CN104923009B

CN104923009B - Air Purification Apparatus

Info

Publication number: CN104923009B
Application number: CN201510122953.XA
Authority: CN
Inventors: 李文熙
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-03-21
Filing date: 2015-03-19
Publication date: 2017-04-12
Anticipated expiration: 2035-03-19
Also published as: CN104923009A; KR101471118B1

Abstract

The present invention relates to an air purification apparatus for purifying air while lowering the air in the upper atmosphere to the ground. An aspect of the present invention provides an air purification apparatus comprising a levitating unit including a plurality of first cells and second cells arranged on the same plane,a propeller arranged inside the first cell, supported on the first cell to be able to rotate and having a rotational center line in a vertical direction,a first driving part connected to the propeller to rotate the propeller,a first pipeline part arranged around the inner wall of the first cell and having a plurality of nozzles,a second pipeline part accommodated in the second cell,a second driving part arranged inside the second cell and supplying water to the first pipeline part and the second pipeline part,a winding part arranged inside the second cell and winding or unwinding the second pipeline part,and a filter part that air passes when being discharged to the outside wherein the air falls simultaneously when the levitation unit is levitated in the air by the rotation of the propeller.

Description

Air cleaner

Technical field

The present invention relates to air cleaner.

Background technology

In general, with the increase of height, air themperature can be reduced, therefore the air themperature in upper atmospherics portion can be less than The air themperature on ground.So, the cold air in upper atmospherics portion can drop on ground, and the hot-air on ground can rise to greatly Gas upper layer part.On the contrary, subaerial atmospheric temperature is affected by surface temperature, therefore when surface temperature is reduced, ground Air themperature can be lower than the air themperature in upper atmospherics portion.In this case, form inversion layer.

Inversion layer refers to that, as height increases and the elevated gas-bearing formation of air themperature, if forming inversion layer, air would not Circulate and this is stagnated.That is, hardly there is flowing of the air in vertical direction in inversion layer, thus with inversion layer For boundary, the hot-air of inversion layer upper layer part is isolated from one another with the cold air of inversion layer lower layer part.Therefore, the dirt for producing on the ground Dye thing cannot spread so that the air pollution aggravation on ground.In the case that on ground, pollutant are a lot, if while formed mist and Inversion layer, will form haze.And this haze can also serious harm people health, such as cause respiratory tract disease etc..

On the other hand, due to recently become serious environmental problem from China yellow sand or micronic dust, purification of air Necessity seem all the more important.

Citation

Patent documentation

(patent documentation 0001) Korean granted patent 10-1134684 (2012.04.02)

The content of the invention

Present invention seek to address that problem as above and/or limitation, it is therefore intended that, there is provided a kind of purification of air Device, which is down to ground come purify air by making the air in upper atmospherics portion.But these technical problems are intended only as example, The scope of the present invention is not limited to this.

According to an aspect of the present invention, there is provided a kind of air cleaner, including：Floating unit, the floating unit bag Include multiple arrangements the first chamber at grade；Propeller, is arranged respectively at the first intracavity portion, can be rotated to support on First intracavity, and with its direction perpendicular to ground rotation centerline；First drive division, is arranged respectively at described first Intracavity portion, is connected to rotate the propeller with the propeller；And first pipe section, around being configured in first chamber Inwall on, and have multiple nozzles.

May further include：Multiple second chambers, are located in the floating unit, and are arranged in together with the first shell In one plane；Second pipe portion, is contained in the second intracavity portion；Second drive division, is configured in the second intracavity portion, to institute State the first pipe section and the second pipe portion supplies water；Reeling end, is configured in the second intracavity portion, to batch or open Roll up the second pipe portion.

May further include：Filter house, which is incorporated into the edge of the floating unit, passes through institute in the floating unit The air declined while stating the rotation of propeller and rise to aerial is discharged to the outside via filter house.

Can include：Ring, is fixed on the floating unit so that the second pipe portion passes through.

Can be further equipped with：Air converter section, is configured in first chamber of the outermost positioned at the floating unit In at least a portion on, which includes change-over panel, and the change-over panel is to change the sky declined by the rotation of the propeller The flow direction of gas.

The air converter section can be further equipped with：Cable, to the angle for adjusting the change-over panel；And traction Device, to the length for adjusting the cable；Wherein, the side of the change-over panel can be attached to the outer of first chamber lower surface Side, the opposite side of the change-over panel can be connected with the cable.

There can be multiple floating units, each described floating unit vertically can be configured.

