CN102251917A - Rotating disk and rotating blade type wind generating set - Google Patents

Rotating disk and rotating blade type wind generating set Download PDF

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Publication number
CN102251917A
CN102251917A CN2011101709670A CN201110170967A CN102251917A CN 102251917 A CN102251917 A CN 102251917A CN 2011101709670 A CN2011101709670 A CN 2011101709670A CN 201110170967 A CN201110170967 A CN 201110170967A CN 102251917 A CN102251917 A CN 102251917A
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wind
fan blade
oil
mill
pump
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CN2011101709670A
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Chinese (zh)
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杨建新
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/70—Wind energy
    • Y02E10/72—Wind turbines with rotation axis in wind direction

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Abstract

The invention discloses a rotating disk and rotating blade type wind generating set which comprises a gear (1), a clutch (2), a bearing (3), a front wind disk (4), a fan blade (5), a wind disk central shaft (6), a bracket (7), a vertical post (8), an abrasive disk (9), a high-pressure oil pump (10), an energy storing tank (11), an oil motor (12), a generator (13), a transformer (14), a delivery screen (15), an excitation (16), an oil depot (17), an oil pump (18), an automatic valve (19), a high-pressure oil pipe (20), an oil inlet pipe (21), a rear wind disk (22), a gearbox (23) and a supplementary pump (24). The wind generating set disclosed by the invention can be used for collecting wind in a wind disk mode and supplying driving energy sources to a high-power generator.

