CN102005985A - Single-stage structure induction type magnetic generator - Google Patents
Single-stage structure induction type magnetic generator Download PDFInfo
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- CN102005985A CN102005985A CN2010105561907A CN201010556190A CN102005985A CN 102005985 A CN102005985 A CN 102005985A CN 2010105561907 A CN2010105561907 A CN 2010105561907A CN 201010556190 A CN201010556190 A CN 201010556190A CN 102005985 A CN102005985 A CN 102005985A
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Abstract
The invention relates to as single-stage structure induction type magnetic generator, which mainly comprises induction windings, magnetic bridges, rotor magnets, stator magnets and a motor. The number of the rotor magnets is the same as that of the stator magnets, is four or more than four, and is a multiple of four; S poles and N poles of the rotor magnets are arranged alternately, and double S poles and double N poles of the stator magnets are arranged alternately; or double S poles and double N poles of the stator magnets are arranged alternately, and S poles and N poles of the stator magnets are arranged alternately; magnetic bridges and induction windings are arranged between the S pole and the N pole of adjacent stator magnets and or between the S pole and the N pole of adjacent rotor magnets; and the induction windings are arranged on the magnetic bridges. When the motor drives the rotor to rotate, the rotating rotor magnets generate an alternating magnetic field relative to the stator magnets, a constant magnetic field of the rotor magnets and the stator magnets is changed into a pulsating magnetic field, and the magnetic flux of iron cores of the magnetic bridges is alternately changed, so the induction windings induce electromotive force and generate current.
Description
Technical field
The present invention relates to a kind of energy, electric power system, particularly a kind of single segment structure induction type magnetic energy electric generator.
Technical background
Faraday in 1821 finds that electrified wire can rotate around permanent magnet, has invented magneto.The Hui Sitong of Britain in 1857 replaces permanent magnet with electromagnet, has invented electric excitation mode, has started new era of electro-magnetic motor.But above motor all is the instrument of power conversion.
Prior art: " induction type magnetic energy electric generator ", " a kind of induction type magnetic energy electric generator " of my application, " double-magnetic ring induction type magnetic energy electric generator ", " a kind of staggered inductive coupling formula magnetic-energy generator " etc.Making the rotor magnet of specific topological structure with the method for mechanical rotation is an alternating magnetic fields with respect to magnets of stator, magnets of stator acts on the magnetic force symmetry counteracting of rotor magnet on the one hand, be located between the magnetic pole of rotor magnet on the other hand or the magnetic flux of the magnetic bridge between the magnetic pole of magnets of stator produces alternately and changes, the induction winding that is located on the magnetic bridge is sensed electromotive force and is produced electric current.In the above technology, the electric current that single segment structure produces is a non-sinusoidal current, and that has only the employing dual segment structure could produce sinusoidal current.
The present invention is directed to the deficiencies in the prior art, adopt single segment structure can produce sinusoidal current.
Summary of the invention
The present invention is achieved in that a kind of single segment structure induction type magnetic energy electric generator, mainly comprise stator induction winding (1), stator magnetic bridge (2), rotor induction winding (3), rotor magnetic bridge (4), rotating shaft (5), rotor yoke (6), rotor magnet (7,7.1), magnets of stator (8,8.1), stator yoke (9), casing (10), terminal box (11), motor (12,13,17), end cap (15) and bearing (16), it is characterized in that:
A. rotor magnet is made up of 4 or 4 above S utmost points and N utmost point magnet alternately, and magnets of stator is made up of two S utmost points more than 4 or 4 and two N utmost point magnet alternately; Perhaps, rotor magnet is made up of two S utmost points more than 4 or 4 and two N utmost point magnet alternately, and magnets of stator is made up of 4 or 4 above S utmost points and N utmost point magnet alternately; The quantity of rotor magnet is identical with the quantity of magnets of stator, all is 4 multiple;
Be provided with magnetic bridge and induction winding between the S utmost point of b. adjacent magnets of stator and the N utmost point and/or between the S utmost point of adjacent rotors magnet and the N utmost point, the induction winding is located on the magnetic bridge;
C. rotor magnet is fixed on the rotor yoke, and perhaps, rotor magnet is fixed on the rotor yoke by the rotor magnetic bridge, and rotor yoke is fixed in the rotating shaft; Magnets of stator is fixed on the stator yoke, and perhaps, magnets of stator is fixed on the stator yoke by magnetic bridge, and perhaps, magnets of stator directly is fixed on the casing; Terminal box is located on casing or the end cap; Rotating shaft is positioned end cap by bearing; Motor connects with the input of rotating shaft, and perhaps, the power transmission shaft and the rotating shaft of motor are coaxial.
