The Lee-Tseung Lead Out Theory

[Paul-R]

The Input Energy to the Lead-Out Energy Machine to power 10 drive coils was 1.2 watts.  The extracted output from 5 collector coils was over 2.6 watts.  The overunity factor (output/input) was 2.17.

Is this without collecting the BEMF from collapsing fields?

[ltseung888]

Is this without collecting the BEMF from collapsing fields?

My explanation relies on the Lead-Out Theory.  The extra energy comes from the result of applying the pulsing force to lead-out magnetic (electron motion) energy.  The confirmation is from the magnetic pendulum, extended to the unbalanced or non-constant rotating wheel. The measurement was a straight forward voltage and current readings on Input and Output.

The only electronic circuit used was the conversion of Output from AC to DC.

[Devil]

Sharing Intermediate Research Results

Tseung, your approach of sharing Intermediate Research Results has both advantages and disadvantages.  The advantage is that others can pick up where you leave off.  Even if something unpleasant happens to you, the World will still benefit from your efforts.  That noble goal cannot be understood by the average Human Being.

The disadvantage includes stating assumptions and then verifying them.  As with all research, some early assumptions will be wrong or misleading.  It is like a skater practicing her many moves.  There will be falls and ungraceful moves.  You will be open to jeers and insults.

But if your goal is to benefit the World, ignore the jeers and insults.  The student scientists will learn more by watching the full process.  Work with factories to produce an Educational Product for Universities.  They will benefit from their own research starting with a ! watt overunity device.

[ltseung888]

Second Crack on the waveform of Input Voltage

We now have time to analyze the waveforms in more detail.  The Input Voltage Form is of interest in the following ways:

1.   The expected waveform from a pulse generator should be in the top LHS figure.  It should show rectangular peaks with no negative voltage.
2.   The observed waveform showed two distinct components.  One is the expected more-or-less rectangular peaks.  The other is an AC component.   The actual shape varies with the setting of the proximity switch.
3.   The proximity switch can be set to produce clockwise, anti-clockwise rotation or no rotation.
4.   The explanation of the observed waveform is as follows:
a.   The turning on of the proximity switch started the pulse and hence the increase of voltage.
b.   The turning off of the proximity switch stopped the pulse.  That explains the short high voltage period and the more-or-less rectangular shape.
c.   The continued rotation of the magnets produces a magnetic field.  That induced a voltage on the Drive Coil â€" making it behave like a Collector Coil.  That voltage is an AC voltage.
5.   The Input Power should be calculated from the more-or-less rectangular voltage.  That is the supplied power from the 12V battery.
6.   The AC voltage component is the result of the Pulse and should have been included in the Output.  (In our demonstration model, we ignored this component and still achieved overunity.)
7.   The actual COP (output/input ratio) should be even better because we not only ignored the component in 6 but also suffered significant losses as noise and heat.
8.   Bedini and others explained the same phenomena as Back EMF and collapsing electromagnetic field.  When we measured the actual values from the oscilloscope, the AC voltage was even larger than the Input Voltage!  This explained why the Bedini circuit worked in recharging the battery.
9.   When we measure DC voltage with our meter, the AC voltage component was discarded (or cancelled out).  The reading was the RMS value.
10.   With the waveform analysis, it is clear that the maximum rotational speed is achieved when the no voltage line is reduced to zero.  Further reduction will force the distinct waveforms to merge.  Thus we can use that to determine the maximum rotational speed of our particular wheel. 

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited.

[teslaalset]

Lawrence, I don't see the sinus shape right after the spike at the oscilloscope picture compared to what you have drawn in the slide, so maybe you should correct your slide.

From what I derive from the oscilloscope picture is that:
1) You measured the voltage of a driving coil
2) The negative part of the period is caused by induction of the approaching magnet to the driving coil
3) The pulse starts right after the centre position of a magnet toward the centre of the coil. This caused the somewhat rectangular positive shape, which is superimposed on the positive part of the induction caused by the passing magnet
4) The spike is caused by the end of the switching period.
5) There is a slight positive voltage remaining right after the spike caused by the remaining induction of the passed magnet