The Lee-Tseung Lead Out Theory

[markdansie]

@Lawrence,
that cake looked great, perhaps you could sell cakes to help fund you research.
I was wondering how many people enrolled in the course.
I do applaud your enthusiasm and efforts, but find it difficult why you do not insist on doing proper tests for your won peace of mind.
Kind Regards
Mark
PS does anyone know the current fashion code for MIB's? Its been some years since I wore my black suit.
Mark

[Paul-R]

@Paul-R:
Your naiveness about 'patent protection' is perhaps the reason why you still support Tseung despite zero proofs and just talk.

No patent office anywhere will even touch this nonsense....

If you had done your homework, chrisC, you would find a hundred or so such patents, starting with Westinghouse's famous Minuteman missile patent.

But then of course, chrisC, you haven't done your homwork.

[ltseung888]

The presentation in Chinese by Miss Debbie Yeung.

http://www.youtube.com/watch?v=Mk4ZtvAhDGA

[TheDivineOne]

I guide Lawrence's team to speak in tongues.

[ltseung888]

Lawrence, I am trying to understand the numbers that were presented at the show:

I noticed you presented that 4 output coils were used.
So presumably you used 12 drive coils.

The input shows 1V / 1.4A, while your battery seems 12V.
Did you use the diagram as previously shown in reply #4674 in this thread?

We have 15 coils.  In this particular demo, we used 4 collector coils and 6 drive coils.  5 other coils were not used.

Our Input is PULSED.  In other words, in an X second interval, the effective Input voltage was not constant at 12 V.  It rose to 12V quickly and then dropped to 0V most of the time.  The most accurate way of determining the effective Voltage (or the Input power in watts) is via the expensive, programable oscilloscope. 

The approximate way we used was shown in the Input circuit diagram.  Our digital voltmeter was placed as shown.  It showed a fluctuating reading within a small range.  That was taken as an approximation of the effective Input voltage.
The actual oscilloscope display will be done after Mr. Tong moves to a new location.  Or when we work with Professor Lo and his team.

The configuration that fried our Proximity Switch and wires was two pairs of 3 Collector Coils in parallel and 9 Drive Coils.  We used that Output to loopback to Input and recharge the battery directly.  We were delighted when the electronics blew.  It confirmed that if our Output is 2 times Input, the energy level would increase at the rate of 2,4,6,8,16 etc.
 
In the Open Show, we did not use loopback nor re-charging of the battery.  We are confident that we can somehow “control the rapid multiplication of energy”.  Both Mr. Tong and Professor Lo felt that they could master that within a few weeks.

The next Open Show will be Dec 3 at the Hong Kong Convention Center.  We shall skip the Shenzhen Show as Mr. Tong needs to find a place to work.  I need time to rest and work with Beijing.  We hope the Output for the next Open Show will be at least 50-60 watts. 
(The ideal is 5 KW.)

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited