Magnetic flux motor just patented that creates it's own electricity!

[sm0ky2]

Ok guys, i remade my video with (i hope) better audio


Also changed the drive magnet to something easier for me to demo


https://youtu.be/0KqaxvxDKKE


You can throw this interaction into your FEMM simulator
or build something on your own


The math checks out, and this works in real world examples


That being said:


I don't see how this is any different than a mechanical drive mechanism.
Take for instance a linear spin drive: where you apply a mechanical force in one direction
and it translates to a high rpm spin in a single plane


This was used in devices like toy helicopters with a squeeze trigger to launch them
Or some types of pedal-sewing machines, etc.


There IS a mechanical leverage


I am not entirely certain wether or not this amounts to a gain in total energy.
At this point i have not seen evidence of such.

[sm0ky2]

Planetary gears have shown to be extremely efficient,
Which is why they are used by people like NASA and robotics engineers


So the research may have valid applications


As per the "OU" claim,
I'll wait for a working replication

[Cloxxki]

If its main rival were to be the planetary gearset, what applications might the cogging NOT be a deal breaker for, considering the minute losses to be overcome?

Brain fart: With the system in repelling mode, the rotors seeks an equilibrium between stator poles, correct? Elimitating the closer proximity cogging, I could see that being advantageous. Less sure whether it's workable...

[bistander]

The stable detent is when magnet is aligned with tooth. See the graphic attached to my post. Position C, figure 6.
bi

[floodrod]

Excuse my reply if I am wrong.  I usually won't reply if I feel it is out of my lane, which this is.  But I have to ask..

It appears to me like the machine builds great torque only when it jumps the gap.  But then there is the opposite reaction when the flux path aligns again which results in little to no torque. So the torque on the output is not constant. It has peaks and valleys.

I see this somewhat similar to the "twist drive".  In that case, COP 2:1 is created- but COP 1:2 when resetting the device.

Here is the manual for the FUTEK IHH500. https://media.futek.com/content/futek/files/pdf/Manuals_and_Technical_Documents/IHH500Manual.pdf

Seems this advanced torque meter can be programmed to display any result we desire.  And we can not see the settings, The demo does not show wattage in / out comparison, does not show it looped, etc.

I remain doubtful till I see more.