CN102102636A - Vertical shaft wind power generating unit with multifunctional wind blade and wind wheel - Google Patents

Vertical shaft wind power generating unit with multifunctional wind blade and wind wheel Download PDF

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Publication number
CN102102636A
CN102102636A CN2011100604826A CN201110060482A CN102102636A CN 102102636 A CN102102636 A CN 102102636A CN 2011100604826 A CN2011100604826 A CN 2011100604826A CN 201110060482 A CN201110060482 A CN 201110060482A CN 102102636 A CN102102636 A CN 102102636A
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China
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wind
blade
connected
sided
damper
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CN2011100604826A
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Chinese (zh)
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王忠明
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王忠明
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Priority to CN2011100604826A priority Critical patent/CN102102636A/en
Publication of CN102102636A publication Critical patent/CN102102636A/en

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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00Integration of renewable energy sources in buildings
    • Y02B10/30Wind power
    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/70Wind energy
    • Y02E10/74Wind turbines with rotation axis perpendicular to the wind direction

Abstract

The invention relates to a vertical shaft wind power generating unit with a multifunctional wind blade and a wind wheel, comprising a working machine room and an outdoor tower frame, wherein the working machine room is connected with the outdoor tower frame through a maintenance station, ladders are arranged at both sides of the outdoor tower frame, the bottom end of the outdoor tower frame is connected with a base, the working machine room is connected with a wind wheel support frame through a transmission shaft arranged on an internal power generator, the top end of a center support rod of the wind wheel support frame is connected with a sleeve arranged on a wind vane rod in a sleeved way, and the sleeve is connected with an anticollision wind angle door blocking rod. The invention fulfills three functions that the wind source and the wind power can be repeatedly used for many times, the resistance of the wind source to the wind blade can be reduced, the resistance wind is converted to power wind and the like, has the advantages that the structure is simple, the maintenance is convenient and safe, the maintenance cost is low, and the occupied area is small, can generate the power by networking and can also singly supply the power to each house by disconnecting with a network, has good starting performance, and can generate the power with breeze, greatly enhance the working efficiency and the generated energy of the wind power generating unit, use the natural wind source to the maximum extent and save energy.

Description

一种带有多功能风叶以及风轮的垂直轴风力发电机组 One kind with a vertical axis wind turbine multifunctional blades and wind rotor

技术领域 FIELD

[0001] 本发明涉及发电设备领域,尤其涉及一种带有多功能风叶以及风轮的垂直轴风力发电机组。 [0001] The present invention relates to the field of power generation equipment, particularly to a with a vertical axis wind turbine multifunctional blades and the fan wheel.

背景技术 Background technique

[0002] 目前在风力发电领域,垂直轴风电机组是常用的一类,随着科学技术的发展和提高,天然可再生能源被大量利用,对国民经济的发展起着重要的作用,但现行的垂直轴风电机组的风叶、风轮在一周的运转过程中,总有半周与风源流向相同,被风推动做正功,而在另半周却成逆风运转做负功,浪费了风源,降低了工作效率;现行的垂直轴风电机组较水平轴风电机组相比,风轮、风叶的转速,垂直轴风电机组就要低的多,起动性能较差,微风起动不易;现行的全部风电机组的风叶、风轮对风源的利用仅只一次,没能重复利用。 [0002] Currently in the field of wind power, vertical axis wind turbine is a common type, with the development and improvement of science and technology, natural renewable energy is substantial use, development of national economy plays an important role, but the existing vertical blades axis wind turbine, the wind turbine during operation of the week, the total half cycle air source to the same, the wind driven positive power, and in the other half it into upwind operation doing negative work, waste air source, reducing efficiency; existing vertical axis wind turbine as compared to a more horizontal axis wind turbine, wind turbine, fan speed, vertical axis wind turbine will be much lower, the poor starting performance, breeze start easy; existing all wind unit fan, wind turbines use wind sources only been once, could not be reused.