Operation principle: during the motor drives rotor rotation, the rotor magnet that rotates is an alternating magnetic fields with respect to magnets of stator, the magnetic pole of magnets of stator is alternately inhaled mutually with the magnetic pole of rotor magnet and is repelled each other, the magnetic flux generation alternate of rotor magnet and magnets of stator, the stationary magnetic field of rotor magnet and magnets of stator becomes impulsive magnetic field, on the one hand, magnets of stator acts on the magnetic force symmetry of rotor magnet and offsets, on the other hand, the magnetic flux that is located at the magnetic bridge between S magnetic pole and the N magnetic pole alternately changes, and the induction winding is sensed electromotive force and produced electric current.Because the pole arrangement direction of rotor magnet and magnets of stator adopts specific topological structure, during rotor rotation, the magnetic that magnets of stator and stator magnetic bridge form is always alternately inhaled mutually the utmost point with the magnetic that rotor magnet and rotor magnetic bridge form the utmost point and is repelled each other, and the waveform that therefore is located at the electric current that two sections magnetic bridge induced electromotive forces between the magnet produce is for sinusoidal wave or near sinusoidal wave.
The rotor magnet S utmost point and the N utmost point alternately, then the two S utmost points of magnets of stator and two N utmost points are alternately; The two S utmost points of rotor magnet and two N utmost points alternately, then the magnets of stator S utmost point and the N utmost point are alternately.Because the quantity of magnets of stator is identical with the quantity of rotor magnet, no matter which angle rotor forwards to, and suction and repulsion that magnets of stator acts on rotor magnet are to offset symmetrically, in theory the suction that is subjected to of rotor magnet and repulsion to make a concerted effort be zero.So required just friction that overcomes of rotor rotation.But in fact the magnetic flux of each magnetic pole of stator magnetic ring and rotor magnetic ring is difficult to accomplish in full accord, so rotor still can be subjected to a small amount of from the suction that can not cancel out each other of rotor magnetic ring and stator magnetic ring and the influence of repulsion.
In general, the required resistance that overcomes of rotor rotation is very little, and the energy that magnetic bridge winding induced electromotive force is exported is far longer than the energy of the required consumption of rotor rotation, thereby realizes the amplification of energy.
Rotor magnet is made up of the magnet more than 4 or 4, as 4,8,12 or the like.The quantity of magnets of stator is identical with the quantity of rotor magnet, as 4,8,12 or the like.
When the magnets of stator S utmost point and the N utmost point alternately the time, the two S utmost points of rotor magnet and two N utmost points are alternately.With the magnets of stator be made up of 8 magnet with by the rotor magnet that 8 magnet are formed is example, the arrangement mode of magnets of stator (facing to the magnetic pole of casing) is S-N-S-N-S-N-S-N, and then the arrangement mode of rotor magnet (facing to the magnetic pole of rotating shaft) is S-S-N-N-S-S-N-N.When the two S utmost points of magnets of stator with two N utmost points alternately the time, the rotor magnet S utmost point and the N utmost point are alternately, with the magnets of stator be made up of 4 magnet with by the rotor magnet that 4 magnet are formed is example, and then the arrangement mode of magnets of stator is S-S-N-N, and the arrangement mode of rotor magnet is S-N-S-N.
Described magnet is permanent magnet or electromagnet.The pole orientation of magnet is for radially tangential or axial.
Electromagnet is made up of iron core and excitation winding, and iron core is made with soft iron material, is generally formed by silicon steel plate stacking, and excitation winding is winding-type winding or mouse-cage type winding.Each excitation winding of magnet ring can be used the method wiring of serial or parallel connection.
