CN101174803A - Magnetomotive device - Google Patents
Magnetomotive device Download PDFInfo
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- CN101174803A CN101174803A CNA2007101378633A CN200710137863A CN101174803A CN 101174803 A CN101174803 A CN 101174803A CN A2007101378633 A CNA2007101378633 A CN A2007101378633A CN 200710137863 A CN200710137863 A CN 200710137863A CN 101174803 A CN101174803 A CN 101174803A
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Abstract
The present invention discloses a magnetic kinetic energy device, and the stand (1) is provided with at least two sets of magnetic kinetic energy mechanisms equipped with at least two sets of magnetic fields combinations which consist of a magnet (2) moving rotarily and a magnet (4) moving to and fro. The rotating magnet (2) is provided with a driver (6) and the magnet (4) is provided with a power output device (3) which combines as a whole a magnetic kinetic energy engine device or a magnetic kinetic energy generator device (8) or a magnetic kinetic energy engine and a generator. The present invention is a magnetic kinetic energy device, through which the common magnetic force of a plurality of magnetic fields goes and which balances the useless energy in the device and converts useful energy into power.
Description
Technical field
The present invention relates to a kind of Magnetomotive device, particularly relate to a kind of with many groups magnetic field and magnetic field combination, the common magnetic field force in magnetic field and magnetic field is passed through device, allow unhelpful magnetic energy balance in this device, useful magnetic energy is directly changed into the kinetic energy of the kinetic energy of magnetic kinetic energy engine device or magnetic kinetic energy generator device or magnetic kinetic energy engine and generator in the kinetic energy of integrated device with this device.
Background technology
The common magnetic field force in magnetic field and magnetic field:
At the vertical same center line of magnet with magnet the two poles of the earth, 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 done the two poles of the earth and inhales mutually with another magnet by identical for magnet and magnet the two poles of the earth, 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 does the two poles of the earth 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 the two poles of the earth identical to opposite and on the contrary in identical the change of common magnetic field force 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 magnet and magnet the two poles of the earth suction and repulsion, these three kinds of power all are the performance of magnetic field and magnetic field acting in conjunction power---common magnetic field forces.
The local conversion of energy indirectly:
Motor is crossed the equilbrium position with rotor and is not stopped switch current direction change magnet the two poles of the earth later on, common magnetic field suction and repulsion rotates rotor at a gallop in stator, consumed power changes into magnetic energy and permanent magnetism 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 suction acting when being subjected to suction, 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 magnetic field and magnetic field common magnetic field action power.It simultaneously also is the performance of local homenergic indirectly conversion.
Generator utilizes the high low head power 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 endoatmosphere local homenergic indirectly conversion.We 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 height 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 the earth makes fuel continually, also be to become kinetic energy in fact in power conversion the earth, generator just becomes a kind of indirect conversion device of kinetic energy to the Nature 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
The common magnetic field force that technical problem to be solved by this invention provides a kind of many group magnetic field and magnetic field passes through device, allow unhelpful magnetic energy balance in this device, useful magnetic energy is directly changed into the kinetic energy of the kinetic energy of magnetic kinetic energy engine device or magnetic kinetic energy generator device or magnetic kinetic energy engine and generator in the Magnetomotive device of the kinetic energy of integrated device.
In order to solve the problems of the technologies described above, Magnetomotive device provided by the invention, on frame, be provided with at least two group magnetic kinetic energy mechanisms, described magnetic kinetic energy mechanism is provided with at least two group magnetic fields and magnetic field combination, it is that rotatablely move magnet and one is the back and forth movement magnet that the combination of described magnetic field and magnetic field is one, the described magnet that rotatablely moves is provided with driving, and described back and forth movement magnet is provided with power take-off.
Described power take-off is that magnetic kinetic energy engine device or magnetic kinetic energy generator device or magnetic kinetic energy engine and generator are in the device of one.
Described magnetic kinetic energy mechanism is provided with at least two group magnetic fields and magnetic field combination, and by coordinating the pole orientation of at least two group magnetic fields and magnetic field combination, described back and forth movement magnet is done synchronous back and forth movement by connecting rod is continuous.
The driving that is provided with on the above the described magnet that rotatablely moves of adjacent magnetic kinetic energy mechanism of described frame is connected to form driving mechanism, the magnet that rotatablely moves of adjacent magnetic kinetic energy mechanism is done synchronously rotatablely moved.
Link to each other by axle at the above driving mechanism of described frame, the magnet that rotatablely moves on the frame is done synchronously rotatablely moved.
The pole orientation of described back and forth movement magnet is vertical with its back and forth movement direction, and the pole orientation of the described magnet that rotatablely moves is vertical with its back and forth movement direction.
The described back and forth movement magnet and the magnet that rotatablely moves are on the same axis.
The pole orientation of the described magnet that rotatablely moves differs certain angle between the above adjacent magnetic kinetic energy mechanism of described frame, or the pole orientation of described back and forth movement magnet differs certain angle between the adjacent magnetic kinetic energy mechanism.
The angle that pole orientation between the above the adjacent magnetic kinetic energy mechanism of described frame differs certain is the merchant who is provided with magnetic kinetic energy mechanism group number with 360 degree or 180 degree divided by frame.
Adopt the Magnetomotive device of technique scheme, in first group of magnetic kinetic energy mechanism, drive when rotatablely moving magnet synchronously, there is a natural attraction between the sexes when changing over the same sex and repelling each other to identical by opposite when rotatablely move magnet and back and forth movement magnet the two poles of the earth of the combination of first group of magnetic field and magnetic field, and the back and forth movement magnet that makes up of second group of magnetic field and magnetic field and the magnet the two poles of the earth that rotatablely move change over by identical repelling each other to the opposite same sex that there is a natural attraction between the sexes simultaneously.The back and forth movement magnet is done once motion to a direction under the effect synchronously in two common magnetic field forces of two groups of magnetic fields and magnetic field combination like this; When driving continues to rotatablely move magnet synchronously in first group of magnetic kinetic energy mechanism, this moment, first group of magnetic field changed over by identical repelling each other to the opposite same sex that there is a natural attraction between the sexes with rotatablely move magnet and back and forth movement magnet the two poles of the earth of magnetic field combination, and there is a natural attraction between the sexes changes over the same sex and repel each other to identical by opposite for the back and forth movement magnet that make up in while second group of magnetic field and magnetic field and rotary magnet the two poles of the earth.The back and forth movement magnet is done once motion to other direction under the effect synchronously in two common magnetic field forces of two groups of magnetic fields and magnetic field combination like this; Along with driving the magnet that rotatablely moves that rotates the combination of two groups of magnetic fields and magnetic field synchronously, the back and forth movement magnet is done back and forth movement synchronously under two common magnetic field forces of two groups of magnetic fields and magnetic field combination act on simultaneously, what drive constantly that two common magnetic field forces of rotation rotary magnet synchronously make that the back and forth movement magnet do not stop does back and forth movement synchronously.