Description

Rotating disk blade-rotation wind power generating set
Technical field:
The present invention relates to a kind of wind power generating set.
Background technique:
Wind-driven generator is through the several years development, formed scale, be the big event that country realizes the low-carbon (LC) Green Development energy, and have considerable company also rising this industry day by day that there has been the generating scale of tens million of KM in the whole nation, for certain effect has been played in the new energy construction, China is vast in territory, and wind resource is the advantage of the development low-carbon (LC) energy than horn of plenty, as Xinjiang Bai Lifeng district, Gansu, Inner Mongol, desert, grassland and high mountain, valley, seashore, island or the like; These all are the good places that wind-driven generator is installed, wind-powered electricity generation itself is a unstable energy industry that does not continue of generating, electrical network is often brought some negative effects, such as: online is difficult, fluctuation is big, cost is high, reclaim slow or the like all multifactor development that restricts this industry, this kind of Gonna breakthrough bottleneck is with regard to must be bold reform aspect the electric power energy.
Summary of the invention:
The generation mode that the purpose of this invention is to provide a kind of new wind power generating set.
The present invention adopts following technological scheme to realize its goal of the invention, a kind of rotating disk blade-rotation wind power generating set by gear 1, clutch 2, bearing 3, preceding wind dish 4, fan blade 5, wind disk center axle 6, support 7, column 8, mill 9, high pressure oil pump 10, energy storage case 11, oil motor 12, generator 13, transformer 14, carry screen 15, excitation 16, oil depot 17, oil pump 18, automatic valve 19, high-pressure oil pipe 20, oil inlet pipe 21, after wind dish 22, gear-box 23, augment pump 24 and form; Preceding wind dish 4 and after wind dish 22 are installed in two of support 7 respectively by bearing 3; Support 7 is connected with column 8 by mill 9; Preceding wind dish 4, after wind dish 22 drive high pressure oil pumps 10 by clutch 2, gear 1, gear-box 23 respectively, drive generator 13 generatings and pass through to carry screen 15, transformer 14 to be connected by high-pressure oil pipe 20, energy storage case 11, oil motor 12 again with electrical network, high-pressure oil pipe 20 is connected with oil depot 17 by automatic valve 19 simultaneously, and energy storage case 11 is connected with oil depot 17 by augmenting pump 24; Oil depot 17 is connected with high pressure oil pump 10 by oil pump 18 oil inlet pipes 21; Excitation 16 is connected with generator 13.
The present invention is for realizing the fan blade rotating function, and wind dish 4, after wind dish 22 are provided with fan blade outer bearing 25, fan blade inner bearing 26 before being provided with, and fan blade 5 is provided with fan blade central shaft 31; Two of fan blade central shaft 31 is installed in respectively in fan blade outer bearing 25, the fan blade inner bearing 26.
The present invention is the angle of real-time regulated fan blade, is provided with fan blade servo gear 27, and fan blade servo gear 27 is installed in wherein one most advanced of fan blade central shaft 31.
The present invention is real-time two parallel rotations of wind dish, is provided with mill 9, and on mill 9, be provided with mill cover plate 29, mill base plate 30, round steel pearl 28; Mill cover plate 29 is fixedlyed connected with support 7, and mill base plate 30 columns 8 connect, and mill cover plate 29 is connected with mill base plate 30 by round steel pearl 28 realizes its spinfunction.
The present invention is for realizing the spinfunction of two wind dishes, is provided with wind disk center axle 6, support 7 is provided with bearing 3; Wind disk center axle 6 is installed in the bearing 3.
The present invention is provided with and augments pump 24 for realizing the ftercompction function, and two of augmenting pump 24 is connected with high-pressure oil pipe 20 with oil depot 17 respectively.
The present invention is provided with automatic valve 19 for realizing pressure-reducing function, and two of automatic valve 19 is connected with oil depot 17 high-pressure oil pipes 20 respectively.
Recycle pump oil mode of the present invention is: to plunger pump 1 fuel feeding, plunger pump 1 passes through high-pressure oil pipe 20, energy storage case 11, oil motor 12 to oil depot 17 fuel-displaced periodic duties to the oil that oil depot is 17 li again by oil pump 18, oil inlet pipe 21.
Owing to adopted technique scheme, the present invention has realized its goal of the invention preferably, and its design fan blade blowing area is big, can effectively provide big power for the high-power generator generating.
Description of drawings:
Figure of description 1 is an overall structure schematic representation of the present invention.
Figure of description 2 is schematic representation of mark 4 in the Figure of description 1 of the present invention, mark 21 sections.
Figure of description 3 is section and decomposing schematic representations of the support of mark 4, mark 21 in the Figure of description 1 of the present invention.
Figure of description 4 is solid and decomposing schematic representations of the support of mark 21 in the Figure of description 1 of the present invention.
Figure of description 5 is solid and decomposing schematic representations of the support of mark 4 in the Figure of description 1 of the present invention.
Figure of description 6 is floor map of mark 9 in the Figure of description 1 of the present invention.
Figure of description 7 is section and decomposing schematic representations of mark 9 in the Figure of description 1 of the present invention.
Figure of description 8 be mark 7 in the Figure of description 1 of the present invention section signal and with the synthetic generalized section of mark 3.
