CN102179369A - Motor-driven windmill designed according to magnetization principle of stator and rotor of motor - Google Patents
Motor-driven windmill designed according to magnetization principle of stator and rotor of motor Download PDFInfo
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- CN102179369A CN102179369A CN2010105199102A CN201010519910A CN102179369A CN 102179369 A CN102179369 A CN 102179369A CN 2010105199102 A CN2010105199102 A CN 2010105199102A CN 201010519910 A CN201010519910 A CN 201010519910A CN 102179369 A CN102179369 A CN 102179369A
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- 230000005415 magnetization Effects 0.000 title claims abstract description 20
- 241000883990 Flabellum Species 0.000 claims description 168
- 238000003032 molecular docking Methods 0.000 claims description 20
- 230000005540 biological transmission Effects 0.000 claims description 16
- 210000001503 joint Anatomy 0.000 claims description 12
- 230000000694 effects Effects 0.000 claims description 10
- 238000005192 partition Methods 0.000 abstract 1
- 230000005611 electricity Effects 0.000 description 7
- 230000005307 ferromagnetism Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
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Abstract
The invention relates to a motor-driven windmill designed according to the magnetization principle of a stator and a rotor of a motor. A motor-driven mechanism and a manual-operated mechanism of the windmill are not positioned on the same end, but are respectively positioned on two ends of fan blades of the windmill, or the motor-driven mechanism and the manual-operated mechanism of the windmill are positioned at the same side. The manual-operated mechanism of the windmill includes a plurality of situations which are respectively as follows: a manual-operated part is in direct abut joint with a shaft of the fan blades of the windmill or a shaft of the motor; the manual-operated mechanism is driven by a belt; the manual-operated mechanism is driven by a gear; and the manual-operated mechanism is driven by a chain. For belt drive and chain drive, a driven wheel can be made to be movable, or a driving wheel and the driven wheel are both made to be movable. For gear drive, the driving wheel can be made to be movable. For the manual-operated mechanism, the manual-operated mechanism can be made to be in one-way drive, or the manual-operated part or a manual-operated handle can also be made to be movable. In addition, the motor of the motor-driven windmill can also be made to be movable on the windmill. Bearings are needed to be mounted at some rotating parts so as to reduce friction. A partition plate arranged between a high-quality grain feeding hopper and an inferior-quality grain feeding hopper of the windmill are made to be movable and can be ascended and descended.
Description
Affiliated technical field
The present invention relates to the utilization of magnetization principle on electric windmill of a series of motor stators, rotor.
Background technology
Before my invention forms, the basic utilization that does not have about the magnetization principle of motor stator, rotor on the windmill market.The electric windmill technology is confined in the narrow scope for a long time.
Summary of the invention
Promote greatly for the magnetization principle that makes motor stator, rotor can make the windmill technology, the invention provides a series of utilizations of magnetization principle on electric windmill about motor stator, rotor.
Technical scheme provided by the invention is: because stator, the rotor of motor will just produce interactional ferromagnetism after energising, just do not have interactional ferromagnetism when not switching on.So motor rotor just can freely rotate when not switching on.When not switching on, the rotor of motor is present in another mechanism, the system, to the not influence of another mechanism, system.This specific character of motor can be used on the electric windmill.Also can be used on other product.
For electric windmill, its basic structure and wooden windmill are similar.The funnel of main funnel by hopper, following good grain, following substandard products grain, wind drum, windmill body tube, windmill flabellum, support, manual mechanism, electronic mechanism etc. are formed.Windmill flabellum shape and wooden windmill flabellum shape approximation.The windmill flabellum is on the flabellum axle.Axle one end of windmill flabellum is in this one side of windmill wind drum.One end is at the another side of windmill wind drum.About the concrete operational mode of the magnetization principle of motor stator, rotor, a kind of is that the electronic mechanism of windmill and manual mechanism be not at same end, respectively at windmill flabellum two ends.The driving gear of electronic mechanism is enclosed within on the axle of motor rotor.Driven gear is enclosed within on the end of windmill flabellum axle.Electronic mechanism drives windmill flabellum axle by gear drive and rotates generation wind.Manual mechanism is rotated generation wind at the other end of windmill flabellum axle by driving windmill flabellum axle.Two ends from windmill flabellum axle drive windmill flabellum axle rotation generation wind selection by winnowing grain respectively.Motor drives windmill flabellum rotates and produces wind selection by winnowing grain when on the one hand electricity being arranged.At this moment be manual components is taken off or the V belt in the manual mechanism taken off.When not having electricity, manual components is not positioned on the other hand on the windmill flabellum axle or three belts are set up the windmill manual mechanism and drive windmill flabellum axle and rotate and produce wind selection by winnowing grain.Electronic when electricity is arranged, manual when not having electricity.Manual mechanism drives the rotation of windmill flabellum axle manually the time, and the driven gear that windmill flabellum axle drives electronic mechanism again rotates, and driven gear drives driving gear again and rotates, and driving gear is enclosed within on the axle of motor rotor, so also and then commentaries on classics of motor rotor.The rotor of motor is present in the manual mechanism system.Because not energising of motor in the time of manually, the rotor of motor can freely rotate, to the not influence of manual mechanism, system.
