CN207661867U - Air purifier - Google Patents

Abstract

This application involves technical field of air purification, and in particular to a kind of air purifier.The air purifier includes atomizing component and demisting component, the atomizing component includes atomization chamber and axial flow blower, the axial flow blower includes driving motor, the rotary shaft being connected with the driving motor and at least one blade being arranged in the rotary shaft, each blade is located in the atomization chamber, can be atomized liquid of the spray on the blade；The demisting component has at least one demisting channel, the demisting channel includes the multiple bending sections set gradually along itself extending direction, there is the bending section the unequal part of circulation area, the atomization chamber to be sequentially arranged along the circulation path of air to be clean with the demisting channel on itself extending direction.Air purifier in the technical solution can greatly improve clean-up effect.

Description

Air purifier

Technical field

This application involves technical field of air purification, and in particular to a kind of air purifier.

Background technology

Currently, air purifier type in the market is more, but mainly implemented by way of filter screen, filter core overcurrent Physical cleaning, the more difficult removal gas pollutant of these air purifiers, has that clean-up effect is poor.

For this purpose, a kind of air purifier for realizing air purification by wet cleaning mode is provided in the related technology, this The liquid such as water are atomized by air purifier using atomizing component, form droplet, and droplet is used for the dirt in adsorbed gas Object is contaminated, then the droplet of pollutants in air will be received to be filtered out by filter, air finally is discharged in purified air Clarifier.

During purification, the droplet that water is formed after being atomized is used for adsorbing pollutant, it is distinctly understood that these small liquid Drop is filtered out only by filter there are still the hidden danger flowed into air, and clean-up effect is still bad.In addition, the relevant technologies The liquid field that the atomizing component of middle use generates is usually Two-dimensional Liquid field, is interacted with pollutant with being unable to fully, clean-up effect It is bad.

Utility model content

This application provides a kind of air purifiers, can improve clean-up effect.

The air purifier of the application comprising：

Atomizing component, the atomizing component include atomization chamber and axial flow blower, the axial flow blower include driving motor, with At least one blade driving motor connected rotary shaft and be arranged in the rotary shaft, each blade are located at described In atomization chamber, liquid of the spray on the blade can be atomized；

Demisting component, it includes extending along itself that the demisting component, which has at least one demisting channel, the demisting channel, Multiple bending sections that direction is set gradually, the bending section have the unequal part of circulation area on itself extending direction,

The atomization chamber is sequentially arranged with the demisting channel along the circulation path of air to be clean.

Preferably, in the circumferential direction of the rotary shaft, multiple blades, each blade are provided in the rotary shaft In elongated end both at least not on the same circumference；And/or

In the axial direction of the rotation axis, multiple blades are provided in the rotary shaft, at least two are oppositely arranged The blade perspective plane it is misaligned.

Preferably, the rotary shaft is hollow shaft, and the hollow shaft has fluid passage, and is offered on the hollow shaft At least one spray hole to the blade hydrojet, the spray hole are connected to the fluid passage；

The atomizing component further includes imbibition bucket, and the imbibition bucket has inlet and liquid outlet, and the inlet can It is connected to the liquid outlet, the liquid outlet is connected to the fluid passage；

From the inlet to the liquid outlet, the cross-sectional area of the imbibition bucket gradually increases, the imbibition bucket energy Enough rotations, liquid is sucked from the inlet.

Preferably, the internal face of the imbibition bucket is provided with helicla flute, the hand of spiral of the helicla flute and the imbibition The direction of rotation of bucket is identical.

Preferably, further include drinking-water pipe, suction pump and spray tube,

The spray tube is connected to by the suction pump with the drinking-water pipe,

The spray tube is located in the atomization chamber, and the spray tube be provided with it is at least one to the blade hydrojet Spray hole.

Preferably, it sets on the direction of the axis of the rotary shaft, the rotary shaft is opposite with the spray tube It sets, the axis for being axially perpendicular to the rotary shaft of the spray hole；And/or

On the axis direction of the rotary shaft, the spray tube is oppositely arranged with the blade, the axis of the spray hole To the axial direction for being parallel to the rotary shaft.

Preferably, the demisting channel further includes straightway, and the two neighboring bending section is connected by the straightway.

Preferably, on the extending direction of the bending section, the circulation area of the end of the bending section is less than described curved The circulation area of the middle section of tune.

Preferably, the protrusion direction of at least two adjacent bending sections is opposite；And/or

The protrusion direction of at least two adjacent bending sections is identical.