发明内容 SUMMARY

[0003] 本发明的目的是提供一种带有多功能风叶以及风轮的垂直轴风力发电机组,克服现有产品中上述方面的不足。 [0003] The object of the present invention is the lack of the provision of a multifunctional blades and wind rotor vertical axis wind turbine, to overcome the existing products of the above aspects.

[0004] 本发明的目的是通过以下技术方案的实施来实现: [0004] The object of the present invention is achieved by implementing the following technical solution:

一种带有多功能风叶以及风轮的垂直轴风力发电机组,包括工作机室和室外塔架,工作机室通过维护台连接室外塔架,室外塔架的两侧均设有爬梯,室外塔架的底端连接底座, 工作机室通过内部发电机上的传动轴连接风轮撑架,风轮撑架的中心支杆的顶端与风向标标杆上的套筒套接,风向标的套筒与防撞风角门挡杆连接。 One kind with multifunctional blades and the rotor of vertical axis wind turbine, comprising a working machine room and outside of the tower, the working machine chamber is connected outside the tower through the maintenance station, on both sides outside of the tower have a ladder, outdoor the bottom of the tower is connected to the base, a working machine chamber by a shaft connected to the rotor on the interior of the generator bracket, a sleeve sleeved on the rotor bracket central strut top and vane benchmark, vane sleeve and prevention hit the wind they saw lever connected.

[0005] 所述风轮撑架连接双层双面叶内风门式风叶,双层双面叶内风门式风叶的两侧设有顺风叶片和逆风叶片,顺风叶片和逆风叶片分别与顺风叶尾舵风门的门转轴及逆风叶尾舵风门的门转轴连接,顺风叶尾舵风门和逆风叶尾舵风门的侧上顶端分别与顺风叶防撞风门闩及逆风叶防撞风门闩连接,逆风叶片的尾舵后侧设有逆风叶尾舵后侧聚风挡板。 [0005] The wind wheel strut connecting the double-sided leaves the damper fan blade, on both sides of double-sided leaves the damper fan blade is provided with a wind vane and upwind vane, the wind vane and upwind vane respectively downwind leaf rudder damper door shaft and upwind blade rudder damper door shaft connected to the wind leaves rudder flap and the side upwind blade rudder flap of the top are connected to the wind leaves crash wind door and bumper air door upwind leaf, rear rudder upwind blade is provided with a rear side of the upwind blade rudder polyethylene windshield.

[0006] 所述风轮撑架连接单层双面叶内风门式风叶,单层双面叶内风门式风叶与单层双面叶内风门的门转轴连接,单层双面叶内风门的侧上顶端连接单层双面叶防撞风门闩。 [0006] The wind wheel bracket connected single-sided leaves the damper fan blade, single-sided leaves the damper fan blade with a double-sided inner damper leaf single door shaft connected to the single-sided leaf the top connecting single-sided leaf collision wind latch on the side of the damper.

[0007] 所述风轮撑架连接单层双面旋叶式风叶。 [0007] The wind wheel bracket connected single-sided rotary vane blades.

[0008] 所述双层双面叶内风门式风叶、单层双面叶内风门式风叶和单层双面旋叶式风叶的两侧均固定有防撞击限位杆,防撞击限位杆的一端固定在风轮撑架的上下支杆上。 [0008], wherein the double-sided leaf damper fan blade, both single-sided leaves the damper fan blade and single-sided rotary vane blades are fixed to the anti-collision limiting rod, shock One end of the stopper rod is fixed to the rotor strut of upper and lower legs.

