CN101404471A - Magnetomotive device - Google Patents

Magnetomotive device Download PDF

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Publication number
CN101404471A
CN101404471A CNA2008101255981A CN200810125598A CN101404471A CN 101404471 A CN101404471 A CN 101404471A CN A2008101255981 A CNA2008101255981 A CN A2008101255981A CN 200810125598 A CN200810125598 A CN 200810125598A CN 101404471 A CN101404471 A CN 101404471A
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magnet
magnetic
group
kinetic energy
forth movement
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姚儒
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    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K49/00—Dynamo-electric clutches; Dynamo-electric brakes
    • H02K49/10—Dynamo-electric clutches; Dynamo-electric brakes of the permanent-magnet type

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  • Power Engineering (AREA)
  • Particle Accelerators (AREA)
  • Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)

Abstract

The invention discloses a magnetic kinetic energy device which comprises at least two groups of magnetic kinetic energy mechanisms. The magnetic kinetic energy mechanism is provided with at least two groups of combination of magnets; the combination of magnets comprises a magnet (4) that can do back and forth movement and is provided with a power output device (3) as well as a magnet (6) that can do rotating movement and is provided with a drive (7). By adopting the device, useless energy is balanced in the device and useful energy is directly converted into kinetic energy of a magnetic kinetic energy engine, or the kinetic energy of a generator, or the kinetic energy of a motor-generator integrative device.

