Yu oscillating Generator ---- Overunity YOG Model

[MileHigh]

Hey Poynt,

Thank ya'll v'ry much.  Thank ya very much.

I have a sobering final comment for everybody about this or any other magnet flipping setup and it is this:

You are basically building a big "pendulum motor" when you do this.  That's it.

A New Age Metronome.

MileHigh

[mscoffman]

One way to keep from having to rotate the magnetic end at the top of the staff;

Have both polarity magnetic ends on the staff shaped like a "Y" and have the
the "Y" "fall over" to a position one of it's magnetic arms vs the other only at the
end of the pendulum's range. It could almost be made to fall over by itself and
would only need to be locked in place electronically. There was a post by Billmehess
that showed only a surprisingly small amount of angular misalignment was required to
keep an unused magnetic field stowed out of the way.

:S:MarkSCoffman

[synchro1]

The YOG is a motor generator. Howard's clever adaptation of the Lever Pitman mechanism allows the switch and hammer throw to help accelerate momentum at at very efficient exchange rate. Really nested pendulum's. This hammer throw motor assist method, triggered at the apogees, is not
a disadvantage, but an innovative way to transfer electric power into stored momentum. The lever can be lengthened, and the end of the square slot opened. Lever and Pitman are a Scottish invention to transfer the linear piston motion of the steam engine into rotary flywheel motion.

[WattBuilder]

@mscoffman,
Good point, although the step function does need to step forward to the travel direction. The “Y” configuration would save energy by another 50%.

Energy for 90 degrees is half the energy for 180 degrees.   


@All,
I want to share a test result that I did in the past. When I was running the YOG to get some data. I had planned on using end stops to keep the drive magnet from hitting my floor’s tile.

I was looking for something I can use as a damper, some thing I could use to absorb the excess kinetic energy. While I was digging through my garage hoping to find some stiff springs. I found two rubber bungee cords.

When I placed the rubber cords on both ends of the swing, above the floor to catch the lever. What happened was very comforting.

The lever ended up bouncing off the rubber cords increasing the speed of the YOG to a point where the servos would not keep up with the speeds. The drive magnet wasn’t able to turn fast enough and eventually smashed against the frame breaking off the drive magnet. It cost me a servo but was well worth it. Imaging what kind of speeds I could of achieved if only I had a faster servo.   

Cheers
Howard 

[winsonali]

wonderfull keep it up