Abstract: A magnetic levitation motor has a housing, a plurality of stators and a plurality of rotors. The housing has a shaft hole there through, the shaft hole accepting a bearing, the bearing rotatably engages with a rotating shaft that extends from two ends of the housing, and a plurality of fastening portions are disposed on the rotating shaft. A main body section is disposed between at least two of the fastening portions, and the housing having a plurality of dividers to define a plurality of containing spaces. The stator has a fixing disk wrapped with a coil and having a through aperture the fixing disk, and the fixing disk has a plurality of first magnets circularly and radially arranged. The rotor has a moving disk with a toothed hole at a center the moving disk, and the moving disk having a plurality of second magnets arranged circularly and radially.

Abstract: A magnetic levitation motor has a housing, a plurality of stators and a plurality of rotors. The housing has a shaft hole there through, the shaft hole accepting a bearing, the bearing rotatably engages with a rotating shaft that extends from two ends of the housing, and a plurality of fastening portions are disposed on the rotating shaft. A main body section is disposed between at least two of the fastening portions, and the housing having a plurality of dividers to define a plurality of containing spaces. The stator has a fixing disk wrapped with a coil and having a through aperture the fixing disk, and the fixing disk has a plurality of first magnets circularly and radially arranged. The rotor has a moving disk with a toothed hole at a center the moving disk, and the moving disk having a plurality of second magnets arranged circularly and radially.

Abstract: A fuel economizer comprises a pipeline with thermal conducting elements and having a chamber contained therein, a plurality of magnetic elements each of which having a through hole formed therein and wrapped within a metal element that is formed with a plurality of spacings and disposed within the chamber of the pipeline, and a plurality of elastic elements disposed within the chamber of the pipeline and located at two opposite sides of the magnetic elements, respectively.

Abstract: A fuel economizer comprises a pipeline with thermal conducting elements and having a chamber contained therein, a plurality of magnetic elements each of which having a through hole formed therein and wrapped within a metal element that is formed with a plurality of spacings and disposed within the chamber of the pipeline, and a plurality of elastic elements disposed within the chamber of the pipeline and located at two opposite sides of the magnetic elements, respectively.