Preferably, the demisting component includes the first sealing plate, the second sealing plate and multiple cyclic structures, each ring-type Structure is arranged successively, and the demisting channel is formed between the two neighboring cyclic structure, the extension in the demisting channel On direction, first sealing plate and second sealing plate are oppositely arranged, and are sealed in cyclic structure described in innermost circle respectively Opposite end；Or

The demisting component includes the first package board, the second package board and multiple demisting plates, and each demisting plate is along itself Thickness direction interval setting, and the opposite end of each demisting plate respectively with first package board and it is described second encapsulation Plate connects, and the two neighboring demisting plate surrounds the demisting channel with first package board and second package board.

Technical solution provided by the present application can reach following advantageous effect：

Air purifier provided herein, since the wind turbine in atomizing component is axial flow blower, in blade height One axial flow can be formed during speed rotation so that drop is while the side of centrifugal force moves upwards, additionally it is possible to edge The axial movement for rotary shaft, to make to form three-dimensional liquid field, the surface area bigger of the three-dimensional liquid field, spatial distribution in atomization chamber It is wider, it can more fully interact with pollutant, greatly improve subsequent purification effect；In addition, by by demisting channel It is arranged to multiple bending sections, airflow direction is prevented to be mutated so that the fog being atomized through atomizing component flows in bending section When it is gentler, reduce demisting channel to the obstruction of fog, so that fog is more smooth when being flowed in demisting channel, to reduce Loss when fog circulation is not smooth to demisting component and entire air purifier.

It should be understood that above general description and following detailed description is merely exemplary, this can not be limited Application.

Description of the drawings

The atomizing component that Fig. 1 and Fig. 2 is provided by the application one embodiment is illustrated with the position relationship of liquid storage component Figure；

In the atomizing component that Fig. 3 is provided by the embodiment of the present application, the structural schematic diagram of imbibition bucket；

The atomizing component that Fig. 4 is provided by the application another embodiment, the position relationship schematic diagram with liquid storage component；

Fig. 5 is the enlarged structure schematic diagram in the portions C in Fig. 4；

The atomizing component that Fig. 6 is provided by the application another embodiment, the position relationship schematic diagram with liquid storage component；

Fig. 7 is the enlarged structure schematic diagram in the portions D in Fig. 6；

The structural schematic diagram for the demister that Fig. 8 is provided by the application one embodiment；

Fig. 9 be A-A shown in fig. 8 to schematic cross-sectional view；

Figure 10 is the enlarged structure schematic diagram at B shown in Fig. 9；

The schematic cross-sectional view for the demister that Figure 11 is provided by the application another embodiment；

The dimensional structure diagram for the demister that Figure 12 is provided by the application another embodiment；

The dimensional structure diagram for the demister that Figure 13 is provided by the application further embodiment；

The structural schematic diagram for the air purifier that Figure 14 is provided by the application one embodiment；

Figure 15 is the schematic cross-sectional view of air purifier shown in Figure 14；

The structural schematic diagram for the air purifier that Figure 16 is provided by the application another embodiment.

Reference numeral：

1- atomizing components, 10- atomization chambers, 110- driving motors, 111- rotary shafts, 112- blades, 113- electric machine supports, 12- fluid passages, 13- spray holes, 14- imbibition buckets, 140- inlets, 141- liquid outlets, 142- helicla flutes, 150- drinking-water pipes, 151- spray tubes, 152- suction pumps, 16- bearings, 17- shaft couplings, 18- keys；

2- demisting components, 20- demistings channel, 200- bending sections, the ends 200a-, the middle sections 200b-, 202- straight lines Section, 21- cyclic structures, the first sealing plates of 22-, the second sealing plates of 23-, 24- demisting plates, 25- air intake passages, 26- outlet air are logical Road.

3- liquid storage components, 4- shells, 40- air inlets, the first ventilating ducts of 50-, the second ventilating ducts of 51-, 60- wind turbines, 61- Air-duct spiral case, 62- assembling holders, 7- cleaning modules, the green plants of 8-, 9- wind outlet units.

The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the application Example, and the principle together with specification for explaining the application.

Specific implementation mode

It is described in further detail below by specific embodiment and in conjunction with attached drawing to the application.

As shown in Fig. 1 to Figure 16, the embodiment of the present application provides a kind of air purifier, which includes atomization Component 1 and demisting component 2.

As shown in Figures 1 to 7, atomizing component 1 includes atomization chamber 10 and axial flow blower, which includes driving motor 110, the rotary shaft 111 being connected with driving motor 110 and at least one blade 112 being arranged in rotary shaft 111, each blade 112 are located in atomization chamber 10, when each blade 112 is with 111 high-speed rotation of rotary shaft, can will spray the liquid on blade 112 Body is atomized.

