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

[tagor]

It's not the lever portion that fails but rather the output falls out of resonance with the input driving it. As long as the output load remains within the resonant window it will run. If the load exceeds this window, it will slow down and stop.

you need to learn more physics

[ltseung888]

The first set of experimental results from the Chan Wheel.
The Output was assumed to be W1 x g x h1.
Where W1 is the Weight on the LHS to be lifted.  It was 1.25kg.
g is the gravitational constant.
h1 was estimated as shown in the attached diagram.

The value of h1 varied from 2.1cm to 7cm.  The 2.1cm was obtained when the screws were loose.  Once the screws were tightened, most figures fluctuated around 4.6cm.  There were a few values close to 7cm.  One possible explanation might be the slight sliding of the pivot point position.  The next experiment will eliminate this problem.

The Input was assumed to be the loss of potential energy of the Unbalanced Weight W2.  W2 was positioned at the top position and allowed to fall (position A).  The Unbalanced Wheel would rotate and the highest position reached (B) was found.  In the experiment, this drop in height h2 was found from examining the video frame by frame.  W2 was 0.26kg.  The drop in height was 3.5cm.

Thus the coefficient of performance COP = Output energy / Input Energy
  = (W1 x g x h1)  / (W2 x g x h2)
  = (1.25 x g x 4.6) / (0.26 x g x 3.5)
  = 6.32

This confirms that the Chan Wheel is overunity as expected.  More experiments will follow to ensure such results are consistent and reproducible.  We know that energy required to maintain a balanced wheel is weight independent.  The frictional force is the factor to overcome.  The energy required to maintain the rotation of an unbalanced wheel is not understood well yet...

From the experiments so far, a shaky Chan wheel will lose much energy.  A firm Chan Wheel showed a COP of 6.32.  This may be solid evidence of Lead-out energy.

Have other 2SO researchers tried the above experiment???

[noonespecial]

you need to learn more physics

Ouch! I feel soundly admonished and I accept your kind offer. I am willing to be shown where my statement is deficient because I'm always willing to learn something new.


Looking forward to your response!

[ltseung888]

Input height estimation from the angle and the radius via the video.

The frame with the unbalance weight at position B is shown below.

It is obvious from the experimental data so far that the Output energy is much more than the Input energy.  Source is lead-out energy.  Shall do much more testing with Mr. Peter Chan and with third party universities.

video in:
http://youtu.be/XJrPzkdFBHU

God Bless.

[tagor]

Ouch! I feel soundly admonished and I accept your kind offer. I am willing to be shown where my statement is deficient because I'm always willing to learn something new.


Looking forward to your response!

you put your device a litle above the resonance
then you put a load ...
if it is slowing => you get resonance ... and more output ( with what you think ! )

now did it stops ?