Description

Magnetomotive device
Technical field
The present invention relates to a kind of Magnetomotive device, particularly relate to a kind of earth magnetic field energy balance and conversion equipment with many groups magnet and magnet combination.
Background technology
The common magnetic field force of magnet and magnet:
At the vertical same center line of two magnet poles, rotate a wherein magnet with the center line for the center original position, it is that the direction of motion is made back and forth movement that another magnet does not rotate with the center line.In opposite process, a magnet can rotate to be made magnetic pole and inhales mutually with another magnet by identical for magnet and magnet poles, and the same sex is repelled each other and changed over that there is a natural attraction between the sexes simultaneously; Again by opposite in identical process, a magnet need rotate makes magnetic pole and another magnet repels each other, there is a natural attraction between the sexes simultaneously changes over the same sex and repels each other; Magnet and magnet poles identical to opposite and on the contrary in identical the change of power be the conversion of common magnetic field force, also be the performance of two kinds of common magnetic field forces, a kind of common magnetic field of suction and repulsion revolving force after a kind of common magnetic field force conversion.Add the collinear same sex opposite pole of two magnet poles power, performance-common magnetic field force that these three kinds of power all are magnet and magnet acting in conjunction power.
The local conversion of energy indirectly:
Motor is crossed the equilbrium position with rotor and is not stopped to switch positive negative electricity change field pole later on, common magnetic field suction and repulsion rotates rotor at a gallop in stator, consumed power changes into magnetic energy and the earth magnetic field produces kinetic energy, and motor is could produce much kinetic energy with much electric energy.Otherwise generator is continuous rotary pole, and magnets magnetic fields must overcome this repulsion acting with external force when being subjected to repulsion, could shift near magnet, and magnet also must have external force to overcome this gravitation acting when being subjected to gravitation, could remove magnet.In the process of external force acting, be to be converted into faradic electric energy other forms of, overcome the common magnetic field force and done how many merits, generator just has how many other forms of electric energy that can be converted into equivalent, so external force just must all must be born the revolving force of stator or rotor extremely eventually to the beginning.These two kinds of methods have all only been used a kind of common magnetic field suction and repulsion of common magnetic field force.The conversion of these two kinds of energy is performances of two magnet common magnetic field action power.The performance of also local homenergic indirectly conversion simultaneously.
Generator utilizes drop power of the high end of water level to convert electric energy to, and chemical energy converts kinetic energy to by device in the combustion in IC engine fuel, and these all are the performances of the local homenergic indirectly of endoatmosphere energy conversion.Should be from the endoatmosphere conversion of big circulatory system energy, hydroelectric power generation is that the difference that the energy of the Nature makes it produce the high end flows all the year, be to become electric energy in fact in power conversion the Nature, chemical energy in the combustion fuel is that the energy of earth formation makes fuel continually, also be to become kinetic energy in fact in power conversion earth formation, generator just becomes a kind of indirect conversion device of kinetic energy to the endoatmosphere power conversion with internal combustion engine, if there are not endoatmospheric energy these indirect kinetic energy that do work can not realize.
Summary of the invention
Technical problem to be solved by this invention provides a kind of magnet and magnet earth magnetic field common magnetic field force passes through this device, allow unhelpful energy balance in this device, useful energy is directly changed into the kinetic energy of the kinetic energy of engine device or rotor machine or engine and generator in the kinetic energy of integrated device.
In order to solve the problems of the technologies described above, the invention provides a kind of Magnetomotive device, described device is provided with at least two group magnetic kinetic energy mechanisms; Described magnetic kinetic energy mechanism is provided with at least two group magnet and magnet combination, described magnet and magnet combination comprise back and forth movement magnet (4) and the magnet that rotatablely moves (6), described back and forth movement magnet (4) is provided with power take-off (3), and the described magnet that rotatablely moves (6) is provided with driving (7).
Described at least two group magnets link to each other by connecting rod (5) with the back and forth movement magnet of magnet combination.
The driving (7) that is provided with on by the described magnet that rotatablely moves (6) in magnetic kinetic energy mechanism adjacent on the described device is connected to form driving mechanism, and described driving mechanism links to each other by axle (12).
The magnetic pole of described back and forth movement magnet (4) and the magnet that rotatablely moves (6) is vertical with the back and forth movement direction of described back and forth movement magnet (4), and described back and forth movement magnet (4) and the magnet that rotatablely moves (6) are on the same axis.
In at least two group magnets and magnet combination of described magnetic kinetic energy mechanism, first group of magnet is identical with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, second group of magnet is opposite with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, the 3rd group and first group are in like manner, the 4th group and second group in like manner, and the like; Or first group of magnet is opposite with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, second group of magnet is identical with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, the 3rd group and first group in like manner, the 4th group and second group in like manner, and the like.
On the described device between the adjacent magnetic kinetic energy mechanism, the pole orientation of the adjacent magnet that rotatablely moves (6) differs certain angle successively, or the pole orientation of adjacent back and forth movement magnet (4) differs certain angle successively, described angle be 180 degree with described device in be provided with the merchant of magnetic kinetic energy mechanism group number.
Described power take-off is that magnetic kinetic energy engine device or magnetic kinetic energy generator device (1) or magnetic kinetic energy engine and magnetic kinetic energy generator are in the device of one.
Described rotor machine (1) is done the cutting of straight line magnetic induction line in magnetic field.
In device, be provided with a flywheel gear.
Be provided with at least two group magnetic kinetic energy mechanisms combinations in device, the combination of described magnetic kinetic energy mechanism is described at least two group magnetic kinetic energy mechanisms.
Adopt the Magnetomotive device of technique scheme, rotatablely move magnet in 180 degree when the driving of magnetic kinetic energy mechanism is synchronous, rotatablely move magnet and the back and forth movement magnet poles of first group of magnet and magnet combination are from the contrary to identical, this moment, there is a natural attraction between the sexes to be changed over the same sex and repels each other, simultaneously rotatablely move magnet and the back and forth movement magnet poles of second group of magnet and magnet combination from identical on the contrary, the same sex was repelled each other and was changed over that there is a natural attraction between the sexes this moment, the 3rd group of magnet and magnet combination and first group are in like manner, the 4th group and second group in like manner, and the like.Do once motion to a direction synchronously under at least two back and forth movement magnets act at least like this at least two common magnetic field forces of two group magnets and magnet combination.
When the driving of magnetic kinetic energy mechanism continues to rotatablely move magnet in the 180-360 degree synchronously, rotatablely move magnet and the back and forth movement magnet poles of first group of magnet and magnet combination from identical on the contrary, the same sex was repelled each other and was changed over when there is a natural attraction between the sexes this moment, simultaneously rotatablely move magnet and the back and forth movement magnet poles of second group of magnet and magnet combination are from the contrary to identical, this moment, there is a natural attraction between the sexes to be changed over the same sex and repels each other, the 3rd group of magnet and magnet combination and first group are in like manner, the 4th group and second group in like manner, and the like.Do once motion to other direction synchronously under at least two back and forth movement magnets act at least like this at least two common magnetic field forces of two group magnets and magnet combination; The constantly synchronous magnet that rotatablely moves, the do synchronous back and forth movement of back and forth movement magnet with regard to not stopping.
In magnetic kinetic energy mechanism, the magnetic pole of the magnet that rotatablely moves of adjacent magnetic kinetic energy mechanism differs certain angle successively, or the magnetic pole of adjacent back and forth movement magnet differs certain angle successively.Make the synchronous back and forth movement magnet of at least two group magnetic kinetic energy mechanisms do the equidistant back and forth movement that circulates successively like this, or the synchronous back and forth movement magnet of at least two group magnetic kinetic energy mechanisms is done the intersection equidistant back and forth movement that circulates successively.
In sum, the present invention is a magnet and the vertical same center line of magnetic pole of magnet combination, rotate a wherein magnet with the center line for the center original position, it is that the direction of motion is done back and forth movement that another magnet does not rotate with the center line, in the endoatmosphere like this magnetic pole of at least two group magnets and magnet combination from identical to opposite and on the contrary to identical earth magnetic field common magnetic field force, pass through Magnetomotive device, allow unhelpful earth magnetic field energy balance in this device, useful energy is directly changed into the kinetic energy of engine device, or the kinetic energy of rotor machine, or engine and generator are in the kinetic energy of integrated device.
Description of drawings
The invention will be further described below in conjunction with the drawings and specific embodiments.
Fig. 1 is a structural representation of the present invention;
Fig. 2 is that two magnets are inhaled schematic diagram mutually;
Fig. 3 is two magnets schematic diagrames that repel each other;
Fig. 4 is two groups of magnets of the present invention and magnet combination operation principle schematic diagram;
Fig. 5 is that Fig. 4 driving mechanism 7 rotates to 180 schematic diagrames when spending;
Fig. 6 is a heteropole along power and the heteropole counter-force schematic diagram of complete equipilibrium in theory;
Fig. 7 is circulate the successively schematic diagram of equidistant back and forth movement of synchronous back and forth movement magnet;
Fig. 8 is that Fig. 7 driving mechanism 7 rotates to 36 schematic diagrames when spending;
Fig. 9 is that Fig. 7 driving mechanism 7 rotates to 72 schematic diagrames when spending;