Figure of description 9 is synthetic generalized sections of mark 7 and mark 28 in the Figure of description 1 of the present invention.
Figure of description 10 is synthetic generalized sections of mark 7 and mark 9 in the Figure of description 1 of the present invention, mark 8.
Figure of description 11 is synthetic floor map of mark 8 and mark 29 in the Figure of description 1 of the present invention.
Figure of description 12 is section and decomposing schematic representations of mark 5 in the Figure of description 1 of the present invention.
Figure of description 13 is mark 4 or marks 21 and the synthetic schematic representation in the mounting point of mark 24,25,30,26 in the Figure of description 1 of the present invention.
Figure of description 14 is the generalized sections in the front of some main marks in the Figure of description 1 of the present invention.
Figure of description 15 is mounting plane schematic representation of mark 5 of the present invention and mark 4, specifically is the floor map that digit synbol 24 bearing marks 25 are seen fan blade 5 number of degrees.
Figure of description 16 is mounting plane schematic representation of mark 5 of the present invention and mark 21, specifically is the floor map that digit synbol 24 bearing marks 25 are seen fan blade 5 number of degrees.
The Figure of description mark does not adopt continuously to be write, the part explanation of detailed Dan Jianben specification the 8th page table of Figure of description description of symbols.
Embodiment:
Be described further below in conjunction with summary of the invention:
Embodiment 1:
By a kind of as can be known rotating disk blade-rotation of summary of the invention wind power generating set by gear 1, clutch 2, bearing 3, preceding wind dish 4, fan blade 5, wind disk center axle 6, support 7, column 8, mill 9, high pressure oil pump 10, energy storage case 11, oil motor 12, generator 13, transformer 14, carry screen 15, excitation 16, oil depot 17, oil pump 18, automatic valve 19, high-pressure oil pipe 20, oil inlet pipe 21, after wind dish 22, gear-box 23, augment pump 24 and form; Preceding wind dish 4 and after wind dish 22 are installed in two of support 7 respectively by bearing 3; Support 7 is connected with column 8 by mill 9; Preceding wind dish 4, after wind dish 22 drive high pressure oil pumps 10 by clutch 2, gear 1, gear-box 23 respectively, drive generator 13 generatings and pass through to carry screen 15, transformer 14 to be connected by high-pressure oil pipe 20, energy storage case 11, oil motor 12 again with electrical network, high-pressure oil pipe 20 is connected with oil depot 17 by automatic valve 19 simultaneously, and energy storage case 11 is connected with oil depot 17 by augmenting pump 24; Oil depot 17 is connected with high pressure oil pump 10 by oil pump 18 oil inlet pipes 21; Excitation 16 is connected with generator 13.
Gear 1 of the present invention is meant: be installed in the gear of forward and backward wind disk center shaft end, the end of the wind disk center axle 6 of front and back wind dish is respectively installed one, 2 bearing sizes and model unanimities, installs relatively; Arise from the effect that gear-box connects; The employing steel material is made, shown in the part of its mounting point and Figure of description 1, accompanying drawing 14.
Clutch 2 of the present invention is meant: be installed on the support 7 the effect with linkage function of separating between blow disk center's axle 6 and the gear 1; Benefit is can allow preceding wind dish 4 dally earlier with after wind dish 22 when helping breeze wind be connected startup again, reduces its pressure; Its mounting point is shown in the part of Figure of description 1.
Bearing 3 of the present invention is meant: cylinder-shaped bearing, the cylinder-shaped bearing ability to bear big, stability is strong; Every wind disk center axle 6 is installed two at least with upper bearing (metal) 3, and wind disk center axle 6 is installed in the bearing 3, and bearing 3 plays a part to make wind disk center axle 6 to rotate, and its mounting point is shown in the part of Figure of description 1,7.
Wind dish 4 is meant before of the present invention: the main carrier of this wind-driven generator group of received wind-force, it is the generator torque source, the size of wind dish windward side is a factor that produces the moment values size, is provided with a plurality of fan blades sector 32 in the wind dish and fan blade is installed to facing the wind to drive the power that wind dish rotation generation starts oil pump; The mode that the present invention adopts wind dish frontal to facing the wind receives wind-force; As set up strong wind dish, the sector in the wind dish can divide multistage little sector design, the wind disk holder of strong wind dish design can set up the reinforcing supporting frame to be connected with the fan blade central shaft; Its sectional drawing is shown in Figure of description 2, and the mounting point is shown in the part of Figure of description 1.
Fan blade 5 of the present invention is meant: be installed in the fan blade that facings the wind in the wind dish fan blade sector, its effect is to make the wind dish function that rotates after fan blade facings the wind; Fan blade is adjusted to that 45 degree directions cause down with the wind that the wind dish rotates, the maximum number of degrees of the fan blade of preceding wind dish 4 and the up-to-date number of degrees are shown in Figure of description 15; The maximum number of degrees of the fan blade of after wind dish 22 and the up-to-date number of degrees are shown in Figure of description 16; Described maximum 45 degree are meant the maximum angle of fan blade wind-engaging, and adopting design-15 degree is maintenance for convenience, and the fan blade maximum rotation number of degrees are between 60 degree; The maximum rotatable number of degrees of the fan blade of preceding wind dish 4 are shown in Figure of description 15; The maximum rotatable number of degrees of the fan blade of after wind dish 22 are shown in Figure of description 16.
