Projects by members > Electrotek

Electron Extraction Circuit

(1/2) > >>

tektrical:
I ran across a patent for a rather ingenious second stage vacuum pump.  It's stated as producing a harder vacuum, in less time, than the standard mercury diffusion pump.  This pump is electrical and looks like a light bulb with an extra electrode.  The operation depends on electrons being extracted from this electrode and the circuit which does this uses a transformer with a shorted secondary winding, with the center tap connected to the electrode.

(https://s20.postimg.org/aja5vu4h9/Vacuum_Pump.jpg)

When AC is applied to the transformer, electrons are pumped from the center tap to the diode during both alternations.  This process is reinforced by the action of a second transformer whose primary operates in parallel with the first one.  The second transformer produces a higher voltage, but this output can be adjusted - with an input resistor - for optimal effect.

A heavy inductor is also shown which causes the potential to increase when the current decreases.  And the third, filiment transformer, can be eliminated (leaving only a ground connection, or grounded load, at that point) if there is no need to recirculate electrons back to the light bulb, due to using the Electron Extraction Circuit for some other application.

tektrical:
Something doesn't seem quite right about this circuit.  I mean, there's no doubt that the system  will work as specified in the patent.  Probably with as little as 24 Volts.  It's just that the way Stanley Meyer presents the electron extraction concept, it's supposed to be a power PRODUCING operation.  This circuit (as well as the one in Meyer's patent) will consume power instead, as the electrons are moved.  So it seems to me that the polarity of the capacitor is backwards.  What we need, for the production of electricity, is movement of electrons from the top electrode (or water bath) to the top of the capacitor.  This will place a negative charge on the top of the cap - positive on the bottom - with the cap being discharged periodically, as a power source.  With this approach, the shunt resistor across the cap can be replaced by a safety spark gap, to discharge the cap if its potential climbs too high.  Then, it's just a matter of periodically switching the connection from the top of the cap back and forth between the electron source and a grounded load.

sebosfato:
Yes tektrical the ecc by Meyer is a Power generation arrangement that uses according to him water as the electron source and a potential as the force to drive the electrons thru the circuit... he dindnt describe how he sync the electrons  however ...where they go?

It seems to me that is related to the dynamic operation of the fuel cell meaning the dynamic flow of the gases

This leads me to believe that the power generation has to do with a kelvin water dropper but having a high current output maybe because stepped Down transformer idk

tektrical:

--- Quote from: sebosfato on May 12, 2017, 15:30:06 pm ---Yes tektrical the ecc by Meyer is a Power generation arrangement that uses according to him water as the electron source and a potential as the force to drive the electrons thru the circuit... he dindnt describe how he sync the electrons  however ...where they go?

--- End quote ---

The way he shows it in his patent (#4826581, figs. 10&11, waveform 61 &62) pulses driving the VIC are switched to the electron extraction grid during the break interval when the pulses are not being sent to the exciter plates.  However, this switching technique will consume power, rather than producing it.  So it's just an example.

I've read about an Inventor who used a capacitor as an independently derived power source back in the 1970's.  When stimulated, a self-organizing bi-phasic charge field was established inside the capacitor, and this charge field was the same thing as the initial stimulating pulse.  After the cap was stimulated, electrons would continue to flow into it until the source which provided these electrons was disconnected.  At this point, the capacitor would discharge through a load.

Tesla once said that when he needed electrons, he could either pull them from the ground or from a battery.  This system from the 70's used a battery, although the capacitor would build up a potential which was considerably higher than that of the battery.  Two big transistors were powered by the battery.  One transistor had a 60 Hz tuning circuit, and the output of this transistor was connected directly to the input of the other transistor. (Electronic circuits were primitive in those days.)  This second transistor, when switched on, connected the capacitor to the battery so that its self-organizing field could pull electrons onto one of the plates, while grounding electrons from the other plate. (Using a positive ground.)

The two wires from the battery were extended, so as to also drive a homemade 3 kHz inverter which powered a small hv transformer.  The transformer was hooked up to a circuit which was similar to an Avramenko Diode Plug, and the way this was wired up caused a pulsating electrostatic field to appear on the inverter's ground wire.  This ground wire was the same negative wire from the battery which was also connected through the transistors to the load-driving capacitor.  So the phase composition of the pulsating electrostatic energy set up the self-organizing field which extracted electrons from the battery, condensing them onto the capacitor.

This system was well documented, both photographically, and by eye witness accounts.  My own experiments and observations, from the 1980's onwards, have given me a basic understanding of the operation.  My breakthrough came when a small alligator clip on the end of a jumper wire started periodically shooting heavy yellow sparks from its side down to the ground wire its point was clipped onto.  This shape resonance effect showed the existence of a self-organizing charge effect, and its ability to "extract" electrons.

tektrical:
Here's the drawing of Meyer's gating circuit, from his cold fusion patent. It's understood that the waveforms 61 and 62 are switching a string of shorter pulses on and off.

(https://s20.postimg.org/j6ntt7z8t/Electron_Extraction_Circuit.gif)

This is a single wire circuit.  It is know that sharp inductive pulses (erroneously called "radiant" pulses)  can place a potential on a capacitor with a single wire connection, by pulling electrons off of one of the plates.  (Neither the pulses nor the electrons 'radiate' perpendicular to the wire, although there is some kind of energy which DOES do that.)  So this circuit can extract electrons from the ion mix.  And this is an important step in the production of thermally explosive energy. If desired, the LENR reaction described in the patent can be verified by checking for the presence of fluorine in the exhaust.  (If the oxygen nucleus emits an electron, that would require a neutron to decay into a proton, producing the next higher element.)  BUT the power for the light bulb still comes from an external source, rather than the free electrons themselves.  The objective is to extract these electrons in such a way that THEY provide the power source.

The primary thing we need to consider is that a residential heat pump has an over unity operation.  This appliance will pump three times as much heat as could be directly produced by the same amount of electricity.  So what we need is a "charge pump".  Using the same analogy, the energy needed to extract the electrons with a charge pump - a self charging capacitor - will be less than the power available from discharging the capacitor through a load.  Probably a lot less.  And a car battery won't get drained in the process.  And we won't need 200 ground rods.

Tesla said: "I can now place any amount of charge on a capacitor, limited only by the breakdown voltage of the dielectric."  I think the truth really is out here.

Navigation

[0] Message Index

[#] Next page

Go to full version