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    • 5. 发明授权
    • Alternator with exciting means arrangement
    • 发电机具有令人兴奋的装置安排
    • US06333581B1
    • 2001-12-25
    • US09509508
    • 2000-05-31
    • Walter KohlIstvan RagalyAlexander ShendiHans-Peter Groeter
    • Walter KohlIstvan RagalyAlexander ShendiHans-Peter Groeter
    • H02K1936
    • H02K19/365H02K19/26H02K19/36
    • The electrical machine, in particular a three-phase generator, has a stator (21) secured in a housing (10) and a claw pole rotor (23) which is secured on a shaft (13) and has an exciter winding (28). Between the claw pole rotor and a bearing plate (17) that closes off the housing, there is an electrical repeater (29) for exciting the exciter winding (28). The primary winding (30) is disposed along with the core (36, 41, 47) on the bearing plate (17). The primary and secondary windings (30, 31) of the repeater (29) are disposed between the bearing plate (17) and the claw pole rotor system (23); the primary winding (30) is disposed in a stationary core (36, 41, 47), and the secondary winding (31) is disposed in a rotating core (35, 42, 48), and the windings are coupled via an air gap (38).
    • 电机,特别是三相发电机具有固定在壳体(10)中的定子(21)和固定在轴(13)上并具有励磁机绕组(28)的爪极转子(23) 。 在爪极转子和封闭壳体的支承板(17)之间,设有用于激励励磁机绕组(28)的电中继器(29)。 初级绕组(30)与芯(36,41,47)一起设置在支承板(17)上。 中继器(29)的初级和次级绕组(30,31)设置在支承板(17)和爪极转子系统(23)之间; 初级绕组(30)设置在固定铁芯(36,41,47)中,次级绕组(31)设置在旋转铁心(35,42,48)中,并且绕组经由气隙 (38)。
    • 7. 发明授权
    • Clan pole generator
    • 氏杆发电机
    • US06548935B1
    • 2003-04-15
    • US09868479
    • 2001-08-13
    • Alexander ShendiJérome DebardSylvian Briand
    • Alexander ShendiJérome DebardSylvian Briand
    • H02K128
    • H02K21/044
    • An electric machine is proposed, in particular a generator for a motor vehicle, having an excitation system comprised of a number of electrically excited individual poles in the stator or rotor. The stator (40) or rotor (39) is embodied in the form of electromagnetically excited poles (37, 38) which are oriented axially along the circumference and whose polarity alternates in the circumferential direction, in which permanent magnets (43) are inserted into intermediary spaces (42) between the alternating poles (37, 38) in order to reduce the magnetic leakage flux. The attachment of the permanent magnets (43) to the stator (40) or rotor (39) is characterized in that the permanent magnets (43) are each secured by means of a securing element (44) which cannot be excited magnetically, wherein these securing elements are secured on both sides in pole grooves (46, 47) and one pole groove (46) is let into the longitudinal side of a pole (37) and one pole groove (47) is let into the longitudinal side of an opposing pole, the pole (38).
    • 提出了一种电机,特别是用于机动车辆的发电机,其具有由定子或转子中的多个电激励的单极组成的励磁系统。 定子(40)或转子(39)以电磁激励的磁极(37,38)的形式被实施,电磁激励的磁极(37,38)沿圆周方向轴向定向,并且其极性在圆周方向上交替,永磁体(43)插入其中 为了减少漏磁通,交替极(37,38)之间的中间空间(42)。 永磁体(43)与定子(40)或转子(39)的连接的特征在于,永磁体(43)均通过固定元件(44)固定,固定元件(44)不能被磁力激励,其中这些 固定元件固定在磁极槽(46,47)的两侧,并且一个磁极槽(46)进入磁极(37)的纵向侧,一个磁极槽(47)被放入相对的纵向侧 杆,杆(38)。
    • 10. 发明申请
    • Stator for an Electrical Machine
    • 电机定子
    • US20070216253A1
    • 2007-09-20
    • US10583672
    • 2004-12-14
    • Alexander Shendi
    • Alexander Shendi
    • H02K1/00H02K3/48H02K1/28H02K1/12
    • H02K1/165
    • A stator for an electrical machine, in particular a rotary current generator, is proposed, in which the stator (36) is made by the flat-packet technique and comprises at least one stator iron (10) and a stator winding (30), and the stator iron (10) has a substantially annular-cylindrical shape, and the stator iron (10) has an axial direction (a) which is oriented in the direction of a cylinder axis, and the stator iron (10) has an end face, oriented in the direction of the cylinder axis and defining a slot area (ANut), and a ratio (A) formed of the slot area (ANut) and the end face area amounts to between 0.4 and 0.8.
    • 提出了一种用于电机,特别是旋转电流发生器的定子,其中定子(36)由平包技术制成并且包括至少一个定子铁(10)和定子绕组(30), 并且所述定子铁(10)具有大致环状的圆筒状,所述定子铁(10)具有沿缸筒轴线方向取向的轴向(a),所述定子铁(10)的端部 面朝向圆柱体轴线的方向并且限定狭槽区域(A< N& N& N),以及由狭槽区域(A< N& N& N)形成的比率(A)和 端面积在0.4和0.8之间。