CN106301078A - Utilize Magnetitum magnetic force only with the brshless DC motor of a solenoid - Google Patents
Utilize Magnetitum magnetic force only with the brshless DC motor of a solenoid Download PDFInfo
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- CN106301078A CN106301078A CN201510271235.9A CN201510271235A CN106301078A CN 106301078 A CN106301078 A CN 106301078A CN 201510271235 A CN201510271235 A CN 201510271235A CN 106301078 A CN106301078 A CN 106301078A
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- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02N—ELECTRIC MACHINES NOT OTHERWISE PROVIDED FOR
- H02N11/00—Generators or motors not provided for elsewhere; Alleged perpetua mobilia obtained by electric or magnetic means
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Abstract
Utilize Magnetitum magnetic force is only the application in power-equipment with the brshless DC motor of a solenoid.Suction and repulsion, also the 3rd power-Magnetitum magnetic force is had between Magnetitum.Motor of the present invention and permanent magnetic brushless are all only to use Magnetitum on rotor；On stator, permanent magnetic brushless is only with multiple solenoids Magnetitum useless, and motor of the present invention is only with a solenoid and multiple Magnetitum.Motor of the present invention make use of the Magnetitum magnetic force produced between magnetostatic stone and dynamic Magnetitum to be power, and also utilizing the Magnetitum magnetic force produced between solenoid and dynamic Magnetitum is power, only just makes rotor rotate with a solenoid.The present invention illustrates the technology of multiple generation Magnetitum magnetic force and reduces the technology of suction repulsion.Only just it is greatly reduced the outer electric power of use with a solenoid, is greatly improved efficiency.
Description
Technical field
Magnetitum application in power-equipment.
Background technology
Content according to former patent of invention proceeds invention
1. 2006 applyings date December title magnetic means of lodestone application number 200610161921.1 on the 8th
2. title magnetic means of lodestone application number on April 11 2013 applying date 201310125200.5
3. title Magnetitum on November 13 2013 applying date and solenoid interconnection technique application apparatus application number 201310562225.1
4. November 24 2014 applying date, title utilized the brshless DC motor application number 201410673906, X of Magnetitum magnetic force
It is strong and vigorous that the inventor of patent of invention rectifys auspicious field
Suction, repulsion, also the 3rd power-Magnetitum magnetic force is had between Magnetitum.Its 3rd power-Magnetitum magnetic force is described in detail in above-mentioned patent.Utilize the Magnetitum magnetic force can for linear motion and rotary motion.Magnetitum magnetic force is defined as follows, relative in two N poles (or S pole) of the Magnetitum of two same shapes, the 3rd Magnetitum is put in the centre of two N pole field, N pole and the S pole interconnector of the 3rd Magnetitum are called Magnetitum field axis, the field axis direction of the 3rd Magnetitum becomes 90 degree ± 45 degree with the direction of two N pole fields, two identical Magnetitums are motionless, and the 3rd Magnetitum presses N pole in the most posterior motion of front S to the N extreme direction campaign in its field axis direction, i.e. field axis.Under conditions of Magnetitum magnetic force defines, only Magnetitum magnetic force does not has suction repulsion.Suction repulsion produces when only becoming 0 degree ± 45 degree and 180 degree ± 45 degree with the direction of two N pole fields in the field axis direction of the 3rd Magnetitum.
Some units, some professors expert only recognize suction repulsion by existing theory, do not recognize Magnetitum magnetic force.In the definition of above-mentioned Magnetitum magnetic force, only analyzing with suction repulsion, the 3rd Magnetitum presses S pole in the most posterior motion of front N to the S extreme direction campaign in its field axis direction, i.e. field axis, contrary with the direction of motion of Magnetitum magnetic force.But the 3rd Magnetitum presses N pole in the most posterior motion of front S to the N extreme direction campaign in its field axis direction, i.e. field axis in above-mentioned actual experiment.Existing theory can not correctly explain new original invention.Magnetitum magnetic force is a kind of new original invention, and the definition of Magnetitum magnetic force is modern new theory.
In May, 2013, China Patent Technical Development Co. belonging to Patent Office wants me to participate in Beijing scientific and technological fair.In the scientific and technological fair of Beijing, demonstration principle prototype and explanation make a lot of professor expert recognize Magnetitum magnetic force exists.Some professors expert are had when starting, to think only suction repulsion, I proposes the most relative at two N of the Magnetitum of two same shapes, the 3rd Magnetitum is put in the centre of two N pole field, 3rd Magnetitum provides field axis N-S pole, the field axis direction of the 3rd Magnetitum becomes 90 degree ± 45 degree with the direction of two N pole fields, two identical Magnetitums are motionless, may I ask the 3rd Magnetitum to which direction moves？Some professors expert say that only suction repulsion, the 3rd Magnetitum press S pole in the most posterior motion of front N to the S extreme direction campaign in its field axis direction, i.e. field axis.My demonstration model, in actual experiment, the 3rd Magnetitum presses N pole in the most posterior motion of front S to the N extreme direction campaign in its field axis direction, i.e. field axis.Think that the direction of motion that only suction repulsion produces is the most contrary with the direction of motion that actual experiment produces.These professors expert recognize Magnetitum magnetic force objective reality after seeing.