Specifically, drive the rotation of rotary shaft 111 with band 112 high speed rotation of movable vane piece by driving motor 110, due to blade 112 will produce centrifugal force in high-speed rotation process, therefore, when liquid is sprayed to blade 112, at least part liquid by from The heart is atomized, and forms the droplet (fog) of several microns to hundreds of microns of zero, these droplets can under the influence of centrifugal force four Place's movement is fully contacted with into the air with pollutant in atomization chamber 10.In addition, since the wind turbine in atomizing component 1 is Therefore axial flow blower can form one axial flow so that drop is in centrifugal force during 112 high speed rotation of blade While side moves upwards, additionally it is possible to along the axial movement of rotary shaft 111, improve the distribution of droplet, and make mist Change and form three-dimensional liquid field in chamber 10, the surface area bigger of the three-dimensional liquid field, spatial distribution is wider, can more fully with pollution Object interacts, and greatly improves subsequent purification effect.

Wherein, the principle that anion is will produce according to water body high velocity impact and hydrone cracking, when liquid and blade 112 are high Speed collision and cutting, and when throwing away the internal face of drop and the atomization chamber 10 come under the influence of centrifugal force and hitting, can produce Raw a large amount of anion, can promote user's use feeling.In addition, since one can be formed during 112 high speed rotation of blade Stock axial flow drives drop to be moved upwards in the axis of rotary shaft 111, can reduce the energy consumption of wind turbine in air purifier in this way, from And the service life of air purifier can be extended.

Optionally in one embodiment, in the circumferential direction of rotary shaft 111, multiple blades 112 are provided in rotary shaft 111, When each blade 112 is with 111 high speed rotation of rotary shaft, and liquid is sprayed to blade 112, a part of liquid is by centrifugal atomizing, shape At several microns to hundreds of microns of droplet (fog) of zero, another part liquid is detached from this blade 112 and by subsequent blade 112 collisions and cutting, which part form more tiny drop, another part be detached from continue by the collision of subsequent blade 112 with Cutting forms the drop of more tiny different-grain diameter.That is, by being set in the circumferential direction of rotary shaft 111 in the present embodiment Multiple blades 112 are set, the liquid in atomization chamber 10 can be formed to the droplet of different-grain diameter, the droplet of different-grain diameter can be with sky The pollutant interaction of different-grain diameter size, effectively increases clean-up effect in gas.

Preferably, in the circumferential direction of rotary shaft 111, the elongated end in each blade 112 both at least not on the same circumference, That is, in the circumferential direction of rotary shaft 111, the size of each blade 112 can differ, in this way in each blade 112 with rotary shaft When 111 high speed rotation, the liquid in atomization chamber 10 can be formed to the droplet of more different-grain diameters, to in air more The pollutant of more different-grain diameter sizes interacts, and further increases clean-up effect.

Optionally in another embodiment, in the axial direction of rotary shaft 111, multiple blades are provided in rotary shaft 111 112, when each blade 112 is with 111 high speed rotation of rotary shaft, and liquid is sprayed to blade 112, a part of liquid is by centrifugation mist Change, form the droplet (fog) of several microns to hundreds of microns of zero, another part liquid is detached from this blade 112 and in axis stream It is formed under the action of the axial force that wind turbine generates and is vortexed and along the axial movement of rotary shaft 111, simultaneously quilt is collided with other blades 112 Cutting, to form the drop of more tiny different-grain diameter.That is, by the axial direction of rotary shaft 111 in the present embodiment Multiple blades 112 are set, the liquid in atomization chamber 10 can form to the droplet of different-grain diameter, the droplet of different-grain diameter can be with The pollutant interaction of different-grain diameter size, effectively increases clean-up effect in air.

Preferably, in the axial direction of rotary shaft 111, multiple blades 112 are provided in rotary shaft 111, at least two is opposite The perspective plane of the blade 112 of setting is misaligned.That is, in the axial direction of rotary shaft 111, the size of each blade 112 can not It is identical, in this way when each blade 112 is with 111 high speed rotation of rotary shaft, the liquid in atomization chamber 10 can be formed more differences The droplet of grain size further increases clean-up effect to interact with the pollutant of more different-grain diameter sizes in air.

It should be noted that in order to which the liquid in atomization chamber 10 to be formed to the droplet of more different-grain diameters, rotary shaft 111 It can be provided with multiple blades 112 simultaneously on itself is circumferential and axial.