Electronic mechanism that another kind of mode is a windmill and windmill manual mechanism are in the same side.Promptly all be that the axle that drives the windmill flabellum of same end rotates generation wind selection by winnowing grain.Here again in two kinds of situation.The driven gear of the electronic mechanism of the first and the parts of manual mechanism all are positioned on an end of the axle of windmill flabellum.It two is that the axle of motor rotor is done very longly, is the axle of motor rotor, serves as the axle of windmill flabellum again, and flabellum is positioned on above it.Axle must pass from the casing of motor another side simultaneously.Manual mechanism is positioned on motor rotor when not having electricity axle passes on this end of casing the axle of drive motor rotor and rotates and produce wind selection by winnowing grain.
Divide multiple situation about the manual mechanism of electric windmill.A kind of is that manual components is that the axle of handle and windmill flabellum or the axle of motor are manual mechanism and motor directly butt joint under second kind of situation of the same side.For this situation, that the windmill flabellum is done is bigger, quality is done heavyly, makes it have inertia preferably.A kind of is belt transmission, and manual mechanism is by the V belt transmission.Hand cranking handle is positioned on the drive pulley.Another kind is gear drive, and promptly manual mechanism is by gear drive.Hand cranking handle is positioned on the driving gear.Also having a kind of is chain drive, and promptly manual mechanism is by chain drive.Hand cranking handle is positioned on the drive sprocket.Portion is that the axle of driven pulley and windmill flabellum or the axle of motor are docking together.
For belt transmission, chain drive, the activity of driven pulley can being made.The axle that driven pulley is positioned on manually the time windmill flabellum exactly go up or the axle of motor on.When electronic driven pulley is taken off from the axle of windmill flabellum or the axle of motor.Be fixed on one side or take away.The activity of also driving wheel, driven pulley all can being made.Just driving wheel, driven pulley are set up when needs are manual.
For gear drive, driving gear can be made movable.In the time of manually driving gear and driven gear are docking together.Driving gear and driven gear are separated.Or driving gear taken off take away.
Can make into unidirectional transmission for manual mechanism.So-called unidirectional transmission is exactly the transmission principle of bicycle.Just unidirectional drive bearing is installed at relevant position.The principle of unidirectional drive bearing is that bearing inner ring can drive outer hoop direction rotation, a natural outer shroud also can drive direction rotation of interior hoop.Ring does not influence outer shroud, outer shroud does not in the opposite direction influence interior ring yet.In the driven pulley of the driven gear of electronic mechanism and manual mechanism, respectively pacify a unidirectional drive bearing.Can not drive the rotor rotation of motor in the time of manually, the manual components that can not drive manual mechanism when electronic is rotated.Perhaps only in the driven pulley of manual mechanism, pacify a unidirectional drive bearing.Can drive the rotor rotation of motor in the time of manually, the manual components that can not drive manual mechanism when still electronic is rotated.
For manual mechanism, manual components or manual handle can also be made movable.
In addition, the motor of electric windmill can also establish that to be formed on the windmill be movable.Make gear and the butt joint of the gear on the windmill flabellum axle on the motor reel when electronic.Gear on the motor reel is separated with gear on the windmill flabellum axle.At the position of some rotation, bearing should be installed in order to reduce friction.Dividing plate under the windmill between the funnel of the funnel of good grain and following substandard products grain is made movable, can rise and can fall.
The invention has the beneficial effects as follows,, the windmill technology is enriched widely because the magnetization principle of motor stator, rotor finds application on electric windmill.
Description of drawings
The invention will be further described below in conjunction with the drawings and specific embodiments.
Accompanying drawing is an electric windmill front elevational schematic of the present invention.
Among the figure: 1, hopper.2, the funnel of following good grain.3, the funnel of following substandard products grain.4, wind drum.5, windmill body tube.6, support.
