CN101436806A - Rotor and stator dual rotation type acceleration generator - Google Patents
Rotor and stator dual rotation type acceleration generator Download PDFInfo
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- CN101436806A CN101436806A CNA2008101349809A CN200810134980A CN101436806A CN 101436806 A CN101436806 A CN 101436806A CN A2008101349809 A CNA2008101349809 A CN A2008101349809A CN 200810134980 A CN200810134980 A CN 200810134980A CN 101436806 A CN101436806 A CN 101436806A
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Abstract
The invention provides a rotor-stator dual-rotating accelerated generator, which is characterized in that different from the prior generator which increases the quantity of electricity generated only by improving the speed of a rotor to cut the magnetic induction line generated by a stator, the generator makes a stator on a cross section rotate anticlockwise if a rotor rotates clockwise on the same cross section and the magnetic fields generated by the rotor and the stator move synchronously in opposite directions to allow the magnetic induction lines generated by the rotor and the stator to cut mutually, so that the speed that the stator cuts the rotor to generate the magnetic induction lines is increased rapidly, the rotation cycle for cutting the magnetic induction lines is greatly shortened, the generated current is increased rapidly, the energy utilization rate is improved and more electricity is generated. In a figure of the abstract, 1,2 refer to permanent magnets for generating magnetic fields for the generator, 3 refers to a water turbine which is connected with the rotor and rotates clockwise when water comes (with the left side of the generator as the reference), 4 refers to is a water turbine which is connected with the stator and rotates anticlockwise when water comes, 5 refers to the rotor and a driving shaft of the water turbine, 6 refers to the stator and the driving shaft of the water turbine, and 8, 9, 10 refer to directions of water flow.
Description
Technical field
This technology belongs to generating equipment, mainly contains hydraulic generator, wind-driven generator, turbo-generator in present generator.In the hydroelectric station, utilize the gravitional force of water to be converted into kinetic energy, the water pelton wheel rotates, and the hydraulic turbine links to each other with the rotor of generator, and when rotor rotated with the hydraulic turbine, the magnetic induction line that cutting is produced by stator produced induced current.When wind-driven generator head-on blew at wind, wind fan blade on fan blade just began to rotate, and fan blade links to each other with rotor, and rotor rotates with fan blade and begins to cut the magnetic induction line that is produced by stator, thereby produces induced current.Also have steam to promote the rotor rotation of turbo-generator, the magnetic induction line that cutting stator produces will produce induced current.
Background technology
The principle of this technology is: closed coil cutting magnetic induction line in magnetic field, produce induced current in the closed coil, and the rotating speed of closing coil is fast more, and the speed of cutting magnetic induction line is fast more, and the induced current of generation will be many more.Energy output will increase thereupon, because present generator is in the hydroelectric station, when the speed of water reaches a certain amount of, just can not improve, the wind-force size of wind-driven generator also was that a metastable speed is arranged among 1 year, the strength of wind energy, water energy is owing to be subjected to the influence of natural conditions, because these strength is limited, the rotating speed of generator just can not effectively improve, and is a key factor that is restricting generator efficiency always.But the wind energy of utilization, water can these regenerative resources generate electricity, and at first can save existing non-renewable energy resources, such as coal and oil.And without any the discharging of pollutant.Be clean new forms of energy.
Summary of the invention
In order to improve the efficient of generator, effective method is exactly the rotating speed that improves generator.Image in mirror the inside all is and real-world object image of a size, when this object during near minute surface, the image of this object that is become of mirror the inside, also near this minute surface.If object speed relative and minute surface is represented with A, this object is exactly 2A with speed the image of mirror the inside relatively so, according to the image that the raising of this reason speed can be become in mirror by object and it, common mutually near or deviate from and be improved.Not only just allow object come raising speed near minute surface fast.Generator also is to utilize this reason so, and just in the speed that improves rotor, the magnetic induction line that comes cutting stator to produce produces more electric weight to generator now.
Technical characterictic of the present invention is: if same cross section rotor is to clockwise rotate in generator, just allow stator rotate counterclockwise in this cross section, the magnetic field that coil above the rotor and stator produce, motion in the opposite direction simultaneously, key is exactly that the magnetic induction line that allows rotor and stator produce cuts mutually, and the coil of present not only rotor is at cutting magnetic induction line, and the magnetic field that stator produces is also at sectioned coil, both are close mutually, and the magnetic flux change in the coil will be accelerated.Rotate a circle cycle of cutting magnetic induction line of rotor can shorten greatly, and the electric current of generation will fast lifting.Improve utilization efficiency of energy, produce more electric weight.