Wind of the present invention disk center axle 6 is meant: the effect of blow dish connection gear or gear-box is installed in the bearing 3; Adopting the manufacturing of circular solids steel, fixedlys connected with gear with the wind dish respectively in two; Front and back, wind dish and central shaft 6 rotate simultaneously on year-on-year basis; The mounting point is shown in Figure of description 1,4,5,14.
Support 7 of the present invention is meant: work to connect, support wind dish and mounting center axle, adopt structure steel fabrication, its mounting point is shown in Figure of description 1,14; Sectional drawing is shown in Figure of description 8 and shown in the accompanying drawing 9,10.
Column 8 of the present invention is meant: be body supports frame of the present invention, adopt structure steel fabrication, can adopt plural single steel structure support to interconnect, the effect that it supports the wind dish and other device is installed; The section signal of installing is illustrated shown in Figure of description 11 with the synthetic plane of mill 9 shown in the part of Figure of description 1,14.
Mill 9 of the present invention is meant: work two the rotatable effects of wind dish that make; Mill 9 is made up of mill cover plate 29, round steel pearl 28, mill base plate 30, and mill cover plate 29 is fixedlyed connected with support 7, and mill base plate 30 is fixedlyed connected with column 8, and mill cover plate 29 is connected with mill base plate 30 by round steel pearl 28 realizes rotating function; The wind dish is positive to facing the wind because the present invention adopts, the wind direction that needs on the mill 9 that motor is installed and regulate the wind dish by computer (microcomputer) according to wind direction automatically; Its sectional drawing is shown in Figure of description 7; Planimetric map is shown in Figure of description 6.
High pressure oil pump 10 of the present invention is meant: the plunger pump in the oil pump, and in the present invention effect or function are: the wind dish rotates the moment that produces provides powerful oil pressure to make the oil motor periodic duty drive generator for electricity generation by the high pressure that oil pump produces to oil motor again; Its mounting point shown in the part of Figure of description 1, high pressure oil pump 10 and column 8 firm connections.
Energy storage case 11 of the present invention is meant: the meaning of voltage stabilizer; Its effect is that the hydraulic fluid pressure of regulating high pressure oil pump 10 outputs makes it held stationary, and what make generator speed steadily realizes the generate electricity frequency stabilization of energy of generator; Need to regulate its pressure automatically according to the oil pressure height by computer (microcomputer).
Oil motor 12 of the present invention is meant: oil motor is that the transformer oil of output of energy storage case 11 is pressure-actuated; Its Placement in the present invention is shown in the part of Figure of description 1.
Generator 13 of the present invention is meant: the machinery that its energy conversion is become electric energy.
Transformer 14 of the present invention is meant: power transformer; Its function is generator to be generated electricity to boost be delivered to distant place use.
Conveying of the present invention screen 15 is meant: the electric energy after the generating of this generator set shields control gear to transformer through this.
Excitation 16 of the present invention is meant: the device that power supply is provided for generator amature; Size, wind speed according to wind-force provide computer controlled automatic to guarantee the steady of generator delivery pressure; Placement is shown in the part of Figure of description 1.
Oil depot 17 of the present invention is meant: the hydraulic oil reservoir warehousing; Its in the Placement of this generator set shown in the part of Figure of description 1.
Oil pump 18 of the present invention is meant: oil well pump, its effect are from oil depot 17 oil to be extracted into 10 li of high pressure oil pumps; Its its Placement is shown in the part of Figure of description 1.
Automatic valve 19 of the present invention is meant: effect is that the transformation output oil pressure of oil pump 10 highly is exceeding pressure limiting, releases the oil of high-pressure oil pipe 20 to oil depot 17 is arranged, to guarantee the stable of oil pressure by computer controlled automatic; Its Placement is shown in the part of Figure of description 1.
High-pressure oil pipe 20 of the present invention is meant: the transformation output oil pipe is the transformation oil pipe, and it is the oily transformation oil pipe of transporting to the energy storage case of transformation output of high pressure oil pump 10; Its Placement is shown in the part of Figure of description 1.
Oil inlet pipe 21 of the present invention is meant: for the conveyance conduit of high pressure oil pump 10 oil-feeds, its Placement is shown in the part of Figure of description 1.
After wind dish 22 of the present invention is meant: the assistant carrier of this wind-driven generator group of received wind-force, it is the generator torque source, the size of wind dish windward side is a factor that produces the moment values size, is provided with a plurality of fan blades sector 32 in the wind dish and fan blade is installed to facing the wind to drive the power that wind dish rotation generation starts oil pump; Its sectional drawing is shown in Figure of description 2, and the mounting point is shown in the part of Figure of description 1; After wind dish 22 since before the moment that the back of preceding wind dish 4 wind-engaging so after wind dish 22 are produced can not show a candle to wind dish 4, the moment that after wind dish 22 produces is about moment percent 23-30 of preceding wind dish 4 generations; The mode that the present invention adopts wind dish frontal to facing the wind receives wind-force.