Electromagnet has preestablished the direction of magnetic pole, and the power supply that inserts the electromagnet winding all is a direct current, and the magnetic field that electromagnet produces is the stationary magnetic field.As the excitation winding of common generator did not need to consume too many electric energy, the electric energy that electromagnet need consume also and few.
Permanent magnet can magnetize earlier and reinstall on casing or stator yoke or the rotor yoke, also can in advance magnet steel be fixed on casing or stator yoke or the rotor yoke and magnetize with special anchor clamps.Its magnetization method is identical with the magnetization method of magneto.
The stator magnetic bridge is as the main flux path of magnets of stator, and the stator magnet crane span structure is located at adjacent magnets of stator facing between the S magnetic pole and N magnetic pole of casing, and the nose of stator magnetic bridge is connected with the N utmost point with the S utmost point of magnets of stator facing to casing respectively.When the two S utmost points of magnets of stator with two N utmost points alternately the time, the quantity of stator magnetic bridge is half of quantity of magnets of stator, there are 8 as magnets of stator, then the stator magnetic bridge has 4, one end of stator magnetic bridge is connected with the S utmost point of a magnets of stator facing to casing, and the N utmost point that the magnets of stator that the other end of stator magnetic bridge is adjacent with another faces toward casing is connected.When the stator magnetic bridge S utmost point and the N utmost point alternately the time, the quantity of stator magnetic bridge is half of magnets of stator quantity, and perhaps, the quantity of stator magnetic bridge is identical with the quantity of magnets of stator, perhaps, the stator magnetic bridge is made an integral body.When the stator magnetic bridge is one when whole, the quantity of the nose of stator magnetic bridge is identical with the quantity of magnets of stator, the quantity that is located at the stator induction winding on the stator magnetic bridge is identical with the quantity of magnets of stator, when the stator magnetic bridge was separate independently individual, the quantity of stator induction winding was identical with the quantity of stator magnetic bridge.
The rotor magnetic bridge is as the main flux path of rotor magnet, and the rotor magnetic bridge is erected at adjacent rotors magnet facing between the S magnetic pole and N magnetic pole of rotating shaft, and the nose of rotor magnetic bridge is connected with the N utmost point with the S utmost point of rotor magnet facing to rotating shaft respectively.When the two S utmost points of rotor magnet with two N utmost points alternately the time, the quantity of rotor magnetic bridge is half of quantity of rotor magnet, there are 8 as rotor magnet, then the rotor magnetic bridge has 4, one end of rotor magnetic bridge is connected with the S utmost point of a rotor magnet facing to casing, and the other end of rotor magnetic bridge is connected with the N utmost point of another adjacent rotors magnet facing to rotating shaft.When the rotor magnetic bridge S utmost point and the N utmost point alternately the time, the quantity of rotor magnetic bridge is half of rotor magnet quantity, and perhaps, the quantity of rotor magnetic bridge is identical with the quantity of rotor magnet, perhaps, the rotor magnetic bridge is made an integral body.When the rotor magnetic bridge is one when whole, the quantity of the nose of rotor magnetic bridge is identical with the quantity of rotor magnet, the quantity that is located at the rotor induction winding on the rotor magnetic bridge is identical with the quantity of rotor magnet, when the rotor magnetic bridge was separate independently individual, the quantity of rotor induction winding was identical with the quantity of rotor magnetic bridge.
The induction winding that is located on the magnetic bridge is the winding-type winding.
Magnetic bridge is made with soft iron material, generally forms with silicon steel plate stacking.Casing is made with non-magnet material or permeability magnetic material, and when casing during as main magnetic circuit a part of, casing is made with soft iron material.Rotor yoke and stator yoke are made with the non-magnetic material.
Because the magnetic bridge that is erected between the electromagnet S utmost point and the N utmost point is also made with soft iron material, therefore the nose of magnetic bridge can be used as the iron core of electromagnet, the iron core consubstantiality of the nose of magnetic bridge and electromagnet is established excitation winding on the nose of magnetic bridge, the nose of magnetic bridge also is the part of electromagnet.