Other side, feature outside the above, beneficial effect, by the following drawings, right and right Detailed description of the invention and it is clear and definite.

According to one embodiment of the invention as above, can realize making the air in upper atmospherics portion be down to ground with net Change the device of air.Certainly, the scope of the present invention is not limited to these effects.

Description of the drawings

Fig. 1 is the sectional view for briefly showing the air cleaner that one embodiment of the invention is related to.

Fig. 2 is the axonometric chart of a part for the air cleaner for briefly showing Fig. 1.

Fig. 3 is the axonometric chart in the chamber for roughly amplifying the III parts for illustrating Fig. 2.

Fig. 4 is the axonometric chart for roughly amplifying the part for illustrating Fig. 3.

Fig. 5 is the sectional view for the part for briefly showing Fig. 3.

Fig. 6 is the axonometric chart in the chamber for roughly amplifying the VI parts for illustrating Fig. 2.

Fig. 7 is the axonometric chart of the reeling end for briefly showing air cleaner.

Fig. 8 is the sectional view for briefly showing the air cleaner that another embodiment of the present invention is related to.

Reference

1：Air cleaner 50：Ground

60：Stop field 10,20,30：Floating unit

100：First chamber 110：Framework

120：Propeller 140：First drive division

160：First pipe section 162：Nozzle

200：Second chamber 210：Rotation centerline

220：Reeling end 240：Second drive division

260：Second pipe portion 300：Filter house

400：Tractive unit 420：Ring

500：Air converter section

Specific embodiment

The present invention can carry out various modifications, it is possibility to have various embodiments, and specific embodiment is illustrated in the accompanying drawings simultaneously It is described in detail.The following examples being described in detail with reference to the drawings, the effect of the present invention and feature and its implementation meeting Become clear and definite.But the present invention is not limited to embodiments disclosed below, can implement in a variety of manners.

Below, embodiments of the present invention is described in detail referring to the drawings, when reference will be made to the accompanying drawings, to identical Or corresponding component gives identical reference, and omit the repeated description to this.

In the examples below, first, second grade term is not the meaning for limiting, be used only to distinguish component with Another component.Additionally, unless explicitly indicating that in article, odd number is represented including complex representation.Additionally, such as " include " or Terms such as " having " is to represent the feature or component existed described in description, it is not excluded that increase one or more different The probability of feature or component.

On the other hand, in the examples below, when refer to film, region, component etc. part be located at other parts " top " Or when " above ", not only including " directly up " or the situation of " directly above ", also including centre across other films, The situation of region, component etc..

Described in the following drawings for convenience, the size of component can zoom in or out.For example, each group for illustrating in accompanying drawing The size and thickness of part is described for convenience and is arbitrarily represented, therefore the present invention is not necessarily limited to as shown in the figure.Additionally, X-axis, y-axis and z-axis are not limited to three axles that rectangular coordinate is fastened, and can be wider in being construed to be contained in Connotation.For example, x-axis, y-axis and z-axis can be mutually perpendicular to, but it is also possible to refer to mutual off plumb different directions.

Fig. 1 is the sectional view for briefly showing the air cleaner 1 that one embodiment of the invention is related to；Fig. 2 is that outline shows Go out the axonometric chart of a part for the air cleaner 1 of Fig. 1.

With reference to Fig. 1 and Fig. 2, the air cleaner 1 that one embodiment of the invention is related to may include floating unit 10,20, 30, the floating unit 10,20,30 may include multiple chambers 100,200.

Floating unit 10,20,30 may include the first floating unit 10, the second floating unit 20 for configuring successively from top to bottom And the 3rd floating unit 30, illustrate in figure air cleaner 1 that one embodiment of the invention is related to include three suspend it is single Unit 10,20,30, but is not limited to this, can be according to the size of air cleaner 1 or performance including less or more Many floating units 10,20,30.

Each floating unit 10,20,30 can be formed by multiple chambers 100,200, and multiple chambers 100,200 can be Constitute the unit element of respective framework 110.These multiple chambers 100,200 can be divided into the first chamber 100 and according to internal structure Two chambers 200.First chamber 100 and the second chamber 200 can be adjacent to, and arrange at grade.Multiple chambers 100,200 It is adjacent at grade form a framework 110.In multiple floating units 10,20,30, positioned at downside The chamber 100, more than 200 included by the framework 110 of floating unit 10,20,30.That is, the framework 110 of the first floating unit 10 is wrapped Minimum number containing chamber, the quantity of the framework 110 comprising chamber 100,200 of the 3rd floating unit 30 are most.Each chamber 100,200 Size can be with identical.In this case, the size of framework 110 can also be according to the first floating unit 10, the second floating unit 20 and the 3rd the order of floating unit 30 become big successively.Framework 110 can be formed by the outstanding material of lightweight, intensity, For example can be formed by materials such as aluminum or carbon fibers, but be not necessarily limited to this.

