Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[captainkt]

@a.King21.Hi yes I will do a sketch when I get in to work in the morning as I am just leaving home ( I work away all week). One very important thing I noticed with my circuit is that putting a load on output coil reduced the wattage consumed or did not alter draw. 350w adding 100w bulb still the same, tried several times on and off, providing the bulb was put on secondary off Tesla coil.
Regards
Keith

[verpies]

Its the secondary being shorted so the shorted current should travel in the same direction as the original current flow,

No, according to the Lenz Law the current in a shorted secondary winding of a transformer will flow in the opposite direction to the current flowing in the primary winding in order to maintain (freeze) the magnetic flux in the transformer's core at a constant level.

I've seen your posts and highly respect your opinion but still gonna try 

An appeal to authority does not constitute a scientific proof, so by all means - do try, however while you're at it, please keep track of your winding directions and directions of currents flowing in these windings. 
...and please - do not confuse voltage measurements made across these windings with measurements of current flowing through these windings.

BTW: Itsu has already made 10 videos about the shorting of an inductor at the peak of a sine wave.  See here.

[Dave45]

The coil should be shorted at the high and low peak. Iv only watched 4 and 5, got to get back to work, I will watch his vids tonight.

http://www.youtube.com/watch?v=zGieOdkZIN4

[verpies]

The coil should be shorted both at the high and low peak. I've only watched 4 and 5,

He shows both in his other videos.

It is also evident from his videos that the magnetic flux in the core of his inductor is not increased by this shorting.  At best - it is maintained, just like the Lenz law predicts.

[Farmhand]

This one time at band camp, oh sorry wrong story. heheh, This one Art teacher I had at school was the (lots of lines type) sketch artist for the beginning of painted works of Art, He gave us very good advice, he said in nature there are no straight lines and when we sketch if we make a lot of lines then there is more chance that the correct lines will be drawn and they will stand out so we could then make the correct darkened outlines and shadings lines and such, he said it would be totally impossible to just draw the right line without other lines for reference. So too with opinions, when the truth is there it should stand out and be visible above the rest of the "lines" as the right line.

The patent itself tells us what it's purpose is, to read them we must "get into old time person speak" which at times can carry over to my posts without me realizing it. 

Zeitmachine, you are right it can be a rotary switch, there is no reason why not except engineering, but in this case the device is a spark gap. A rotary switch generally has a drum with conductive segments to produce a smooth running surface for the brushes and the brushes have positive pressure on them, not protruding electrodes and vanes doubling as a rotating shorting bar.

My own high speed rotary spark gap has such a narrow spacing to reduce the gap resistance that when it gets hot the electrodes actually touch the shorting bars and it kind of becomes a rotary switch. But with a rotary switch there is positive pressure between the electrodes and the drum to reduce sparking/arcing.

At the end of the second video below you can hear the shorting bars begin to touch the electrodes due to expansion from the heat. Which does not really change the operation much in itself. If the electrodes were kept cool the touching would be avoided and finer adjustment would be possible. To spin that rotor in oil would take a lot more power, much better to use the oil flow to turn the rotor of the gap/switch/interrupter.

Spark gap design ( since upgraded to double break rate ) if wanted by the placement of another set of electrodes out of phase with the existing ones.
http://www.youtube.com/watch?v=X5RoVOlenRQ

Spark gap in operation touches when too finely adjusted. ( this is powered by rectified grid voltage with a DC resonant charging circuit) but it could chop AC too.
http://www.youtube.com/watch?v=1nkJtrKCdFg

Basically a spark gap is a switch they are more or less the same thing, they interrupt the current.

Now without using two line filters, a ballast coil on the input and tuning the HV Supply transformers to near resonance with 40 uf the Watt meter at the wall won't read the input power properly due to transients on the lines, I also don't let any sparks to ground, ie the spark is between two HV conductors one positive one negative the spark does not go to a grounded conductor. I did those things in an attempt to reduce the effects on sensitive equipment connected to the grid and the ground. With some success.


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