Milkovic 14th June 2010 - new theory?

[greendoor]

http://www.veljkomilkovic.com/Docs/Jova ... runity.pdf

Found this which appears to be fairly new ... I can't say I understand what Marjanovic is saying here, but the Impact idea seems to marry up with what Bessler says about hammers & anvils and shadow boxers, etc, etc ...

[path_finder]

What I understood is simply coming from the '2ab' center term of the famous square formula: (a+b) ² = a ² + 2ab + b ² , wich must be taken in account and not only the sum of the both squares of the rotation parameters. The question is: where is located this '2ab' energy, and how to get it.

[Tarsier79]

I have built and played with one of his oscillators.

It is not hard to keep the pendulum running. I believe the device runs on CF (downforce) and inertia in the vertical plane(1 jump at each end). As soon as you allow the horizontal lever to move, the pendulum loses energy, and has to be given more of a push. That is why you see the device doing work where it doesn't have to move much, and the pendulum is on the short end of the lever, to extend the operating range of the work end.

[Trevor Lyn Whatford]

Hi Greendoor,

at the same time Mr Veljko Milkovic was working on his two stage mechanical oscillator, I was working on my two stage mechanical oscillator system, the problem with Velijko's was how to get it to rotate a frame.

Mine was built on a rotary frame with a large number of weighted pendulums mounted in a counterbalance format, the pendulums would oscilllate in 180 degree cycles and there kinetic energy's chanelled back to fuel there rotaion which did not take a lot of rotating due to the counterbalance across the rotary frame, the surplus energy could then be taken off in the form of surplus rotary torque.

Those where the days of awakening.

Regards Trevor

[laikkis]

Velkomilko forget to take medicine.

Pendulum don't work and thats it !

mgh=1/2mv^2 .

[jim_mich]

Pendulum don't work and thats it !

Such is not always true, for if the force on a pendulum were to be greater as it swings in one direction and lesser as it swings back in the opposite direction, then the swinging of the pendulum will accelerate.