CN205330880U

CN205330880U - Frame -type vertical axis aerogenerator device

Info

Publication number: CN205330880U
Application number: CN201620054059.3U
Authority: CN
Inventors: 雒龙泉; 雒进进; 雒存存
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-20
Filing date: 2016-01-20
Publication date: 2016-06-22
Anticipated expiration: 2026-01-20

Abstract

The utility model relates to a frame -type vertical axis aerogenerator device, its characterized in that: installation first rotation axis (10) is connected through first shaft coupling (6) in generator shaft (18), the rotatory support arm (11) of first rotation axis (10) installation first layer, fixed first layer fan blade (40) are gone up in first layer rotatory support arm (11), first shaft coupling (6) outer suit first rotation axis axle sleeve (7), be equipped with first layer rotatory fixed support arm (8) between first rotation axis axle sleeve (7) and frame support post (4), first rotation axis (10) are rotatory under the drive of first layer fan blade (40), it rotates to drive generator shaft (18) in succession, generate electricity, through controller (37), battery (38), load work is supplied with in dc -to -ac converter (39) and load electrical apparatus (49), first shaft coupling (6) and first rotation axis (10) smooth operation can be guaranteed in first rotation axis axle sleeve (7) under first layer rotatory fixed support arm (8) and frame support post (4) effect.

Description

A kind of frame-type vertical shaft wind power generator apparatus

Technical field

This utility model belongs to wind generator device technical field, particularly relates to a kind of frame-type vertical shaft wind power generator apparatus。

Background technology

Although wind-driven generator is varied, but being summed up and can be divided into two classes: one, horizontal axis wind-driven generator, the rotating shaft of wind wheel is parallel with wind direction；Two, vertical axis aerogenerator, the rotating shaft of wind wheel is perpendicular to the direction of ground or air-flow；Utilizing the vertical axis aerogenerator that resistance rotates to have several types, wherein have the wind wheel utilizing flat board and cup to make, this is a kind of pure drag devices；S type windmill, there is part lift, but main or drag devices, these devices have bigger staring torque, darrieus formula wind wheel is that France's G.J.M darrieus was invented the 1830's, at 20 century 70s, this has been carried out substantial amounts of research by Canada National Inst. of Scientific Research, it is the main competitor of horizontal axis wind-driven generator, darrieus formula wind wheel is a kind of lift unit, the section of camber blades is aerofoil profile, its staring torque is high, but tip-speed ratio significantly high can belong to the High Speed System inferior to horizontal axis wind-driven generator, but just there is presently no one can commencement of commercial operation can the real case of normal power generation, there is multiple darrieus formula wind-driven generator in the world, such as Φ type, Δ type, Y type and H type etc., these wind wheels can be designed to single blade, twayblade, three blades or multiple-blade

The vertical axis aerogenerator of other forms has Magnus effect wind wheel, he is made up of the cylinder spinned, when it works in the gas flow, the locomotivity produced causes due to Magnus effect, the vertical axis rotor that its size is directly proportional to wind speed, have uses pipeline or eddy generator tower, horizontal gas flow is made to become uprush by sleeve pipe or diffuser, to gather way。

