CN205036503U - Wind wheel rotor machine of increase wind energy - Google Patents
Wind wheel rotor machine of increase wind energy Download PDFInfo
- Publication number
- CN205036503U CN205036503U CN201520764982.1U CN201520764982U CN205036503U CN 205036503 U CN205036503 U CN 205036503U CN 201520764982 U CN201520764982 U CN 201520764982U CN 205036503 U CN205036503 U CN 205036503U
- Authority
- CN
- China
- Prior art keywords
- plate
- wind
- wind wheel
- hole
- transmission shaft
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- 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
Landscapes
- Wind Motors (AREA)
Abstract
Wind wheel rotor machine of increase wind energy, it the device that belongs to among the wind power generation technical field, the device's wind -collecting cover opens the gauze mask body, the front end of the cover body opens the macrostoma, the osculum is contract to the rear end, rear end osculum terminal surface solidifies with middle and upper square end face in wind wheel box the place ahead both sides and the preceding terminal surface of case lid, the department is equipped with the perforating hole in the middle of the both sides board of wind wheel box, device wind wheel axle in the perforating hole, the partition is solidifying wind turbine blade on the excircle of wind wheel axle, the hinge pin is concretied at the case lid rear of wind wheel box, the hinge pin rear is concretied and is hung the revolving door, on locating in the middle of wind -collecting cover the place ahead, the rotor plate is concretied to the hypoplastron outside, the preceding through -hole cover of rotor plate is on tianzhu upper portion shrink cylindrical excircle, the acceleration rate box sets up in the board of wind wheel box left side department in the middle of anterior, the generator sets up in the left front portion of acceleration rate box, the device concentrates the wind energy with the wind -collecting cover, the utilization ratio of increase wind energy, the generated energy of increase generator, electricity generation among the people can supply, do and supply the national grid power consumption.
Description
One, technical field: the wind wheel generator increasing wind energy is the device belonged in technical field of wind power generation.
Two, background technique: known, the technology of the wheel rotation of current wind-power electricity generation relies on the wind of several blade to turn, and take up space large, wind energy utilization is low, and generating efficiency is low, and this is a difficult problem for current wind-power electricity generation.
Three, summary of the invention: for solving the difficult problem in background technique, the object of the invention is to provide a kind of wind wheel generator increasing wind energy, this device utilizes wind-collection cover, wind energy is concentrated in wind-collection cover, air pressure in wind-collection cover is increased, with the wind wheel blade that the air push front increasing pressure is rotated, increase the warping force of rotor shaft greatly, because the warping force of rotor shaft increases, increase the moment of rotation of each gear of booster engine, increase the generated energy of generator simultaneously, the electric energy that the high-rating generator of this device sends, national grid can be input to, small generator of the present invention, can be civilian power generation, can arrange generating before room among the people, behind room, for electricity consumption among the people.
The technical solution adopted in the present invention: the wind wheel generator increasing wind energy, is with Tianzhu, wind-collection cover, rotation frame plate, wind wheel casing, rotor shaft, wind wheel blade, the arc plate that keeps out the wind, rear shrouding, hangs revolving door, hinge axis, boatswain chair, insulated plate, transmission of electricity arc sheet, defeated power line, absolutely source ring, receives electric ring, reception power line, bearing support, speedup casing, generator, I driving gear, I driven gear, I transmission shaft, II driving gear, II driven gear, III driving gear, II rotatingshaft, III transmission shaft and III driven gear formed; It is characterized in that: Tianzhu is circular steel body, the top of Tianzhu shrinks circular cylinder; Wind-collection cover is rectangular open mouth mask steel body, and its front end is unlimited large mouth, and rear end shrinks osculum; Rotor plate is elongate steel plate, and a through hole is established in the front of steel plate; Wind wheel casing is rectangular housing-case steel body, and the biside plate middle of wind wheel casing is provided with through hole, and in the front of left sideboard middle through hole, what have certain distance is respectively equipped with three through holes, and three through holes of these three through holes and speedup casing are through; Rotor shaft, I transmission shaft, II transmission shaft and III transmission shaft are all cylindrical steel bodies; Wind wheel blade, rear shrouding and to hang revolving door are all rectangular steel plates; The arc plate that keeps out the wind is semi-circle steel plate; Boatswain chair is elongate steel plate, establishes a through hole in the bottom of elongate steel plate; Insulated plate is the exhausted source material plate of rectangle, and the front end of insulated plate is arcuate furrow end face, and a through hole is established at longitudinal plate center of insulated plate; Transmission of electricity arc sheet is arc copper sheet; Exhausted source ring is the annular solid of exhausted source material, and the cylindrical of exhausted source ring is provided with annular groove, is provided