Gear-box 23 of the present invention is meant: its effect is real to be the linkage function realization of existing wind disk center's axle 6 and high pressure oil pump 10, and former and later two wind dishes move or rotate and regulate the speed ratio between wind dish and the oil pump 10 round about; Its mounting point is shown in the part of Figure of description 1.
The pump 24 of augmenting of the present invention is meant: its effect is to diminish suddenly or wind-force when uneven at wind-force, in time augment pressure by the automatic control of computer (microcomputer), allow the moment of energy storage case 11 outputs realize smoothly, realize that the required moment of generator is steady to energy storage case 11.
Embodiment 2:
The present invention is for realizing the fan blade rotating function, and wind dish 4, after wind dish 22 are provided with fan blade outer bearing 25, fan blade inner bearing 26 before being provided with, and fan blade 5 is provided with fan blade central shaft 31; Two of fan blade central shaft 31 is installed in respectively in fan blade outer bearing 25, the fan blade inner bearing 26.
Fan blade outer bearing 25 of the present invention is meant: the central shaft of air feed leaf 5 is the bearing of an installation in the outer part, and effect is that fan blade 5 can be rotated in the effective coverage of design, and its mounting point is shown in Figure of description 3,13.
Fan blade inner bearing 26 of the present invention is meant: the central shaft of air feed leaf 5 is the bearing of an installation in the inner part, and effect is that fan blade 5 can be rotated in the effective coverage of design, and its mounting point is shown in Figure of description 3,13.
Fan blade central shaft 31 of the present invention is meant: design and installation plays fan blade and installs, rotates at the Centromedian central shaft of fan blade, and section is shown in Figure of description 12; Its mounting point is shown in the part of Figure of description 13 and accompanying drawing 1.
Fan blade of the present invention sector 32 is meant: air feed leaf 5 is installed in the wind dish space or position, its position is shown in Figure of description 3.
Embodiment 3:
The present invention is the angle of real-time regulated fan blade, is provided with fan blade servo gear 27, and fan blade servo gear 27 is installed in wherein one most advanced of fan blade central shaft 31.
Fan blade servo gear 27 of the present invention is meant: play control fan blade 5 effective rotation angle values, fan blade servo gear 27 is connected with the power section that the fan blade 5 of control rotates, and each fan blade servo gear 27 is cascaded, will rotates synchronously in the dish of keeping watch; Regulate the wind-engaging angle value of fan blade and control fan blade servo gear 27 drive fan blades 5 automatically according to different wind-force sizes by computer (microcomputer); The mounting point is shown in Figure of description 3,13.
Embodiment 4:
The present invention is real-time two parallel rotations of wind dish, is provided with mill 9, and on mill 9, be provided with mill cover plate 29, mill base plate 30, round steel pearl 28; Mill cover plate 29 is fixedlyed connected with support 7, and mill base plate 30 columns 8 connect, and mill cover plate 29 is connected with mill base plate 30 by round steel pearl 28 realizes its spinfunction.
Mill cover plate 29 of the present invention is meant: the constituent element of mill 9, profile position is shown in Figure of description 7.
Mill base plate 30 of the present invention is meant: the constituent element of mill 9, profile position is shown in Figure of description 7.
Round steel pearl 28 of the present invention is meant: the constituent element of mill 9, profile position is shown in Figure of description 7.Embodiment 5:
The present invention is for realizing the spinfunction of two wind dishes, is provided with wind disk center axle 6, support 7 is provided with bearing 3; Wind disk center axle 6 is installed in the bearing 3.
Embodiment 6:
The present invention is provided with and augments pump 24 for realizing the ftercompction function, and two of augmenting pump 24 is connected with high-pressure oil pipe 20 with oil depot 17 respectively.
Embodiment 7:
The present invention is provided with automatic valve 19 for realizing pressure-reducing function, and two of automatic valve 19 is connected with oil depot 17 high-pressure oil pipes 20 respectively.
Embodiment 8:
Recycle pump oil mode of the present invention is: to plunger pump 1 fuel feeding, plunger pump 1 passes through high-pressure oil pipe 20, energy storage case 11, oil motor 12 to oil depot 17 fuel-displaced periodic duties to the oil that oil depot is 17 li again by oil pump 18, oil inlet pipe 21.
The present invention needs computer (microcomputer) system various coefficients, value, data is analyzed automatically, and according to coefficient, value, the data analyzed or set more above-mentioned functions is controlled automatically, regulated.
?1 Gear 1 17 Oil depot 17
?2 Clutch 2 18 Oil pump 18
?3 Bearing 3 19 Automatic valve 19
?4 Preceding wind dish 4 20 High-pressure oil pipe 20
?5 Fan blade 5 21 Oil inlet pipe 21
?6 Wind disk center axle 6 22 After wind dish 22
?7 Support 7 23 Gear-box 23
?8 Column 8 24 Augment pump 24
?9 Mill 9 25 Fan blade outer bearing 25
?10 High pressure oil pump 10 26 Fan blade inner bearing 26
?11 Energy storage case 11 27 Fan blade servo gear 27
?12 Oil motor 12 28 Round steel pearl 28
?13 Generator 13 29 Mill cover plate 29
?14 Transformer 14 30 Mill base plate 30
?15 Carry screen 15 31 Fan blade central shaft 31
?16 Excitation 16 32 Fan blade sector 32