Figure 10 is that Fig. 7 driving mechanism 7 rotates to 108 schematic diagrames when spending;
Figure 11 is that Fig. 7 driving mechanism 7 rotates to 144 schematic diagrames when spending;
Figure 12 is that Fig. 7 driving mechanism 7 rotates to 18 schematic diagrames when spending;
Figure 13 is that Fig. 7 driving mechanism 7 rotates to 9 schematic diagrames when spending;
Figure 14 is that Fig. 7 driving mechanism 7 rotates to 27 schematic diagrames when spending;
Figure 15 is that synchronous back and forth movement magnet intersects the schematic diagram of equidistant back and forth movement of circulating successively;
Figure 16 is the schematic diagram that Figure 15 increases by one group of magnetic kinetic energy mechanism;
Figure 17 is that Figure 16 increases magnetic field and make up in magnetic field, the schematic diagram of one group of driving mechanism of increase;
Among the figure: S represents the South Pole, and N represents the arctic.
Embodiment
Following is that part is called for short and implication in the embodiment of the invention: the back and forth movement magnet is called for short round magnetic; The magnet that rotatablely moves is called for short gyromagnet; When gyromagnet 6 and gyromagnet 9 rotated synchronously, gyromagnet 6 and gyromagnet 9 were called for short the magnet that rotatablely moves synchronously; When round magnetic 4 and round magnetic 11 are done back and forth movement synchronously, come and go magnetic 4 and the synchronous back and forth movement magnet of round magnetic 11 abbreviations; First group of magnetic kinetic energy mechanism is called for short first group, and other group magnetic kinetic energy mechanism also in like manner.
Referring to Fig. 4, G is the back and forth movement distance, the 1st, and rotor machine, gyromagnet 6 is the same with specification with the quality of gyromagnet 9 magnets, and the quality that comes and goes magnetic 4 and round magnetic 11 is the same with specification, or the quality of rotation magnetic and round magnetic is all the same with specification.Pole orientation toward magnetic 4, gyromagnet 6, gyromagnet 9 and round magnetic 11 is vertical with its back and forth movement direction, comes and goes magnetic 4, gyromagnet 6, gyromagnet 9 and round magnetic 11 on same axis.The gear drive 7 that gyromagnet 6 is provided with and in a gear drive 7 is done synchronously two gyromagnets and is rotatablely moved.Round magnetic 4 links to each other with connecting rod 5 by the magnetic pole coordination with round magnetic 11 and does back and forth movement synchronously, make simultaneously and come and go magnetic 4 and gyromagnet 6, two common magnetic field suction and repulsions that come and go magnetic 11 and gyromagnet 9 all concentrate on the synchronous back and forth movement magnet, also concentrate on come and go on the power take-off 3 that magnetic 4 is provided with or power take-off 10 that round magnetic 11 is provided with on, make to come and go the past of magnet synchronously or return motion institute work, by the kinetic energy of power take-off 3 or power take-off 10 direct conversion engine devices, or the kinetic energy of rotor machine, or engine and generator are in the kinetic energy of integrated device.
Referring to Fig. 4, gyromagnet 6 is opposite with round magnetic 4 the two poles of the earth, when no matter the magnetic pole of gyromagnet 6 and gyromagnet 9 is identical or opposite, gyromagnet 9 is identical with round magnetic 11 magnetic poles, in the process of gear drive 7 Rotate 180 degree, gyromagnet 6 and round magnetic 4 magnetic poles are from the contrary to identical, this moment, there is a natural attraction between the sexes to be changed over the same sex and repels each other, simultaneously gyromagnet 9 and round magnetic 11 magnetic poles from identical on the contrary, promptly repel each other and change over that there is a natural attraction between the sexes by the same sex, at this moment synchronous back and forth movement magnet is at gyromagnet 6 and round magnetic 4, gyromagnet 9 acts on down to a direction with 11 two common magnetic field forces of round magnetic and do once toward moving simultaneously: when gear drive 7 rotates to 180 when spending, at this moment gyromagnet 6 is identical with round magnetic 4 magnetic poles, it is opposite with gyromagnet 9 magnetic poles to come and go magnetic 11, as shown in Figure 5, continue in the process of Rotate 180-360 degree in gear drive 7, this moment gyromagnet 6 and round magnetic 4 magnetic poles from identical on the contrary, promptly repel each other and change over that there is a natural attraction between the sexes by the same sex, simultaneously gyromagnet 9 and round magnetic 11 magnetic poles are from the contrary to identical, this moment, there is a natural attraction between the sexes to be changed over the same sex and repels each other, at this moment synchronous back and forth movement magnet is at gyromagnet 6 and round magnetic 4, gyromagnet 9 and 11 two common magnetic field forces of round magnetic act on down doing to a direction and once return motion and get back to Fig. 4 again simultaneously, and the like, along with gear drive 7 magnets that constantly rotatablely move synchronously, the back and forth movement magnet does not stop under two common magnetic field forces act on simultaneously does back and forth movement synchronously.
The common magnetic field Zhou Jili in earth magnetic field:
Fig. 2 be two magnet poles (the same magnet South Pole S and the arctic N of referring in the two poles of the earth) with magnetic pole there is a natural attraction between the sexes for opposite two magnets, this power is that the common magnetic field suction of magnet and magnet is called for short all utmost point suction.Fig. 3 is that the identical two magnetic field same sexes of two magnet poles are repelled each other, and this power is that the common magnetic field repulsive force of magnet and magnet is called for short all utmost point repulsion.All utmost point suction and all utmost point repulsion general designation Zhou Jili.
Referring to Fig. 4, gyromagnet 9 with center line 16 rotary poles from vertical through on the contrary after cross the VE line that comes and goes magnetic 11 magnetic poles, the conversion that it is the common magnetic field force that all utmost point suction changes over all utmost point repulsion, this process is called for short and comes and goes magnetic 11 and scolded by gyromagnet 9; Gyromagnet 6 with center line 16 rotary poles from vertically through identical after cross the VE line that comes and goes magnetic 4 magnetic poles, the conversion that it also is the common magnetic field force that all utmost point repulsion changes over all utmost point suction, this process is called for short and comes and goes magnetic 4 and inhale mutually with gyromagnet 6.All utmost point suction and repulsions after these two kinds of conversions make strong the doing work of the synchronous back and forth movement magnet of stressed thing simultaneously on move distance G.The magnetic energy of the required consumption of process of this suction and repulsion acting replenishes for rapidly the magnetic field of magnet by the earth magnetic field.The performance that suction after the Zhou Jili conversion and repulsion are exactly a kind of push-pull effort,
The common magnetic field heteropole power in earth magnetic field:
At Fig. 2 gyromagnet 9 with center line 16 rotary poles with round magnetic 11 magnetic poles during from opposite balanced line to identical balanced line, one magnet need rotate to be made magnetic pole and another magnet and repels each other and need the external force rotation in the process, the opposite revolving force of this corresponding direction with external force is the common magnetic field rotation of a magnet and magnet counter-force, be called for short the heteropole counter-force, the power that is produced in the rotary course also is called for short the anti-merit of heteropole: Fig. 3 gyromagnet 6 with center line 16 rotary poles and round magnetic 4 magnetic poles from identical to opposite during balanced line, one magnet can rotate makes magnetic pole directly and do not need external force to rotate in another magnet suction process mutually, the own common magnetic field force that is to say magnet and magnet is rotating the change magnetic pole, it can replace the external force rotary pole from identical on the contrary, this revolving force identical with the external force direction of rotation is that the common magnetic field rotation of magnet and magnet is along power, be called for short heteropole along power, the power that is produced in the rotary course also is called for short heteropole along merit.Heteropole counter-force and heteropole are along power general designation heteropole power, and the suitable despining of heteropole power is exactly a kind of performance of rotating acting.Doing the magnetic energy that merits and demerits institute journey need consume in rotation replenishes for rapidly the magnetic field of magnet by the earth magnetic field.
With the hands transferring to two small magnet the two poles of the earth from the required power that overcomes to the identical process on the contrary with the method left side of Fig. 2 or dextrorotation, is exactly the common magnetic field revolving forces of two small magnet the two poles of the earth from identical to opposite.Therefore heteropole counter-force and heteropole all are magnet and the same common magnetic field action of magnet power along power in magnet and the magnet combination, so the magnetic pole that rotates a magnet and another magnet from identical to opposite again from opposite to identical process, heteropole had not only changed pole orientation along power when two magnets distance equated, and equated with the heteropole counter-force.
The decomposition in magnet and the common magnetic field of magnet:
Fig. 4 is that one group of magnetic kinetic energy mechanism is provided with two groups of magnetic fields and magnetic field combination, comes and goes the vertical same center line 16 with gyromagnet the two poles of the earth of magnetic, and gyromagnet is center original position rotation with center line 16, and it is that the direction of motion is done back and forth movement that round magnetic does not rotate with center line 16.When the gyromagnet 6 of synchronous rotation diagram 4 and gyromagnet 9, at gyromagnet 6 and round magnetic 4 the two poles of the earth from identical to opposite, this moment, gyromagnet 9 and round magnetic 11 the two poles of the earth were from the contrary to identical, gyromagnet 9 is scolded round magnetic 11 and is gone out heteropole counter-force of generation and Zhou Jili conversion back repulsion so, and gyromagnet 6 is inhaled and come and gone magnetic 4 and produce a Zhou Jili conversion back suction and a heteropole along power simultaneously; At the gyromagnet 6 and the gyromagnet 9 that continue synchronous rotation diagram 4, as shown in Figure 5, at gyromagnet 6 and round magnetic 4 the two poles of the earth from the contrary to identical, this moment gyromagnet 9 and round magnetic 11 the two poles of the earth from identical on the contrary, gyromagnet 6 is scolded round magnetic 4 again and is gone out heteropole counter-force of generation and Zhou Jili conversion back repulsion, and gyromagnet 9 is inhaled and come and gone magnetic 11 and produce a Zhou Jili conversion back suction and a heteropole along power simultaneously.
Common property is given birth to eight power in above twice rotation, and Zhou Jili conversion back repulsion, Zhou Jili conversion back suction, heteropole counter-force and heteropole are along each two of power.Because of gyromagnet 6 and gyromagnet 9 are the in-situ synchronization magnets that rotatablely move, coming and going magnetic 4 and round magnetic 11 is synchronous back and forth movement magnets, during the gyromagnet 6 of Fig. 4 and gyromagnet 9 rotate a circle synchronously: because of Zhou Jili conversion back suction and repulsion is a kind of push-pull effort, so inhaling, Zhou Jili conversion back scold four power all stressed on synchronously round magnet, the stressed magnet of Zhou Jili is exactly this meaning, and this stressed magnet can be made up of 1 magnet or 2 magnets; Be a kind of revolving force because of heteropole power simultaneously, so heteropole is all stressed on gyromagnet 6 and gyromagnet 9 along anti-four power, the stressed magnet of heteropole power is exactly this meaning, and this stressed magnet can be made up of 1 magnet or 2 magnets.
