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

[Merg]

I tried to email  bebic.jovan@yahoo.com about the measurements but there is
no such id.  Does anyone know if that person is legitimate.

These measurements (by J. Bebic) were conducted in 2008 and who knows if the author's e-mail contact is still active.

You should try to contact Mr. Jovan Marjanovic instead. He was conducting some measurements and experiments too.
He is the chief analyst at the Veljko Milkovic Research & Development Center and he could help you with any issues related to these pendulum machines.

His latest paper from 2012 is considered to be the summary of all knowledge on the Veljko Milkovic two-stage oscillator:
http://www.pendulum-lever.com/docs/Jovan_Marjanovic_Recommendations_for_Construction_and_Efficiency_Measuring.pdf
(his contact is on page 2)

[ingyenenergiagep]

Build a Veljko Milkovic Pendulum-powered overbalanced wheel/flywheel.

[norman6538]

I have built several but keep them light to see the principle better. The one I just made is for measurements only.
1. When the pendulum weight is further from the fulcrum there is more leverage and that small weight lifts the larger weight and
2. when the pendulum weight is closer to the axle the small weigh is lifted up because there is not enough leverage to over power and lift the larger weight.
3.  And if I pull the small pendulum weight up and away from the axle and drop it the "down yank" will lift the larger weight but
4. if it just hangs there the small weight will not lift the larger weight.
Number 3 goes beyond the standard physics of levers.

Now, How do I very simply measure any gain by the swinging pendulum from the number 3
"down yank"?

What I would like to see is this device driven by lets say 10 marbles falling 1 inch for the input
and then another 10 marbles lifted for some distance. And if that distance is over 1 inch then
we have real work gained.

My tests show that that "down yank" is small compared to the work done from the
leverage changes when the pendulum swings. And its not easy to get a rhythm going
so that it repeats the lifting.

Norman

[Merg]

Two Stage Mechanical Oscillator Art
http://www.youtube.com/watch?v=IOYveBn3ibE

[Merg]

Research article

TWO-STAGE OSCILLATOR MECHANISM FOR OPERATING A RECIPROCATING PUMP
Prof. Nikhade, G. R., Patil, R.U. and Bansal, S. P.
Department of Mechanical Engineering, Shri Ramdeobaba College of Engineering and Management, Nagpur, India
http://journalajst.com/sites/default/files/Download%201339.pdf