Mechanical Magnetic Torque Amplifier

[Allen Burgess]

mach speed

these rotors can break the sound barrier;

[Allen Burgess]

piezo wheel positioners can squeeze them for higher rotation velocity.

[Allen Burgess]

back to back phone coils

2 opposed phone coils, nestled neatly inside the tube housing, can counter rotate or conjoin their spin.

Wiring the coils together, polarity reversed, would result in a reciprocator controlled by the 2 spot current reversing H bridge. Bemf recovery grows available. The spring pressure switch helps absorb vibration. 1/4 a vtol quadrotor.

once this cyclocopter goes up, with the storage capacitor battery and recovery diode, it may never have to come down.

[Allen Burgess]

sprig loaded switch.

shock absorber;

[Allen Burgess]

Gotoluc constructs his version of Kundel's reverse halved sawed rings from rectangular block magnets positioned inside a steel ring:

[Allen Burgess]

circumferential magnetization of an arc segment; a plastic collar can secure 8 arc segments around the ceramic bearing.

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changing pm polarity

This video speaks for itself; this motor can run from one limit switch because the solenoid magnets are in spring attraction:

https://www.youtube.com/watch?v=3wG8ORZIkOc

[Allen Burgess]

Magneticmotofun's magnet ring and core plunger produces the same gate kick as the kundle motor. The reguaging magnet output in the solenoid coil would return the input and allow this design to run free of charge.

Wiring the SPDT switch behind the solenoid would allow the PM's to oscillate in Adam's resonance and power the diametric rotor in a wash tub drain motor from the side to generate A.C. current.

This solenoid is a "Neutralization Pulse" GAP style motor that generates an implosive BEMF that returns its own power pulse!

[Allen Burgess]

switch position

The SPDT switch moves to inside: This triggers an "Attraction Neutralization" pulse that powers the piston away from the coil. I succeeded in spinning a Morin washtub drain motor diametric by pumping a ring and ferrite piston in opposition next to the case.

[Allen Burgess]

The throw on this plunger is sufficient to turn the wash tub motor rotor: I need two hands to demonstrate that effect in a video, but believe me it's real!

https://www.youtube.com/watch?v=2yyJiBOCaRg

[Allen Burgess]

Pulse magnet turning tub motor

This video returns the thread to it's original content 360 degrees: One pulse spins the magnet rotor around 10 times. Awesome kick! Keep your eye on the upper left hand corner: Vive La France!

https://www.youtube.com/watch?v=R6QLQo9AgW8

[Terbo]

The SPDT switch moves to inside: This triggers an "Attraction Neutralization" pulse that powers the piston away from the coil. I succeeded in spinning a Morin washtub drain motor diametric by pumping a ring and ferrite piston in opposition next to the case.

@Allen Burgess

Would a Neodymium ring magnet work as well as ferrite or are they too strong?

[Allen Burgess]

[QUOTE=Terbo;318918]@Allen Burgess

Would a Neodymium ring magnet work as well as ferrite or are they too strong?[/QUOT@

Terbo,

I have a small stack of Neo discs attached to the back of the ferrite rod to balance the very powerful ferrite speaker ring. I would need to balance the additional strength of a Neo ring with additional backing magnets to achieve the correct throw on the piston of around 1/4" to match up with the wash tub diametric rotor.

[Allen Burgess]

Lenz propulsion.

The "Attraction Neutralization" pulse is followed by inductive kickback and pole reversal. The magnet force in opposition is in attraction for the return of the ferrite core; Therefore, the kickback is in sympathy with the piston direction and "Lenz Propulsive"! This generates a very powerful magnetic kick that propels the unloaded wash tub diametric rotor around for multiple revolutions. This powerful two phase kick also generates a regauging BEMF that is between 7 and 8 volts in the pulse coil.

This is a tremendous amount of return work for a short duration pulse of 12 volts.

[Allen Burgess]

Coasting on your own ski boat whirlpool?

The magnet gear generates a flux spiral in the ether that accumulates. When a load slows the rotor below the ethereal flux vortex velocity, is it possible that a flywheel pressure is exerted back on the magnet rotor by the spinning field? Kundle demonstrates this kind of asymmetry of load and input in one of his videos.