CN207660900U - A kind of wind turbine having drain function - Google Patents
A kind of wind turbine having drain function Download PDFInfo
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- CN207660900U CN207660900U CN201721384297.1U CN201721384297U CN207660900U CN 207660900 U CN207660900 U CN 207660900U CN 201721384297 U CN201721384297 U CN 201721384297U CN 207660900 U CN207660900 U CN 207660900U
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- movable
- wind turbine
- fixed
- impeller
- water tank
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Abstract
The utility model provides a kind of wind turbine having drain function, belongs to wind turbine technical field.It solves the problems, such as that the processing mode of condensed water in existing wind turbine is bad.This wind turbine includes the volute body being spliced by two panels semi spiral case, driving mechanism, transmission mechanism and the rack for fixed above each base part, impeller is equipped in volute body, the impeller rotates under the action of driving mechanism and transmission mechanism, volute body is equipped with air intake vent and air outlet, a drainage mechanism is additionally provided in volute body, the drainage mechanism includes fixed ponding component and movable ponding component, the fixation ponding component be arranged the impeller in wind turbine rotate from top to bottom it is half side, movable ponding component be arranged the impeller in wind turbine rotate from lower to upper it is half side.Compared with prior art, condensed water in wind turbine is all collected the collections that aqueous is completed in water tank, the problem of avoiding air reduced performance in wind turbine by the design.
Description
Technical field
The utility model belongs to wind turbine technical field, is related to a kind of wind turbine having drain function.
Background technology
The air blower in efficient waring and cooling air conditioning system, efficient waring and cooling air conditioning system is applied often to be operated in efficiency and reach
In 90% or more state, efficiency is just sufficiently high, but can lead to that the amount of liquid carried in gas or moisture phase is discharged in this way
It should increase, the air inlet of volute of blower sucks gas collection inside the internal cavities of volute of blower, because of temperature inside internal cavities
Spend relatively low, the gas of sucking will form condensed water to the cold in internal cavities, and the condensed water of accumulation may cause in air blower
The reduction of air performance, in some instances it may even be possible to the combustion system in efficient waring and cooling air conditioning system be caused to be extinguished.
In the prior art, the method for the condensed water of people's processing accumulation is usually：Drainpipe is set on volute of blower, is arranged
It walks to accumulate in the condensed water in volute of blower, but the air-flow of the wind wheel rotation generation inside volute of blower is to the condensed water of accumulation
The pressure influence of formation, it is difficult to collect at osculum to make condensing water vapor, and drainage effect is undesirable, leads to aeriality in air blower
The reduction of energy, usage time are long, in some instances it may even be possible to the combustion system in efficient waring and cooling air conditioning system be caused to be extinguished.
Utility model content
The purpose of this utility model and is proposed for the bad problem of the processing mode of condensed water in existing wind turbine
A kind of wind turbine having drain function.
