1939 Gravity Power - multiply power by 1200%

[CuriousChris]

Where in this contraption is the gravity component?

[CANGAS]

LOL!

What a carnival. The sketches dont at all relate to the image I imagined from the written description.  Most people, even professional technical writers, do a very poor job of communicating in words, a description of anything more complicated than a hammer.

In fact the sketches dont make any sense at all.

My previous comment about reminding me of something and how it seems to work, are out the window. Who knows what is going on with this enigmatic thing.

Restart.


CANGAS 40

[havuhung]

A flywheel is a store of kinetic energy. all those spinny things in the video store kinetic energy. a pendulum also stores kinetic energy.

That contraption does nothing more than store kinetic energy. so its essentially a clumsy flywheel.

And that's how he can use the lathe. The lathe uses power intermittently. thus draws it out of the "kinetic store" but I wouldn't be at all surprised if there was also another power source.

Hi CuriousChris,
Perhaps more research should be the reason why: a machine designed to have multiple axis motion tilt swivel so complex!  Well, just the usual flywheel shaft with two bearings pillow firmly fastened on the chassis and mechanical connection to the electric motor is finished!. . much more easily and neatly. . . 

[mscoffman]

Hi,

I think I see how this machine is working but I am not a mechanical design expert.
I am more into computation and electronic design.

I see three functional constructions in this machine in three separate parts.
(One) transmits forces. The (Second) allows scripted movement allowing for synchronization
and averaging purposes of certain mechanical movements, the (Third) are joints allowing
for degrees of freedom so that forces can vest in terms of energy.

For example, if I had a gyroscope that had gained extra energy how would I couple
that extra energy out of a mechanism? One way would be to use a second gryoscope
underneath it that was syncronized with upper one, and a linkage to compare
the two and  couple out the extra energy that way. I'll bet that the middle linkage
is doing that fucntion.

I am becoming good at seeing that there are numerous mechanical analogs to the dual
pendulum systems. I believe that the manual rotating chair is such a system that uses
movement between two different centers of gravity of the chair to assert manual control.
I don't believe that that system is gaining much overunity energy from doing it, *but that it is
only a mechanical control mechanism* being used by Skinners machine.

In effect this Skinner system is a dual gyroscopic machine that is using precession of upper
and lower rotating gyroscopes. Note that the offsetting of small weights causes the "ice skater
moving their arms in and out to control centrifugal angular momentum velocity" to speed up
and slow down in a regular time sequence intervals the rotation rate of the upper gyroscope.
When a toy top slows down it begins to lean over under the affects of gravity, likewise when
it is sped-up it begins to straighten upright again. Note that precessional gyroscopic leaning is
not coupled to the gyroscopes rotational momentum. So I think the energy involved in leaning
over and straightening up again may not be coupled directly to the freewheeling flywheel input
energy and may be overunity. The machine is somehow recombining that the extra energy
acquired from the extra tilting energy back into the motor's rotational energy and outputting it.

I remember that there are mathematical problems associated in this area of analyzing the
operation of gyroscopes and the centripetal angular velocity changes of a spinning mechanism.

I'll bet a LEGO machine expert could rebuild a scale model of this machine using composite carbon
spindles and maybe a couple 3D printed parts.

So the fundamental operation *is* that of a flywheel but with extra gyroscopic provided goodies.

Thanks to Artoj for his excellent "remote viewing" and drawing expertise!

:S:MarkSCoffman

[havuhung]

Hi mscoffman,
You have an analysis of how it's working, quite reasonable for this machine.
Thanks

Havuhung