The pole orientation that in magnetic kinetic energy mechanism, makes up by coordination at least two group magnetic fields and magnetic field, at least two groups drive when rotatablely moving magnet synchronously, and the back and forth movement magnet that connecting rod links to each other is done back and forth movement under the effect synchronously at least two common magnetic field forces of at least two group magnetic fields and magnetic field combination.
In the Magnetomotive device that the driving mechanism that the driving that is provided with on the adjacent magnet that rotatablely moves of at least two group magnetic kinetic energy mechanisms on frame links to each other links to each other by axle, the magnet that rotatablely moves is rotated synchronously.The magnet that rotatablely moves of magnetic kinetic energy mechanism is vertical with the back and forth movement direction of its back and forth movement magnet with the back and forth movement magnet.The back and forth movement magnet and the magnet that rotatablely moves are on the same axis.The pole orientation of the magnet that rotatablely moves of adjacent magnetic kinetic energy mechanism differs certain angle, or the pole orientation of adjacent magnetic kinetic energy mechanism back and forth movement magnet differs certain angle.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 equidistant back and forth movement of intersection circulation successively.
In sum, the present invention is the vertical same center line with magnet the two poles of the earth of magnet, 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 atmosphere like this magnet and magnet the two poles of the earth by identical on the contrary with on the contrary to identical common magnetic field force, on frame, pass through many this magnetic fields of group and magnetic field composite sets, allow unhelpful magnetic energy balance in this device, useful magnetic energy is directly changed into the kinetic energy of the kinetic energy of magnetic kinetic energy engine device or magnetic kinetic energy generator device or magnetic kinetic energy engine and generator in the kinetic energy of integrated device with this 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 two magnets schematic diagrames that repel each other;
Fig. 3 is that two magnets are inhaled schematic diagram mutually;
Fig. 4 is two groups of magnetic fields of the present invention and magnetic field work in combination principle schematic;
Fig. 5 is two groups of magnetic fields of the present invention and magnetic field work in combination principle schematic;
Fig. 6 is five groups of synchronous back and forth movement magnets work schematic diagrames of back and forth movement successively;
Fig. 7 is that figure six gear drive rotate to 36 schematic diagrames when spending;
Fig. 8 is that figure six gear drive rotate to 72 schematic diagrames when spending;
Fig. 9 is that figure six gear drive rotate to 108 schematic diagrames when spending;
Figure 10 is that figure six gear drive rotate to 144 schematic diagrames when spending;
Figure 11 is that figure six gear drive rotate to 180 schematic diagrames when spending;
Figure 12 is that figure six gear drive rotate to 216 schematic diagrames when spending;
Figure 13 is that figure six gear drive rotate to 252 schematic diagrames when spending;
Figure 14 is that figure six gear drive rotate to 288 schematic diagrames when spending;
Figure 15 is that figure six gear drive rotate to 324 schematic diagrames when spending;
Figure 16 is that five groups of back and forth movement magnets intersect the work schematic diagram of back and forth movement successively;
Figure 17 is that six groups of back and forth movement magnets intersect the work schematic diagram of back and forth movement successively;
Figure 18 is that Fig. 1 two gear drive rotate to 30 schematic diagrames when spending synchronously;
Figure 19 is that Fig. 1 two gear drive rotate to 60 schematic diagrames when spending synchronously;
Among the figure: S represents the South Pole, and N represents the arctic.
Embodiment
Referring to Fig. 6, on frame 1, be provided with five groups of magnetic kinetic energy mechanisms, every group of magnetic kinetic energy mechanism is provided with two groups of magnetic fields and magnetic field combination, and magnetic field and the magnetic field combination coordination by magnetic pole links to each other with connecting rod 9 and makes back and forth movement magnet 4 do back and forth movement synchronously, and back and forth movement magnet 4 is provided with power take-off 3.The driving 6 that the driving 6 that the magnet 2 that rotatablely moves of magnetic field and magnetic field combination is provided with and the magnet 5 that rotatablely moves are provided with and in a gear drive 6, the driving that the magnet that rotatablely moves of adjacent magnetic kinetic energy mechanism is provided with is connected to form driving mechanism 6, and driving mechanism 6 rotates the magnet that rotatablely moves on frame 1 synchronously.The pole orientation of back and forth movement magnet 4 is vertical with its back and forth movement direction in magnetic kinetic energy mechanism, the pole orientation of the magnet 2 and the magnet 5 that rotatablely moves of rotatablely moving is vertical with its back and forth movement direction, the magnet 2 that rotatablely moves, rotatablely moves magnet 5 and back and forth movement magnet 4 on same axis.When the magnetic pole of the rotatablely move magnet 2 and the magnet 5 that rotatablely moves was identical or opposite, the magnet 2 that rotatablely moves in one group of magnetic kinetic energy mechanism was identical with adjacent back and forth movement magnet 4 the two poles of the earth, and back and forth movement magnet 4 is opposite with adjacent magnet 5 the two poles of the earth that rotatablely move.
Referring to Fig. 6, when first group of magnetic kinetic energy mechanism gear drive 6 rotatablely moves magnet 2 synchronously when rotatablely moving magnet 5, magnet 2 is identical with adjacent back and forth movement magnet 4 the two poles of the earth owing to rotatablely move, back and forth movement magnet 4 is opposite with adjacent magnet 5 the two poles of the earth that rotatablely move, magnet 2 and adjacent back and forth movement magnet 4 the two poles of the earth change over by identical repelling each other to the opposite same sex that there is a natural attraction between the sexes when rotatablely moving, magnet 5 and adjacent back and forth movement magnet 4 the two poles of the earth rotatablely move simultaneously by there is a natural attraction between the sexes when changing over the same sex and repelling each other to identical on the contrary, at this moment the synchronous back and forth movement magnet 4 of Xiang Lianing is done once motion synchronously to a direction under rotatablely move magnet 2 and adjacent back and forth movement magnet 4 and the magnet 5 that rotatablely moves act on simultaneously with adjacent 4 two common magnetic field forces of back and forth movement magnet, when gear drive 6 continues to rotatablely move synchronously magnet 2 when rotatablely moving magnet 5, at this moment opposite because of rotatablely move magnet 2 and adjacent back and forth movement magnet 4 the two poles of the earth, back and forth movement magnet 4 is identical with adjacent magnet 5 the two poles of the earth that rotatablely move, rotatablely moving this moment, there is a natural attraction between the sexes changes over the same sex and repel each other to identical by opposite for magnet 2 and adjacent back and forth movement magnet 4 the two poles of the earth, simultaneously back and forth movement magnet 4 changes over by identical repelling each other to the opposite same sex that there is a natural attraction between the sexes with adjacent magnet 5 the two poles of the earth that rotatablely move, at this moment the synchronous back and forth movement magnet 4 of Xiang Lianing is done once motion to another direction under the effect synchronously in rotatablely move magnet 2 and adjacent back and forth movement magnet 4 and rotatablely move magnet 5 and adjacent 4 two common magnetic field forces of back and forth movement magnet, along with gear drive 6 rotatablely move the synchronously magnet 2 and the magnets 5 that rotatablely move, the synchronous back and forth movement magnet 4 that links to each other is done back and forth movement under acting on synchronously in rotatablely move magnet 2 and adjacent back and forth movement magnet 4 and rotatablely move magnet 5 and adjacent 4 two common magnetic field forces of back and forth movement magnet.Constantly rotation drives the do back and forth movement of 6 synchronous back and forth movement magnets 4 with regard to not stopping.
