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CN201306254Y - A vertical horizontal rotating combined wind wheel wind power generation device - Google Patents

A vertical horizontal rotating combined wind wheel wind power generation device Download PDF

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Publication number
CN201306254Y
CN201306254Y CNU2008202115851U CN200820211585U CN201306254Y CN 201306254 Y CN201306254 Y CN 201306254Y CN U2008202115851 U CNU2008202115851 U CN U2008202115851U CN 200820211585 U CN200820211585 U CN 200820211585U CN 201306254 Y CN201306254 Y CN 201306254Y
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vertical shaft
power transmission
bearing
wind
shaft
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孙玉和
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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
    • 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
    • Y02E10/74—Wind turbines with rotation axis perpendicular to the wind direction
    • 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
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
    • Y02P70/50—Manufacturing or production processes characterised by the final manufactured product

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Abstract

本实用新型涉及一种立式水平旋转组合风轮风力发电装置，它主要由：塔架斜拉钢缆、左塔架、右塔架、后塔架、上、下水平连接钢架、上、下动力传动立轴稳固轴承、上、下平面承重轴承、上、下水平钢架连接立轴固定钢盘、上水平钢架斜拉钢缆、动力传动立轴、风叶轴、风叶整流罩、风轮轮毂、方形风碗式风叶、风叶轴斜拉钢缆、钢筋混凝土发电机室、自动变速齿轮箱、发电机等构成。动力传动立轴分别安装在上、下动力传动立轴稳固轴承上，上、下动力传动立轴稳固轴承分别装在上、下平面承重轴承上，上、下水平钢架连接立轴固定钢盘套装在上、下动力传动立轴稳固轴承上，钢盘外圆连接在上、下水平连接钢架上，上、下水平连接钢架分别安装在左、中、后三个塔架上，斜拉钢缆安装在左、右、后三个塔架顶部，上水平斜拉钢缆一端装在左、右、后塔架最上部，一端安装在上水平连接钢架上。发电机装在发电机室底部中央，将自动变速齿轮箱传出的机械能转变为电能。该装置结构紧凑，布局合理，风能利用率高，不用导航或偏航装置，任何方向来风均可最大限度地加以利用，装机容量大，建筑成本低。

Figure 200820211585

The utility model relates to a vertical and horizontal rotating combined wind turbine wind power generation device, which mainly consists of: a tower cable-stayed steel cable, a left tower frame, a right tower frame, a rear tower frame, upper and lower horizontally connected steel frames, upper, lower Lower power transmission vertical shaft stable bearing, upper and lower plane load-bearing bearings, upper and lower horizontal steel frame connecting vertical shaft fixed steel plate, upper horizontal steel frame cable-stayed cable, power transmission vertical shaft, blade shaft, blade fairing, wind wheel Wheel hub, square wind bowl fan blade, fan blade shaft cable-stayed steel cable, reinforced concrete generator room, automatic transmission gearbox, generator, etc. The power transmission vertical shaft is respectively installed on the upper and lower power transmission vertical shaft stable bearings, the upper and lower power transmission vertical shaft stable bearings are respectively installed on the upper and lower plane load-bearing bearings, and the upper and lower horizontal steel frames are connected to the vertical shaft. The vertical shaft of the lower power transmission is fixed on the stable bearing. The outer circle of the steel plate is connected to the upper and lower horizontal connecting steel frames. At the top of the left, right and rear towers, one end of the upper horizontal cable-stayed steel cable is installed on the top of the left, right and rear towers, and the other end is installed on the upper horizontal connecting steel frame. The generator is installed in the center of the bottom of the generator room, and converts the mechanical energy transmitted by the automatic transmission gearbox into electrical energy. The device has compact structure, reasonable layout, high utilization rate of wind energy, no navigation or yaw device, and maximum utilization of wind from any direction, large installed capacity and low construction cost.

Figure 200820211585

Description

立式水平旋转组合风轮风力发电装置 Vertical and horizontal rotating combined wind turbine wind power generation device

技术领域： Technical field:

本实用新型涉及一种立式水平旋转组合风轮风力发电装置。The utility model relates to a vertical and horizontal rotating combined wind wheel wind power generation device.

