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

[Cloxxki]

Sorry, I was being facetious. I don't understand where the gain is observed.

[sm0ky2]

Sorry, I was being facetious. I don't understand where the gain is observed.

I'm not prepared to call it a "gain" yet. Need more data


There is definitely an increase in torque
But i can do that with a fat kid on the other end of a See-Saw


What i see is 'magnetic leverage'


To quantify an energy gain we need measurements

[Cadman]

...
What i see is 'magnetic leverage'
...

Leverage is good...

Can you answer this please, if you were to tape a couple of wood sticks across all 3 sets of magnets, tying them rigidly together, would it take more effort to turn the crank than it does in your video?

[sm0ky2]

Leverage is good...

Can you answer this please, if you were to tape a couple of wood sticks across all 3 sets of magnets, tying them rigidly together, would it take more effort to turn the crank than it does in your video?

That was the first test:
I belted the upper (weighted disk) and spun that as a base reference.
Then again using only the lower disk with the center magnets.
To see how much force it takes irrespective of the magnetic gear


Spinning the weights directly with the belt is rather difficult and stretches the belt
its this elasticity constant that indicated i should continue the tests
Had there been no leverage, the belt would have stretched in the geared tests


Also its very noticeable. Build one


Note: i did not use any "1 way bearings"
If you need one for your build, we may be able to harvest them from rear bicycle wheels?

[sm0ky2]

What im thinking is happening here, as we apply force to the gear magnet,
the gap between the fields closes, pushing both magnets with the strength of the compressed magnetic field
This is not the same as physically pushing an object:


i can set up some linear magnetic sliders to demonstrate this if needed
or move a magnet using a solenoid (field interaction)
Then again Physically attached to the solenoid piston


We know from hydraulic control solenoids that the field has more leverage than our physically pushing a rod
The "leverage" in the electrical case, is synonymous to a hydraulic fluid system.
This is understood, and can be dismissed. Instead we measure energy into the solenoid
and output force on the magnetic assembly.
(attached and unattached, taking careful note of the distance moved)

Note: a basic set-up of the above experiment will require moving the measurement point further away during the magnetic test to account for the gap between the assemblies. Failure to account for this applies incorrect pressure onto the measuring device and will change the results.


Also important to understand is the magnetic compression ratio between the magnetic pair.
This won't make or break the effect, but will change precise force measurements between different magnetic pairs. Meaning ratios should be used to represent input vs output, rather than sharing explicit newton measurements for every unique build. (which would just serve to convolute our understanding)