COAX TPU...

[giantkiller]

What I built is 2 of those tinys inside 3 larger rings. My thought was to bias the bigger wires and use the tinys as a cannons pulsing the bias field to send shockwaves for electrostatic build up on the larger loops. The top and bottom loops are fired in opposite directions. The middle wire was the receiver to pump the cannons.
The other thought I had was to bias the top and bottom in the same direction and pulse those. Then after a delay pulse the middle in the opposite direction to cancel the flux. Like the Kunel patent.
Take the FTPU, elongate from top and bottom say to a 3 foot long tube, flip it on it's side and you have the Kunel or the Smith pvc table top device.

[wattsup]

@BEP

I like the ribbon toroid idea as that could be a plausible angle. I will have to find a few of these and test them out.

Regarding what @IST said and your answer to him about the ammeter reading, if you could ever make a small diagram showing how the field would have to move on those toroids, that would be a great plus to visualize it.

@GK

What I do not get is the idea that electrostatic shock waves will even find the loop since they would be going out in all directions and the loops themselves occupy such a tiny physical space around any type of wave. Seems to me at least 99% of that wave would not even see the loop. But then again, maybe I have not understood your idea well enough.

[szaxx]

hi all,
can a location of photos be listed here as Ive had mostly for 2 years text only and limited memory to boot. now Ive got a powerful up to date computer and this will speed up my various projects also. Ive seen some videos and quality is not too good to make detailed observations.
some threads have good descriptive posts and these are excellent, but not all and now to read them all again will take years!
Ive worked with electrics and electronics for over 30 years from 4000 amp switching to microwatt units....
I know there is a solution to this device and it will be solved! Its a b1tch 4 sure.

cheers 4 now  Steve.

[giantkiller]

If you have iron core you have storage to play with in the loop.
If you have copper core you have external field to play with because there is no storage.
That is why in the air coils you see gaps.
In the iron cores you don't albeit spacing occurs to just get enough windings around the ring.

@BEP

I like the ribbon toroid idea as that could be a plausible angle. I will have to find a few of these and test them out.

Regarding what @IST said and your answer to him about the ammeter reading, if you could ever make a small diagram showing how the field would have to move on those toroids, that would be a great plus to visualize it.

@GK

What I do not get is the idea that electrostatic shock waves will even find the loop since they would be going out in all directions and the loops themselves occupy such a tiny physical space around any type of wave. Seems to me at least 99% of that wave would not even see the loop. But then again, maybe I have not understood your idea well enough.

[Gobaga]

@Gobaga

No disrespect intended but...

The patent link I posted is the first truly similar toroid to the one used in the TPU I've seen discussed or posted by anyone on this board. The little toroid on the TPU is not a common garden variety toroidal inductor/transformer nor does it look like one.

Folks should really look closer. To me it is obvious.
1. They are different
2. People seem to want everyone else to think they are the same.

You can build one the way you wish using a common toroidal core, with any winding configuration you want. It will never look the same as those shown on the videos.

No disrespect taken or intended.  I think you are over-thinking the toroid.  It is not visible on every unit.