技术背景： technical background:

目前，现有的单机组、单塔架的风力发电装置占地面积大，风能利用率低，属于广种薄收型的发电模式，建筑成本高。At present, the existing single-unit, single-tower wind power generation device occupies a large area and has a low utilization rate of wind energy.

发明内容： Invention content:

本实用新型在于克服上述缺点，提供一种立式水平旋转组合风轮风力发电装置，它将10数组风轮组合安装在一根立式动力传动轴上，主要解决了现有的单机、单发、单变和蛛网式电缆连接，再升压入网的复杂发电模式，使风能利用率更高，土地占用面积更少，发电功率更大，发变电和输电入网更便捷，单位面积风场利用率更集中，建筑成本更低等诸多优点，本实用新型的目的是这样实现的。立式水平旋转组合风轮风力发电装置由塔架斜拉钢缆、左塔架、上水平连接钢架、上水平连接钢架斜拉钢缆、风叶整流罩、风叶轴、动力传动立轴稳固轴承，上平面承重轴承、风轮轮毂、上水平钢架连接立轴固定钢盘、动力传动立轴(共用风轮轴)、风叶轴斜拉钢缆、风叶固定支架、方形风碗式风叶、右塔架、下水平连接钢架、右内支撑钢架、钢筋混凝土发电机室、下动力传动立轴稳固轴承，自动变速齿轮箱、发电机、下平面承重轴承、下水平钢架连接立轴固定钢盘、左内支撑钢架、塔架下斜拉钢缆、后塔架等构成。动力传动立轴垂直安装在上、下、水平连接钢架固定钢盘内的上、下动力传动立轴的稳固轴承内，左塔架、右塔架、后塔架通过水平连接钢架分别安装在水平钢架连接立轴固定钢盘上，斜拉钢缆将左、右、后三个塔架牢固地固定在动力传动立轴外围等边、等角、等距离处，使动力传动立轴垂直稳固地立在立式水平旋转组合风轮风力发电装置的正中圆点处。风轮轮毂和风叶轴安装在动力传动立轴上，风叶轴斜拉钢缆安装在动力传动立轴和风叶轴上，风轮组有十数个，每组三个风叶，等边、等角、等长地安装在动力传动立轴和风轮轮毂上，上、下风轮组的风叶角度互为偏移60度。方形风碗式风叶和风叶气体整流罩安装在风叶轴及风叶轴支架上。发电机和自动变速齿轮箱安装在动力传动立轴下端。该装置结构简单，风能利用率高，建筑成本低，装机容量大，易于推广应用。The utility model aims at overcoming the above-mentioned shortcomings, and provides a vertical and horizontal rotating combined wind wheel wind power generation device, which combines and installs 10 groups of wind wheels on a vertical power transmission shaft, which mainly solves the problem of existing stand-alone, single-engine , single-variable and spider-web-type cable connection, and then boost the complex power generation mode of grid connection, so that the utilization rate of wind energy is higher, the land occupation area is smaller, the power generation is larger, the power generation and transformation and transmission are more convenient, and the wind field utilization per unit area More concentrated efficiency, lower construction costs and many other advantages, the purpose of this utility model is achieved in this way. The vertical and horizontal rotating combined wind turbine wind power generation device consists of tower cable-stayed steel cables, left tower, upper horizontal connecting steel frame, upper horizontal connecting steel frame cable-stayed cable, fan blade fairing, fan blade shaft, power transmission vertical shaft Stable bearing, upper plane load-bearing bearing, wind wheel hub, upper horizontal steel frame connected to vertical shaft fixed steel plate, power transmission vertical shaft (shared wind wheel shaft), fan blade shaft cable-stayed steel cable, fan blade fixing bracket, square wind bowl type fan blade , right tower frame, lower horizontal connecting steel frame, right inner supporting steel frame, reinforced concrete generator room, lower power transmission vertical shaft stable bearing, automatic transmission gearbox, generator, lower plane load-bearing bearing, lower horizontal steel frame connecting vertical shaft fixed It is composed of steel plate, left inner supporting steel frame, cable-stayed steel cable under the tower, rear tower and so on. The power transmission vertical shaft is vertically installed in the stable bearings of the upper and lower power transmission vertical shafts in the fixed steel plate of the upper, lower and horizontal connecting steel frames, and the left tower, right tower and rear tower are respectively installed in the horizontal The steel frame is connected to the vertical shaft and fixed on the steel plate, and the cable-stayed steel cables firmly fix the left, right, and rear three towers on the periphery of the power transmission vertical shaft at equilateral, equiangular, and equidistant positions, so that the power transmission vertical shaft stands vertically and firmly on the The center point of the vertical and horizontal rotating combined wind turbine wind power generation device. The hub of the wind wheel and the blade shaft are installed on the vertical shaft of the power transmission, and the cable-stayed steel cable of the blade shaft is installed on the vertical shaft of the power transmission and the blade shaft. , Equivalently installed on the power transmission vertical shaft and the wind wheel hub, the angles of the blades of the upper and lower wind wheel sets are offset by 60 degrees from each other. The square wind bowl type fan blade and the fan blade gas fairing are installed on the fan blade shaft and the fan blade shaft support. The generator and the automatic transmission gearbox are installed at the lower end of the power transmission vertical shaft. The device has the advantages of simple structure, high utilization rate of wind energy, low construction cost, large installed capacity and easy popularization and application.