The same with common motor, electromagnet inserts direct current and induction winding output current needs the terminal box wiring, if the power supply of electromagnet is not a direct current, then needs to convert direct current to rectifier diode or controlled unidirectional silicon and inserts electromagnet again.The electric current that is located at the induction winding generation on the rotor magnetic bridge can be sent to terminal box by collector ring and brush, and the electric current that is located at the induction winding generation on the stator magnetic bridge can directly be sent to terminal box by lead.The generator outwards electric current of output is direct current or alternating current.
Motor (11,12) is arranged in the casing, and with shared rotating shaft of the main part of motor and casing, perhaps, motor (17) is arranged on outside the casing, connects with the input of rotating shaft.The power supply of motor is provided by storage battery (18) or external power source, and motor is connected with storage battery or external power source, perhaps, manpower starting bar (19) is set in rotating shaft, and the power delivery that produces behind the electric motor starting is given motor.If the electric current that rotor induction winding produces can directly be supplied to motor after by rectifier rectification, then need not to establish in addition special collector ring and brush.
The same with common motor, the electromagnet of induction type magnetic energy electric generator and induction winding can produce heat energy in the process of work, need add fan or Control device of liquid cooling, perhaps, establish fin on casing.
Magnetic-energy generator is that single segment structure induction type permanent magnetism can generator or single segment structure induction type electromagnetic energy generator or single segment structure induction type composite excitation magnetic-energy generator or the multistage magnetic-energy generator of single segment structure induction type.The magnets of stator and the rotor magnet of single segment structure induction type permanent magnetism energy generator are permanent magnets; The magnets of stator and the rotor magnet of single segment structure induction type electromagnetic energy generator are electromagnet; Magnets of stator in the single segment structure induction type composite excitation magnetic-energy generator is that permanent magnet, rotor magnet are electromagnet, perhaps, magnets of stator is that electromagnet, rotor magnet are permanent magnet, perhaps, existing electromagnet has not only in permanent magnet, the rotor magnet existing electromagnet but also permanent magnet is arranged in the magnets of stator, and perhaps, stator magnet is that existing electromagnet has permanent magnet again in electromagnet, the rotor magnet, perhaps, stator magnet is that existing electromagnet has permanent magnet again in permanent magnet, the rotor magnet; The magnets of stator of the multistage magnetic-energy generator of single segment structure induction type has more than 2 sections or 2 sections, and rotor magnet has more than 2 sections or 2 sections, and magnets of stator is permanent magnet and/or electromagnet, and rotor magnet is permanent magnet and/or electromagnet.
Description of drawings
Fig. 1, Fig. 2 are the first embodiment of the invention structural representation.
Fig. 3, Fig. 4 are the second embodiment of the invention structural representation.
Fig. 5, Fig. 6 are the third embodiment of the invention structural representation.
Embodiment
Below in conjunction with drawings and Examples the present invention is further described.
First embodiment
Referring to Fig. 1 motor cross-sectional structure schematic diagram, Fig. 2 motor overall structure axial plane schematic diagram, a kind of single segment structure induction type permanent magnetism energy generator, mainly comprise stator induction winding (1), stator magnetic bridge (2), rotor induction winding (3), rotor magnetic bridge (4), rotating shaft (5), rotor yoke (6), rotor permanent magnet (7), stator permanent magnet (8), stator yoke (9), casing (10), terminal box (11), motor stator (12), motor rotor (13), fan (14), end cap (15) and bearing (16), it is characterized in that: rotor permanent magnet is made up of 4 S utmost points and N utmost point magnet steel alternately, its permutation and combination method facing to the magnetic pole of rotating shaft is S-N-S-N, stator permanent magnet is made up of 4 two S utmost points and two N utmost point magnet steel alternately, and its permutation and combination method facing to the magnetic pole of casing is S-S-N-N; The stator magnetic bridge has two, is erected at adjacent stator permanent magnet facing between the S utmost point and the N utmost point of casing, and two stator magnetic bridges are respectively equipped with a stator induction winding; The rotor magnetic bridge is made an integral body, is connected with the magnetic pole of 4 rotor permanent magnet facing to rotating shaft, and the rotor magnetic bridge is provided with 4 rotor induction windings; Rotor permanent magnet and rotor magnetic bridge are fixed on the rotor yoke, and rotor yoke is fixed in the rotating shaft; Terminal box is located on the casing; Rotating shaft is positioned end cap by bearing; Fan is located in the rotating shaft; Stator permanent magnet is fixed on the stator yoke by magnetic bridge; The power transmission shaft and the rotating shaft of motor are coaxial, and motor rotor is located in the rotating shaft, and motor stator is located on the casing.
