LArendsian Solids -Toroidal Flux Motor - Generator - Concept 3D model

The L'Arendsian Solids - Toroidal Flux Motor - Generator - Concept

The L'Arendsian Solids Collection: Toroidal Flux experimentation kit.

the shape must turn, forced by shape. then we can change the angles to gain properties on locations we desire.we can blow air on it, or through it, it will turn. we can blow water on it, or through it, it will turn.we can blow high voltage electricity [ions] on it, it will turn. if we deck it with magnets, it will surely respond.now, the entire coil, is one single coil, making one single magnetic flux per full linear rotation of a single electron completing the elongated path,yet is useful time and time again on several locations during different times of the cycle. many, many things can be thought of or done withthese toroidal flux shapes. have fun experimenting etc. the holy grail, must have had a twist in it.

an axle can fit through the center, that lightly contact the entire motor core shape, while still allowing flux or flow to pass along it through the indentured slits on the surface. the core can be 3d printed with an insulating material, or made to guid electricity all together using a metal.we can perfect the power supplied power and the mass spread out over the center axis how and where we would like.

i have only added a few example of the usage of this toroidal shape. perhaps an inverted brushless motor can be devised as shown in the most frontal example. one example had more of a conal shape, one is the perfect round spherical shape, one is the elongated shape, all serving a different purpose, when rotated. my head exploded from all the possibilities for axial wind generation, frontal wind generation, hydro electric possibilities, we could possibly even move it with only magnets, depending on orientation and ball bearing used etc.

i especially like the elongated thruster model, wind from the front is funneled inward, turning the shape, but also wind along the outside will follow the shape, and then compress the flow behind the model by following the shape inwards.

thank you for reading, every like helps me to continue. take care.