The purpose of this utility model can be realized by following technical proposal：
A kind of wind turbine having drain function includes the volute body being spliced by two panels semi spiral case, driving mechanism, transmission
Mechanism and rack for fixed above each base part are equipped with impeller in volute body, and the impeller is in driving mechanism and transmission mechanism
Under the action of rotate, volute body be equipped with air intake vent and air outlet, which is characterized in that a draining is additionally provided in the volute body
Mechanism, the drainage mechanism include fixed ponding component and movable ponding component, and the fixation ponding component is arranged in wind turbine
Impeller rotates half side from top to bottom, and movable ponding component is arranged the impeller in wind turbine and rotates half side, fixed product from lower to upper
Wet part includes fixed support plate and fixed water tank, and fixed water tank is arranged in the lower section of fixed support plate, fixed support plate
Vertical direction on interval be installed with several and fix Diversion Plate, fixed Diversion Plate is obliquely installed and its inclined direction direction
The side of fixed water tank enables the aqueous being centrifuged out from impeller to be introduced into fixed water tank, and movable ponding component includes living
The vertical direction on the lower section of movable supporting plate, movable supporting plate is arranged in dynamic support plate and movable water tank, movable water tank
The rotation of upper interval is provided with several movable Diversion Plates, movable Diversion Plate array arrangement and its center of rotation is located at same root vertical line
On, the tail end of all movable supporting plates is rotatably connected on an oscillating rod, and oscillating rod is connected on an oscillatory gearing mechanism,
So that all movable Diversion Plates is synchronized around the center of rotation where it under the action of oscillatory gearing mechanism and synchronizes pendulum in the same direction
Dynamic, the oscillatory gearing mechanism includes cam bit, the driving motor and limited block that are rotated for driving cam block, on limited block
Offer limiting slot, oscillating rod is equipped with bolt and is inserted into limiting slot, the tie point of movable Diversion Plate and oscillating rod around
The Circular test formed after the center of rotation rotation of movable Diversion Plate is overlapped with the track where limiting slot, and cam bit turns to two
Equal top pressure is equipped in the fixation water tank and movable water tank for preventing spray from splashing on oscillating rod when extreme position
The cavernous body for rising and going out, the intracavity bottom of the volute body are additionally provided with a heat generating components, and the heat generating components will be for that will remain in snail
The aqueous of housing bottom is evaporated in order to which fixed ponding component and movable ponding component carry out aqueous collection.
The air intake vent of the wind turbine, which goes out, is additionally provided with a dust-extraction unit, which includes horn-like support housing and loudspeaker
The rear and front end of the cartridge filter of shape, support housing and cartridge filter is penetrating, cartridge filter outer wall dimension and support housing inner wall ruler
Very little to match, cartridge filter is detachably arranged in support housing, and several flase floors, the ruler of flase floor are arranged at intervals in cartridge filter
Very little size is different, and the flase floor board size closer to periphery is bigger, and flase floor will be separated into several chambers in cartridge filter, often
Rotation is equipped with one for facilitating taking-up to accumulate the opening-closing plate in the indoor dust of chamber, grid on cartridge filter side wall where a chamber
Several mistake filtered orifices for the dust in air to be isolated are offered on plate, the filtering pore opening on different Turbogrid plates is not
Together, the filtering pore size on the Turbogrid plates of periphery is bigger.
Compared with prior art, condensed water in wind turbine is all collected the collection that aqueous is completed in water tank by the design,
The problem of avoiding air reduced performance in wind turbine；And the design can make wind turbine before sucking air, and it will be in air
Dust is filtered processing, completes dust removing effects.
Description of the drawings
Fig. 1 is the structural schematic diagram of movable ponding component.
Fig. 2 is the structural schematic diagram of fixed ponding component.
Fig. 3 is the structure principle chart of oscillatory gearing mechanism and oscillating rod connection relation.
Fig. 4 is the structural schematic diagram of dust-extraction unit.
Fig. 5 is the structural schematic diagram of this wind turbine.
In figure, 1, fixed support plate；2, fixed water tank；3, fixed Diversion Plate；4, movable supporting plate；5, movable ponding
Case；6, movable Diversion Plate；7, oscillating rod；8, cam bit；9, driving motor；10, limited block；11, limiting slot；12, volute body；
13, driving mechanism；14, transmission mechanism；15, rack；16, support housing；17, cartridge filter；18, flase floor；19, chamber；20, it opens
Plywood；21, filtered orifice is crossed.
Specific implementation mode
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in figure 5, this wind turbine includes the volute body 12 being spliced by two panels semi spiral case, driving mechanism 13, driver
Structure 14 and rack 15 for fixed above each base part are equipped with impeller in volute body 12, and the impeller is in driving mechanism 13 and passes
It being rotated under the action of motivation structure 14, volute body 12 is equipped with air intake vent and air outlet, and a drainage mechanism is additionally provided in volute body 12,
Drainage mechanism includes fixed ponding component and movable ponding component, and fixed ponding component is arranged the impeller in wind turbine and revolves from top to bottom
What is turned is half side, movable ponding component be arranged the impeller in wind turbine rotate from lower to upper it is half side.
