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    • 1. 发明授权
    • Electrical machines
    • 电机
    • US06787958B1
    • 2004-09-07
    • US10018736
    • 2002-04-22
    • Richard Thomas Walter
    • Richard Thomas Walter
    • H02K1700
    • H02K1/246H02K1/165H02K19/103
    • An electrical motor or generator comprises a rotor 79 without windings, a stator 78 having armature windings comprising at least two coils A1, A2 having active portions positioned within armature winding slots 81 in a stator iron, and field windings F having active portions positioned within field winding slots 80 in the stator iron. An electronic control circuit is provided for controlling the currents in the coils A1, A2 in synchronism with rotation of the rotor such that periods in which a magnetomotive force is generated in one direction by current flow in one of the coils alternate with periods in which a magnetomotive force is generated in the opposite direction by current flow in another of the coils. The armature winding slots and the field winding slots are equal in number and alternate with one another in the stator iron. Furthermore, considering the width of each slot 80, 81 as being the maximum extent of the slot in the direction of rotation of the rotor and considering the depth of each slot as being the maximum extent of the slot radially of the rotor and the thickness of the back iron behind the slot as being the distance between the maximum extent of the slot and the maximum extent of the armature iron along the same radial direction, the width of each armature slot 81 is greater than the width of each field winding slot 80 and the thickness of the back iron behind each armature winding slot 81 is greater than the thickness of the back iron behind each field winding slot 80. Such an arrangement optimises the power efficiency whilst making best use of the magnetic material.
    • 电动机或发电机包括没有绕组的转子79,具有电枢绕组的定子78包括至少两个线圈A1,A2,该线圈具有位于定子铁中的电枢绕组槽81内的有源部分,以及励磁绕组F, 定子铁中的卷绕槽80。 提供了一种电子控制电路,用于与转子旋转同步地控制线圈A1,A2中的电流,使得在一个线圈中通过电流流动在一个方向上产生磁动势的周期与其中的一个 通过在另一个线圈中的电流流动在相反方向产生磁动势。 电枢绕组槽和励磁绕组槽在定子铁中彼此相等并交替。 此外,考虑到每个槽80,81的宽度是转子旋转方向上的槽的最大范围,并且考虑到每个槽的深度是转子的径向最大程度的槽, 在槽之后的后铁是沿着相同径向方向的槽的最大范围与电枢铁的最大程度之间的距离,每个电枢槽81的宽度大于每个磁场绕组槽80的宽度, 每个电枢绕组槽81后面的后铁的厚度大于每个励磁绕组槽80后面的后铁的厚度。这种结构优化了功率效率,同时充分利用了磁性材料。
    • 3. 发明授权
    • Mangle magnetic structure
    • 混合磁结构
    • US06376959B1
    • 2002-04-23
    • US09422438
    • 1999-10-21
    • Herbert A. Leupold
    • Herbert A. Leupold
    • H02K1700
    • H02K21/12H02K16/02
    • A mangle magnetic structure is composed of a plurality of transversely magnetized parallel cylindrical rods forming a cylindrical shell defining an interior cavity filled with insulated wires in parallel to the mangle's principal axis. Two semicircular sections composed of the solid copper wires, within the interior cavity, are physically separated and insulated from each other by a barrier. The transversely magnetized parallel cylindrical rods are rotatable around each rod's individual axis, causing an interior magnetic field within interior cavity and the semicircular sections. The transversely magnetized parallel cylindrical rods are rotated so that the lines of force emanating from them produce an Alternating Current axial electromotive force to drive current through the semicircular sections and to an external load. In one embodiment, two sets of concentric transversely magnetized parallel cylindrical rods form the magnetic shell.
    • 弯曲磁性结构由多个横向磁化的平行圆柱形杆构成,所述多个横向磁化的平行圆柱形杆形成圆柱形壳体,所述圆柱形壳体限定内部空腔,所述内部空腔填充有与所述轧辊主轴平行的绝缘 由内部空腔内的实心铜线组成的两个半圆形部分通过隔离物彼此物理隔离和隔离。 横向磁化的平行圆柱形杆可围绕每个杆的单独轴线旋转,导致内部空腔内的内部磁场和半圆形部分。 横向磁化的平行圆柱形杆被旋转,使得从它们产生的力线产生交流电流轴向电动势,以驱动电流通过半圆形部分和外部负载。 在一个实施例中,两组同心横向磁化的平行圆柱形杆形成磁性壳。
    • 4. 发明授权
    • Automotive alternator
    • 汽车交流发电机
    • US06208058B1
    • 2001-03-27
    • US09478544
    • 2000-01-06
    • Ryoichi TajiKyoko HigashinoYoshihito Asao
    • Ryoichi TajiKyoko HigashinoYoshihito Asao
    • H02K1700
    • H02K3/12H02K3/50H02K11/046H02K2203/03H02K2203/09
    • An automotive alternator includes a shaft supported in a pair of brackets so as to rotate freely, a rotor secured to the shaft, a stator provided with a cylindrical stator core having a plurality of slots whose grooves extend in an axial direction of the stator core disposed circumferentially around the inner circumferential surface thereof and a stator coil wound into the slots, the stator core being secured to the pair of brackets so as to envelop the rotor, and a rectifier disposed within the pair of brackets so as to be positioned at the rear end of the rotor, wherein the stator coil is constructed by inserting a plurality of coil segments into each of the slots so as to align in rows in the radial direction within the slots and connecting the tips of each of the coil segments projecting axially outwards from the stator core to the tips of coil segments inserted into slots a predetermined number of slots away projecting axially outwards from the stator core, and wherein the coil segments are formed into a shape such that when inserted into the slots the tips extending axially outwards from the stator core are in close proximity to and overlap radially with the tips of the coil segments inserted into slots a predetermined number of slots away projecting axially outwards from the stator core.