External force changes the heteropole counter-force makes magnet and magnet the two poles of the earth from the contrary to identical, and the while, all utmost point suction converted all utmost point repulsion to; Do not need external force rotation heteropole along power make magnet and magnet the two poles of the earth from identical to opposite, the while, all utmost point repulsion converted all utmost point suction to.Zhou Jili and heteropole power all be magnet with magnet the two poles of the earth from the contrary to identical and identical to the opposite earth magnetic field common magnetic field force that acts on simultaneously.
It is to rotatablely move to change when the magnetic pole of magnet is crossed the identical balanced line of back and forth movement magnet poles along power that the heteropole counter-force converts heteropole to, it is to rotatablely move to change when the magnetic pole of magnet is crossed the opposite balanced line of back and forth movement magnet poles that heteropole converts the heteropole counter-force to along power, heteropole along power be rotatablely move the magnetic pole of magnet and back and forth movement magnet from identical on the contrary, the heteropole counter-force is to rotatablely move the magnetic pole of magnet and back and forth movement magnet from the contrary to identical; Week, utmost point suction was that the rotatablely move magnetic pole of magnet is opposite to vertical from vertical warp with the magnetic pole of back and forth movement magnet, week utmost point repulsion be rotatablely move magnet magnetic pole and back and forth movement magnet magnetic pole from vertical through identical to vertical, so all utmost point suction and repulsions are to rotatablely move to change when the magnetic pole of magnet is crossed the magnetic pole VE line of back and forth movement magnet.Heteropole power and the Zhou Jili magnet that rotatablely moves when the magnetic pole of rotatablely move magnet and back and forth movement magnet is identical or opposite can turn clockwise and also can be rotated counterclockwise.
Rotatablely move magnet and back and forth movement magnet the two poles of the earth from the contrary to identical and identical to opposite, heteropole along power change over the heteropole counter-force change over again heteropole along power and the like varying cyclically be heteropole along the counter-force conversion, the heteropole counter-force change over heteropole along power change over again the heteropole counter-force and the like varying cyclically also be that heteropole is anti-along the power conversion, it is that heteropole power is exchanged that these two kinds of circulations are changed simultaneously; Week utmost point repulsion change over all utmost point suction change over again all utmost point repulsion and the like varying cyclically be all utmost point suction and repulsion conversions, week utmost point suction change over all utmost point repulsion change over again all utmost point suction and the like varying cyclically also be all utmost point suction and repulsion conversions, it is that Zhou Jili exchanges that these two kinds of circulations are changed simultaneously.
The coordination approach of magnetic kinetic energy mechanism magnetic pole:
In described at least two group magnets and magnet combination, first group of magnet is identical with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, second group of magnet is opposite with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, the 3rd group and first group are in like manner, the 4th group and second group in like manner, and the like; Or first group of magnet is opposite with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, second group of magnet is identical with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, the 3rd group and first group in like manner, the 4th group and second group in like manner, and the like.
This method does not limit the back and forth movement magnet and the magnet that rotatablely moves still is to be made up of 2 magnets by 1 magnet, the magnetic pole that does not also limit 2 magnets compositions is identical or opposite, for example, Fig. 4 comes and goes the magnetic pole of magnetic 4 and identical two magnets of magnetic pole of gyromagnet 6 repel each other, no matter the magnetic pole of gyromagnet 6 and gyromagnet 9 is identical or opposite, the magnetic pole of round magnetic 11 is opposite with the magnetic pole of gyromagnet 9, promptly comes and goes magnetic 11 and inhales mutually with 9 liang of magnets of gyromagnet.This method is done when synchronously rotatablely moving at least two gyromagnets of two group magnets and magnet combination at least, make by connecting at least two back and forth movement magnets that thick stick links to each other, at at least two common magnetic field suction and repulsions of at least two group magnets and magnet combination, do synchronous back and forth movement to same direction simultaneously.
The coordination approach of equidistant back and forth movement magnetic pole successively circulates:
Coordination approach according to magnetic kinetic energy mechanism magnetic pole, in the adjacent magnet and magnet combination of at least two group magnetic kinetic energy mechanisms, the magnetic pole of adjacent back and forth movement magnet is identical, the magnetic pole of the adjacent magnet that rotatablely moves differs certain angle successively: or the adjacent magnet poles that rotatablely moves is identical, and the magnetic pole of adjacent back and forth movement magnet differs certain angle successively.Extremely shown in Figure 11 as Fig. 7.
The synchronous back and forth movement magnet equidistant back and forth movement that circulates successively:
Organize in the Magnetomotive device of magnetic kinetic energy mechanism combination at Fig. 7, five groups of magnetic kinetic energy mechanisms of Fig. 7 and Fig. 4 are in like manner more.The gear drive 7 that the gyromagnets of the adjacent magnet of many group magnetic kinetic energy mechanism and magnet combination are provided with, diameter is identical and closely be connected to driving mechanism 7, the transfer function with power that rotates synchronously of the gyromagnet in driving mechanism 7 lifting devices.The 8th, driving wheel, the 15th, white arrow, the 21st, transition gear makes the magnet that rotatablely moves rotate to same direction, also can not need transition gear that the magnet that rotatablely moves is rotated to same direction by the coordination of magnetic pole.
Referring to Fig. 7, when exchanging in the time of heteropole power and Zhou Jili, five groups identical toward magnetic 4 magnetic poles, the magnetic pole that the magnetic pole of five groups of gyromagnets 6 differs 36 degree (equaling 36 degree divided by magnetic kinetic energy mechanism group several 5 with 180 degree) and first group round magnetic 4 successively arrives identical, five groups to come and go magnetic 11 magnetic poles identical, and the magnetic pole that five groups of gyromagnet 9 magnetic poles differ the round magnetic 11 of 36 degree and first group successively arrives on the contrary.The magnetic pole of first group of gyromagnet 6 and round magnetic 4 has arrived identical, and it is opposite that gyromagnet 9 and the magnetic pole of round magnetic 11 have arrived, comes and goes magnetic 4 and gyromagnet 6 simultaneously and repels each other fully, comes and goes magnetic 11 and inhales fully mutually with gyromagnet 9.So rotate to 36 when spending at driving mechanism 7, at this moment second group gyromagnet 6 and round magnetic 4 magnetic poles arrive identically, come and go magnetic 11 and the magnetic pole of gyromagnet 9 and arrive on the contrary, and round simultaneously magnetic 4 and gyromagnet 6 repel each other fully, and round magnetic 11 is inhaled fully mutually with gyromagnet 9, as shown in Figure 8.And the like rotate to 144 when spending when driving mechanism 7, the gyromagnet 6 of the 5th group of magnetic kinetic energy mechanism is identical with the arrival of the magnetic pole of round magnetic 4, and the magnetic pole that comes and goes magnetic 11 and gyromagnet 9 arrives on the contrary, comes and goes magnetic 11 simultaneously and inhales fully mutually with gyromagnet 9, come and go magnetic 4 and repel each other fully, as shown in figure 11 with gyromagnet 6.When driving mechanism 7 continue rotation 144 spend when 360 spend and Fig. 7 to Figure 11 in like manner, wherein a figure gets back to Fig. 7 again, that is to say that driving mechanism 7 is when every rotation 36 is spent.In five groups of magnetic kinetic energy mechanisms, just there are the gyromagnet of one group of magnetic kinetic energy mechanism wherein and the magnetic pole of adjacent round magnetic to arrive opposite simultaneously with identical, inhale fully mutually and repel each other, the rotary drive mechanism 7 that does not stop, five groups of synchronous back and forth movement magnets equidistant back and forth movement of doing that just on move distance, constantly circulates successively, as Fig. 7 to shown in Figure 11.So driving mechanism 7 Rotate 180 degree produce five groups of synchronous back and forth movement magnets each once toward or return motion, revolve three-sixth turn and produce each back and forth movement of five groups of synchronous back and forth movement magnets.
Intersect the coordination approach of equidistant back and forth movement magnetic pole of circulating successively:
According to the coordination approach of magnetic kinetic energy mechanism magnetic pole, in the adjacent magnet and magnet combination of at least two group magnetic kinetic energy mechanisms, the magnetic pole of adjacent back and forth movement magnet is opposite successively, and the magnetic pole of the adjacent magnet that rotatablely moves differs certain angle successively; Or the magnetic pole of the adjacent magnet that rotatablely moves is opposite successively, and the magnetic pole of adjacent back and forth movement magnet differs certain angle successively.The method makes the synchronous back and forth movement magnet of at least two group magnetic kinetic energy mechanisms on the device do intersection equidistant back and forth movement that circulates successively on move distance.As shown in Figure 1.
The explanation of white arrow;
In in Magnetomotive device heteropole power and Zhou Jili, exchanging, decomposition principle according to the common magnetic field force, and synchronous back and forth movement magnet successively with intersect equidistant back and forth movement that circulates successively, in the static or motion state of the synchronous back and forth movement magnet of Fig. 1 to Figure 19, the expression that comes and goes adularescent arrow 15 on the magnetic comes and goes the signal of magnetic direction of motion in structure; Also be to come and go magnetic to be scolded by arrow rear magnet and simultaneously the signal of inhaling mutually with tip the place ahead magnet; Represent magnet and magnet heteropole counter-force and Zhou Jili conversion back repulsion at the round magnetic rear of adularescent arrow, the magnetic pole of magnet and magnet is by on the contrary in identical simultaneously; Represent magnet and magnet Zhou Jili conversion back suction and heteropole in round magnetic the place ahead of adularescent arrow along power, simultaneously the magnetic pole of magnet and magnet by identical on the contrary.
Zhou Jizheng power and week are extremely born power
