Holcomb Energy Systems:Breakthrough technology to the world

[Floor]

@Lanka IV

I don't understand your question / statement.

[lancaIV]

Parting the Duality ? Left/right side,above/below side,external/internal side !? Right/wrong side ?

An EP-magnet and its MMP !?  electret and/or magnetret function/applyability/potential

https://en.wikipedia.org/wiki/Induction_coil

Sincerely
OCWL

p.s.: https://www-faz-net.translate.goog/aktuell/wissen/faz-wissen-podcast-geht-das-gedankenlesen-mit-chips-und-rechnern-17910659.html?_x_tr_sl=de&_x_tr_tl=en&_x_tr_hl=de&_x_tr_pto=wapp
       mind reader : without chips and computer-ing ?/!
      things reader: without chips and computer-ing ?/!
      IoT
     IoM

[pix]

@Lanka IV

I don't understand your question / statement.

To get LancaIV you have to sniff the same stuff he is on.

[pix]

Hello Ramset et Al,


Here is the simple schematic for test connections and structure...for sake of simplicity to understand it, I did not add any mountings nor base stands.


It should be understood that second flat type commutator is fixed to a base, as also the small motor.


Please, make sure you wrap your rotor with some tape which holds high temperatures, as to make it pretty stock/locked inside Stator, so when you load output it will not try to spin lose!!


Brushed Symmetrical Motors Armatures are wound by series coils in a close loop with a derivation to each commutator element solder contact...So, +/- Brushes divides the whole armature in two (for two brushed motors) so, it divides Rotor in a perfect Half with N/S Magnetic Field set at 180 degrees apart.


So, if we just rotate the feeding +/- brushes to the armature static coils through this remote setup with the small motor on the right, we will be spinning just the DC Magnetic Field of the Rotor within the stator...


Your Stator Coils, connected in series would be your output


Your Rotor would be your Input at the Continuous Slip Ring Brushes contact.


These I/O could be measured in a Two Channel Scope.

The Input for the small motor needs to be isolated from a second PSU, small power, maybe 5V and max 2A...


I used a Flat type commutator as the fixed one where brushes spin, since it is more secure at higher speeds,as it will not loosen contacts by centrifugal forces pushing brushes away from contacts...
You could also "beef up" your Stator with thicker wire and more turns...for higher output levels...or get a full 360º wound stator from another AC Induction motor of same inner diameter as your rotor...so there will not be a too wide air gap...


As you could do a lot more of improvements as you like...or adding an AC Cap to Input to smooth the waves...or adding a Diode Bridge to run DC Output to store it in Supercaps...
It would be good to add reflective tape to your small motor shaft, to read the RPM's you are turning your Magnetic Field...


Make sure you keep reading the temperature of all coils, Input-Output...do not get "excited" by the results and forget that this is NOT a Real Generator...


It is a very "interesting test"...
You will have fun, when loading your output...




Cheers
Ufopolitics

1. To get the same result it is simpler to use a slip ring AC motor , no need for your setup 
Slip Ring Induction Motor - Construction, Working and Its Speed Control (elprocus.com)
Slip ring Induction Motor, How it works? - YouTube


Or even simpler, just use typical squirrel cage induction motor and connect  running capacitors in triangle  and rotate it.  You will get the same thing, AC output.
Cheers,
Pix

[seychelles]

EVEN SIMPLER A VARIABLE FREQUENCY 3 PHASE 240 VOLTS INVERTER FROM CHINA.