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

[dean_mcgowan]

i am not being negative .. just rational.

yeah ... its half baked .. and its in the appropriate section.

show me why my idea has got no steam, then we will look into your original idea.

[dean_mcgowan]

swiped ... hmmm ... i wont even bother defending myself on that point .. you can just humbly apologise at some point when you get the courage up again

[Alfang]

Hi all, love this site, I finally found a bunch of guys who think like me.
One of the first things that came to my mind about this machine. it's like a grandfather clock that never needs the weights pulled back to the top.And it doesn't tell time, yet.
I envision setting a spring mechanism like a ballpoint pen clicker through wire or cable, each time the hammer drops( pendulem straight down). Then when the pendulem swings to either extreme, the spirng release is triggered and it gives the "swing" a little shove.
I dont think you will be able to capture any energy from the pendulem.
It's not gonna take a whole lot of push to keep the pendulem swinging.
I know I'm comming in late, I've spent hours today reading the whole string. And I skipped some, so if someone else already had this thought, sorry.
Make it run nonstop first, then figure out how to harness the energy.

Thanks John

[corpsegravy]

Hammer?  A hammer and anvil are useful tools but waste all the energy if we are looking for overunity.

Better to move a big magnet up and down in a big coil of wire.
Bigger the better maybe.
Remember; the less the lever moves; the less the pivot on the pendulum moves; the less feedback energy to damp the pendulum.

Might not even need any springs to limit motion with a big enough coil and magnet.

To prove over unity, we just need to get more electricity than the input energy.  The input on a free swinging pendulum is still E=mgh, isn't it?

[sevich]

The swinging of the weight gives an amount just short of over unity, but still reaps double to triple the power needed to do stamping in a factory enviroment