    • 一种汽车交流发电机,包括一对支撑在一对托架中以便自由旋转的轴,固定在该轴上的转子,具有圆柱形定子铁心的定子,该定子铁芯具有多个槽,该槽具有沿着定子铁芯的轴向延伸的槽 周向地围绕其内圆周表面和缠绕在槽中的定子线圈,定子芯固定到一对支架以包围转子,并且整流器设置在一对支架内,以便位于后部 其中定子线圈通过将多个线圈段插入每个槽中而构成,以便在槽内沿径向排成一排,并将每个线圈段的顶端从 定子芯到线圈段的末端插入到槽中,预定数量的槽从定子芯轴向向外突出,并且其中线圈se 齿条形成为这样的形状,使得当插入槽中时,从定子芯轴向向外延伸的尖端与插入到槽中的线圈段的尖端紧密接触并与其径向重叠,预定数量的槽远离从 定子铁芯。
    • 7. 发明授权
    • Rotor for a motor
    • 转子用于电机
    • US06664688B2
    • 2003-12-16
    • US10215529
    • 2002-08-09
    • Shinya NaitoHaruyoshi Hino
    • Shinya NaitoHaruyoshi Hino
    • H02K1700
    • H02K1/278H02K1/246H02K1/274H02K1/276
    • To provide a rotor for a motor capable of effecting improved torque variation due to improvement in the induced voltage waveform and of effecting improved magnet torque in a permanent magnet type synchronous motor utilizing reluctance torque. A rotor 11 comprises a core 12 made of a ferromagnetic material, a given member of permanent magnets 14 are mounted in the outer surface of the core 12 circumferentially at equal intervals, and arrangement of the permanent magnets 14 is such that polarities N, S of the permanent magnets on the sides facing a stator are disposed alternately. Also, in the core 12 between the center axis of the core and the permanent magnets 14 are embedded arc-shaped permanent magnets 16 corresponding to the permanent magnets 14, respectively, and arrangement of the permanent magnets 14 is the same as that of the corresponding permanent magnets 16.
    • 提供一种用于电动机的转子,其能够由于感应电压波形的改善而实现改进的转矩变化,并且在利用磁阻转矩的永磁式同步电动机中实现改进的磁体转矩。转子11包括由铁磁材料制成的芯12 永磁体14的给定构件以等间隔周向地安装在芯体12的外表面中,并且永磁体14的布置使得面向定子的侧面上的永久磁铁的极性N,S交替设置 。 此外,在芯体的中心轴与永久磁铁14之间的芯部12中,分别对应于永磁体14的是嵌入的弧形永磁体16,并且永磁体14的配置与相应的 永久磁铁16。
    • 8. 发明授权
    • Motor or generator type electromagnetic devices
    • 电机或发电机型电磁装置
    • US06628032B1
    • 2003-09-30
    • US10030854
    • 2002-01-10
    • Claude OudetJean-François Urwyler
    • Claude OudetJean-François Urwyler
    • H02K1700
    • H02K37/18
    • An electromagnetic device, specifically a linear or rotary single- or multi-phase motor or generator comprising, for each phase, at least two relatively-movable sets of teeth of soft magnetic material, one set of teeth being associated with the stator and the other with the rotor, the size of the device being such as to enable it to generate a maximum magnetic potential Umax of at least 1.7×10−4 J/&mgr;0 ampere turns. The width E of the minimum air-gap between teeth of the rotor and of the stator as measured in the direction perpendicular to the degree of freedom is approximately equal to or greater than 0.7 &mgr;0Umax/J where &mgr;0 is the permeability of free space, Umax is the maximum generated magnetic potential difference for causing the magnetic field to pass through the air-gap E, and where J is the maximum polarization of the soft magnetic material used for making the teeth.
    • 电磁装置,特别是线性或旋转单相或多相电动机或发电机,其包括用于每相的至少两个相对可移动的软磁材料齿组,一组齿定子与另一组相连 与转子一样,装置的尺寸使得其能够产生至少1.7×10 -4 J /安培匝数的最大磁势Umax。 在与自由度垂直的方向上测量的转子和定子的齿之间的最小气隙的宽度E近似等于或大于0.7μ0Umax/ J,其中mu0是自由空间的磁导率,Umax 是用于使磁场通过气隙E的最大产生磁势差,其中J是用于制造齿的软磁性材料的最大极化。