the present embodiment, humidity control mechanism 320 is condensate film, is reduced in air by condensate film
Moisture.Humidity control mechanism 320 can also be set as other forms according to actual needs.
Please continue to refer to Fig. 1, negative ion generating device 340, anion are additionally provided at the port of the outlet pipe 310
Generating device 340 is the component configured with anion Ceramic Balls 1212, and pure air passes through 1212 configuring area of anion Ceramic Balls
Afterwards, large quantity of air anion is carried, the purification air of the Nature rank is become.It should be noted that bearing in other embodiments
Other negative ion discharge instruments also can be used in ion generating device 340.Using the component for being configured with anion Ceramic Balls 1212
Benefit be to avoid generating in discharge process with ozone, and then prevent from being mixed with ozone in clean air.
In a preferred embodiment, air pressure is adjusted in the air intake apparatus 240 and/or the outlet equipment 330, leads to
It crosses air intake apparatus 240 and/or outlet equipment 330 adjusts air pressure, to change the relationship of air pressure and hydraulic pressure, enhance air bubble and water
Impact, further increase air purification effect.
In addition, the air cleaning unit further includes control device, the control device can be with any of the above-described embodiment institute
Aqueous vapor interaction purification mechanism 100, admission gear 200 and the air-out mechanism 300 stated are electrically connected.Specifically, the water compensating valve
115, the drain valve 116, the air intake apparatus 240, the outlet equipment 330, the water circulating pump 130, water quality inspection
Survey element, the water level detecting element, the temperature detecting element 261, the water temperature regulation device 140 and the ozone
Generating devices 230 etc. are electrically connected with control device.That is, the water quality detection element can pass through control device and water compensating valve
115, drain valve 116, water circulating pump 130, ozone generating-device 230, air intake apparatus 240, outlet equipment 330 etc. are electrically connected；
The water level detecting element is electrically connected by control device and water compensating valve 115 and drain valve 116；The temperature detecting element
261 pass through control device and the electric connection of water temperature regulation device 140 etc..
When work, control device can according to water quality testing data (data issued when water quality detection element testing) come
Adjust water compensating valve 115, drain valve 116, air intake apparatus 240, outlet equipment 330, water circulating pump 130 and ozone generating-device
230 working condition.Such as, when testing result is sent to control device by water quality detection element, in control device judgement water outlet
When there is estimated organic pollutant, ozone generating-device 230 is opened in control device control, mixes ozone with air to be clean
And enter container.Ozone, can be rapidly in conjunction with the organic pollutant in air, after entering water completely before entering water
Be melted into water, can also rapidly in the organic pollutant and air bubble in water organic pollutant constitute aerosol in conjunction with, from
And effectively realize the purification to organic pollutant in water and air.It the characteristics of due to ozone chemistry structure, will not be escaped from water,
So will be free from ozone in purification air, negative interaction will not be generated to indoor occupant and article.When water quality detection element is not examined
When measuring estimated organic pollutant, ozone generating-device 230 can not start.
In addition, control device can also control water temperature tune according to the fresh air temperature data detected of temperature detecting element 261
Regulating device 140 executes corresponding operation；Control device can also according to water level detecting element testing result control water compensating valve 115,
116 working condition of drain valve etc..Air cleaning unit entirety automated intelligent, applied widely, this field skill described in the present embodiment
Art personnel can be set according to actual conditions specific program and reach corresponding control effect.It should be noted that in other implementations
In example, the air cleaning unit can also save above-mentioned control device, can be directly connected between corresponding two electric components.
In conclusion air to be clean is directly over after too high voltages corona discharge region when using the utility model
Aqueous vapor interacts purification mechanism 100, becomes pure air；Pure air becomes humidity and meets after humidity conditioner is handled
Using the pure air of needs；It is net to be become after carrying large quantity of air anion by negative ion generating device for the Nature rank again
Change air.Compared with the modes such as all kinds of dry dust removals, the activated carbon adsorption that the prior art uses, the utility model is being effectively reduced
Under conditions of installation cost, to the available promotion of particle purifying efficiency, purifying harmful gas and organic gas function are had concurrently,
The corresponding of the links generations such as all kinds of filter cores of replacement, cleaning dust accumulation component, Activation Activity charcoal of the prior art can also be reduced simultaneously
Expense.
The utility model be particularly suitable for various households, office, business environment indoor air purification.Because of indoor people
Member consumes oxygen at any time, it is necessary to introduce appropriate fresh air.But most of existing air purifying process is introduced new in summer and winter
When wind, a large amount of energy consumption can be caused because of the huge temperature difference of indoor and outdoor.And the utility model proposes the sides of water body filtration
Method, water/gas interactive process can effectively realize the heat exchange of temperature and water temperature, be much larger than heat capacity of air amount using water body thermal capacity
Characteristic greatly reduce energy consumption while effectively adjusting new air temperature.In addition for participate in air purification filter water body,
Both heat-exchange device, further comprehensive energy utilization can be added；It can be used as the non-middle section water comprehensive utilization drunk again.
The utility model can effectively purify the pollutant in a variety of air, so applying also for processing multiple types and not
Work, a variety of air pollution sources of mine enterprise with scale are administered.It, can be to water body in high temperature air pollution sources treatment process
Implement heat exchange, effectively collects and utilize thermal energy.It, can be efficiently and inexpensive in severe Particulate Pollution source treatment process
Particulate matter is collected, for secondary use.In to organic gaseous contamination object treatment process, with most simplified device and low operation at
Originally, almost all of organic pollutant in air is efficiently administered.The utility model can also be used in the dirty water decontamination handles etc..
