Magnetic Explosive Engine

A magnetic explosion engine, comprising:

• a stator comprising a supporting disk and a plurality of low-temperature Curie point magnets provided on the supporting disk, wherein the supporting disk is of a disk-shaped structure, and the low-temperature Curie point magnets are all evenly distributed along the circumference of the supporting disk and are all centrally symmetrical about the center of a circle of the supporting disk;
• a rotor comprising a high-temperature disk, a low-temperature disk, and permanent magnet combinations, the number of which is equal to one-half of the number of the low-temperature Curie point magnets, wherein the high-temperature disk and the low-temperature disk are provided on both sides of the stator, respectively, and are fixedly connected by a heat-insulated column, two centrally symmetrical low-temperature Curie point magnets are in contact with and cooperate with the high-temperature disk and the low-temperature disk, respectively, the number of the permanent magnets is one-half of the number of the low-temperature Curie point magnets, the permanent magnets are all provided on the lower side of the low-temperature disk, and the magnetic poles of each of the permanent magnets interact with the two centrally symmetrical low-temperature Curie point magnets so that when the rotor meets with the two adjacent low-temperature Curie point magnets, a zero resistance enters the magnetic field, and a repulsive force goes out of the magnetic field, resulting in a relative magnetic force effect;
• and
• an output mechanism which is connected to the rotor in a transmission manner and converts the motion of the rotor into continuous rotation.