Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

We know from his patent that his device uses high frequency switching. Kapanadze also told me as much.

How do we know this from the patent when the patent not even shows the correct shielding connection?

The patent says it occurs a difference between two bobbins. Therefore there should be a bobbin (transformer) in the shielded tin can so there can occur a difference between this bobbin and the bobbin outside the tin can. But I can't see how a transformer or a coil suitable for 24 amps could fit in this tin can.

So what I suspect is that the patent shows a device working on the same basic principle as the tin can setup but it shows NOT the tin can setup. In the tin can there would be room for a capacitor, so there can occur a difference between two capacitors, one shielded in the box and one outside lying on the table.

Hence build a parametric LC circuit which switches between two capacitors, shield one capacitor from the earth electric field as good as possible and put an antenna (or a lot of wires) on the second one so the earth electric field can influence that one as good as possible.

Now I have to look for a tin can (or even better an aluminum box) ...

[andrea76]

How do we know this from the patent when the patent not even shows the correct shielding connection?

The patent says it occurs a difference between two bobbins. Therefore there should be a bobbin (transformer) in the shielded tin can so there can occur a difference between this bobbin and the bobbin outside the tin can. But I can't see how a transformer or a coil suitable for 24 amps could fit in this tin can.

So what I suspect is that the patent shows a device working on the same basic principle as the tin can setup but it shows NOT the tin can setup. In the tin can there would be room for a capacitor, so there can occur a difference between two capacitors, one shielded in the box and one outside lying on the table.

Hence build a parametric LC circuit which switches between two capacitors, shield one capacitor from the earth electric field as good as possible and put an antenna (or a lot of wires) on the second one so the earth electric field can influence that one as good as possible.

Now I have to look for a tin can (or even better an aluminum box) ...

at min 38:58  Tariel indicate  the resonance in the green box and suddendly the coils.the little energy it takes to create the "phenomenon" it is present inside the box/round can.the "receptor"is the coil.24 amps is in the coil .they are only .the first device is mechanical,because he did not know how to power the 220 v ac applience with the crude device.(HF dc pulsed).and has coupled to an alternator......

http://www.youtube.com/watch?v=Goq76CQapyI

[sparks]

   High voltage short duty pulses can be a scource of ionizing radiation.  Tesla found that such pulses would "render the natural medium" conductive.   Modern scientists use xray and uv lasers and radioactive elements to render the natural medium conductive.  Right before a lightning strike the natural medium is rendered conductive.  Suddenly the electric field with an average voltage of 125 per meter between Earth and places unknown sees a short circuit.  Blam.  Current flows limited only by the amount of medium rendered conductive.  I believe Tesla out in his quest for wireless power started out trying to hookup with the ionosphere and use it for most of the run to the load.  Then he found out that he had more power in his secondaries than he was putting in.  Now a whole bunch of issues needed to be addressed because it's power drawn from the efield which is all around us.  We are walking around on a charged capacitor plate which very regularly shorts to moving capacitor plates known as clouds.   There are folks who put a bit of radioactive material on the end of a sharp wire and extend the wire using plasma as the wire extension.  Now take a pyramid or something a couple hundred feet up with some conductor atop it.   The conductor acts as one capacitor plate and accepts charge over ground.  Take the other end of your one wire and intermittently short it to ground.  What flows in the wire between the top load and ground.  Usable current.  Take this power and feed it into a uvlaser pointed towards the heavens.  The wire begins to grow vertically.  As it grows vertically the voltage appearing between it's end and ground continues to increase at 125volts per meter.  Useable current driven by greater voltages begins to flow from the end of the column to ground.  Enough to drive an electrostatic machine or transform by induction utilizing a set of points to interrupt the current flow at regular intervals.

[a.king21]

How do we know this from the patent when the patent not even shows the correct shielding connection?

The patent says it occurs a difference between two bobbins. Therefore there should be a bobbin (transformer) in the shielded tin can so there can occur a difference between this bobbin and the bobbin outside the tin can. But I can't see how a transformer or a coil suitable for 24 amps could fit in this tin can.

So what I suspect is that the patent shows a device working on the same basic principle as the tin can setup but it shows NOT the tin can setup. In the tin can there would be room for a capacitor, so there can occur a difference between two capacitors, one shielded in the box and one outside lying on the table.

Hence build a parametric LC circuit which switches between two capacitors, shield one capacitor from the earth electric field as good as possible and put an antenna (or a lot of wires) on the second one so the earth electric field can influence that one as good as possible.

Now I have to look for a tin can (or even better an aluminum box) ...

One more time:  Kapanadze uses high frequency switching. He told me so and it is in his patent.

[Zeitmaschine]

One more time:  Kapanadze uses high frequency switching. He told me so and it is in his patent.

But the description in the patent contradicts TK's own statement »it's so simple - you'll laugh«.

High frequency switching with first and second filters, frequency stabilizers and current amplifiers to get a 50Hz output is not exactly that what I would call »simply to laugh«.

»He said, "assume that the water, in its passage into the tank, is converted into something else, which may be taken out of it without using any, or by using very little power."«

Now we assume the tin can is the tank. In this tank there is no electric field. The electric field comes from the outside and enters the tank in a controlled way via the LC circuit which converts the electric field during its passage into something else and that should be an electric current which then generates periodically the magnetic field in the coil of the LC circuit.

One capacitor is inside and one capacitor is outside the tank. Both plates of the outside capacitor and both plates of the inside capacitor make up a (virtual) third capacitor which has one plate outside and one plate inside the shielded tank (tin can), so this capacitor constantly recharges itself due to the difference in the electric fields in and outside the tank but only when the inside of the tank is permanently emptied. That means if the inside of the tank is not emptied (the energy is not consumed by a load) then the capacitor stays charged and the process stops, so there can't be a fatal runaway of the circuit.

Since the earth's electric field is a static one and therefore has no frequency it should not matter whether the pumping frequency in and out of the tank is high or low. Although the higher the frequency the smaller the parts of the circuit can be for the same power rating.

Very nice in theory, but only useful if it really works that way ...