BRAZIL - Company is building a Gravity Generator http://www.rarenergia.com.br/

[Zeitmaschine]

Where is there any energy out?  Maybe you would be so kind as to show net external work being done by your favorite two cycle pendulum.

Here it is, in plain view: Two-Stage Mechanical Oscillator -- A Mechanical Amplifier

»You can see that the output energy, in general, is much larger than the input energy.«

I can see it. No problem with that.

Further I can see, that the mass of the lever appears to be larger than the mass of the pendulum. What could this indicate? Is this perhaps necessary in order to get it to work correctly? A small pendulum moves a massive lever?

So, energy of one generator flashlight in, and energy of four to five generator flashlights out. Yes, that's my favorite two cycle pendulum.

[MarkE]

Here it is, in plain view: Two-Stage Mechanical Oscillator -- A Mechanical Amplifier

»You can see that the output energy, in general, is much larger than the input energy.«

I can see it. No problem with that.

LOL, Good for you.  So please be so kind as to state the input and output power and how you obtain your values.  I see a guy pushing on a machine and some LEDs blinking.

Further I can see, that the mass of the lever appears to be larger than the mass of the pendulum. What could this indicate? Is this perhaps necessary in order to get it to work correctly? A small pendulum moves a massive lever?

So, energy of one generator flashlight in, and energy of four to five generator flashlights out. Yes, that's my favorite two cycle pendulum.

If that is the best, then it establishes the whole idea as being pretty useless.

[Zeitmaschine]

If that is the best, then it establishes the whole idea as being pretty useless.

If 1190% efficiency is useless, then - I'm afraid - it is useless by all means. Measurement with an oscilloscope

A small weight - the pendulum - pushes a heavy weight - the lever - constantly over its tipping point. I think that's the basic principle behind this, resulting in a coefficient of performance (η) of 11.9 (or maybe more). If the COP of that device is > 1 then what are the defining conditions for that? The mass of the lever perhaps? The greater the mass the greater the COP, because more mass means more gravity power?

Mass = inertia, inertia = inductance - I have to think about this ... 

[MarkE]

If 1190% efficiency is useless, then - I'm afraid - it is useless by all means. Measurement with an oscilloscope

A small weight - the pendulum - pushes a heavy weight - the lever - constantly over its tipping point. I think that's the basic principle behind this, resulting in a coefficient of performance (η) of 11.9 (or maybe more). If the COP of that device is > 1 then what are the defining conditions for that? The mass of the lever perhaps? The greater the mass the greater the COP, because more mass means more gravity power?

Mass = inertia, inertia = inductance - I have to think about this ... 

No output = zero efficiency.

[Zeitmaschine]

No output = zero efficiency.

Does this refer to your comment? No comment output, hence no efficiency?