CN102865194A - Multi-paddle wind driven generator - Google Patents
Multi-paddle wind driven generator Download PDFInfo
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- CN102865194A CN102865194A CN2012102987127A CN201210298712A CN102865194A CN 102865194 A CN102865194 A CN 102865194A CN 2012102987127 A CN2012102987127 A CN 2012102987127A CN 201210298712 A CN201210298712 A CN 201210298712A CN 102865194 A CN102865194 A CN 102865194A
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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 multi-paddle wind driven generator. The multi-paddle wind driven generator is a multi-paddle machine group and is a machine which obtains wind power qualitative change by the quantitative change of wind paddles. The multi-paddle wind driven generator consists of a machine frame body, a transmission mechanism, and wind paddle groups or single multi-paddle machines, wherein the transmission mechanism and the wind paddle groups or the single multi-paddle machines are arranged on the machine frame body; the wind paddle groups or the single multi-paddle machines are connected together on the machine frame body by the transmission mechanism; the quantity change of the wind paddle groups or the single multi-paddle machines and the quantity change of wind paddles are established on the machine frame body through the combination of the transmission mechanism; the obtaining of wind power quality is realized by the quantity changes; and the multi-paddle wind driven generator is the machine which can obtain much wind power.
Description
Technical field:
The present invention relates to wind-driven generator
Background technique
Wind-driven generator before is without the unit of support without the relay transmission, the wind-driven generator of single wind oar group, immutable wind vane angle.
Summary of the invention:
The present invention is a kind of multi-propeller wind driven generator colony, with multimachine, windy oar group, windy oar, numerous variable-angle wind blades are as the quantitative change of uniting realization of internal organization and realize obtaining the machinery of the qualitative change of wind-power, it is by the earth frame body, and the driving mechanism on the ground level and numerous single multiple-blade machines form:
Frame body at the earth is installed with driving mechanism and a plurality of single multiple-blade machine body, driving mechanism on the ground level connects as one numerous single multiple-blade machines at the earth frame body, numerous single multiple-blade machine bodies is the connection by the driving mechanism on the ground level in large ground, realized the quantitative change of single multiple-blade machine on the earth frame body, single multiple-blade machine body is through the frame body in its inner organization, the associating of driving mechanism and wind oar group, realized the quantitative change of wind oar group, wind oar group is by wind oar group dish, wind oar arm, the associating of the internal organizational structure of wind blade, realized the quantitative change of wind blade, the quantitative change of wind blade has realized or has set up acquisition to the qualitative change of wind-power, thereby this multimachine, many oars group, many oars, leafy machinery closes and is referred to as multi-propeller wind driven generator; Such multi-propeller wind driven generator machinery, foundation and realization obtain the condition of wind-power matter; It is characterized in that:
1, the earth frame body: by the earth and the large a plurality of multiple-blade machine pedestals that arrange on the ground, the longitudinal axis in the ground level upper driving mechanism, the transverse axis pedestal, gear chamber pedestal and generator pedestal form: at the large single multi-propeller wind driven generator pedestal of setting up single multi-propeller wind driven generator is installed on the ground, at transmission shaft pedestal in length and breadth in length and breadth transmission shaft is installed, at the gear chamber pedestal bevel type gear chamber is installed, the generator of multi-propeller wind driven generator group of planes inside is installed at the generator pedestal, on the earth frame body single multi-propeller wind driven generator by the driving mechanism on the ground level in the in length and breadth associating of beam warp gear chamber, connect as one with the generator of multi-propeller wind driven generator group inside, make it to become a multi-propeller wind driven generator colony:
2, the driving mechanism on the ground level; It is comprised of the setting transmission shaft in the single multi-propeller wind driven generator column, in length and breadth transmission shaft, coupling, bevel type gear chamber and generator on the ground level pedestal, at the earth frame body numerous single multi-propeller wind driven generator bodies is connected as one, set up the quantitative change of single multiple-blade machine body, set up the condition that realizes multi-propeller wind driven generator group of planes body, the driving mechanism on the ground level is built into the interior drive part of a multi-propeller wind driven generator group of planes jointly with driving mechanism in the single multi-propeller wind driven generator internal organization:
3, single multi-propeller wind driven generator body; The machinery that can work independently, it is the primary condition that forms multi-propeller wind driven generator, it is the condition that realizes wind oar group number change, it is in the associating of the earth frame body by ground level upper driving mechanism, realized the variation of the single multi-propeller wind driven generator scale of construction, it is by the frame body in its internal organization, driving mechanism and wind oar group parts consist of, at the frame body driving mechanism and wind oar group parts are installed, with numerous wind oar group gangs, wind oar group has been set up the variation of wind oar group quantity to driving mechanism on the frame body by being connected to of driving mechanism at the frame body;
(1) frame body: be by the interior setting transmission shaft that is provided with; Outer wall is provided with framework movable frame pedestal, the below is left framework rotating disk that the hollow column of power delivery outlet, a plurality of bearing be combined into one by frame structure, is combined and be comprised of the vertical frame type movable machine frame of pull bar oblique pull moulding by longeron, vertical beam, crossbeam, on the column outer wall multilayer pedestal frame set dish is installed, the vertical frame type movable machine frame with driving mechanism and wind oar group and rudder composition is installed on the rotating disk; The frame body is that driving mechanism and wind oar set condition part are installed.
(2) driving mechanism: it connects as one wind oar group on the frame body, it is by the wind oar group longitudinal axis, framework movable machine frame, setting transmission shaft and the gear chamber set up in power output transmission transverse axis in vertical pivot between transverse axis on the crossbeam, transverse axis and the transverse axis and the single multi-propeller wind driven generator and the hollow column form, the wind oar group longitudinal axis is connected by the umbrella gear group with the interior short horizontal of gear chamber, short horizontal is connected with long transverse axis between two gear chamber through coupling, and each layer transverse axis is connected with vertical pivot through gear chamber: wherein
1, an end of the pto＝power take-off in the single multi-propeller wind driven generator is connected with transverse axis through gear chamber, and the other end is connected with the unit motor: consist of single multi-propeller wind driven generator body:
The setting axle that is provided with in 2 hollow columns, axle upper end is connected with driving mechanism on the single multi-propeller wind driven generator framework movable machine frame, erect the power delivery outlet that leaves below axle lower end and the column interior and the transmission shaft that is connected with ground upper driving mechanism be connected;
(3) wind oar group: wind oar group by the connection of driving mechanism, makes wind oar group at the frame body on the frame body, has set up number change; It is comprised of wind oar group dish, torsion spring, wind oar arm, wind blade, pull bar, the wind oar group longitudinal axis and air guide sleeve, wind oar group dish is installed on the wind oar group longitudinal axis, on the wind oar group dish wind oar arm is installed, variable-angle wind blade is installed on the wind oar arm, the wind blade by blade with form with the muscle beam of two collars, the collar on the muscle beam is enclosed within on the wind oar arm, is changing the angle to various wind-force between wind oar arm and the wind blade under the effect of torsion spring; Between wind oar arm and the wind oar arm, all have pull bar to be connected between wind oar arm and the air guide sleeve; The umbrella gear of wind oar group longitudinal axis rearward end umbrella gear on the indoor short horizontal of the umbrella gear on the framework movable machine frame crossbeam is combined, and forms the umbrella gear group: wind oar group has realized the number change of wind blade by wind oar arm; And Che has stood the qualitative change of wind-power;
The frame body of single multi-propeller wind driven generator, driving mechanism, wind oar group part connects by a kind of bevel type gear chamber, and makes it into as a whole;
The earth frame body of the multi-propeller wind driven generator of group of planes body, the driving mechanism on the ground level, single multi-propeller wind driven generator body make it into as a whole through the connection of gear chamber
Its beneficial effect is the machinery that can obtain more windy power.
Description of drawings:
Fig. 1, be multi-propeller wind driven generator rack construction principle schematic, front elevation:
Fig. 2, be system of single multi-propeller wind driven generator and group of planes sports association, right elevation:
Fig. 3, be front elevation and the lower view of multi-propeller wind driven generator driving mechanism structure:
Fig. 4, be the wind oar group of multi-propeller wind driven generator and the front elevation of gear chamber;
Fig. 5, be the theoretical principle schematic diagram of multi-propeller wind driven generator:
Mark, sequence number according to Fig. 1, Fig. 2, Fig. 3, Fig. 4 describe multi-propeller wind driven generator:
Wind oar group part,
1, blade: be fixed on the muscle beam of the collar, be used for directly obtaining wind-power;
2, with the muscle beam of the collar: be fixed together with blade and be enclosed within on the wind oar arm.