The specific embodiment
Embodiment one, the utilization of magnetization principle on electric windmill of motor stator, rotor, and its basic structure of electric windmill and wooden windmill are similar.The funnel 3 of main funnel 2 by hopper 1, following good grain, following substandard products grain, wind drum 4, windmill body tube 5, windmill flabellum, support 6, manual mechanism, electronic mechanism etc. are formed.Windmill flabellum shape and art windmill flabellum shape approximation.The windmill flabellum is on the flabellum axle.One end of the axle of windmill flabellum is in this one side of windmill wind drum.The other end is at the another side of windmill wind drum.The electronic mechanism of windmill and windmill manual mechanism be not at same end, respectively at windmill flabellum two ends.The driving gear of electronic mechanism is enclosed within on the axle of motor rotor.Driven gear is enclosed within on the end of windmill flabellum axle.Electronic mechanism drives windmill flabellum axle by gear drive and rotates generation wind.Manual mechanism also is to rotate generation wind by driving windmill flabellum axle.The directly butt joint of the axle of manual components and windmill flabellum.Do not need by transmissions such as belt transmission.For this situation, that the windmill flabellum is done is bigger, quality is done heavyly, makes it have inertia preferably.Motor drives windmill flabellum rotates on the one hand.The windmill manual mechanism drives the rotation of windmill flabellum on the other hand.Electronic when electricity is arranged, manual when not having electricity.The rotor of motor is present in the manual mechanism system manually the time.Because not energising of motor in the time of manually, the rotor of motor can freely rotate, to the not influence of manual mechanism, system.Manual components can be taken off from windmill flabellum axle.At the position of some rotation, bearing should be installed in order to reduce friction.Dividing plate under the windmill between the funnel 3 of the funnel 2 of good grain and following substandard products grain is made movable, can rise and can fall.
Embodiment two, and on the basis of embodiment one, manual mechanism can be belt transmission or chain drive.The axle of driven pulley and windmill flabellum is docking together.The activity of driven pulley can being made.Driven pulley is positioned on the axle of windmill flabellum when manual exactly.When electronic the axle of driven pulley from the windmill flabellum taken off.Be fixed on one side.Or take away.The activity of also driven pulley, the driving wheel of manual mechanism all can being made.Pacify to windmill in the time of manually.Take off when electronic.
Embodiment three, and on the basis of embodiment one, manual mechanism can be gear drive, and the axle of driven gear and windmill flabellum is docking together.Driving gear can be made movable.In the time of manually driving gear and driven gear are docking together.Driving gear and driven gear are separated.Or take off.
Embodiment four, and on the basis of embodiment one, windmill manual mechanism and motor are built in the same side.The axle of motor rotor is done very long, is the axle of motor rotor, serves as the axle of windmill flabellum again, and flabellum is positioned on above it.Axle must pass from the casing of motor another side simultaneously.The directly butt joint of the axle of manual components and motor is promptly with the axle butt joint of passing motor casing.That the windmill flabellum is done is bigger, quality is also done greatlyyer, and inertia is preferably arranged when the windmill flabellum is rotated.Manual components can be taken off from the windmill motor reel.
Embodiment five, and on the basis of embodiment four, manual mechanism can be belt transmission or chain drive.The axle of driven pulley and windmill motor is docking together.The activity of driven pulley can being made.Driven pulley is positioned on the axle of windmill motor when manual exactly.When electronic the axle of driven pulley from the windmill motor taken off.Be fixed on one side.Or take away.Or driving wheel, the driven pulley of manual mechanism are all made movable.Set up in the time of manually.Take off when electronic.
Embodiment six, and on the basis of embodiment four, manual mechanism can be gear drive.The axle of driven gear and windmill motor is docking together.Driving gear can be made movable.In the time of manually driving gear and driven gear are docking together.Driving gear and driven gear are separated.Or take off.
Embodiment seven, and on the basis of embodiment one, the electronic mechanism of windmill and manual mechanism are in the same side.The driven gear of electronic mechanism is positioned on the axle of windmill flabellum.The directly butt joint of the axle of manual components and windmill flabellum.That the windmill flabellum is done is bigger, quality is also done greatlyyer, and inertia is preferably arranged when the windmill flabellum is rotated.Manual components can be taken off from the windmill motor reel.
