Magnet force shield

[synchro1]

Like this; The spring has to release and push the gear rack before the repulsion magnet is repositioned by the last bit of force. A spring with a center latch pin may help this to work! This would allow the spring to release part way to first move the shield magnet, then release completely to reposition the free moving repulsion magnet. The combination of the 3d printed gears and the double latching center pin springs can bring this concept to life!

The sliding shield magnet has to work against a weak latching spring that's loaded by the repulsion main power magnet spring.

[synchro1]

moving two shields from the ends to the center would half the pinion throw, double the rpm or power. the perpendicular rack is missing, but can be a complex package like above.

[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.

[Floor]

@ Synchro

Firstly, thanks for the input.

[Floor]

@ synchro 1

My reply is at

https://overunity.com/18511/floors-magnets-explained/msg546731/#msg546731

       floor