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

[hartiberlin]

Working Model 2D simulation
Lever Mass=25 Kg
Pendulum mass=40Kg
Lever length= 1m
Springs force=40kg/m

You can downsize the weights:
Lever Mass=12.5 Kg
Pendulum mass=20Kg
Lever length = 1m
Springs force=20kg/m

I will built it very soon!!

Marcel,
very nice animation in the movie !

What is the "black fly" in the movie ?
What does it show ?

Is that the center of gravity of both of them ?

Where is exactly the fulcrum point in the blue big unit ?
Many thanks.

[Marcel]

Kinda different, since there are only 2 oscillating frequencies in this system and both are oscillating at a close interval. Hence no harmonics created. But this idea does share one similarity which is multiple independent oscillators in the same system can assist each other in such a way that excess energy as a biproduct.

There are more 2 mechanical oscillators: the Pendulum, the Lever, and 2 springs.
I will try with 2 different springs forces to get harmonics.
The black fly is the center of the mass of the whole system.
The fulcrum is at 1/3 of the lever length.
Marcel.

[djancak]

Working Model 2D simulation
Lever Mass=25 Kg
Pendulum mass=40Kg
Lever length= 1m
Springs force=40kg/m

What did you set the coefficient of friction to? I am having a hard time understanding what is happening in this video. 

I'd like to hook it to one of these!

http://www.youtube.com/watch?v=a49d5cJOGQ0&NR

that looks awesome! i really hope that you can manage to get this thing to power itself. the video demonstrations are VERY convincing. however, as it was mentioned before, a change in FORCE is NOT a change in POWER. Power = Force * Velocity. There definately seems to be a dramatic change in velocity, but I've never seen a machine powered by a pendulum...

Good Luck! 

[supersam]

konduct or anyone,

have you had a chance to think about my bicycle crank and free running back axel idea for closind the loop?  i have had to be out of town for a couple of weeks, and then i discovered this thread.  with no way of working on this, the ideas are eating a hole in me. i just can't see why it will not work.  konduct, thanks for the support.  marcel, do think the ratchering gear connected to a free floater could keep the pendulum swinging?  can you possibly run a simulation like yours that also takes a measure of torgue on the pendulum axel, if one was incorporated?  i love idea for adding the two springs and the generator in your simulation.  i guess that just gives one more level of interconectivity, in a different way, that seems to have a positive effect!!

let me know what you think.  i think this machine might be brought to overunity and close the loop.

lol
sam

[supersam]

marcel,

what three frquencies ended up being used to create the perfect machine in your sims?  i was just wondering if these might be used in a soid state setup?  have you even thought about what might be accomplished if you didn't have the restrictions of friction that you will have in a mechanical deevice?  just wondering!!!!

lol
sam