[0009] 本发明的有益效果为:可采用双层双面叶内风门式风叶、单层双面叶内风门式风叶、单层双面旋叶式风叶等结构,使风叶在自然风作用下自行开关、转角、转向,形成聚风, 再加上优选定位、限位、防撞击等方式,使风叶的风帆曲面和风舵曲面改变风源方向,减少风源对风叶的阻力,使阻力风部分转变为动力风及风轮风叶对风源施行叶间传递,达到风能重复多次利用的效果;结构简单、维护方便安全、维护成本低;占地面积小,既可联网发电又可脱网单机为每个家庭供电;启动性能好,微风可发电,可大幅度提高风电机组的工作效率及发电量;可最大限度的利用自然风源,节约能源。 [0009] Advantageous effects of the present invention are: to use double-sided leaves the damper fan blade, single-sided leaves the damper fan blade, single-sided rotary vane fan like configuration, so that the blades in natural wind under the action of its own switch, rotation, steering, to form a poly wind, plus preferably positioned, limit, shock, etc., so sail curved blades of the wind rudder surface change the air source direction, to reduce the air supply to the blades of the resistance, so that the wind resistance portion into an engine of the wind and the wind turbine blades to the wind source is transmitted mesenchymal purposes, to wind repeated a plurality of times using the results; simple structure, easy to maintain security, low maintenance costs; small footprint, can networking power generation but also off-grid stand-alone for each family power; good starting performance, the breeze can generate electricity, can greatly improve the efficiency and power output of wind turbines; maximize the use of natural wind sources, energy conservation. 附图说明 BRIEF DESCRIPTION

[0010] 下面根据附图对本发明作进一步详细说明。 [0010] Next, based on the drawings of the present invention is described in further detail.

[0011] 图1是本发明实施例所述的带有多功能风叶以及风轮的垂直轴风力发电机组实施例一的结构示意图; [0011] FIG. 1 is a schematic structural diagram of one embodiment of a vertical axis wind turbine with the multifunction blades and wind turbine according to the embodiment of the present invention;

图2是图1的俯视图; FIG 2 is a plan view of Figure 1;

图3是本发明实施例所述的带有多功能风叶以及风轮的垂直轴风力发电机组实施例二的结构示意图; FIG 3 is a schematic structural diagram of second embodiment of a vertical axis wind turbine with the multifunction blades and wind turbine according to the embodiment of the present invention;

图4是图3的俯视图; FIG 4 is a plan view of Figure 3;

图5是本发明实施例所述的带有多功能风叶以及风轮的垂直轴风力发电机组实施例三的结构示意图; FIG 5 is a schematic structural diagram of a vertical axis wind turbine with the multifunction blades and wind turbine according to the embodiment of the present invention according to a third;

图6是图5的俯视图。 FIG 6 is a plan view of FIG.

[0012] 图中: [0012] In the drawings:

1、工作机室;2、室外塔架;3、维护台;4、爬梯;5、底座;6、风轮撑架;7、风向标;8、防撞风角门挡杆;9、逆风叶尾舵风门;10、逆风叶防撞风门闩;11、顺风叶尾舵风门;12、顺风叶防撞风门闩;13、双层双面叶内风门式风叶;14、顺风叶片;15、逆风叶片;16、单层双面叶内风门;17、单层双面叶内风门式风叶;18、防撞击限位杆;19、单层旋叶式风叶;20、单层双面叶防撞风门闩;21、顺风叶聚风挡板;22、逆风叶聚风挡板;23、双层双面叶尾舵反面聚风挡板;24、风叶风门转动限位调节杆;25、顺风叶风帆形曲面;26、顺风叶风舵形曲面;27、逆风叶风帆形曲面;28、逆风叶风舵形曲面;29、单层旋叶式风叶聚风挡板;30、逆风叶尾舵后侧聚风挡板。 1, the working machine room; 2, outdoor tower; 3, maintenance console; 4, ladder; 5, base; 6, wind wheel bracket; 7, vane; 8, crash wind Jiaomen lever; 9, upwind blade tail steering damper; 10, upwind blade collision wind latch; 11, wind blade rudder damper; 12, wind blade collision wind latch; 13, the double-sided leaves the damper fan blade; 14, downwind blade; 15, upwind leaves; 16, the single-sided leaf damper; 17, single-sided leaves the damper fan blade; 18, shock limiting rod; 19, single vane rotary blades; 20, single-sided leaf collision wind latch; 21, wind blade wind-flap; 22, upwind blade wind-flap; 23, double sided blade rudder back wind-flap; 24, fan damper rotation limiting the adjustment lever; 25 , wind Yefeng fan curved surface; 26, wind Yefeng rudder curved surface; 27, upwind Yefeng fan curved surface; 28, upwind Yefeng rudder curved surface; 29, single vane rotary blades wind-flap; 30, upwind rudder rear leaf polyethylene windshield.

