Low self-assist type iron core for permanent magnet magnetic energy motor

Abstract

The invention provides a low self-assist type iron core for a permanent magnet magnetic energy motor. A main structure of the low self-assist type iron core includes an incomplete silicon steel sheet outer ring, a complete silicon steel sheet inner ring, eight iron cores and the like; the eight iron cores are installed at the inner side of the incomplete silicon steel sheet outer ring to constitute an integral whole; the complete silicon steel sheet inner ring is installed at the inner sides of the iron cores to constitute an integral whole with the eight iron cores; and therefore, a complete iron core with a winding gap at the outermost side is formed.

Description

Technical field [0001] The invention relates to a low internal aid type iron core of a permanent magnet magnetic energy motor, in particular to an iron core of a generating coil on the back side capable of collecting surplus energy generated on the back side of a permanent magnet of a generator. It belongs to the field of energy technology. Background technique [0002] Physics textbooks say that only when the coil cuts the lines of magnetic force and does work can it produce current and generate electricity. In fact, when the permanent magnet does work on the front generating coil, the magnetic field on the back will also change. This change is a process in which the magnetic field does work and can generate electric energy. According to the latest test results, when the front-side power generation iron core generates one degree of electricity, the back generation coil can also generate one degree of electricity. Using this instantaneous magnetic field change, electrical ...

AI Technical Summary

Problems solved by technology

A variety of mechanical perpetual motion machines have been successfully tested abroad, but these perpetual motion machines are low in efficiency and large in size, and will definitely be eliminated by electronic perpetual motion machines soon