Magnetic Energy Automaton Mechanical Oscillator for Multiple Uses (MEAMOMU)

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MEAMOMU is a scalable replacement for the tension released spring used in watches and automatons that are used for automation robotics in manufacturing or general use. The two models are:

1) coupled same polarity single carriage traversing chamber with a minimum of four balanced linear interactive magnetic nodes, with linear horizontal oscillations of at least two linear capsule magnets on centered Pyrolytic Carbon poles the downward pull of Earth's gravity is the only external stain on momentum. As the magnets travel forward on the Pyrolytic Carbon poles to the steel centered capsule they also push close a Pyrolytic Carbon origami bellow until the bellow covers enough of the steel capsule's surface area and repulsing the two capsule magnets far end same polarity flux and thus causing the same magnetic flux polarity coupled together to collapse and causing reverse momentum or repulsion of the two capsule magnets. Now the most important key point is getting the Pyrolytic Carbon origami bellow to uncover the steel capsule when the two capsule magnets are in reverse momentum because their reverse momentum might not be enough to uncover enough capsule steel surface for reattraction. So, a spring force or external magnet of sixteenth the strength of primary magnets like a automatic door closer will be used to make sure the bellow retracts enough to cause reattraction of the two same polarity capsule towards the steel capsule coupler;

2) separated but balanced dual carriage traversing chambers with a minimum of four balanced linear interactive magnetic nodes. Continuous linear mechanical oscillator with only permanent magnets was started by Professor Eric Laithwaite and now finished by Greg Spaulding. A cylinder-shaped permanent magnetics of same polarity ends are attraction coupled together with a 304 Ferritic piece of steel of sufficient diameter and thickness, and then the coupling is severed by the insertion of another 304 Ferritic piece of steel of the same sufficient diameter and thickness, which causes ferromagnetic repulsion. I discovered from experimentation pyrolytic carbon of the same sufficient diameter and thickness as the piece of 304 Ferritic of steel but with a hollowed center pushed onto the 304 Ferritic piece of steel causes diamagnetic repulsion. From the lectures a same polarity magnetic flux coupler for linear cylinder permanent magnets all four end polarities must integrate their flux flow into the 304 Ferritic piece of steel or the close meeting ends of same magnetic flux polarity causes ferromagnetic repulsion. The permanent magnetic cylinders with holes drilled down the center and its holes filled on both ends its polished tempered glass to 304 Ferritic steel couplers on polished 200 Austenitic steel poles. To make the oscillations autonomous the pyrolytic carbon circular pieces are attached to a balanced carriage traversable chamber, so when one side of a mating magnetic cylinder coupler is covered the oscillating magnetic cylinder pull strength pushes on the pyrolytic carbon bellow the other section is uncovered.


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  • Name:
    Gregory Spaulding
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