with accessibke porosity in the ring body of exhausted source; Receiving electric ring is copper ring body; Bearing support is circular nested steel body, establishes a through hole at the center of bearing support, loads bearing in bearing support; Speedup casing is Rectangular Bar Of Steel board slot body, and what cell body base plate had certain distance is provided with three through holes; I driving gear, II driving gear and III driving gear are the gears of axis of great circle, and a through hole is established at the center of gear; I driven gear, II driven gear and III driven gear are axis of small circle gears, and a through hole is established at the center of gear; The formation of this device: this device rotates with two contraction circle bottom and the top that one end circular hole of frame plates is set on Tianzhu respectively, the outside in the upper and lower plate face of great Kou middle is opened wide in the front end that the other end of rotor plate is cemented in wind-collection cover respectively; Lower Half in wind wheel casing is provided with the arc plate that keeps out the wind, and the periphery difference consolidation of the biside plate through hole of wind wheel casing bearing support, and load bearing in bearing support, the two ends of rotor shaft are enclosed in the hole of bearing; Wherein, the left end of rotor shaft extends certain length, is enclosed in the center hole of I driving gear, carries out consolidation at the end extending certain length; Be enclosed on the periphery of the rotor shaft in wind wheel casing, the consolidation of decile an end face of multiple wind wheel blade; Reducing end face in wind-collection cover rear portion carries out consolidation with the front-end face of arc plate of keeping out the wind, the middle and upper part of wind wheel casing biside plate front-end face and the front-end face of top box cover plate; Rear shrouding both sides end face is cemented on the plate face, middle and lower part at rear in wind wheel casing biside plate, and rear shrouding lower end surface is cemented in above the box plate rear of wind wheel casing, and consolidation is carried out with the outside at arc plate rear of keeping out the wind in the front on rear shrouding top; Hinge axis be cemented in respectively wind wheel box cover plate rear above and hang before above revolving door, hang the angle that revolving door can rotate 120 °; The upper end of boatswain chair is cemented in below lower rotation frame plate rear, carries out consolidation before boatswain chair bottom with the plane at insulated plate rear, consolidation transmission of electricity arc sheet in the groove of insulated plate front end face; The through hole of defeated power line through boatswain chair rear and the through hole of insulated plate centre, defeated power line connects with transmission of electricity arc sheet, and defeated power line is three-phase power line, and the other end of defeated power line connects with the power supply of generator; Exhausted source Ring current distribution borehole jack carries out consolidation on the top of the large dome of Tianzhu, receives electric ring set and carry out consolidation in the groove of exhausted source ring cylindrical; Receive power line to be connected with the electric ring of reception by the through hole in the ring of exhausted source; The cylindrical of three the electric rings of reception loaded in three grooves of ring periphery, exhausted source, the cambered surface of arc sheet of transmitting electricity with three respectively contacts, and rotating at the periphery of the electric ring of reception with the intrados of three transmission of electricity arc sheets is respectively 360 °; The left end shaft of rotor shaft is cemented in the center hole of I driving gear; The two ends of I transmission shaft, II transmission shaft and III transmission shaft, in three holes that three through holes being provided with of the left sideboard front being enclosed in wind wheel casing successively and speedup casing bottom panel are arranged respectively; Wherein the left end of III transmission shaft extends a segment distance and generator main moving axis connects; The center hole of I driven gear is cemented in the left side of I transmission shaft, and I driven gear engages with I driving gear; The center hole of II driving gear is cemented in the middle of I propeller shaft length, and the center hole of II driven gear is cemented in the middle of II propeller shaft length, and II driving gear and II driven gear intermesh; The center hole of III driving gear is cemented on the right side of II transmission shaft, and the center hole of III driven gear is cemented in the right side of III transmission shaft, and III driving gear and III driven gear intermesh; One end of defeated power line connects with generator power supply, and the other end of defeated power line connects with transmission of electricity arc sheet; Consolidation is carried out in the middle in the middle front that speedup casing is fastened on outside wind wheel casing left sideboard
The advantage of this device: this device adopts wind-collection cover to collect wind-force windward, adds the utilization ratio of wind energy greatly, the utilization ratio of wind energy is increased to more than several times, meanwhile, increases the moment of rotation of generator, increases the ability of generating greatly; The small generator of this device, generates electricity in the Around the house field that can be arranged on rural area, and for resident provides power supply, the electric energy that this device high-rating generator is produced can be used for national grid to apply.