Summary of the invention

In order to overcome the deficiency of existing vertical axis aerogenerator, this utility model have developed a kind of frame-type vertical shaft wind power generator apparatus, employ full resistance-type coalition and accomplished that mild wind can generate electricity, can also normal power generation in 15 grades of typhoons, have the advantages that vivosphere is broad, environmentally safe, noise is low will not produce big impact to ecology, it is also possible to appreciates as view and beautifying the environment。Realizing technical solution adopted in the utility model is: a kind of frame-type vertical shaft wind power generator apparatus, include basis and electromotor, basis is provided with controller, accumulator, inverter and load appliance, electric wire and controller is exported with electromotor, accumulator, inverter and load appliance link together, it is characterized in that: basis is provided with framework support post, basis arranges generator stand, motor cabinet is installed electromotor, generator shaft is perpendicular to the ground, generator shaft is connected by the first shaft coupling installs the first rotating shaft, first rotating shaft utilize the first rotating shaft securing member ground floor rotating arm is installed, ground floor rotating arm is fixed ground floor fan blade, the first rotating shaft axle sleeve it is set with outside the first described shaft coupling, first rotating shaft axle sleeve and ground floor rotate one end of fixing support arm to be fixed, ground floor rotates the other end of fixing support arm and utilizes the first securing member and framework support post to be fixed together, first rotating shaft rotates under the drive of ground floor fan blade, drive electrical generators axle rotates in succession, generate electricity, via controller, accumulator, inverter and the work of load appliance supply load；First rotating shaft axle sleeve rotates at ground floor under fixing support arm and framework support post effect can ensure the first shaft coupling and the first rotating shaft smooth operation。The first described rotating shaft utilizes the second shaft coupling to connect and installs the second rotating shaft, second rotating shaft utilize the second rotating shaft securing member second layer rotating arm is installed, second layer rotating arm is fixed second layer fan blade, the second rotating shaft axle sleeve it is set with outside the second described shaft coupling, second rotating shaft axle sleeve and the second layer rotate one end of fixing support arm to be fixed, and the second layer rotates the other end of fixing support arm and utilizes the second securing member and framework support post to be fixed together；The second described rotating shaft utilizes the 3rd shaft coupling to connect and installs the 3rd rotating shaft, 3rd rotating shaft utilize the 3rd rotating shaft securing member third layer rotating arm is installed, third layer rotating arm is fixed third layer fan blade, the 3rd rotating shaft axle sleeve it is set with outside the 3rd described shaft coupling, 3rd rotating shaft axle sleeve and third layer rotate one end of fixing support arm and fix, and third layer rotates the other end of fixing support arm and utilizes the 3rd securing member and framework support post to be fixed together；The 3rd described rotating shaft utilizes the 4th shaft coupling to connect and installs the 4th rotating shaft, 4th rotating shaft utilize the 4th rotating shaft securing member the 4th layer of rotating arm is installed, 4th layer of rotating arm is fixed the 4th layer of fan blade, the 4th described shaft coupling overcoat fills the 4th rotating shaft axle sleeve, 4th rotating shaft axle sleeve and the 4th layer of one end rotating fixing support arm are fixed, and the 4th layer of other end rotating fixing support arm utilizes the 4th securing member and framework support post to be fixed together；Top suit the 5th rotating shaft axle sleeve of described 4th rotating shaft, the 5th rotating shaft axle sleeve and layer 5 rotate one end of fixing support arm to be fixed, and layer 5 rotates the other end of fixing support arm and utilizes the 5th securing member and framework support post to be fixed together；Described generator shaft, the first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft are coaxial, rotate respectively under the drive of ground floor fan blade, second layer fan blade, third layer fan blade and the 4th layer of fan blade simultaneously。Described basis and ground floor rotate and are provided with support post between fixing support arm；The upper end of described 4th rotating shaft is fixing rotates shaft-cup。It is provided with horizontal support between described framework support post, between horizontal support and framework support post, is provided with bearing diagonal。Described fan blade is resistance-type fan blade。

Said structure is off-network mode, if during synchronizing mode, then controller, accumulator, inverter and load appliance become: controller, inverter, booster transformer, exports electric wire with electromotor and is connected with controller, inverter, booster transformer and to be connected to the grid。

This utility model employs full resistance-type fan blade, has accomplished that mild wind can generate electricity, can also normal power generation in 15 grades of typhoons, have the advantages that vivosphere is broad, environmentally safe, noise is low will not produce big impact to ecology, it is also possible to appreciates as view and beautifying the environment。