First chamber 100 can include inside which propeller 120, be connected to the first drive division 140 of propeller 120 with And first pipe section 160.First chamber 100 can have shape open up and down.Thus, by the wind energy produced by propeller 120 Enough move down.

Propeller 120 is can be rotated to support on inside the first chamber 100, and can be only fitted to the central authorities in the first chamber 100.Configuration Propeller 120 inside the first chamber 100 can have rotation centerline 210 of its direction perpendicular to ground.Propeller 120 it is upper Portion may be configured with the first drive division 140 for rotating propeller 120, and first drive division 140 can be motor.By first The propeller 120 that drive division 140 drives makes air, and earthward direction (- z directions) declines.First drive division 140 can configure Inside the first chamber 100.

First pipe section 160 can surround and be configured on the inwall in the first chamber 100, and have multiple nozzles 162.By The water of the supply of one pipe section 160 can be sprayed onto inside the first chamber 100 by nozzle 162.First pipe section 160 is configured in less than spiral shell The position of rotation oar 120, i.e. than the propeller 120 closer to ground position, thus, the water sprayed by nozzle 162 with by Together earthward direction (- z directions) is mobile for the rotation of propeller 120 and the wind that produces.

On the other hand, the floating unit 10,20,30 can optionally further include the second chamber 200.Described second Chamber 200 can include inside which：Second pipe portion 260；Reeling end 220, to batch second pipe portion 260；And second drive Dynamic portion 240, supplies water to the first pipe section 160 and second pipe portion 260.Second chamber 200 can be the structure opened to top, can Reeling end 220 and the second drive division 240 are configured in its underpart bottom surface.

Second pipe portion 260 is for the water supply of floating unit 10,20,30 above, for example, second pipe portion 260 It can be flexible pipe.Second pipe portion 260 can floating unit 10,20,30 suspend in the air with action when extend to it is outstanding Floating unit 10,20,30, and portion 220 is taken up when floating unit 10,20,30 is failure to actuate and is batched and is contained in the second chamber Inside 200.

Second drive division 240 is configured in the bottom surface in the second chamber 200, for the first pipe section 160 and second pipe portion 260 supply water, preferably water pump.That is, water is pumped to suspension by second pipe portion 260 single by acting as the second drive division 240 Unit 10,20,30, while the first pipe section 160 to the first chamber 100 being adjacent to supplies water.

The floating unit 10,20,30 of the present invention not necessarily includes the second chamber 200, it is also possible to possess extra on the ground Water pump directly supplying water to the first pipe section 160.

On the other hand, with reference to Fig. 1 and Fig. 2, the air cleaner 1 can optionally further include filter house 300。

The filter house 300 can be made on the floating unit 10,20,30 is by the rotation of the propeller 120 The air declined while being raised to aerial is discharged to the outside by filter house 300.The filter house 300 could be arranged to its one end It is incorporated into the edge of floating unit 10,20,30 and respectively earthward direction (- z directions) extends, and can be separately fixed at and matches somebody with somebody On floating unit 20,30 placed below or emplacing platform 64.In detail, it is attached to the filtration of 10 bottom of the first floating unit Portion 300 could be arranged to earthward direction (- z directions) and extend, and be fixed on the top of the second floating unit 20；It is attached to second The filter house 300 of 20 bottom of floating unit could be arranged to earthward direction (- z directions) and extend, and it is single to be fixed on the 3rd suspension The top of unit 30；The filter house 300 for being attached to 30 bottom of the 3rd floating unit could be arranged to earthward direction (- z directions) and prolong Stretch, and be fixed on the top of emplacing platform 64.

Additionally, filter house 300 can have zigzag (zigzag) shape as shown in Figure 1, or cylinder as shown in Figure 2 Shape.The filter house 300 can be formed as bellows, and energy in the vertical direction stretches.For example, the filter house 300 can be with It is cylindrical shape net or drainage screen with pore, but is not necessarily limited to this, it is possible to use various material.

