Bi-Linear Solenoid - Aero Thruster - Concept 3D print model

Bi-Linear Solenoid Aero Thruster - Concept.

The name says it all, two solenoid motions acts as one, each counteracting the other, yet with a little difference between up and down motions of the central rod, carrying the compressor shuttle plate. the two coils can be connected on the outside to power them both as one coil, expecting the same push but in the opposite direction, so the one coil must be turned from the other in its polarity.

the central metal rod is pushed up and down, and has magnets on both outer ends, placed so they repel the magnets of the stator housing, never allowing the rod to touch any of both sides, to keep it magnetically suspended between both poles. this repelling is also assisted by true mechanical springs, to help the magnets repel the rod with more mechanical strength.

the central metal rod is also connected to the compressor shuttle plate, which has little air pass through holes, together with the top stators shape will compress air through the plate, before swooping all air down towards the bottom of the thruster. the top of these holes is big, as we want air to be pushed to the underside of the plate, but the holes are tiny on its bottom, because we do not want air moving back through them that we wish to compress and push out. making the path harder yet not impossible.

the outer housing also has tiny top air holes to let new cold air flow in while the compressor shuttle plate is moving downwards. pulling in new air inwards behind it. this completes a single cycle for the compressor, or thruster.

of course many parameters can be tweaked, the thruster can be an elongated cylinder, to enable us to have a larger metal rod, which in turn needs bigger coils to move it, etc. if there is not enough fresh air fast enough, bigger holes can be made. etc.

it's all about the concept of using both ways of the bilinear motion, yet creating a small pressure difference between above and below the plate, or 360 degree wing.

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