Wherein, as depicted in figs. 1 and 2, above-mentioned rotary shaft 111 can be hollow shaft, hollow shaft have fluid passage 12, and in At least one spray hole 13 to 112 hydrojet of blade is offered on empty axis, spray hole 13 is connected to fluid passage 12.Namely It says, this rotary shaft 111 not only can be with 112 high speed rotation of movable vane piece, but also can be to 112 hydrojet of blade, and design can in this way Save a part of structure (such as：Sparge pipe) use reduce the group of atomizing component 1 to simplify the structure of atomizing component 1 Fill difficulty.

In one embodiment of the application, as shown in Figure 1 to Figure 3, atomizing component 1 further includes imbibition bucket 14, the imbibition There is bucket 14 inlet 140 and liquid outlet 141, inlet 140 can be connected to liquid outlet 141, liquid outlet 141 and atomization chamber 10 Connection is with to 112 hydrojet of blade；From inlet 140 to liquid outlet 141, the cross-sectional area of imbibition bucket 14 gradually increases.Wherein, Imbibition bucket 14 can high speed rotation be vortexed so that the inside of imbibition bucket 14 is formed, air pressure is low at the vortex center, is inhaled with being formed Power (its principle, through flow surface, forms the phenomenon that dragon absorbs water similar to cyclone), to suck liquid from inlet 140.

Preferably, which can be with above-mentioned hollow axis connection, and the liquid outlet 141 of the imbibition bucket 14 and hollow shaft Fluid passage 12 is connected to, and in this way while hollow shaft band 112 high speed rotation of movable vane piece, also imbibition bucket 14 can be driven to revolve at a high speed Turn, for 14 high speed rotation of imbibition bucket so that the inside of imbibition bucket 14 forms and is vortexed, air pressure is low at the vortex center, is inhaled with being formed Power is filled to suck in imbibition bucket 14 liquid from inlet 140 to the fluid passage 12 of hollow shaft, when liquid is filled to liquid When body channel 12 so that the hydraulic pressure in fluid passage 12 increases, so that the water in fluid passage 12 passes through on hollow shaft Spray hole 13 sprays.In the present embodiment, imbibition bucket 14 and hollow axis connection and a shared driving motor 110 simplify atomization The structure of component 1, and 1 operation difficulty of atomizing component is reduced, reduce the energy consumption of atomizing component 1.

Preferably, as shown in figure 3, the internal face of imbibition bucket 14 is provided with helicla flute 142, the hand of spiral of helicla flute 142 It is identical as the direction of rotation of imbibition bucket 14.Due to 14 high speed rotation of imbibition bucket, the effect of helicla flute 142 is added so that imbibition 14 inside of bucket can form strength and be vortexed, to form larger suction, to realize that liquid is quickly sucked from inlet 140.Wherein, Generated suction in 14 high-speed rotation of imbibition bucket, but also the helicla flute can be not only improved by the way that helicla flute 142 is arranged 142 may also function as the effect of water conservancy diversion, to realize that liquid quickly sucks.

It should be noted that the imbibition bucket 14 not only can be by way of being arranged helicla flute 142 in inner wall surface thereof Increase the suction in 14 high-speed rotation of imbibition bucket, but also can be inhaled by way of changing the material of imbibition bucket 14 to increase The frictional force of 14 internal face of liquid bucket, consequently facilitating the liquid in liquid storage component 3 is quickly sucked from inlet 140.

In one embodiment of the application, as shown in Figures 4 to 7, atomizing component 1 further includes drinking-water pipe 150, suction pump 152 and spray tube 151, spray tube 151 be connected to drinking-water pipe 150 by suction pump 152, spray tube 151 is located in atomization chamber 10, And spray tube 151 is provided at least one spray hole 13 to 112 hydrojet of blade.That is, in the present embodiment using The liquid feeding end of drinking-water pipe 150 is immersed in liquid storage component 3, then by suction pump 152 by the liquid in liquid storage component 3, edge It drinking-water pipe 150 and suction pump 152 is sent in spray tube 151, since the output of suction pump 152 is with certain hydraulic pressure, The liquid that spray apertures on spray tube 151 eject is enough to be ejected on blade 112, ensures that liquid can sustainedly and stably spray It is mapped on blade 112, improves the high-efficiency and continuous in atomization process.

Optionally, as shown in Figure 6 and Figure 7, on the axis direction of rotary shaft 111, spray tube 151 is opposite with blade 112 Setting, the axial direction for being axially parallel to rotary shaft 111 of spray hole 13 design can guarantee that the liquid that spray hole 13 sprays can in this way It is come into full contact with blade 112, improves nebulization efficiency.