Four, accompanying drawing illustrates:
Fig. 1 is that the master of the wind wheel generator increasing wind energy looks profile construction schematic diagram.
Fig. 2 is the left apparent structure schematic diagram of Fig. 1.
Fig. 3 be Fig. 1 overlook schematic diagram of structure.
Fig. 4 is that the B-B section of Fig. 1 overlooks structure amplification principle figure.
Fig. 5 is that the A-A section of Fig. 1 overlooks structure amplification principle figure.
Five, embodiment: consult Fig. 1 to Fig. 5 below and be described in detail, in Fig. 1 to Fig. 5, increase the wind wheel generator of wind energy, with Tianzhu 1, wind-collection cover 2, rotate frame plate 3, wind wheel casing 4, rotor shaft 5, wind wheel blade 6, keep out the wind arc plate 7, rear shrouding 8, hang revolving door 9, hinge axis 10, boatswain chair 11, insulated plate 12, transmission of electricity arc sheet 13, defeated power line 14, exhausted source ring 15, receive electric ring 16, receive power line 17, bearing support 18, speedup casing 19, generator 20, I driving gear 21, I driven gear 22, I transmission shaft 23, II driving gear 24, II driven gear 25, III driving gear 26, II transmission shaft 27, III transmission shaft 28 and III driven gear 29 formed, it is characterized in that: Tianzhu 1 is circular steel body, the top of Tianzhu 1 shrinks circular cylinder, wind-collection cover 2 is rectangular open mouth mask steel bodies, and its front end is unlimited large mouth, and rear end shrinks osculum, rotor plate 3 is elongate steel plate, and a through hole is established in the front of steel plate, wind wheel casing 4 is rectangular housing-case steel bodies, and the biside plate middle of wind wheel casing 4 is provided with through hole, and in the front of left sideboard middle through hole, what have certain distance is respectively equipped with three through holes, and three through holes of these three through holes and speedup casing 19 are through, rotor shaft 5, I transmission shaft 23, II transmission shaft 27 and III transmission shaft 28 are all cylindrical steel bodies, wind wheel blade 6, rear shrouding 8 and to hang revolving door 9 are all rectangular steel plates, the arc plate 7 that keeps out the wind is semi-circle steel plates, boatswain chair 11 is elongate steel plate, establishes a through hole in the bottom of elongate steel plate, insulated plate 12 is the exhausted source material plates of rectangle, and the front end of insulated plate 12 is arcuate furrow end faces, and a through hole is established at longitudinal plate center of insulated plate 12, transmission of electricity arc sheet 13 is arc copper sheets, exhausted source ring 15 is annular solids of exhausted source material, and the cylindrical of exhausted source ring 15 is provided with annular groove, is provided with accessibke porosity in ring 15 body of exhausted source, receiving electric ring 16 is copper ring bodies, bearing support 18 is circular nested steel bodies, establishes a through hole at the center of bearing support 18, loads bearing in bearing support 18, speedup casing 19 is Rectangular Bar Of Steel board slot bodies, and what cell body base plate had certain distance is provided with three through holes, I driving gear 21, II driving gear 24 and III driving gear 26 are axis of great circle gears, and a through hole is established at the center of gear, I driven gear 22, II driven gear 25 and III driven gear 29 are axis of small circle gears, and a through hole is established at the center of gear, the formation of this device: this device rotates with two contraction circle bottom and the top that one end circular hole of frame plates 3 is set on Tianzhu 1 respectively, the outside in the upper and lower plate face of great Kou middle is opened wide in the front end that the other end of rotor plate 3 is cemented in wind-collection cover 2 respectively, Lower Half in wind wheel casing 4 is provided with the arc plate 7 that keeps out the wind, and the periphery difference consolidation of the biside plate through hole of wind wheel casing 4 bearing support 18, and load bearing in bearing support 18, the two ends of rotor shaft 5 are enclosed in the hole of bearing, wherein, the left end of rotor shaft 5 extends certain length, is enclosed in the center hole of I driving gear 21, carries out consolidation at the end extending certain length, be enclosed on the cylindrical of the rotor shaft 5 in wind wheel casing 4, the consolidation of decile an end face of multiple wind wheel blade 6, wind-collection cover 2 rear portion reducing end face carries out consolidation with the front-end face of arc plate 7 of keeping out the wind, the middle and upper part of wind wheel casing 4 biside plate front-end face and the front-end face of top box cover plate, rear shrouding 8 both sides end face is cemented on the plate face, middle and lower part at rear in wind wheel casing 4 biside plate, and rear shrouding 8 lower end surface is cemented in above the box plate rear of wind wheel casing 4, and consolidation is carried out with the outside at arc plate 7 rear of keeping out the wind in the front on rear shrouding 8 top, hinge axis 10 be cemented in respectively wind wheel casing 4 upper cover plate rear above and hang before above revolving door 9, hang the angle that revolving door 9 can rotate 120 °, boatswain chair 11 upper end is cemented in below lower rotation frame plate 3 rear, carries out consolidation before boatswain chair 11 bottom with the plane at insulated plate 12 rear, consolidation transmission of electricity arc sheet 13 in the groove of insulated plate 12 front end face, the through hole of defeated power line 14 through boatswain chair 11 rear and the through hole of insulated plate 12 centre, defeated power line 14 connects with transmission of electricity arc sheet 13, and defeated power line 14 is three-phase power lines, and the defeated the other end of power line 14 connects with the power supply of generator, consolidation is carried out on the top that the center hole of exhausted source ring 15 is enclosed within the large dome of Tianzhu 1, receives electric ring 16 and is enclosed within the groove of exhausted source ring 15 cylindrical and carries out consolidation, receive power line 17 to be connected with the electric ring 16 of reception by the through hole in exhausted source ring 15, the cylindrical of three the electric rings 16 of reception loaded in three grooves of ring 15 periphery, exhausted source, the cambered surface of arc sheet 13 of transmitting electricity with three respectively contacts, and rotating at the periphery of the electric ring 16 of reception with the intrados of three transmission of electricity arc sheets 13 is respectively 360 °, the left end shaft of rotor shaft 5 is cemented in the center hole of I driving gear 21, the two ends of I transmission shaft 23, II transmission shaft 27 and III transmission shaft 28, in three holes that three through holes being provided with of the left sideboard front being enclosed in wind wheel casing 4 successively and speedup casing 19 bottom panel are arranged respectively, wherein the left end of III transmission shaft 28 extends a segment distance and generator 20 driving shaft connects, the center hole of I driven gear 22 is cemented in the left side of I transmission shaft 23, and I driven gear 22 engages with I driving gear 21, the center hole of II driving gear 24 is cemented in the middle of I transmission shaft 23 length, and the center hole of II driven gear 25 is cemented in the middle of II transmission shaft 27 length, and II driving gear 24 and II driven gear 25 intermesh, the center hole of III driving gear 26 is cemented on the right side of II transmission shaft 27, and the center hole of III driven gear 29 is cemented in the right side of III transmission shaft 28, and III driving gear 26 and III driven gear 29 intermesh, one end of defeated power line 14 connects with generator 20 power supply, and the other end of defeated power line 14 connects with transmission of electricity arc sheet 13, consolidation is carried out in the middle in the front that speedup casing 19 is fastened on outside wind wheel casing 4 left sideboard.