The objective of the invention is: by improvement, improve the efficient of the generating of generator, make full use of the existing energy, produce more electric energy present generator.
The technical scheme of invention is: for stator adds a cover driving arrangement, make stator opposite with the direction of rotation of rotor in generator, accelerate magnetic flux pace of change in coil, the efficient that improves generator improves energy output to the greatest extent.
Specific implementation method is exactly: in the hydroelectric station, nuclear power station, be that the thermo-power station of the energy all promotes water wheels or turbine generation with power source with the coal, character is identical.Now be that example describes with the hydraulic generator.There are two kinds on this type of generator and improve one's methods, the one, hydraulic turbine communication type hydraulic generator, the 2nd, the box-like hydraulic generator of hydraulic turbine common group.
The one, hydraulic turbine communication type hydraulic generator: a hydraulic turbine is arranged on rotor, and linking to each other with rotor is used for driving rotor rotation, if rotor is turned clockwise; Opposite side at this hydraulic generator installs a hydraulic turbine additional, and this hydraulic turbine links to each other with stator, is used for driving stator and rotates, and stator is rotated counterclockwise.By pipeline these two hydraulic turbines are coupled together, the pipeline between two hydraulic turbines is the resistance that can reduce water like this of arc, and perhaps the pipeline generator of also can having mercy on draws current get off in the mode of spiral.Current flow through the hydraulic turbine that links to each other with rotor earlier, then by tuber drainage, flow through the hydraulic turbine that links to each other with stator again, and perhaps rotor is counterclockwise and stator is also passable clockwise, needs only two these direction of rotation and just can on the contrary.Rotor and stator will all rotate like this, and the direction of rotation is opposite.Accelerate the pace of change of magnetic flux in the rotor coil, can be converted into electric energy to the kinetic energy of water fully like this, improve utilization efficiency of energy.
The 2nd, the box-like hydraulic generator of hydraulic turbine common group.If have three hydraulic generators to be respectively generator 1,2, No. 3, the rotor of the rotor of No. 1 generator and No. 2 generators is connected above the same hydraulic turbine, claim that this hydraulic turbine is a, No. 1, No. 2 generators are respectively in the both sides of hydraulic turbine a.The stator of the stator of No. 2 generators and No. 3 motors is connected above the same hydraulic turbine, and this hydraulic turbine is b, and No. 2 and No. 3 generators are respectively in the both sides of hydraulic turbine b.Such 1,2, No. 3 generator has just linked together by hydraulic turbine a, b.By the dam tuber drainage, water rushes at the upper side with No. 1 and No. 2 hydraulic turbine a, and (is referential with hydraulic turbine a left side) hydraulic turbine a turns clockwise, and the left surface of No. 2 generator amatures also turns clockwise.Water rushes at the downside of hydraulic turbine b (the every fan whirlpool leaf of hydraulic turbine b and the every fan of hydraulic turbine a whirlpool leaf symmetry), and hydraulic turbine b is rotated counterclockwise, and the left surface of No. 2 generator unit stators also can be followed hydraulic turbine b and is rotated counterclockwise.Such No. 2 generator amatures and stator will rotate simultaneously, and the direction of rotation is opposite.Accelerate the pace of change of magnetic flux in the rotor coil, produce more electric energy.And the like can couple together according to the method by many generators.Can be converted into electric energy to the kinetic energy of water fully like this, improve utilization efficiency of energy.
Wind-driven generator utilizes the moving fan blade drive of wind rotor to come cutting magnetic induction line to generate electricity, and wind cannot carry out drainage as current or steam.
Wind-driven generator has dual mode to transform also can improve energy output, and the one, two fan blade coaxial-type wind-driven generators, the 2nd, two fan blade separate type wind-driven generators.
The one, two fan blade coaxial-type wind-driven generators a: fan blade is housed above the rotor of a typhoon power generator, be used for driving the rotor rotation, on the connecting axle of this fan blade and rotor, adorning a fan blade so, allow it link to each other with stator, two fan blades can independently rotate, and are used for driving stator.The fan blade of rotor in front stator fan blade in the back.The power transmission shaft of rotor fan blade and rotor is in the inboard, and the power transmission shaft of stator fan blade and stator is in the outside.There is bearing the inside, gap between the power transmission shaft of the power transmission shaft of stator and rotor.With rotor and leaf fan above the fan blade that the stator power transmission shaft links to each other, angle of inclination on blade shaft is different, when the wind of a direction is come, if the fan blade of rotor is the words that turn clockwise, the fan blade of stator will be rotated counterclockwise so, above the fan blade of rotor and stator, symmetry is wanted in the arrangement of each flabellum face, same wind direction blows over, the fan blade direction of rotation that guarantees rotor and stator is opposite, rotor and stator reverse rotation, and cutting speed that just can magnetic field is accelerated, energy output is increased, obtain the more energy.