Referring to Fig. 6, the magnetic pole of the back and forth movement magnet 4 that five groups of magnetic kinetic energy mechanisms are adjacent is identical, the magnetic pole of the magnet 2 that rotatablely moves that five groups of magnetic kinetic energy mechanisms are adjacent differs 36 degree and arrives identical or opposite with the magnetic pole of adjacent back and forth movement magnet 4 successively, equal 36 degree with 180 degree divided by 5, magnet 5 and rotatablely move magnet 2 in like manner rotatablely moves, as second group rotatablely move magnet 2 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 36 spend identical, rotatablely move simultaneously magnet 5 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 36 and spend on the contrary, the 3rd group rotatablely move magnet 2 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 72 spend identical, rotatablely move simultaneously magnet 5 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 72 and spend on the contrary, the 4th group differs 108 degree and the 3rd group in like manner, the 5th group differ 144 spend and the 4th group in like manner.This moment is the coordination by magnet poles on frame 1, driving wheel 7 rotatablely moves magnet 2 synchronously when rotatablely moving magnet 5 by gear driven mechanism 6, the synchronous back and forth movement magnet 4 of five groups of magnetic kinetic energy mechanisms is done the equidistant back and forth movement that circulates successively, and the round kinetic energy of the back and forth movement magnet 4 of continuous synchronous back and forth movement by 3 outputs of the power take-off which is provided with is directly changed into the kinetic energy of the kinetic energy of magnetic kinetic energy engine device or magnetic kinetic energy generator device or magnetic kinetic energy engine and generator in the kinetic energy of integrated device.
The Zhou Jili of common magnetic field force:
Fig. 2 is that there is a natural attraction between the sexes opposite two magnetic fields, two magnet the two poles of the earth (the two poles of the earth are the same with magnetic pole to refer to magnet S and N the two poles of the earth and same straight line) is the common magnetic field suction in magnetic field and magnetic field, and this power is called for short all utmost point suction.Fig. 3 is that the identical two magnetic field same sexes in two magnet the two poles of the earth repel each other is the common magnetic field repulsive force in magnetic field and magnetic field, and this power is called for short all utmost point repulsion.All utmost point suction and all utmost point repulsion general designation Zhou Jili.
The heteropole power of common magnetic field force:
Among Fig. 2 first magnet 11 with center line 10 rotation the two poles of the earth and second magnet, 12 the two poles of the earth by on the contrary to identical, one magnet need rotate to be made the two poles of the earth 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 in a magnetic field and magnetic field counter-force, is called for short the heteropole counter-force.Among Fig. 3 first magnet 11 with center line 10 rotation the two poles of the earth and second magnet, 12 the two poles of the earth by identical on the contrary, one magnet can rotate does the two poles of the earth directly and do not need external force to rotate in another magnet suction process mutually, that is to say that it can replace the external force rotation to change the two poles of the earth, this revolving force identical with the external force direction of rotation is that the common magnetic field rotation of magnetic field and magnetic field is along power, be called for short heteropole along power, 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 revolving force.Because of heteropole counter-force and heteropole in magnet and the magnet combination all are magnetic field and magnetic field same common magnetic field action power along power, so the two poles of the earth that rotate a magnet and another magnet identical on the contrary again by on the contrary in identical, heteropole has not only changed two extreme directions along power, and equates with the heteropole counter-force.
The decomposition of common magnetic field force:
In two groups of magnetic fields and magnetic field combination, for example: first magnet 11 and second magnet 12 are magnetic field and magnetic field combination, and second magnet 12 and the 3rd magnet 13 are magnetic field and magnetic field combination.During second magnet 12 of rotation diagram 4, at second magnet 12 and first magnet, 11 the two poles of the earth by identical to opposite, simultaneously second magnet 12 and the 3rd magnet 13 the two poles of the earth are by on the contrary in identical, second magnet 12 is scolded the 3rd magnet 13 to go out with first magnet 11 and is inhaled mutually, produce second magnet 12 and scold 13 1 heteropole counter-forces of the 3rd magnet and a Zhou Jili conversion back repulsion, produce second magnet 12 simultaneously and inhale first magnet, 11 1 Zhou Jili conversions back suction and the suitable power of heteropole, first magnet 11 and the 3rd magnet 13 are done to a direction and are synchronized with the movement once; In continuing second magnet 12 of rotation diagram 4 as shown in Figure 5, at second magnet 12 and first magnet, 11 the two poles of the earth by opposite to identical, simultaneously second magnet 12 and the 3rd magnet 13 the two poles of the earth by identical on the contrary, second magnet 12 is scolded first magnet 11 to go out with the 3rd magnet 13 again and is inhaled mutually, produce second magnet 12 and scold 11 1 heteropole counter-forces of first magnet and a Zhou Jili conversion back repulsion, produce second magnet 12 simultaneously and inhale the 3rd magnet 13 1 Zhou Jili conversions back suction and the suitable power of heteropole, first magnet 11 and the 3rd magnet 13 are done to other direction and are synchronized with the movement once; Constantly synchronously 13 liang of rotation second magnet, 12, the first magnets 11 and second magnet 12 and second magnet 12 and the 3rd magnets organize that the common magnetic field force makes that first magnet 11 and the 3rd magnet 13 do not stop does back and forth movement synchronously.
