Pulsed DC Transformer with Embedded Magnets

[ltseung888]

Pulsed DC Transformer with Embedded A on Feb 24, 2010

I have decided to submit the unpatented, open source invention, named “Pulsed DC Transformer with Embedded Magnets” for competition for the Overunity Prize. 

I am so sure that it works that I submit the entry even before I or any of my team has built it.

The goal is to let the World learn and build it together.  No other Individual, Company, Organization or Government can apply for patents and claim it as their intellectual property.  This overunity invention is meant to benefit the World.

I do not care about the actual money.  The first person to deliver a working prototype to Stefan should have it.  This will be an incentive for the Forum Members to act quickly. 

The details of the Pulsed DC Transformer with Embedded Magnets are available in the Lee-Tseung Lead Out Theory thread.

Lawrence Tseung
Director
Help Seedlings Innovate Foundation Limited.

*** Just received word that the initial experimental results are successful!!!!!!!

[onthecuttingedge2005]

be sure that if you are legit then I will accept it else if you are leading these people on I will be the greatest thorn in your side. that I can promise you.

[Magluvin]

Well if the first is cop1 , the second and the third look to cancel, the less than cop1 is backed up by the more than cop1, equaling cop1. No?
Now if Art Porter's amplification is correct, then this could work also, pretty much the same thing as the magnetic amplifier with the pickup coil instead of the rotor, but this transformer is better because it closes the magnetic loop.

But from the way this is described above, I see equal cop values.  Its like sayin to use a neo for a coil core and if you pulse it, the bemf will be greater than the input. And I can say it is not, as of about an hour ago. there was a difference with the mag 1 way or the other, but very small. Not enough to come close to input.

But I have been wrong many times at things I dont have experience with.

Mags

[Magluvin]

Well Im curious, and it seems easy enough, Im going to give it a go.

Mags

[Magluvin]

oh  also, now I see that the second and third are not the same, as in if ac were input. I did not think on that dc pulse. So what he is saying is the third one with every pulse is > than cop1.   

Mags