Holcomb Energy Systems:Breakthrough technology to the world

[Ufopolitics]

I am thinking about it UFO.  I'm thinking it would produce a DC output as the Steven Mark's TPU was claimed to produce.

Hello Dog-One,
Yes, indeed.

I have here sitting on my bench a medium sized nanocrystaline toroid core and I now have a method to produce a dipole magnetic field within this core.  I also have a means to rotate this dipole, but I'm not convinced I can wrap the entire core with wire and produce any output, let alone a DC output.  What I see are cancelled electric currents.  Unless...

Unless I split the output winding into two separate segments.  Then I get AC output on each segment.  Why is that?

If you make two windings, set by 180 degrees as your Output stator, then connect them opposite (not in series) you will have AC.

Because the magnet is a dipole.  The north end produces an electric polarity and the south end produces the opposite electric polarity.  So as the magnet (the dipole) sweeps around the toroid, part of the conductor is positive while the rest is negative.  If you connect the two segments together (as they would be if you wrapped the toroid with a single conductor), the net EMF is zero and thusly, no current to any external load.

Sorry Dog One but you've got it wrong,
North and South are spinning in the same direction, which makes the whole magnet field as one direction vortex.
What does the "split" between the two poles is the Bloch wall, however, emanating both from the very center of the magnet, turning same directions.

About the "imaginary" example that I spoke before, (to think about) is very simple...a magnet keeping the same orientation, plus traveling within a looped coil, say in the shape of a Toroid but hollow.
It was just to have an idea on what I was referring after...and before, not more not less.


Regards


Ufopolitics

[Dog-One]

Sorry Dog One but you've got it wrong,
North and South are spinning in the same direction, which makes the whole magnet field as one direction vortex.
What does the "split" between the two poles is the Bloch wall, however, emanating both from the very center of the magnet, turning same directions.

If you insist.  Let me take another look.  Must have missed something...

In my case, I have two Block walls, sitting directly under high current flat coils.  Coils are arranged to oppose each other as partzman suggested.  The dipole forms away from the coils, centered between them.

In total I have three coils spaced 120 degrees apart.  I only switch on two of them at any given time.  It's pretty simple.  There are six states of coil energizing that develops in a pseudo rotation which is easy to see with a compass.  Each coil stays on for two cycles.  I switch the coils clockwise and the rotation of the dipole turns counterclockwise.  It's a neat gizmo though I'm not sure it's going to tell me anything we don't already know.

About the "imaginary" example that I spoke before, (to think about) is very simple...a magnet keeping the same orientation, plus traveling within a looped coil, say in the shape of a Toroid but hollow.
It was just to have an idea on what I was referring after...and before, not more not less.

So would this magnet in your "imaginary" example be approximately the length of one half the circumference of your toroid?

Still confused how we could get a DC output.  Only a changing magnetic field as seen by the conductor can produce an EMF in the conductor, which implies the change is always getting stronger or always getting weaker.  I just cannot visualize this happening with a magnet of fixed field strength.  If we kept pushing more and more, stronger and stronger magnets into the tube, then yes, we would get a DC output.  Otherwise I just can't see it.

[SolarLab]

F.Y.I.  Try this: (from an old post a while back):

Another "Good Saturday Afternoon Project with the Kids"
https://www.overunityresearch.com/index.php?topic=4261.msg101617#msg101617
Faradays Electromagnetic Lab
(see below for the online simulation)

Run the "faraday_en.jar" file [unzip first] (opens the application in a window);
* Preferences | Privacy | uncheck Allow sending info to PhET, if you don't want anon info sent.
--------------------------------------
- Select "Electromagnet";
- Starts with a Battery and Compass, now, also show the Field Meter;
- Align compass and field meter to horizontal center of the coil (move Battery/Coil up a bit);
- Align the Field Meter to where B & Bx are equal, and By and Phase are 0 (Battery at 10V);
Now, move the Battery Voltage from 10V to 0V (center position with mouse);
Quickly move between 0V and 10V, try not to go negative (a bit tricky at first).
Notice how the Compass and Field Meter respond! [Pulsed DC into a coil? Field reaction?]
-------------------------------------
For comparison try the Pickup Coil application (this is what we are all familiar with).
Question: Is this annimation correct? Test it using the Supplemental below.

The Online Simulation is found here:
https://phet.colorado.edu/en/simulations/browse   (scroll to the right a bit) to find
Faraday's Law (then scroll down) to find "Related Sims" - FARADAY'S ELECTROMAGNETIC LAB
double click to run - (doesn't seem to open in my Firefox so I used Chrome) or download
the old java version and run.

Direct link might still work - Physics - Faraday's Law - related sims (bottom) "Faraday's Electromagnetic Lab."
https://phet.colorado.edu/en/simulations/faraday [legacy java version download, if needed]
(program attached in a 7z zip file)

SL

[kolbacict]

Well, a unipolar Faraday generator produces direct current without being rectified by a brush-collector assembly, right?

[listener192]

Lenz action occurs whenever there is induction causing electron charge movement in a closed loop(s) of wire.


My particular mention of this however, was directed to the geometric isolation statement in the Holcomb patent and not an attempt at opening a wider discussion of Lenz.


It is also noted that Holcomb claims that an electrical rotating rotor can be inserted into any standard three phase generator stator and produce output efficiencies above 100%.
So this arrangement implies the rotor is the key element, as there are no stator non conventional geometries used. 


Can any of you explain how this can be?


L192