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

[bradpitt]

Guess what I am finding ...the wheel has to be just below where the center of the pendulum weight it

Hans,
if you have a computer SIM then I recommend running it and I think you will be surprised what you will find??? I can not paste anything here from the computer sim

[hansvonlieven]

I have WM2D  my e-mail is hans@keelytech.com

Hans

[fletcher]

Jeff .. I suggest you attach some sort of flywheel to your crank axle e.g. a cast iron or steel pulley wheel or a large castor wheel etc - this will store some of the rotational kinetic energy & give it back again in the direction of rotation - if the pendulum action is erratic or irregular then a flywheel is IMO the best way to smooth out energy demands.

As you have it, frictional losses will slow things down & reduce the average amplitude of the pendulum making it harder & harder to get it over 12 o'cl, IMO.

[neptune]

The Milkovich device has been around for years, and yet no one has proved if it is overunity or not. Presure of work means I have no time to experiment. I have thought of a simple experiment , which will take little time, which will prove one way or the other if it is overunity. First imagine a typical set-up. Horizontal beam pivoted near the centre, with pendulum at th right. on the left, the beam is used to lift a known weight at each stroke. Now imagine a piece of sting. Yhis is fixed to the pendulum at a point about midway between the pendulums weight and its bearing. This string now runs through a pulley or guide placed as near the beam pivot as pssible under the beam. From here, the string hangs vertically, and on its end is a known weight. Midway between this wight and the beam pivot is another guide consisting of a flat plate with a hole in it mounted on a bracket. We will call this guide 2. Finally we attach a second string to the weight and run it through guide 2.
             If we now pull on this second string, we raise the weight up to the underside of guide 2. Keer it hel there, and set the pendulum swinging. When the pendulum is at its right hand end of the swing, release the weight and allow it to fall, thus pulling on thependulum and giving it an input of energy. As soon as the weight hits the floor, pullit back up, and hold it untill the pendulum again reaches the right hand end of its swing, and release it. Carefully synchronise your pulling with the swinging of the pendulum.
           By measuring the weight, and the distance it falls, we can express the input energy to the pendulum per cycle in gram-centimetres or inch ounces. If the left side of the beam is used to lift a heavier weight, we can measure the out put pr cycle in the same units. This is proof beyond doubt.
before doing the test ensure the device is tuned for max performance. Please post your results wether pos or neg. Note that this tesr would be easier on a large model with a slow pendulum

[bradpitt]

Here is my new video...because what I realized is that I was just making a bigger over balanced wheel....so I went smaller (easy to work on)
Still not working
http://www.youtube.com/watch?v=-zpl2u-buSw