Abstract: Provided is a generator in which straight rod magnets have been heated to form curved ones, with the identical polarity ends of the magnets having been forcibly butted together by diamagnetic connecting devices to form a field element ring. The field element ring is arranged through three Y-shaped sets (evenly spaced apart) of one inner and two outer roller devices set on a base steel sheet. Rotary drive force is applied from the centrally placed drive motor to one of the inner and outer roller devices to rotate the field element ring. Between, and in line with, the three sets of inner and outer roller devices are arranged three segments of an armature coil that is wound around the field element ring. In turn, the armature coil is encased within three segments of an armature core that are set on the base steel sheet.

Abstract: Provided is a generator in which straight rod magnets have been heated to form curved ones, with the identical polarity ends of the magnets having been forcibly butted together by diamagnetic connecting devices to form a field element ring. The field element ring is arranged through three Y-shaped sets (evenly spaced apart) of one inner and two outer roller devices set on a base steel sheet. Rotary drive force is applied from the centrally placed drive motor to one of the inner and outer roller devices to rotate the field element ring. Between, and in line with, the three sets of inner and outer roller devices are arranged three segments of an armature coil that is wound around the field element ring. In turn, the armature coil is encased within three segments of an armature core that are set on the base steel sheet. The rotary action of the field element ring within the armature coil generates a magnetic flux to admit into the armature coil, thus inducing an electromotive force.