Produced eight power in above twice rotation, Zhou Jili conversion back repulsion, Zhou Jili conversion back suction, heteropole counter-force and heteropole are along each two of power.Because of second magnet 12 is the original position magnets that rotatablely move, first magnet 11 and the 3rd magnet 13 are back and forth movement magnets, Zhou Jili conversion back suction and repulsion is a kind of push-pull effort, so Zhou Jili conversion back is inhaled and is scolded four power all stressed on first magnet 11 and the 3rd magnet 13, the stressed magnet of Zhou Jili is exactly this meaning, and this stressed magnet can be made up of 1 magnet or 2 magnets.Because of second magnet 12 is the original position magnets that rotatablely move, first magnet 11 and the 3rd magnet 13 are back and forth movement magnets, heteropole power is a kind of revolving force, so heteropole is just simultaneously stressed on second magnet 12 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 by on the contrary in identical, and all utmost point suction changes over all utmost point repulsion simultaneously, do not need external force rotation heteropole along power make magnet and magnet the two poles of the earth by identical on the contrary, the while, all utmost point repulsion changed over all utmost point suction.Zhou Jili and heteropole power all be magnet with magnet the two poles of the earth by opposite to identical and identical to the common magnetic field force that acts on simultaneously on the contrary.
The coordination approach of magnet poles:
In the Magnetomotive device of at least two group magnetic kinetic energy mechanisms combination, for example: at first the back and forth movement magnet of at least two group magnetic fields of first group of magnetic kinetic energy mechanism and magnetic field combination all successively as for the right of the magnet that rotatablely moves, it is opposite to allow the right of the left side of back and forth movement magnet and the magnet that rotatablely moves inhale two magnetic poles mutually, allow the left side on back and forth movement magnet the right magnet two magnetic poles that on the right of the back and forth movement magnet, repel each other that rotatablely move identical simultaneously, the pole orientation of the back and forth movement magnet and the magnet that rotatablely moves and the like, no matter the back and forth movement magnet and the magnet that rotatablely moves are made up of a magnet or two magnets, no matter the magnetic pole that two magnets are formed is identical or opposite, in the coordination approach of this magnet poles of first group of magnetic kinetic energy mechanism, the magnet that rotatablely moves is done when rotatablely moving synchronously, and the back and forth movement magnet is done synchronous back and forth movement.
In the Magnetomotive device of at least two group magnetic kinetic energy mechanisms combination, for example: the magnetic pole of the synchronous back and forth movement magnet of the adjacent magnetic kinetic energy of at least two groups mechanism is identical, and the angle that the magnet poles that rotatablely moves differs certain arrives identical or opposite with the magnetic pole of adjacent back and forth movement magnet successively; Or the magnetic pole of the magnet that rotatablely moves of the adjacent magnetic kinetic energy of at least two groups mechanism is identical, and the angle that the magnetic pole of synchronous back and forth movement magnet differs certain arrives identical or opposite with the magnetic pole of the adjacent magnet that rotatablely moves successively.In the coordination approach of this at least two group magnetic kinetic energy mechanism magnet poles, the synchronous back and forth movement magnet of at least two group magnetic kinetic energy mechanisms equidistant back and forth movement of doing that on move distance, circulates successively.
In the Magnetomotive device of at least two group magnetic kinetic energy mechanisms combination, for example: the magnetic pole of the synchronous back and forth movement magnet of the adjacent magnetic kinetic energy of at least two groups mechanism is opposite successively, and the angle that the magnet poles that rotatablely moves differs certain arrives identical or opposite with the magnetic pole of adjacent back and forth movement magnet successively; Or the magnetic pole of the magnet that rotatablely moves of the adjacent magnetic kinetic energy of at least two groups mechanism is opposite successively, and the angle that the magnetic pole of synchronous back and forth movement magnet differs certain arrives identical or opposite with the magnetic pole of the adjacent magnet that rotatablely moves successively.In the coordination approach of this at least two group magnetic kinetic energy mechanism magnet poles, the synchronous back and forth movement magnet of at least two group magnetic kinetic energy mechanisms intersects the equidistant back and forth movement of doing of circulation successively on move distance.
The exchange of magnetic field and magnetic field common magnetic field force:
Magnet and magnet the two poles of the earth on the contrary to identical and identical in opposite, by 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, by the heteropole counter-force change over heteropole along power change over again the heteropole counter-force and the like varying cyclically also be heteropole along the counter-force conversion, it is that heteropole power is exchanged that these two kinds of circulations are changed simultaneously.
Magnet and magnet the two poles of the earth on the contrary to identical and identical in opposite, by all utmost point repulsion change over all utmost point suction change over again all utmost point repulsion and the like varying cyclically be the conversion of all utmost point suction and repulsions, by all utmost point suction change over all utmost point repulsion change over again all utmost point suction and the like varying cyclically also be the conversion of all utmost point suction and repulsions, it is that Zhou Jili exchanges that these two kinds of circulations are changed simultaneously;
Driving mechanism 6 and driving mechanism 16 that the driving 6 that Fig. 1 is at least two group magnetic fields with the magnet 2 that rotatablely moves of magnetic field combination, at least two group magnetic kinetic energy mechanisms, the adjacent magnetic kinetic energy of at least two groups mechanism is provided with links to each other, link to each other by axle 14 and the magnet that rotatablely moves on frame 1 to be done rotatablely move synchronously and six groups of synchronous back and forth movement magnets 4 intersect the Magnetomotive device of equidistant back and forth movement of circulating successively.Coordination by magnetic pole allows the common magnetic field heteropole power in magnetic field and magnetic field and Zhou Jili all exchange simultaneously in this device, when this device exchanges simultaneously, allow unhelpful magnetic energy balance in this device, useful magnetic energy is directly changed into the kinetic energy of Magnetomotive device with this device.
Tripping force when the driving wheel 7 of Fig. 1 is rotation.G is a move distance.The 8th, the device of generator.The 17th, white arrow.The 6th, the driving that the magnet that rotatablely moves is provided with, be the continuous driving mechanism of driving that the adjacent magnet that rotatablely moves of magnetic kinetic energy mechanism is provided with simultaneously, gear diameter in the driving mechanism 6 is identical and closely continuous, plays the transfer function of six groups of rotatablely move magnet 2 and six groups of rotatablely move magnet 5 rotation synchronously and power simultaneously.Gear driven mechanism 16 and gear driven mechanism 6 in like manner play the transfer function of six groups of rotatablely move magnet 15 rotation synchronously and power simultaneously.The transfer function of axle 14 synchronous swing pinion driving mechanisms 6, gear driven mechanism 16 and power.Its magnet 2 that rotatablely moves, the magnet 5 that rotatablely moves are the same with specification with the quality of the magnet 15 that rotatablely moves, the quality of back and forth movement magnet 4 is the same with specification, or the quality of magnet is all the same with specification in the magnet 2 that rotatablely moves, the magnet 5 that rotatablely moves, rotatablely move magnet 15 and back and forth movement magnet 4 containers.Back and forth movement magnet 4 is that stressed thing in the back and forth movement of stressed magnetic field is along with back and forth movement is done in magnetic field simultaneously.The 9th, the connecting rod that connects back and forth movement magnet 4 containers makes back and forth movement magnet 4 do back and forth movement synchronously, and the suction and repulsion after stressed Zhou Jili on the synchronous back and forth movement magnet 4 that links to each other changes is concentrated on the power take-off 3.Frame 1 be rotatablely move magnet 2, rotatablely move magnet 5 and rotatablely move magnet 15 in position rotation synchronously and synchronously back and forth movement magnet 4 do not rotate the frame of doing equidistant back and forth movement.