3, wind oar arm: be fixed on the wind oar group dish, be provided with pull bar and wind blade
4, wind oar group dish: be installed on the wind oar group longitudinal axis, be provided with air guide sleeve and wind oar arm.Frame body part
5, gear chamber: in be provided with the wind oar group longitudinal axis, short horizontal and vertical pivot, umbrella gear group, bearing, lubricant oil and oil sealing be connected they connect by the umbrella gear group and assembling and be fixed on the single multiple-blade machine framework movable machine frame crossbeam and the pedestal of the earth frame on.
6, column: be a kind of hollow column, be provided with framework rotating disk and movable machine frame, in be provided with the setting transmission shaft, outer wall is provided with each layer crossbeam pedestal, the power delivery outlet is left in the below.
7, frame-type movable machine frame: it is comprised of crossbeam, longeron, vertical beam, pull bar, rudder and is located on the rotating disk on the column outer wall pedestal.
8, crossbeam: it and vertical beam, longeron are combined into the framework movable machine frame, and gear chamber, driving mechanism, wind oar group are installed on the crossbeam, by pull bar and upper strata rotating disk outer rim tractive:
9, vertical beam: it and crossbeam, longeron consist of the framework frame, keep girder space.
10, longeron: it and crossbeam, column, vertical beam form the framework movable machine frame, and its rear section is installed with unit generator and rudder.
11, pull bar: be used for the crossbeam of framework movable machine frame, the tractive of longeron.
12, the earth and pedestal: comprise single multi-propeller wind driven generator pedestal on the pedestal, transmission shaft pedestal in length and breadth, gear chamber pedestal and engine base.
13, framework rotating disk: being used for being connected of column and framework movable machine frame, is to be combined into by a plurality of bearings and frame structure:
The driving mechanism part:
14, the wind oar group longitudinal axis: be used for installing wind oar group and be connected in the interior short horizontal of gear chamber.
15, transverse axis: it comprises short horizontal in the gear chamber and the long transverse axis between two gear chamber, and short horizontal is connected with long transverse axis through coupling, and is connected with the unit power take-off drive shaft with vertical pivot between the transverse axis with the wind oar group longitudinal axis, transverse axis, can be in the ground transmission:
16, vertical pivot: be used for the transverse axis on each layer crossbeam is connected as one.
17, the pto＝power take-off in the single body: be used for the transmission of power on the transverse axis and unit generator.
18, the setting axle in the hollow column: being used for the driving mechanism on the single body and being connected of ground driving mechanism is the necessary condition of setting up multi-propeller wind driven generator colony.
19, the driving mechanism on the ground level: it is comprised of the longitudinal axis, transverse axis, gear chamber and generator.
20, coupling: be used for being connected between axle and the axle.
21, generator: be used for generating electricity from the wind-power that multi-propeller wind driven generator obtains.
Embodiment:
Blade in the multi-propeller wind driven generator (1) is fixed on the muscle beam (2) with the collar, muscle beam casing ring (2) is enclosed within on the wind oar arm (3), wind oar arm (3) is fixed on the wind oar group dish (4), the longitudinal axis of wind oar group dish (4) is installed on the gear chamber (5), gear chamber (5) is installed on the crossbeam (8) of framework movable machine frame, crossbeam (8) jointly consists of framework movable machine frame (7) with vertical beam (9) and longeron (10) pull bar (11) and is located on the framework rotating disk (13), framework rotating disk (13) is installed on column (6) the outer wall pedestal, and column (6) is installed on the single multi-propeller wind driven generator pedestal (12) that the earth sets up; The wind oar group longitudinal axis (14) is installed on the gear chamber (5), and with transverse axis (15) in short horizontal on umbrella gear be connected, short horizontal is connected with long transverse axis between two gear chamber (5) through coupling (20), transverse axis (15) respectively with the wind oar group longitudinal axis (14), vertical pivot (16), the setting transmission shaft (18) that power take-off drive shaft (17) in the single multiple-blade machine is connected with hollow column connects through the umbrella gear group, transverse axis or the longitudinal axis in the ground driving mechanism below setting transmission shaft (18) in the hollow column and the column in the power delivery outlet are connected, its in length and breadth beam warp gear chamber (5) connection, longitudinal axis transverse axis is connecting respectively the driving mechanism on the single wind-driven generator body, and be connected with generator (21) that ground is provided with, but this multi-propeller wind driven generator can the unit generating also colony's cogeneration.
