首页> 外国专利> ROTOR FOR SEPARATELY EXCITED INNER ROTOR SYNCHRONOUS MACHINE, INNER ROTOR SYNCHRONOUS MACHINE, MOTOR VEHICLE AND METHOD

ROTOR FOR SEPARATELY EXCITED INNER ROTOR SYNCHRONOUS MACHINE, INNER ROTOR SYNCHRONOUS MACHINE, MOTOR VEHICLE AND METHOD

机译:用于分别励磁的内转子同步电机的转子,内转子同步电机,电机和方法

摘要

The invention relates to a rotor (12) for a separately excited inner rotor synchronous machine of an electrically drivable motor vehicle, having a plurality of rotor windings (20) for forming a rotor magnetic field and a rotor core (13) for holding the rotor windings (20), wherein the rotor core (13) has an annular rotor yoke (14) with a number of rotor poles (15) corresponding to a number of rotor windings (20), which poles are arranged along a rotor circumference on the rotor yoke (14) and on which the rotor windings (20) are arranged, wherein the rotor poles (15) are formed of multiple parts and each have a rotor tooth (16) and at least one pole shoe element (17) separate therefrom, wherein the rotor teeth (16) are formed as a single piece with the rotor yoke (14) and the pole shoe elements (17) can be mechanically connected to the rotor teeth (16) after arranging the rotor windings (20) on the rotor teeth (16). The invention further relates to a separately excited inner rotor synchronous machine, a motor vehicle and a method.
机译:本发明涉及一种用于电驱动机动车辆的单独励磁内转子同步电机的转子(12),其具有用于形成转子磁场的多个转子绕组(20)和用于保持转子的转子芯(13)。绕组(20),其中转子芯(13)具有环形转子轭(14),该转子轭具有与多个转子绕组(20)对应的多个转子磁极(15),这些磁极沿转子圆周布置在转子上转子轭(14),其上布置有转子绕组(20),其中,转子磁极(15)由多个部分形成,并且每个转子磁极具有转子齿(16),并且至少一个与其分离的极靴元件(17)其中,转子齿(16)与转子轭(14)形成为一体,并且在将转子绕组(20)布置在转子上之后,极靴元件(17)可以机械连接到转子齿(16)。转子齿(16)。本发明还涉及一种单独励磁的内转子同步电机,机动车辆和方法。

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