14 to 16 November in 2013, Chinese Scientists association wants me to participate in BeijingThe peopleThe great hall holds Chinese Scientists forum, and in forum, I sends outTable onePiece paper, demonstrates and explains Magnetitum magnetic force, authorize me second prize, issue my second prize certificate.In the demonstrations of two days and explanation Magnetitum magnetic force, all of see that expert professor and company leader personnel etc. that I demonstrate and explain recognize that Magnetitum repulsion exists.It not " prior art thinks only have suction and repulsion between two Magnetitums ".
Cooperation agreement is signed with a company on November 17th, 2013.I continues test together with the said firm, a model machine is completed in March, 2014, it is Magnetitum magnetic field on rotor, under the effect of external force, the Magnetitum magnetic field on rotor is entered in certain position with the Magnetitum N-S pole providing field axis, rotor is moved by Magnetitum magnetic force, when will leave the Magnetitum magnetic field on rotor, exit with in external force Magnetitum magnetic field from rotor.The position in its Magnetitum magnetic field entering and exiting on rotor and time are carried out by Hall element and power control part, and this model machine rotary motion is not imagination but in kind.Patent has been applied on May 9th, 2014.This is not only a kind of imagination, but those skilled in the art have the most normally implemented the model machine in kind of this technical scheme.The original innovation of my Magnetitum magnetic force is the biggest breakthrough to prior art, existing theory, is also the great propelling to China's development in science and technology.National governmentEncourage original innovation.Some units deny that Magnetitum magnetic force is exactly the original innovation opposing Magnetitum magnetic force.
When one of this patent application purpose wishes office, recognize the objective reality of Magnetitum magnetic force.Every people having seen principle prototype demonstrate, most objective realities all recognizing Magnetitum magnetic force.Wish to see that principle prototype is demonstrated during office.The two of this patent application purpose are the objective reality promoting further and recognizing Magnetitum magnetic force, are also the effective developments completing to utilize Magnetitum magnetic force furtherNew productProduct.
Magnetitum magnetic force is my original discovery, and the application of Magnetitum magnetic force is my original invention, original innovation.CountryOneself development in science and technology road is walked in proposition.The original innovation of objective reality is denied, is unfavorable for walking oneself development in science and technology road.The application has principle prototype, and auditor should have a look at the demonstration of principle prototype, and when needing, I demonstrates to you at any time.
Summary of the invention
Solve the technical problem that
Magnetitum magnetic force is utilized to replace the power-electromagnetic force of the cutting magnetic line in common electric machine.It it is on November 24th, 2014 in the applying date, title is in the brshless DC motor utilizing Magnetitum magnetic force, applies Magnetitum magnetic force to replace electromagnetic force, the most also application suction repulsion between stator and the rotor of its motor, only have Magnetitum on its rotor, its stator only has multiple solenoids.It is now to solve the technical problem that and is: on its rotor, still only have Magnetitum；Do not only have solenoid, also Magnetitum on its stator, accomplish only one of which solenoid on stator, newly increase multiple Magnetitum, only use Magnetitum magnetic force, without suction repulsion.Purpose is to increase and utilizes the Magnetitum magnetic force between stator Magnetitum and rotor Magnetitum to be used as power, also being used as power of the solenoid on stator and the Magnetitum magnetic force between rotor Magnetitum is utilized, greatly reduce the quantity of solenoid, reduce the input external force of motor, be greatly improved efficiency.In the following description, dynamic Magnetitum is exactly rotor Magnetitum, and magnetostatic stone is exactly stator Magnetitum.
Basic technical scheme
Basic technical scheme more than 1 plants the available scheme producing Magnetitum magnetic force
The most magnetostatic stone provides magnetic field N pole or S pole, dynamic Magnetitum to provide field axis N-S
Two N poles (or S pole) of the Magnetitum of two same shapes of Magnetitum A and Magnetitum C are relative, Magnetitum B is put in the centre of two N pole field, N pole and the S pole interconnector of Magnetitum B are called Magnetitum field axis, the field axis N-S direction of Magnetitum B becomes 90 degree ± 45 degree with the direction of Magnetitum A and two N pole fields of Magnetitum C, produces Magnetitum magnetic force 3.The length of the N pole of Magnetitum A and Magnetitum C is more much larger than the length of Magnetitum B field axis.It is motionless that Magnetitum A and C makees magnetostatic stone, and Magnetitum B start Magnetitum presses N pole in the most posterior motion of front S to the N extreme direction campaign in its field axis N-S direction, i.e. field axis.Under conditions of producing Magnetitum magnetic force, only Magnetitum magnetic force does not has suction repulsion.By suction 1 during the end of the N pole that the N extreme direction to its field axis N-S direction of the Magnetitum B start Magnetitum moves to Magnetitum A and Magnetitum C.Magnetitum B another end in N pole is by repulsion 2.The direction of suction repulsion is in opposite direction with Magnetitum magnetic force.Longer Magnetitum can be straight line, it is also possible to be circular shape.Can see attachedFigureThe narration that 1 display is above.
When the length of the N pole of Magnetitum A and the Magnetitum C length than Magnetitum B field axis N-S is much smaller, Magnetitum B is same as above to move by Magnetitum magnetic force direction.The two ends of longer Magnetitum B at shorter Magnetitum A and B the most respectively by suction and repulsion.
Magnetitum A and Magnetitum C can be with start Magnetitum, and Magnetitum B can make magnetostatic stone, and the direction of motion of Magnetitum A and Magnetitum C is contrary with the direction of motion of motor magnet B.
