Gravity assisted power project- GRAM

[burnit0017]

https://youtu.be/YWdlyuVDJu4

nice, possible up grade

[Low-Q]

https://youtu.be/YWdlyuVDJu4

nice, possible up grade

An oscillator, or pendulum like this does not operate very much different from a rotary solution, because both principles are based on the very same sinusiodal fuction. At the moment you load the output coil, the magnet will feel resistance because the coil will resist induction when it is loaded. This resistance will add a delay on the pendulum that will drain the kinetic energy of it, so the pendulum will stop sooner than if it was not loaded. Using big heavy weights, will not make any othe difference than sustaining oscillation longer because higher weight at a given angular velocity has more kinetic energy than a light weight at the same angular velocity.
This kind of resistive electromechanism will apply to any form of generators that is loaded. A rotary solution will keep rotating as long there is no energy output, just like the pendulum will continue to oscillate as long there is no energy output, but both will be drained if you load them.
I can see that the bicycle frame is wobbling like a seesaw. If you take energy out of this seesaw, the very same happens. When you load it with resistance, you basicly are counterforcing the seesaw with a given delay that will cause the pendulum to stop. No free energy in this one.


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[burnit0017]

Thanks for the info.

[burnit0017]

https://youtu.be/Y1cKWIAFT0I

will the same happen

[Low-Q]

https://youtu.be/Y1cKWIAFT0I

will the same happen

The same will happen here if it wasn't for the energy input from the pneumatically piston.
The misconception is that a pendulum that is arranged like this will provide energy output with little or no energy input. However, the energy output is a direct consequence of the energy input.
It is both mathematically and practically provable, but the inventors often overlook this because of the construction principle plays mind tricks.
It's difficult, if not impossible, to observe the machine behavior in detail. The counterforce from the energy output is allways slightly ahead of the mechanical oscillation. This is harder to observe the less energy output there is.


However, it has been built water wells with hand powered pumps that is based on this principle. These pumps are more efficient because the loss in the human body is less when operating such a pump compared to the continuous external pressure directly on a pump lever. Try to press your hands hard together for a while. No work is done because the hands are stationary, but you consume lots of energy. The pendulum require a short burst of energy input that in turn does not require much energy from your body, but the energy input is not less than the energy required to pump the water.


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