Orbo blueprint and theory

[Freezer]

Is this video the answer to the magnetic shielding?

http://www.youtube.com/watch?v=ME6dnwtbBE4&mode=related&search=

Seems like this could block the opposing force going in, and stop the attacting force pulling back in a circular setup.

[Onevoice]

I think Sean was correct in advising people not to bother with the low energy actuator patent. It may have been a stepping stone in their research, but I doubt it is a part of their orbo design. I am impressed with the flux pattern presented by Dee Dee though. I've been trying myself with a modified spiral motor design with & without shielding to produce an acceleration curve with a sufficient shear at the end to allow the rotor to get pulled off of the sticky point. Part of my design uses an unbalanced number of rotor magnets and stator arrays with neo rotor magnets. It sounds like they're using lag and weaker rotor magnets instead.

ps- I haven't gotten OU yet either...

[Thaelin]

   I just viewed the vid pointed out by freezer (thanks for the link) and it opens up a whole new avenue. I have been using aluminum in sheilding experiments. As the magnet passes it stirs up eddy currents and will make him angry....oh sorry just goofing. Does make currents that make a  magnetic field that should block out some of the field of the magnet behind it. Well, dont work so good.
   Now, with what I just saw, using SS that "does" have some magnetic property may well help get it past the point to be repelled by the second magnet pointing away from it.

rough asci layout below.

                  XXX       XXX
                  XXX         XXX
                  XXX           XXX

        SSSSSSSSSSSSSS


           RRRRRRRRRR


   Hate how that looks but its all I have at the time.    X is magnets   S is the sheild  and R is rotor

That is what I will be setting up this after noon when I get back from the mag shop again. Just there and now more of them to get.

thaelin

[Kls]

edited

[zero]

There is no telling if any simulator program will be accurate in
representing the true effects.   Especially if its a very strange
phenomena.