THE RANT ROOM

[ramset]

in this topic link https://overunity.com/18232/science-and-prediction/msg547658/#msg547658

[Floor]

very cool


I guess I would build one if I had some spare super conducting materials laying around.
Mine are all tied up at the moment.

[Magluvin]

https://www.youtube.com/watch?v=c3I2zeoUbzg

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

Over 10 years, what more do you need?

Kind regards, Johan

Thanks for posting those.  I remember the flywheel/spring vid and we had a discussion on that.  But this time im ready to build it.
The crank pin pushes down on the spring toward the outer length of the spring making it easier to do so via leverage. Then when the crank pin is on the upward swing it is pushed up by the spring closer to the base of the spring thus having more upward force against the pin than the pin had on the downward push of the spring....The adjustable weight brings in more effect if set correctly. When the pin pushes down on the weighted spring, there is a possibility that the inertia of the weight going down may delay the upward push of the pin by the spring and possibly a short disconnect of the spring and pin. The when the weighted spring does come upward, it just may be tapping the pin, impact, giving the wheel a bit of acceleration. The adjustment of the weight will adjust the freq of the weighted spring to a happy running freq/rpm.  That was the thoughts on it back then.

Didnt have the time to make it back then and probably moved on with other seemingly more important projects and forgot about it till now.  Ive gotten better at more precise building over the years and confident I can do this one now.

The other vid, when the switch is on, the current from the batts flows through the heater windings and when the switch is off, the inductance of the winding continues to flow through the diode and should add to the heat level of the coil.  So it had me thinking back when I used diodes on drive coils of pulse motors, the diode would make the field of the coil last longer after the switch turned off and got greater speed with the same input from the source.  So we could test this by setting up the coil to do some pull tests on a resonant pendulum and see if we can get the pendulum to increase swing with the same amount of input. 

Mags

[Magluvin]

Ok. Looked at the flywheel vid a few times.  If you watch at 1:43 into the vid, you will soon see as it is spinning slow, it fully looks like the crank pin is making electrical contact for hidden motor/pulse motor coil and batteries.  It literally speeds up the flywheel visible to the eye when the pin hits the spring. At one point the thing is going very slow and when it hits the spring is gets a boost, when actually the initial contact of the spring should be the beginning of resistance yo rotation. And the fact that when it is stopped, he never lets it be in a position of the pin contacting the spring. Or we would see more clearly that the thing can overcome the spring even at the slightest approach.  Remember it all now.  That one is a fake.
Mags

[Johan_1955]

Ok. Looked at the flywheel vid a few times.  If you watch at 1:43 into the vid, you will soon see as it is spinning slow, it fully looks like the crank pin is making electrical contact for hidden motor/pulse motor coil and batteries.  It literally speeds up the flywheel visible to the eye when the pin hits the spring. At one point the thing is going very slow and when it hits the spring is gets a boost, when actually the initial contact of the spring should be the beginning of resistance yo rotation. And the fact that when it is stopped, he never lets it be in a position of the pin contacting the spring. Or we would see more clearly that the thing can overcome the spring even at the slightest approach.  Remember it all now.  That one is a fake.
Mags

Yep, good analitics?, Clear to see the Sparks and the Black Carbon-Tracks from the Sparks on the Flat-Spring!

You could work at the WHO! Chep, is this your Best-Elite-Member?

Regards, Johan