Optionally, as shown in Figure 4 and Figure 5, on the direction of the axis of rotary shaft 111, rotary shaft 111 and spray Pipe 151 is oppositely arranged, the axis for being axially perpendicular to rotary shaft 111 of spray hole 13, designs can guarantee that spray hole 13 sprays in this way Liquid can be come into full contact with blade 112, in addition, each blade 112 is in high-speed rotation process, production in atomization chamber 10 can be made The raw axial force in the same direction with the axial direction of rotary shaft 111, when liquid is sprayed from spray hole 13, which can drive portion liquid separation Body along rotary shaft 111 axial movement and collide and cut with other blades 112 or other structures, improve atomization effect Rate.

Preferably, when rotary shaft 111 is provided with multiple blades 112 in itself axial direction, in the axial direction of rotary shaft 111 On, multiple spray holes 13 can be set on spray tube 151, to accelerate nebulization efficiency.

It should be noted that the number of above-mentioned spray tube 151 can be multiple, each spray tube 151 can be along the week of rotary shaft 111 To setting gradually, to accelerate the nebulization efficiency of atomizing component 1.Wherein, the liquid that above-mentioned spray apertures eject can be cylindricality, Fan-shaped and other forms.

Based on above structure, the atomizing component 1 of the application further includes electric machine support 113, bearing 16, shaft coupling 17, key 18； Specifically, the assembly method of the atomizing component 1 is as follows：Electric machine support 113 is fixedly connected with atomization chamber 10, and driving motor 110 is solid Be scheduled on electric machine support 113, the connection of driving motor 110 and rotary shaft 111 is realized by shaft coupling 17, rotary shaft 111 with The connection of atomization chamber 10 is realized by bearing 16, and more than one blade 112 is cased in rotary shaft 111, the rotation Axis 111 is attached with blade 112 by key 18, and under the action of key 18, forms synchronous rotary.

As shown in Fig. 8 to Figure 13, demisting component 2 has at least one demisting channel 20, atomization chamber 10 and demisting channel 20 Circulation path along air to be clean is sequentially arranged, which is connected to the atomization chamber 10 of atomizing component 1.Wherein, it removes Mist channel 20 includes the multiple bending sections 200 set gradually along itself extending direction, this bending section 200 is on itself extending direction With the unequal part of circulation area.

In the present embodiment, by the way that demisting channel 20 is arranged to multiple bending sections 200, while increasing demisting path, It is also prevented from airflow direction to be mutated so that fog is gentler when flowing in bending section 200, and it is right to reduce demisting channel 20 The obstruction of fog, so that fog is more smooth when being flowed in demisting channel 20, to reduce when fog circulates not smooth to removing The loss of mist component 2 and entire air purifier.

In addition, due on demisting channel 20 each bending section 200 on itself extending direction have circulation area it is unequal Part, therefore, during by demisting channel 20, volume can change fog, specifically, when fog is from circulation area When larger part flow to circulation area smaller part, from large to small, fog is by compression and companion during this for the volume of fog With heat release so that the moisture condensation contained in fog is back dripped at water droplet, internal face of the water droplet along demisting channel 20；And When fog flow to the larger part of circulation area from the smaller part of circulation area, fog, which flows, to be buffered, and with compared with Few liquid water is precipitated, and when fog enters the smaller part of next circulation area, water mist can further be compressed, into one Step is largely precipitated, final to realize to the gas containing water mist with implementing increasing degree by this multiple bending section 200 Condensation forms liquid, achievees the purpose that demisting, to alleviate the case where fog for being used for adsorbing pollutant is flowed into air, Improve clean-up effect.

In experimental test procedures, the gas come out from this demisting component 2 has been removed 99% water mist.

Optionally in one embodiment, as shown in Fig. 8 to Figure 10, the protrusion direction phase of at least two adjacent flex sections 200 Instead, design can reduce the case where airflow direction is mutated in this way, so that fog from a bending section 200 is flowed to another curved It is gentler when tune 200, obstruction of the demisting channel 20 to fog is further decreased, so that fog flows in demisting channel 20 Shi Gengjia is smooth, to reduce loss when fog circulates not smooth to demisting component 2 and entire air purifier.

Optionally in another embodiment, as shown in Figure 11 to Figure 13, the protrusion side of at least two adjacent flex sections 200 To identical, design in this way can reduce the difficulty of processing and assembly difficulty of demisting component 2, to improve the production effect of demisting component 2 Rate.

