Kapanadze Cousin - DALLY FREE ENERGY

[x_name41]

https://youtu.be/7QuwfpuYjeY?t=6

and once again the video: https://radikal.ru/video/6BCNcLumpLg

[stivep]

https://patents.google.com/patent/US5929732

The focused magnetic beam or beams produced by the present invention provides important technical advantages by focusing a magnetic field

The present invention can also interact with electromagnetic devices such as computers by stopping the operation of analog circuits from a distance, degaussing and otherwise interfering with digital circuits and memories, and emitting high powered electromagnetic pulses (EMP) at such circuits when induction coils are energized around the magnets with an alternating current. The present invention can also direct or transport electromagnetic charges through a distance.

https://www.youtube.com/watch?v=eFSnfwfs-kc
This guy is pretty talented in graphics
I would love to know  what program he uses for it. It would help me to create more explanatory videos and articles.

This guy is not very much skilled in  shrewdness or theoretical knowledge or the ability to make good judgements.
However he is  very helpful  to our community and I appreciate  his work  very much.
Here we have original patent list   by  Lockheed Martin Corp
And we are talking about this one https://patents.google.com/patent/US5929732
Military contractor so device is legit.
The part that focused my attention is :

manipulating and focusing the magnetic field of a magnet

focusing plane, the space between the opposing magnets forming an alignment path, and by further providing an unopposed magnet generally directed along the alignment axis towards the alignment path.

For these who are lost in it : It is a gun that has  South  as strong as five of  North together . So if you take magnetometer ( gaussmeter)  than  you will have  magnetic field  5xN=S ( the polarity can be reversed) ( the strength can be amplified  by coils around magnets   and reverse)

.

An unbalanced capacitor and a voltmeter connected in series with the coil allow the detection of movement through the magnetic beam by measuring variations in the AC voltage of the coil. Alternatively, AC voltage can be measured from a pin array disposed in the beam as a substitute for the coil and unbalanced capacitor. In yet another embodiment, electric power, such as an alternating current, can be passed through coils arranged around one or more of the magnets of the assembly to allow the generation of a magnetic pulse.

In the text it is more or less that  coils can be winded on the magnets  and depends from polarity  magnify N or S magnetic field .
It is understandable that magnets could be also replaced by electromagnets.
.......................
If we think now about  (HV or LV depends on how you wish to connect the  coils ), coils winded around magnets( or plain ferrite) -and  there  are 5 capacitors, where  each one is   connected to each of five coils and  we are having interesting phenomena. 
After magnetic domains being temporary misaligned ,
Than at the end of an impulse  the magnetic domains  try to  realign  again  due to presence of  neighboring magnetic domains  not affected and still remaining in previous direction  in that magnet forcing- them to realign. With help of storage capacitors  we create secondary  impulse where less energy is required  to create (?)  electromagnetic  field in desired direction .
Note: Magnets should not be very strong as if it is to  strong than you would not be able to create misalignment  of the domains .
In this case you may  extend end  of each of the magnets with
a.cylindrical ferrite ( the domains of ferrite are easy to  align by magnetic field of the magnet and dis-align by  electromagnetic field of the coil.) 
b. circular ferrite ring  (  in this case you can wind winding on it and connect capacitor, however the magnetic field  will be  concealed  inside it and than, only electric  component of electromagnetic  field can interact with  Tesla Coil.


That scenario would be possible even if we do not have  capacitors in magnet ( not in ferrite)
misaligned  domains  would want to come back  to its original position  and being forced by   three factors helping each other ;
1. by the help of the domains that are still intact
2.by  opposite domains form the other side of Bloch Wall (N) of each magnet
3.by energy temporarily stored in  capacitors ( if we have  them connected)

Note: For every impulse on the coil used to flip domains , after  the impulse ended the magnet will respond creating  "free" flip back of the domains ( however free is not that free as we think- the impulse must overcome pre-aligned domains)
Note: coil plus capacitor  creates resonance circuit that has its own resonance  frequency
Note: we can use such structure :
1. replacing primary of tesla  coil
2. as an addition  to primary of tesla coil
3.  completely independent and still  reminding inside of Tesla coil in such scenario coils winded on magnets will be affected by change of magnetic field  in tesla coil.
That  would  magnify additionally or oppose  magnetic field in the coil , However effectiveness of secondary  impulse will still remain intact.
Note: rods positioning magnets must be "nonmagnetic". ( another words  structure  holding magnet must not be  ferromagnetic)
Note: if series    resonance circuit is desired  than system will obey  properties of series resonance circuit
          if parallel  resonance circuit is desired  than capacitor should be connected parallel to the coil  and system will obey  properties of  parallel resonance circuit ( later on connected to the ground in series with one wire only.)
          (in this case the circuit will obey  series-parallel resonance circuit properties .)