Accompanying drawing explanation

Fig. 1 is overall structure schematic diagram of the present utility model；

Fig. 2 is the A-A direction view of Fig. 1；

Fig. 3 is the B-B direction view of Fig. 1；

Fig. 4 is the structural representation of this utility model middle frame；

Fig. 5 is the figure front view of blade structure signal in this utility model,

Fig. 6 is the top view of Fig. 5；

Fig. 7 is synchronizing mode connection diagram。

In figure, 1, basis, 2, generator stand, 3, support post, 4, framework support post, 5, electromotor, 6, first shaft coupling, 7, first rotating shaft axle sleeve, 8, ground floor rotates fixing support arm, and 9, first securing member, 10, first rotating shaft, 11, ground floor rotating arm, 12, second shaft coupling, 13, second rotating shaft axle sleeve, 14, the second layer rotates fixing support arm, and 15, second securing member, 16, second rotating shaft, 17, second layer rotating arm, 18, generator shaft, 19, 3rd shaft coupling, 20, 3rd rotating shaft axle sleeve, 21, third layer rotates fixing support arm, and 22, 3rd securing member, 23, 3rd rotating shaft, 24, third layer rotating arm, 25, 4th shaft coupling, 26, 4th rotating shaft axle sleeve, 27, four layers rotate fixing support arm, and 28, 4th securing member, 29, 4th rotating shaft, 30, 4th layer of rotating arm, 31, 5th rotating shaft axle sleeve, 32, rotate shaft-cup, 33, layer 5 rotates fixing support arm, and 34, 5th securing member, 35, first rotating shaft securing member, 36, electromotor output electric wire, 37, controller, 38, accumulator, 39, inverter, 40, ground floor fan blade, 41, second rotating shaft securing member, 42, second layer fan blade, 43, 3rd rotating shaft securing member, 44, third layer fan blade, 45, 4th rotating shaft securing member, 46, 4th layer of fan blade, 47, horizontal support, 48, bearing diagonal, 49, load appliance, 50, booster transformer, 51, electrical network, 52, curved panel, 53, top panel, 54, lower panel, 55, reinforcement。