Claims (7)

1. a rotating disk blade-rotation wind power generating set is by gear (1), clutch (2), bearing (3), preceding wind dish (4), fan blade (5), wind disk center axle (6), support (7), column (8), mill (9), high pressure oil pump (10), energy storage case (11), oil motor (12), generator (13), transformer (14), carry screen (15), excitation (16), oil depot (17), oil pump (18), automatic valve (19), high-pressure oil pipe (20), oil inlet pipe (21), after wind dish (22), gear-box (23), augmenting pump (24) forms; Preceding wind dish (4) and after wind dish (22) are installed in two of support (7) respectively by bearing (3); Support (7) is connected with column (8) by mill (9); Preceding wind dish (4), after wind dish (22) drive high pressure oil pump (10) by clutch (2), gear (1), gear-box (23) respectively, drive generator (13) generating and pass through to carry screen (15), transformer (14) to be connected by high-pressure oil pipe (20), energy storage case (11), oil motor (12) again with electrical network, high-pressure oil pipe (20) is connected with oil depot (17) by automatic valve (19) simultaneously, and energy storage case (11) is connected with oil depot (17) by augmenting pump (24); Oil depot (17) is connected with high pressure oil pump (10) by oil pump (18) oil inlet pipe (21); Excitation (16) is connected with generator (13).
2. according to claim 1 described rotating disk blade-rotation wind power generating set, wind dish (4), after wind dish (22) are provided with fan blade outer bearing (25), fan blade inner bearing (26) before it is characterized in that being provided with, and fan blade (5) is provided with fan blade central shaft (31); Two of fan blade central shaft (31) is installed in respectively in fan blade outer bearing (25), the fan blade inner bearing (26).
3. according to claim 1 described rotating disk blade-rotation wind power generating set, it is characterized in that being provided with fan blade servo gear (27), fan blade servo gear (27) is installed in wherein one most advanced of fan blade central shaft (31).
4. according to claim 1 described rotating disk blade-rotation wind power generating set, it is characterized in that being provided with mill (9), and on mill (9), be provided with mill cover plate (29), mill base plate (30), round steel pearl (28); Mill cover plate (29) is fixedlyed connected with support (7), and mill base plate (30) column (8) connects, and mill cover plate (29) is connected with mill base plate (30) by round steel pearl (28) realizes its spinfunction.
5. according to claim 1 described rotating disk blade-rotation wind power generating set, it is characterized in that being provided with wind disk center axle (6), support (7) is provided with bearing (3); Wind disk center axle (6) is installed in the bearing (3).
6. according to claim 1 described rotating disk blade-rotation wind power generating set, it is characterized in that being provided with and augment pump (24), two of augmenting pump (24) is connected with high-pressure oil pipe (20) with oil depot (17) respectively.
7. according to claim 1 described rotating disk blade-rotation wind power generating set, it is characterized in that being provided with automatic valve (19), (17 high-pressure oil pipes (20) are connected with oil depot respectively at two of automatic valve (19).
CN2011101709670A 2011-06-23 2011-06-23 Rotating disk and rotating blade type wind generating set Pending CN102251917A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2011101709670A CN102251917A (en) 2011-06-23 2011-06-23 Rotating disk and rotating blade type wind generating set