As shown in Fig. 2, fixed ponding component includes fixed support plate 1 and fixed water tank 2, the fixed setting of water tank 2 exists
The lower section of fixed support plate 1, interval is installed with several and fixes Diversion Plate 3, fixed diversion on the vertical direction of fixed support plate 1
Plate 3 is obliquely installed and the side of its inclined direction towards fixed water tank 2 enables the aqueous being centrifuged out from impeller to introduce
Into fixed water tank 2.As shown in Figure 1, movable ponding component includes movable supporting plate 4 and movable water tank 5, movable water tank
5, which are arranged on the vertical direction on the lower section of movable supporting plate 4, movable supporting plate 4 interval rotation, is provided with several activities and draws
Water plate 6,6 array arrangement of movable Diversion Plate and its center of rotation are located on same root vertical line, and the tail end of all movable supporting plates 4 is equal
It is rotatably connected on an oscillating rod 7, oscillating rod 7 is connected on an oscillatory gearing mechanism, is made under the action of oscillatory gearing mechanism
All activity Diversion Plates 6, which are synchronized around the center of rotation where it, synchronizes swing in the same direction.As shown in figure 3, wobble drive
The driving motor 9 and limited block 10 that device includes cam bit 8, is rotated for driving cam block 8 offer limit on limited block 10
Slot 11, oscillating rod 7 are equipped with and bolt and are inserted into limiting slot 11, and the tie point of movable Diversion Plate 6 and oscillating rod 7 is around activity
The Circular test formed after the center of rotation rotation of Diversion Plate 6 is overlapped with the track where limiting slot 11, and cam bit 8 turns to two
Equal top pressure is on oscillating rod 7 when extreme position.
As shown in Fig. 2, fixed ponding component be mainly used for accumulating impeller rotate from top to bottom (if from the side, in fact
It is the right half part that impeller rotates clockwise.) in the case of, impeller by the condensed water in air under the influence of centrifugal force to
The right is got rid of, and is led directly to complete to collect in fixed water tank 2 under the action of fixed Diversion Plate 3.
As shown in Figure 1, movable ponding component be mainly used for accumulating impeller rotate from lower to upper (if from the side, in fact
It is the left-half that impeller rotates clockwise.) in the case of, it is also that the design is the most local here, due to being in
The aqueous of impeller left-half is got rid of from top to bottom under the action of turbine centrifugal power, in order to preferably absorb them, first
It (is minimum point close to the side of impeller to ensure that all movable Diversion Plates 6 are tilted upward.), such aqueous is dumped into ponding component
When understood the blocking completely of these movable Diversion Plates 6, but the movable Diversion Plate 6 stuck up all the way up can not guide aqueous
In to movable water tank 5 (and can be to the spiral case inner cavity for flowing to wind wheel.), so in order to allow these aqueous to fall in water storage tank, I
Need to make movable Diversion Plate 6 to change direction, so that it is hung down (becomes peak close to the side of impeller.), so we by institute
The movable Diversion Plate 6 having is arranged to rotate, and so that them is flapped toward around the change of its run-on point, in order in the same driving
Being flapped toward for all movable Diversion Plates 6 is completed under the action of device, the method that the design uses is by the tail of all movable Diversion Plates 6
End is rotatably connected on an oscillating rod 7, then keeps all movable Diversion Plates 6 all adjoint by controlling the swing of the oscillating rod 7
It it and synchronizes swing in the same direction, certainly, need the movable direction to oscillating rod 7 to limit before this, make it can only
Moved on confined direction, and the motion track that any one is put actually on oscillating rod 7 and movable Diversion Plate 6 and
The Circular test that the center of rotation of the tie point of oscillating rod 7 around movable Diversion Plate 6 is formed after rotating is overlapping, in order to make pendulum
Any one in lever 7 is all limited, as long as all being limited to motion track of certain on oscillating rod 7 at two,
The design, which uses, to be opened limiting slot 11 on two pieces of limited blocks 10 and bolt at two is arranged on oscillating rod 7 and is inserted into bolt respective
Limiting slot 11 in complete to limit.
