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

[allcanadian]

@ a19grey
Your arguement is true that gravitational acceleration is maximum at the top of the swing, but when the pendulum stops it falls into the realm of freefalling bodies, relative to the point of rotation and the z axis the pedulum has no mass and no acceleration relative to the system(the point of rotation). When the hammer falls the point of rotation of the pedulum moves upward with the pendulum so there is zero relative velocity between the two, hence no interaction. Supersam was refering to the fact that if the point of rotation was rising faster than the pendulum there is a swing effect, imagine yourself on a swing and just past the bottom someone pulled the point of rotation upward, the swing accelerates upward -because of the interaction.
In any case there has been absolutely no research done on this subject, Duel oscillator pendulum systems, I have checked. The closest papers I could find stated the complexities involved would require a supercomputer to analyse. So anyone stating this is impossible is basing it on opinion only, which we know rarely resembles reality. I can't get around the fact that hundreds of man hours and thousands of dollars have been spent by Milkovik on patents and machinery- for a hoax? That everyone seems so willing to disprove without facts? I find it a little hard to swallow personally, so I will assume there may be something here, remember at one point the world was flat and then it wasn't.

[a19grey]

Hey, I hadn't realized we were using other reference frames.  I'll give a real response later, but the whole thing has reminded me of this comic which I find incredibly funny.

http://xkcd.com/c123.html

[nwman]

@allcanadian

I agree. By best guess if this isn't an OU device is that it is simply a form of pulley. However, its complexity is more then I can calculate/visualize in my head. With so many parts moving inside of parts it makes it vary difficult for a novice like myself to analyze the machine in with a vector diagram. One thing the bugs me about it though is there hasn't been any conclusive tests that show power input to power output. Given the timing that needed in the device I see how it would be hard to test. I still haven't thought of an idea that would really test the power yet. Keep thinking!

Tim

[corpsegravy]

The really interesting aspect of this machine is that it operates more efficiently the more it's loaded rather than less.  Damping effects arent transmitted to the pendulum.  If anything they make it run longer.

If you only saw the example of the machine being used as a hammer, you saw the most inefficient application.  Nearly all the energy is just absorbed by the anvil.

The rotational/tortional pendulum action of the lever has a period that can be tuned to the period of the swinging pendulum to allow the system to reinforce itself and run longer.

I'm still curious how much DC electricity can be rectified if a bar magnet is hung from the lever and allowed to bob up and down in a coil of wire.

[FreeEnergy]

what if we set a pendulum swinging in vacuum?