Invention Claims Revised Jan 1, 2001
The Rotary Transformer is in essence a modified version of the well-known A.C. power transformer. The conventional transformer of the past contained a Primary and Secondary coil windings on a magnetic core material. The transformer served to convert power from one voltage/current to another ratio. The Source is usually A.C. electrical power of sinewave appearance and is applied to one of the coils usually considered the Primary. The converted output is taken from the other coil usually considered the Secondary. The input/output is always electrical. There is normally no relative motion between the parts in terms of magnetic flux cutting like in a generator/alternator. In all cases, the output/input power ratio can never exceed 100%.
The Rotary Transformer departs from the above description of the conventional transformer in several claims:
1. The device consists of an electromechanical design.
2. The Source is a non-electromagnetic rotating magnetic field (time variant) of sinewave appearance. The prefered arrangement is a mechanical flywheel with a system of alternating polarity magnets. Either electromagnet or permanent magnets could be used. For simplicity, permanent magnets are preferred.
3. The Primary consists of a magnetic core material and is not itself composed of coil winding. The Secondary consists of a coil winding as the conventional case.
4. The Rotary Transformer uses any EVEN number of flywheel magnets, provided there are an EQUAL number or EVEN RATIO of Primary magnetic cores. Example: 4 magnets-8 cores or 8 magnets-4 cores or 4 magnets-4 cores.
5. It is understood that the Rotary Transformer is a system of multiple Primaries and Secondaries with a rotating Source composed of a flywheel with multiple magnets. A small starter motor is coupled to the flywheel to provide initial rotation of the flywheel. A Switcher circuit is used to alternate free power output and Shielding action intervals.
6. A device capable of providing excess power in electrical or mechanical forms or both.
7. A device not necessarily needing to close the loop externally for self-operation. The loop can be closed internally to the system while providing useable output power.
8. A device using a magnetic catalyst as both a Source to polarize the Primary cores and to extract magnetic field energy of a subatomic level as a consequence of Attraction of the Source flywheel magnets to the Primary cores.
9. A device where magnetic shielding action is used to prevent a lock-up point as the flywheel magnets try to leave the lock-up point thru the principle of destructive field supposition between the Primary core Attraction interval polarity and the Secondary coil reversed polarity when the Switcher closes the coils upon their selves and bypasses the output load.
10. A device whose Secondary Output is alternately connected to an External Load or closed to an Internal Impedance every 90 degrees.
11. A device whose flywheel magnets produce free energy as they are Attracted to the ferrous cores, while the Exiting flywheel magnets are Simultaneously Repelled by the SAME ferrous cores. That is to say the Exciter Source magnets polarize the cores causing Attraction of the flywheel magnets to the cores and Repulsion relative to the exiting flywheel magnets: a case of ferrous core acting as both an Attractive and Repelling force simultaneously relative to the flywheel magnets entering or exiting the core area.
The Rotary Transformer departs from the above description of the conventional transformer in several claims:
1. The device consists of an electromechanical design.
2. The Source is a non-electromagnetic rotating magnetic field (time variant) of sinewave appearance. The prefered arrangement is a mechanical flywheel with a system of alternating polarity magnets. Either electromagnet or permanent magnets could be used. For simplicity, permanent magnets are preferred.
3. The Primary consists of a magnetic core material and is not itself composed of coil winding. The Secondary consists of a coil winding as the conventional case.
4. The Rotary Transformer uses any EVEN number of flywheel magnets, provided there are an EQUAL number or EVEN RATIO of Primary magnetic cores. Example: 4 magnets-8 cores or 8 magnets-4 cores or 4 magnets-4 cores.
5. It is understood that the Rotary Transformer is a system of multiple Primaries and Secondaries with a rotating Source composed of a flywheel with multiple magnets. A small starter motor is coupled to the flywheel to provide initial rotation of the flywheel. A Switcher circuit is used to alternate free power output and Shielding action intervals.
6. A device capable of providing excess power in electrical or mechanical forms or both.
7. A device not necessarily needing to close the loop externally for self-operation. The loop can be closed internally to the system while providing useable output power.
8. A device using a magnetic catalyst as both a Source to polarize the Primary cores and to extract magnetic field energy of a subatomic level as a consequence of Attraction of the Source flywheel magnets to the Primary cores.
9. A device where magnetic shielding action is used to prevent a lock-up point as the flywheel magnets try to leave the lock-up point thru the principle of destructive field supposition between the Primary core Attraction interval polarity and the Secondary coil reversed polarity when the Switcher closes the coils upon their selves and bypasses the output load.
10. A device whose Secondary Output is alternately connected to an External Load or closed to an Internal Impedance every 90 degrees.
11. A device whose flywheel magnets produce free energy as they are Attracted to the ferrous cores, while the Exiting flywheel magnets are Simultaneously Repelled by the SAME ferrous cores. That is to say the Exciter Source magnets polarize the cores causing Attraction of the flywheel magnets to the cores and Repulsion relative to the exiting flywheel magnets: a case of ferrous core acting as both an Attractive and Repelling force simultaneously relative to the flywheel magnets entering or exiting the core area.