Only with Magnetitum A and Magnetitum B, move by Magnetitum magnetic force direction without Magnetitum C, Magnetitum B are same as above.But also having less suction 1 and repulsion 2 between Magnetitum A and Magnetitum B, the impact on Magnetitum magnetic force is the least.When Magnetitum A is the most different with the length of Magnetitum B, Magnetitum B is the same moves.Also suction and repulsion is had, in opposite direction with Magnetitum magnetic force at two ends.Can see attachedFigureThe narration that 2 displays are above.
The most magnetostatic stone provides field axis N-S, dynamic Magnetitum to provide magnetic field N pole or S pole
The upside of Magnetitum B provides N pole field, and the downside of Magnetitum B provides S pole field.Magnetitum A is in the upside of the N pole field of Magnetitum B, and the right side of Magnetitum A is N pole, and left side is S pole.Magnetitum C is in the downside of the S pole field of Magnetitum B, and the right side of Magnetitum C is S pole, and left side is N pole.The field axis N-S direction of Magnetitum A and Magnetitum C is respectively into 90 degree ± 45 degree with the direction in the direction of the N pole field of Magnetitum B and the S pole field of Magnetitum B.The length of the N-S field axis of Magnetitum A and Magnetitum C is more much larger than the length in Magnetitum B magnetic field.It is motionless that Magnetitum A and Magnetitum C makees magnetostatic stone, Magnetitum B start Magnetitum, to the S extreme direction campaign in the field axis N-S direction of Magnetitum A, is also the N extreme direction campaign in field axis N-S direction to Magnetitum C.The two ends of same Magnetitum B at the two ends of Magnetitum A and Magnetitum C respectively by suction or repulsion.Longer Magnetitum can be straight line, it is also possible to be circular shape.Can see attachedFigureThe narration that 3 displays are above.When the length of the N-S field axis of Magnetitum A and Magnetitum C is more much smaller than the length of Magnetitum B magnetic field N or S, Magnetitum B motion same as above.The two ends of longer Magnetitum B at shorter Magnetitum A and C the most respectively by suction and repulsion.
Magnetitum A and Magnetitum C can be with start Magnetitum, and Magnetitum B can make magnetostatic stone, and the direction of motion of Magnetitum A and Magnetitum C is contrary with the direction of motion of motor magnet B.
Only with Magnetitum A and Magnetitum B, move by Magnetitum magnetic force direction without Magnetitum C, Magnetitum B are same as above.When Magnetitum A is the most different with the length of Magnetitum B, Magnetitum B is the same moves.But also having less suction 1 and repulsion 2 between Magnetitum A and Magnetitum B, the impact on Magnetitum magnetic force is the least.Also suction and repulsion is had, in opposite direction with Magnetitum magnetic force at two ends.Can see attachedFigureThe narration that 4 displays are above.
Basic technical scheme 2. reduces and the reciprocal suction of Magnetitum magnetic force and the scheme of repulsion size
1. arc angle the is bigger magnetostatic stone that magnetic field is provided or dynamic Magnetitum, it is provided that the magnetostatic stone of field axis or dynamic Magnetitum, dynamic Magnetitum utilizes Magnetitum magnetic force generally proper motion.When dynamic Magnetitum moves to the two ends of magnetostatic stone, stopping by bigger opposite direction repulsion or suction, is the most easily stopped motion.When the angle of the magnetostatic stone providing magnetic field that one arc angle is bigger is to 180 degree, dynamic Magnetitum not stop motion by Magnetitum magnetic force at 90 degree, the centre of 180 degree occurs.There is provided the scheme solving the problems referred to above as follows:
1) by magnetostatic stone bigger for arc angle or dynamic Magnetitum, being divided into several little Magnetitum, its magnetic direction is identical with former state, and angle is identical, and the distance between several little Magnetitums is equal, and the size of distance is relevant with the size of little Magnetitum.When little Magnetitum is big, distance also can be big.The head end of several little Magnetitums and the suction repulsion of end reduce.
2) the several little Magnetitum of first group of magnetostatic stone is in the downside of dynamic Magnetitum, and second group of several little Magnetitum is in the upside of dynamic Magnetitum, and the magnetic pole of the little Magnetitum of upper and lower sides all points to the magnetic pole of dynamic Magnetitum.The little Magnetitum of head end of the little Magnetitum of end of first group of several little Magnetitum and second group of several little Magnetitum is put in identical angle position, is conducive to reducing suction repulsion.
3) dynamic distance between Magnetitum and magnetostatic stone to select normally.When its distance is the least, dynamic Magnetitum is by Magnetitum three power of magnetic force suction repulsion between several little Magnetitums；When its distance is the biggest, the Magnetitum magnetic force that dynamic Magnetitum is subject to will reduce；Its distance is selected just not have the place of suction repulsion.Distance hour between several little Magnetitums, dynamic distance between Magnetitum and magnetostatic stone is the least.
4) arc angle is bigger magnetostatic stone or dynamic Magnetitum, arc angle controls within 120 degree, and 90 degree more preferably.The stop motion of Magnetitum magnetic force is no longer had at the middle number of degrees of arc angle.
The magnetostatic stone that magnetic field is provided of the most single arc-shaped, or the magnetostatic stone that field axis is provided of single arc-shaped, when having the position of two groups of several little magnetostatic stone adjacent spaces in the downside of dynamic Magnetitum, the magnetostatic stone of arc-shaped is placed in upside or the downside of the dynamic Magnetitum of position herein, its center is placed in the center of dynamic Magnetitum, its two ends are placed in outside or the inner side of dynamic Magnetitum, also reduce suction repulsion.
Thering is provided magnetic field or the magnetostatic stone of annular of field axis, it is provided that 90 degree (or 60 degree etc.), 0 degree to 90 degree, the downside of dynamic Magnetitum, 180 degree to 270 degree of each storings one, its center is placed in the center of dynamic Magnetitum, and its two ends are placed in the outside of dynamic Magnetitum.Also one is put, in upside or the downside of dynamic Magnetitum at 90 degree to 180 degree.Dynamic Magnetitum has preferable Magnetitum magnetic force to move at 0 degree to 270 degree, has minimum suction repulsion not affect motion, also reduces suction repulsion.Utilizing a solenoid 270 degree to 0 degree positions, in the upside of dynamic Magnetitum, also produce Magnetitum magnetic force after energising, dynamic Magnetitum will remain in operation completely at 360 degree.
Utilize the embodiment of basic technical scheme
The magnetostatic stone of embodiment 1 provide magnetic field N pole (or S pole), dynamic Magnetitum provide field axis N-S only by the brshless DC motor scheme utilizing Magnetitum magnetic force of a solenoid
Dynamic Magnetitum provides field axis N-S, its arc angle be 120 degree (can be other angles, as 90 degree etc.).Number is one or more.Magnetostatic stone, 90 degree (can also be other angles) built-in 4 (can also be other numbers), respectively at 0 degree, 30 degree, 60 degree, 90 degree, 180 degree, 210 degree, 240 degree, 270 degree, respectively puts a little magnetostatic stone, in the downside of dynamic Magnetitum.At 90 degree, 120 degree, 150 degree, 180 degree, respectively put a little magnetostatic stone, in the upside of dynamic Magnetitum.Dynamic Magnetitum is pointed in the N pole of magnetostatic stone.Dispose a solenoid the positions of 270 degree to 0 degree, during solenoid energising, dynamic Magnetitum is pointed in its N pole.Dynamic Magnetitum not in the range of application of solenoid, solenoid no power.Dynamic Magnetitum is operated by Magnetitum magnetic force in the range of the magnetostatic stone of 0 degree to 270 degree, does not has the obstruction of suction repulsion, solenoid no power.The moment of solenoid energising and power-off is controlled by common Hall element and power control system.Solenoid is initially powered up the head end that the moment is rotor Magnetitum and enters the center of solenoid, when the end of rotor Magnetitum leaves the central instant of solenoid, it is necessary to power-off.If without solenoid, only surround round shape with magnetostatic stone in 360 degree, then Magnetitum magnetic force disappears substantially.Dynamic Magnetitum make use of the Magnetitum magnetic force produced between magnetostatic stone and dynamic Magnetitum to be power, also utilizing the Magnetitum magnetic force produced between solenoid and dynamic Magnetitum is power, use plural solenoid, can be one, 90 degree to 180 degree positions, one, 270 degree to 0 degree positions, its stress is fine, but electricity consumption is the most.With one or two solenoids, dynamic Magnetitum can be fully rotating.The above-mentioned magnetostatic stone at 90 degree to 180 degree can use the magnetostatic stone providing magnetic field of arc-shaped, when putting, its center is placed in the center of dynamic Magnetitum, its two ends are placed in outside or the inner side of dynamic Magnetitum, is also placed in downside or the upside of dynamic Magnetitum.The above-mentioned magnetostatic stone at 90 degree to 180 degree can use the magnetostatic stone of annular, is placed in dynamic Magnetitum nearby.Embodiment 1 has principle prototype to demonstrate.
Embodiment 2 is moved Magnetitum and is provided magnetic field N pole (or S pole), magnetostatic stone provide field axis N-S only by the brshless DC motor scheme utilizing Magnetitum magnetic force of a solenoid
Dynamic Magnetitum provides magnetic field N pole or S pole, its arc angle be 120 degree (can be other angles, as 90 degree etc.), number is one or more.Magnetostatic stone provides field axis N-S, 90 degree (can also be other angles) built-in 4 (can also be other numbers), respectively at 0 degree, 30 degree, 60 degree, 90 degree, 180 degree, 210 degree, 240 degree, 270 degree, respectively put a magnetostatic stone, in the downside of dynamic Magnetitum, the magnetomechanical axis of magnetostatic stone is pointed in the N pole on the downside of it.At 90 degree, 120 degree, 150 degree, 180 degree, respectively put a magnetostatic stone, in the upside of dynamic Magnetitum.The field axis of magnetostatic stone is pointed in S pole on the upside of dynamic Magnetitum.Dispose a solenoid the positions of 270 degree to 0 degree, during solenoid energising, dynamic Magnetitum is pointed in its N-S pole.Dynamic Magnetitum not in the range of application of solenoid, solenoid no power.Dynamic Magnetitum is operated by Magnetitum magnetic force in the range of the magnetostatic stone of 0 degree to 270 degree, does not has the obstruction of suction repulsion, solenoid no power.The moment of solenoid energising and power-off is controlled by common Hall element and power control system.Solenoid is initially powered up the head end that the moment is rotor Magnetitum and enters the center of solenoid, when the end of rotor Magnetitum leaves the central instant of solenoid, it is necessary to power-off.If without solenoid, only surround round shape with magnetostatic stone in 360 degree, then Magnetitum magnetic force disappears substantially.Use plural solenoid, can be one, 90 degree to 180 degree positions, one, 270 degree to 0 degree positions, its stress is fine, but electricity consumption is the most.With one or two solenoids, dynamic Magnetitum can be fully rotating.
The field axis of the above-mentioned magnetostatic stone at 90 degree to 180 degree can use arc-shaped, when putting, its center is placed in the center of dynamic Magnetitum, its two ends are placed in the outside of dynamic Magnetitum, is also placed in the downside of dynamic Magnetitum.Dynamic Magnetitum being operated by Magnetitum magnetic force in the range of the magnetostatic stone of 0 degree to 270 degree in downside, does not has the obstruction of suction repulsion.Embodiment 2 has principle prototype to demonstrate.
Beneficial effect
The power suffered by motion of dynamic Magnetitum is Magnetitum magnetic force.In such scheme, the time of the dynamic Magnetitum magnetic force produced between Magnetitum and magnetostatic stone is more much larger than the time of the Magnetitum magnetic force produced between dynamic Magnetitum and solenoid；This motor make use of the Magnetitum magnetic force produced between magnetostatic stone and dynamic Magnetitum to be power, and also utilizing the Magnetitum magnetic force produced between solenoid and dynamic Magnetitum is power, because only with a solenoid, the outer force rate permanent-magnet brushless DC electric machine inputted is greatly reduced.Under identical output, the small volume of this equipment.Efficiency improves.It is substantially reduced cost, has energy-saving significance.
Accompanying drawing explanation
AttachedFigure1, attachedFigure2, attachedFigure3, attachedFigure4 is the signal of the available scheme producing Magnetitum magnetic force in basic technical schemeFigure。FigureIn, A is magnetostatic stone, and B is that Magnetitum, C are magnetostatic stone；N is N pole, and S is S pole；With the line of arrow, 1 represents suction, and 2 represent repulsion, and 3 represent Magnetitum magnetic force, and arrow represents the direction of power.AttachedFigure1, attachedFigureThe 2 available schemes 1 producing Magnetitum magnetic force in basic technical scheme have carried out utilizing explanation.AttachedFigure3, attachedFigureThe 4 available schemes 2 producing Magnetitum magnetic force in basic technical scheme have carried out utilizing explanation.AttachedFigure1, attachedFigure2, attachedFigure3, attachedFigure4 have experimental prototype to demonstrate.
AttachedFigure5 is that the Magnetitum (dynamic Magnetitum) on rotor provides field axis, Magnetitum (magnetostatic stone) on stator provides N pole field, magnetostatic stone has multiple, only with the Magnetitum magnetic force of a solenoid on magnetostatic stone position, is the signal of brshless DC motorFigure。FigureIn, Z is that Magnetitum, D are magnetostatic stone, and X is solenoid, and ZH is axle, as the angle at 30 ° of magnetostatic stone places of expression.The optimal way 1 of detailed description of the invention is illustrated.
AttachedFigure6 is that the Magnetitum (dynamic Magnetitum) on rotor provides magnetic field N pole and S pole, Magnetitum (magnetostatic stone) on stator provides field axis, magnetostatic stone has multiple, only with the Magnetitum magnetic force of a solenoid on magnetostatic stone position, is the signal of brshless DC motorFigure。FigureIn, Z is that Magnetitum, D are magnetostatic stone, and X is solenoid, and ZH is axle, as the angle at 30 ° of magnetostatic stone places of expression.The optimal way 2 of detailed description of the invention is illustrated.
Detailed description of the invention
Optimal way 1 rotor Magnetitum provides field axis, and stator Magnetitum provides N pole field, and stator Magnetitum has multiple, only with the Magnetitum magnetic force brshless DC motor of a solenoid on stator Magnetitum position
AttachedFigureShown in 5, rotor Magnetitum Z provides field axis N-S, its arc angle be 120 degree (can also be other angles, as 90 degree etc.).Move in the direction of the clock.
Magnetitum D on stator, 90 degree built-in 4, respectively at 0 degree, 30 degree, 60 degree, 90 degree, 180 degree, 210 degree, 240 degree, 270 degree, respectively puts a Magnetitum, and N pole upwards, is D1, D2, D3, D4, D5, D6, D7, D8 respectively, is placed in the downside of rotor Magnetitum Z.90 degree to 180 degree positions, put a stator Magnetitum D9, D9 and use the Magnetitum that magnetic field is provided of arc-shaped, when putting, its center is placed in the center of rotor Magnetitum Z, its two ends are placed in the outside of rotor Magnetitum Z, be also placed in downside or the upside of rotor Magnetitum Z.Rotor Magnetitum Z is pointed in the N pole of stator Magnetitum D.When disposing a solenoid X, solenoid X energising the positions of 270 degree to 0 degree, rotor Magnetitum Z is pointed in its N pole.Rotor Magnetitum Z not in the range of application of solenoid X, solenoid X no power.Rotor Magnetitum Z is moved by Magnetitum magnetic force in the range of the stator Magnetitum D of 0 degree to 270 degree, does not has the obstruction of suction repulsion, solenoid X no power.The moment of solenoid X energising and power-off is controlled by Hall element and the power control system of common permanent-magnet brushless DC electric machine.Solenoid X is initially powered up the head end that the moment is rotor Magnetitum Z and enters the center of solenoid X, when the end of rotor Magnetitum Z leaves the central instant of solenoid X, it is necessary to power-off.Rotor Magnetitum Z is operated by Magnetitum magnetic force in the range of the N pole in the solenoid X offer magnetic field of 270 degree to 0 degree, does not has the obstruction of suction repulsion.Rotor Magnetitum make use of the Magnetitum magnetic force produced between stator Magnetitum and rotor Magnetitum to be power, and also utilizing the Magnetitum magnetic force produced between solenoid and rotor Magnetitum is power, and rotor Magnetitum is fully rotating.
