LaFonte Group can turn off permanent magnet without work

[Butch LaFonte]

I have a simple change for the switcher I feel will make it the perfect ou generator. I will post drawing of change.
Butch

[Butch LaFonte]

I have a simple change for the switcher I feel will make it the perfect ou generator. I will post drawing of change.
Butch

The entire inter-ring acts as a slotted ring, but has no coging area.
See attached drawing and also new video being up loaded tonight of high voltage test results from slot free, cog free, stator.
Thanks,
Butch

[gravityblock]

This magnetic switch - what is it used for? I will just mention that if you want to harness magnetic energy; Say you want to take energy out of a coil. If this coil is loaded, the magnetic flux will be stopped from building up a magnetic field - quite basic so far. But then it will take that amount of energy to rotate the magnet to actually build up that magnetic field. Unless the magnetic field can find an alternative flux path - but then no energy will be harnessed from the coil anyway. So at the end; the magnetic switch works without energy supply unless you try to harmess energy from a coil that is attached to it. So that means the magnetic switch is useless, or what?

So I wonder: What will this switch be used for?

Vidar

The basic idea is the switch has the effects of turning the magnet on/off with very little energy.  This means it takes much less force to separate the ferromagnetic material and the magnets, than the force that brought them together, thus you have a net gain in the overall magnetic interactions.  The magnetic switch is not useless, but is a very promising concept, and I think Butch is really close to getting this right.

Keep up the good work Butch!  You're doing an excellent job.

GB

[Butch LaFonte]

Common sense and the laws of physics dictate that when the rotor magnet of a basic magneto approaches the stator/coil when the coil circuit is closed that the coil generates a magnetic field opposite the rotor's magnetic field and the pull of the rotor to the stator is reduced and the pull of the rotor to the stator is lost as compared to the coil circuit being open during this phase. As the rotor leaves the stator the field produced by the coil attempts to keep the collapsing magnetic field constant causing additional work to be added to the rotor to produce a net gain in output over input. This is old news and everyone working in the electrical field knows of this basic behavior.
In the Switcher you can put a diode in the coil circuit and block any current flow during the exit phase of the rotor from the stator. This will leave only the period when the field is building up in the coil core when the Switcher is turning on the magnetic circuit in the stator coil. Due to the nature of the constant air gap design of the Switcher this has no effect on the stator rotation. Any chance of the rotor being effected by the switching off of the stator's magnetic field is eliminated by the diode. This makes the Switcher even more of an overunity candidate than ever before.
Thanks,
Butch LaFonte

[Cap-Z-ro]

This is getting good.

Again...great work Butch etal.

Regards...