As shown in figure 3, in the design, oscillatory gearing mechanism is completed in the form of cam, due to the use of four-bar mechanism into
The Integral swinging of row oscillating rod 7 needs to put into a large amount of design cost and material cost, and the top pressure of cam bit 8 and oscillating rod 7
It is point contact from mechanical angle, continuous top pressure oscillating rod 7 always after the rotation of main cam bit 8, can swing
Bar 7 limits direction around it and is moved back and forth, and completes work.
As shown in figure 4, being additionally provided with a dust-extraction unit at the air intake vent of wind turbine, which includes outside horn-like support
Shell 16 and horn-like cartridge filter 17, support housing 16 and the rear and front end of cartridge filter 17 are penetrating, 17 outer wall dimension of cartridge filter
Match with 16 inner wall size of support housing, cartridge filter 17 is detachably arranged in support housing 16, and interval is set in cartridge filter 17
Several flase floors 18 are equipped with, the size of flase floor 18 is different, and 18 board size of flase floor closer to periphery is bigger, lattice
Screen 18 will be separated into several chambers 19 in cartridge filter 17, rotation is equipped with a use on 19 place cartridge filter of each chamber, 17 side wall
It is several for by the powder in air in being offered on the opening-closing plate 20 for facilitating taking-up to accumulate the dust in chamber 19, flase floor 18
The mistakes filtered orifice 21 of dirt isolation, the mistake filtered orifice 21 on different Turbogrid plates is of different sizes, the mistake on peripheral Turbogrid plates
21 size of filtered orifice is bigger.
Since the size for crossing filtered orifice 21 is smaller, so the dust of many large grained will be isolated in air, and
In order to ensure to be pumped into air capacity, cartridge filter 17 has been made into tubaeform, big in outermost aperture, can suck a large amount of sky
Gas, then 21 size of mistake filtered orifice on flase floor 18 be also gradually reduced, can it is gradual cross air filtering.It is filtered in the design
It is separable between cylinder 17 and support housing 16, for guaranteed efficiency, cartridge filter 17 can be removed, this is at some certainly
The more clean place of air uses, and for some construction sites with a large amount of dusts, cartridge filter 17 can be filled
Enter in support housing 16 and reach dust removing effects, dust residue in each chamber 19 is retained in order to facilitate taking out, we incited somebody to action
Many opening-closing plates 20 are mounted on the side wall of filter cylinder 17, each opening-closing plate 20 is for a chamber 19, as long as in this way by cartridge filter
17 split out from support housing 16, then open each opening-closing plate 20 and pour out dust therein cleaning can be completed.And in order to most
Air is sucked to big benefit, we will can also open up filtered orifice 21 on the lateral wall of cartridge filter 17, and in cartridge filter 17
Jagged guarantee air will be opened up by opening up in the support housing 16 at filtered orifice 21 is not blocked, but these cross filtered orifice 21
Size requires, and 21 size of mistake filtered orifice that each vessel can be passed through air will be consistent, so just can be most
Big efficiency is passed through air.
It should be understood that in claims, specification of the utility model, all " including ... " should be understood as out
The meaning of formula is put, that is, its meaning is equal to " at least containing ... ", and should not be construed as enclosed meaning, is i.e. its meaning
It should not be construed " only including ... ".
