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    • 2. 发明授权
    • Fender supporting structure of two-wheeled motor vehicle
    • 两轮机动车的挡泥板支撑结构
    • US08016307B2
    • 2011-09-13
    • US12038883
    • 2008-02-28
    • Eiji AdachiYuichi KatoDaisuke SoenoYuji NoguchiTomohiro FuseKazuhito Hayashi
    • Eiji AdachiYuichi KatoDaisuke SoenoYuji NoguchiTomohiro FuseKazuhito Hayashi
    • B62D25/16
    • B62J15/02
    • A fender supporting structure of a two-wheeled motor vehicle capable of securing the rigidity of a mounting portion of a front fender and the rigidity of the entire front fender is provided, without enlarging the outer shape of the front fender more than necessary. In a fender supporting structure of a two-wheeled motor vehicle including a fender formed in an arc shape along the shape of a wheel, and a fender supporting member on which the fender is mounted from under the fender supporting member so as to cover an area above the wheel, at least two mounting surfaces at different levels in height are formed on the fender, at least two mounting surfaces at different levels in height are formed on the fender supporting member, and the fender is joined to the fender supporting member with these mounting surfaces.
    • 提供了一种能够确保前挡泥板的安装部分的刚性和整个前挡泥板的刚性的两轮机动车辆的挡泥板支撑结构,而不需要增大前挡泥板的外形。 在两轮机动车辆的挡泥板支撑结构中,包括沿着轮的形状形成为弧形的挡泥板,以及挡泥板支撑构件,挡泥板支撑构件从该挡泥板支撑构件的下方安装以覆盖一个区域 在挡板上方,在挡泥板上形成至少两个高度不同高度的安装表面,在挡泥板支撑构件上形成至少两个高度不同高度的安装表面,挡泥板与翼子板支撑构件接合 安装表面。
    • 4. 发明申请
    • DEVICE AND METHOD FOR CONTROLLING ALTERNATING-CURRENT MOTOR
    • 用于控制交流电动机的装置和方法
    • US20100194330A1
    • 2010-08-05
    • US12677432
    • 2008-09-29
    • Kazuhito Hayashi
    • Kazuhito Hayashi
    • H02P23/00
    • H02P21/06H02M2001/007H02P6/15H02P27/08H02P2209/095H02P2209/13
    • A device for controlling an alternating-current motor includes a resolver for detecting a rotational position of an alternating-current motor; and a rectangular wave voltage control unit for performing control based on an output of the resolver to provide a rectangular wave voltage to each phase of the alternating-current motor. The control unit causes an amount of change Δθ in a voltage phase of the rectangular wave voltage of each phase from a switching reference phase of each phase to increase or decrease equally for each switching in one cycle of an electrical angle determined based on the output of the resolver. In this way, a device for controlling an alternating-current motor is provided to restrain occurrence of an offset current upon rectangular wave voltage control.
    • 用于控制交流电动机的装置包括用于检测交流电动机的旋转位置的旋转变压器; 以及矩形波电压控制单元,用于基于分解器的输出进行控制,以向交流电动机的各相提供矩形波电压。 控制单位造成一定数量的变化和影响; 在每个相位的开关基准相位的每个相的矩形波电压的电压相位中,对于在基于分解器的输出确定的电角度的一个周期中的每个开关,均等地增加或减少。 以这种方式,设置用于控制交流电动机的装置,以在矩形波电压控制时抑制偏移电流的发生。
    • 5. 发明申请
    • Rotary electric machine control device, rotary electric machine control method, and rotary electric machine control program
    • 旋转电机控制装置,旋转电机控制方式和旋转电机控制程序
    • US20090179602A1
    • 2009-07-16
    • US12308956
    • 2007-07-18
    • Kazuhito HayashiMasaki Okamura
    • Kazuhito HayashiMasaki Okamura
    • H02P21/14
    • H02P21/14
    • A rotary electric device control device is formed substantially by three signal process flows. A first component is a part generating a 3-phase drive signal supplied from a torque instruction value to an inverter circuit. This is the part from d,q current map to a PWM conversion. A second component detects a drive current value from a motor/generator and feeds back it to the current instruction. This corresponds to a loop for performing coordinate conversion of the drive current and inputting it as a current instruction value to a subtractor. A third component calculates a drive power and rpm of the motor/generator, acquires an estimated torque value, compensates the current instruction value according to the estimated value, and compensates a torque change. This corresponds to a power calculation, an rpm calculation, a torque estimation, and a current instruction compensation unit.
    • 基本上由三个信号处理流程形成旋转电子装置控制装置。 第一部件是从转矩指令值向逆变器电路产生三相驱动信号的部分。 这是从d,q当前映射到PWM转换的部分。 第二个组件检测来自电机/发电机的驱动电流值,并将其反馈到当前指令。 这对应于用于执行驱动电流的坐标转换并将其作为当前指令值输入到减法器的回路。 第三组件计算电动机/发电机的驱动功率和转速,获取估计转矩值,根据估计值补偿当前指令值,并补偿转矩变化。 这对应于功率计算,rpm计算,转矩估计和电流指令补偿单元。