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    • 1. 发明授权
    • Engine speed control device and motor grader including the same
    • 发动机速度控制装置和自动平地机包括相同
    • US08510002B2
    • 2013-08-13
    • US13500830
    • 2010-10-13
    • Yukihisa SakaiHaruki ShinagawaHirohito Hagiwara
    • Yukihisa SakaiHaruki ShinagawaHirohito Hagiwara
    • G06F7/00G06F17/00G06F19/00
    • F02D29/02E02F3/7636E02F9/2246E02F9/2253E02F9/226F02D29/04F02D31/009F02D41/021Y10T477/68
    • An engine speed control device is adapted to control a motor grader including a transmission with a plurality of manually shiftable low speed stages and at least one high speed stage, the transmission being configured to switch between a manual mode for manually selecting one of all the speed stages and an automatic shifting mode for automatically shifting a predetermined speed stage and higher. The engine speed control device includes an upper limit engine speed control unit configured to set an upper limit engine speed to be an out-of-service travelling-use upper limit engine speed at the at least one high speed stage, and set the upper limit engine speed to be a working-use upper limit engine speed at any one of the low speed stages, the working-use upper limit engine speed being lower than the out-of-service travelling-use upper limit engine speed.
    • 发动机速度控制装置适于控制包括具有多个可手动切换的低速级和至少一个高速级的变速器的电动平地机,所述变速器被配置为在用于手动选择所有速度之一的手动模式之间切换 级和用于自动地移动预定速度级和更高的自动换档模式。 发动机速度控制装置包括:上限发动机转速控制单元,被配置为将上限发动机转速设定为至少一个高速级的停车时行驶用上限发动机转速,并设定上限值 发动机转速成为任何一个低速级的工作用上限发动机转速,工作用上限发动机转速低于停止使用行驶用上限发动机转速。
    • 3. 发明授权
    • Steering operation device
    • 转向操作装置
    • US08272472B2
    • 2012-09-25
    • US12867368
    • 2009-02-03
    • Haruki Shinagawa
    • Haruki Shinagawa
    • B62D5/06B62D5/08
    • B62D5/09B62D5/06
    • In a steering operation device, a hydraulic actuator is driven by hydraulic pressure and vary the steering angle of the vehicle. A steering valve adjusts the flow rate of oil supplied to the actuator according to a pilot pressure. A pilot valve adjusts the pilot pressure input to the steering valve according to a difference between a displacement of an operation input shaft and a displacement of a feedback input shaft. A joystick lever is linked to the operation input shaft and moves the operation input shaft according to a tilt angle. A drive device displaces the feedback input shaft. A steering angle sensor detects the steering angle and outputs the angle as a detected signal. A controller sends a command signal to the drive device so as to displace the feedback input shaft according to the detected steering angle.
    • 在转向操作装置中,液压致动器由液压驱动并改变车辆的转向角。 转向阀根据先导压力来调节供应给致动器的油的流量。 先导阀根据操作输入轴的位移和反馈输入轴的位移之间的差异来调节输入到转向阀的先导压力。 操纵杆连接到操作输入轴,并根据倾斜角移动操作输入轴。 驱动装置使反馈输入轴移位。 转向角传感器检测转向角并输出角度作为检测信号。 控制器向驱动装置发送命令信号,以便根据检测到的转向角来移动反馈输入轴。
    • 4. 发明申请
    • STEERING OPERATION DEVICE
    • 转向操作装置
    • US20100307857A1
    • 2010-12-09
    • US12867368
    • 2009-02-03
    • Haruki Shinagawa
    • Haruki Shinagawa
    • B62D5/06
    • B62D5/09B62D5/06
    • In a steering operation device, a hydraulic actuator is driven by hydraulic pressure and vary the steering angle of the vehicle. A steering valve adjusts the flow rate of oil supplied to the actuator according to a pilot pressure. A pilot valve adjusts the pilot pressure input to the steering valve according to a difference between a displacement of an operation input shaft and a displacement of a feedback input shaft. A joystick lever is linked to the operation input shaft and moves the operation input shaft according to a tilt angle. A drive device displaces the feedback input shaft. A steering angle sensor detects the steering angle and outputs the angle as a detected signal. A controller sends a command signal to the drive device so as to displace the feedback input shaft according to the detected steering angle.
    • 在转向操作装置中,液压致动器由液压驱动并改变车辆的转向角。 转向阀根据先导压力来调节供应给致动器的油的流量。 先导阀根据操作输入轴的位移和反馈输入轴的位移之间的差异来调节输入到转向阀的先导压力。 操纵杆连接到操作输入轴,并根据倾斜角移动操作输入轴。 驱动装置使反馈输入轴移位。 转向角传感器检测转向角并输出角度作为检测信号。 控制器向驱动装置发送命令信号,以便根据检测到的转向角来移动反馈输入轴。