具体实施方式 Detailed ways

[0013] 实施例一 [0013] Example a

如图1-2所示,本发明实施例所述的一种带有多功能风叶以及风轮的垂直轴风力发电机组,包括工作机室1和室外塔架2,工作机室1通过维护台3连接室外塔架2,室外塔架2 的两侧均设有爬梯4,室外塔架2的底端连接底座5,工作机室1通过内部发电机上的传动轴连接风轮撑架6,风轮撑架6的中心支杆顶端与风向标7的标杆上的套筒套接,风向标7 套筒处与防撞风角门挡杆8连接,风轮撑架6连接双层双面叶内风门式风叶13,双层双面叶内风门式风叶13的两侧设有顺风叶片14和逆风叶片15,顺风叶片14包括顺风叶聚风挡板21,逆风叶片15包括逆风叶聚风挡板22,顺风叶片14和逆风叶片15分别与顺风叶尾舵风门11门转轴及逆风叶尾舵风门9门转轴连接,顺风叶尾舵风门11和逆风叶尾舵风门9的侧上顶端分别与顺风叶防撞风门闩12及逆风叶防撞风门闩10连接,逆风叶片15的尾舵后 As illustrated, the vertical axis wind turbine set of one embodiment of the bearing multifunctional blades and wind turbine embodiment 1-2 of the present invention, comprising a working machine chamber 1 and outside the tower 2, the working machine chamber by a maintenance station 3 is connected to the outdoor tower 2, on both sides outside the tower 2 have a ladder 4, the bottom end of the outdoor tower 2 is connected to the base 5, the working machine chamber 1 through the shaft connected to the rotor on the interior of the generator bracket 6, the rotor supporting the center frame 6 pole sleeve sleeved on the tip of the vane benchmark 7, the vane 7 of the sleeve at the collision of wind Jiaomen lever 8 is connected to the rotor strut 6 is connected to the double-sided leaf damper fan blade 13, on both sides of double-sided leaves the damper fan blade 13 is provided with a wind vane 14 and the upwind blade 15, wind blade 14 comprises a downwind leaf poly air damper 21, upwind blade 15 comprises upwind leaf poly windshield plate 22, the wind vane 14 and the upwind blade 15 are respectively connected to the wind leaves rudder flap 11 shaft and upwind blade rudder flap 9 shaft, to the top upper side of the wind blade rudder flap 11 and the upwind blade rudder flap 9, respectively after downwind blade bumper wind latch 12 and the upwind leaf collision wind latch 10 is connected rudder upwind vane 15 设有逆风叶尾舵后侧聚风挡板30,双层双面叶内风门式风叶13的两侧均固定有防撞击限位杆18,防撞击限位杆18的一端固定在风轮撑架6的上下支杆上。 With the rear wind-flap 30, on both sides of double-sided leaves the damper fan blade 13 upwind blade rudder are fixed on anti-collision limiting rod 18, one end of the anti-collision stopper rod 18 is fixed to the rotor bracket on the upper and lower legs 6.