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Application Number Priority Date Filing Date Title
CN2011101709670A CN102251917A (en) 2011-06-23 2011-06-23 Rotating disk and rotating blade type wind generating set

Publications (1)

Publication Number Publication Date
CN102251917A true CN102251917A (en) 2011-11-23

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CN2011101709670A Pending CN102251917A (en) 2011-06-23 2011-06-23 Rotating disk and rotating blade type wind generating set

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CN (1) CN102251917A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102748226A (en) * 2012-06-14 2012-10-24 江苏聚源风电科技有限公司 Adjustable air pressure energy storage power generation device

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1205053A (en) * 1995-10-13 1999-01-13 尼尔斯·埃里克·吉斯拉松 Horizontal axis wind tubomachine
WO2004092580A1 (en) * 2003-04-17 2004-10-28 New World Generation Inc. Wind turbine with friction drive power take off on outer rim
CN2707994Y (en) * 2004-06-05 2005-07-06 刘世华 Downwind power generation system
CN1740559A (en) * 2005-09-15 2006-03-01 柳海源 Combined wind energy and hydraulic power varying generator
CN2900847Y (en) * 2006-04-29 2007-05-16 石立国 Double wheel synergistic automatic regulating direction wind power machine
CN202203039U (en) * 2011-06-23 2012-04-25 杨建新 Turntable rotating impeller type wind generating set

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1205053A (en) * 1995-10-13 1999-01-13 尼尔斯·埃里克·吉斯拉松 Horizontal axis wind tubomachine
WO2004092580A1 (en) * 2003-04-17 2004-10-28 New World Generation Inc. Wind turbine with friction drive power take off on outer rim
CN2707994Y (en) * 2004-06-05 2005-07-06 刘世华 Downwind power generation system
CN1740559A (en) * 2005-09-15 2006-03-01 柳海源 Combined wind energy and hydraulic power varying generator
CN2900847Y (en) * 2006-04-29 2007-05-16 石立国 Double wheel synergistic automatic regulating direction wind power machine
CN202203039U (en) * 2011-06-23 2012-04-25 杨建新 Turntable rotating impeller type wind generating set

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102748226A (en) * 2012-06-14 2012-10-24 江苏聚源风电科技有限公司 Adjustable air pressure energy storage power generation device

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Application publication date: 20111123