Simulation of the Muller Dynamo

[poynt99]

Well the patent is in German so the core is a good guess.

This is drawn from the patent, where it is sourced from the ~ symbol... but as a generator that symbol would be the load, right?

Ron

Of course, right you are.

Any idea what the purpose of that configuration is in the patent?

.99

EDIT: It's OK, I found an abstract.

[poynt99]

WO 2010003394  (A2)
CAPACITIVE WINDING FOR ELECTRIC MOTORS, TRANSFORMERS, AND SOLENOIDS

The invention relates to a capacitive winding which is made of copper wire, has an inductive reactance of zero, is composed of two parallel conductors (1, 2), and is wound like a coil on the soft magnetic core [8]. Both conductors (1, 2) are electrically connected at the beginning of the coil by means of a capacitor (3) and are also electrically connected to a capacitor (4) at the end of the coil. The first conductor (1) is connected to a pole of an oscillating power generator (5) at the beginning of the coil, while the second conductor (2) is connected to the second pole of the oscillating power generator at the end of the coil. The capacitive winding is arranged in the stator and rotor grooves of an electric motor, and the capacitors (3, 4) are mounted outside the motor structure.; Capacitive current that flows through the windings of an electric motor generates a magnetic field in the gap between the stator and the rotor such that the apparent electric power is converted into effective mechanical power.

[i_ron]

WO 2010003394  (A2)
CAPACITIVE WINDING FOR ELECTRIC MOTORS, TRANSFORMERS, AND SOLENOIDS

The invention relates to a capacitive winding which is made of copper wire, has an inductive reactance of zero, is composed of two parallel conductors (1, 2), and is wound like a coil on the soft magnetic core [8]. Both conductors (1, 2) are electrically connected at the beginning of the coil by means of a capacitor (3) and are also electrically connected to a capacitor (4) at the end of the coil. The first conductor (1) is connected to a pole of an oscillating power generator (5) at the beginning of the coil, while the second conductor (2) is connected to the second pole of the oscillating power generator at the end of the coil. The capacitive winding is arranged in the stator and rotor grooves of an electric motor, and the capacitors (3, 4) are mounted outside the motor structure.; Capacitive current that flows through the windings of an electric motor generates a magnetic field in the gap between the stator and the rotor such that the apparent electric power is converted into effective mechanical power.

Good find!  So the question is does it work as a generator?

This was sent to me by a friend but I couldn't help noticing the similarity with penno's wiring connections...

This was around just last year... but it fits the pattern of the patent owners not wanting R to publicize it.  lol, one doesn't have to be paranoid...

Ron

[hoptoad]

Good find!  So the question is does it work as a generator?

This was sent to me by a friend but I couldn't help noticing the similarity with penno's wiring connections...

This was around just last year... but it fits the pattern of the patent owners not wanting R to publicize it.  lol, one doesn't have to be paranoid...

Ron

Interesting Indeed
Cheers

[wings]

WO 2010003394  (A2)
CAPACITIVE WINDING FOR ELECTRIC MOTORS, TRANSFORMERS, AND SOLENOIDS

The invention relates to a capacitive winding which is made of copper wire, has an inductive reactance of zero, is composed of two parallel conductors (1, 2), and is wound like a coil on the soft magnetic core [8]. Both conductors (1, 2) are electrically connected at the beginning of the coil by means of a capacitor (3) and are also electrically connected to a capacitor (4) at the end of the coil. The first conductor (1) is connected to a pole of an oscillating power generator (5) at the beginning of the coil, while the second conductor (2) is connected to the second pole of the oscillating power generator at the end of the coil. The capacitive winding is arranged in the stator and rotor grooves of an electric motor, and the capacitors (3, 4) are mounted outside the motor structure.; Capacitive current that flows through the windings of an electric motor generates a magnetic field in the gap between the stator and the rotor such that the apparent electric power is converted into effective mechanical power.

see Cravens Wanlass:

http://www.linux-host.org/energy/awan.html

patents:

http://www.google.com/search?tbm=pts&tbo=1&hl=en&q=%2B%22Cravens+L.+Wanlass%22&btnG=Search+Patents