Body
Doug! A lot of history here behind this concept. You were there with
me at the KeelyNet Conference where I had the EV Gray Motors
disassembled and explained the inner working of same. In the YouTube
video you will see that I pointed out the additional contacts in the
commutation slip rings that captured the CEMF sending the spike energy
back to the battery source. The motors were powered by DC pulse energy.
I started my research on this idea way back in the early 80s by buying
plans from John Bedini for the Tesla Switch using a DC motor with the 2
gel cell 12V batteries being switched in the configuration explained by
George. I had extended the motor shaft and had 4 sets of slip rings to
mechanically switch between supply and load battery. DC saw tooth
input so you can switch off input power at the saturation point of the
BH curve just at the point where the coil impedance drops to an air core
coil value as Ole has explained. When an inductor goes into
supersaturation the impedance drops. It is at this exact point that you
want to switch from supply to load output so as to capture the spike
energy of decaying magnetic field. The idea of using a locked rotor
configuration falls directly in line with my 5 HP motor set up that gave
me the Neutral Spike output. Isolation from supply power with spike
energy going into earth ground. This proposal sends the spike energy to
a load or back to supply battery. BTW, John Bedini was sitting right in
front of me at the Conference presentation and I asked him to verify
some info that I was discussing. That was a great Conference which gave
me the opportunity to meet you and see your work in this area. This
idea of variable impedance creating the pumping effect falls right
inline with the Hyde Patent where that configuration dealt with variable
capacitance giving the same pumping effect. If you take a hypothetical
capacitor of X-value of capacitance and charge it to say 1000V and
instantly drop the capacitance value to zero (hypothetically) the
voltage would go to infinity. Same with an inductor of a high Henry
value loaded with magnetic flux energy and you suddenly change the Henry
value to a much lower value, you have in effect multiplied the energy
(voltage & current) which we see in the ferroresonance phenomenon. It
all makes sense when you think it all out. It has been measured at
ferroresonance a transformer winding will have voltage spikes at 10X the
supply voltage and current magnitude greatly multiplied. Just a matter
of capturing that energy and make it do work for us.
Norm
On 7/9/2018 3:49 AM, [email protected] [EVGRAY] wrote:
>
> Hi Norman
> What a very very great article you found here talking about converting
> standard motors to overunity devices using a second set of commutators
> brushes and harnessing the CEMF.
> It is all so easy to understand and makes perfect sense all the way
> through.
> I have been "preaching" some.of these concepts and ideas for over
> twenty years...this person taking it to much more understandable levels.
> The 2nd set of brush commutator idea really works well and I have done
> lots of succesful experiments with them.
> All I can think to add is he calls for 2nd set of brushes to be
> "phased" I would add for the timing to be "delayef" a bit with the 2nd
> set of brushes and this is what he calls "phased " I will guess.
> I found about 5 degrees retarded, like an echo, as to when to connect
> 2nd set of brushes to load or caps gives super good results and the
> frequency or rpms of motor will decide the exact connection
> point....also have 2nd switching share same pulse width length with
> primary pulse width...but just delay it a bit, the 2nd switching.
> I really like the author saying to input sawtooth DC pulsed in
> transformers for example, as now the primary will have the CEMF to
> harness as well as secondary, because of the cut off of current up
> there at the peak.....and to use this in generators too... in.my mind
> do not input or output "smooth sinewave AC instead chop in and out
> sawtooth so you can always harness that CEMF.
> Anyways thank you so much for that article very inspiring for me at least.
> Would be fun to know author but not on need to know list...
> Kone
>
>