CN105179162A - Louvered wind-driven generator - Google Patents
Louvered wind-driven generator Download PDFInfo
- Publication number
- CN105179162A CN105179162A CN201510572573.6A CN201510572573A CN105179162A CN 105179162 A CN105179162 A CN 105179162A CN 201510572573 A CN201510572573 A CN 201510572573A CN 105179162 A CN105179162 A CN 105179162A
- Authority
- CN
- China
- Prior art keywords
- wind
- power taking
- support
- louvered
- retarding plate
- 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.)
- Pending
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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
- Y02E10/74—Wind turbines with rotation axis perpendicular to the wind direction
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- Wind Motors (AREA)
Abstract
A louvered wind-driven generator is mounted in wind, doesn't need to consider wind directions and can automatically acquire the energy of wind at different angles and in different directions. The louvered wind-driven generator comprises rectangular choke sheets, power take-off brackets, flange plates and a power take-off shaft, wherein each power take-off bracket is divided into two parts, namely a bracket support and a support; bearing holes are formed in the supports; the rectangular choke sheets are mounted in the bearing holes of the supports via shaft pins; a center hole, screw holes, bracket support positions and support clamping positions are arranged on each flange plate; the rectangular choke sheets can only rotate around the power take-off shaft during choke power take-off; the rectangular choke sheets rotate downwind around the shaft pins and the power take-off shaft during powder unloading; and the rectangular choke sheets, the power take-off brackets, the flange plates and the power take-off shaft need to be wrapped by plastic injection or plastic spraying. After the adoption of the louvered wind-driven generator with a compact structure and a reasonable design, the louvered wind-driven generator cannot be corroded easily in a corrosive environment, and the service life of the louvered wind-driven generator is prolonged.
Description
Technical field
The present invention relates to a kind of louvered wind motor in the Energy harvesting field of wind-force.
Background technique
To be all that the wind-retarding plate that adopts is fixing can not freely rotate present wind motor on the engine, and power taking in the scope that wind motor can only be rotated at propeller cavitation, causes wind resource reasonably not utilized, waste a large amount of natural resourcess.Increasing the weight of and increasing again due to haze weather, the material that can pollute metal in air increases, and the working life that result in the wind-retarding plate of metal shortens.
Summary of the invention
The object of this invention is to provide a kind of manufacture and the installation method thereof that obtain the louvered wind motor of the energy of wind.
For achieving the above object, described louvered wind motor of the present invention comprises rectangle chip wind-retarding plate, power taking support, flange disk and power taking axle; Wherein, the manufacture of flange disk and power taking support and assembling are the keys of the structure stability of louvered wind motor.
Described power taking support is divided into frame holder and supports two-part, and frame holder is connected with support; The section area of frame holder part is greater than the section area of supporting part, is beneficial to be arranged between two flange disks; Supporting part has bearing hole, for installing bearing; In support, the end of side windward becomes spindle or taper, and the end of rushing down the side of wind becomes spindle or circular arc or taper;
Described power taking support adopts stainless steel or carbon steel manufacture; When adopting carbon steel material to manufacture, manufacture shaping and again supporting part carried out injection moulding parcel or plastic-blasting parcel after carrying out heat treatment.
Described flange disk is circular discs or circumferentially equally distributed ratchet shape dish, flange disk there are center hole, screw, frame restitope, support screens, center hole for insert connecting pin and connecting pin is reinforced and the connection of stablizing between two relative flange disks and two flange disks close up time aligned position, two flange disks are connected with bolt by screw, frame restitope is used for Holder holder and fixing frame holder, supports screens and moves for limit frame holder part is outer and blocks support;
Described flange disk adopts stainless steel or carbon steel manufacture, when adopting carbon steel material to manufacture, manufactures shaping and again the exterior portion of flange disk is carried out injection moulding parcel or plastic-blasting parcel after carrying out heat treatment.
Described power taking axle adopts stainless steel or carbon steel to create hollow shaft or solid shaft, when adopting carbon steel material to manufacture, manufactures shaping and after the heat treatment process process of Quench and temper, will carry out injection moulding parcel or plastic-blasting parcel again.