Claims (3)
- The present invention is a kind of multi-propeller wind driven generator colony, a kind of machinery of realizing and set up wind-power matter with the amount of wind oar, with multimachine, windy oar group, windy oar, windy blade is as the associating of internal organization and the quantitative change that realizes and realizing obtains the machinery of the qualitative change of wind-power, it is by the earth frame body, driving mechanism on the ground level and numerous single multiple-blade machines form: the frame body at the earth is installed with driving mechanism and a plurality of single multiple-blade machine body, driving mechanism on ground level connects as one numerous single multiple-blade machines at the earth and frame body, numerous single multiple-blade machine bodies is the connection by the driving mechanism on the ground level in large ground, realized the quantitative change of single multiple-blade machine on the earth frame body, single multiple-blade machine body is through the frame body in its inner organization, driving mechanism and wind oar group are united the quantitative change that has realized wind oar group, wind oar group is by wind oar arm, the associating of the internal organizational structure of wind blade, realized the quantitative change of wind blade, the quantitative change of wind blade, realized or set up acquisition to the qualitative change of wind-power, thereby such multimachine, many oars group, many oars, leafy machinery closes and is referred to as multi-propeller wind driven generator; Such multi-propeller wind driven generator machinery, foundation and realization obtain the condition of wind-power matter; It is characterized in that;1. the earth frame body is by the earth and the large a plurality of multiple-blade machine pedestals that arrange on the ground, the longitudinal axis in the ground level upper driving mechanism, the transverse axis pedestal, gear chamber pedestal and generator pedestal form: at the large single multi-propeller wind driven generator pedestal of setting up single multi-propeller wind driven generator is installed on the ground, at transmission shaft pedestal in length and breadth in length and breadth transmission shaft is installed, at the gear chamber pedestal bevel type gear chamber is installed, the generator of multi-propeller wind driven generator group of planes inside is installed at the generator pedestal, on the earth frame body single multi-propeller wind driven generator by the driving mechanism on the ground level in the in length and breadth associating of beam warp gear chamber, connect as one with the generator of multi-propeller wind driven generator group inside, make it to become a multi-propeller wind driven generator colony.
- Driving mechanism on the ground level it formed by the setting transmission shaft in the single multi-propeller wind driven generator column, in length and breadth transmission shaft, coupling, bevel type gear chamber and generator on the ground level pedestal, at the earth frame body numerous single multi-propeller wind driven generator bodies is connected as one, set up the quantitative change of single multiple-blade machine body, set up the condition that realizes multi-propeller wind driven generator group of planes body, the driving mechanism on the ground level is built into the interior drive part of a multi-propeller wind driven generator group of planes jointly with driving mechanism in the single multi-propeller wind driven generator internal organization.
- 3. single multi-propeller wind driven generator body is the machinery that can work independently, it is the primary condition that forms multi-propeller wind driven generator, it is the condition that realizes wind oar group number change, it is in the associating of the earth frame body by ground level upper driving mechanism, realized the variation of the single multi-propeller wind driven generator scale of construction, it is by the frame body in its internal organization, driving mechanism and wind oar group parts consist of, at the frame body driving mechanism and wind oar group parts are installed, with numerous wind oar group gangs, wind oar group has been set up the variation of wind oar group quantity to driving mechanism on the frame body by being connected to of driving mechanism at the frame body;(1) frame body: be by the interior setting transmission shaft that is provided with; Outer wall is provided with framework movable frame pedestal, the below is left framework rotating disk that the hollow column of power delivery outlet, a plurality of bearing be combined into one by frame structure, is combined and be comprised of the vertical frame type movable machine frame of pull bar oblique pull moulding by longeron, vertical beam, crossbeam, on the column outer wall multilayer pedestal frame set dish is installed, the vertical frame type movable machine frame with driving mechanism and wind oar group and rudder composition is installed on the rotating disk; The frame body is that driving mechanism and wind oar set condition part are installed.