Mechanical Magnetic Torque Amplifier

[Allen Burgess]

Gear rack for increasing stroke.

I did a little more searching and came across this design:

https://www.youtube.com/watch?v=LvasE387M70

[Allen Burgess]

Rack and pinon mechanisem.

This " Twin rack and twin pinion" gear can shorten the stroke with the addition of a set of smaller gears and two additional racks on the top. This looks like a much stronger and better balanced system:

The trigger magnet only needs to move 1" while the piston magnets are moving 3". These gears will convert the power in the throw into the greater force needed to push the trigger:

https://www.youtube.com/watch?v=uEGpsi4upw8&list=PLhoXNQqrCmEfAaTf0AfQ1Ztxmz2DoZiCk&index=74

[Allen Burgess]

Overhead view

This is a schematic of the finished trigger mechanism for the "Slide Rail Box" model from above:

The central features are the stationary twin, two tier pinion gears and the four rack gears with the 3:1 ratio and the retraction spring tensioner on the far right:

[Allen Burgess]

Retraction spring.

The trigger magnet is tensioned by a retraction spring like pictured below: They attach to a block that fastens to the rail with a plastic tie down that can slide a little. They help the gears shear the magnet away from it's upper partner. This is the finishing touch on the design!

[Allen Burgess]

Rack gears

A 3:1 ratio would allow all 4 racks to be 3" in length: Look at the starting and finishing views below: The whole throw range would take up 5" of sliding rail. The retraction spring would be relaxed at the top of the final stroke.

[Allen Burgess]

Rack gears

Here's a five dollar gear assortment package from eBay:

[Allen Burgess]

Art Porter solid state GAP neutralization coil.

Substituting Art Porter's solid state GAP neutralization coil for the shear trigger magnet would increase the generator's efficiency on a vertical stack of sliding rail magnets, because Art's solid star GAP coil has tested as Overunity. Basically, the trigger magnet would be seated behind a coil wrapped ferrite core, like KeHYo's below, that neutralized the attraction when pulsed.

The magic of this arrangement is that Art's coil can recover it's own power pulse and return additional power too

[Allen Burgess]

Art's coil.

You would recover and double your input pulse if you held one of Art's neutralization coils to a speaker and pulsed it at 60 hertz.

[Allen Burgess]

Pintaro patent magnet switch

Here's a spark on and off magnet switch that would work with a ferrite plug at the base of the magnetic slide spring:

https://www.youtube.com/watch?v=MZzosuvfvE4

[Allen Burgess]

Art's coil.

43 percent of the pulse is input, 18 percent BEMF and he remainder 38 percent output: Notice the simple DPDT switch:

[Allen Burgess]

Attraction GAP

Place one of Art's coils where the trigger magnet is, we can turn the attraction off with a neutralization pulse instead of applying pounds of shear force on the trigger magnet.

Two DPDT switches would allow us to rock the SS GAP coil capacitors and run the coil for free.

Art's GAP power uses the repulsive effect to power his piston magnets. The "Gravity Piston" would use the attraction force of the permanent magnets to power it, the spring action of the piston would impart the motion to the mechanism, first drawing down then releasing the traveller magnets.

kEhYo uses a bifilar to collect this output power and achieves high R.P.M. So far he's failed to upload any conclusive OU evidence like Art.

Replicating a kEhYo's bifilar on the masking coil to channel output may eliminate the need for a DPDT throw switch.

[Allen Burgess]

GAP motor

Here's a picture of my GAP neutralization coil. on the left below: Pictured next is a twin magnet trigger, then the DPDT reed switch a capacitor and a diode:

The BEMF from the collapsing coil field is wasted between the 18% of switch throw the contacts are free. The power is generated by the reappearance of the magnetic field in the coil from the permanent magnet that the coil field chased away. This is a perpetual motion switch, and could run a magnet oscillated generator like the one under discussion.

[Allen Burgess]

Arduino stepper motor and three way rotary switch

This circuit would operate an "Attraction Neutralization" gravity shock absorber magnet piston generator.

The 43% input, 18% flyback recovery and 38% output can be programed into this "Arduino Rotary Stepper Motor", and the manufactured 3 way rotary switch connections can meet the job stress with dependability equal to the chore: We need to power this switch, but it can run any strength of shock absorber magnets for the same operating cost, which comes out to be nothing! The flyback recovery and output circuits use different voltage storage capacitors.

This shear switch alone would be over unity, with out counting the output from the two pumping piston magnets of any size. Deflecting the permanent magnet field has the same effect as moving the magnet. When the field repositions itself inside the output coils; Power is generated.

The stepper motor and rotary switch can be replaced by an electro mechanical switch connected to the Arduino. This would box into a tidy package.

[Allen Burgess]

Arduino video

This is really simple to do:

https://www.youtube.com/watch?v=tuOrH9sSykk

[Allen Burgess]

Cam toggle

Here's a cam and spring tensioned three position toggle switch: