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

[sm0ky2]

I posted the video because it shows three different configurations of unbalanced wheels and the different types
of vibrations/shaking they can produce on the frame, and I was also wondering if in general there is less vibration and shaking
from an unbalanced wheel at higher RPMs, or if it is just that as long as you are above or below the RPM of the resonance
point of the entire system that there will be a lot less shaking and vibration. Maybe there is someone around who has
a good knowledge of mechanical systems that knows the answer.

While resonant theory, and equations can describe expected results, in Practice: the most determining factor is going to be the system's tolerances.
i.e.: how rigid the framework is, how securely its mounted to the ground or working platform, etc.
if its allowed to shake and vibrate, than such action is to be expected from an imbalanced rotating mass.

[ltseung888]

Design of the Tsinghua University Energy Multiplier Prototype.

I shall now focus on the design of the pulley and belt system.  The following points are considered.

1. A pulley and belt system can change the rotational speed easily.  When rotational speed increases, the transmitted torque will decrease according to traditional mechanics without lead-out energy.

2. With the Unbalanced Cylinder in place, the torque on the first axle (motor and cylinder) can be increased many times.  The transmission to the second axle (generator) can have both increase in torque and rotational speed.  The lead-out gravitational energy is transmitted.

3. The pulley and belt system can be loose when starting up.  This will put less stress on the motor.  The motor does not need to drive the generator initially.  Its energy is used to increase the speed of the Unbalanced Cylinder, increase its stored energy  and lead-out gravitational energy.  When appropriate rotational speed is reached, the torque and rotational speed is transmitted to the second axle.  The belt can be tightened.  This effectively is a clutch function.

The Chas Campbell device uses a belt tightening technique.  We may use a similar technique in the first prototype.  This can be accomplished via a distance separation mechanism between the first and second axle.

Some QMOGENs do not have the pulley and belt system.  Some do not have a visible flywheel or Unbalanced Cylinder system. Can the efficiency of such systems be increased?

The Milkovic 2SO can be improved by replacing the pendulum with an Unbalanced Wheel...

Lawrennce
See reply 2826

[memoryman]

"The transmission to the second axle (generator) can have both increase in torque and rotational speed." Wrong, when considering a complete cycle, there is NO net gain.
please once and for ever demonstrate this concept of "lead-out gravitational energy".

[ltseung888]

http://pesn.com/2010/07/14/9501672_Terawatt_Research_LLC_defies_free_energy_stereotypes/

The motor on the top right turns the shaft connected to the red wheel, which is surrounded by impregnated magnets which cause the blue wheel on the left to spin, turning the generator on the upper left, which is capable of oscillating load fluctuations (patented).  At certain frequencies, the output is several times greater than the input.

The UL data from noonespecial is reproduced.  Energy from the second axle is more than that from the first axle.  I am sure that Terawatt Research can improve their efficiency with an Unbalanced Cylinder connected at first axle.

Lawrence
see reply 2826

[MarkE]

http://pesn.com/2010/07/14/9501672_Terawatt_Research_LLC_defies_free_energy_stereotypes/

The motor on the top right turns the shaft connected to the red wheel, which is surrounded by impregnated magnets which cause the blue wheel on the left to spin, turning the generator on the upper left, which is capable of oscillating load fluctuations (patented).  At certain frequencies, the output is several times greater than the input.

The UL data from noonespecial is reproduced.  Energy from the second axle is more than that from the first axle.  I am sure that Terawatt Research can improve their efficiency with an Unbalanced Cylinder connected at first axle.

Lawrence
see reply 2826

Five years later Terawatt Research is moribund.