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    • 25. 发明申请
    • Axial gap motor
    • 轴向间隙电机
    • US20060273676A1
    • 2006-12-07
    • US11435309
    • 2006-05-16
    • Yuji NaruseYuusuke MinagawaYutaro KanekoTadayuki Hatsuda
    • Yuji NaruseYuusuke MinagawaYutaro KanekoTadayuki Hatsuda
    • H02K21/12H02K1/22
    • H02K21/24H02K7/09
    • An axial gap motor may benefit from a reduction of axial force on the rotor, which may reduce load on the rotor and bearings and reduce the vibration on the surface of the rotor. An air gap is positioned on the stator facing the rotor, and an auxiliary yoke is positioned facing the air gap on the other side of the rotor. Magnetic flux circulates from the rotor and the axial force α is applied to the rotor when the magnetic flux passes by the air gap surface on the stator side of the rotor. Axial force β is applied to the rotor when the magnetic flux passes by the air gap surface on the auxiliary yoke side of the rotor. Axial force β is opposite, or reverse, of axial force α and reduces axial force α so axial force α reduces the load on the rotor and bearings.
    • 轴向间隙电动机可以受益于转子上的轴向力的减小,这可以减小转子和轴承上的负载并且减小转子表面上的振动。 空气间隙定位在面向转子的定子上,辅助轭被定位成面对转子另一侧上的气隙。 磁通从转子循环并且当磁通量通过转子的定子侧上的气隙表面时,轴向力α施加到转子。 当磁通量通过转子的辅助轭侧的气隙表面时,轴向力β施加到转子上。 轴向力β与轴向力α相反或相反,并减小轴向力α,因此轴向力α减小了转子和轴承的负载。
    • 27. 发明申请
    • Hybrid transmission
    • 混合传输
    • US20060063629A1
    • 2006-03-23
    • US11228018
    • 2005-09-16
    • Yuusuke MinagawaToshikazu Oshidari
    • Yuusuke MinagawaToshikazu Oshidari
    • F16H3/72
    • B60K6/445B60K1/02B60K6/365B60K6/387B60K6/52B60K17/3462B60K17/356F16H3/728F16H2200/201Y02T10/6239Y02T10/6265
    • A hybrid transmission includes first and second differential devices each including first, second and third rotating elements. An input element clutch is arranged to selectively connect the first rotating element of the first differential device and the first rotating element of the second differential device. An input member is arranged to connect an engine with the first rotating element of the second differential device. A first output member is connected with one of the first rotating elements of the first and second differential devices. A second output member is connected the second rotating element of the second differential device. A first motor/generator is connected with the second rotating element of the first differential device. A second motor/generator is connected with the third rotating element of the first differential device. A select device is arranged to put a connecting state between the third rotating element of the first differential device and the third rotating element of the second differential device, selectively in one of a disconnect state, a reverse enable state and a unitary rotatable state.
    • 混合变速器包括第一和第二差动装置,每个包括第一,第二和第三旋转元件。 输入元件离合器布置成选择性地连接第一差速装置的第一旋转元件和第二差动装置的第一旋转元件。 输入构件被布置成将发动机与第二差速装置的第一旋转元件连接。 第一输出构件与第一和第二差动装置的第一旋转元件中的一个连接。 第二输出构件连接第二差动装置的第二旋转元件。 第一电动机/发电机与第一差速装置的第二旋转元件连接。 第二电动机/发电机与第一差速装置的第三旋转元件连接。 选择装置被布置成在第一差速装置的第三旋转元件和第二差动装置的第三旋转元件之间选择性地处于断开状态,反向使能状态和单一可旋转状态之一中的连接状态。
    • 30. 发明授权
    • Control device and method for motor/generator
    • 电机/发电机的控制装置及方法
    • US06335606B1
    • 2002-01-01
    • US09668386
    • 2000-09-25
    • Yuusuke MinagawaMasaki Nakano
    • Yuusuke MinagawaMasaki Nakano
    • H02P534
    • H02P9/12B60L3/0061B60L11/1803B60L15/20B60L2220/14B60L2240/36B60L2240/423B60L2240/425H02K11/048H02K16/00H02K21/14Y02T10/641Y02T10/644Y02T10/645Y02T10/7005Y02T10/72Y02T10/7275
    • A motor/generator has a stator provided with a plurality of coils (6), a first rotor (3) provided with a fixed number of magnetic poles, and a second rotor (4) provided with fewer magnetic poles than the first rotor (3). A current of the composite wave form is supplied from an inverter (12) to the coils (6) in response to a signal generated by a control unit (15). The control unit (15) is programmed to calculate a wave form of a first current flowing through the coils (6) which generates a rotating magnetic field which is synchronous with a magnetic field produced by the first rotor (3), and calculate a wave form of a second current flowing through the coils (6) which generates a rotating magnetic field which is synchronous with a magnetic field produced by the second rotor (4). The microprocessor (15) is further programmed to calculate a wave form of a correcting current which, at a position where a specific magnetic pole in the first rotor (3) and a pole of the second rotor (4)with the same polarity face each other, increases the density of the magnetic flux passing through the specific magnetic pole and generate the signal which realizes a composite wave form comprising wave forms of the first, second and correcting currents.
    • 电动机/发电机具有设置有多个线圈(6)的定子,具有固定数量的磁极的第一转子(3)和具有比第一转子(3)少的磁极的第二转子(4) )。 响应于由控制单元(15)产生的信号,复合波形的电流从逆变器(12)提供给线圈(6)。 控制单元(15)被编程为计算流过线圈(6)的第一电流的波形,其产生与由第一转子(3)产生的磁场同步的旋转磁场,并且计算波 形成流过线圈(6)的第二电流,其产生与由第二转子(4)产生的磁场同步的旋转磁场。 微处理器(15)还被编程为计算校正电流的波形,其中在第一转子(3)中的特定磁极和具有相同极性的第二转子(4)的磁极各自具有相同极性的位置处 另一方面,增加通过特定磁极的磁通的密度,并产生实现包括第一,第二和修正电流的波形的复合波形的信号。