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

[Solomon111]

You're so jealous ...
Ask something constructive ...
View the Internet, and then say!!!

[tagor]

You're so jealous ...
Ask something constructive ...
View the Internet, and then say!!!

why are you scaming people ?

[Solomon111]

The most important thing is to keep working on inventions. Of course, whole world working on them. It's not an easy job and requires high skills.

[sm0ky2]

This is real simple. every piece of this system has been in use for hundreds if not thousands of years.

if you go back several hundred posts, the mathematics of this sytem have been explained in great detail by a number of people working on the problem. but apparently, this is still left misunderstood.

so, for the mechnically inclined ( or the mathematically inhibited),
all one has to do is attach the "hammer" to the winding mechanism from a clock. connect the Escapement to the top of the pendulum arm.

Viola - you have a 12 times more output than input, dual mechanical oscillation test unit.
of A, after doing this you will see the reality of the situation, that this is simply a 12 times more Efficient system (than other systems) , but still far less than Unity.

That is not to say the study of this device is without merit.
While it is definately not "OU", This is most likely the closest to a COP=1 system mankind has yet to invent. When you combine the output energies ( from the dozen or so hammer strikes under load) from one [E = Mgh] lift and release of the pendlum, you see that the energy values on both sides of the equation nearly balance out. leaving only a small fraction of the energy lost to friction.
indicating a near perfect conversion of energy from pendulum to hammer.
Considering the frictional losses to be negligible, energy value of each strike of the hammer is equal to the loss in height of the pendulum, at the top of its swing, times its mass, times gravity. Or it can be said that the input energy of the system is equal to the sum of the integral forces from the hammer strikes.

[FreeEnergy]

This is real simple. every piece of this system has been in use for hundreds if not thousands of years.

if you go back several hundred posts, the mathematics of this sytem have been explained in great detail by a number of people working on the problem. but apparently, this is still left misunderstood.

so, for the mechnically inclined ( or the mathematically inhibited),
all one has to do is attach the "hammer" to the winding mechanism from a clock. connect the Escapement to the top of the pendulum arm.

Viola - you have a 12 times more output than input, dual mechanical oscillation test unit.
of A, after doing this you will see the reality of the situation, that this is simply a 12 times more Efficient system (than other systems) , but still far less than Unity.

That is not to say the study of this device is without merit.
While it is definately not "OU", This is most likely the closest to a COP=1 system mankind has yet to invent. When you combine the output energies ( from the dozen or so hammer strikes under load) from one [E = Mgh] lift and release of the pendlum, you see that the energy values on both sides of the equation nearly balance out. leaving only a small fraction of the energy lost to friction.
indicating a near perfect conversion of energy from pendulum to hammer.
Considering the frictional losses to be negligible, energy value of each strike of the hammer is equal to the loss in height of the pendulum, at the top of its swing, times its mass, times gravity. Or it can be said that the input energy of the system is equal to the sum of the integral forces from the hammer strikes.