Toroidal Motor

[broli]

You cannot load generator without loading it. That must be rule #1.

Vidar

Better add "As far as I know" to that sentence. Don't limit others with your own limits  .

[gravityblock]

You cannot load generator without loading it. That must be rule #1.

Vidar

An electron has an axial spin and an orbital spin (momentum).  The orbital momentum is the generator (homopolar generator) and the axial spin is the motor (conventional motor).  An electron's axial spin undergoes Lenz's law (just like a conventional motor), and it is the orbital momentum that overcomes this force to give us torque or power.

Now, this may not be describing how the electron works correctly, but if it is correct then rule #1 doesn't apply to the electron or to what I described about the 2 axial system.

My ideas are trying to mimic nature.  When you try to mimic nature, then you don't need to worry about the rules or laws that may apply.....because if you do successfully mimic nature, then it is only reasonable to believe that it will follow the laws of nature.

I'm trying to learn the correct laws to assist or guide me in the right direction to mimic or to understand nature, so I can come up with better or correct concepts...... 


"The day you stop learning, is the day you die"

[broli]

Oke here is my latest design in this whole story. I learned that it is crucial to have the wire piece being between the inner and outer diameter of the ring magnet. If you go beyond that region it will have a force in the other direction on those pieces. It's also crucial to shield the circuit that doesn't contribute to the wanted torque as good as possible to eliminate any interaction between the magnets. I plan on buying some big ferrite ring magnets for this experiment.

[Low-Q]

Oke here is my latest design in this whole story. I learned that it is crucial to have the wire piece being between the inner and outer diameter of the ring magnet. If you go beyond that region it will have a force in the other direction on those pieces. It's also crucial to shield the circuit that doesn't contribute to the wanted torque as good as possible to eliminate any interaction between the magnets. I plan on buying some big ferrite ring magnets for this experiment.

You really are a racer in 3D Nice drawings you make @broli!

I have an idea you can try, and it is very easy to test.
But first: I don't know if you have read my tests with the ferrite beads, but I discovered that the flux is crossing the wire right at the point when one flux line is going from one side of the bead to the other. Right at this moment the fluxline are crossing the wire, making a counter current in that part of the wire - so the result is zero energy output as there is all flux that at some point will cross the wire no matter what solid material you shield it with.

However, then I was thinking on something else. If you use steel springs as a shield, the spring shape will probably work as a shield that continously moves a fluxline to the other side without actually crossing the wire itself. If it do it will cross the wire almost in parallell to it and not angular to it. So I had hoped that the flux lines that was crossing the shield didn't create current flow in the wire.

These springs can you get almost everywhere, from small diameter to big diameter. If they are flexible, you can easily "wrap" the spring around the wire by screwing the spring in place. It will probably not shield 100%, but the magnetic flux will prefer the spring and follow the shape of the springwire instead of crossing the air where the coil wire is.

Just an idea that will probably work better than a "conventional" shield of solid ferrite or steel.

Vidar

[broli]

I don't quite understand why the flux crosses the wire like you mention. Can you make a drawing of this?