Wherein, above-mentioned demisting channel 20 further includes straightway 202, and two neighboring bending section 200 is connected by straightway 202 It connects, design in this way can not only improve the bonding strength between two neighboring bending section 200, to improve entire demisting component 2 Structural strength, but also can be to flowing to the fog of another bending section 200 from a bending section 200 into row buffering, especially It is to be directed to a kind of identical this situation of two adjacent flex sections 200 of protrusion direction, reduces airflow direction and the feelings being mutated occurs Condition, it is gentler when fog being made to flow to another bending section 200 from a bending section 200, further decrease demisting channel 20 To the obstruction of fog so that fog is more smooth when being flowed in demisting channel 20, to reduce fog circulation it is not smooth when pair The loss of demisting component 2 and entire air purifier.

On the extending direction of bending section 200, the circulation area of the end 200a of bending section 200 is smaller than bending section 200 Middle section 200b circulation area, in this way design facilitate the demisting channel 20 of multiple same sizes to be disposed adjacent, to drop The low manufacture difficulty of demisting component 2.

Wherein, the smaller area of circulation area is the compressional zone in demisting channel 20, and the larger area of circulation area is demisting channel 20 breathing space, that is to say, that the end 200a of bending section 200 is compressional zone, and the middle section 200b of bending section 200 is expansion Area.Preferably, the circulation area of the both ends 200a of bending section 200 is respectively less than the circulation of the middle section 200b of bending section 200 Area, in this way when the end 200a of two neighboring bending section 200 is connected, it is possible to increase the path of compressional zone, in accelerating fog While the precipitation degree of water, obstruction of the demisting channel 20 to fog can be reduced, when so that fog flowing in demisting channel 20 It is more smooth, to reduce loss when fog circulates not smooth to demisting component 2 and entire air purifier.

It should be noted that the straightway 202 for connecting the end 200a of two neighboring bending section 200 can be demisting channel 20 breathing space or compressional zone can increase volume when fog circulates in demisting channel 20 when the straightway 202 is breathing space Changed number accelerates the precipitation degree of water in fog, and it is right to reduce demisting channel 20 when straightway 202 is compressional zone The obstruction of fog.

Preferably, straightway 202 and the junction of bending section 200 are in arcuation, and fog is made to be flowed to directly from bending section 200 It is gentler when line segment 202 (or flowing to bending section 200 from straightway 202), reduce the company of straightway 202 and bending section 200 Obstruction of the place to fog is connect, so that fog is more smooth when being flowed in demisting channel 20, it is not smooth to reduce fog circulation When loss to demisting component 2 and entire air purifier.

In one embodiment of the application, demisting component 2 further includes air intake passage 25, and the air intake passage 25 is logical with demisting The inlet communication in road 20, the extending direction of air intake passage 25 is identical as the approach axis of gas, which plays water conservancy diversion Effect, to facilitate fog to flow in demisting channel 20.Preferably, the air intake passage 25 and the junction in demisting channel 20 are in Arcuation, to reduce obstruction of the junction to fog of air intake passage 25 and demisting channel 20 so that it is logical that fog smoothly flow to demisting In road 20, the loss to demisting component 2 is reduced.

It should be noted that demisting component 2 may also include air-out passage 26, which goes out with demisting channel 20 Mouthful connection, wherein the extending direction of air-out passage 26 and air intake passage 25 is preferably vertical direction, be convenient for and other structures (example Such as：Atomising device, filter device) it is assembled.

Based on above structure, in one embodiment of the application, demisting component 2 includes multiple cyclic structures 21, each ring Shape structure 21 is arranged successively, and demisting channel 20 is formed between two neighboring cyclic structure 21, and design in this way can reduce demisting group The packaging efficiency of part 2.

In order to reduce the manufacture difficulty of 2 innermost circle cyclic structure 21 of demisting component, the usual innermost circle cyclic structure 21 is certainly The circulation area in the channel that body is formed is larger, and the channel to avoid fog from being formed from innermost circle cyclic structure 21 itself is fled It goes, influences clean-up effect.The demisting component 2 further includes the first sealing plate 22 and the second sealing plate 23, in prolonging for demisting channel 20 It stretches on direction, the first sealing plate 22 and the second sealing plate 23 are oppositely arranged, and are sealed in the phase of innermost circle cyclic structure 21 respectively To both ends.

In another embodiment of the application, as shown in Figure 12 and Figure 13, demisting component 2 includes the first package board (figure In be not shown), the second package board (not shown) and multiple demisting plates 24, thickness direction interval of each demisting plate 24 along itself Setting, and the opposite end of each demisting plate 24 is connect with the first package board and the second package board respectively, two neighboring demisting plate 24 Demisting channel 20 is surrounded with the first package board and the second package board.Wherein, the same specification can be used in each demisting plate 24, such as schemes Shown in 12, to reduce the production cost of demisting component 2.