[0014] 实施例二 [0014] Second Embodiment

如图3-4所示,本发明实施例所述的一种带有多功能风叶以及风轮的垂直轴风力发电机组,包括工作机室1和室外塔架2,工作机室1通过维护台3连接室外塔架2,室外塔架2 的两侧均设有爬梯4,室外塔架2的底端部连接底座5,工作机室1通过内部发电机上的传动轴连接风轮撑架6,风轮撑架6的中心支杆的顶端与风向标7标杆上的套筒套接,风向标7套筒处与防撞风角门挡杆8连接,风轮撑架6连接单层双面叶内风门式风叶17,单层双面叶内风门式风叶17与单层双面叶内风门16的门转轴连接,单层双面叶内风门16的侧上顶端连接单层双面叶防撞风门闩20,单层双面叶内风门式风叶17的两侧均固定有防撞击限位杆18,防撞击限位杆18的一端固定在风轮撑架6的上下支杆上。 As illustrated, the vertical axis wind turbine set of one embodiment of the bearing multifunctional blades and wind turbine embodiment 3-4 of the present invention, comprising a working machine chamber 1 and outside the tower 2, the working machine chamber by a maintenance station 3 is connected to the outdoor tower 2, on both sides outside the tower 2 have a ladder 4, the bottom end portion outside of the tower 2 is connected to the base 5, the working machine chamber 1 bracket 6 through the shaft connected to the rotor on the interior of the generator sleeve sleeved on the central strut of the rotor support frame 6 to the top of the vane 7 benchmark, the vane 7 of the sleeve at the collision of wind Jiaomen lever 8 is connected to the rotor strut 6 is connected to single-sided inner blade damper fan blade 17, single-sided leaves the damper fan blade gate shaft 17 with the single-sided leaf damper 16 is connected to the top end connecting single-sided leaf against side the single-sided leaf damper 16 striker wind latch 20, both single-sided leaves the damper fan blade 17 are fixed to the anti-shock limiting rod 18, shock limiting rod end 18 is fixed to the rotor strut upper and lower legs 6.

[0015] 实施例三 [0015] Example three

如图5-6所示,本发明实施例所述的一种带有多功能风叶以及风轮的垂直轴风力发电机组,包括工作机室1和室外塔架2,工作机室1通过维护台3连接室外塔架2,室外塔架2 的两侧均设有爬梯4,室外塔架2的底端连接底座5,工作机室1通过内部发电机上的传动轴连接风轮撑架6,风轮撑架6的中心支杆的顶端与风向标7标杆上的套筒套接,风向标7 套筒处与防撞风角门挡杆8连接,风轮撑架6连接单层双面旋叶式风叶19,单层双面旋叶式风叶19的两侧均固定有防撞击限位杆18,防撞击限位杆18的一端固定在风轮撑架6的上下支杆上。 One kind of embodiment of the bearing multifunctional blades and the rotor of vertical axis wind turbine, comprising a working machine chamber 1 and the outside of the tower shown in Figure 5-6, embodiments of the present invention 2, the working machine chamber by a maintenance station 3 is connected to the outdoor tower 2, on both sides outside the tower 2 have a ladder 4, the bottom end of the outdoor tower 2 is connected to the base 5, the working machine chamber 1 through the shaft connected to the rotor on the interior of the generator bracket 6, wind wheel strut center strut frame 6 are top and vane sleeve sleeved on the 7 pole, vane 7 of the sleeve at the collision of wind Jiaomen lever 8 is connected to the rotor strut 6 is connected to single-sided rotary vane blades 19, both single-sided rotary vane blades 19 are fixed to the anti-shock limiting rod 18, one end of the anti-collision stopper rod 18 is fixed to the rotor strut upper and lower legs 6.