The global shape in the front of described rectangle chip wind-retarding plate is that the end of the both sides on rectangle, long side direction becomes spindle or taper or arc; When adopting carbon steel material to manufacture, be divided into metal layer and injection molded layers or plastic-blasting layer;
Described rectangle chip wind-retarding plate adopts aluminum alloy or carbon steel or stainless steel material manufacture; Adopt carbon steel material manufacture time, manufacture shaping carry out again after heat treatment injection moulding parcel or plastic-blasting parcel;
There is pivot hole the side that described rectangle chip wind-retarding plate is thicker, in pivot hole, be inlaid with pivot pin, and pivot pin is through the two ends of rectangle chip wind-retarding plate, and pivot pin is arranged in the support of power taking support by bearing and bearing hole;
Described rectangle chip wind-retarding plate to be arranged on same power taking support by multi-disc and to form one group of louvered wind-retarding plate;
Described rectangle chip wind-retarding plate around pivot pin reciprocating rotary, also can not only rotate around power taking axle on power taking support; When choke power taking, rectangle chip wind-retarding plate is merely able to rotate around power taking axle; When unloading power, rectangle chip wind-retarding plate, also will rotate around power taking axle in direction with the wind while pivot pin rotates.
The cross section of described pivot pin is cylindrical or hollow cylinder, adopts stainless steel or carbon steel manufacture; When adopting carbon steel material to manufacture, manufacture shaping and be inlaid into again after quenching in the pivot hole at the two ends of wind-retarding plate.
The pivot pin of described rectangle chip wind-retarding plate is fixed in the bearing hole in the support of power taking support by bearing, power taking support is fixed on the frame restitope on flange disk by frame holder and supports in screens, flange disk is connected with power taking axle, and power taking axle can be fixed on fixing frame by bearing and bearing support.
Described flange disk and power taking axle can manufacture as a whole, fit together after also can separately manufacturing again.
Described rectangle chip wind-retarding plate, power taking support, flange disk and power taking axle carry out injection moulding parcel or plastic-blasting parcel object after adopting carbon steel material manufacture is in order to antirust and corrosion protection.
Described louvered wind motor is arranged in wind, does not need to consider the direction of wind, can the energy of wind in automatic acquisition different amount and direction; When meeting wind, all rectangle chip wind-retarding plates in this group louvered wind-retarding plate direction with the wind on power taking support, and rotate around pivot pin along with the swing offset of support, turn to power taking support consistent with the direction of wind time, a slice is formed overall after all rectangle chip wind-retarding plates in this group louvered wind-retarding plate are closed on power taking support, then choke power taking, promotes power taking axle and rotates.When rotate to another side against the current time, every a slice rectangular sheet formula wind-retarding plate in this group louvered wind-retarding plate is under the effect of the resistance of wind, and be opened into framework around pivot pin automatic rotary, rectangle chip wind-retarding plate is consistent with the direction of wind afterwards, decreases rotational resistance.Along with the continuous promotion of wind, power taking support and louvered wind-retarding plate continue to rotate, and louvered wind-retarding plate repeats to meet wind and choke power taking, and the rotation so gone round and begun again, the power of generation passes to the equipment needing power by power taking axle.
In order to save material and weight reduction, described rectangle chip wind-retarding plate, pivot pin and power taking axle can create solid body during fabrication, also can create the hollow body of hollow.
In order to enable louvered wind motor reduce rotational resistance against the current time, described rectangle chip wind-retarding plate becomes framework can open against the current.
The compact structure of louvered wind motor of the present invention, reasonable in design, after have employed louvered wind motor, make louvered wind motor be not easy to be corroded in corrosion-prone environment, improve the working life of louvered wind motor.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the structure of the power taking support of louvered wind motor of the present invention.
Fig. 2 is the schematic diagram of the sectional structure of the supporting part of the power taking support of louvered wind motor of the present invention.
Fig. 3 be the power taking axle of louvered wind motor of the present invention and flange disk link together the structural representation of outward appearance.
Fig. 4 is the structural representation of the inside of the flange disk of louvered wind motor of the present invention.
Fig. 5 be two flange disks of louvered wind motor of the present invention link together schematic diagram.
Fig. 6 is the schematic diagram of the surface structure of rectangle chip wind-retarding plate about power taking axle of louvered wind motor of the present invention; Shown in figure: wind flows to louvered wind motor during from dead ahead, the rectangle chip wind-retarding plate on the left side is airtight becomes a slice entirety, and opening of the right becomes framework.
