Toroidal inductance generator

The second claim I am making is for a low ferrite, liquid impervious, toroidal vessel. This toroidal vessel will be contrived of two or more pieces, and when assembled will create a closed, air tight, hollow toroidal. The hollow chamber, being the inside void of the toroidal, will be partially filled with a highly viscous liquid lubricant, and will be sealed air tight to prevent the liquid lubricant from leaking out. The hollow inner area of the toroidal is smooth, and guides the permanent magnets that revolve within the vessel. The toroidal is the housing means for the internal magnets. These internal magnets, and the circular brace connecting them, are allowed to revolve freely as an assembly, within the lubricant, and the confines of the sealed toroidal. The toroidal is made from a material that will not compromise its characteristics when containing lubricant indefinitely.

The fourth claim I am making is, for the method of inducing current by rotating on axis, a plurality of permanent magnets, inside a copper wire wound toroidal vessel (part 3 and 4), using an applied external coercive magnetic field, emitting from magnets affixed to a shroud (part 2), for the purpose of coercing rotation of said internal magnets, and inducing current from orbiting magnetic fields both inside and outside the surrounding copper coil.

The fifth claim I am making is for a spacer brace. This brace is circular, and rigid, and is used as a means of affixing a plurality of spherical capsules equidistant through 360 degrees on a single plain. The spherical capsules are affixed to the circular brace purposely to direct the field emissions of common polarities, in any direction deemed effective for maximizing the inductance of electricity in the surrounding coil. The brace is made of low ferrite materials that will not compromise their characteristics while submerged in lubricant indefinitely.

The seventh claim I am making is for the orbiting of multiple magnetic fields, both internally and externally around a copper wire wound toroidal vessel to induce electricity. This is the first time a plurality of magnets has been rotated both inside the winds of copper toroidal coil, and outside the winds of the toroidal coil simultaneously, to induce electricity. My invention uses the natural laws of opposing magnetic forces, and applies an external magnetic force to permeate the walls of the toroidal vessel, the copper wire coil and air gap to cause movement to the internal magnets of the toroidal vessel. The close proximity of the opposing fields amplifies the normal coercive strength of the individual magnetic fields, causing an increased field strength, and inductance efficiency.

The ninth claim I am making is for the use of a low ferrite toroidal vessel core, as containment means, for a plurality of permanent magnets to be rotated or held fixed within its void.

The twelfth claim I am making is for an alternating current type of the inductance generator that is identical to the invention described in claim 1 but has fixed internal magnets. The difference being the internal magnets described in claim 1, rotate inside the toroidal vessel. In claim 12 the internal magnets are fixed. Said magnets are held equidistant by a brace described in claim 5. I claim this brace as my intellectual property.