Embodiment eight, and on the basis of embodiment seven, manual mechanism can be belt transmission or chain drive.The axle of driven pulley and windmill flabellum is docking together.The activity of driven pulley can being made.Driven pulley is positioned on the axle of windmill flabellum when manual exactly.When electronic the axle of driven pulley from the windmill flabellum taken off.Be fixed on one side.Or take away.Or driving wheel, the driven pulley of manual mechanism are all made movable.Set up in the time of manually.Take off when electronic.
Embodiment nine, and on the basis of embodiment seven, manual mechanism can be gear drive.The axle of driven gear and windmill flabellum is docking together.Driving gear can be made movable.In the time of manually driving gear and driven gear are docking together.Driving gear and driven gear are separated.Or take off.
Embodiment ten, on embodiment, two, three, five, six, seven, eight, nine basis, respectively pacify a unidirectional drive bearing in the driven pulley of the driven gear of electronic mechanism and manual mechanism.Can not drive the rotor rotation of motor in the time of manually, the manual components that can not drive manual mechanism when electronic is rotated.
Embodiment 11, on the basis of embodiment, only pacify a unidirectional drive bearing in the driven pulley of manual mechanism in front.Can drive the rotor rotation of motor in the time of manually.But the manual components that can not drive manual mechanism when electronic is rotated.
Embodiment 12, and on the basis of embodiment, the motor of electric windmill can also be established and be formed on the windmill is movable in front.Make gear and the butt joint of the gear on the windmill flabellum axle on the motor reel when electronic.Gear on the motor reel is separated with gear on the windmill flabellum axle.
Embodiment 13, and on the basis of embodiment, the handle of manual components can be made movable, is convenient to take off from manual components when not using in front.
Claims (10)
1. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: the electronic mechanism of electric windmill and manual mechanism be not at same end, respectively at windmill flabellum two ends; The driving gear of electronic mechanism is enclosed within on the axle of motor rotor; Driven gear is enclosed within on the end of windmill flabellum axle; The directly butt joint of the axle of manual components and windmill flabellum; That the windmill flabellum is done is bigger, quality is also done greatlyyer, and inertia is preferably arranged when the windmill flabellum is rotated; Electronic on the one hand mechanism drives the windmill flabellum and rotates; Manual mechanism drives the rotation of windmill flabellum on the other hand; The rotor of motor is present in the manual mechanism system manually the time, to the not influence of manual mechanism, system; Manual components can be taken off from the axle of windmill flabellum; Bearing should be installed in the position of some rotations; Dividing plate under the windmill between the funnel (3) of funnel of good grain (2) and following substandard products grain is made movable, can rise and can fall.
2. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: the electronic mechanism of electric windmill and manual mechanism be not at same end, respectively at windmill flabellum two ends; The driving gear of electronic mechanism is enclosed within on the axle of motor rotor; Driven gear is enclosed within on the end of windmill flabellum axle; Manual mechanism can be belt transmission or chain drive; The axle of driven pulley and windmill flabellum is docking together; The activity of driven pulley can being made, when manual exactly driven pulley is positioned on the axle of windmill flabellum, when electronic the axle of driven pulley from the windmill flabellum taken off, be fixed on one side; Or take away; The activity of also driven pulley, the driving wheel of manual mechanism all can being made, pacify to windmill in the time of manually, take off when electronic; Electronic on the one hand mechanism drives the windmill flabellum and rotates; Manual mechanism drives the rotation of windmill flabellum on the other hand; The rotor of motor is present in the manual mechanism system manually the time, to the not influence of manual mechanism, system; Bearing should be installed in the position of some rotations; Dividing plate under the windmill between the funnel (3) of funnel of good grain (2) and following substandard products grain is made movable, can rise and can fall.
3. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: the electronic mechanism of electric windmill and manual mechanism be not at same end, respectively at windmill flabellum two ends; The driving gear of electronic mechanism is enclosed within on the axle of motor rotor; Driven gear is enclosed within on the end of windmill flabellum axle; Manual mechanism can be gear drive; The axle of driven gear and windmill flabellum is docking together; Driving gear can be made movable, in the time of manually driving gear and driven gear is docking together, and driving gear and driven gear are separated; Or take off; Electronic on the one hand mechanism drives the windmill flabellum and rotates; Manual mechanism drives the rotation of windmill flabellum on the other hand; The rotor of motor is present in the manual mechanism system manually the time, to the not influence of manual mechanism, system; Bearing should be installed in the position of some rotations; Dividing plate under the windmill between the funnel (3) of funnel of good grain (2) and following substandard products grain is made movable, can rise and can fall.
4. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: windmill manual mechanism and motor are built in the same side; The axle of motor rotor is done very long, is the axle of motor rotor, serves as the axle of windmill flabellum again, and flabellum is positioned on above it; Axle must pass from the casing of motor another side simultaneously; The directly butt joint of the axle of manual components and motor is promptly with the axle butt joint of passing motor casing; That the windmill flabellum is done is bigger, quality is also done greatlyyer, and inertia is preferably arranged when the windmill flabellum is rotated; Manual components can be taken off from the windmill motor reel; Electronic on the one hand mechanism drives the windmill flabellum and rotates; Manual mechanism drives the rotation of windmill flabellum on the other hand; The rotor of motor is present in the manual mechanism system manually the time, to the not influence of manual mechanism, system; Bearing should be installed in the position of some rotations; Dividing plate under the windmill between the funnel (3) of funnel of good grain (2) and following substandard products grain is made movable, can rise and can fall.
5. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: windmill manual mechanism and motor are built in the same side; The axle of motor rotor is done very long, is the axle of motor rotor, serves as the axle of windmill flabellum again, and flabellum is positioned on above it; Axle must pass from the casing of motor another side simultaneously; Manual mechanism can be belt transmission or chain drive; The axle of driven pulley and windmill motor is docking together; The activity of driven pulley can being made, when manual exactly driven pulley is positioned on the axle of windmill motor, when electronic the axle of driven pulley from the windmill motor taken off, be fixed on one side; Or take away; Or driving wheel, the driven pulley of manual mechanism are all made movable, and set up in the time of manually, take off when electronic; Electronic on the one hand mechanism drives the windmill flabellum and rotates; Manual mechanism drives the rotation of windmill flabellum on the other hand; The rotor of motor is present in the manual mechanism system manually the time, to the not influence of manual mechanism, system; Bearing should be installed in the position of some rotations; Dividing plate under the windmill between the funnel (3) of funnel of good grain (2) and following substandard products grain is made movable, can rise and can fall.
6. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: windmill manual mechanism and motor are built in the same side; The axle of motor rotor is done very long, is the axle of motor rotor, serves as the axle of windmill flabellum again, and flabellum is positioned on above it; Axle must pass from the casing of motor another side simultaneously; Manual mechanism can be gear drive; The axle of driven gear and windmill motor is docking together; Driving gear can be made movable, in the time of manually driving gear and driven gear is docking together, and driving gear and driven gear are separated; Or take off; Electronic on the one hand mechanism drives the windmill flabellum and rotates; Manual mechanism drives the rotation of windmill flabellum on the other hand; The rotor of motor is present in the manual mechanism system manually the time, to the not influence of manual mechanism, system; Bearing should be installed in the position of some rotations; Dividing plate under the windmill between the funnel (3) of funnel of good grain (2) and following substandard products grain is made movable, can rise and can fall.
7. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: the electronic mechanism of windmill and manual mechanism are in the same side; The driven gear of electronic mechanism is positioned on the axle of windmill flabellum; The directly butt joint of the axle of manual components and windmill flabellum; That the windmill flabellum is done is bigger, quality is also done greatlyyer, and inertia is preferably arranged when the windmill flabellum is rotated; Manual components can be taken off from the windmill motor reel; Manual mechanism or belt transmission or chain drive; The axle of driven pulley and windmill flabellum is docking together; The activity of driven pulley can being made, when manual exactly driven pulley is positioned on the axle of windmill flabellum, when electronic the axle of driven pulley from the windmill flabellum taken off, be fixed on one side; Or take away; Or driving wheel, the driven pulley of manual mechanism are all made movable, and set up in the time of manually, take off when electronic; Manual mechanism or gear drive; The axle of driven gear and windmill flabellum is docking together; Driving gear can be made movable, in the time of manually driving gear and driven gear is docking together, and driving gear and driven gear are separated; Or take off; Electronic on the one hand mechanism drives the windmill flabellum and rotates; Manual mechanism drives the rotation of windmill flabellum on the other hand; The rotor of motor is present in the manual mechanism system manually the time, to the not influence of manual mechanism, system; Bearing should be installed in the position of some rotations; Dividing plate under the windmill between the funnel (3) of funnel of good grain (2) and following substandard products grain is made movable, can rise and can fall.
8. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: can make into unidirectional transmission for transmission.
9. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: the motor of electric windmill can also be established and be formed on the windmill is movable, makes the butt joint of gear on the motor reel and the gear on the windmill flabellum axle when electronic, and the gear on the motor reel is separated with gear on the windmill flabellum axle.
