Author Topic: The bearing motor (Read 75378 times)

gravityblock · « **Reply #135 on:** June 13, 2015, 12:43:24 AM »

Tinman,

I decided to do a few illustrations instead of a video. You are so hard headed it is unbelievable. We are looking at things from a different perspective. It's like you say the hands on the clock rotate CCW when looking at the back face of the clock, and I say the hands on the clock rotate CW when looking at the front face of the clock. Use whatever works for you.

Gravock

tinman · « **Reply #136 on:** June 13, 2015, 02:15:52 AM »

Quote from: gravityblock on June 13, 2015, 12:43:24 AM

Tinman,

I decided to do a few illustrations instead of a video. You are so hard headed it is unbelievable. We are looking at things from a different perspective. It's like you say the hands on the clock rotate CCW when looking at the back face of the clock, and I say the hands on the clock rotate CW when looking at the front face of the clock. Use whatever works for you.

Gravock

Gravoc
Surly you know that the current flow through the disc's must be opposite in order for them to counter rotate in the same magnetic field

synchro1 · « **Reply #137 on:** June 15, 2015, 01:01:35 AM »

Quote from: Magluvin on June 11, 2015, 07:54:40 AM

Some magnet companies make custom magnets. So if a tube magnet could be made, say N on the outside of the tube and S on the inside, then just have a copper tube that slides onto the tube magnet. Then we could just put the brushes on the ends of the copper tube to pull current or run as a motor.

Mags

@Mags,

I got results like that with an aluminum axle. The setup will generate power from the ends of the copper tube. The magnet tube you describe would be polarized "Radially". This will work with a diametrically polarized tube too.

gravityblock · « **Reply #138 on:** August 06, 2015, 04:34:13 PM »

Quote from: tinman on June 13, 2015, 02:15:52 AM

Gravoc
Surly you know that the current flow through the disc's must be opposite in order for them to counter rotate in the same magnetic field

No, according to empirical evidence (see Lorentz Force in a conducting liquid), there is counter rotation in the same magnetic field when current flows in the same direction diametrically across the entire magnet. I thought I posted this before, but it appears my post didn't go through properly.

Gravock

gravityblock · « **Reply #139 on:** August 07, 2015, 04:53:47 PM »

deleted.....posted in wrong thread by accident.

Gravock

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gravityblock

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