The Lee-Tseung Lead Out Theory

[TheDivineOne]

Yes Mark.  I remember our conversation very well.  For $200 I will provide guidance with a happy ending.

[ltseung888]

Measuring Pulsed Input

One of the doubts in the mind of Engineers is â€" how is Pulse Input measured?

The diagram below shows the theoretical Voltage against Time curve.  It is simplified for sake of explanation.

In stage A, the wheel starts to rotate.  The Proximity Switch (PS) switches on whenever a magnet reaches its proximity.  Initially, that will be 15 pulses per revolution.

In stages B, C and D, the wheel rotates faster and faster.  The PS switches on/off much more frequently.

In stage E, the PS switches on/off so quickly that the voltage was switched off before it reaches the supplied voltage of 12 Volts.  The PS starts to skip the pulsing.  It no longer pulses 15 time per revolution.

In stage F, the wheel is effectively unbalanced.  The rotational speed is not constant.  At some point, the rotational speed will slow down to a point that the PC can function temporarily.  Input Energy is supplied and the wheel speeds up again.

This explains the following:
1.   The wheel speeds up after starting.
2.   The wheel reaches a certain rotational speed and would not go faster even with more drive coils
3.   Creating an unbalanced rotation by removing a few magnets gets the wheel to rotate faster and providing more torque!
4.   On the small magnet wheel, removing 3 to 4 magnets appeared to work best.

The first way we used was â€" assume Input Voltage was a constant 12V DC.  That was obviously wrong but for comparison purposes, it does not matter.
The second way we used was â€" assume Input Voltage was lower than 12V DC by a constant factor (width of magnets in total divided by the circumference.)  That was only good for comparison only.
The third way we used was to measure the voltage supplied to the relay.  This voltage is fluctuating but it is much less than 12V and varies with the rotational speed and actual output load.  This is the technique we are using at this time. 

We know that the best and most accurate result will be from the readings of a good Oscilloscope with the appropriate computer analysis.  That will be done by the Universities with much better resources.

To our pleasant surprise, the Input Current appears to be steady as seen on the Amp Meter.  With the oscilloscope, the value can be much more accurate and reliable.

[ltseung888]

The following email will be sent to hundreds in the academic, engineering, political fields.

Dear All,

We shall have our Dry Run to demonstrate our Overunity Lead-Out Energy Pulse Motor at the Inno Carnaival 09 at the Hong Kong Science Park on Nov 5-8, 2009 sponsored by the Commission for Innovation and Technology and six Universities of Hong Kong.

We shall be one of the exhibits from the Invention Association of Hong Kong.  Attached is our promotional literature.

Please feel free to forward the invitation and promotional material to your friends and relatives.  Admission is free.

Regards and looking forward to seeing you at the Carnival.

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited

[FreeEnergy]

Nope.  I prefer cash.

LOL!

[ltseung888]

The Input Circuit

The diagram shows the Input Circuit and the positions of the Amp meter and Voltmeter.

The Relay allows current to pass through only if the Proximity Switch (PS)  tells it to.  This means that no current will pass through most of the time at slow rotations.  At very fast rotations, the PS was not sensitive enough to be turned on.  Thus no additional current was detected through the relay at very high rotational speeds.

The Voltage Reading was taken to be some indication of the average Voltage over time.  This value is much less than the 12 V battery.  The Input Power was assumed to be this Voltage x the Current.

The more accurate result will be via readings on good oscilloscopes.