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    • 4. 发明申请
    • Alternator for vehicles
    • 交通工具车辆
    • US20060223662A1
    • 2006-10-05
    • US11392662
    • 2006-03-30
    • Kouichi IhataTsutomu ShigaAtsushi Umeda
    • Kouichi IhataTsutomu ShigaAtsushi Umeda
    • F16H7/12F16H61/00
    • F16F15/24F02B67/06F16H7/02
    • In an on-vehicle alternator using a serpentine drive system with a poly-V belt, a damping ratio of the alternator is rendered 0.5 or more as other auxiliary machines by considering six contributors to the damping ratio (i.e., pulley radii, a belt span, a moment of inertia, the number of belt ribs, an elasticity modulus of a single-body belt, and a hysteresis loss of a single-body belt). In one example, a pulley ratio of the alternator relative to an engine crankshaft pulley is rendered 2 or less. In another example, belt span lengths on both sides of the alternator are reduced by fixing the alternator to an on-vehicle engine using a side mounting system. The damping ratio of the alternator is thus increased to 0.5 or more, leading to a significant reduction in vibration in the serpentine drive system fixed to the on-vehicle engine.
    • 在使用具有多V带的蛇形驱动系统的车载交流发电机中,通过考虑阻尼比的六个贡献者(即,带轮半径,带跨度,其他辅助机器),交流发电机的阻尼比为0.5或更大 惯性矩,带肋的数量,单体带的弹性模量和单体带的滞后损耗)。 在一个示例中,交流发电机相对于发动机曲轴皮带轮的滑轮比为2或更小。 在另一个例子中,通过使用侧面安装系统将交流发电机固定到车载发动机上来减少交流发电机两侧的带跨度长度。 因此,交流发电机的阻尼比增加到0.5以上,导致固定在车载发动机上的蛇形驱动系统的振动显着降低。
    • 7. 发明授权
    • Vehicle alternator
    • 车辆交流发电机
    • US07646123B2
    • 2010-01-12
    • US11546956
    • 2006-10-13
    • Kouichi IhataAtsushi UmedaTsutomu Shiga
    • Kouichi IhataAtsushi UmedaTsutomu Shiga
    • H02K49/00
    • H02K7/116H02K7/1004
    • A vehicle alternator for generating electric power is driven by an engine mounted on a vehicle driven through a driving belt. The alternator has a pulley part joined to and directly receiving a driving force from the engine through the driving belt, a field magnet part located in separation from the pulley part, a rotation speed changing part placed between the pulley part and the field magnet part. The rotation speed changing part converts the number of revolutions between the pulley part and the field magnet part. The rotation speed changing part decreases a speed changing ratio “S” according to increasing of the number of revolutions of the engine, where the speed changing ratio “S” is obtained by dividing the number of revolutions of the field magnet part by the number of revolutions of the pulley part.
    • 用于产生电力的车辆交流发电机由安装在通过传动带驱动的车辆上的发动机驱动。 交流发电机具有连接到并直接从发动机通过驱动带的驱动力的皮带轮部分,与皮带轮部分分离的磁场部分,设置在皮带轮部分和磁场部分之间的转速改变部分。 转速变化部转换皮带轮部和磁场部之间的转数。 转速变化部根据发动机的转数的增加而减小变速比“S”,其中变速比“S”是通过将励磁磁体部分的转数除以 滑轮部分的转数。
    • 10. 发明申请
    • Automotive alternator with magnetic fluctuation suppressor for suppressing fluctuations in rotational movement
    • 具有用于抑制旋转运动波动的磁波抑制器的汽车交流发电机
    • US20060103246A1
    • 2006-05-18
    • US11272319
    • 2005-11-14
    • Atsushi UmedaTsutomu ShigaKouichi Ihata
    • Atsushi UmedaTsutomu ShigaKouichi Ihata
    • H02K9/06H02K1/22
    • H02K7/11H02K9/04H02K19/22
    • An automotive alternator includes a rotary shaft, a pulley, a stator, a rotor, and a magnetic fluctuation suppressor. The pulley is provided on the rotary shaft to transmit rotating power from an engine to the rotary shaft. The stator includes a stator winding. The rotor is mounted on the rotary shaft and configured to provide a first rotating magnetic field to the stator. The magnetic fluctuation suppressor includes a magnetic body and a magnetic source. The magnetic body is mounted on the rotary shaft such that the magnetic body is rotatable along with the rotary shaft at a rotational speed different from that of the rotary shaft. The magnetic source is fixed to the rotary shaft so as to create a second rotating magnetic field which induces a magnetic attraction between the magnetic body and the magnetic source, by which fluctuations in rotational movement of the rotary shaft are suppressed.
    • 汽车交流发电机包括旋转轴,滑轮,定子,转子和磁波动抑制器。 滑轮设置在旋转轴上以将来自发动机的旋转动力传递到旋转轴。 定子包括定子绕组。 转子安装在旋转轴上并且被配置成向定子提供第一旋转磁场。 磁波抑制器包括磁体和磁源。 磁体安装在旋转轴上,使得磁体与旋转轴一起以与旋转轴不同的旋转速度旋转。 磁源被固定在旋转轴上,从而产生第二旋转磁场,该第二旋转磁场在磁体和磁源之间产生磁吸引力,由此可以抑制旋转轴的旋转运动的波动。