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

[hartiberlin]

Hower asked me to post this:

Hello again.

Topic related to Milkovic's oscillator:

I also found this link was not functionally well

http://www.veljkomilkovic.com/Video/Veljko_Milkovic_(video-7)_Universal_oscillator-generator.wmv

here is the alternative link for the video link on pages 1 and 3 (add it under the previous)

http://www.micropixel.biz/veljkomilkovic/videos/Veljko_Milkovic_(video-7)_Universal_oscillator-generator.wmv

I found on Milkovic's website the translation of dynamo flashlight analysis.

Put it on page 2 and inform the others about this news.
http://www.veljkomilkovic.com/Images/Analysis_of_the_dynamo_lamp.pdf

Best regards.

Hower

[pese]

http://www.ecosustainablevillage.com/pendolum_pump.htm

@ All
Nice Christmas !

Pese

[fantasyl]

If you could please describe the starting postion and component dementions, I would like to replicate your results. The graphs are really exciting to see! I hope you had air restance turned on...

Air resistance was set to High Speed, I put a value of 0.500 just to test if the real matter for this device to work was air resistance and friction, but nothing changed (in the way the machine was self sustaining).
I'll give you the latest data I'm working on for the REAL test.

Lever = 1 metres
Fulcrum = center (0.50m) seems the best bet.

2 Lateral Pendulums data: weight = 4kg each; rope lenght (center of disc to lever)= 18cm ; Disc Diameter = 12cm

Rope connected to fulcrum at the lever's centre = have yet to experiment, best results SEEM obtained whit shorter lenght  = 7 cm

My attempts to replicate your results yeilded a sim that would self oscillate, but its a glitch not sponstanious energy... Fun to watch though, the balls bounce up and down and spin on their own.

Yes, I know the effect, fun to watch.....to avoid excess of energy from the lever, you can just connect the sides of the lever to 2 dampeners, but you have to connect the dampeners in a way they will be "active" only when the lever reach a certaing degrees in rotation, and not before, otherwise the machine will not self sustain.

Please beg my english, I'm trying to do my best.

I tryed to realize a real world experiment with the TRIPENDULUM setup, but the steel lever I have seems too weak (!!!) and not adequate. I stopped the making as soon I realized the two lateral pendulum would have braken the lever after few oscillations.

PS If you try the real test be careful with the ropes.....in the simulation I measured very very high tension......

[ring_theory]

I would suggest transfering the kinetic energy from the striking end
of the lever to a fly wheel then you can add magnets and coils to it.

I'm attaching an animated version of my idea.
It's not to scale and I left out the connecting rods. (tired)

The problem is friction. when you start adding yet more moving mass to the system your dragging down the total entropy of the system. It would be much more efficient to magnetize the swinging mass and induce voltage swinging by induction coils.

[FreeEnergy]

I would suggest transfering the kinetic energy from the striking end
of the lever to a fly wheel then you can add magnets and coils to it.

I'm attaching an animated version of my idea.
It's not to scale and I left out the connecting rods. (tired)

The problem is friction. when you start adding yet more moving mass to the system your dragging down the total entropy of the system. It would be much more efficient to magnetize the swinging mass and induce voltage swinging by induction coils.

yes the massive lever's energy needs to be put back into the pendulum as direct as possible for best results.