Claims (1)
1. increase the wind wheel generator of wind energy, with Tianzhu (1), wind-collection cover (2), rotate frame plate (3), wind wheel casing (4), rotor shaft (5), wind wheel blade (6), keep out the wind arc plate (7), rear shrouding (8), hang revolving door (9), hinge axis (10), boatswain chair (11), insulated plate (12), transmission of electricity arc sheet (13), defeated power line (14), exhausted source ring (15), receive electric ring (16), receive power line (17), bearing support (18), speedup casing (19), generator (20), I driving gear (21), I driven gear (22), I transmission shaft (23), II driving gear (24), II driven gear (25), III driving gear (26), II transmission shaft (27), III transmission shaft (28) and III driven gear (29) formed, it is characterized in that: Tianzhu (1) is circular steel body, the top of Tianzhu (1) shrinks circular cylinder, wind-collection cover (2) is rectangular open mouth mask steel body, and its front end is unlimited large mouth, and rear end shrinks osculum, rotor plate (3) is elongate steel plate, and a through hole is established in the front of steel plate, wind wheel casing (4) is rectangular housing-case steel body, the biside plate middle of wind wheel casing (4) is provided with through hole, in the front of left sideboard middle through hole, what have certain distance is respectively equipped with three through holes, and three through holes of these three through holes and speedup casing (19) are through, rotor shaft (5), I transmission shaft (23), II transmission shaft (27) and III transmission shaft (28) are all cylindrical steel bodies, wind wheel blade (6), rear shrouding (8) and to hang revolving door (9) are all rectangular steel plates, the arc plate (7) that keeps out the wind is semi-circle steel plate, boatswain chair (11) is elongate steel plate, establishes a through hole in the bottom of elongate steel plate, insulated plate (12) is the exhausted source material plate of rectangle, and the front end of insulated plate (12) is arcuate furrow end face, and a through hole is established at longitudinal plate center of insulated plate (12), transmission of electricity arc sheet (13) is arc copper sheet, exhausted source ring (15) is the annular solid of exhausted source material, and the cylindrical in exhausted source ring (15) is provided with annular groove, is provided with accessibke porosity in ring (15) body of exhausted source, receiving electric ring (16) is copper ring body, bearing support (18) is circular nested steel body, establishes a through hole at the center of bearing support (18), loads bearing in bearing support (18), speedup casing (19) is Rectangular Bar Of Steel board slot body, and what cell body base plate had certain distance is provided with three through holes, I driving gear (21), II driving gear (24) and III driving gear (26) are axis of great circle gears, and a through hole is established at the center of gear, I driven gear (22), II driven gear (25) and III driven gear (29) are axis of small circle gears, and a through hole is established at the center of gear, the formation of this device: this device is the contraction circle bottom and top being set on Tianzhu 1 with two one end circular holes rotating frame plate (3) respectively, the outside in the upper and lower plate face of great Kou middle is opened wide in the front end that the other end of rotor plate (3) is cemented in wind-collection cover (2) respectively, Lower Half in wind wheel casing (4) is provided with the arc plate (7) that keeps out the wind, the periphery difference consolidation of the biside plate through hole of wind wheel casing (4) bearing support (18), load bearing in bearing support (18), the two ends of rotor shaft (5) are enclosed in the hole of bearing, wherein, the left end of rotor shaft (5) extends certain length, is enclosed in the center hole of I driving gear (21), carries out consolidation at the end extending certain length, be enclosed on the cylindrical of the rotor shaft (5) in wind wheel casing (4), the consolidation of decile an end face of multiple wind wheel blade (6), wind-collection cover (2) rear portion reducing end face carries out consolidation with the front-end face of arc plate (7) of keeping out the wind, the middle and upper part of wind wheel casing (4) biside plate front-end face and the front-end face of top box cover plate, rear shrouding (8) both sides end face is cemented on the plate face, middle and lower part at rear in wind wheel casing (4) biside plate, rear shrouding (8) lower end surface is cemented in above the box plate rear of wind wheel casing (4), and consolidation is carried out with the outside at arc plate (7) rear of keeping out the wind in the front on rear shrouding (8) top, hinge axis (10) be cemented in respectively wind wheel casing (4) upper cover plate rear above and hang before revolving door (9) top, hang the angle that revolving door (9) can rotate 120 °, boatswain chair (11) upper end is cemented in below lower rotation frame plate (3) rear, consolidation is carried out with the plane at insulated plate (12) rear, consolidation transmission of electricity arc sheet (13) in the groove of insulated plate (12) front end face before boatswain chair (11) bottom, the through hole of defeated power line (14) through boatswain chair (11) rear and the through hole of insulated plate (12) centre, defeated power line (14) connects with transmission of electricity arc sheet (13), defeated power line (14) is three-phase power line, and the other end of defeated power line (14) connects with the