But first magnet 11 of Fig. 2 and Fig. 3 is to know the original position magnet that rotatablely moves, but second magnet 12 is to know the back and forth movement magnet.
But second magnet 12 of Fig. 4 and Fig. 5 is to know the original position magnet that rotatablely moves, but first magnet 11 and the 3rd magnet 13 are to know the back and forth movement magnet.
Fig. 6 and Fig. 1 structural requirement in like manner, be five groups of synchronous back and forth movement magnets circulate successively equidistant back and forth movement on move distance and white arrow explanation heteropole along the schematic diagram of counter-force balance.
Fig. 7 to Figure 15 is that Fig. 6 is the schematic diagram of rotation unit inactive state with 36 degree, be the schematic diagrames of five groups of synchronous back and forth movement magnets 4 of gear driven mechanism 6 rotation 360 moderates of Fig. 6 simultaneously in motion state, also be synchronous back and forth movement magnet 4 circulate successively equidistant back and forth movement on move distance and white arrow explanation heteropole along the schematic diagram of counter-force balance.
The heteropole dynamic balance of the motion state of Figure 16 operation principle and inactive state and Fig. 6 to 15 are in like manner.Different is that five groups of back and forth movement magnets 4 are opposite successively, be simultaneously five groups of synchronous back and forth movement magnets 4 intersect successively the equidistant back and forth movement of circulation on move distance and white arrow 17 explanation heteropoles along the schematic diagram of counter-force balance.
Figure 17 is identical with Figure 16 structural principle, it is the combination that increases by six groups of even numbers of one group of magnetic kinetic energy mechanism on Figure 16 structural principle basis, the 6th group of back and forth movement magnet 4 is opposite with the 5th group of back and forth movement magnet 4 the two poles of the earth, the magnetic pole of the 6th group of rotatablely move magnet 2 and the rotatablely move magnet 5 adjacent with the 5th group of magnetic kinetic energy mechanism respectively differs 30 degree, first group to the 6th group adjacent magnet poles that rotatablely moves of magnetic kinetic energy mechanism differs 30 degree and arrives identically or opposite with the magnetic pole of adjacent back and forth movement magnet successively, removes 6 with 180 degree and equals 30 degree.If increase again magnetic kinetic energy mechanism just as the 6th group and the 5th group in like manner.Figure 17 is six groups of back and forth movement magnets 4 of Fig. 1, the easy structure of six groups of rotatablely move magnet 2 and six groups of magnets 5 that rotatablely move simultaneously, also be six groups of synchronous back and forth movement magnets 4 of Figure 17 intersect successively the equidistant back and forth movement of circulation on move distance and white arrow 17 explanation heteropoles along the schematic diagram of counter-force balance.
Fig. 1 is the combination that increases by one group of magnet 15 that rotatablely moves on Figure 17 structural principle basis, because of being provided with driving 6, the magnet 2 that rotatablely moves increases driving mechanism 16 simultaneously, magnet 15 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles and rotatablely move magnet 2 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles in like manner rotatablely move, six groups of rotatablely move magnet 15 and six groups rotatablely move magnet 2 in like manner, the magnet poles that rotatablely moves as first group has arrived identical or opposite with adjacent back and forth movement magnet poles, second group rotatablely move magnet 2 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 30 and spend on the contrary, rotatablely move simultaneously magnet 5 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 30 spend identical, rotatablely move magnet 15 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 30 and spend on the contrary, the 3rd group rotatablely move magnet 2 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 60 spend identical, rotatablely move simultaneously magnet 5 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 60 and spend on the contrary, rotatablely move magnet 15 magnetic poles and adjacent back and forth movement magnet 4 magnetic poles differ 60 spend identical, the 4th group differs 90 and second groups in like manner, the 5th group differs 120 and the 3rd groups in like manner, and the 6th group differs 150 and second groups in like manner.Therefore the synchronous back and forth movement magnet 4 of every group of magnetic kinetic energy mechanism is done synchronous back and forth movement under the effect of the magnet 2 that rotatablely moves, the magnet 5 that rotatablely moves, rotatablely move magnet 15 and 4 three common magnetic field forces of back and forth movement magnet, and six groups of synchronous back and forth movement magnets 4 also intersect the equidistant back and forth movement of doing of circulation successively on move distance.Can continue to increase the back and forth movement magnet and the magnet that rotatablely moves by the coordination of pole orientation.Being that six groups of synchronous back and forth movement magnets 4 intersect the schematic diagram of circulation equidistant back and forth movement inactive state on move distance successively simultaneously, also is the schematic diagrames of white arrow 17 explanation heteropoles along the counter-force balance.
Figure 18 and Figure 19 are that gear driven mechanism 6 and the gear driven mechanism 16 of Fig. 1 serves as the schematic diagram of rotation unit with 30 degree under axle 14 effects synchronously.Be that six groups of synchronous back and forth movement magnets 4 intersect the circulation motion state of equidistant back and forth movement on move distance and the schematic diagram of inactive state successively simultaneously.Also be the schematic diagrames of white arrow 17 explanation heteropoles along the counter-force balance.