Referring to Fig. 7, in in heteropole power and Zhou Jili, exchanging, when the gyromagnet 6 of first group of magnetic kinetic energy mechanism and gyromagnet 11 rotation synchronously, gyromagnet 9 is vertical through the opposite all utmost point suction vertical to (b) from (a) with round magnetic 11 magnetic poles, after the magnetic pole of gyromagnet 9 is crossed magnetic pole (a) the VE line that comes and goes magnetic 11, coming and going magnetic 11 converts to from repelling each other to be drawn onto mutually at the common magnetic field force of gyromagnet 9 and round magnetic 11 and gyromagnet 9 and produces a second phase when inhaling fully mutually and inhale and move, promote the crankshaft rotating half cycle by power take-off through connecting rod, convert to from repelling each other and be drawn onto mutually that to inhale fully mutually be that all utmost points are inhaled positive power; And gyromagnet 6 and gyromagnet 9 are in continuing rotation synchronously, gyromagnet 9 and round magnetic 11 are inhaled the back fully mutually to the magnetic pole (b) of the magnetic pole of gyromagnet 9 and round magnetic 11 when vertical, the common magnetic field suction of gyromagnet 9 and round magnetic 11 also continues to inhale mutually, this all utmost point suction hampers the continuation rotation of bent axle, simultaneously also can balance circulate successively equidistant back and forth movement on adjacent magnetic kinetic energy mechanism bent axle on the move distance G toward or return Zhou Jizheng power, inhale negative power so this all utmost point suction is all utmost points:
When gyromagnet 6 and gyromagnet 9 rotation synchronously, gyromagnet 6 is vertical through the identical all utmost point repulsion vertical to (b) from (a) with round magnetic 4 magnetic poles, after gyromagnet 6 magnetic poles are crossed and come and gone magnetic 4 magnetic poles (a) VE line, come and go magnetic 4 and change the generation that repels each other when repelling each other the fully motion that once repels each other into from absorbing mutually at the common magnetic field force of gyromagnet 6 and round magnetic 4 and gyromagnet 6.This all utmost point repulsion and gyromagnet 9 inhaled positive power with all utmost points of round magnetic 11, promotes the crankshaft rotating half cycle by power take-off simultaneously through connecting rod, and gyromagnet 6 and round magnetic 4 change from absorbing mutually that to repel each other to repelling each other fully be that all utmost points are scolded positive power into; And gyromagnet 6 and gyromagnet 9 are in continuing rotation synchronously, gyromagnet 6 and round magnetic 4 repel each other the back fully to the magnetic pole (b) of the magnetic pole of gyromagnet 6 and round magnetic 4 when vertical, the common magnetic field repulsive force of gyromagnet 6 and round magnetic 4 also continues to repel each other, this all utmost point repulsion also hinders the continuation rotation of bent axle, simultaneously also can balance circulate successively equidistant back and forth movement on adjacent magnetic kinetic energy mechanism bent axle on the move distance G toward or return Zhou Jizheng power, so this all utmost point repulsion is that all utmost points are scolded negative power.
All utmost points inhale positive power and all utmost points are scolded positive power general designation Zhou Jizheng power, and Zhou Jizheng power is simultaneously stressed on the synchronous back and forth movement magnet of stressed thing, makes synchronous back and forth movement magnet come and go acting on certain move distance, and all negative power of utmost point suction and all utmost points are scolded extremely negative power of negative power general designation week.The magnet that rotatablely moves in five groups of magnetic kinetic energy of Fig. 7 mechanism is identical with specification with back and forth movement magnet quality, magnet equates with the Zhou Jizheng power of magnet and the power of extremely bearing in week, hinder so bent axle continue rotation week extremely negative power on can balance crankshaft toward or return Zhou Jizheng power, therefore the method for bent axle transmission is inadvisable in Magnetomotive device, wants converting kinetic energy to and at first must break and balance week is extremely born power at device the success of Zhou Jizheng power.
Referring to Fig. 6, magnet 17 and magnet 20 are that fixing the rotation do not done the back and forth movement magnet, the in-situ synchronization rotation only of magnet 18 and magnet 19, magnet 17, magnet 18, magnet 19 is the same with specification with magnet 20 quality and on same axis, the also vertical same axis of magnetic pole, the magnetic pole of gyromagnet 18 and magnet 17 is that heteropole is along power on the contrary in the process of any Rotate 180 degree, the magnetic pole of gyromagnet 19 and magnet 20 is identical to be the heteropole counter-force in the process of any Rotate 180 degree, gyromagnet 18 is opposite with gyromagnet 19 magnetic poles also closely to link to each other, gyromagnet 18 and gyromagnet 19 are in rotation synchronously so, gyromagnet 18 is being crossed magnet 17 identical balanced lines generation heteropoles along power, gyromagnet 19 is also crossed magnet 20 opposite balanced lines simultaneously and produced the heteropole counter-force: gyromagnet 18 is being crossed magnet 17 opposite balanced lines generation heteropole counter-forces, and gyromagnet 19 is also crossed magnet 20 identical balanced lines simultaneously and produced heteropoles along power; So the heteropole of gyromagnet 18 and magnet 17 is along merit or anti-merit, with heteropole anti-merit or the suitable merit whole balances of gyromagnet 19 with magnet 20, gyromagnet 18 and gyromagnet 19 are idle running (except the frictional force), gyromagnet 18 scolds suction all stressed on the device frame with suction and repulsion, the gyromagnet 19 of magnet 17 with magnet 20, because of magnet 17 and magnet 20 do not produce move distance, do not produce power simultaneously yet.So equate with the same distance of the magnet specification of quality of magnet combination that at the magnets of organizing when the driving that specification is identical rotatablely moved magnet synchronously, heteropole equated along merit and the anti-merit of heteropole and passes on balance by driving mechanism more.
Referring to Fig. 4, be that heteropole is along power in gyromagnet 9 and the process of round magnetic 11 the two poles of the earth from identical to opposite, simultaneously gyromagnet 6 and round magnetic 4 the two poles of the earth from opposite to identical process, be the heteropole counter-force, two groups of common magnetic field heteropoles are to same direction rotation along counter-force, the heteropole counter-force needs the external force rotation to change pole orientation, the revolving force that the suitable power of heteropole is magnet and magnet itself is rotating the change pole orientation, state by extremely bearing the indignant of power week, after inhaling fully mutually, also continue two magnets to inhale mutually, after repelling each other fully, also continue two magnets to repel each other, therefore in the rotation that rotatablely moves synchronously, the synchronous back and forth movement of this moment is an inactive state, because of the range difference of two group of two magnet, the heteropole of the gyromagnet 9 of Fig. 4 and 11 generations of round magnetic transmits a part that produces the heteropole counter-forces with regard to energy balance gyromagnet 6 and round magnetic 4 along power by driving mechanism 7.Suitable merit of heteropole and the anti-merit of heteropole are too.
Referring to Fig. 4, the constantly rotation synchronously of gyromagnet 6 and gyromagnet 9, the synchronous back and forth movement of Fig. 4 aprowl, two groups of gyromagnets of cause and round magnetic are provided with equal move distance G, so synchronous back and forth movement magnet of stressed thing, under two unidirectional push-and-pull actions of common magnetic field forces while of two groups of gyromagnets and round magnetic, when the Zhou Jili of Magnetomotive device and heteropole power are exchanged simultaneously, synchronously the back and forth movement magnet toward or return in the motion, Zhou Jili and heteropole power all can and change along with the anglec of rotation and the move distance variation of two magnets.Therefore the heteropole distance of inhaling mutually in the motion along with gyromagnet and round magnetic along power reduces and inversely proportional increase, and the heteropole counter-force is along with repel each other distance in the motion of gyromagnet and round magnetic increases to inverse proportion and reduces; Week, utmost point repulsion was along with gyromagnet reduces and inversely proportional increase with the anglec of rotation of round magnetic from vertical to identical, also reduced along with the distance of two magnets increases to inverse proportion; All utmost point suction is along with gyromagnet reduces and inversely proportional increase with the anglec of rotation of round magnetic from vertical to opposite, and also the distance along with two magnets reduces and inversely proportional increase.In Fig. 4, the common magnetic field explosive force of two groups of magnets and magnet combination, the explosive force distance that can drag multiple ohject displacement acting is the same with desired move distance G.
Referring to Fig. 4, suppose that at first the heteropole power of Fig. 6 all equates (with the hands spinning solution separates the used revolving force of two opposite small magnets of the two poles of the earth and separates the opposite used pulling force of two small magnets in the two poles of the earth less than the vertical pulling method in practice) with the Zhou Jili maximum.Maximum respectively is made as A, two groups of gyromagnets of cause and round magnetic are provided with and come and go the move distance G that equates, heteropole can the equally whole balances of image pattern 6 along counter-force, the suitable counter-force of heteropole and all utmost point suction and repulsions are in the motion of synchronous back and forth movement magnet, along with the anglec of rotation of two magnets and move distance change and change, also equate in the heteropole power of Fig. 4 motion state and the minimum value of Zhou Jili so, minimum value respectively is made as B, so in the rotation of the magnet that rotatablely moves synchronously of Fig. 4, the magnetic pole of one group of gyromagnet rotates to and comes and goes the magnetic pole of magnetic when identical, the repulsion maximum A of two magnet minimum ranges, the magnetic pole of adding another group gyromagnet rotates to and comes and goes the magnetic pole of magnetic when fully opposite, the suction minimum value B of two magnet ultimate ranges; Or the suction maximum A of one group of complete opposite two magnet minimum range, add the repulsion minimum value B that another organizes identical two magnet ultimate ranges again; Just can make weight that the synchronous back and forth movement magnet of stressed thing drags requirement in the acting of move distance G top offset, because of two groups of common magnetic field push-pull efforts are simultaneously to same direction, think that A adds B.The heteropole counter-force maximum A of one group of gyromagnet and round magnetic minimum range generation simultaneously, the heteropole that another group gyromagnet and round magnetic ultimate range produce is along power minimum value B, because of two groups of common magnetic field heteropoles are simultaneously to same direction rotation along counter-force, the heteropole counter-force needs the external force rotation to change direction, the revolving force that the suitable power of heteropole is magnet and magnet itself is rotating the change direction, the part of its energy balance heteropole counter-force, institute thinks that A subtracts B.Therefore the motion state A of Fig. 4 adds B and subtracts B greater than A.In the magnet combination method of (suppose this moment A add the difference that B and A subtract B be difference one) while key diagram 4,1 week of the magnet that rotatablely moves synchronously rotation back and forth movement magnet generation synchronously back and forth movement once, back and forth movement once equals to rotate for 1 week, so the power (power output) that the synchronous back and forth movement magnet of the stressed thing of Zhou Jili is produced on apart from G at back and forth movement is greater than the stressed thing of the heteropole power magnet heteropole power (input power) after along the anti-merit part of merit balance heteropole in rotatablely moving that rotatablely moves synchronously.