Fig. 7 is the schematic diagram of the structure of the plan view of louvered wind motor of the present invention; Shown in figure: the sense of rotation of Louvered wind-driven generator is clockwise direction, and wind is from dead ahead stream louvered wind motor.
Fig. 8 is the schematic diagram of the sectional structure of the rectangle chip wind-retarding plate of louvered wind motor of the present invention.
Embodiment
Louvered wind motor of the present invention comprises rectangle chip wind-retarding plate 10, power taking support 11, flange disk 4 and power taking axle 7.
Described power taking support 11 is divided into frame holder 1 and supports 2 two-part, and frame holder 1 is connected with support 2; The section area of frame holder 1 part is greater than the section area of support 2 part, is beneficial to be arranged between two flange disks 4; Support 2 parts and have bearing hole, for installing bearing; The end supporting on 2 side windward becomes spindle or taper, and the end of rushing down the side of wind becomes spindle or circular arc or taper;
Described power taking support 11 adopts stainless steel or carbon steel manufacture; When adopting carbon steel material to manufacture, manufacture shaping and again support 2 part carried out injection moulding parcel or plastic-blasting parcel after carrying out heat treatment.
Described flange disk 4 is circular discs or circumferentially equally distributed ratchet shape dish, flange disk 4 there are center hole 9, screw 8, frame restitope 5, support screens 6, center hole 9 for insert connecting pin and connecting pin is reinforced and the connection of stablizing between two relative flange disks 4 and two flange disks 4 close up time aligned position, two flange disks 4 are connected with bolt by screw 8, frame restitope 5, for Holder holder 1 also fixing frame holder 1, supports screens 6 and moves for limit frame holder 1 part is outer and blocks support 2;
Described flange disk 4 adopts stainless steel or carbon steel manufacture, when adopting carbon steel material to manufacture, manufactures shaping and again the exterior portion of flange disk 4 is carried out injection moulding parcel or plastic-blasting parcel after carrying out heat treatment.
Described power taking axle 7 adopts stainless steel or carbon steel to create hollow shaft or solid shaft, when adopting carbon steel material to manufacture, manufactures shaping and after the heat treatment process process of Quench and temper, will carry out injection moulding parcel or plastic-blasting parcel again.
The global shape in the front of described rectangle chip wind-retarding plate 10 is that the end of the both sides on rectangle, long side direction becomes spindle or taper or arc; When adopting carbon steel material to manufacture, be divided into metal layer and injection molded layers or plastic-blasting layer;
Described rectangle chip wind-retarding plate 10 adopts aluminum alloy or carbon steel or stainless steel material manufacture; Adopt carbon steel material manufacture time, manufacture shaping carry out again after heat treatment injection moulding parcel or plastic-blasting parcel;
There is pivot hole the side that described rectangle chip wind-retarding plate 10 is thicker, is inlaid with pivot pin 12 in pivot hole, and pivot pin 12 is through the two ends of rectangle chip wind-retarding plate, and pivot pin 12 is arranged in the support 2 of power taking support 11 by bearing and bearing hole 3;
Described rectangle chip wind-retarding plate 10 to be arranged on same power taking support 11 by multi-disc and to form one group of louvered wind-retarding plate;
Described rectangle chip wind-retarding plate 10 around pivot pin 12 reciprocating rotary, also can not only rotate around power taking axle 7 on power taking support 11; When choke power taking, rectangle chip wind-retarding plate 10 is merely able to rotate around power taking axle 7; When unloading power, rectangle chip wind-retarding plate 10, also will rotate around power taking axle 7 at downwind while pivot pin 12 rotates.
The cross section of described pivot pin 12 is cylindrical or hollow cylinder, adopts stainless steel or carbon steel manufacture; When adopting carbon steel material to manufacture, manufacture shaping and be inlaid into again after quenching in the pivot hole at the two ends of wind-retarding plate.
The pivot pin 12 of described rectangle chip wind-retarding plate 10 is fixed in the bearing hole 3 in the support 2 of power taking support 11 by bearing, power taking support 11 is fixed on the frame restitope 5 on flange disk 4 by frame holder 1 and supports in screens 6, flange disk 4 is connected with power taking axle 7, and power taking axle 7 can be fixed on fixing frame by bearing and bearing support.Described flange disk 4 and power taking axle 7 manufacture as a whole or separate manufacture after fit together again.The object of carrying out injection moulding parcel or plastic-blasting parcel after described rectangle chip wind-retarding plate 10, power taking support 11, flange disk 4 and power taking axle 7 adopt carbon steel material manufacture is in order to antirust and corrosion protection.
