Mechanical Magnetic Torque Amplifier

[Allen Burgess]

tiny flywheel

lever;

https://www.youtube.com/watch?v=4H7Cn4MxTss

crank shaft;

https://www.youtube.com/watch?v=ACLwD0WZlsU

[Allen Burgess]

Output to LEDS.

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

[Allen Burgess]

Backspike and BEMF

The oscillator is lighting LEDS with polarity reversed connected to the coil electrodes. There are LEDS glowing brightly on both ends, the ones off the second switch negative polarity reversed from the ones at the start. They won't work simultaneously.


I have separated and am generating power from both the "Back spike" and "BEMF". Together they cancel out. This tells us something about the direction of current. I really believe this oscillator may be over unity coupled with the mechanical work.


I'm uploading a video:

[Allen Burgess]

2 pair led in series parallel

We can light a wall of LED's and get the magnet piston to run a compressor pump for free!


https://www.youtube.com/watch?v=c7__PhxiLMg

[Allen Burgess]

8 LED's:

The power to the solenoid piston delivers the mechanical force , but the attraction of the magnets generates the BEMF. there's no grab on the power stroke from the any BEMF Lenz effect.

https://www.youtube.com/watch?v=BB6AqiqQA-s

[Allen Burgess]

32 3v LED's at full brightness should consume around 30 ma apiece. That's 960 milli amps all totaled. The D.C. wall transformer only generates 1000 ma (1 Amp), so the 32 LED's lit to full brightness would confirm that the output is equal to the input.

It would come as no surprise to anyone to find out that the oscillator speeds up when the load's connected instead of slowing down from Lenz propulsion.

The coil is outputting nearly six volts. A coil with twice the turns should generate close to twelve. That would allow for a closed loop.


This oscillator could pump water uphill all night for free while generating power. The accumulated head could deliver any amount of power for a period of time.

[Allen Burgess]

Bad connection.

I got it wired wrong. I made this mistake when I built the rocker version. The power positive needs to go to a switch electrode. I got it connected to the coil positive by mistake and I'm running power from the transformer through the output switch.


I corrected the mistake and installed a second SPDT switch in tandem in the PVC coupling. The voltage is set to go up ten times.

[Allen Burgess]

Rocket solenoid.

Two DPDT current reversing switches, like the one pictured above, at opposite ends of a long solenoid coil would shuttle an axial polarized Neo magnet cylinder like a missile back and forth inside the air core, while opening the output pathway to storage or load each way.

[Allen Burgess]

I got it rewired with the hot wire to the switch and it works at about the same voltage sufficient to illuminate two 3v LED's in series 5-4v. Here's a video:


https://youtu.be/5SOHIUFgfxg

[Allen Burgess]

Wiring schematic

[Allen Burgess]

LED's in series parallel illuminated by pure BEMF

https://youtu.be/pZ21536Jogo

Evacuating the BEMF causes the oscillator to speed up; A "Reverse Lenz" effect we've seen demonstrated many times.

[Allen Burgess]

4 volt 3w super bright led strip; if the oscillator output lights this strip up it's a push.

[maxc]

Is you tube working for you? Interesting stuff.

[Allen Burgess]

The output from the power stroke is lost to switch delay along with the back spike. The attraction stroke generates all the power and it's a free lunch of pulsed D.C..

This SPDT push button switch does everything Joe Newman's commutator did for his motor.

[Allen Burgess]