Optimal way 2 rotor Magnetitum provides magnetic field, and stator Magnetitum provides field axis, and stator Magnetitum has multiple, only with the Magnetitum magnetic force brshless DC motor of a solenoid on stator Magnetitum position
AttachedFigureShown in 6, rotor Magnetitum Z provides magnetic field N pole and S pole, its arc angle be 120 degree (can also be other angles, as 90 degree etc.).Move in the direction of the clock.N is extremely downward, and S pole is upwards.
Stator Magnetitum D, 90 degree built-in 4, respectively at 0 degree, 30 degree, 60 degree, 90 degree, 180 degree, 210 degree, 240 degree, 270 degree, respectively puts a Magnetitum, it is provided that field axis, is D1, D2, D3, D4, D5, D6, D7, D8 respectively, be placed in the downside of the N pole of rotor Magnetitum Z.90 degree to 180 degree positions, put a stator Magnetitum D9, use the Magnetitum that field axis is provided of arc-shaped, when putting, its center is placed in the center of rotor Magnetitum Z, its two ends are placed in the outside of rotor Magnetitum Z, be also placed in the downside of rotor Magnetitum Z.The field axis of stator Magnetitum D is pointed in the N pole of rotor Magnetitum Z.The positions of 270 degree to 0 degree by putting a solenoid X, during solenoid X energising, its field axis points to the magnetic field of rotor Magnetitum Z.Rotor Magnetitum Z not in the range of application of solenoid X, solenoid no power.Rotor Magnetitum Z is moved by the Magnetitum magnetic force between magnetostatic stone and dynamic Magnetitum in the range of the stator Magnetitum D of 0 degree to 270 degree, does not has the obstruction of suction repulsion, solenoid X no power.The moment of solenoid X energising and power-off is controlled by Hall element and the power control system of common permanent-magnet brushless DC electric machine.Solenoid X is initially powered up the head end that the moment is rotor Magnetitum Z and enters the center of solenoid X, when the end of rotor Magnetitum Z leaves the central instant of solenoid X, it is necessary to power-off.Rotor Magnetitum is moved by Magnetitum magnetic force in the range of the field axis of the solenoid X offer of 270 degree to 0 degree, does not has the obstruction of suction repulsion.Rotor Magnetitum make use of the Magnetitum magnetic force produced between stator Magnetitum and rotor Magnetitum to be power, and also utilizing the Magnetitum magnetic force produced between solenoid and rotor Magnetitum is power, and rotor Magnetitum is fully rotating.
Claims (4)
1. produce a technical scheme for Magnetitum magnetic force, be primarily characterized in that: magnetostatic stone provides magnetic field N pole or S pole, dynamic Magnetitum to provide magnetic
Two N poles (or S pole) of the Magnetitum of two same shapes of pole axis line N-S, Magnetitum A and Magnetitum C are relative, at two N pole field
Centre put the N pole of Magnetitum B, Magnetitum B and S pole interconnector is called Magnetitum field axis, the field axis N-S direction of Magnetitum B with
The direction of two N pole fields of Magnetitum A and Magnetitum C becomes 90 degree ± 45 degree, produces Magnetitum magnetic force.The length of the N pole of Magnetitum A and Magnetitum C
Spend more much larger than the length of Magnetitum B field axis；It is motionless that Magnetitum A and C makees magnetostatic stone, and Magnetitum B start Magnetitum is to its field axis
The N extreme direction campaign in N-S direction, i.e. field axis press N pole in the most posterior motion of front S.Magnetitum B start Magnetitum is to its magnetic pole shaft
By suction during the end of the N pole that the N extreme direction in line N-S direction moves to Magnetitum A and Magnetitum C, Magnetitum B is at another of N pole
End is by repulsion, and the direction of suction repulsion is in opposite direction with Magnetitum magnetic force；Longer Magnetitum can be straight line, it is also possible to be
Circular shape；When the length of the N pole of Magnetitum A and the Magnetitum C length than Magnetitum B field axis N-S is much smaller, Magnetitum B equally presses
Magnetitum magnetic force direction move, the two ends of longer Magnetitum B at shorter Magnetitum A and B the most respectively by suction and repulsion；Magnetitum A
Can be with start Magnetitum with Magnetitum C, Magnetitum B can make the motion of magnetostatic stone, the direction of motion of Magnetitum A and Magnetitum C and motor magnet B
In opposite direction；Only with Magnetitum A and Magnetitum B, move by Magnetitum magnetic force direction, at Magnetitum A without Magnetitum C, Magnetitum B are same as above
And between Magnetitum B, also having less suction and repulsion, the impact on Magnetitum magnetic force is the least；The length of Magnetitum A and Magnetitum B is the most not
Time the same, Magnetitum B equally moves, and also has suction and repulsion at two ends, in opposite direction with Magnetitum magnetic force；
Magnetostatic stone provides field axis N-S, dynamic Magnetitum to provide magnetic field N pole or S pole, and the upside of Magnetitum B provides N pole field, under Magnetitum B
Side provides S pole field, and Magnetitum A is in the upside of the N pole field of Magnetitum B, and the right side of Magnetitum A is N pole, and left side is S pole, Magnetitum C
In the downside of the S pole field of Magnetitum B, the right side of Magnetitum C is S pole, and left side is N pole, the field axis N-S of Magnetitum A and Magnetitum C
The direction of the direction of direction and the N pole field of Magnetitum B and the S pole field of Magnetitum B is respectively into 90 degree ± 45 degree；Magnetitum A and magnetic
The length of the N-S field axis of stone C is more much larger than the length in Magnetitum B magnetic field, and it is motionless that Magnetitum A and Magnetitum C makees magnetostatic stone, Magnetitum B
Start Magnetitum, to the S extreme direction campaign in the field axis N-S direction of Magnetitum A, is also the field axis N-S direction to Magnetitum C
N extreme direction campaign, the two ends of same Magnetitum B at the two ends of Magnetitum A and Magnetitum C respectively by suction or repulsion；Longer magnetic
Stone can be straight line, it is also possible to is circular shape；The length of the N-S field axis of Magnetitum A and Magnetitum C than Magnetitum B magnetic field N or
When the length of S is much smaller, Magnetitum B motion same as above, the two ends of longer Magnetitum B are also distinguished at shorter Magnetitum A and C
By suction and repulsion；Magnetitum A and Magnetitum C can be with start Magnetitum, and Magnetitum B can make magnetostatic stone, Magnetitum A and the motion of Magnetitum C
Direction is contrary with the direction of motion of motor magnet B；
Only with Magnetitum A and Magnetitum B, move by Magnetitum magnetic force direction without Magnetitum C, Magnetitum B are same as above, Magnetitum A's and Magnetitum B
When length is the most different, Magnetitum B equally moves, and also has less suction and repulsion, to Magnetitum magnetic between Magnetitum A and Magnetitum B
The impact of power is the least, also has suction and repulsion at two ends, in opposite direction with Magnetitum magnetic force.