power supply of generator, consolidation is carried out on the top that the center hole in exhausted source ring (15) is enclosed within the large dome of Tianzhu (1), receives electric ring (16) and is enclosed within the groove of exhausted source ring (15) cylindrical and carries out consolidation, receive power line (17) to be connected with the electric ring of reception (16) by the through hole in exhausted source ring (15), the cylindrical of three the electric ring of the receptions (16) loaded in three grooves that exhausted source ring (15) is peripheral, the cambered surface of arc sheet (13) of transmitting electricity with three respectively contacts, and rotating at the periphery receiving electric ring (16) with the intrados of three transmissions of electricity arcs sheet (13) is respectively 360 °, the left end shaft of rotor shaft (5) is cemented in the center hole of I driving gear (21), the two ends of I transmission shaft (23), II transmission shaft (27) and III transmission shaft (28), in three holes that three through holes being provided with of the left sideboard front being enclosed in wind wheel casing (4) successively and speedup casing (19) bottom panel are arranged respectively, wherein the left end of III transmission shaft (28) extends a segment distance and generator (20) driving shaft connects, the center hole of I driven gear (22) is cemented in the left side of I transmission shaft (23), and I driven gear (22) engages with I driving gear (21), the center hole of II driving gear (24) is cemented in the middle of I transmission shaft (23) length, the center hole of II driven gear (25) is cemented in the middle of II transmission shaft (27) length, and II driving gear (24) and II driven gear (25) intermesh, the center hole of III driving gear (26) is cemented in II transmission shaft (27) right side, the center hole of III driven gear (29) is cemented in the right side of III transmission shaft (28), and III driving gear (26) and III driven gear (29) intermesh, one end of defeated power line (14) connects with generator (20) power supply, and the other end of defeated power line (14) connects with transmission of electricity arc sheet (13), consolidation is carried out in the middle in the front that speedup casing (19) is fastened on outside wind wheel casing (4) left sideboard.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201520764982.1U CN205036503U (en) | 2015-09-26 | 2015-09-26 | Wind wheel rotor machine of increase wind energy |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201520764982.1U CN205036503U (en) | 2015-09-26 | 2015-09-26 | Wind wheel rotor machine of increase wind energy |
Publications (1)
Publication Number | Publication Date |
---|---|
CN205036503U true CN205036503U (en) | 2016-02-17 |
Family
ID=55295410
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201520764982.1U Expired - Fee Related CN205036503U (en) | 2015-09-26 | 2015-09-26 | Wind wheel rotor machine of increase wind energy |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN205036503U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN105156267A (en) * | 2015-09-26 | 2015-12-16 | 毛国武 | Wind turbine generator device with increased wind power |
-
2015
- 2015-09-26 CN CN201520764982.1U patent/CN205036503U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN105156267A (en) * | 2015-09-26 | 2015-12-16 | 毛国武 | Wind turbine generator device with increased wind power |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN205036503U (en) | Wind wheel rotor machine of increase wind energy | |
CN105156267A (en) | Wind turbine generator device with increased wind power | |
CN207315574U (en) | A kind of wind energy and tide energy Combined generator | |
CN205578189U (en) | Portable wind power generation set | |
CN106224168B (en) | A kind of recyclable independent island power generator | |
CN103821670A (en) | Conical wind wheel and one new wind power generation scheme | |
CN104763591A (en) | Dual-wind-energy resistance-dividing rotating vane type power generation system | |
CN203655536U (en) | Wind distributing device of wind driven generator | |
CN110394396A (en) | A kind of stator and rotor of wind power generator punching production punching press tooling | |
CN202250622U (en) | Wind power generation device | |
CN203532156U (en) | Vertical-axis type blower fan | |
CN202056002U (en) | Novel wind power generator | |
CN202417836U (en) | Vertical type energy collecting wind driven generator | |
CN101943107A (en) | Hemispherical magnetic suspension bearing of huge magnetic suspension vertical shaft diagonal windmill | |
CN104595114A (en) | Double-wind-energy resistance-dividing wind-guide vane type generating system | |
CN211343215U (en) | Waste collection device of wind driven generator yaw system | |
CN202798386U (en) | Bidirectional wind driven generator | |
CN204783478U (en) | Multidirectional wind power generation device with atmospheric pressure regulatory function | |
CN100587260C (en) | Additional arrangement of two H-type fan generating set by utilizing three leaves wind wheel tower frame lumbus | |
CN108204345A (en) | Buoyancy rotating device | |
CN201916131U (en) | Wind wheel rotating bracket for direct-drive wind generating set | |
CN211202190U (en) | Double-rotor double-group-blade wind driven generator | |
CN209100192U (en) | A kind of novel wind power generator blade | |
CN206309527U (en) | A kind of novel air magnetic generator | |
CN209704749U (en) | A kind of air vane used for wind-energy power generation |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160217 Termination date: 20170926 |