During the motor drives rotor rotation, the rotor magnet that rotates is an alternating magnetic fields with respect to magnets of stator, the magnetic pole of magnets of stator is alternately inhaled mutually with the magnetic pole of rotor magnet and is repelled each other, the magnetic flux generation alternate of rotor magnet and magnets of stator, the stationary magnetic field of rotor magnet and magnets of stator becomes impulsive magnetic field, magnetic flux through rotor magnetic bridge and stator magnetic bridge alternately changes, and the induction winding that is located on stator magnetic bridge and the rotor magnetic bridge is sensed electromotive force and produced electric current.The current segment that the induction winding produces is supplied with motor, and part is outwards exported by terminal box.
Second embodiment
Referring to Fig. 3 motor cross-sectional structure schematic diagram, Fig. 4 motor overall structure axial plane schematic diagram, a kind of single segment structure induction type electromagnetic energy generator, mainly comprise stator induction winding (1), stator magnetic bridge (2), rotating shaft (5), rotor yoke (6), rotor electromagnet (7.1), stator electromagnet (8.1), stator yoke (9), casing (10), terminal box (11), fan (14), end cap (15), bearing (16), motor (17) and storage battery (18), it is characterized in that; The rotor electromagnet is made up of 8 S utmost points and N utmost point electromagnet alternately, its permutation and combination method facing to the magnetic pole of rotating shaft is set at S-N-S-N-S-N-S-N, stator electromagnet is made up of 8 S utmost points and N utmost point magnet alternately, and its permutation and combination method facing to the magnetic pole of casing is set at S-S-N-N-S-S-N-N; The access current of electromagnet is a direct current, and the magnetic field that electromagnet produces is the stationary magnetic field; The stator magnetic bridge has 4, and the two ends of stator magnetic bridge are provided with excitation winding, and the two ends of stator magnetic bridge also are the parts of stator electromagnet; The waist of 4 stator magnetic bridges is respectively equipped with a stator induction winding; Do not establish rotor magnetic bridge and induction winding on the rotor; The rotor electromagnet is made up of rotor core and rotor-exciting winding, and rotor core is fixed on the rotor yoke, and rotor yoke is fixed in the rotating shaft; Terminal box is located on the casing; The stator magnetic bridge is fixed on the stator yoke; Fan is located in the rotating shaft; Rotating shaft is positioned end cap by bearing; Rotating shaft extends to the outer input of casing and connects with motor; The power supply of motor start-up is supplied with by storage battery, and the part electric current that produces behind the electric motor starting is carried the telegram in reply motivation, to keep the lasting cycle operation of machine.All the other do not state part with first embodiment, no longer repeat.
The 3rd embodiment
Referring to Fig. 5 motor cross-sectional structure schematic diagram, Fig. 6 motor overall structure axial plane schematic diagram, a kind of single segment structure induction type electromagnetic energy generator mainly comprises stator induction winding (1), stator magnetic bridge (2), rotor induction winding (3), rotor magnetic bridge (4), rotating shaft (5), rotor yoke (6), rotor electromagnet (7.1), stator electromagnet (8.1), stator yoke (9), casing (10), terminal box (11), motor stator (12), motor rotor (13), fan (14), end cap (15) and bearing (16).Stator and rotor all are provided with magnetic bridge and induction winding, and the stator magnetic bridge has 4, and the two ends of stator magnetic bridge also are the parts of stator electromagnet, and the rotor magnetic bridge is made an integral body, 8 parts that nose also is 8 rotor electromagnet of rotor magnetic bridge.Rotating shaft extends to the outer end of end cap and is provided with artificial assistant starting bar, when motor does not have the power supply of startup, starts magnetic-energy generator with manpower, and the power delivery that magnetic-energy generator produces is given motor, realizes the lasting cycle operation of machine.All the other do not state part with first and second embodiment, no longer repeat.