2. reduce and the reciprocal suction of Magnetitum magnetic force and a technical scheme for repulsion size, be primarily characterized in that: by an arc chord angle
Spending bigger magnetostatic stone or dynamic Magnetitum, be divided into several little Magnetitum, its magnetic direction is identical with former state, and angle is identical, several little magnetic
Distance between stone is equal, and the size of distance is relevant with the size of little Magnetitum, and when little Magnetitum is big, distance also can be big, several little Magnetitums
Head end and the suction repulsion of end reduce；
The several little Magnetitum of first group of magnetostatic stone in the downside of dynamic Magnetitum, second group of several little Magnetitum in the upside of dynamic Magnetitum, the little magnetic of upper and lower sides
The magnetic pole of stone all points to the magnetic pole of dynamic Magnetitum, the little Magnetitum of end of first group of several little Magnetitum and the head of second group of several little Magnetitum
Hold little Magnetitum to put in identical angle position, reduce suction repulsion；
Dynamic distance between Magnetitum and magnetostatic stone to select normally, and when its distance is the least, dynamic Magnetitum is by the Magnetitum between several little Magnetitums
Three power of magnetic force suction repulsion, when its distance is the biggest, the Magnetitum magnetic force that dynamic Magnetitum is subject to will reduce, and select its distance just not have
The place of suction repulsion, the distance hour between several little Magnetitums, dynamic distance between Magnetitum and magnetostatic stone is the least；
Magnetostatic stone that one arc angle is bigger or dynamic Magnetitum, arc angle controls within 120 degree, and 90 degree more preferably, at arc angle
No longer there is the stop motion of Magnetitum magnetic force middle；
The magnetostatic stone providing magnetic field of single arc-shaped, or the magnetostatic stone providing field axis of single arc-shaped, at dynamic Magnetitum
Downside when having the position of two groups of several little magnetostatic stone adjacent spaces, the magnetostatic stone of arc-shaped is placed in the dynamic Magnetitum of position herein
Upside or downside, its center is placed in the center of dynamic Magnetitum, its two ends is placed in outside or the inner side of dynamic Magnetitum, also subtracts
Little suction repulsion；
Magnetic field or the magnetostatic stone of single annular of field axis are provided, it is provided that 90 degree (or 60 degree etc.), 0 degree, the downside of dynamic Magnetitum to 90
Degree, 180 degree to 270 degree of each storings one, its center is placed in the center of dynamic Magnetitum, and its two ends are placed in the outside of dynamic Magnetitum,
Also putting one at 90 degree to 180 degree, in upside or the downside of dynamic Magnetitum, dynamic Magnetitum has preferable Magnetitum at 0 degree to 270 degree
Magnetic force and move, have minimum suction repulsion not affect motion, also reduce suction repulsion；Only utilize 270 degree to 0 degree positions
One solenoid, in the upside of dynamic Magnetitum, also produces Magnetitum magnetic force after energising, dynamic Magnetitum will remain in operation completely at 360 degree
Get up.
