Claims(20)
I claim:
1. A generator having a resistive coil wherein said generator is capable of exhibiting acceleration under load.
2. A generator coil according to claim 1 comprising sufficient inductance, impedance and self-induced capacitance when operated at a sufficient frequency to, in the regions prior to TDC, disallow current to flow in the coil and store energy externally around the coil in the electromagnetic field as an inductor, but will force the coil to store useful energy internally in the electrostatic field capacitively until substantially the moment of TDC wherein this maximum internally-stored energy is released as a magnetic field of identical polarity to the receding rotor magnetic field with substantially its full instantaneous force being exerted upon the magnet pole.
3. The coil of claim 2 further comprising at least one wire winding of relatively reduced gauge selected to increase said sufficient inductance, impedance and self-induced capacitance and wherein the coil turns ratio is increased substantially in proportion to the decrease in wire gauge
4. The coil of claim 3 wherein the inductance of the coil is increased by an amount effective to modify the magnetic force between the coil and stator magnet by at least 1%
5. The coil of claim 2 wherein said disallowing of current to flow is achieved by employing bi-filar coils and while substantially maintaining the prior art DC coil resistance, wire gauge and turns ratio
6. The coil of claim 4 wherein said inductance of the coil forms a tuned circuit with the capacitance of the coil causing it to become self-resonant.
7. The coil of claim 2 wherein said stored electrostatic energy is released to be exerted upon the stator magnet pole at substantially the 45 degree mark
8. The coil of claim 5 further comprising different modes of operation which can be employed at any time and in combination with a plurality of coils via electronic or manual switching of different coil configurations.
number {9} nine= Coil modes of operation
Parallel wound, parallel connected bi-filar wound motor coil.
ii. Parallel wound, series connected bi-filar wound motor coil.
iii. Parallel wound, parallel connected bi-filar wound conventional (system decelerating) coil.
iv. Parallel wound, series connected bi-filar wound ReGen-X (system accelerating) coil.
v. High Impedance ReGen-X coil.
I claim:
1. A generator having a resistive coil wherein said generator is capable of exhibiting acceleration under load.
2. A generator coil according to claim 1 comprising sufficient inductance, impedance and self-induced capacitance when operated at a sufficient frequency to, in the regions prior to TDC, disallow current to flow in the coil and store energy externally around the coil in the electromagnetic field as an inductor, but will force the coil to store useful energy internally in the electrostatic field capacitively until substantially the moment of TDC wherein this maximum internally-stored energy is released as a magnetic field of identical polarity to the receding rotor magnetic field with substantially its full instantaneous force being exerted upon the magnet pole.
3. The coil of claim 2 further comprising at least one wire winding of relatively reduced gauge selected to increase said sufficient inductance, impedance and self-induced capacitance and wherein the coil turns ratio is increased substantially in proportion to the decrease in wire gauge
4. The coil of claim 3 wherein the inductance of the coil is increased by an amount effective to modify the magnetic force between the coil and stator magnet by at least 1%
5. The coil of claim 2 wherein said disallowing of current to flow is achieved by employing bi-filar coils and while substantially maintaining the prior art DC coil resistance, wire gauge and turns ratio
6. The coil of claim 4 wherein said inductance of the coil forms a tuned circuit with the capacitance of the coil causing it to become self-resonant.
7. The coil of claim 2 wherein said stored electrostatic energy is released to be exerted upon the stator magnet pole at substantially the 45 degree mark
8. The coil of claim 5 further comprising different modes of operation which can be employed at any time and in combination with a plurality of coils via electronic or manual switching of different coil configurations.
number {9} nine= Coil modes of operation
Parallel wound, parallel connected bi-filar wound motor coil.
ii. Parallel wound, series connected bi-filar wound motor coil.
iii. Parallel wound, parallel connected bi-filar wound conventional (system decelerating) coil.
iv. Parallel wound, series connected bi-filar wound ReGen-X (system accelerating) coil.
v. High Impedance ReGen-X coil.
Comment