Claims (10)
1. single segment structure induction type magnetic energy electric generator, mainly comprise stator induction winding (1), stator magnetic bridge (2), rotor induction winding (3), rotor magnetic bridge (4), rotating shaft (5), rotor yoke (6), rotor magnet (7,7.1), magnets of stator (8,8.1), stator yoke (9), casing (10), terminal box (11), motor (12,13,17), end cap (15) and bearing (16), it is characterized in that:
A. rotor magnet is made up of 4 or 4 above S utmost points and N utmost point magnet alternately, and magnets of stator is made up of two S utmost points more than 4 or 4 and two N utmost point magnet alternately; Perhaps, rotor magnet is made up of two S utmost points more than 4 or 4 and two N utmost point magnet alternately, and magnets of stator is made up of 4 or 4 above S utmost points and N utmost point magnet alternately; The quantity of rotor magnet is identical with the quantity of magnets of stator, all is 4 multiple;
Be provided with magnetic bridge and induction winding between the S utmost point of b. adjacent magnets of stator and the N utmost point and/or between the S utmost point of adjacent rotors magnet and the N utmost point, the induction winding is located on the magnetic bridge;
C. rotor magnet is fixed on the rotor yoke, and perhaps, rotor magnet is fixed on the rotor yoke by the rotor magnetic bridge, and rotor yoke is fixed in the rotating shaft; Magnets of stator is fixed on the stator yoke, and perhaps, magnets of stator is fixed on the stator yoke by magnetic bridge, and perhaps, magnets of stator directly is fixed on the casing; Terminal box is located on casing or the end cap; Rotating shaft is positioned end cap by bearing; Motor connects with the input of rotating shaft, and perhaps, the power transmission shaft and the rotating shaft of motor are coaxial.
2. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 1, it is characterized in that described rotor magnet and magnets of stator are permanent magnet or electromagnet.
3. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 2, the pole orientation that it is characterized in that rotor magnet and magnets of stator is for radially tangential or axial.
4. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 2, it is characterized in that electromagnet has preestablished the direction of magnetic pole, the power supply that inserts electromagnet excitation winding is a direct current, and the magnetic field that electromagnet produces is the stationary magnetic field.
5. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 1, it is characterized in that the stator magnet crane span structure is located at adjacent magnets of stator facing between the S magnetic pole and N magnetic pole of casing, the nose of stator magnetic bridge is connected with the N utmost point with the S utmost point of magnets of stator facing to casing respectively; The rotor magnetic bridge is erected at adjacent rotors magnet facing between the S magnetic pole and N magnetic pole of rotating shaft, and the nose of magnetic bridge is connected with the N utmost point with the S utmost point of rotor magnet facing to rotating shaft respectively.
6. according to claim 2 or 5 described a kind of single segment structure induction type magnetic energy electric generators, it is characterized in that the nose of magnetic bridge is provided with excitation winding, the iron core consubstantiality of the nose of magnetic bridge and electromagnet.
7. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 1, it is characterized in that motor is arranged in the casing, with shared rotating shaft of the main part of generator and casing, perhaps, motor is arranged on outside the casing, connects with the input of rotating shaft; Motor is connected with storage battery (18) or external power source.
8. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 1, it is characterized in that rotating shaft is provided with manpower starting bar (19).
9. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 1, it is characterized in that generator is provided with rectifier diode or controlled unidirectional silicon.
10. according to the described a kind of single segment structure induction type magnetic energy electric generator of claim 1, it is characterized in that generator is provided with fan or fin or Control device of liquid cooling.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105561907A CN102005985A (en) | 2010-11-22 | 2010-11-22 | Single-stage structure induction type magnetic generator |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010105561907A CN102005985A (en) | 2010-11-22 | 2010-11-22 | Single-stage structure induction type magnetic generator |
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| CN102005985A true CN102005985A (en) | 2011-04-06 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108233653A (en) * | 2018-02-08 | 2018-06-29 | 广东叠加能源科技有限责任公司 | The micro- source electricity generation system of magnetic energy quantum superposition vector |
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2010
- 2010-11-22 CN CN2010105561907A patent/CN102005985A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108233653A (en) * | 2018-02-08 | 2018-06-29 | 广东叠加能源科技有限责任公司 | The micro- source electricity generation system of magnetic energy quantum superposition vector |
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Application publication date: 20110406 |