Has there been any threads in the last 400 years on using the OverUnity Principle to power a large pendulum, that multiplys the input power, using the Fulcrum of the pendulum, as the multiplier?.
Quote from: alpnz on May 02, 2007, 05:45:04 PM
Has there been any threads in the last 400 years on using the OverUnity Principle to power a large pendulum, that multiplys the input power, using the Fulcrum of the pendulum, as the multiplier?.
A pendulum is depended of a rigid bracket to have a lossy less oscillation . As soon as the pendulum is loaded, or the bracket is going up and down due to gravity, the pendulum frequency will decrease and loose its oscillation. To maintain the pendulum frequency, and amplitude, as much energy must be applied as you take out. In the first place it seems that the pendulum will give more energy out than is consumes, as it takes almost no energy to maintain the pendulum oscillation. But the output will however never be greater than the input.
Br.
Vidar
helo i designed a machine that uses a pengulium it in my opinion is just about the easyest form of overunity the pengulinum is almost overunity befor we start add some magnets and some coils and you have overunity my designs are here in half baked have not built it yet but gave it a lot of thought many things can be done with a pendulinum and gravity and leverage humm i have a lot more ideas for the penglimun that are not currently on the net ;)
is
Quote from: innovation_station on May 13, 2007, 03:17:29 PM
helo i designed a machine that uses a pengulium it in my opinion is just about the easyest form of overunity the pengulinum is almost overunity befor we start add some magnets and some coils and you have overunity my designs are here in half baked have not built it yet but gave it a lot of thought many things can be done with a pendulinum and gravity and leverage humm i have a lot more ideas for the penglimun that are not currently on the net ;)
is
I remember I once used a pendulum with a shielded magnet on it. The hand held magnet was of the same type. When I released the pendulum at, let's say 45 degrees, the pendulum was kicked out for more than 60 degrees at the opposite side. I did never had the tools to make a more stable and self running pendulum. If I just had made a way to turn the magnets 180 degrees after each pass of the fixed magnet....this is now more than 20 years ago, but I remember the setup, and the result as it was yesterday.
Vidar