Following is my revised picture of how Edwin Gray gathered electricity.
(It is his Efficient Power Supply patent in focus)
A cathode must be attached onto the +12V of the battery to recieve the
radiant burst emitting from the capacitor bank charging from AC combined
with itself...
The input to the system is collected by attracting with a potential
induced to flow on the positive pole of the battery caused by a polarization
circuit of diode and capacitor in parallel.
When the (+) current of the battery is combined with its energy flowing
in the capacitors anode charging from the inverted DC through a transformer
again polarized with a diode end to end, being subject to a plasma burst
would cause it to transform over the airspace and onto the pickup surface.
The HV signal crosses a gap onto ground from the ignition coil, and the
positive potential of the battery absorbs the radiant charge emitted.
[ Efficient Power Supply at Pure Energy Systems ]
[ Edwin Gray's Efficient Power Supply Patent ]
(It is his Efficient Power Supply patent in focus)
A cathode must be attached onto the +12V of the battery to recieve the
radiant burst emitting from the capacitor bank charging from AC combined
with itself...
The input to the system is collected by attracting with a potential
induced to flow on the positive pole of the battery caused by a polarization
circuit of diode and capacitor in parallel.
When the (+) current of the battery is combined with its energy flowing
in the capacitors anode charging from the inverted DC through a transformer
again polarized with a diode end to end, being subject to a plasma burst
would cause it to transform over the airspace and onto the pickup surface.
The HV signal crosses a gap onto ground from the ignition coil, and the
positive potential of the battery absorbs the radiant charge emitted.
[ Efficient Power Supply at Pure Energy Systems ]
[ Edwin Gray's Efficient Power Supply Patent ]
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