motor magnetic flux redirection

[antigraviticsystems1]

imagen de conjunto del sistema acabado.


detalle del cuerpo del motor.


detalle del colector, delgas y escobillas.

[Bob Smith]

My own translation again (quizas otra persona de habla hispana la pueda confirmar -p.f.). Bob

1st photo: Image of the completed setup
2nd photo: Close-up of motor body
3rd photo: Close-up of collector, commutator and brushes

[/QUOTE]

1. Keeping the control windings inactive. If the setup of the plates and magnets is symmetrical, the magnetic flux on both sides should tend to be equal.

2. Upon activating the windings in this way, the N-S magnetic flux of the right-hand magnet will be attracted to circulate through the upper and lower electromagnets, concentrating in the left leg, where the fluxes double in intensity; the right leg stops conducting magnetic flux.

3. Upon changing the polarity of both electromagnets, the flux of the magnets is forced to change direction. The most important aspect of this entire process is that an electromagnet's magnetic flux which is equal in strength to the flux of one of the twin magnets, can come to balance the sum of the entire setup, obtaining a flux gain that is above unity [that would be] generated by the electromagnets [alone].

[antigraviticsystems1]

grateful for the translation, a hug that I make this site possible and the American people.

[Bob Smith]

Gracias a Ud por su generosidad en compartirlo.
(Thank you for your generosity in sharing it).
Bob

[antigraviticsystems1]

balanceo de flujos magneticos - YouTube