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

[Omnibus]

Replica by Matthew Jones - Bouncer2_2.MPG

http://www.youtube.com/watch?v=LRkBamhlK8w

So, why should we be interested in these battery-powered devices?

[Hoxan]

So, why should we be interested in these battery-powered devices?

because you can replace batteries with large capacitor which is being charged by generator connected to milkovics device.
these are only early tests with no overunity, classical mechanics.

I did some tests with 2 coil magbot pendulum, also powered with batteries. I get larger deflection by increasing voltage and lowering current through coils. So total integral of energy stays the same (power through time). Voltage is 4.8V, effective value of current is approx 60mA. Total energy over 1s is 1.152 Joules for pendulum with mass 36 grams. Large losses are in lego bearings, too much friction.

With better bearing and mass 15 kilos you need approx 500 joules of energy per second to run it continuously if pivot is fixet. Next test is to determine how much energy is transfered from input to output directly and how much is deflected back to input.

[AnandAadhar]

because you can replace batteries with large capacitor which is being charged by generator connected to milkovics device.
these are only early tests with no overunity, classical mechanics.

I did some tests with 2 coil magbot pendulum, also powered with batteries. I get larger deflection by increasing voltage and lowering current through coils. So total integral of energy stays the same (power through time). Voltage is 4.8V, effective value of current is approx 60mA. Total energy over 1s is 1.152 Joules for pendulum with mass 36 grams. Large losses are in lego bearings, too much friction.

With better bearing and mass 15 kilos you need approx 500 joules of energy per second to run it continuously if pivot is fixet. Next test is to determine how much energy is transfered from input to output directly and how much is deflected back to input.

Good work, please continue the testing.

[Omnibus]

because you can replace batteries with large capacitor which is being charged by generator connected to milkovics device.
these are only early tests with no overunity, classical mechanics.

I did some tests with 2 coil magbot pendulum, also powered with batteries. I get larger deflection by increasing voltage and lowering current through coils. So total integral of energy stays the same (power through time). Voltage is 4.8V, effective value of current is approx 60mA. Total energy over 1s is 1.152 Joules for pendulum with mass 36 grams. Large losses are in lego bearings, too much friction.

With better bearing and mass 15 kilos you need approx 500 joules of energy per second to run it continuously if pivot is fixet. Next test is to determine how much energy is transfered from input to output directly and how much is deflected back to input.

So, then, post only when you have achieved a self-runner. Otherwise, posting results form a Milkovic non-OU you're reassuring everyone, critics the most, that self-sustaining Milcovic device cannot be made. Of course, I'm encouraging you to go on with the studies but am asking you to restrain from posting things that people have already seen -- a non-OU Milkovic device.

[AnandAadhar]

So, then, post only when you have achieved a self-runner. Otherwise, posting results form a Milkovic non-OU you're reassuring everyone, critics the most, that self-sustaining Milcovic device cannot be made. Of course, I'm encouraging you to go on with the studies but am asking you to restrain from posting things that people have already seen -- a non-OU Milkovic device.

Nice demand, but that would be the end of this thread. Maybe someone should only make demands if he leads the way in this too.