Magnet force shield

[synchro1]

this shows the frame braces and repulsion magnets for a monopole. the center sleeve bearing supports piston axle and moving magnets. the shield rotors connect top and bottom to the rim of the rotating hub on the sleeve bearings. 2 shield rotors need 2 sleeve bearings.

[Floor]

@ synchro

Is there a reason why you have not moved this over to the other topic as per my request ?

There is no momentum conservation advantage to a rotating platter, unless the shield magnet
array / arrays physical dimensions are long enough to continue the shielding during the return of the output magnet to its near / start position. Other wise, the platter would need to start and stop,  just as would a reciprocating shield.  Also the gap in the shielding, between the shields next arrival must be long enough to allow the output stroke to complete.

                 See JPG below. That design could of course be instead based upon a platter.
.... ..... ..... .....
I envision a low speed high force device.  Low speed means small losses due to resistance to acceleration,  because high speeds are never reached within the magnet assembly itself. 

To conserve momentum, then becomes a little or no advantage proposition. 

High speed / rotation so on, may be later accomplished in a second stage (gears).

  Just my take on it though.
             floor

[Floor]

Deleted

[Floor]

Qoute from synchro1

Here's an idea for a motor. The rotor with the shields pumps multiple connected repulsion magnets. Gravity returns them, but the power of the combined repulsion would be multiplied! This set of repulsion magnets would need a latch to keep them in position for maximum force. Six or eight tied together should generate many times the force needed to rotate the shield rotor. A screw axle through the center could rotate the shield rotor a notch at a time.

end of quote from synchro 1

This is not then a continuous rotation platter ?

The power is multiplied because all pumped magnets arrive at the non-shielding parts of the platter at the same time?

Pumped magnets latched at near position until fully exposed to the fixed magnets by the platter's rotation?

A shield magnet presents both a N and a S pole, to both, the fixed and pumped magnets, when the shield magnet is between those two ?

    Nice

      floor

[Floor]

Alternatively

The fixed and pumped magnets each present a N and a S pole to a single pole of a shield magnet?

   floor