Magnetic motor

摘要

Every known technology which is used to produce a torque is dependent on a continuous supply of energy. The magnetic motor is intended to make it possible to produce a continuous torque, without any further supply of energy, by means of the high remanence of the magnets, which are used as the rotor and stator. The [lacuna] which are arranged around a rotation axis and consist of four joined together rotor permanent magnets, which are formed in a rectangular manner, with their hemispherical pole pair ends experience pushing and pulling a plurality of times within the semi-circular pole shoe arrangement in a full circle in a non-homogeneous stator magnetic field, which likewise consists of permanent magnets, and thus experience a resultant, continuous torque in the clockwise direction. Since the joined together stator permanent magnets have two non-homogeneous magnetic fields (+ and -), the second rotor is arranged with rotor permanent magnets, which are joined together in an opposing manner and are formed in a rectangular shape, around the same rotation axis, which second rotor likewise experiences a continuous torque in the clockwise direction. Depending on the size of the stator, rotors having more than four rotor pairs in a non-homogeneous magnetic field can also be designed, and thus allow such magnetic motors to be used in the wide spectrum of physical/technical fields.