In order to save material and weight reduction, described rectangle chip wind-retarding plate 10, pivot pin 12 and power taking axle 7 can create solid body during fabrication, also can create the hollow body of hollow.In order to enable louvered wind motor reduce rotational resistance against the current time, described rectangle chip wind-retarding plate 10 becomes framework can open against the current.
Louvered wind motor of the present invention is arranged in wind, does not need to consider the direction of wind, can the energy of wind in automatic acquisition different amount and direction; When meeting wind, all rectangle chip wind-retarding plates 10 in this group louvered wind-retarding plate direction with the wind on power taking support 11, and rotate around pivot pin 12 along with the swing offset of support, turn to power taking support 11 consistent with the direction of wind time, a slice is formed overall after all rectangle chip wind-retarding plates 10 in this group louvered wind-retarding plate are closed on power taking support 11, then choke power taking, promotes power taking axle 7 and rotates.When rotate to another side against the current time, every a slice rectangular sheet formula wind-retarding plate 10 in this group louvered wind-retarding plate is under the effect of the resistance of wind, be opened into framework around pivot pin 12 automatic rotary, rectangle chip wind-retarding plate 10 is consistent with the direction of wind afterwards, decrease rotational resistance.Along with the continuous promotion of wind, power taking support and louvered wind-retarding plate continue to rotate, and louvered wind-retarding plate repeats to meet wind and choke power taking, and the rotation so gone round and begun again, the power of generation passes to the equipment needing power by power taking axle 7.
Claims (4)
1. a louvered wind motor, is characterized in that: described louvered wind motor comprises rectangle chip wind-retarding plate (10), power taking support (11), flange disk (4) and power taking axle (7); Wherein, the manufacture of flange disk and power taking support and assembling are the keys of the structure stability of louvered wind motor;
Described power taking support (11) is divided into frame holder (1) and supports (2) two-part, and frame holder (1) is connected with support (2); The section area of frame holder (1) part is greater than the section area of support (2) part, is beneficial to be arranged between two flange disks (4); Support (2) part and have bearing hole (3), for installing bearing; The end supporting on (2) side windward becomes spindle or taper, and the end of rushing down the side of wind becomes spindle or circular arc or taper;
Described power taking support (11) adopts stainless steel or carbon steel manufacture; When adopting carbon steel material to manufacture, manufacture shaping and again support (2) part carried out injection moulding parcel or plastic-blasting parcel after carrying out heat treatment;
Described flange disk (4) is circular discs or circumferentially equally distributed ratchet shape dish, flange disk (4) there is center hole (9), screw (8), frame restitope (5), support screens (6), center hole (9) is for inserting connecting pin, and connecting pin is reinforced and stablizes the connection between two relative flange disks (4), and two flange disks (4) aligned position when closing up, two flange disks (4) are connected with bolt by screw (8), frame restitope (5) is for Holder holder (1) and fixing frame holder (1), support screens (6) move for limit frame holder (1) part is not outer and blocks support (2),
Described flange disk (4) adopts stainless steel or carbon steel manufacture, when adopting carbon steel material to manufacture, manufactures shaping and again the exterior portion of flange disk (4) is carried out injection moulding parcel or plastic-blasting parcel after carrying out heat treatment;
Described power taking axle (7) adopts stainless steel or carbon steel to create hollow shaft or solid shaft, when adopting carbon steel material to manufacture, manufactures shaping and after the heat treatment process process of Quench and temper, will carry out injection moulding parcel or plastic-blasting parcel again;
The global shape in the front of described rectangle chip wind-retarding plate (10) is that the end of the both sides on rectangle, long side direction becomes spindle or taper or arc; When adopting carbon steel material to manufacture, be divided into metal layer and injection molded layers or plastic-blasting layer;
Described rectangle chip wind-retarding plate (10) adopts aluminum alloy or carbon steel or stainless steel material manufacture; Adopt carbon steel material manufacture time, manufacture shaping carry out again after heat treatment injection moulding parcel or plastic-blasting parcel;