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not present
Contradiction all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (14)
1. a kind of air cleaning unit, which is characterized in that including：
Aqueous vapor interacts purification mechanism, and the aqueous vapor interaction purification mechanism includes that water container and the aqueous vapor in the water container are handed over
Mutual mould group is filled in use, aqueous vapor interaction mould group is located in the liquid level of the water container or less and aqueous vapor interaction mould group
Full water, the water container are equipped with air inlet and air outlet, and the aqueous vapor interaction mould is mounted on the air inlet and the gas outlet
Between, aqueous vapor interaction mould group includes at least one layer of aqueous vapor interactive component, is equipped with and is connected in the aqueous vapor interactive component
Multiple cavities, the multiple cavity are distributed in different layers, and the multiple cavity cooperatively forms the multiple of labyrinth type and random distribution
Air flow passage；
Admission gear, the admission gear include being equipped with the admission line of region of discharge and putting set on the high-voltage corona of the region of discharge
Electric installation, the admission line are connected to the air inlet, and the high-voltage corona discharge device is releasably with same polar band
Electron ion；And
Air-out mechanism, the air-out mechanism include outlet pipe, and the outlet pipe is connected to the gas outlet；
Wherein, air successively via behind the admission line, the air inlet, the air flow passage, the gas outlet again
It is discharged from the outlet pipe.
2. air cleaning unit according to claim 1, which is characterized in that the aqueous vapor interactive component includes the more of superposition
Layer structural member, every layer of structural member is interior to be equipped with multiple demarcation plates, and the multiple demarcation plate separates the inner cavity of the structural member
At multiple cavitys, each cavity is equipped with bottom and top, and the bottom offers first through hole, and the top opens up
There is the second through-hole, the first through hole and second through-hole are in staggered configuration and/or the first through hole and second through-hole
Sectional area differ.
3. air cleaning unit according to claim 2, which is characterized in that be located on the same floor adjacent on the structural member
Jagged connection between two cavitys.
4. air cleaning unit according to claim 2, which is characterized in that the aqueous vapor interactive component further includes being set to
Multiple anion Ceramic Balls in every layer of structural member, the anion Ceramic Balls are set in the cavity, the air inlet machine
Cation is discharged in structure.
5. air cleaning unit according to claim 4, which is characterized in that aqueous vapor interaction mould group further include with it is described
The dispersion that the stacking of aqueous vapor interactive component is placed, the dispersion are densely covered with multiple first micropores.
6. air cleaning unit according to claim 1, which is characterized in that aqueous vapor interaction mould group further include with it is described
The electric conductor that the stacking of aqueous vapor interactive component is placed, the electric conductor are grounded and are densely covered with multiple second micropores.
7. air cleaning unit according to claim 1, which is characterized in that the aqueous vapor interaction purification mechanism further includes following
Ring water pump, the water container offer inlet and outlet, and the water outlet is via the water circulating pump and the water inlet
The top of connection, the water inlet and the water outlet is equipped at least one described aqueous vapor interactive component.
8. air cleaning unit according to claim 1, which is characterized in that the aqueous vapor interaction purification mechanism further includes water
Quality detection element, the water quality detection element are set to the inside of the water container, are additionally provided with water supply pipe, moisturizing on the water container
Valve, drainpipe and drain valve, the water compensating valve and the drain valve are electrically connected with the water quality detection element；And/or
The aqueous vapor interaction purification mechanism further includes water level detecting element, and the water level detecting element is set to the inside of the water container,
It is additionally provided with water supply pipe, water compensating valve, drainpipe and drain valve on the water container, the water compensating valve and the drain valve are and institute
State the electric connection of water level detecting element.
9. air cleaning unit according to claim 8, which is characterized in that the admission gear further includes being set to described put
The ozone generating-device in electric area.
10. air cleaning unit according to claim 9, which is characterized in that further include control device, the ozone occurs
Device is electrically connected by the control device and the water quality detection element.
11. air cleaning unit according to claim 10, which is characterized in that be equipped with adjustable solar term in the admission line
The air intake apparatus of pressure, the air intake apparatus and the control device are electrically connected；And/or it is equipped in the outlet pipe adjustable
The outlet equipment of solar term pressure, the outlet equipment and the control device are electrically connected.
12. air cleaning unit according to any one of claim 1 to 11, which is characterized in that the admission gear is also
Including indoor air piping and fresh air pipeline, the admission line is all connected with indoor air piping and fresh air pipeline, the interior
Air piping is for being connected to room air, and for the fresh air pipeline for being connected to outdoor air, the air cleaning unit further includes setting
In the temperature detecting element in the fresh air pipeline and the water temperature regulation device in the water container, the temperature detection member
Part and the water temperature regulation device are electrically connected.
13. air cleaning unit according to any one of claim 1 to 11, which is characterized in that the air-out mechanism is also
Including the negative ion generating device being set in the outlet pipe.
14. air cleaning unit according to any one of claim 1 to 11, which is characterized in that the air-out mechanism is also
Including the humidity conditioner being set in the outlet pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820391854.0U CN208161251U (en) | 2018-03-21 | 2018-03-21 | Air cleaning unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820391854.0U CN208161251U (en) | 2018-03-21 | 2018-03-21 | Air cleaning unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208161251U true CN208161251U (en) | 2018-11-30 |
Family
ID=64373838
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820391854.0U Active CN208161251U (en) | 2018-03-21 | 2018-03-21 | Air cleaning unit |
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| Country | Link |
|---|---|
| CN (1) | CN208161251U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112473284A (en) * | 2019-09-11 | 2021-03-12 | 南京延长反应技术研究院有限公司 | Intelligent control system and method for waste gas dust removal |
-
2018
- 2018-03-21 CN CN201820391854.0U patent/CN208161251U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112473284A (en) * | 2019-09-11 | 2021-03-12 | 南京延长反应技术研究院有限公司 | Intelligent control system and method for waste gas dust removal |
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