附图说明： Description of drawings:

附图1是本实用新型立式水平旋转组合风轮风力发电装置的主视图。Accompanying drawing 1 is the front view of the utility model vertical horizontal rotation combined wind turbine wind power generation device.

附图2是本实用新型立式水平旋转组合风轮风力发电装置的俯视图。Accompanying drawing 2 is the top view of the utility model vertical horizontal rotation combined wind turbine wind power generation device.

1-塔架斜拉钢缆，2-左塔架，3-上水平连接钢架，4-上水平钢架斜拉钢缆，5-风叶整流罩，6-风叶轴，7-上动力传动立轴稳固轴承，8-上平面承重轴承，9-风轮轮毂，10-上水平钢架连接立轴固定钢盘，11-动力传动立轴(共用风轮轴)，12-风叶斜拉钢缆，13-风叶固定支架，14-方形风碗式风叶，15-右塔架，16-下水平连接钢架，17-右内支撑钢架，18-钢筋混凝土发电机室，19-下动力传动立轴稳固轴承，20-自动变速齿轮箱，21-发电机，22-下平面承重轴承，23-下水平钢架连接立轴固定钢盘，24-左内支撑钢架，25-塔架下斜拉钢缆，26-后塔架。1- Tower cable-stayed cable, 2- Left tower, 3- Upper horizontal connecting steel frame, 4- Upper horizontal steel frame cable-stayed cable, 5- Fan blade fairing, 6- Fan blade shaft, 7- Upper Power transmission vertical shaft stable bearing, 8-upper plane load-bearing bearing, 9-wind wheel hub, 10-upper horizontal steel frame connecting vertical shaft fixed steel plate, 11-power transmission vertical shaft (shared wind wheel shaft), 12-fan blade cable-stayed steel cable , 13-blade fixing bracket, 14-square wind bowl type wind blade, 15-right tower, 16-lower horizontal connection steel frame, 17-right inner support steel frame, 18-reinforced concrete generator room, 19-bottom Power transmission vertical shaft stable bearing, 20-automatic transmission gearbox, 21-generator, 22-lower plane load-bearing bearing, 23-lower horizontal steel frame connecting vertical shaft fixed steel plate, 24-left inner support steel frame, 25-lower tower Cable-stayed cables, 26-rear tower.