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (2)
- Include the volute body (12) being spliced by two panels semi spiral case, driving mechanism 1. a kind of wind turbine having drain function (13), transmission mechanism (14) and the rack (15) for fixed above each base part, volute body (12) is interior to be equipped with impeller, the impeller It is rotated under the action of driving mechanism (13) and transmission mechanism (14), volute body (12) is equipped with air intake vent and air outlet, special Sign is, a drainage mechanism is additionally provided in the volute body (12), which includes fixed ponding component and activity product Wet part, the fixation ponding component are arranged the impeller in wind turbine and rotate half side, movable ponding component setting from top to bottom Rotated from lower to upper in the impeller of wind turbine half side, fixed ponding component includes fixed support plate (1) and fixation water tank (2), Fixed water tank (2) is arranged in the lower section of fixed support plate (1), fixed support plate (1) if vertical direction on be spaced and be installed with A fixed Diversion Plate (3) is done, fixed Diversion Plate (3) is obliquely installed and its inclined direction direction fixes the one of water tank (2) Side enables the aqueous being centrifuged out from impeller to be introduced into fixed water tank (2), and movable ponding component includes movable supporting plate (4) With movable water tank (5), it is vertical on the lower section of movable supporting plate (4), movable supporting plate (4) that movable water tank (5) is arranged Interval rotation is provided with several movable Diversion Plates (6) on direction, movable Diversion Plate (6) array arrangement and its center of rotation is located at On same root vertical line, the tail end of all movable supporting plates (4) is rotatably connected on an oscillating rod (7), and oscillating rod (7) is connected to On one oscillatory gearing mechanism, all movable Diversion Plates (6) is made to synchronize around where it under the action of oscillatory gearing mechanism Center of rotation synchronizes swing in the same direction, and the oscillatory gearing mechanism includes cam bit (8), turns for driving cam block (8) Dynamic driving motor (9) and limited block (10), limiting slot (11) is offered on limited block (10), and oscillating rod (7) is equipped with bolt And it is inserted into limiting slot (11), the rotation of the tie point of movable Diversion Plate (6) and oscillating rod (7) around movable Diversion Plate (6) The Circular test formed after center rotating is overlapped with the track where limiting slot (11), and cam bit (8) turns to two extreme positions When equal top pressure on oscillating rod (7), be equipped in the fixation water tank (2) and movable water tank (5) for preventing spray The intracavity bottom of the cavernous body splash, the volute body (12) is additionally provided with a heat generating components, which is used for will be residual The aqueous for staying in volute body (12) bottom is evaporated in order to which fixed ponding component and movable ponding component carry out aqueous collection.
- 2. a kind of wind turbine having drain function according to claim 1, which is characterized in that the air intake vent of the wind turbine goes out It is additionally provided with a dust-extraction unit, which includes horn-like support housing (16) and horn-like cartridge filter (17), support Shell (16) and the rear and front end of cartridge filter (17) are penetrating, cartridge filter (17) outer wall dimension and support housing (16) inner wall size Match, cartridge filter (17) is detachably arranged in support housing (16), and several flase floors are arranged at intervals in cartridge filter (17) (18), the size of flase floor (18) is different, and flase floor (18) board size closer to periphery is bigger, flase floor (18) Several chambers (19) will be separated into cartridge filter (17), rotation is equipped with one on cartridge filter (17) side wall where each chamber (19) For facilitating taking-up to accumulate the opening-closing plate (20) of the dust in chamber (19), offered on flase floor (18) several for will be empty The mistakes filtered orifice (21) of dust isolation in gas, the mistake filtered orifice (21) on different Turbogrid plates is of different sizes, closer to peripheral Mistake filtered orifice (21) size on Turbogrid plates is bigger.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721384297.1U CN207660900U (en) | 2017-10-24 | 2017-10-24 | A kind of wind turbine having drain function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721384297.1U CN207660900U (en) | 2017-10-24 | 2017-10-24 | A kind of wind turbine having drain function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207660900U true CN207660900U (en) | 2018-07-27 |
Family
ID=62937459
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721384297.1U Expired - Fee Related CN207660900U (en) | 2017-10-24 | 2017-10-24 | A kind of wind turbine having drain function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207660900U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112032901A (en) * | 2020-08-24 | 2020-12-04 | 广州优易机械科技有限公司 | Ventilation energy-saving equipment of computer lab |
-
2017
- 2017-10-24 CN CN201721384297.1U patent/CN207660900U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112032901A (en) * | 2020-08-24 | 2020-12-04 | 广州优易机械科技有限公司 | Ventilation energy-saving equipment of computer lab |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180727 Termination date: 20211024 |