Synchronous back and forth movement magnet equidistant back and forth movement that circulates successively:
Organize in the Magnetomotive device of magnetic field and magnetic field combination at Fig. 6 more, when exchanging in the time of heteropole power and Zhou Jili, arrive identical or opposite with the magnetic pole of adjacent back and forth movement magnet successively because of five groups of magnet 2 the two poles of the earth that rotatablely move of magnetic kinetic energy mechanism differ 36 degree, five groups of rotatablely move magnet 5 and five groups rotatablely move magnet 2 in like manner, and five groups of synchronous back and forth movement magnet 4 the two poles of the earth are identical.In 2 one groups of magnetic kinetic energy mechanisms, the magnet 2 that rotatablely moves is identical with adjacent back and forth movement magnet 4 the two poles of the earth, back and forth movement magnet 4 is opposite with adjacent magnet 5 the two poles of the earth that rotatablely move, and back and forth movement magnet 4 repels each other fully with the adjacent magnet 2 that rotatablely moves and inhales fully mutually with the adjacent magnet 5 that rotatablely moves.So rotate to 36 synchronously when spending in gear driven mechanism 6, at this moment the magnet 2 that rotatablely moves of second group of magnetic kinetic energy mechanism is identical with adjacent back and forth movement magnet 4 the two poles of the earth, back and forth movement magnet 4 is opposite with adjacent magnet 5 the two poles of the earth that rotatablely move, back and forth movement magnet 4 repels each other fully with the adjacent magnet 2 that rotatablely moves and inhales fully mutually with the adjacent magnet 5 that rotatablely moves, as shown in Figure 7, and the like rotate to 180 synchronously when spending when gear driven mechanism 6, the magnet 2 that rotatablely moves is opposite with adjacent back and forth movement magnet 4 the two poles of the earth, back and forth movement magnet 4 is identical with adjacent rotary magnet 5 the two poles of the earth, as shown in figure 11, back and forth movement magnet 4 repels each other fully with the adjacent magnet 5 that rotatablely moves and inhales fully mutually with the adjacent magnet 2 that rotatablely moves, when rotating to 360 synchronously, gear driven mechanism 6 gets back to Fig. 6 when spending again, that is to say that gear driven mechanism 6 is in rotation synchronously, the two poles of the earth that wherein the rotatablely move magnet and the adjacent back and forth movement magnet of one group of magnetic kinetic energy mechanism just arranged in five groups of every rotation 36 degree simultaneously from identical on the contrary with on the contrary to identical, inhale fully mutually and repel each other, the synchronous swing pinion driving mechanism 6 that does not stop, five groups of synchronous back and forth movement magnets 4 equidistant back and forth movement of doing that just on move distance, constantly circulates successively, as Fig. 6 to shown in Figure 15.So gear driven mechanism 6 synchronous Rotate 180 degree produce five groups of synchronous back and forth movement magnets 4 each once toward or return motion, revolve three-sixth turn synchronously and produce five groups of synchronous back and forth movement magnets 4 each back and forth movements.Constantly swing pinion driving mechanism 6 synchronous back and forth movement magnets 4 just do not stop equidistant back and forth movement of doing that circulates successively on move distance synchronously.
Move distance between heteropole power and magnet and the magnet:
Five groups of Fig. 6 rotatablely move in magnet 2 and five groups of magnets 5 rotations synchronously that rotatablely move, five groups of synchronous back and forth movement magnets 4 do not rotate, because of heteropole power is revolving force, so heteropole power all stressed five groups rotatablely move magnet 2 and five groups of magnets 5 that rotatablely move on, simultaneously also stressed on gear driven mechanism 6 by transmitting, five groups of Zhou Jili are stressed respectively on five groups of synchronous back and forth movement magnetic fields 4 simultaneously.Because of five groups of magnets 2 that rotatablely move the same with the quality of five groups of magnet 5 magnets that rotatablely move with specification, the quality of five groups of synchronous back and forth movement magnet 4 magnets is the same with specification, thus be created on the gear driven mechanism 6 heteropole power too.Because of rotating arbitrary magnet the two poles of the earth in one week in two magnets, heteropole has not only changed two extreme directions along power but also has equated with the heteropole counter-force.So Fig. 6 organizes during magnetic field and magnetic field closes more, the move distance between one group of magnet and the magnet and another group magnet are when move distance between the magnet equates, two groups of magnetic fields also equate with the heteropole power in magnetic field.
Balance during heteropole exchanges along power and heteropole counter-force:
In in Fig. 6 heteropole power and Zhou Jili, exchanging.We at first are made as inactive state heteropole power to five groups of synchronous back and forth movement magnets 4.Because of five groups of synchronous back and forth movement magnets 4 of Fig. 6 circulate equidistant motion successively on move distance, the repulsion so second group to the 5th group synchronous back and forth movement magnet 4 is all rotatablely moved simultaneously on the same group after the Zhou Jili conversion of magnet 2 and adjacent back and forth movement magnet 4 is in scolding the direction of motion that.Five groups of synchronous back and forth movement magnet 4 the two poles of the earth of cause are identical, magnet 2 the two poles of the earth that rotatablely move of five groups of magnetic kinetic energy mechanisms differ 36 degree and arrive identical with the magnetic pole of adjacent back and forth movement magnet successively or on the contrary all within 180 degree, rotatablely move magnet 2 and adjacent back and forth movement magnet 4 the two poles of the earth arrived identical, so the two poles of the earth of second group to the 5th group rotatablely move magnet 2 the two poles of the earth and adjacent on the same group back and forth movement magnet 4 are being the heteropole counter-forces in identical on the contrary all; Because of five groups of synchronous back and forth movement magnets 4 of Fig. 6 circulate equidistant motion successively on move distance, the suction so second group to the 5th group synchronous back and forth movement magnet 4 is all rotatablely moved simultaneously on the same group after the Zhou Jili conversion of magnet 5 and adjacent back and forth movement magnet 4 is in the direction of motion that sucks back.Five groups of synchronous back and forth movement magnet 4 the two poles of the earth of cause are identical, magnet 5 the two poles of the earth that rotatablely move of five groups of magnetic kinetic energy mechanisms differ 36 degree and arrive identical with the magnetic pole of adjacent back and forth movement magnet successively or on the contrary all within 180 degree, rotatablely move magnet 5 and adjacent back and forth movement magnet 4 the two poles of the earth have arrived on the contrary, thus the two poles of the earth of second group to the 5th group rotatablely move magnet 5 the two poles of the earth and adjacent on the same group back and forth movement magnet 4 all identical in opposite, be that heteropole is along power.
In sum: the direction of motion of back and forth movement body in structure of Fig. 1 to Figure 19 adularescent arrow 17; The back and forth movement body of adularescent arrow 17 is scolded by arrow back magnet and simultaneously the signal of inhaling mutually with tip the place ahead magnet; Represent magnetic field and magnetic field heteropole counter-force and Zhou Jili conversion back repulsion in the back of white arrow 17, the two poles of the earth of magnet and magnet are by on the contrary in identical simultaneously; Represent magnetic field and magnetic field Zhou Jili conversion back suction and heteropole in the front of white arrow 17 along power, simultaneously the two poles of the earth of magnet and magnet by identical on the contrary.
In Fig. 6, second group the magnet 2 that rotatablely moves is being the heteropole counter-force in identical with adjacent back and forth movement magnet 4 the two poles of the earth on the contrary so, because of the Zhou Jili conversion back repulsion of rotatablely move magnet 2 and adjacent back and forth movement magnet 4 makes the back and forth movement magnet 4 and the magnet 2 that rotatablely moves produce variable in distance, magnet 2 and the adjacent back and forth movement magnet 4 heteropole counter-forces of rotatablely moving from large to small to the two poles of the earth identical for this reason, simultaneously the two poles of the earth of back and forth movement magnet 4 and adjacent reciprocating-rotating movement magnet 5 identical in opposite, be that heteropole is along power, because of making the back and forth movement magnet 4 and the adjacent magnet 5 that rotatablely moves, the Zhou Jili conversion back suction of back and forth movement magnet 4 and the adjacent magnet 5 that rotatablely moves produces variable in distance, back and forth movement magnet 4 with adjacent rotatablely move magnet 5 heteropoles along power change from small to big to the two poles of the earth opposite for this reason, the 3rd group to the 5th group magnetic kinetic energy mechanism and second group of magnetic kinetic energy mechanism are in like manner.