具体实施方式： Detailed ways:

下面结合附图详细说明本实用新型的最佳实施例，立式水平旋转组合风轮风力发电装置由：塔架斜拉钢缆1、左塔架2、上水平连接钢架3、上水平斜拉钢缆4、风叶整流罩5、风叶轴6、上动力传动立轴稳固轴承7、上平面承重轴承8、风轮轮毂9、上水平钢架连接立轴固定钢盘10、动力传动立轴(共用风轮轴)11、风叶轴斜拉钢缆12、风叶固定支架13、方形风碗式风叶14、右塔架15、下水平连接钢架16、右内支撑钢架17、钢筋混凝土发电机室18、下动力传动立轴稳固轴承19、自动变速齿轮箱20、发电机21、下平面承重轴承22、下水平钢架连接立轴固定钢盘23、左内支撑钢架24、塔架下斜拉钢缆25、后塔架26构成。动力传动立轴11垂直安装在上水平连接钢架3和下水平连接钢架23的上水平连接钢架固定钢盘10和下水平连接钢架固定钢盘23内的上动力传动立轴稳固轴承7和下动力传动立轴稳固轴承19内，左塔架2，右塔架15和后塔架26通过上水平连接钢架3分别将上水平钢架连接立轴固定钢盘10套装在上水平动力传动立轴稳固轴承上，左塔架2，右塔架15和后塔架26下部分别和下水平连接钢架15相连接，下水平连接钢架15安装在下水平钢架连接立轴固定钢盘23上，23套装在下动力传动立轴稳固轴承上，塔架斜拉钢缆1分别拉在左塔2，右塔架15，后塔架26的上部，上水平斜拉钢缆4分别装在左塔架2，右塔架15和后塔架26的顶部，另一端安装在水平连接钢架3的中部，塔架下斜拉钢缆25安装在左塔架2，右塔架15，后塔架26的下部和左内支撑钢架24，右内支撑钢架17和后内支撑钢架上。风叶轴6和风轮轮毂9安装在动力传动立轴上，方形碗式风叶14安装在风叶固定支架13上，风叶整流罩5安装在方形碗式风叶14的背面，风叶轴斜拉钢缆12一端装在动力传动立轴上，另一端安装在风叶轴6的中后部，下平面承重轴承22装在钢筋混凝土发电机室18的顶部中央，自动变速齿轮箱20通过动力传动立轴和发电机21连接。The best embodiment of the present utility model will be described in detail below in conjunction with the accompanying drawings. The vertical horizontal rotation combined wind wheel wind power generation device consists of: tower cable-stayed steel cable 1, left tower frame 2, upper horizontal connecting steel frame 3, upper horizontal oblique Pull steel cable 4, fan blade fairing 5, fan blade shaft 6, upper power transmission vertical shaft stable bearing 7, upper plane load-bearing bearing 8, wind wheel hub 9, upper horizontal steel frame connection vertical shaft fixed steel plate 10, power transmission vertical shaft ( Shared wind wheel shaft) 11, fan blade shaft cable-stayed steel cable 12, fan blade fixed bracket 13, square wind bowl type fan blade 14, right tower frame 15, lower horizontal connecting steel frame 16, right inner support steel frame 17, reinforced concrete Generator room 18, lower power transmission vertical shaft stable bearing 19, automatic transmission gearbox 20, generator 21, lower plane load-bearing bearing 22, lower horizontal steel frame connecting vertical shaft fixed steel plate 23, left inner support steel frame 24, under the tower Cable-stayed steel cable 25, rear tower frame 26 constitute. The power transmission vertical shaft 11 is vertically installed on the upper horizontal connection steel frame fixed steel plate 10 of the upper horizontal connection steel frame 3 and the lower horizontal connection steel frame 23 and the upper power transmission vertical shaft stable bearing 7 in the lower horizontal connection steel frame fixed steel plate 23 and In the lower power transmission vertical shaft stabilizing bearing 19, the left tower 2, the right tower 15 and the rear tower 26 respectively connect the upper horizontal steel frame to the vertical shaft fixing steel plate 10 on the upper horizontal power transmission vertical shaft through the upper horizontal connecting steel frame 3. On the bearing, the left tower frame 2, the right tower frame 15 and the lower part of the rear tower frame 26 are respectively connected with the lower horizontal connecting steel frame 15, and the lower horizontal connecting steel frame 15 is installed on the lower horizontal steel frame connecting vertical shaft fixed steel plate 23, 23 sets On the stable bearing of the lower power transmission vertical shaft, the tower cable-stayed steel cable 1 is respectively pulled on the left tower 2, the right tower 15, and the top of the rear tower 26, and the upper horizontal cable-stayed steel cable 4 is respectively installed on the left tower 2 and the right tower. The top of the tower frame 15 and the rear tower frame 26, the other end is installed in the middle part of the horizontally connected steel frame 3, and the cable stay cable 25 under the tower frame is installed in the left tower frame 2, the right tower frame 15, the bottom of the rear tower frame 26 and Left inner support steel frame 24, on the right inner support steel frame 17 and the back inner support steel frame. The blade shaft 6 and the wind wheel hub 9 are installed on the power transmission vertical shaft, the square bowl type blade 14 is installed on the blade fixing bracket 13, the blade fairing 5 is installed on the back side of the square bowl type blade 14, and the blade shaft is inclined One end of the pull steel cable 12 is installed on the power transmission vertical shaft, the other end is installed on the middle rear part of the fan blade shaft 6, the lower plane bearing bearing 22 is installed on the top center of the reinforced concrete generator room 18, and the automatic transmission gearbox 20 passes through the power transmission. Vertical shaft is connected with generator 21.