It should be noted that the demisting plate 24 of cause diversified in specifications can also be used in demisting component 2, it is convenient in this way by demisting group Part 2 be designed to it is variously-shaped, such as：It is cylindrical shown in Figure 13, to adapt to various types of cleaning equipments.

Based on above structure, as shown in Figure 14 to Figure 16, which further includes liquid storage component 3, shell 4, first Ventilating duct 50, wind turbine 60, air-duct spiral case 61, assembling holder 62, the second ventilating duct 51, cleaning module 7, green plant 8 and outlet air Mouth device 9.Wherein, the circulation path of air to be clean in air purifier is from E to F, as shown in phantom in Figure 15.

Specifically, the air purifier operation principle of the application is as follows：

Several air inlets 40 are provided on shell 4, as shown in figure 15；Wind turbine 60 opens work so that air is from air inlet 40 are inhaled into air purifier；Then air to be clean enters in atomization chamber 10, when driving motor 110 opens work When, the blade 112 in rotary shaft 111 carries out high speed rotation under the action of driving motor 110, by described previously Mode the liquid in liquid storage component 3 is pumped and is ejected on blade 112, under the influence of centrifugal force and high-speed cutting Under the action of, liquid is resolved into more grain size micron order drops (fog), the particle size of the drop is in several microns of zero and arrives Between several millimeters, and distributing position is concentrated, movement velocity meets three-dimensional space field, body surface area is big and spatial distribution Extensively, according to 1cm³Liquid drop molecular particle size is between 100 microns after atomization, thus air to be clean enters atomization In chamber 10, can adequately be washed away with more grain size drops, touch simultaneously, dissolving and absorption, for removal foul atmosphere in Grain object, drop and gas pollutant are all suitable for, to achieve the purpose that use a liquid to purify air；Air to be clean passes through It is empty since 1 high speed rotation of atomizing component makes atomized drop field form the outside centrifugal field that is vortexed after more grain size hydrone purifications After pollutant in gas is captured by drop, under gravitational and centrifugal forces, a part is got rid of on the inner wall of atomization chamber 10 It being flowed back into liquid storage component 3 then along the inner wall of atomization chamber 10, a part forms big drop because of the continuous coalescence of water droplet, Under gravity, directly falls and fall in liquid storage component 3；Foul atmosphere is carried largely after fluid purification, in air Drop hydrone；Demisting component 2 can effectively intercept the drop hydrone carried in air, and the steam quilt being blocked It condenses and is recovered in liquid storage component 3；After above-mentioned 2 steps, due to air velocity, hydrone surface area is big and space is divided Cloth is wide, accelerates the evaporation of drop, forms gaseous hydrone rather than liquid water molecules, to the sky come out from demisting component 2 It is the gaseous air of moistening in gas；After air leaves demisting component 2, by wind turbine 60, then into cleaning module 7；Only It is a modular member to change module 7, which includes：Strainer cleaning module, active carbon purifying module, photocatalyst are net Change module, micro- electrostatic depuration module and ultraviolet lamp purification module etc., the main function of the cleaning module 7 is to realize that efficiently removal is empty Particulate matter, bacterial virus, peculiar smell in gas and other chemical pollutants, to provide air purification double shield；Air passes through After cleaning module 7, realize air thoroughly purification and optimization, and be the natural air for carrying humidity, the air after optimization into Enter into wind outlet unit 9, due to the special designing of wind outlet unit 9, different air-out modes may be implemented, such as Figure 14 and figure Shown in 15, wind outlet unit 9 uses mushroom design, and air outlet is arranged in one week of mushroom head；As shown in figure 16, outlet air Mouthful device 9 uses nozzle-like design, and the direction of air outlet can rotate that (this example demonstrates two kinds to go out to any position Tuyere device 9 further includes the design of other shapes).

The application additionally uses other modularized designs, such as：Green 8, air perfume (or spice) atmosphere of planting builds module etc..Wherein, green to plant 8 Belong to modularization commodity；And air perfume (or spice) atmosphere builds module and uses green natural draft extracting solution module, such as in liquid storage component 3 Middle addition lavender draft extracting solution module, the then water dissolution in liquid storage component 3 have lavender draft extracting solution, recycle above-mentioned Accelerate the evaporation of water surface that this liquid of lavender is made also to be volatilized into gaseous state, realizes the pure air band come out from wind outlet unit 9 There are lavender perfume (or spice) atmosphere effect and humidifying effect, and the pure and fresh fragrance of a flower of lavender, can purify, pacify soul, makes one calm, help Sleep, promotes metabolism, and have effects that bactericidal antiphlogistic；It further includes other green naturals that air perfume (or spice) atmosphere, which builds module, Draft extracting solution, such as rose, Zhu jasmines, sweet osmanthus, carnation, violet, lemon

In addition, the air purifier of the application can be desktop type air purifier, console mode air purifier, wall-mounted sky Gas purifier, cabinet type fresh air purifier, wall-mounted fresh air purifier, ceiling mounting type fresh air purifier and other can to carry out air net The product of change.