Because of five groups of synchronous back and forth movement magnets 4 of Fig. 6 equidistant back and forth movement of doing that on move distance, circulates successively, in the Magnetomotive device of many like this group magnetic fields and magnetic field combination, move distance and another group magnet are when move distance between the magnet equates between one group of magnet and the magnet, two groups of magnetic fields also equate with magnetic field heteropole power, the magnet 2 that rotatablely moves in second group of magnetic kinetic energy mechanism in back and forth movement magnet 4 and adjacent rotatablely move move distance between magnet 5 magnets and the 5th group of magnetic kinetic energy mechanism equates with move distance between adjacent back and forth movement magnet 4 magnets, so the heteropole of the back and forth movement magnet 4 in second group and the adjacent magnet 5 that rotatablely moves equates with the heteropole counter-force of adjacent back and forth movement magnet 4 along the magnet 2 that rotatablely moves in power and the 5th group of magnetic kinetic energy mechanism, (available white arrow 17 and magnet equate to understand simultaneously with move distance between the magnet) simultaneously the magnet 5 that rotatablely moves in the heteropole counter-force of the back and forth movement magnet 4 in second group and the adjacent magnet 2 that rotatablely moves and the 5th group of magnetic kinetic energy mechanism equate also along power that with the heteropole of adjacent back and forth movement magnet 4 so the heteropole power of second group and the 5th group can be by the 3rd group of gear driven mechanism 6 suitable counter-force balance (meaning of this suitable counter-force balance is positive and negative counteracting), the 4th group and second group, the 5th group in like manner.First group the magnet 2 that rotatablely moves is identical with back and forth movement magnet 4 the two poles of the earth, and back and forth movement magnet 4 and rotary magnet 5 the two poles of the earth are the suitable counter-force balance of heteropole in inactive state on the contrary.
Rotate to 36 synchronously when spending in the gear driven mechanism 6 of Fig. 6, as shown in Figure 7.The back and forth movement magnet 4 of first group of magnetic kinetic energy mechanism is being the heteropole counter-force in identical with adjacent magnet 5 the two poles of the earth that rotatablely move on the contrary, rotatablely move simultaneously magnet 2 and adjacent back and forth movement magnet 4 the two poles of the earth by identical in opposite, be that heteropole is along power, the back and forth movement magnet 4 of the 3rd group of magnetic kinetic energy mechanism with adjacent rotatablely move magnet 5 the two poles of the earth identical in opposite, be that heteropole is along power, magnet 2 and adjacent back and forth movement magnet 4 the two poles of the earth rotatablely move simultaneously by being the heteropole counter-force on the contrary, therefore the heteropole dynamic balance of first group of magnetic kinetic energy mechanism and the 3rd group of magnetic kinetic energy mechanism in identical.Second group, the 5th group of the 4th group, the 5th group heteropole power and Fig. 6 is in like manner, second group with first group of Fig. 6 also in like manner.Gear driven mechanism 6 rotation 36 synchronously at Fig. 6 is spent in the motion state of Fig. 7; as long as revolving force is born rotatablely move magnet 5 and adjacent back and forth movement magnet 4 the two poles of the earth by on the contrary in identical; first group and the 3rd group on move distance crisscross motion in balanced line to preceding heteropole counter-force; Fig. 8 to Figure 15 and Fig. 7 are in like manner; so aprowl; the rotation synchronously of the gear driven mechanism 6 of Fig. 6 to Figure 15 circulates in equidistant back and forth movement process five groups of synchronous back and forth movement magnets 4 successively on move distance; the transmission of heteropole power by gear driven mechanism 6 always have two two groups suitable counter-force successively cyclic balance on gear driven mechanism 6; extremely shown in Figure 15 as Fig. 6; in gear driven mechanism 6 rotation synchronously, as long as driving wheel 7 tripping forces are born the frictional force of machinery and five groups of synchronous back and forth movement magnets 4 wherein heteropole counter-force of one group that circulates successively in the equidistant back and forth movement.Many groups magnetic kinetic energy mechanism combination of odd number too.
Heteropole is along counter-force balance simple illustration method; In Fig. 6 structure gear driving mechanism 6 rotation synchronously, because of the every figure of Fig. 7 to Figure 15 is that Fig. 6 serves as the inactive state of rotation unit with 36 degree, Fig. 7 to Figure 15 is exactly the motion state of Fig. 6 so, in the many groups magnetic field and magnetic field combination because of Fig. 6 to Figure 15, move distance between one group of magnet and the magnet and another group magnet are when move distance between the magnet equates, two groups of magnetic fields also equate with the heteropole power in magnetic field.Move distance between move distance between tip the place ahead magnet and the arrow magnet and another group arrow back magnet and the arrow magnet is when equating between magnet and magnet so, and the suitable counter-force of heteropole is passed through gear driven mechanism 6 balances in device.In gear driven mechanism 6 rotation synchronously, as long as driving wheel 7 tripping forces are born in the frictional force of machinery and five groups wherein one group heteropole counter-force.
Again with six groups of even numbers combination crisscross heteropole power of moving, as shown in figure 17, six groups of magnet the two poles of the earth that rotatablely move differ 30 degree successively with the magnetic pole of adjacent back and forth movement magnet arrive identical or opposite (180 degree remove 6 and equal 30 degree) synchronously back and forth movement magnet 4 also intersect the equidistant back and forth movement of circulation successively on move distance G, with Figure 16 in like manner.Equate to understand simultaneously Figure 17 with white arrow and magnet with move distance between the magnet simultaneously, second group and the 6th group of heteropole dynamic balance, the 3rd group and the 5th group of heteropole dynamic balance, the 4th group rotatablely move magnet 2 and adjacent back and forth movement magnet 4 and back and forth movement magnet 4 equate that with adjacent two move distances that rotatablely move between the magnet 5 heteropole also equates and balance along counter-force, and first group of first group and Fig. 6 in like manner.So in the motion state and inactive state of six groups of magnetic kinetic energy mechanical work principles,, driving wheel 7 tripping forces intersect wherein one group the heteropole counter-force that circulates in the equidistant back and forth movement successively as long as also bearing the frictional force of machinery and six groups of synchronous back and forth movement magnets 4.Many groups magnetic kinetic energy mechanism combination of even number too.
In sum: odd number organizes magnetic kinetic energy mechanism more or even number is organized in the combination of magnetic kinetic energy mechanism more, as long as driving wheel 7 tripping forces are born the frictional force and the X group 1/X heteropole counter-force of machinery.
