Efficient winding structure for power generating rotor coil

Abstract

The invention relates to an efficient winding structure for a power generating rotor coil. The winding structure consists of a plurality of parallel and overlapped winding units wherein each winding unit consists of at least one basic structure; each basic structure comprises a quadrangle defined by a lacquered wire; the two opposite edges of each quadrangle are respectively parallel; and in each quadrangle, the current directions in the lacquered wire for forming the four edges have the following relationship that the four edges of the quadrangle are divided into two groups according to the adjacent relationship; the current direction of each edge in each group points to the cut angle direction of the two adjacent edges; and the two cut angles are one group of opposite angles of the quadrangle. The coil has high electromagnetic conversion efficiency; and the relatively great current output can be obtained through relatively small input.

Description

technical field [0001] The invention relates to a generator rotor coil. Background technique [0002] The magnetic field is an invisible and intangible special substance. The magnetic field is not composed of atoms or molecules, but the magnetic field exists objectively. Magnetic fields have the radiation properties of wave particles. There is a magnetic field around the magnet, and the interaction between the magnets takes the magnetic field as the medium, so the two magnets can work without contact. A special form of matter that exists in the space around an electric current, moving charge, magnet, or changing electric field. Since the magnetism of a magnet is derived from the current, and the current is the movement of charges, in a nutshell, the magnetic field is generated by moving charges or changes in the electric field. From the perspective of modern physics, the ultimate components that can form charges in matter are only electrons (with unit negative charge) and...

AI Technical Summary

Problems solved by technology

[0003] In the classical magnetic field theory, most of the formulas are correct and have been used until now, but the most fundamental problem in the whole theory is that it uses the assumption of a so-called separate magnetic pole that does not actually exist

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