| 摘要 |
A frictionless wind turbine utilizing a plurality of magnetic levitation bearings for magnetic levitation is disclosed. The frictionless wind turbine comprises a housing, a plurality of turbine blades, a rigid shaft, a plurality of magnetic levitation bearings, at least one compression bearing, a plurality of stationary electrical coiled segments and a plurality of magnet segments. The magnetic levitation bearings are arranged in magnetic communication with each other to create a magnetic repulsive force for magnetic levitation. The magnetic levitation bearings and the compression bearing freely rotate around the rigid shaft. The magnetic repulsive force and a twisting motion of the turbine blades cause a rotational motion of the magnet segments, thereby inducing electrical energy in the stationary electrical coiled segments. The electrical energy, induced by means of magnetic induction, is then transferred to wires in the rigid shaft. |
| 主权项 |
1. A frictionless wind turbine comprising:
a housing having a rigid head portion, a rotating shaft portion and a rigid base portion; a plurality of turbine blades attached to the rotating shaft portion; a rigid shaft arranged along a longitudinal axis of the housing; a plurality of magnetic levitation bearings operatively attached to the housing, each of said magnetic levitation bearings having a positive polarity side and a negative polarity side, and each of said magnetic levitation bearings arranged along the longitudinal axis with same magnetic polarity sides of a pair of the plurality of magnetic levitation bearings in magnetic communication with each other to create a magnetic repulsive force for magnetic levitation; at least one magnetic compression bearing arranged along the longitudinal axis and operatively attached to the rotating shaft portion; a plurality of stationary electrical coiled segments attached to the rigid shaft along the rotating shaft portion between the plurality of magnetic levitation bearings and the at least one magnetic compression bearing; and a plurality of magnet segments, each having a magnetic polarity, operatively attached to the plurality of stationary electrical coiled segments; whereby the magnetic repulsive force and a twisting motion of the plurality of turbine blades causes a rotational motion of the plurality of magnet segments thereby inducing electrical energy in the plurality of stationary electrical coiled segments. |
