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

[pg46]

This dual mechanical oscillation system is so very cool 

Nice to see strictly mechanical systems for a change. I think this one undoubtably works.

[dean_mcgowan]

lets just see how it is we close the loop on this system before we start declaring a victory .. slowly slowly ...

[dean_mcgowan]

ie .. how much energy does it take to observe and interact with the pendulum in just the way that a human can interpret the system to keep it going with what seems to be minimal effort

but loving it all the same  ....

[abassign]

Observing the movies, I have made a calculation on the energy necessary in order to maintain the pendulum in oscillation:
I have noticed that it is a lot important that the pendulum maintains it the angle of oscillation beyond the 45?
I have noticed that it is necessary to give to an impulse of every energy 2 second ones.
From these data, estimating the weight of the pendulum it is of approximately 18 Kg, obtains the following appraisal:
For an oscillation that goes from 45? to 40?: 1,35 W-h
For an oscillation that goes from 45? to 35?: 2,57 W-h
Where:
Pendulum weight : 18 Kg
Length of the arm between the point of application and the barycentre: 25 cm
From all this, if the data from me gain to you are corrected, the apparatus is sure an exceptional converter of the energy of gravitational field to mechanical energy.
I would wish that someone can make a similar analysis, in order according  to comprise if my analysis is corrected,  by the observation of the movie:
Veljko_Milkovic_(video-7)_Universal_oscillator-generator.wmv

Ciao, from Firenze

[Paul-R]

In the end, we need a clear figure for work done, energy
output per second. We need a wattage.
Paul.