Now I think about  placing such  structure inside of Tesla coil and connecting  each  or just only one  from  five windings ( with one wire of that coil to the earth ground) and see what  happened.
Tesla coil ground  can be  some distance from  the ground of "the structure") creating   earth path ( similar to   French Kapagen).
If we happened to have Telluric current  path  in the ground extending or directly underneath than
The device should induce  electromagnetic field in Tesla coil. even if there is no  power connected  to it.
The tuning  than would be by the distance  between two grounds
Major problem is how to create impulses.
And that is easy
Take train of impulse generator  from  electric gas heater such as used in device presented to me by Tariel  Kapanadze.
Each time  capacitor will be loaded  it will  power  train impulse generator and create series of impulses.
If you  guys   achieve any just any slight sign  of success ( not talking about  total success)
than   answer to the question why Akua's device was working in Kazakhstan but not in Hamburg will be solved. I came to conclusion that Akula device  is geodependent and must be re-tuned in different geo-location.
And this  or any similar to that new concept will be proven to work as desired .
Note for the purpose of testing no impulse generator is needed  just simple switch on off  or momentary switch, will do the job


Wesley

[NickZ]

    Guys:
   Ok, I just want to make a quick update on what I been working on.

   The feed back circuit's PS that I'm now using is a 24v, 10.5A (el cheapo) from China. This one has a cooling fan, unlike my previous PS, which didn't.  So, there is even more current being drawn, due to the additional fan.

   My feed back circuit's PS input is currently being taken from the 28t/grenade output coil circuit. Not from the 3t coil circuit. Then this grenade output coil's output is fed through a full bridge rectifier, and two black fan capacitors, about 8uf worth of them. This output then goes to the load of bulb(s), and after the bulb it goes to the feed back PS, and then back to the 24v input rails.
   However, the issue that I'm seeing now is that, when I connect the feed back PS along with the bulb(s),
I get NO interaction with the Kacher, at all. That is, I loose the sync, between the Kacher, and the induction circuits. The Kacher is then not doing it's Job.  So, without the interaction from the Kacher, there is no "extra anything", coming out, but instead, some mayor losses in the system due to the addition of the feed back circuit.  So, that's what I'm seeing now.
  Besides the above, I also get a very noticeable and unwanted pulsing when the feed back circuit is connected up.
Has any one else that has a feed back circuit connected up to the device,  seen this same pulsing and flashing going on, when the device is at it's best resonance point?  Yes, No???

[Hoppy]

Nick,

The pulsing is due to the feedback PSU oscillating caused by an unstable input, that periodically drops below its designed input threshold voltage through loading. In other words, the grenades output cannot maintain a sufficient input to the PSU.

[NickZ]

   That may be the case, even when there is no load on, other than the feed back circuit loading. And this pulsing can happen even when the voltages are higher than the normal 120v going into the feed back PS. So, there may be a fluctuation of current, possibly, also.
   I don't know if adding more turns on the grenade inductor, as well as adding more turns to the 148turn grenade output coil would be of any help. Maybe Itsu has some ideas on how to increase the output voltages, and current.

   I just wanted to ask if anyone else is experiencing the same pulsing while using a feed back circuit to loop the device.
   I think that the only ones that have tried to loop their device may be Geo, apecore, Geg, also possibly some others as well.

  This all seams like a big huge stumbling block, to me, now. As using the feed back loop causes the Kacher to not be able to sync, and not do it's job. For some as yet unknown reason.  And that also throws all previous tuning, right out the window.
   
  So, the feed back circuit although providing an output of 24v, into the device input rails, still does not allow for self running, due to the no sync from the Kacher circuit, not being able to provide for any extra gain, nor enough looped input to help run itself.   That's where I'm stuck at...