Have a look at this:
http://www.youtube.com/watch?v=K2xFDz2D37Y
Regards, Stefan.
Thank you Stefan,
That is EXACTLY what I am talking about. An entirely new mindset concerning full rotation, using diamagnetic metal and magnets, using Lorentz Law.
Cheers,
Bruce
Dunno about this.
I have manged to get the same effect with two magnets in attraction and it gets out of the sticky point from the pull in, but as soon as you start adding more stator or rotor magnets it struggles to get out.
Even though the magnet travelled a fair way, it did like it was starting to come back on itself. Either that or the wheel was not on a level surface.
Good experiment though.
Find attached a Video showing a wheel with a magnet from a Hard Drive that has the MUMetal shield on it. This gives the same effect, but as soon as you add more Rotor magnets it comes to as halt.
Hi Cla,
Rather than adding more rotor magnets, have you tried adding more stator positions? It seams like if you can get 90 degrees out of your setup, you should be able to add 3 more stator magnets and go all of the way around.
Quote from: Onevoice on June 15, 2007, 04:35:19 PM
Hi Cla,
Rather than adding more rotor magnets, have you tried adding more stator positions? It seams like if you can get 90 degrees out of your setup, you should be able to add 3 more stator magnets and go all of the way around.
Hi Onevoice
Yep have tried leaving 1 rotor magnet and using extra stator magnets but the same happens.
The only way around it I see is maybe increasing the wheel size so the extra magnets either on Rotor or Stator do not interfere with each other or using multi wheels stacked on the same shaft with a big enough gap between wheels so individual magnets do not interfere with each other and stagger each magnet on each wheel.
Yet another experiment to add to the never ending list LOL :)
Regards
Sean.
I've been working a similar vein but with multiple curved arrays of stator magnets and an odd number of rotor magnets. The idea being that one magnet can be pulled out of a sticky spot by the combined effects of multiple less sticky ones. I'm stuck in the same situation you are with bad intermagnetic effects I think. I'm going to build a bigger wheel and a flux viewer so I can get a better idea of where the interactions are occuring.
Quote from: Onevoice on June 15, 2007, 05:04:42 PM
I've been working a similar vein but with multiple curved arrays of stator magnets and an odd number of rotor magnets. The idea being that one magnet can be pulled out of a sticky spot by the combined effects of multiple less sticky ones. I'm stuck in the same situation you are with bad intermagnetic effects I think. I'm going to build a bigger wheel and a flux viewer so I can get a better idea of where the interactions are occuring.
Keep us updated with pictures and how you get on, I think there are many experiments that need to get done and shared whether they work or not, that way we all learn and do not repeat stuff.
Good luck and look forward to your results.
what you have done to eliminate the sticky point? i see on another thread you used numetal but wherE?
Quote from: TheOne on June 29, 2007, 05:45:26 PM
what you have done to eliminate the sticky point? i see on another thread you used numetal but wherE?
If you read a few posts up you will see a video attached to the post
http://www.overunity.com/index.php?action=dlattach;topic=2527.0;attach=9556
This shows a magnet with MuMetal shielding attached out of a Hard Drive.
ok you used a shield from the magnet HD too! I wish I have some old HD here :)