(2) driving mechanism, it connects as one wind oar group on the frame body, it is by the wind oar group longitudinal axis, framework movable machine frame, setting transmission shaft and the gear chamber set up in power output transmission transverse axis in vertical pivot between transverse axis on the crossbeam, transverse axis and the transverse axis and the single multi-propeller wind driven generator and the hollow column form, the wind oar group longitudinal axis is connected by the umbrella gear group with the interior short horizontal of gear chamber, short horizontal is connected with long transverse axis between two gear chamber through coupling, and each layer transverse axis is connected with vertical pivot through gear chamber: wherein1, an end of the pto＝power take-off in the single multi-propeller wind driven generator is connected with transverse axis through gear chamber, and the other end is connected with the unit motor: consist of single multi-propeller wind driven generator:The setting axle that is provided with in 2 hollow columns, axle upper end is connected with driving mechanism on the single multi-propeller wind driven generator framework movable machine frame, erect the power delivery outlet that leaves below axle lower end and the column interior and the transmission shaft that is connected with ground upper driving mechanism be connected;(3) wind oar group: wind oar group by the connection of driving mechanism, makes wind oar group at the frame body on the frame body, has set up number change; It by wind oar group dish, turn round Huang, wind oar arm, wind blade, pull bar, the wind oar group longitudinal axis and air guide sleeve and form, wind oar group dish is installed on the wind oar group longitudinal axis, on the wind oar group dish wind oar arm is installed, variable-angle wind blade is installed on the wind oar arm, the wind blade by blade with form with the muscle beam of two collars, the collar on the muscle beam is enclosed within on the wind oar arm, is changing the angle to various wind-force between wind oar arm and the wind blade under the effect of torsion spring; Between wind oar arm and the wind oar arm, all have pull bar to be connected between wind oar arm and the air guide sleeve; The umbrella gear of wind oar group longitudinal axis rearward end umbrella gear on the indoor short horizontal of the umbrella gear on the framework movable machine frame crossbeam is combined, and forms the umbrella gear group: wind oar group has realized the quantitative change of wind blade, the qualitative change that this quantitative change Che has found wind-power by wind oar arm;The frame body of single multi-propeller wind driven generator, driving mechanism, wind oar group part connects by a kind of bevel type gear chamber, and makes it into as a whole;The earth frame body of the multi-propeller wind driven generator of group of planes body, the driving mechanism on the ground level, single multi-propeller wind driven generator body make it into as a whole through the connection of gear chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012102987127A CN102865194A (en) | 2012-08-12 | 2012-08-12 | Multi-paddle wind driven generator |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012102987127A CN102865194A (en) | 2012-08-12 | 2012-08-12 | Multi-paddle wind driven generator |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103485985A (en) * | 2013-08-14 | 2014-01-01 | 杜振义 | Multi-propeller wind-driven generator |
| CN105604793A (en) * | 2015-07-16 | 2016-05-25 | 杜振义 | Multi-paddle wind power generation and solar power generation all-in-one machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2663683Y (en) * | 2003-12-01 | 2004-12-15 | 杜振义 | Multi-paddle wind mill generator |
| CN101666289A (en) * | 2009-09-19 | 2010-03-10 | 杜振义 | Multiple-blade machine |
| CN101813056A (en) * | 2009-09-19 | 2010-08-25 | 杜振义 | Multi-propeller wind driven generator |
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2012
- 2012-08-12 CN CN2012102987127A patent/CN102865194A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2663683Y (en) * | 2003-12-01 | 2004-12-15 | 杜振义 | Multi-paddle wind mill generator |
| CN101666289A (en) * | 2009-09-19 | 2010-03-10 | 杜振义 | Multiple-blade machine |
| CN101813056A (en) * | 2009-09-19 | 2010-08-25 | 杜振义 | Multi-propeller wind driven generator |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103485985A (en) * | 2013-08-14 | 2014-01-01 | 杜振义 | Multi-propeller wind-driven generator |
| CN103485985B (en) * | 2013-08-14 | 2016-12-28 | 杜振义 | Multi-propeller wind driven generator |
| CN105604793A (en) * | 2015-07-16 | 2016-05-25 | 杜振义 | Multi-paddle wind power generation and solar power generation all-in-one machine |
| CN105604793B (en) * | 2015-07-16 | 2018-07-06 | 杜振义 | More blade wind power generations and solar power generation all-in-one machine |
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Application publication date: 20130109 |
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