3. one kind utilizes Magnetitum magnetic force and reduces the device of suction repulsion, it is characterised in that: magnetostatic stone provides magnetic field N pole (or S pole),
Dynamic Magnetitum provide field axis N-S only with the brshless DC motor of a solenoid；Rotor Magnetitum provides field axis N-S,
Its arc angle be 120 degree (can also be other angles, as 90 degree etc.)；Stator Magnetitum (can also be other angles at 90 degree
Degree) built-in 4 (can also be other numbers), respectively at 0 degree, 30 degree, 60 degree, 90 degree, 180 degree, 210 degree, 240 degree, 270 degree,
Respectively put a little Magnetitum, in the downside of rotor Magnetitum, at 90 degree, 120 degree, 150 degree, 180 degree, respectively put a little Magnetitum, at rotor
The upside of Magnetitum, rotor Magnetitum is pointed in the N pole of the Magnetitum on stator；A solenoid is disposed the positions of 270 degree to 0 degree,
During solenoid energising, rotor Magnetitum is pointed in its N pole；Rotor Magnetitum is not in the range of application of solenoid, and solenoid is not
Energising, rotor Magnetitum is moved by Magnetitum magnetic force in the range of the stator Magnetitum of 0 degree to 270 degree, does not has the obstruction of suction repulsion,
Solenoid no power；The moment of solenoid energising and power-off is controlled by common Hall element and power control system,
Solenoid is initially powered up the head end that the moment is rotor Magnetitum and enters the center of solenoid, when the end of rotor Magnetitum leaves electricity
The central instant of magnetic coil, it is necessary to power-off；Rotor Magnetitum make use of the Magnetitum magnetic force produced between stator Magnetitum and rotor Magnetitum
For power, also utilizing the Magnetitum magnetic force produced between solenoid and rotor Magnetitum is power；Use plural electromagnetic wire
Circle, can be one, 90 degree to 180 degree positions, and one, 270 degree to 0 degree positions, very well, electricity consumption is the most for its stress；With one or
Two solenoids, rotor Magnetitum can be fully rotating；
The above-mentioned stator Magnetitum at 90 degree to 180 degree can use the Magnetitum providing magnetic field of arc-shaped, when putting, by its center
It is placed in the center on rotor Magnetitum position, the outside at the center being placed at its two ends on rotor Magnetitum position or inner side, it is possible to
With the downside of Magnetitum being placed on rotor or upside.
4. one kind utilizes Magnetitum magnetic force and reduces the device of suction repulsion, it is characterised in that: rotor Magnetitum provides magnetic field N pole (or S pole),
Stator Magnetitum provide field axis N-S only with the brshless DC motor of a solenoid；Rotor Magnetitum provide magnetic field N pole or
S pole, its arc angle be 120 degree (can also be other angles, as 90 degree etc.), stator Magnetitum provides field axis N-S, 90
Degree (can also be other angles) built-in 4 (can also be other numbers), respectively at 0 degree, 30 degree, 60 degree, 90 degree, 180
Degree, 240 degree, 270 degree, respectively puts a little Magnetitum by 210 degree, and in the downside of rotor Magnetitum, stator Magnetitum is pointed in the N pole on the downside of it
Magnetomechanical axis, at 90 degree, 120 degree, 150 degree, 180 degree, respectively puts a little Magnetitum, on the upside of the upside of rotor Magnetitum, rotor Magnetitum
S pole point to stator Magnetitum field axis；Disposing a solenoid the positions of 270 degree to 0 degree, solenoid is energized
Time its N-S pole point to rotor Magnetitum, rotor Magnetitum not in the range of application of solenoid, solenoid no power, rotor magnetic
Stone is operated by Magnetitum magnetic force in the range of the stator Magnetitum of 0 degree to 270 degree, does not has the obstruction of suction repulsion, and solenoid is not
Energising；The moment of solenoid energising and power-off is controlled by common Hall element and power control system, and solenoid is opened
Energising moment beginning is the center of the head end entrance solenoid of rotor Magnetitum, when the end of rotor Magnetitum leaves in solenoid
The heart moment, it is necessary to power-off；Use plural solenoid, one, 90 degree to 180 degree positions, 270 degree to 0 degree positions one
Individual, its stress is fine, and electricity consumption is the most；With one or two solenoids, rotor Magnetitum can be fully rotating；
The field axis of the above-mentioned stator Magnetitum at 90 degree to 180 degree can use arc-shaped, when putting, is placed at its center and turns
Its two ends are placed in the outside of rotor Magnetitum by the center of sub-Magnetitum position, are also placed in the downside of dynamic Magnetitum, and rotor Magnetitum exists
Being operated by Magnetitum magnetic force in the range of the stator Magnetitum of 0 degree to 270 degree of downside, does not has the obstruction of suction repulsion.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510271235.9A CN106301078A (en) | 2015-05-26 | 2015-05-26 | Utilize Magnetitum magnetic force only with the brshless DC motor of a solenoid |
| PCT/CN2015/000430 WO2016187737A1 (en) | 2015-05-26 | 2015-06-19 | Method and device for generating magnet magnetic force and reducing attraction and repulsion in brushless dc motor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510271235.9A CN106301078A (en) | 2015-05-26 | 2015-05-26 | Utilize Magnetitum magnetic force only with the brshless DC motor of a solenoid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106301078A true CN106301078A (en) | 2017-01-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510271235.9A Pending CN106301078A (en) | 2015-05-26 | 2015-05-26 | Utilize Magnetitum magnetic force only with the brshless DC motor of a solenoid |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN106301078A (en) |
| WO (1) | WO2016187737A1 (en) |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101013870A (en) * | 2006-12-08 | 2007-08-08 | 矫祥田 | Magnetic means of lodestone |
| CN103208951A (en) * | 2013-04-11 | 2013-07-17 | 矫祥田 | Magnet force device |
| CN103840714A (en) * | 2014-03-06 | 2014-06-04 | 李扬远 | Permanent magnet actuating device |
| CN104320020A (en) * | 2014-11-24 | 2015-01-28 | 矫祥田 | Brushless direct current motor with magnet magnetic force utilized |
-
2015
- 2015-05-26 CN CN201510271235.9A patent/CN106301078A/en active Pending
- 2015-06-19 WO PCT/CN2015/000430 patent/WO2016187737A1/en active Application Filing
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| WO2016187737A1 (en) | 2016-12-01 |
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