Solid State Orbo System

[Groundloop]

@lumen,

Yes you are right.

I will not use glue on the magnets. I can test all magnets orientations on the
finished unit. What I'm trying to do is not a parallel path system. I want to
test the toroid ability to shield a magnetic field. So the orientation of the magnets
is so that when no toroid is on, then the field is trapped in the closed path
between the outer cross bar and the center of the core. This means that with
the magnets correct positioned, we have a path going through the center of the core
that is opposite for each magnets pair, thus "zeroing" the field. By switching
each pair of toroids as shown in the drawing then we will get just one field
going in one direction through the center of the core. And by alternating the
switching between the two pairs of toroids, we get an alternating field through
the center of the core. That is the plan.

@4Tesla,

Thank you for taking time to follow this thread. If the test of toroid magnetic
shielding used this way turns out to be a good way to do it then I'm sure we
can expand this idea to something useful.  Lot of work though. :-)

Alex.

[wings]

Alex,
you can find some idea in this site:

http://www.skif.biz/index.php?name=Pages&op=page&pid=175

principle:
http://www.skif.biz/index.php?name=Pages&op=page&pid=176


copy and paste in Google language translator.

ciao!

[Groundloop]

@wings,

Thanks for the links, I will check them out.

Alex.

[lumen]

I want to test the toroid ability to shield a magnetic field. So the orientation of the magnets
is so that when no toroid is on, then the field is trapped in the closed path
between the outer cross bar and the center of the core. This means that with
the magnets correct positioned, we have a path going through the center of the core
that is opposite for each magnets pair, thus "zeroing" the field. By switching
each pair of toroids as shown in the drawing then we will get just one field
going in one direction through the center of the core. And by alternating the
switching between the two pairs of toroids, we get an alternating field through
the center of the core. That is the plan.

Now that sounds like a good idea!
It might work better if the distance between the magnets was almost a square shape and less rectangular. Might increase field strength through the core.
This should be a good test.

[synchro1]

@Bruce,

Everything appears to be correct except that I envisioned the output coil on the larger of the two stators for the 10 times the flux. I see now perhaps that both single armature's might be wound with output coil wraps, and your version might work just as well as you presented it. The Backdraft concept of Paul Noel's, Backdraft closes a large door I imagine, would allow for an ever increasing progression of interlocking parallel path stators and armatures, triggered by one tiny one at the beginning of the chain. The performance of the toroid coils might be surpassed by Ossie Calanan's metal hoop which I imagine might just fit tightly around the middle magnet. Good luck! I look forward to your youtube video with great enthusiasm.

@Groundloop

The mispositioned magnet polarities threw me off somewhat, but after reading your description of the functioning, I am satisfied that your work will prove to be very fruitfull. You are the prime mover and original inventor of this approach. Everything emanating from this yeasty thread is due to your breakthrough. I anticipate more ground breaking achievements from your research. Thank you.