All utmost point repulsion is along with gyromagnet reduces and inversely proportional increase with the anglec of rotation of round magnetic from vertical to identical, and all utmost point suction is along with gyromagnet reduces and inversely proportional increase with the anglec of rotation of round magnetic from vertical to opposite; The distance that heteropole is inhaled in the motion along with gyromagnet and round magnetic mutually along power reduces and inversely proportional increase, and the heteropole counter-force is along with repel each other distance in the motion of gyromagnet and round magnetic increases to inverse proportion and reduces; So all utmost point repulsion does not also arrive when identical in that gyromagnet is vertical with round magnetic, week, utmost point suction also do not arrive when opposite in that gyromagnet is vertical with round magnetic, the weight that just can make the synchronous back and forth movement magnet of stressed thing drag requirement is done work at move distance G top offset, because of the weight that requires reduces, power output reduces accordingly, the distance that produces the suitable power of heteropole because of two magnets reduces, the distance that two magnets produce the heteropole counter-force increases, the heteropole of gyromagnet and round magnetic generation simultaneously is along the corresponding increase of power minimum value B, corresponding the reducing of heteropole counter-force maximum A, heteropole also increases along the anti-merit part of merit balance heteropole, and input power is also corresponding to be reduced.Therefore in the rotation that Fig. 4 rotatablely moves synchronously, synchronously during the inactive state of back and forth movement, heteropole along merit can both the anti-merit of balance heteropole a part, so in the motion state of the synchronous back and forth movement magnet of Fig. 4, A adds B and subtracts B greater than A all the time.
The distance of inhaling mutually in the motion along with gyromagnet and round magnetic along power because of heteropole reduces inversely proportional increase, and the heteropole counter-force is along with repel each other distance in the motion of gyromagnet and round magnetic increases to inverse proportion and reduces; Week, utmost point repulsion reduced along with the distance of gyromagnet and round magnetic two magnets increases to inverse proportion, and all utmost point suction is along with the distance of two magnets reduces and inversely proportional increase.So the move distance G of gyromagnet and round magnetic two magnets establishes hour, coming and going the magnet back and forth movement synchronously, once to equal to rotate 1 week constant, and all utmost point suction or repulsion minimum value B increase, and power output increases accordingly; The heteropole of gyromagnet and round magnetic generation simultaneously increases along power minimum value B, and heteropole partly increases along the anti-merit of merit balance heteropole, and input power also reduces accordingly.Therefore in the rotation that Fig. 4 rotatablely moves synchronously, synchronously during the inactive state of back and forth movement, heteropole along merit can both the anti-merit of balance heteropole a part, so move distance G establishes hour, the motion state A of Fig. 4 adds B and subtracts B greater than A, suppose this moment A to add the difference that B and A subtract B be difference two, then difference two is greater than above-mentioned difference one.
Fig. 8 to Figure 11 is that Fig. 7 is the schematic diagram of rotation unit inactive state with 36 degree.The driving mechanism 7 that is Fig. 7 simultaneously rotates in the process of 144 degree, the synchronous motion state schematic diagram of back and forth movement magnet, also be five groups of synchronous back and forth movement magnets circulate successively equidistant back and forth movement on move distance and white arrow 15 explanation heteropoles along the schematic diagram of counter-force balance.
Figure 12 is that Fig. 7 driving mechanism 7 rotates to 18 inactive state schematic diagrames when spending, Figure 13 is that Fig. 7 driving mechanism 7 rotates to 9 inactive state schematic diagrames when spending, Figure 14 is that Figure 12 driving mechanism 7 rotates to 9 inactive state schematic diagrames when spending, Figure 12 to Figure 14 is that Fig. 7 serves as the motion state schematic diagram that the rotation unit rotates to Fig. 8 with 9 degree, also illustrates that heteropole is along the counter-force balance simultaneously.
The suitable anti-merit balance of the operation principle of Figure 15, motion state, inactive state and heteropole and Fig. 7 to 14 are in like manner.The magnet that rotatablely moves that the adjacent back and forth movement magnet of different is five groups of magnetic kinetic energy mechanisms is opposite or adjacent successively is opposite successively, the intersection of five groups of synchronous back and forth movement magnets doing on the move distance G equidistant back and forth movement that circulates successively, this crisscross motion does not need transition gear.
Figure 16 is identical with Figure 15 principle, and Figure 16 is the combination that increases by one group of magnetic kinetic energy mechanism on Figure 15 architecture basics.According to intersecting the coordination approach of equidistant back and forth movement magnetic pole of circulating successively, also can continue to increase magnetic kinetic energy mechanism.(180 equal 30 divided by 6) degree serve as to rotate unit to the driving mechanism 7 of Figure 16 with 30.
2 of Fig. 1 is frames, Fig. 1 respectively increases by one group of magnet and magnet combination in six groups of magnetic kinetic energy of Figure 16 mechanism, because of being provided with, the magnet that rotatablely moves drives 7, increase by one group of driving mechanism 14 simultaneously, driving mechanism 14 and driving mechanism 7 are in like manner, play the transfer function of six groups of gyromagnets 13 rotation synchronously and power simultaneously, six groups of gyromagnets 13 and six groups of gyromagnets 6 are in like manner.So it is also stressed on synchronous back and forth movement magnet to same direction simultaneously respectively to organize three common magnetic field forces of three groups of magnets of magnetic kinetic energy mechanism and magnet combination, axle 12 plays the transmission and the effect of synchronous rotary drive mechanism 7, driving mechanism 14 and power.According to the coordination approach of magnetic kinetic energy mechanism magnetic pole with intersect the coordination approach of equidistant back and forth movement magnetic pole of circulating successively, also can continue to increase magnet and magnet combination.Figure 17 is the inactive state schematic diagram that Fig. 1 driving mechanism rotates to 330 degree.
Heteropole transmits balance along anti-merit in the shuttling movement of device:
Five groups of synchronous back and forth movement magnets of Fig. 7 circulate on move distance in equidistant back and forth movement successively, when heteropole power and Zhou Jili exchange simultaneously, at first five groups of synchronous back and forth movement magnets are made as inactive state heteropole power in the motion.Second group comes and goes magnetic 11 and equates with the move distance of round magnetic 4 with the move distance of gyromagnet 9 and the 5th group gyromagnet 6, because of equating heteropole, distance also equates along power and heteropole counter-force, second group of gyromagnet 6 that comes and goes magnetic 11 and the suitable power of the heteropole of gyromagnet 9 and the 5th group equates with the heteropole counter-force of round magnetic 4 so, simultaneously the round magnetic 4 in second group also equates along power with the heteropole of round magnetic 11 with the heteropole counter-force of gyromagnet 6 and the 5th group gyromagnet 9, so the 3rd group of the transmission balance (meaning of this suitable counter-force balance is positive and negative counteracting) that the suitable counter-force of heteropole of second group and the 5th group can be by driving mechanism 7, the 4th group and second group, the 5th group in like manner.The inactive state of the suitable counter-force of first group heteropole and Fig. 4 in like manner.
Rotate to 36 when spending at the driving mechanism 7 of Fig. 7, as shown in Figure 8.First group round magnetic 11 is being the heteropole counter-force in identical with gyromagnet 9 magnetic poles on the contrary, simultaneously gyromagnet 6 and round magnetic 4 magnetic poles by identical in opposite, be the suitable power of heteropole, the 3rd group round magnetic 11 and gyromagnet 9 magnetic poles identical in opposite, be that heteropole is along power, simultaneously gyromagnet 6 and round magnetic 4 magnetic poles are by being the heteropole counter-force in identical on the contrary, therefore the heteropole of first group and the 3rd group along counter-force by driving mechanism 7 transmission balances.The 4th group, the 5th group heteropole along counter-force and Fig. 7 second group, the 5th group in like manner, second group with first group of Fig. 7 also in like manner.Fig. 9 to Figure 11 and Fig. 8 are in like manner.
Because of Figure 12, Figure 13, Figure 14 are that Fig. 7 serves as the inactive state of rotation unit to Fig. 8 with 9 degree, this three figure also is divided into four parts to Fig. 7 to the distance of Fig. 8 motion state so, Figure 12 is the synchronous back and forth movement magnet movement of Fig. 7 to half inactive state of Fig. 8, Figure 13 is the synchronous back and forth movement magnet movement of Fig. 7 to half inactive state of Figure 12, Figure 14 is the synchronous back and forth movement magnet movement of Figure 12 to half inactive state of Fig. 8, and the heteropole of Figure 12 along counter-force balance and Fig. 7 in like manner.
In Figure 13, the move distance of second group of gyromagnet 6 and round magnetic 4 (heteropole counter-force) is greater than the 1/10G of first group of gyromagnet 6 with round magnetic 4 (heteropole is along power), the move distance of first group of gyromagnet 9 and round magnetic 11 (heteropole counter-force) is greater than the 1/10G of second group of gyromagnet 9 with round magnetic 11 (heteropole is along power), the move distance of the 5th group of gyromagnet 6 and round magnetic 4 (heteropole counter-force) is greater than the 1/10G of the 3rd group of gyromagnet 9 with round magnetic 11 (heteropole is along power), the move distance of the 3rd group of gyromagnet 6 and round magnetic 4 (heteropole counter-force) is greater than the 1/10G of the 5th group of gyromagnet 9 with round magnetic 11 (heteropole is along power), the move distance of the 4th group of gyromagnet 6 and round magnetic 4 (heteropole counter-force) is greater than the 1/10G of the 4th group of gyromagnet 9 with round magnetic 11 (heteropole is along power), and the move distance that produces the heteropole counter-force is altogether greater than the 1/2G that produces the suitable power of heteropole:
In Figure 14, the move distance of first group of gyromagnet 6 and round magnetic 4 (heteropole is along power) is greater than the 1/10G of second group of gyromagnet 6 with round magnetic 4 (heteropole counter-force), the move distance of second group of gyromagnet 9 and round magnetic 11 (heteropole is along power) is greater than the 1/10G of first group of gyromagnet 9 with round magnetic 11 (heteropole counter-force), the move distance of the 3rd group of gyromagnet 9 and round magnetic 11 (heteropole is along power) is greater than the 1/10G of the 5th group of gyromagnet 6 with round magnetic 4 (heteropole counter-force), the move distance of the 5th group of gyromagnet 9 and round magnetic 11 (heteropole is along power) is greater than the 1/10G of the 3rd group of gyromagnet 6 with round magnetic 4 (heteropole counter-force), the move distance of the 4th group of gyromagnet 9 and round magnetic 11 (heteropole is along power) is greater than the 1/10G of the 4th group of gyromagnet 6 with round magnetic 4 (heteropole counter-force), produce heteropole along the move distance of power altogether greater than the 1/2G of generation heteropole counter-force:
Five groups of synchronous back and forth movement magnets of Fig. 7 equidistant back and forth movement that on move distance, circulates successively, in exchanging when reaching heteropole power and Zhou Jili, the suitable power of heteropole is along with Fig. 7 reduces and inversely proportional increase to the distance between Fig. 8 gyromagnet and the round magnetic, the heteropole counter-force is along with the distance between gyromagnet and the round magnetic increases and inversely proportional reducing, heteropole equated along anti-two power when heteropole equated along the distance between power and heteropole counter-force two magnets, Figure 12 arrives heteropole that the motion state of Fig. 8 produces along merit through Figure 14 so, can by flywheel gear store and the transmission of driving mechanism 7 come balance chart 7 through Figure 13 arrive the generation of Figure 12 motion state this greater than the anti-merit of heteropole.The driving mechanism 7 of Fig. 8 to Figure 11 with 36 degree serve as motion state between each two figure of rotation unit heteropole along anti-merit balance and Fig. 7 to Fig. 8 in like manner, Fig. 7 driving mechanism 7 Rotate 180 degree to 360 degree and Fig. 7 to Figure 14 are in like manner.Fig. 8 to Figure 11 is the motion state of Fig. 7, and heteropole is along the transmission of anti-merit by driving mechanism 7 also balance.Fig. 7 to Figure 11 respectively organizes heteropole that magnetic kinetic energy mechanism aprowl produces along anti-merit and Fig. 4 in like manner.The disposition how group magnetic kinetic energy mechanism makes up too.
Six groups of synchronous back and forth movement magnets of Figure 16 intersect the equidistant back and forth movement of circulation successively on move distance G, equate that according to white arrow 15 and distance heteropole also equates to understand simultaneously Figure 16 along power and heteropole counter-force, the heteropole of second group and the 6th group is along the counter-force balance, the 3rd group and the 5th group of suitable counter-force balance of heteropole, the 4th group gyromagnet 6 and round magnetic 4, two move distances that come and go between magnetic 11 and the gyromagnet 9 equate heteropole along the counter-force balance, and first group of first group and Fig. 7 in like manner.Figure 16 driving mechanism 7 serves as the motion state of rotation unit with 30 degree, equates with the distance of magnet combination that according to white arrow and magnet heteropole transmits balance along counter-force by driving mechanism, and the like.
In the synchronous rotation of Fig. 1 driving mechanism 7 and driving mechanism 14, six groups of six groups of magnetic kinetic energy mechanisms come and go magnetic 4, six groups of gyromagnets 6, six groups of gyromagnets 9, six groups of heteropoles that come and go magnetic 11 along counter-force balance such as Figure 16 in like manner; In the suitable counter-force of the heteropoles of six groups of gyromagnets 13 and six groups of round magnetic 11, with understanding Fig. 1 and Figure 17 simultaneously apart from size between the fore-and-aft direction of white arrow 15 and magnet and the magnet, the suitable power of second group of heteropole of Fig. 1 is greater than the 5th group of heteropole counter-force, the also big 1/6G of move distance difference, the 4th group of suitable power of heteropole is greater than the three sets of different poles counter-force, the also big 1/6G of move distance difference, the 6th group differs move distance 5/6G to heteropole along force direction; The 5th group of heteropole counter-force of Figure 17 greater than second group of heteropole along power, the also big 1/6G of move distance difference, the three sets of different poles counter-force greater than the 4th group of heteropole along power, the also big 1/6G of move distance difference, first group differs move distance 5/6G to heteropole counter-force direction; This Fig. 1 greater than heteropole can store the heteropole counter-force of balance Figure 17 with flywheel gear along power, so other anglec of rotation of Fig. 1 greater than the heteropole counter-force always have the corresponding anglec of rotation greater than heteropole store balance along power by flywheel gear.
While is referring to the explanation of Fig. 4 in sum, in the Magnetomotive device how group magnetic kinetic energy mechanism makes up, can be according to the quality and the specification of magnet, and organize in magnet and the magnet combination more, gyromagnet is vertical to identical a certain angle with round magnetic, gyromagnet is vertical to opposite a certain angle with round magnetic simultaneously, the explosive force that (vertically equating to opposite a certain angle with vertical to identical a certain angle) produced and and the explosive force distance, again according to gross output, require input and output power poor of many group magnetic kinetic energy mechanism.
Magnetomotive device:
By extremely bearing the general introduction of power in Zhou Jizheng power and week, on the back and forth movement distance, do the back and forth movement of standard and come extremely negative power of unhelpful week of balance with limiting synchronous back and forth movement magnet in the device, adopt again sour jujube can transmission device, hydraulic pressure or methods such as pneumatic turbine transmission device, hydraulic pressure or air pressure crank gear disconnect extremely negative power of weeks, on the synchronous back and forth movement magnet of stressed like this thing useful Zhou Jizheng power the back and forth movement of standard apart from G on institute's work just can be by extremely negative dynamic balance of week.
Zhou Jili and heteropole power all be magnet with magnet poles from the contrary to identical and identical to the opposite earth magnetic field common magnetic field force that acts on simultaneously.Zhou Jili is two kinds of different power with heteropole power, but interacts.The suitable despining of heteropole power is an earth magnetic field energy revolving force, and the suction and repulsion after the Zhou Jili conversion is an earth magnetic field energy push-pull effort.In Magnetomotive device Zhou Jili and heteropole power in exchange, the earth magnetic field replenished the magnetic field of Magnetomotive device rapidly again when magnetic energy was consumed, through Fig. 2 to Figure 17 referring to Fig. 1, Zhou Jili separates with heteropole power, and useful heteropole passes through flywheel gear, driving mechanism 7, axle 12 and the driving mechanism 14 unhelpful anti-merit part of heteropole of energy balance in device along merit; Do the back and forth movement of standard because of limiting the back and forth movement magnet, unhelpful week is extremely born power balance in device, and earth magnetic field Zhou Jizheng power independently exists in the device.
Referring to Fig. 1 and Fig. 6, independently there being in the device Zhou Jizheng power useful on the stressed thing, make the synchronous back and forth movement magnets of stressed thing of many group magnetic kinetic energy mechanism, the back and forth movement of standard apart from G on successively or intersect the power that circulates successively and produced in the equidistant back and forth movement; Be directly changed into the kinetic energy of magnetic kinetic energy engine device by power take-off 10 and sour jujube energy transmission device etc., or be directly changed into the kinetic energy of magnetic kinetic energy generator device, or can transmission device etc. useful Zhou Jizheng power be directly changed into magnetic kinetic energy engine and magnetic kinetic energy generator in the kinetic energy of integrated device by rotor machine 1, power take-off 3, power take-off 10, sour jujube by power take-off 3 and rotor machine 1.Here it is Magnetomotive device.
The magnetic kinetic energy generator device:
Present generator is to do circumference magnetic induction line cutting movement in magnetic field, can convert other form to electric energy, the magnetic kinetic energy generator device be by doing of in magnetic field, not stopping of the power take-off 3 that is provided with toward or return straight line magnetic induction line cutting movement, scold all utmost point suctions merit to convert electric energy to.Present generator is that the magnetic energy that consumes the energy of its form and earth magnetic field produces electric energy, and the magnetic kinetic energy generator device is to allow the unhelpful magnetic energy balance in earth magnetic field and earth magnetic field, and useful magnetic energy produces electric energy with the magnetic energy in earth magnetic field again.
Magnetic kinetic energy engine device:
Because of respectively organizing magnetic kinetic energy mechanism all successively or intersect and to circulate equidistant back and forth movement successively on move distance G in the device, by power take-off 10 and sour jujube can transmission device etc. also as internal combustion engine circulate successively equidistant toward or return the acting of motion push-and-pull bent axle.Present internal combustion engine is that chemical energy converts kinetic energy in the combustion fuel; Motor is that the magnetic energy in consumed power and earth magnetic field produces kinetic energy; And magnetic kinetic energy engine device is to allow the unhelpful magnetic energy balance in earth magnetic field and earth magnetic field, and useful magnetic energy is directly changed into kinetic energy.
Magnetic kinetic energy engine and magnetic kinetic energy generator are in the device of one.
Can be according to the various needs of kinetic energy, as main device, magnetic kinetic energy engine device is as servicing unit magnetic kinetic energy generator device 1.Or magnetic kinetic energy engine device as main device, magnetic kinetic energy generator device 1 is as servicing unit.
The separation of Magnetomotive device kinetic energy:
Internal combustion engine is that chemical energy expands by device promotion bent axle generation kinetic energy in the combustion fuel.Magnetomotive device is by the combination of many groups magnetic field and magnetic field, and the magnetic kinetic energy of the Nature by device, is allowed unhelpful magnetic energy balance in this device, and useful magnetic energy is directly changed into kinetic energy with this device.The automobile operation principle is that the kinetic energy that engine produces is isolated multidirectional kinetic energy simultaneously, as friction kinetic energy, the generator of bearing machinery wait kinetic energy to overtake to storage battery charging or illumination, fan heat radiation and automobile.The kinetic energy of Magnetomotive device after driving wheel 8 starts also separablely goes out multidirectional kinetic energy and bears the friction kinetic energy of machinery and the needs of various other kinetic energy.
The advantage of Magnetomotive device: the advantage of Magnetomotive device be generator, engine and in The shortcoming of combustion machine does not all have, and must not connect by power line, and frame for movement is simpler than internal combustion engine. No Local indirectly homenergic conversion equipment, but endoatmosphere magnetic energy balance and directly conversion Device; Magnetic energy has the branch at daytime and night unlike solar energy; To endoatmospheric environment Without any pollution.