There is pivot hole the side that described rectangle chip wind-retarding plate (10) is thicker, pivot pin (12) is inlaid with in pivot hole, pivot pin (12) is through the two ends of rectangle chip wind-retarding plate, and pivot pin (12) is arranged in the support (2) of power taking support (11) by bearing and bearing hole (3);
Described rectangle chip wind-retarding plate (10) has multi-disc to be arranged on same power taking support (11) to go up and form one group of louvered wind-retarding plate;
Described rectangle chip wind-retarding plate (10) around pivot pin (12) reciprocating rotary, also can not only rotate around power taking axle (7) on power taking support (11); When choke power taking, rectangle chip wind-retarding plate (10) is merely able to rotate around power taking axle (7); When unloading power, rectangle chip wind-retarding plate (10), also will rotate around power taking axle (7) at downwind while pivot pin (12) rotates;
The cross section of described pivot pin (12) is cylindrical or hollow cylinder, adopts stainless steel or carbon steel manufacture; When adopting carbon steel material to manufacture, manufacture shaping and be inlaid in the pivot hole at the two ends of wind-retarding plate after quenching again;
The pivot pin (12) of described rectangle chip wind-retarding plate (10) is fixed in the bearing hole (3) in the support (2) of power taking support (11) by bearing, power taking support (11) is fixed on the frame restitope (5) on flange disk (4) by frame holder (1) and supports in screens (6), flange disk (4) is connected with power taking axle (7), and power taking axle (7) can be fixed on fixing frame by bearing and bearing support;
Described flange disk (4) and power taking axle (7) manufacture as a whole or separate manufacture after fit together again;
Described rectangle chip wind-retarding plate (10), power taking support (11), flange disk (4) and power taking axle (7) carry out injection moulding parcel or plastic-blasting parcel object after adopting carbon steel material manufacture is in order to antirust and corrosion protection;
Described louvered wind motor is arranged in wind, does not need to consider the direction of wind, can the energy of wind in automatic acquisition different amount and direction; When meeting wind, all rectangle chip wind-retarding plates (10) in this group louvered wind-retarding plate direction with the wind on power taking support (11), and rotate around pivot pin (12) along with the swing offset of support, turn to power taking support (11) consistent with the direction of wind time, all rectangle chip wind-retarding plates (10) in this group louvered wind-retarding plate are overall in the upper closed rear formation a slice of power taking support (11), then choke power taking, promotes power taking axle (7) and rotates; When rotate to another side against the current time, every a slice rectangular sheet formula wind-retarding plate (10) in this group louvered wind-retarding plate is under the effect of the resistance of wind, be opened into framework around pivot pin (12) automatic rotary, rectangle chip wind-retarding plate (10) is consistent with the direction of wind afterwards, decrease rotational resistance; Along with the continuous promotion of wind, power taking support and louvered wind-retarding plate continue to rotate, and louvered wind-retarding plate repeats to meet wind and choke power taking, and the rotation so gone round and begun again, the power of generation passes to by power taking axle (7) equipment needing power.
2. louvered wind motor according to claim 1, it is characterized in that: in order to save material and weight reduction, described rectangle chip wind-retarding plate (10), pivot pin (12) and power taking axle (7) can create solid body during fabrication, also can create the hollow body of hollow.
3. louvered wind motor according to claim 1, is characterized in that: in order to enable louvered wind motor reduce rotational resistance against the current time, and described rectangle chip wind-retarding plate (10) becomes framework can open against the current.
4. louvered wind motor according to claim 1, it is characterized in that: the compact structure of louvered wind motor method, reasonable in design, make louvered wind motor be not easy to be corroded in corrosion-prone environment, improve the working life of louvered wind motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510572573.6A CN105179162A (en) | 2015-09-10 | 2015-09-10 | Louvered wind-driven generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510572573.6A CN105179162A (en) | 2015-09-10 | 2015-09-10 | Louvered wind-driven generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105179162A true CN105179162A (en) | 2015-12-23 |
Family
ID=54901500
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510572573.6A Pending CN105179162A (en) | 2015-09-10 | 2015-09-10 | Louvered wind-driven generator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105179162A (en) |
-
2015
- 2015-09-10 CN CN201510572573.6A patent/CN105179162A/en active Pending
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20151223 |