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本发明讲述电气马达,它比较详细地讲解磁滞型交流电气马达。磁滞马达一般包括定子,它由磁性材料组成,揉用环型叠片式结构。马达的定子包括许多径向定子槽,槽的一端伸展到定子内孔的内环表面。一个或多个定子绕组安置在定子槽中。磁滞马达同时包括转子,它安装在定子内孔中并绕中心转动,转子表面与定子内环表面之间存有空气隙。转子通常由园柱形固体铸件组成,或采用叠片类（尺人）,使用高硚顽磁性材料。 当定子绕组通电后,建立旋转磁场,定子旋转磁场通常沿径向越过定子与转子之间环形隙作用栓转子磁性材料,从而使转子外表面产生磁枳。 定子产生的磁场是旋转的,它与转子外表面感应的磁枳
The present invention relates to an electric motor which explains in more detail the hysteresis type AC electric motor. The hysteresis motor generally includes a stator, which is made of a magnetic material and kneads in a ring-shaped laminated structure. The stator of the motor includes a number of radial stator slots, one end of which extends to the inner ring surface of the inner bore of the stator. One or more stator windings are disposed in the stator slots. The hysteresis motor also includes a rotor, which is mounted in the bore of the stator and rotates about the center. There is an air gap between the rotor surface and the inner surface of the stator. The rotor is usually composed of cylindrical solid castings, or lamination (ruler), the use of high coercivity material. When the stator winding is energized, a rotating magnetic field is established. The rotating magnetic field of the stator usually passes through the annular gap between the stator and the rotor to act on the magnetic material of the pin rotor so as to make the magnetic trifoliate orange on the outer surface of the rotor. The magnetic field generated by the stator is rotating, and it is magnetically induced by the outer surface of the rotor