Claims (10)

1, a kind of Magnetomotive device is characterized in that: described device is provided with at least two group magnetic kinetic energy mechanisms; Described magnetic kinetic energy mechanism is provided with at least two group magnet and magnet combination, described magnet and magnet combination comprise back and forth movement magnet (4) and the magnet that rotatablely moves (6), described back and forth movement magnet (4) is provided with power take-off (3), and the described magnet that rotatablely moves (6) is provided with driving (7).
2, Magnetomotive device according to claim 1 is characterized in that: described at least two group magnets link to each other by connecting rod (5) with the back and forth movement magnet of magnet combination.
3, Magnetomotive device according to claim 1, it is characterized in that: the driving (7) that is provided with on by the described magnet that rotatablely moves (6) in magnetic kinetic energy mechanism adjacent on the described device is connected to form driving mechanism, and described driving mechanism links to each other by axle (12).
4, Magnetomotive device according to claim 1, it is characterized in that: the magnetic pole of described back and forth movement magnet (4) and the magnet that rotatablely moves (6) is vertical with the back and forth movement direction of described back and forth movement magnet (4), and described back and forth movement magnet (4) and the magnet that rotatablely moves (6) are on the same axis.
5, Magnetomotive device according to claim 1, it is characterized in that: at least two group magnets and magnet combination of described magnetic kinetic energy mechanism, first group of magnet is identical with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, second group of magnet is opposite with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, the 3rd group and first group are in like manner, the 4th group and second group in like manner, and the like; Or first group of magnet is opposite with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, second group of magnet is identical with the magnetic pole of the back and forth movement magnet of magnet combination and the magnet that rotatablely moves, the 3rd group and first group in like manner, the 4th group and second group in like manner, and the like.
6, according to the arbitrary described Magnetomotive device of claim 1 to 5, it is characterized in that: between magnetic kinetic energy mechanism adjacent on the described device, the pole orientation of the adjacent magnet that rotatablely moves (6) differs certain angle successively, or the pole orientation of adjacent back and forth movement magnet (4) differs certain angle successively, described angle be 180 degree with described device in be provided with the merchant of magnetic kinetic energy mechanism group number.
7, Magnetomotive device according to claim 1 is characterized in that: described power take-off is that magnetic kinetic energy engine device or magnetic kinetic energy generator device (1) or magnetic kinetic energy engine and generator are in the device of one.
8, Magnetomotive device according to claim 2 is characterized in that: described rotor machine (1) is to do the cutting of straight line magnetic induction line in magnetic field.
9, Magnetomotive device according to claim 1 is characterized in that: be provided with a flywheel gear in described device.
10, according to claim 1 to 5,7 to 9 arbitrary described Magnetomotive devices, it is characterized in that: be provided with at least two group magnetic kinetic energy mechanisms combinations in device, the combination of described magnetic kinetic energy mechanism is described at least two group magnetic kinetic energy mechanisms.
CNA2008101255981A 2007-06-18 2008-06-18 Magnetomotive device Pending CN101404471A (en)

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CNA2008101255981A CN101404471A (en) 2007-06-18 2008-06-18 Magnetomotive device

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CN200710127618 2007-06-18
CN200710127618.4 2007-06-18
CN200710035196.8 2007-06-22
CN200710035228.4 2007-06-28
CNA2008101255981A CN101404471A (en) 2007-06-18 2008-06-18 Magnetomotive device

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105322758A (en) * 2014-06-20 2016-02-10 蔡源祯 magnetic operation control device

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GB2466034A (en) * 2008-09-02 2010-06-16 Nicholas William Field Improved electrical power transmission system for a faraday cage

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US4011477A (en) * 1974-07-19 1977-03-08 Scholin Harold W Apparatus using variations in magnetic force to reciprocate a linear actuator
US7151332B2 (en) * 2005-04-27 2006-12-19 Stephen Kundel Motor having reciprocating and rotating permanent magnets
CN101174803A (en) * 2007-06-18 2008-05-07 姚儒 Magnetomotive device
CN201054557Y (en) * 2007-06-28 2008-04-30 姚儒 A magnetic dynamic device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105322758A (en) * 2014-06-20 2016-02-10 蔡源祯 magnetic operation control device

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