Thus, can be flowed into by rising to the air-flow produced by the propeller 120 of aerial floating unit 10,20,30 It is discharged to the outside to the inside in above-mentioned cylindrical filter portion 300, and the pore by filter house 300.It is pumped to the water edge on top The inwall for filter house 300 is flowed down, therefore air is when be discharged to the outside by filter house 300, and suspend aerial ash Grit is sub or various impurity etc. are attached in water particle, consequently only that purified air can just be discharged to the outside.

The present invention not necessarily includes the filter house 300, it is also possible to each suspension is made in the case of not possessing filter house 300 The suspension of unit 10,20,30 is restrictively combined.

On the other hand, the air cleaner 1 that one embodiment of the invention is related to optionally can further include to lead Draw portion 400, the tractive unit 400 is configured on 10,20,30 lower surface of floating unit.Tractive unit 400 can be in second pipe portion 260 Play a part of to draw second pipe portion 260 during being extended to superposed floating unit 10,20,30.Tractive unit 400 end can possess ring 420, second pipe portion 260 is drawn to top by the ring 420 and is stably fixed.

Fig. 3 is the axonometric chart in the chamber for roughly amplifying the III parts for illustrating Fig. 2；Fig. 4 is roughly to amplify to illustrate Fig. 3 The axonometric chart of a part；Fig. 5 is the sectional view for the part for briefly showing Fig. 3.

With reference to Fig. 3, the first chamber 100 is to together constitute with the unit element of framework 110 with the second chamber 200, and the first chamber 100 can have Standby propeller 120, and for providing the first drive division 140, the i.e. motor of the driving force of rotating screw 120.First drives Portion 140 is fixed in the motor placement portion 112 of 118 top surface of connected entrance, and is connected with spiral shell in the rotary shaft of the first drive division 140 Rotation oar 120.

When the multiple propellers 120 being arranged on floating unit 10,20,30 rotate, propeller 120 is subject to lift, and Push air to lower section.Propeller 120 has enough rotary speeies to produce the liter more than 10,20,30 weight of floating unit Power, is raised above floating unit 10,20,30.In the process, the air that the suction of floating unit 10,20,30 is positioned above And push 50 side of ground to.

First chamber 100 possesses the connected entrance 118 for connecting up and down, and the inner space of connected entrance 118 have it is hexagonal Section.There is motor placement portion 112 in the top surface of the connected entrance 118 in the first chamber 100 so that the first drive division 140 is fixedly installed, electricity Machine placement portion 112 is fixed on the first chamber 100 by supporting member 114.

Additionally, can possess the first pipe section 160 in the inside in the first chamber 100.First pipe section 160 can be located at the first chamber 100 bottom side, as shown in figure 4, multiple nozzles 162 can be had.First pipe section 160 from 100 adjacent bit of the first chamber In second drive division 240 in the second chamber 200 receive supplied water, and sprayed to the inside of the first chamber 100 by multiple nozzles 162 Watering.

On the other hand, with reference to Fig. 5, at least a portion in the first chamber 100 can optionally be further equipped with air and turn Change portion 500.That is, as shown in figure 1, at least a portion in the first chamber 100 of 10,20,30 outermost of floating unit can be with Possesses air converter section 500.The air converter section 500 may include：Change-over panel 520, changing by the rotation of propeller 120 and The flow direction of the air of decline；Cable 540, to the angle for adjusting change-over panel；And traction apparatuss 560, to adjust cable 540 Length.

Change-over panel 520 is used for the flow direction for changing the air declined by the rotation of propeller 120, can have tabular.This turn The side for changing plate can be attached to the outside of 100 lower surface of the first chamber, and the opposite side of change-over panel can be connected with cable 540. The angle of change-over panel can be adjusted by the length of the regulation cable 540 of traction apparatuss 560, so as to adjust the angle of air-flow.Change-over panel Angle it is freely adjustable so as to can be on the basis of the lower surface in the first chamber 100 with the angle between 0 ° to 90 °.

Floating unit 10,20,30 is configured with the direction perpendicular to ground, therefore floating unit 10,20,30 is in suspension Easily affected by next wind is blown over from side during state.So in order to make up this defect, be configured at each floating unit 10, 20th, the bottom in the first chamber 100 of 30 outermosts possesses air converter section 500, will blow to ground direction (- z by the first chamber 100 Direction) the direction of wind be converted into side surface direction, improve for supporting for the wind that comes is blown over from the side of floating unit 10,20,30 Drag such that it is able to keep the balance in the lateral direction of floating unit 10,20,30.