The 2nd, two fan blade separate type wind-driven generators: equally also be on generator, to add a fan blade like this to link to each other with stator, the fan blade that links to each other with stator is the same with structure with the fan blade that links to each other of rotor, wind is come, and both turn clockwise simultaneously, perhaps are rotated counterclockwise.Stator fan blade and rotor fan blade be not on same axle, the power that the stator fan blade produces is the afterbody that leads to stator by independent power transmission shaft, afterbody at stator fan blade power transmission shaft has a gear, afterbody at stator also has a gear, at the downside of stator tail gear, there is the upside of a gear to link to each other with the afterbody of stator fan blade power transmission shaft.The effect of these two gears: the one, the power of stator fan blade transmission can be passed to stator; The 2nd, can change the direction of rotation of gear, if the power of stator fan blade gear transmission is to be rotated counterclockwise, it is exactly clockwise being transferred to internal gear so, stator also can be turned over (left surface of stator is a referential) with the gear dextrorotation like this.The stator fan blade is rotated counterclockwise, the stator fan blade is identical with the rotor fan blade, the rotor fan blade also is counterclockwise, rotor is rotated counterclockwise, and stator is to turn clockwise, and both direction of rotation are opposite, rotor and stator reverse rotation, cutting speed that can magnetic field is accelerated, and energy output increases, and obtains the more energy.
The size of fan blade can be very big, the gear of stator blade shaft end and the stator not gear of portion do not have so big size and can directly not link to each other, between them, can add the even number gear train, because the even number gear can guarantee last which gear that is connected with internal gear, the direction that begins to rotate with stator fan blade gear is consistent, so just can make internal gear opposite with stator fan blade gear direction of rotation.Just can make the direction of rotation of stator and rotor opposite.Do like this that can to remedy gear size too little, can prolong the distance of gear transmission power.
Also having a kind of method is exactly the belt that installs a circle in the above additional.The belt one end other end that links to each other with stator fan blade the tip of the axis links to each other with gearing shaft, and gearing shaft links to each other with gear, and is fixed together, and this gear is called a.This gear a contacts with the stator end gear, and the rotation of stator fan blade power transmission shaft drives circular belt rotation, driven gear a rotation.Gear a and stator fan blade power transmission shaft rotation direction of rotation is identical, and the stator end gear is opposite with gear a direction of rotation, the coming to the same thing of stator fan blade power transmission shaft and rotor fan blade power transmission shaft, and direction of rotation is identical, so the direction of rotation of stator and rotor is opposite.
Description of drawings
Accompanying drawing 1,2,3a, 3b, 4 are and face planing surface figure.
Accompanying drawing 1 is a hydraulic turbine communication type hydraulic generator.This figure is hydraulic generator figure, and equipment unit title and effect in the figure: 1,2 is permanent magnet, for generator produces magnetic field.3 is the hydraulic turbine that links to each other with rotor, clockwise rotates when water is brought, and drives rotor (is referential with the generator left side), 4 hydraulic turbine for linking to each other with stator that turns clockwise, and rotates counterclockwise when water is brought, and the drive stator is done and is rotated counterclockwise.5 is that rotor and hydraulic turbine power transmission shaft, 6 are stator and hydraulic turbine power transmission shaft.7 is rotor coil.8,9,10, water (flow) direction.
Accompanying drawing 2 two is the box-like hydraulic generators of hydraulic turbine common group.1 is dam.2,3 is water (flow) direction, 4 for water from the upside of the hydraulic turbine flow through direction, 5 water flow through direction from the downside of the hydraulic turbine.6 is the hydraulic turbine of the hydraulic turbine, 7 for linking to each other with generator amature that links to each other with generator amature.8,11,12 is the generator permanent magnet.9,10,13 is three generators.14 is the rotor of No. 9 generators, and 15 is the stator of No. 9 generators.10, No. 13 generators are identical with the component names of No. 9 14,15 generators, therefore do not mark.
Accompanying drawing 3a is that two fan blade separate type wind-driven generator: Fig. 1,2 are the generator fan blade, and fan blade 1 is identical fan blade with fan blade 2, and direction of rotation was identical when wind came.3 is that rotor transmission shaft, 4 is that stator fan blade power transmission shaft, 8 is the stator power transmission shaft.5,6 is permanent magnet.7 rotor coils.9,10 gears, when gear 9 was rotated counterclockwise, gear 10 will turn clockwise.11 is the gear junction.
Accompanying drawing 4 is two fan blade coaxial-type wind-driven generators: 1,2 is that permanent magnet, 3 is the rotor fan blade.4 is the stator fan blade.5 is rotor.6 stator power transmission shafts, 9 rotor transmission shafts.
Claims (6)
1, dual rotation type generator: generator unit stator and rotor reverse rotation, the pace of change of magnetic flux in the coil in the raising rotor.
2, the rotation of stator has increased extra rotating speed, has produced more energy.
3, the method for hydraulic turbine communication type hydraulic generator: on generator unit stator, install the hydraulic turbine additional, stator is connected with the hydraulic turbine of rotor, make two hydraulic turbine reverse rotations, improve the pace of change of the interior magnetic flux of coil in the rotor by the pipeline connection.
4, the method for the box-like hydraulic generator of hydraulic turbine common group: the shared same hydraulic turbine of the rotor of two generators, the shared same hydraulic turbine of a generator amature among the rotor of the 3rd generator and preceding two, make the hydraulic turbine direction of rotation of two hydraulic turbines opposite, the rotor of same generator is opposite with the stator direction of rotation.Three generators are combined in this way.Also mode makes up more than three like this.
5, two fan blade separate type wind-driven generators: mode a: under wind-driven generator, install fan blade additional, make the gear of power by not holding of fan blade transmission at the fan blade power transmission shaft, contact with gear that rotor is not held and to be transferred to stator, the fan blade of rotor and stator is identical, and direction of rotation is identical.Make the stator fan blade opposite with the direction of rotation of stator by gear, the direction of rotation of rotor and stator is opposite so.
Mode b: the fan blade power transmission shaft is not held yet can be with circular belt transmission power, transfers to the gear below the gear that stator do not hold, and is driving the gear rotation that stator is not held then, and the direction of rotation of rotor and stator is extended transmission distance on the contrary like this.
6, two fan blade coaxial-type wind-driven generators: install a fan blade in the back of wind power generator rotor blade shaft additional, this fan blade links to each other with stator, two fan blades are on same axle, every flabellum of two fan blades is in the face of claiming, both direction of rotation are opposite during rotation, and the direction of rotation of rotor and stator is opposite so.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008101349809A CN101436806A (en) | 2008-08-02 | 2008-08-02 | Rotor and stator dual rotation type acceleration generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008101349809A CN101436806A (en) | 2008-08-02 | 2008-08-02 | Rotor and stator dual rotation type acceleration generator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101436806A true CN101436806A (en) | 2009-05-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008101349809A Pending CN101436806A (en) | 2008-08-02 | 2008-08-02 | Rotor and stator dual rotation type acceleration generator |
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| Country | Link |
|---|---|
| CN (1) | CN101436806A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105164405A (en) * | 2013-04-18 | 2015-12-16 | 崔南圭 | Air-cushioned small hydraulic power generating device |
| CN112821822A (en) * | 2021-01-09 | 2021-05-18 | 东北石油大学 | Power generation control method and device, electronic device, storage medium and power generation device |
| CN117595578A (en) * | 2024-01-18 | 2024-02-23 | 常州市荣江机电有限公司 | Electric vehicle motor with cooling control device |
-
2008
- 2008-08-02 CN CNA2008101349809A patent/CN101436806A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105164405A (en) * | 2013-04-18 | 2015-12-16 | 崔南圭 | Air-cushioned small hydraulic power generating device |
| CN112821822A (en) * | 2021-01-09 | 2021-05-18 | 东北石油大学 | Power generation control method and device, electronic device, storage medium and power generation device |
| CN117595578A (en) * | 2024-01-18 | 2024-02-23 | 常州市荣江机电有限公司 | Electric vehicle motor with cooling control device |
| CN117595578B (en) * | 2024-01-18 | 2024-03-22 | 常州市荣江机电有限公司 | Electric vehicle motor with cooling control device |
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| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20090520 |