[0016] 在具体实施过程中,风叶的多边聚风、一边畅风结构技术是由风叶的顺风叶聚风挡板21、逆风叶聚风挡板22、双层双面叶尾舵反面聚风挡板23、单层旋叶式风叶聚风挡板29和逆风叶尾舵后侧聚风挡板30围在风叶三边形成,风叶另一边则开放畅风;风叶改变风源方向并传递风源的结构技术是由顺风叶风帆形曲面25、逆风叶风帆形曲面27与顺风叶风舵形曲面26、逆风叶风舵形曲面28连接而成;风叶的双层双面叶内风门结构技术是由二个在尾部开风门的聚风形风叶叠合而成;单层双面叶内风门的结构技术是由一聚风风叶在叶内开大风门而成;风叶及叶内风门在自然风作用下施行自动开、关门和优选转角转向定位限位最佳值的结构技术是通过非对称力臂风叶、风门的转轴、风向标、防撞风角门档杆、 防撞风门闩、防撞限位杆等部件配合运作实现;风轮、风 [0016] In a specific implementation, the fan multilateral polyethylene wind, while Chang wind STRUCTURE 21, upwind blade poly air damper 22, double sided blade rudder back by the wind leaves polyethylene windshield blades of poly air damper 23, single vane rotary fan polyethylene windshield 29 and the upwind blade rudder rear wind-flap 30 around the blades triangular formation, blades on the other side is open for free air; fan change wind source direction and transmits air source construction techniques by wind Yefeng fan curved surface 25, upwind Yefeng fan-shaped curved surface 27 and the wind-bladed rudder curved surface 26, upwind Yefeng rudder curved surface 28 connected to each other; the double blades of in the duplex leaf damper construction techniques are laminated by two at the end of the damper open wind-shaped blades made; sTRUCTURE damper within the single-sided leaves are open the wind doors within the tip of a wind-blades into; fan and the inner blade damper performed automatically open under action of natural wind, closed, and preferably angle steering positioning stopper optimum value sTRUCTURE by asymmetric arm blades, the damper shaft, vane, crash wind Jiaomen lever, collision wind latch, crash stopper rod or the like member fitted into the operating implement; wind wheel, wind 对风源施行叶间传递、重复用风的结构技术是通过风叶的异形结构及自动调整风叶和叶内风门转角转向定位限位实现的; 永磁平推防撞击防噪声的结构技术是通过两块永磁体的磁场性质及相对运动实现的;轴承免使用的结构技术是在风轮、风叶凡有旋转运动部位,都以耐腐蚀防锈、高强耐磨材料制造的无面摩擦、无积水的部件取代常规轴承实现的。 Of air supply purposes transfer mesenchymal structure technical replicates with the wind through the deformed configuration the blades and automatically adjusts the blades and inner blade damper angle steering positioning stopper implemented; permanent level to push the anti-collision preventing noise construction techniques are achieved by the magnetic properties and the relative movement of the two permanent magnets; sTRUCTURE bearing Free used in wind turbine, wind Ye rotary moving parts, are corrosion-resistant rust-free surface friction high-strength wear resistant materials, no water members replace conventional bearings achieved.

Claims (4)

