Mechanical Magnetic Torque Amplifier

[Allen Burgess]

The SPDT pressure switch at the base of the solenoid syringes would replace the complex commutator and route output to storage too:

The power exchange being equal, this motor generator would be over unity by the amount of inertial force developed in the flywheel.

https://www.youtube.com/watch?v=Hwr7jRg0ykg&t=476s

Imagine the flywheel torque a reciprocal six could generate!

[Allen Burgess]

Bemf

The watts of BEMF output channeled to load through the SPDT switch would have to be subtracted from the overall power output of the oscillator if it were not diverted.

The oscillator would generate exactly the same amount of horsepower less as the BEMF recovered in output because it works backwards against the power of the oscillator.

This would be to the degree the Lenz relief from the core isolation subtracted from.

[Allen Burgess]

Drawing power off by channeling BEMF to output adds force to the generator motor; Just the opposite from an ordinary generator.

[Allen Burgess]

Neutral zone

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Look how the magnetic field in this solenoid cuts through the center on the perpendicular:

[Allen Burgess]

Everyone remembers Gotoluc's tests with the current reversing magnet coil. Remember the SPDT micro roller switch? Imagine replacing this inventor's commutator with a cam lobe and micro roller switches on each side. This would permit us to reverse the current on the traveler coils at TDC on each end for a power pulse and channel the output to destination as well:

Here's a clear example of how doubling the disc magnets on the ends would double the output with the same input.

https://www.youtube.com/watch?v=5EcuuFbSwSg

The most severe limitation of the Newman motor is that the magnet rotor is limited in size by the internal dimensions of the coil core. Sliding Newman's "Big Eureka " coil on a rail would permit the magnets to go the outside and be many times greater in strength then the Newman's core rotor. This might quadruple the flywheel torque for the same zero inout.

[Allen Burgess]

Newman mendocino

This design has at least twice the magnet strength as the Newman spinner: This design can benefit from a ferrite coil core to increase inductance even more! The DPDT micro roller switch can reverse the coil current with a flywheel cam.

[Allen Burgess]

12 pin switch

Here are several pictures of the trimmed down 12 pin multi throw swith seated inside the base of the coil core:

[Allen Burgess]

This horseshoe magnet would act as a stator for a universal motor rotor ammd a second set of brushes on the commutator would loop BEMF. This powers the mendocino oscillator.

The axle needs to be long enough to free the levitator maggnets of the horseshoe field. The natural attraction of one end of the axle needs to be strengthened by backing magnets. A unipolar pulse can run it as an attration oscillator wirh the spring pressiire switch.

[Allen Burgess]

The Mendocino Oscillator:

[Allen Burgess]

Mendocino oscillator spring action.

Levitator spring action. This Mendocino levitator axle is designed to go in and out not spin around:

https://youtu.be/EkXSvNzoCbs

[Allen Burgess]

8 magnet levitator base

I think. the switch may invert the backspike with the second current interuptiion.

https://youtu.be/m0TnB5PYsbw

[Allen Burgess]

Romero

Romero's using a reed switch to catch the same low voltage BEMF: Two reed's one for power and the other resorted to load just like the double throw press switch. THINK ABOUT HOW MUCH FUN IT WOULD BE TO RUN THE OSCILLATOR WITH TWO REED SWITCHES RATHER THEN THE SPDT.


He's recovering 100% of the pulse and maybe he realizes it?

https://www.youtube.com/watch?v=R6y6sI4H1NA

[Allen Burgess]

Romero video.

Romero's capturing output from a power coil in the last video, not an output coil!

He has two make and break contacts, just like the SPDT switch and is accomplishing exactly the same thing I do with my switch. We can see how he settles into the correct dwell with his switch.

Connecting a reverse biased LED to the coil electrodes would illuminate the LED with reverse current back spike, but the reed switch power that Romero demonstrates would drop dead.

The coil stores power, so the the timing of switch closure has a window.

[Allen Burgess]

Gotoluc

Imagine an oscillator consisting of a solenoid and a secondary power coil recycling BEMF through a diode and capacitor. It struck me that a magnetic field can be generated in the secondary that is equal to the primary with less input, simply by scaling up the copper mass. A two coil oscillator could return a shuttle magnet with equal force with recycled BEMF if the secondary were scaled up sufficiently in copper mass, even where the BEMF is less then the input. It appears Gotoluc accomplished this with his backspike spinner. A magnet shuttled between two such coils connected to a cam shift by connecting rods could spin the flywheel for free.


Let's say we have a bar magnet shuttling between two different size U core coils, with a free BEMF return stroke, and we double the magnet piston strength with the addition of a second bar magnet; We still get a free return stroke plus a doubling of flywheel inertia, right? That's free power!

[Allen Burgess]

Phantom coil

An air core coil connected to a ferrite core inductor wrapped coil in parallel and placed next to it in sympathy, reinforces the magnetic field of the core wrap simply placed in adjacency, because the magnetic fields conjoin. The second copper coil acts as though it were wrapped around the ferrite core when placed next to it connected in parallel. A second way to multiply oscillator output along with increasing magnet strength, while keeping the input fixed.