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Overunity Machines Forum



The bearing motor

Started by tinman, May 28, 2015, 11:10:41 PM

Previous topic - Next topic

0 Members and 37 Guests are viewing this topic.

MileHigh

The spinning globes are great, and they want some margins after spending all that development money!  One thing that is worth mentioning is that the inner globe is floating on two oils, one is more dense than the other.  That's the solution to the vertical stabilization problem.   If you had a keen eye, you might be able to see the boundary layer between the two oils.

You figure that this novelty item could possibly spin for tens or even hundreds of years!   He also mentioned that the motor can run on as low as one microwatt of power.  I wonder how close Lidmotor has gotten to one microwatt.  Perhaps he has already done it.

As a far fetched guess, you wonder if after 100 years a thriving bacterial colony might be living inside the globe.  They would just genetically adapt to the new harsh environment.

Magluvin

Quote from: allcanadian on June 02, 2015, 11:35:17 AM
@Tinman
Below is a similar picture describing the direction of force found in every DC motor and as you can see only the layout has changed. The homoplar motor is a simple DC motor however our mind cannot put it into the proper perspective because we cannot connect the dots as easily as in the picture below.

AC

I think it may be more like the second pic I modified from the one you posted.  I dont believe the field lines below the current carrying wire would bow outward(down) from the wire.  Above the wire, the field lines of the current carrying wire are in the same direction as the field lines of the magnets. So I believe the field lines of the wire push away(upward) the field lines of the magnets, because like fields on a similar path push away from each other. Same as the field coming out of the pole of a magnet, they want to expand away from each other. Slice that magnet down the middle, pole to pole, having 2 N on top and 2 S on the bottom, and the 2 halves will want to push away from each other. ;)

Mags

MileHigh

QuoteSo please explain to me how this force is not uniform around the wire

There is nothing to explain again.  Just look at how the Lorentz force works from my favourite guy and apply it to the homopolar motor:

https://www.youtube.com/watch?v=_fbhcdS328c

https://www.youtube.com/watch?v=5Fnq8TGbTfE

I did a partial markup of the your graphic where I added the missing wire.  Just add the missing force to the diagram and see what you get.

Magluvin

Quote from: MileHigh on June 02, 2015, 12:43:13 PM
There is nothing to explain again.  Just look at how the Lorentz force works from my favourite guy and apply it to the homopolar motor:

https://www.youtube.com/watch?v=_fbhcdS328c

https://www.youtube.com/watch?v=5Fnq8TGbTfE

I did a partial markup of the your graphic where I added the missing wire.  Just add the missing force to the diagram and see what you get.

In your pic, wouldnt the other wire(added to the left) with current going upward want to go CCW(top view) while the wire to the right wants to go CW?

Mags

Edit   Ok, you have corrected the drawing so current flows down in the left hand wire..  The pic disappeared for a bit while I was copying, so you must have edited it.

tinman

Quote from: Magluvin on June 02, 2015, 12:57:59 PM
In your pic, wouldnt the other wire(added to the left) with current going upward want to go CCW(top view) while the wire to the right wants to go CW?

Mags

Edit   Ok, you have corrected the drawing so current flows down in the left hand wire..  The pic disappeared for a bit while I was copying, so you must have edited it.
Ah-see-->bingo right there mag's. If that pic is now correct,then how did your magnet roll when your setup resembled the first modified pic,where the current flow went up the left wire,not down.