In other words, floating unit 10,20,30 is constrained by filter house 300, in the state of staying in the air, if The rotating speed of propeller 120 is improved, floating unit 10,20,30 more strongly can push air to lower section so that upper atmospherics portion Air more strongly earthward 50 flowing.Moreover, floating unit 10,20,30 is subject to bigger climbing power, therefore its Mobile in horizontal direction can be reduced.Additionally, the direction of wind that air converter section 500 will flow to landing ground direction (- z directions) Side surface direction is converted to, therefore, it is possible to more stably keep the balance in the horizontal direction of floating unit 10,20,30.

With reference to Fig. 6, the second chamber 200 is to together constitute with the unit element of framework 110 with the first chamber 100, and the second chamber 200 can be Include inside which：Second pipe portion 260, is contained in inside the second chamber 200；Second drive division 240, to the first pipe section 160 with And second pipe portion 260 supplies water；Reeling end 220, to batch or uncoiling second pipe portion 260.

As described above, these second pipe portions 260, the second drive division 240 and reeling end 220 are configured in the second chamber 200 Inside, according to circumstances, as shown in Figure 1, it is also possible to be arranged on ground.For example in order to supply water to the 3rd floating unit 30, need From the water tank suction water (not shown) for arranging on the ground to supply water to the 3rd floating unit 30, therefore as needed, on ground Second pipe portion 260, the second drive division 240, reeling end 220 can be configured.

Second pipe portion 260 can be divided into：Part I 260a, supplies water to the second drive division 240；Part II 260b, is supplied water to first pipe section 160 in first chamber 100 adjacent with the second chamber 200 by the second drive division 240；And the Three part 260c, supply water to the floating unit 10,20,30 positioned at upper strata.Second drive division 240 can be water pump, as described above, The power for supplying water to the floating unit 10,20,30 positioned at upper strata is provided, while to the first pipe in the first chamber 100 Road portion 160 supplies water.

On the other hand, reeling end 220 can play batch or uncoiling second pipe portion 260 effect.That is, it is single when suspending When unit 10,20,30 rises to aerial by the action of propeller 120,220 uncoiling second pipe portion 260 of reeling end causes outstanding Floating unit 10,20,30 rises in the air；And propeller 120 is failure to actuate and the collecting of floating unit 10,20,30 stop on the ground When in field 60, second pipe portion 260 is batched so that second pipe portion 260 is contained in inside the second chamber 200.Figure 7 below The reeling end 220 is shown, below will be described in detail by this figure.

Fig. 7 is the axonometric chart of the reeling end 220 for briefly showing air cleaner 1.

First, the top for arranging reeling end 220 on the ground is provided with to lay the peace of floating unit 10,20,30 Put platform 64.Emplacing platform 64 is fixedly installed on inside stop field 60, and is formed with openings 66, to be connected to floating unit 10th, 20,30 and the second pipe portion 260 of reeling end 220 pass through.

Reeling end 220 is by batching or uncoiling second pipe portion 260 is adjusting the rising of floating unit 10,20,30.Volume Take portion 220 to possess：Reel 222, batches second pipe portion 260 thereon；Reel-motor 230, to rotating drum 222.Reel 222 The bottom surface in the second chamber 200 is fixed on by reel bearing support 224 or is stopped on field bottom surface 62, and the rotation of reel 222 Worm gear 226 is provided with axle.Reel-motor 230 by reel-motor supporting station 232 be fixed on the second chamber 200 bottom surface or Stop field bottom surface 62 on, and on the motor shaft of reel-motor 230 be extended have worm screw 234.Worm screw 234 and 226 phase of worm gear With reference to, and rotate worm gear 226 by worm screw 234.Thus, when worm screw 234 rotates, second pipe portion 260 is taken up in volume Cylinder 222 on or uncoiling.When worm screw 234 stops, worm gear 226 also stops, therefore the rotation of reel 222 also stops.Once snail Bar 234 stops, even if then second pipe portion 260 is applied in tension force, worm gear 226 will not also rotate, therefore reel 222 will not rotate And keep stationary state.

Fig. 8 is the method for operating of the air cleaner 1 for illustrating that an embodiment of the invention described above is related to, the one of the present invention The air cleaner 1 that embodiment is related to can be housed in stop field 60 when being failure to actuate.

As shown in figure 8, when upper atmospherics portion air successfully earthward 50 movement thus the present embodiment need not be used The air cleaner 1 that is related to or cannot be related to using the present embodiment because of vile weather air cleaner 1 when, will suspend Unit 10,20,30 slowly declines and is housed in stop field 60.Now, the 3rd floating unit 30 is made slowly to decline and pacify first After being put on the emplacing platform 64 for stop field 60, it is allowed to down according still further to the order of the second floating unit 20, the first floating unit 10 Drop in stop field 60.

