Magnet motor in Argentina

[Omnibus]

It appears that M4 is not pulled up again until the next round which comes up after so many magnets (I guess 15 all in all). The raising is one magnet at a time.

[Omnibus]

The whole thing is supposedly based on a very clever mechanical system of synchronized mechanical raising and lowering of the magnets.

[hartiberlin]

It appears that M4 is not pulled up again until the next round which comes up after so many magnets (I guess 15 all in all). The raising is one magnet at a time.

Hi Omnibus,
look again into the picture.
The rotor in this picture is 3 stator magnets wide, that means
after passing 3 stator magnets the rotor is gone by.
So when do you think from the description that M4 is pulled up again
inside the picture ?

I also ask myself if the force to pull up the M4 stator into the basic upper row line
is the same if the rotor faces M4 in the center, or if the rotor has already passed by....
As all other magnets are in repell mode too, it might not make a difference where
the rotor?s position just is, as all magnet field are working together to repell the rotor
and the force to pull up one stator magnet might be the same all over the circle ?

Would be interesting, if someone could simulate this with FEMM simulation program to see,
how big the forces really are...

Also from his first model with the wood frame it seems, that he just tilts (turns) also
the stator magnets by about 45 degrees and not just pushes them up only ?

[_GonZo_]

After reading in some other forums in spanish and looking at his pictures I have now more clear how it works "if it works"

It is very very simple so simple that may work, actually he says it does not matter much if the magnes are equals or not they just have to be about the same and even does not mater if the magnets move up more or less due diferences betwen them.

Here is how it goes:

The external circle are a number of magnets all of them facing N in
The Rotor (he calls it rotor arm) are a number of magnet facing N out

The magnes in the outside can move up away from the ones in the rotor, but they are forced to be in the down position with a spring that makes a stronger force than the repulsion of the rotor magnets.

The rotor has a wheel that moves together with the rotor and pushes up one magnet a time, if you look at the picture atached you can see the ramps that wheel pushes while turnig and lifts one magnet at each time.

For what he says the force need to push up this one magnet is smaller than the force created by the repulsing magnets. So it turns and move next magnet up and the one that was lifted before goes down again (becasuse of the spring) and the cicle continues...

Very simple yes...

[_GonZo_]

Sorry forgot to attach the picture were you can see the ramps that makes the magnets to go up when the wheel passes under them.

Now I am making calculations, lets see what comes out.