Electricity: motive power systems – Induction motor systems
Patent
1992-08-17
1994-09-27
Ip, Paul
Electricity: motive power systems
Induction motor systems
318138, 318254, 310186, 310187, H02K 4720, H02K 4700, H02K 5700
Patent
active
053509919
DESCRIPTION:
BRIEF SUMMARY
FIELD OF THE INVENTION
The present invention relates to a rotator for generating mechanical and electric power, in which the mechanical revolving force is generated by using the electric energy and also converted into the electric energy again. And more particularly, the present invention relates to a rotator, in which the mechanical energy can be obtained by taking advantage of the attractive and repulsive force of magnetic flux after the electric energy is converted into the magnetic energy. In other words, the revolving force is obtained from the magnetic circuit of a rotator for generating mechanical and electric power and a magnetic induction method in which the magnetic flux of a revolving field magnet is induced to armatures by the mechanical energy and converted into the electric energy by crossing the magnetic flux of coils wound around the armatures.
DESCRIPTION OF THE ART
As a conventional rotator, there are motors for generating the revolving force by receiving the electric energy, electric generators for generating the electric energy by receiving the mechanical energy, motor dynamos connected mechanically to the motor and the electric generator, and dynamotors comprising input wound coil of an armature applied for the motor and output wound coils applied for the electric generator.
The magnetic circuit of the rotator according to the present invention is different from that of the motor or the electric generator in the view point that magnetic pole sides generate simultaneously the mechanical power and the electric power by receiving the external electric energy.
Also, the magnetic circuit of the present invention is different from that of the motor dynamo in the view point that the apparatus for generating the mechanical and the electric power comprises one magnetic circuit. Moreover, the magnetic circuit of the present invention is different from that of the dynamotor in the view point that armatures for a mechanical power generator and an electric power generator are, made at the magnetic pole sides respectively.
Thus, the magnetic circuit of the rotator in the present invention has different characteristics from that of the conventional rotator in the view point of its faculty and structure.
The magnetic circuit of the present invention can reduce extremely the consumption of the electric power since the mechanical and the electric power are generated simultaneously and the generated electric power in the armatures can be restored to the electric power for the rotator.
SUMMARY OF THE INVENTION
It is an object of the present invention to provide a magnetic circuit of a rotator which can obtain the mechanical revolving force by the external electric power and the electric energy by inducing the magnetic flux to the armatures using the mechanical energy again.
Another object of the present invention is to provide a magnetic induction method which converts the mechanical energy into the electric energy by inducing the magnetic flux to the rotator for generating the mechanical and the electric power.
According to the present invention, there is provided a magnetic circuit of a rotator for generating the electric power and the mechanical power, comprising: a revolving field magnet for rotating by the attractive and repulsive forces of a magnetic field; means for generating the mechanical power to apply a rotating magnetic field to said revolving field magnet, including one or more armatures wound with coils and a plurality of conductors of slot-type at the magnetic poles thereof for generating the mechanical power; means for generating the electric power formed by conductors, including one or more armatures for generating the electric power to receive a magnetic flux generated when said revolving field magnet rotates and coils wound around said armatures for generating the electric power; magnetic flux induction means including one or more induction electromagnets for control the flow of a magnetic flux according to the position of said revolving field magnet and a circulation conduction
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