工作原理：方型碗式风叶14在风力作用下，带动风叶轴6推动动力传动立轴11旋转，风叶整流罩5的流线型外罩将迎面吹来的气体上下分流，最大限度地减少了气流阻力，使风能经风叶轮带动动力传动立轴11转动转变为机械能，最后经发电机21转变为电能。本装置由于风轮水平旋转，可以接受各方向来风，故不需要偏航或导航系统调整。Working principle: Under the action of wind force, the square bowl-shaped fan blade 14 drives the fan blade shaft 6 to drive the power transmission vertical shaft 11 to rotate, and the streamlined outer cover of the fan blade fairing 5 diverts the gas blowing in the face up and down, reducing the air flow to the greatest extent. The wind energy is converted into mechanical energy through the rotation of the power transmission vertical shaft 11 driven by the wind impeller, and finally converted into electrical energy through the generator 21. Because the wind wheel rotates horizontally, the device can receive wind from all directions, so it does not need yaw or navigation system adjustment.

Claims (6)

1, a kind of vertical combination wind-wheel wind power generation machine that horizontally rotates, it is by pylon oblique rollering steel cable (1), left side pylon (2), last level connects steelframe (3), last level connects steelframe oblique rollering steel cable (4), fan blade cowling (5), blade shaft (6), the firm bearing of last power transmission vertical shaft (7), last plane load-bearing bearing (8), wind wheel wheel hub (9), go up horizontal steelframe and connect fixedly steel disk (10) of vertical shaft, power transmission vertical shaft (shared rotor shaft) (11), blade shaft oblique rollering steel cable (12), fan blade fixed support (13), square wind bowl formula fan blade (14), right pylon (15), following level connects steelframe (16), right supporting steel frame (17), reinforced concrete Dynamo Room (18), the firm bearing of following power transmission vertical shaft (19), self-changing gear case (20), generator (21), the down horizontal steelframe of lower plane load-bearing bearing (22) connects fixedly steel disk (23) of vertical shaft, supporting steel frame (24) in the left side, the pylon declivity is drawn wirerope (25), tail tower (26) constitutes, it is characterized in that: power transmission vertical shaft (11) perpendicular to floor mounted on firm bearing of last power transmission vertical shaft (7) and the firm bearing of following power transmission (19), the firm bearing of last power transmission vertical shaft (7) is installed on the plane load-bearing bearing (8), the firm bearing of following power transmission vertical shaft (19) is installed on the lower plane load-bearing bearing (22), the firm bearing of last power transmission vertical shaft (7) by last horizontal steelframe connect vertical shaft fixedly steel disk (10) be contained on the level connection steelframe (3), last level connects steelframe (3) and is contained in respectively on right pylon of left pylon (2) (15) and the tail tower (26), the firm bearing of following power transmission vertical shaft (19) passes through down, and level connects fixedly steel disk of steelframe, the level that is connected down connects on the steelframe (16), following level connects steelframe (16) and is contained in right pylon of left pylon (2) (15) and tail tower (26) middle and lower part respectively, oblique rollering steel cable (1) is contained in the top of right pylon of left pylon (2) (15) and tail tower (26) respectively, wind wheel wheel hub (9) and blade shaft (6) are installed on the power transmission vertical shaft (11), fan blade cowling (5) and square wind bowl formula fan blade (14) are installed on blade shaft (6) and the fan blade fixed support (13), blade shaft oblique rollering steel cable (12) one ends are installed on the power transmission vertical shaft (11), the other end is fixed on the blade shaft (6), and generator (21) and self-changing gear case (20) are installed in the inside of the reinforced concrete Dynamo Room of power transmission vertical shaft (11) lower end.