1. 一种带有多功能风叶以及风轮的垂直轴风力发电机组,包括工作机室(1)和室外塔架(2),其特征在于:工作机室(1)通过维护台(3)连接室外塔架(2),室外塔架(2)的两侧均设有爬梯(4 ),室外塔架(2 )的底端连接底座(5 ),工作机室(1)通过内部发电机上的传动轴连接风轮撑架(6),风轮撑架(6)的中心支杆的顶端与风向标(7)标杆上的套筒套接,风向标(7)的套筒与防撞风角门挡杆(8)连接。 A with multifunctional blades and the rotor of vertical axis wind turbine, comprising a working machine chamber (1) and an outdoor tower (2), characterized in that: the working machine chamber (1) through the maintenance station (3 ) connected to both sides outside of the tower (2), outside the tower (2) are provided with a bottom end ladder (4), outside the tower (2) is connected to the base (5), the working casing (1) through the internal power a drive shaft connected to the rotor on the machine bracket (6), the rotor brackets (6) of the center strut tip of the vane (7) of the sleeve sleeved on the pole, the vane (7) of the sleeve and the crash wind Jiaomen lever (8).
2.根据权利要求1所述的带有多功能风叶以及风轮的垂直轴风力发电机组,其特征在于:所述风轮撑架(6)连接双层双面叶内风门式风叶(13),双层双面叶内风门式风叶(13) 的两侧设有顺风叶片(14)和逆风叶片(15),顺风叶片(14)包括顺风叶聚风挡板(21 ),逆风叶片(15)包括逆风叶聚风挡板(22);顺风叶片(14)和逆风叶片(15)分别与顺风叶尾舵风门(11)的门转轴及逆风叶尾舵风门(9)的门转轴连接,顺风叶尾舵风门(11)和逆风叶尾舵风门(9)的侧上顶端分别与顺风叶防撞风门闩(12)及逆风叶防撞风门闩(10)连接,逆风叶片(15)的尾舵后侧设有逆风叶尾舵后侧聚风挡板(30)。 The vertical axis wind turbine with the multifunction blades and wind turbine according to claim 1, wherein: said wind wheel bracket (6) connected to the double-sided leaves the damper fan blade ( 13), on both sides of double-sided leaves the damper fan blade (13) is provided with a wind vane (14) and upwind vane (15), downwind blade (14) comprises a wind leaf poly air flap (21), the upwind the blade (15) comprises a headwind leaf poly air flap (22); downwind blade (14) and upwind vane (15) respectively wind leaf rudder flap (11) of the door shaft and the upwind blade rudder flap (9) of the door shaft connecting the top upper side of the wind blade rudder flap (11) and the upwind blade rudder flap (9), respectively, and the wind leaves crash wind latch (12) and the upwind leaf collision air door (10) is connected, upwind blade ( 15) rudder rear side with a headwind leaves rudder rear side of the wind-baffle (30).
3.根据权利要求1所述的带有多功能风叶以及风轮的垂直轴风力发电机组,其特征在于:所述风轮撑架(6)连接单层双面叶内风门式风叶(17),单层双面叶内风门式风叶(17) 与单层双面叶内风门(16)的门转轴连接,单层双面叶内风门(16)的侧上顶端连接单层双面叶防撞风门闩(20)。 The vertical axis wind turbine with the multifunction blades and wind turbine according to claim 1, wherein: said wind wheel bracket (6) connected to single-sided leaves the damper fan blade ( 17), single-sided leaves the damper fan blade (17) and the single-sided leaf damper (16) is a door shaft connected to the top connection single double side in the single-sided leaf damper (16) leaf surface crash wind latch (20).
4.根据权利要求1-3任一项所述的带有多功能风叶以及风轮的垂直轴风力发电机组, 其特征在于:所述风轮撑架(6)连接单层双面旋叶式风叶(19),所述双层双面叶内风门式风叶(13)、单层双面叶内风门式风叶(17)和单层双面旋叶式风叶(19)的上下风叶支撑杆的两侧均固定有防撞击限位杆(18),防撞击限位杆(18)的一端固定在风轮撑架(6)的上下支杆上。 According to claim vertical axis wind turbine with the multifunction blades and wind turbine of any one of claims 1-3, characterized in that: said wind wheel bracket (6) connected to single-sided rotary vane fan blade (19), the double-sided leaves the damper fan blade (13), single-sided leaves the damper fan blade (17) and the single-sided rotary vane fan (19) upper and lower sides fan support rods are fixed to the anti-collision limiting rod (18), one end of the anti-collision limiting rod (18) is fixed to the rotor strut (6) of the upper and lower legs.
CN2011100604826A 2011-03-14 2011-03-14 Vertical shaft wind power generating unit with multifunctional wind blade and wind wheel CN102102636A (en)

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4537559A (en) * 1983-09-23 1985-08-27 Christian W. Herrmann Venturi rotor apparatus for the generation of power
CN101608601A (en) * 2009-07-23 2009-12-23 上海凡鸿环保科技发展有限公司 Vertical axis wind power generating device and fan blade angle automatic regulation mechanism
CN201991690U (en) * 2011-03-14 2011-09-28 王忠明 Perpendicular shaft wind generating set with multifunctional fan blade and wind wheel

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4537559A (en) * 1983-09-23 1985-08-27 Christian W. Herrmann Venturi rotor apparatus for the generation of power
CN101608601A (en) * 2009-07-23 2009-12-23 上海凡鸿环保科技发展有限公司 Vertical axis wind power generating device and fan blade angle automatic regulation mechanism
CN201991690U (en) * 2011-03-14 2011-09-28 王忠明 Perpendicular shaft wind generating set with multifunctional fan blade and wind wheel

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