12 times more output than input, dual mechanical oscillation system !

[i_ron]

I have not previously posted to this forum because of the inane level of the posts.

But here is my effort to date. I have taken a different approach and felt compelled
to power the pendulum as a first step. The picture shows an 18 Kg pendulum being
powered with an 11 watt motor.

Best regards,

Ron

All the simulations to date seem to have missed the point. This is a two stage
mechanical oscillator.

Here is a picture from the back before the weight was doubled and before the
counter weight was installed. It was a motor test and incidentally the 9 Kg weight
was kept in motion (120? plus) with only 5? watts.

R






[/quote]

[Dingus Mungus]

A very nice prototype...

So the motor will only turn untill the pendulum trips the pressure switch, then gravity takes over again. I also like that your counter weight is adjustable, as well as the levers pivet point. So I assume the pannel box is you speed controler. How has your system harmonics hunt going? Congrats again on the really dynamic design job.

Glad to see someone is really putting a propper effort in to exploring this technology.

Best design and prototype I've seen in a while,
~Dingus

[i_ron]

A very nice prototype...

So the motor will only turn untill the pendulum trips the pressure switch, then gravity takes over again. I also like that your counter weight is adjustable, as well as the levers pivet point. So I assume the pannel box is you speed controler. How has your system harmonics hunt going? Congrats again on the really dynamic design job.

Glad to see someone is really putting a propper effort in to exploring this technology.

Best design and prototype I've seen in a while,
~Dingus

Thanks for th kind words, Dingus,

The blue box holds the logic and the Fet to pulse the motor.

The motor has one coil and three magnets on each rotor. To fire the coil only on the down swing I chose to use a quadrature encoder, as seen in this picture on the front.

The opto's for the coil are just ahead of the motor. When the secondary beam is
allowed to oscillate also, it requires more input to the motor, no surprise here.
To accommodate this I added two more windows to the opto's and two more magnets
to the motor from my original four magnet two window 5 watt model... and a doubling of the weight. This is just enough power to allow a limited vertical displacement of the pendulum pivot point. The counter weight is two 25 pound bar bell weights.

At this time I have not attempted to extract power from the secondary arm, rather
I have been side tracked back to a couple of previous generator projects. I will not
post more on this until such time as I have "caught up".

R

[Dingus Mungus]

Well if you ever have a digital video to post please be sure to bring it here. I'm quite curious to see the phases of the pendulum and lever. Good luck on your current experiments.

~Dingus

[helmut]

Hello
I guess.that we search the unknown truth.
The Computer is raltity and the Programs to do the calkulations as well.
But we should remember,that we search for the unknown,which is not Reality (yet)
Not the Computer sets the Level,but our Minds.
So please do not devote the Developers ans Searchers.

Helmut