Detailed description of the invention

With reference to accompanying drawing, a kind of frame-type vertical shaft wind power generator apparatus, include basis 1 and electromotor 5, basis 1 is provided with controller 37, accumulator 38, inverter 39 and load appliance 49, electric wire 36 and controller 37 is exported with electromotor, accumulator 38, inverter 39 and load appliance 49 link together, it is characterized in that: basis 1 is provided with framework support post 4, basis 1 arranges generator stand 2, motor cabinet 2 is installed electromotor 5, generator shaft 18 is perpendicular to the ground, generator shaft 18 is connected by the first shaft coupling 6 installs the first rotating shaft 10, first rotating shaft 10 utilize the first rotating shaft securing member 35 ground floor rotating arm 11 is installed, ground floor rotating arm 11 is fixed ground floor fan blade 40, first described shaft coupling 6 outer suit the first rotating shaft axle sleeve 7, first rotating shaft axle sleeve 7 and ground floor rotate one end of fixing support arm 8 to be fixed, ground floor rotates the other end of fixing support arm 8 and utilizes the first securing member 9 to be fixed together with framework support post 4, first rotating shaft 10 rotates under the drive of ground floor fan blade 40, drive electrical generators axle 18 rotates in succession, generate electricity, via controller 37, accumulator 38, inverter 39 and the work of load appliance 49 supply load；First rotating shaft axle sleeve 7 rotates at ground floor under fixing support arm 8 and framework support post 4 effect can ensure the first shaft coupling 6 and the first rotating shaft 10 smooth operation。The first described rotating shaft 10 utilizes the second shaft coupling 12 to connect and installs the second rotating shaft 16, second rotating shaft 16 utilize the second rotating shaft securing member 41 second layer rotating arm 17 is installed, second layer rotating arm 17 is fixed second layer fan blade 42, second described shaft coupling 12 outer suit the second rotating shaft axle sleeve 13, second rotating shaft axle sleeve 13 and the second layer rotate one end of fixing support arm 14 to be fixed, and the second layer rotates the other end of fixing support arm 14 and utilizes the second securing member 15 to be fixed together with framework support post 4；The second described rotating shaft 16 utilizes the 3rd shaft coupling 19 to connect and installs the 3rd rotating shaft 23,3rd rotating shaft 23 utilize the 3rd rotating shaft securing member 43 to install third layer rotating arm 24, third layer rotating arm 24 is fixed third layer fan blade 44, the 3rd described shaft coupling 19 outer suit the 3rd rotating shaft axle sleeve 20,3rd rotating shaft axle sleeve 20 and third layer rotate one end of fixing support arm 21 and fix, and third layer rotates the other end of fixing support arm 21 and utilizes the 3rd securing member 22 to be fixed together with framework support post 4；The 3rd described rotating shaft 23 utilizes the 4th shaft coupling 25 to connect and installs the 4th rotating shaft 29,4th rotating shaft 29 utilize the 4th rotating shaft securing member 45 the 4th layer of rotating arm 30 is installed, 4th layer of rotating arm 30 is fixed the 4th layer of fan blade 46, the 4th described shaft coupling 25 outer suit the 4th rotating shaft axle sleeve 26,4th rotating shaft axle sleeve 26 and the 4th layer of one end rotating fixing support arm 27 are fixed, and the 4th layer of other end rotating fixing support arm 27 utilizes the 4th securing member 28 to be fixed together with framework support post 4；Top suit the 5th rotating shaft axle sleeve 31 of described 4th rotating shaft 29,5th rotating shaft axle sleeve 31 and layer 5 rotate one end of fixing support arm 33 to be fixed, and layer 5 rotates the other end of fixing support arm 33 and utilizes the 5th securing member 34 to be fixed together with framework support post 4；Described generator shaft the 18, first rotating shaft the 10, second rotating shaft the 16, the 3rd rotating shaft 23 and the 4th rotating shaft 29 are coaxial, rotate respectively under the drive of ground floor fan blade 40, second layer fan blade 42, third layer fan blade 44 and the 4th layer of fan blade 46 simultaneously。Described basis 1 and ground floor rotate and are provided with support post 3 between fixing support arm 8；The upper end of described 4th rotating shaft 29 is fixing rotates shaft-cup 32。It is provided with horizontal support 47 between described framework support post 4, between horizontal support 47 and framework support post 4, is provided with bearing diagonal 48。Described ground floor fan blade 40, second layer fan blade 42, third layer fan blade 44 and the 4th layer of fan blade 46 are resistance-type fan blade。Described resistance-type fan blade is provided with curved panel 52, and the top and bottom of curved panel 52 are respectively equipped with top panel 53 and lower panel 54, and the back side of curved panel 52 is provided with reinforcement 55。Resistance-type fan blade is that steel material is made。

Said structure is off-network mode, if during synchronizing mode, then controller 37, accumulator 38, inverter 39 and load appliance 49 become: controller 37, inverter 39, booster transformer 50, export electric wire 36 with electromotor and are connected with controller 37, inverter 39, booster transformer 50 and to be connected to the grid 51。

Claims

1. a frame-type vertical shaft wind power generator apparatus, include basis (1) and electromotor (5), basis (1) is provided with controller (37), accumulator (38), inverter (39) and load appliance (49), electric wire (36) and controller (37) is exported with electromotor, accumulator (38), inverter (39) and load appliance (49) link together, it is characterized in that: basis (1) is provided with framework support post (4), basis (1) arranges generator stand (2), motor cabinet (2) is installed electromotor (5), generator shaft (18) is perpendicular to the ground, generator shaft (18) is connected by the first shaft coupling (6) installs the first rotating shaft (10), first rotating shaft (10) utilize the first rotating shaft securing member (35) ground floor rotating arm (11) is installed, the upper fixing ground floor fan blade (40) of ground floor rotating arm (11), described the first shaft coupling (6) is set with outward the first rotating shaft axle sleeve (7), first rotating shaft axle sleeve (7) and ground floor rotate one end of fixing support arm (8) to be fixed, ground floor rotates the other end of fixing support arm (8) and utilizes the first securing member (9) and framework support post (4) to be fixed together, first rotating shaft (10) rotates under the drive of ground floor fan blade (40), drive electrical generators axle (18) rotates in succession, generate electricity, via controller (37), accumulator (38), inverter (39) and the work of load appliance (49) supply load；First rotating shaft axle sleeve (7) rotates at ground floor under fixing support arm (8) and framework support post (4) effect can ensure the first shaft coupling (6) and the first rotating shaft (10) smooth operation。

2. the frame-type vertical shaft wind power generator apparatus described in described in claim 1, it is characterized in that: the first rotating shaft (10) utilizes the second shaft coupling (12) to connect and installs the second rotating shaft (16), second rotating shaft (16) utilize the second rotating shaft securing member (41) second layer rotating arm (17) is installed, the upper fixing second layer fan blade (42) of second layer rotating arm (17), described the second shaft coupling (12) is set with outward the second rotating shaft axle sleeve (13), second rotating shaft axle sleeve (13) and the second layer rotate one end of fixing support arm (14) to be fixed, the second layer rotates the other end of fixing support arm (14) and utilizes the second securing member (15) and framework support post (4) to be fixed together；Described the second rotating shaft (16) utilizes the 3rd shaft coupling (19) to connect and installs the 3rd rotating shaft (23), 3rd rotating shaft (23) utilize the 3rd rotating shaft securing member (43) third layer rotating arm (24) is installed, the upper fixing third layer fan blade (44) of third layer rotating arm (24), the 3rd described shaft coupling (19) is set with outward the 3rd rotating shaft axle sleeve (20), 3rd rotating shaft axle sleeve (20) and third layer rotate one end of fixing support arm () 21 and fix, third layer rotates the other end of fixing support arm () 21 and utilizes the 3rd securing member (22) and framework support post (4) to be fixed together；The 3rd described rotating shaft (23) utilizes the 4th shaft coupling (25) to connect and installs the 4th rotating shaft (29), 4th rotating shaft (29) utilize the 4th rotating shaft securing member (45) the 4th layer of rotating arm (30) is installed, 4th layer of rotating arm (30) is fixed the 4th layer of fan blade (46), the 4th described shaft coupling (25) is set with outward the 4th rotating shaft axle sleeve (26), 4th rotating shaft axle sleeve (26) is fixed with the 4th layer of one end rotating fixing support arm (27), the 4th layer of other end rotating fixing support arm (27) utilizes the 4th securing member (28) and framework support post (4) to be fixed together；Top suit the 5th rotating shaft axle sleeve (31) of described 4th rotating shaft (29), 5th rotating shaft axle sleeve (31) and layer 5 rotate one end of fixing support arm (33) to be fixed, and layer 5 rotates the other end of fixing support arm (33) and utilizes the 5th securing member (34) and framework support post (4) to be fixed together；Described generator shaft (18), the first rotating shaft (10), the second rotating shaft (16), the 3rd rotating shaft (23) and the 4th rotating shaft (29) are coaxial, rotate respectively under the drive of ground floor fan blade (40), second layer fan blade (42), third layer fan blade (44) and the 4th layer of fan blade (46) simultaneously。

3. the frame-type vertical shaft wind power generator apparatus described in described in claim 1, it is characterised in that: described ground floor fan blade (40), second layer fan blade (42), third layer fan blade (44) and the 4th layer of fan blade (46) are resistance-type fan blade。

4. the frame-type vertical shaft wind power generator apparatus described in described in claim 1, it is characterised in that: described basis (1) and ground floor rotate and are provided with support post (3) between fixing support arm (8)；The upper end of described 4th rotating shaft (29) is fixing rotates shaft-cup (32)。

5. the frame-type vertical shaft wind power generator apparatus described in described in claim 1, it is characterized in that: be provided with horizontal support (47) between described framework support post (4), between horizontal support (47) and framework support post (4), be provided with bearing diagonal (48)。

6. the frame-type vertical shaft wind power generator apparatus described in described in claim 3, it is characterized in that: resistance-type fan blade is provided with curved panel (52), the top and bottom of curved panel (52) are respectively equipped with top panel (53) and lower panel (54), and the back side of curved panel (52) is provided with reinforcement (55)。