Thus, in the situation of air cleaner 1 that can not be used or need not be related to using the present embodiment, will suspend Unit 10,20,30 is contained in stop field 60.In this case, second pipe portion 260 is taken up portion 220 and batches and house Inside the second chamber 200.Additionally, filter house 300 can be received with being folded into flexuose state.

In addition, although not shown in Fig. 8, change-over panel 520 can be being connected to the second chamber 200 for being configured with change-over panel 520 The state of bottom surface is received.Now, change-over panel 520 is folded to be housed in and is stopped to roll cable 540 to greatest extent by traction apparatuss 560 Inside field 60, so that the angle between 200 bottom surface of change-over panel 520 and the second chamber becomes 0 °.

If as described above, make the air in upper atmospherics portion be down to ground 50, due to the air themperature in upper atmospherics portion It is relatively low, so with the effect for reducing by 50 air themperature of ground, and formation local air flows up and down, therefore upper atmospherics portion Air is mutually mixed with the air on ground 50, so that the pollutant being close in the air on ground 50 are spread.Therefore, have It is reduced the effect of 50 air pollution of ground.

Especially, when inversion layer is formed with air, the air above air and inversion layer on ground 50 each other every From, so as to cause to be close to the air pollution aggravation on ground 50, but, the air cleaner 1 that the present embodiment is related to will suspend single Unit 10,20,30 is configured to ground successively from above inversion layer, to attract the air above inversion layer, is thus mixed on inversion layer The air of side and the air for being close to ground 50 such that it is able to alleviate the air pollution for being close to ground 50 in local.

Inversion layer is gradually increasing after being formed on ground 50, and the air cleaner 1 being related to according to the present embodiment, with The rising of inversion layer, floating unit 10,20,30 also together rises, so even inversion layer rises, still also be able to inversion layer The air of top is attracted to ground.

Additionally, as described above, the air cleaner 1 that is related to of one embodiment of the invention, makes the air in upper atmospherics portion From aerial spraying water while dropping to ground 50, with outside by the filter house 300 below floating unit 10,20,30 Portion discharges the air for eliminating the various impurity such as the dust that is attached in hydrone, so as to give play to the notable work(of purify air Energy.

Above with reference to embodiment shown in the drawings, invention has been described, it will be understood that above description is Illustratively, thus those skilled in the art can carry out various modifications and equal other embodiments.Therefore, the present invention Protection domain should be determined with the technological thought scope of claims.

Claims

1. a kind of air cleaner, it is characterised in that include：

Floating unit, including multiple arrangements the first chamber at grade；

Propeller, is arranged respectively at the first intracavity portion, can be rotated to support on first intracavity, and hangs down with its direction Directly in the rotation centerline on ground；

First drive division, is arranged respectively at the first intracavity portion, is connected to rotate the propeller with the propeller；

First pipe section, surround and is configured on first cavity wall, and has multiple nozzles；And

Air converter section, is configured at least a portion in first chamber of the floating unit outermost, also, Including the change-over panel of the flow direction to change the air declined by the rotation of the propeller.

2. air cleaner according to claim 1, it is characterised in that further include：

Multiple second chambers, are located in the floating unit, and arrange at grade with first chamber；

Second pipe portion, is contained in the second intracavity portion；

Second drive division, is configured in the second intracavity portion, supplies water to first pipe section and the second pipe portion；

Reeling end, is configured in the second intracavity portion, to batch or second pipe portion described in uncoiling.

3. air cleaner according to claim 1, it is characterised in that further include：

Filter house, its one end is incorporated into the edge of the floating unit and earthward direction extends, logical in the floating unit At least a portion in the air declined while crossing the rotation of the propeller and rise to aerial is via the filter house And be discharged to the outside.

4. air cleaner according to claim 2, it is characterised in that further include：

Tractive unit, is fixed on the floating unit, and including the ring for passing through the second pipe portion.

5. air cleaner according to claim 1, it is characterised in that the air converter section is further equipped with：

Cable, to the angle for adjusting the change-over panel；And

Traction apparatuss, to the length for adjusting the cable；

Wherein, the side of the change-over panel is attached to the outside of first chamber lower surface, the opposite side of the change-over panel and institute State cable to be connected.

6. air cleaner according to any one of claim 1 to 5, it is characterised in that

Possess multiple floating units, each described floating unit is vertically configured.