The foregoing is merely the preferred embodiments of the application, are not intended to limit this application, for the skill of this field For art personnel, the application can have various modifications and variations.Within the spirit and principles of this application, any made by repair Change, equivalent replacement, improvement etc., should be included within the protection domain of the application.

Claims (10)

1. a kind of air purifier, which is characterized in that including：

Atomizing component, the atomizing component include atomization chamber and axial flow blower, the axial flow blower include driving motor, with it is described At least one blade driving motor connected rotary shaft and be arranged in the rotary shaft, each blade are located at the atomization Liquid of the spray on the blade can be atomized by intracavitary；

Demisting component, the demisting component have at least one demisting channel, and the demisting channel includes along itself extending direction The multiple bending sections set gradually, the bending section have the unequal part of circulation area on itself extending direction,

The atomization chamber is sequentially arranged with the demisting channel along the circulation path of air to be clean.

2. air purifier according to claim 1, which is characterized in that

Both in the circumferential direction of the rotary shaft, it is provided with multiple blades in the rotary shaft, in each blade at least Elongated end not on the same circumference；And/or

In the axial direction of the rotation axis, multiple blades, at least two institutes being oppositely arranged are provided in the rotary shaft The perspective plane for stating blade is misaligned.

3. air purifier according to claim 1, which is characterized in that

The rotary shaft be hollow shaft, the hollow shaft have fluid passage, and offered on the hollow shaft it is at least one to The spray hole of the blade hydrojet, the spray hole are connected to the fluid passage；

The atomizing component further includes imbibition bucket, and the imbibition bucket has inlet and liquid outlet, the inlet can be with institute Liquid outlet connection is stated, the liquid outlet is connected to the fluid passage；

From the inlet to the liquid outlet, the cross-sectional area of the imbibition bucket gradually increases, and the imbibition bucket can revolve Turn, liquid is sucked from the inlet.

4. air purifier according to claim 3, which is characterized in that

The internal face of the imbibition bucket is provided with helicla flute, the direction of rotation of the hand of spiral of the helicla flute and the imbibition bucket It is identical.

5. air purifier according to claim 1, which is characterized in that further include drinking-water pipe, suction pump and spray tube,

The spray tube is connected to by the suction pump with the drinking-water pipe,

The spray tube is located in the atomization chamber, and the spray tube is provided at least one hydrojet to the blade hydrojet Hole.

6. air purifier according to claim 5, which is characterized in that

On the direction of the axis of the rotary shaft, the rotary shaft is oppositely arranged with the spray tube, the hydrojet The axis for being axially perpendicular to the rotary shaft in hole；And/or

On the axis direction of the rotary shaft, the spray tube is oppositely arranged with the blade, and the axial direction of the spray hole is flat Row is in the axial direction of the rotary shaft.

7. air purifier according to claim 1, which is characterized in that

The demisting channel further includes straightway, and the two neighboring bending section is connected by the straightway.

8. air purifier according to claim 7, which is characterized in that

On the extending direction of the bending section, the circulation area of the end of the bending section is less than the middle part of the bending section The circulation area divided.

9. air purifier according to claim 1, which is characterized in that

The protrusion direction of at least two adjacent bending sections is opposite；And/or

The protrusion direction of at least two adjacent bending sections is identical.

10. air purifier according to any one of claim 1 to 9, which is characterized in that

The demisting component includes the first sealing plate, the second sealing plate and multiple cyclic structures, and each cyclic structure covers successively And if the demisting channel is formed between the two neighboring cyclic structure, it is described on the extending direction in the demisting channel First sealing plate and second sealing plate are oppositely arranged, and are sealed in the opposite end of cyclic structure described in innermost circle respectively； Or

The demisting component includes the first package board, the second package board and multiple demisting plates, and each demisting plate is along the thickness of itself The setting of direction interval is spent, and the opposite end of each demisting plate connects with first package board and second package board respectively It connects, the two neighboring demisting plate surrounds the demisting channel with first package board and second package board.