2, the vertical combination wind-wheel wind power generation machine that horizontally rotates according to claim 1, it is characterized in that: the tens of rice of power transmission vertical shaft (11) Gao Keda, perpendicular to ground, top is sleeved in the firm bearing of power transmission vertical shaft (7), and the firm Bearing Installation of last power transmission vertical shaft is on last plane load-bearing bearing (8).The bottom is sleeved on down on the firm bearing of power transmission vertical shaft (19), and the firm bearing of following power transmission vertical shaft (19) is installed on the lower plane load-bearing bearing (22).Lower plane load-bearing bearing (22) is held power transmission vertical shaft (11), and lower plane load-bearing bearing (22) middle cover is thin axle in power transmission vertical shaft (11) lower end, and lower plane load-bearing bearing (22) is fixed on reinforced concrete Dynamo Room upper center.
3, the vertical combination wind-wheel wind power generation machine that horizontally rotates according to claim 1, it is characterized in that: per three of blade shaft (6) is one group of wind wheel, the wind wheel group has several, be equilateral, isogonism, isometric three pronged shape, upper and lower group of blade shaft (9) divided the isogonism layout each other equally, stack mounting is on power transmission vertical shaft (11) and wheel hub (9), square wind bowl formula fan blade (14) is contained on the fan blade fixed support (13), blade shaft oblique rollering steel cable (12) one ends are installed on the power transmission vertical shaft (11), and an end is fixed on the blade shaft (6).
4, the vertical combination wind-wheel wind power generation machine that horizontally rotates according to claim 1 is characterized in that: left pylon (2), right pylon (15) tail tower (26) entad are installed in level connection steelframe (3) perpendicular to ground respectively and are connected on the steelframe (16) with following level.
5, the vertical combination wind-wheel wind power generation machine that horizontally rotates according to claim 1, it is characterized in that: the level that goes up connect last horizontal steelframe on the steelframe (3) connect vertical shaft fixedly steel disk (10) be sleeved on the firm bearing of power transmission vertical shaft (7), the following horizontal steelframe connection vertical shaft on the following level connection steelframe (16) fixedly steel disk (23) is sleeved on down on the firm bearing of power transmission vertical shaft (19).
6, the vertical combination wind-wheel wind power generation machine that horizontally rotates according to claim 1, it is characterized in that: pylon oblique rollering steel cable (1) is installed in the top of right pylon of left pylon (2) (15) and tail tower (26) respectively, and the pylon declivity draws wirerope (25) to be installed in supporting steel frame (24) in the left side, right interior supporting steel frame (17) top.Upward horizontal steelframe oblique rollering steel cable (4) one ends are contained in the top of right pylon of left pylon (2) (15) and tail tower (26), and the other end is installed in the middle inside that level connects steelframe.
CNU2008202115851U 2008-12-03 2008-12-03 A vertical horizontal rotating combined wind wheel wind power generation device Expired - Fee Related CN201306254Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2008202115851U CN201306254Y (en) 2008-12-03 2008-12-03 A vertical horizontal rotating combined wind wheel wind power generation device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2008202115851U CN201306254Y (en) 2008-12-03 2008-12-03 A vertical horizontal rotating combined wind wheel wind power generation device

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CN201306254Y true CN201306254Y (en) 2009-09-09

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104847164A (en) * 2015-04-02 2015-08-19 黄思颖 anti-typhoon device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104847164A (en) * 2015-04-02 2015-08-19 黄思颖 anti-typhoon device
CN104847164B (en) * 2015-04-02 2017-09-08 黄思颖 Typhoon prevention method

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