CMOS Oscillator

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My math adds up to 8.3 milli joules about 2/3 of the power needed to reverse the polarity of an axial 1 inch long Alnico cylinder.

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A tiny coil H bar "Washtub Stator" flux bridge would neutralize the force of many powerful neodymium's attached to the legs behind it. A sister would attract and seperate with very small amounts of power to those aortic fulcrum points. The same electrical short can handle multiple power levels.

It would cost the same power to neutralize any amount of magnet strength through the flux loop stator bridge compared to an Art Porter design that energized masking  with an electromagnet coil of matching strength.

Replace the tensioners with pump diaphragms then calculate and compare the watts of input consumption to the many pounds of pressure stored in the tank.

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Here are the 2 Cycles of the Eklin generator:

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Member Floor reports measuring a 30 to 1 sheer to push pull advantage with his ceramic magnet shield.

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Positioning two ceramic stacks on the base and rotating two magnet shields at the ends of a rotor arm by 90 degree increments with a central stepper rotor motor would pump two overhead stacks by gravity without the need for Eklin return springs or shield solenoids. A latching relay would hold and release the stacks for complete removal of the shield. A square axle nut and connecting bar with a couple of legs for frame.

A 30 to 1 COP may be possible with this kind of generator? This design makes "Reverend Floor" look like Wiley Coyote. Beep beep!