Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  Anandml:
   Looks like you have put some thought into the diagram. Thank you for sharing it with us. That is what we need to obtain,  a clear and proven diagram, to inspire the more skeptical guys to replicate, as well.
   You are showing that the yoke center tap is getting the 220v from the inverter. And also showing the unknown white wire ( in the video) is going to the yoke then to ground. I also suspect that the yoke must be getting some considerable voltage, and current, for there to be anything coming out of the 3 turn coil. But, just how it all works is still unknown to me. I am trying different things, sometimes without thinking about it, as thinking can get in the way of finding how it all really works, as this is no ordinary circuit.
  Try your idea out, and let us know how it goes.  Maybe Verpies or some of the other guys can guide you better, if they see something that is not right in the diagram. I think that you may have a good start on this. 

[T-1000]

On which peaks shown on this diagram (red, blue, pink), should the secondary be shorted by the switch S2 ?

The pink on peak of sine wave if that represents voltage.

[NickZ]

  Hoppy:
   I have mentioned that at times my yoke circuit shown previously would unexpectedly "KICK IN", without any changes done on my part. The light bulbs would get very bright, and the yoke and ferrite rod would start to audibly ring, loudly. At the same time there would also be a very noticeable vibration, in the core(s). This was when the current drawn also was increased (by itself), and the transistor would also get hot, too hot to touch after a while, even when using a heat sink.
  I could never find or control this action, and effect, even now.  I attribute it to some kind of resonance, but this would never happen at the beginning, but only after at least 5 or 10 minutes, or more, running time.
  To me, the loudness and added vibrations of the ferrite cores, indicates the amount of current flowing through them, and the intensity of the sound and vibrations are relative to the amount of current being drawn. 
There may also be more to it, but those are my observations.

[NickZ]

  MenofFather:
   On your correction you are showing the half wave rectified 220v going directly to the end of the red yoke wire, going though that dual opposite wound coil and then to the rest of the driver circuit. You are not showing the connection to the center tap of that red yoke wire. I don't think that is how it goes. The center tap, and what it does may be very important, and is not going to work the same if not included, as you are showing. 
All this needs to be tested, in any case. But, the reversed opposite wound coils seam to be a repeated theme in most all the working devices.

[verpies]

The pink on peak of sine wave if that represents voltage.

Good, now we are communicating.

According to conventional circuit theory, briefly closing the switch (S2) at the peaks of the secondary voltage waveform (pink) should not charge the capacitor C2 to a voltage higher than V1 when S2 opens, because when the pink waveform is at its maximum then the blue waveform is at zero. ( I_PRI ∝ dv_sec/dt )
Since the blue waveform represents current in the primary, that means that no current flows in the primary when S1 closes and that also means that magnetic flux in T1 is zero, as well, thus no magnetic energy is stored in T1.
This means that a flyback pulse should not be generated.

Hence if C2 charges to more than V1 then we'd have a violation of conventional circuit theory and an anomaly.

P.S.
Don't misunderstand me as refusing to test this anomaly just because it cannot work according to conventional circuit theory.