10. according to the electric windmill of the magnetization principle of motor stator, rotor design, its basic structure and wooden windmill are similar, mainly rouse (4), windmill body tube (5), windmill flabellum, support (6), manual mechanism, electronic mechanism etc. and form by hopper (1), the funnel (2) that descends good grain, the funnel (3) of following substandard products grain, wind, electric windmill flabellum shape and wooden windmill flabellum shape approximation, the windmill flabellum is on the flabellum axle, one end of the axle of windmill flabellum is in this one side of windmill wind drum, and the other end is at the another side of windmill wind drum; It is characterized in that: the handle of manual components can be made movable, is convenient to take off from manual components when not using.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105199102A CN102179369A (en) | 2009-12-23 | 2010-10-17 | Motor-driven windmill designed according to magnetization principle of stator and rotor of motor |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910263541.2 | 2009-12-23 | ||
| CN200910263541 | 2009-12-23 | ||
| CN2010105199102A CN102179369A (en) | 2009-12-23 | 2010-10-17 | Motor-driven windmill designed according to magnetization principle of stator and rotor of motor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102179369A true CN102179369A (en) | 2011-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201020002616XU Expired - Fee Related CN202114011U (en) | 2009-12-23 | 2010-01-08 | Electric windmill designed according to motor stator and rotor magnetization principle |
| CN2010105199102A Pending CN102179369A (en) | 2009-12-23 | 2010-10-17 | Motor-driven windmill designed according to magnetization principle of stator and rotor of motor |
| CN2010205766476U Expired - Fee Related CN202061808U (en) | 2009-12-23 | 2010-10-17 | Electric windmill designed on the basis of the magnetization principle of stator and rotor of motor |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201020002616XU Expired - Fee Related CN202114011U (en) | 2009-12-23 | 2010-01-08 | Electric windmill designed according to motor stator and rotor magnetization principle |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205766476U Expired - Fee Related CN202061808U (en) | 2009-12-23 | 2010-10-17 | Electric windmill designed on the basis of the magnetization principle of stator and rotor of motor |
Country Status (1)
| Country | Link |
|---|---|
| CN (3) | CN202114011U (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202114011U (en) * | 2009-12-23 | 2012-01-18 | 赵彦杰 | Electric windmill designed according to motor stator and rotor magnetization principle |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2289885Y (en) * | 1996-06-28 | 1998-09-02 | 许幂 | Electric, hand agricultural windmill |
| CN2836936Y (en) * | 2004-06-20 | 2006-11-15 | 赵彦杰 | Energy-saving electric windmill |
| CN201267806Y (en) * | 2008-05-30 | 2009-07-08 | 蒋江明 | Air draft type electric windmill |
| CN201335028Y (en) * | 2009-01-21 | 2009-10-28 | 王运和 | Wind supply device for manual/electric particle classifying windmill |
| CN201350448Y (en) * | 2008-12-06 | 2009-11-25 | 阳圣福 | Agricultural blowing-type electric windmill |
| CN202061808U (en) * | 2009-12-23 | 2011-12-07 | 赵彦杰 | Electric windmill designed on the basis of the magnetization principle of stator and rotor of motor |
-
2010
- 2010-01-08 CN CN201020002616XU patent/CN202114011U/en not_active Expired - Fee Related
- 2010-10-17 CN CN2010105199102A patent/CN102179369A/en active Pending
- 2010-10-17 CN CN2010205766476U patent/CN202061808U/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2289885Y (en) * | 1996-06-28 | 1998-09-02 | 许幂 | Electric, hand agricultural windmill |
| CN2836936Y (en) * | 2004-06-20 | 2006-11-15 | 赵彦杰 | Energy-saving electric windmill |
| CN201267806Y (en) * | 2008-05-30 | 2009-07-08 | 蒋江明 | Air draft type electric windmill |
| CN201350448Y (en) * | 2008-12-06 | 2009-11-25 | 阳圣福 | Agricultural blowing-type electric windmill |
| CN201335028Y (en) * | 2009-01-21 | 2009-10-28 | 王运和 | Wind supply device for manual/electric particle classifying windmill |
| CN202061808U (en) * | 2009-12-23 | 2011-12-07 | 赵彦杰 | Electric windmill designed on the basis of the magnetization principle of stator and rotor of motor |
Also Published As
| Publication number | Publication date |
|---|---|
| CN202061808U (en) | 2011-12-07 |
| CN202114011U (en) | 2012-01-18 |
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Application publication date: 20110914 |