The heteropole power and the Zhou Jili of Magnetomotive device:
When two magnets are inhaled mutually, change the two poles of the earth and separate the revolving force of two magnets less than the pulling force that directly separates two magnets with spinning solution, this pulling force equals all utmost point suction and adds the earth magnetic field to being drawn the weight power of magnet, heteropole power is less than all utmost point suction or repulsion so, if therefore in Fig. 1 Magnetomotive device tripping force bear less than X group 1/X heteropole counter-force.(frictional force that does not comprise machinery) just can be felt two small magnets to go out revolving force less than suction or repulsion with rotation the two poles of the earth and vertical pulling method with hand.
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 be the common magnetic field force in magnetic field and magnetic field by device, allow unhelpful magnetic energy balance in device, 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 power simultaneously, as frictional force, the generator of bearing machinery wait power to overtake to storage battery charging or illumination, fan heat radiation and automobile.The kinetic energy of Magnetomotive device after driving wheel 7 starts, also separable go out multidirectional power bear the frictional force of machinery, less than the heteropole counter-force of X group 1/X and the needs of various other power.Magnetic kinetic energy is the size of the power quality and the specification of coming the requirement magnet as required; produce 100N (newton) tripping force such as magnetic kinetic energy and start the heteropole counter-force that back separation 20N (newton) from 100N (newton) bears mechanical friction power and organizes 1/X less than X; play the turning effort of Magnetomotive device simultaneously and replace tripping force, also have 80N (newton) to need power used for other.Frictional force is the normal loss in the mechanical movement.
Magnetomotive device:
Zhou Jili and heteropole power all be magnet with magnet the two poles of the earth by opposite to identical and identical to the common magnetic field force that acts on simultaneously on the contrary.Zhou Jili is two kinds of different power with heteropole power, but interacts.The suitable despining of heteropole power is a revolving force, and the suction and repulsion after the Zhou Jili conversion is a push-pull effort.
Referring to Fig. 1, Zhou Jili and heteropole power are in Magnetomotive device exchanges simultaneously, the relative unhelpful heteropole power of this device balance, Zhou Jili separates with heteropole power, simultaneously the Zhou Jili on the synchronous back and forth movement magnet that independently exists in the device is changed back useful suction and repulsion and be directly changed into the kinetic energy of the kinetic energy of magnetic kinetic energy engine device or magnetic kinetic energy generator device or magnetic kinetic energy engine and generator in the kinetic energy of integrated device, driving wheel 7 starts a part of separating the magnetic kinetic energy in the back as the frictional force of machinery in the rotation with less than the heteropole counter-force of X group 1/X, play the turning effort of mechanical device simultaneously and replace tripping force, Here it is Magnetomotive device.
Magnetic kinetic energy generator and magnetic kinetic energy engine:
Present generator is that the continuous rotary pole cutting magnetic induction line of the energy of other form is converted to electric energy, the magnetic kinetic energy generator is the suction and repulsion after the Zhou Jili on the power take-off that synchronous back and forth movement magnet is provided with changes, and the round cutting movement of doing that does not stop in magnetic induction line converts electric energy to.The magnetic kinetic energy engine is that the suction and repulsion after the Zhou Jili on the power take-off that synchronous back and forth movement magnet is provided with changes converts circumference kinetic energy to.
The strengths and weaknesses of Magnetomotive device:
The advantage of Magnetomotive device is that the shortcoming of generator, engine and internal combustion engine does not all have, must electricity The source line connects, and frame for movement is simpler than internal combustion engine, and it is little that heteropole only bears magnetic kinetic energy along anti-two dynamic balances In the heteropole counter-force of X group 1/X, not local indirectly homenergic conversion equipment, but magnetic field and magnetic field Common magnetic field force balance and direct conversion device. Shortcoming be frame for movement than generator and engine complexity, Because of the change of distance suction and repulsion the poor of size arranged in the synchronous back and forth movement of stressed magnet.
Claims (9)
1. Magnetomotive device, it is characterized in that: described frame (1) is provided with at least two group magnetic kinetic energy mechanisms; Described magnetic kinetic energy mechanism is provided with at least two group magnetic fields and magnetic field combination, and described magnetic field and magnetic field make up that to be one be that rotatablely move magnet (2) and one is back and forth movement magnet (4); The described magnet that rotatablely moves (2) is provided with driving (6), and described back and forth movement magnet (4) is provided with power take-off (3).
2. Magnetomotive device according to claim 1 is characterized in that: described power take-off (3) is that magnetic kinetic energy engine device or magnetic kinetic energy generator device (8) or magnetic kinetic energy engine and generator are in the device of one.
3. Magnetomotive device according to claim 1, it is characterized in that: described magnetic kinetic energy mechanism is provided with at least two group magnetic fields and magnetic field combination, by coordinating the pole orientation of at least two group magnetic fields and magnetic field combination, described back and forth movement magnet (4) links to each other by connecting rod (9).
4. Magnetomotive device according to claim 1 is characterized in that: the driving (6) that is provided with on the above the adjacent magnetic kinetic energy described magnet that rotatablely moves of mechanism (2) of described frame (1) is connected to form driving mechanism.
5. Magnetomotive device according to claim 4 is characterized in that: link to each other by axle (14) at the above driving mechanism of described frame (1).
6. Magnetomotive device according to claim 1 is characterized in that: the pole orientation of described back and forth movement magnet (4) is vertical with its back and forth movement direction, and the pole orientation of the described magnet that rotatablely moves (2) is vertical with its back and forth movement direction.
7. Magnetomotive device according to claim 1 is characterized in that: described back and forth movement magnet (4) and the magnet that rotatablely moves (2) are on the same axis.
8. Magnetomotive device according to claim 1, it is characterized in that: the pole orientation of the described magnet that rotatablely moves (2) the fixed angle of a difference mutually between the above adjacent magnetic kinetic energy mechanism of described frame (1), or the pole orientation of described back and forth movement magnet (4) differs certain angle between the adjacent magnetic kinetic energy mechanism.
9. Magnetomotive device according to claim 6 is characterized in that: the angle that the pole orientation between the above the adjacent magnetic kinetic energy mechanism of described frame (1) differs certain is the merchant who is provided with magnetic kinetic energy mechanism group number with 360 degree or 180 degree divided by frame (1).
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| CNA2007101378633A CN101174803A (en) | 2007-06-18 | 2007-07-23 | Magnetomotive device |
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| CN200710035228.4 | 2007-06-28 | ||
| CNA2007101378633A CN101174803A (en) | 2007-06-18 | 2007-07-23 | Magnetomotive device |
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| WO2008154864A1 (en) * | 2007-06-18 | 2008-12-24 | Ru Yao | A magnetic kinetic energy apparatus |
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| WO2008154864A1 (en) * | 2007-06-18 | 2008-12-24 | Ru Yao | A magnetic kinetic energy apparatus |
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