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    • 85. 发明授权
    • Throttle valve control apparatus
    • 节流阀控制装置
    • US5524724A
    • 1996-06-11
    • US111066
    • 1993-08-24
    • Kazuhiro NishigakiHitoshi TasakaShigeru Kamio
    • Kazuhiro NishigakiHitoshi TasakaShigeru Kamio
    • F02D9/02B60K31/04B60W30/00F02D11/02F02D11/10B60K31/00
    • F02D11/107B60K31/04
    • A throttle valve control apparatus serves to electrically drive a throttle valve which adjusts a rate of air flow into an engine mounted on a vehicle. The throttle valve control apparatus includes a lever connected to the throttle valve for movement in an opening direction and a closing direction together with the throttle valve. An opening degree limiting member is located in a side of the lever which corresponds to the opening direction. A spring urges the opening degree limiting member in a direction of closing the throttle valve. An accelerator interlocking and driving device serves to move the opening degree limiting member in accordance with a degree of operation of an accelerator member. A throttle actuator functions to adjust a degree of opening of the throttle valve. A vehicle speed sensor functions to detect a running speed of the vehicle. A guard actuator serves to adjust a position of the opening degree limiting member. An auto cruise control device serves to control the throttle actuator and to feedback-control the vehicle speed detected by the vehicle speed sensor at a target vehicle speed. A guard control means serves to control the guard actuator and to adjust the position of the opening degree limiting member at a position slightly separated from a position of the lever in the opening direction during control by the auto cruise control device. A changing device serves to change control of the position of the opening degree limiting member by the guard control device and control of the position of the opening degree limiting member by the accelerator interlocking and driving device with each other.
    • 节流阀控制装置用于电动驱动调节进入安装在车辆上的发动机的空气流量的节流阀。 节流阀控制装置包括连接到节流阀的杆,用于与节流阀一起沿打开方向和关闭方向运动。 开度限制构件位于杆的与开口方向对应的一侧。 弹簧在关闭节流阀的方向上推动开度限制件。 加速器联锁和驱动装置用于根据加速器件的操作程度来移动开口限制件。 节流阀致动器用于调节节流阀的开度。 车速传感器用于检测车辆的行驶速度。 保护致动器用于调节开度限制构件的位置。 自动巡航控制装置用于控制节气门致动器,并以目标车速反馈控制由车速传感器检测到的车速。 保护控制装置用于控制防护致动器,并且在通过自动巡航控制装置的控制期间,将开度限制部件的位置调节在与打开方向上的杆的位置稍微分离的位置。 变更装置用于通过保护控制装置改变开度限制部件的位置的控制,并且通过加速器联锁和驱动装置来控制开度限制部件的位置。
    • 86. 发明授权
    • Motor control apparatus
    • 电机控制装置
    • US08134322B2
    • 2012-03-13
    • US12926585
    • 2010-11-29
    • Yasuhiro NakaiShigeru Kamio
    • Yasuhiro NakaiShigeru Kamio
    • H02P25/08
    • H02P25/08F16H61/32F16H2061/326H02P8/42H02P25/092H02P25/0925Y10T74/2003
    • In an automatic transmission position control by a motor, it is determined whether the present instant belongs to a starting period, that is, the present instant is immediately after resetting of a control unit or application of power to it. If it is the starting period, an actual shift position that is detected from an output of an output shaft sensor for detecting a rotation position of a motor is set as an instructed shift position. With this measure, even if the control unit is reset for a certain reason while the vehicle is running, the instructed shift position is not changed in association with the resetting. This prevents trouble that the shift position is switched contrary to the intention of the driver, whereby the reliability of a position switching control can be increased.
    • 在由电动机进行的自动变速器位置控制中,判断当前时刻是属于起动时间段,即当前时刻是在控制单元重新设置之后立即还是施加电力。 如果是开始期间,则将从电动机的旋转位置检测出的输出轴传感器的输出检测出的实际换档位置设定为指示档位。 通过该措施,即使在车辆行驶时由于某种原因控制单元被复位,指示的换档位置也不会与复位相关联地改变。 这防止了与驾驶员的意图相反地切换换档位置的故障,从而可以提高位置切换控制的可靠性。
    • 87. 发明申请
    • MOTOR CONTROLLING DEVICE
    • 电机控制装置
    • US20110175563A1
    • 2011-07-21
    • US12987299
    • 2011-01-10
    • Jun YAMADAShigeru KamioKiyoshi Kimura
    • Jun YAMADAShigeru KamioKiyoshi Kimura
    • G05B7/02
    • G05B7/02
    • A motor controlling device includes an encoder to output pulse signals with a predetermined angle interval as a rotor of a motor is rotated. An energized phase of the motor is sequentially switched by detecting a rotation position of the rotor based on a value of counting the signals. An initial drive controlling portion executes an initial drive to switch the energized phase with a predetermined pattern after the device is activated so as to learn a relationship among the count value, the rotation position and the energized phase. An initial drive prohibiting portion prohibits the execution of the initial drive until a predetermined time is elapsed after the initial drive is finished.
    • 电动机控制装置包括编码器,当电动机的转子旋转时,输出具有预定角度间​​隔的脉冲信号。 基于对信号进行计数的值,通过检测转子的旋转位置来依次切换电动机的通电相位。 初始驱动控制部分在器件启动之后执行初始驱动以切换具有预定图案的通电相位,以便学习计数值,旋转位置和通电相位之间的关系。 初始驱动禁止部分禁止执行初始驱动,直到在初始驱动完成之后经过预定时间。
    • 89. 发明申请
    • Motor control apparatus
    • 电机控制装置
    • US20090193923A1
    • 2009-08-06
    • US12382603
    • 2009-03-19
    • Yasuhiro NakaiShigeru KamioKenichi Fujiki
    • Yasuhiro NakaiShigeru KamioKenichi Fujiki
    • F16H59/02H02H7/097H02P23/14H02P3/24
    • H02P25/08F16H61/32F16H2061/326H02P8/42H02P25/092H02P25/0925Y10T74/2003
    • In an automatic transmission position control by a motor, it is determined whether the present instant belongs to a starting period, that is, the present instant is immediately after resetting of a control unit or application of power to it. If it is the starting period, an actual shift position that is detected from an output of an output shaft sensor for detecting a rotation position of a motor is set as an instructed shift position. With this measure, even if the control unit is reset for a certain reason while the vehicle is running, the instructed shift position is not changed in association with the resetting. This prevents trouble that the shift position is switched contrary to the intention of the driver, whereby the reliability of a position switching control can be increased.
    • 在由电动机进行的自动变速器位置控制中,判断当前时刻是属于起动时间段,即当前时刻是在控制单元重新设置之后立即还是施加电力。 如果是开始期间,则将从电动机的旋转位置检测出的输出轴传感器的输出检测出的实际换档位置设定为指示档位。 通过该措施,即使在车辆行驶时由于某种原因控制单元被复位,指示的换档位置也不会与复位相关联地改变。 这防止了与驾驶员的意图相反地切换换档位置的故障,从而可以提高位置切换控制的可靠性。
    • 90. 发明申请
    • SHIFT RANGE CHANGE SYSTEM
    • 移动范围变化系统
    • US20090120222A1
    • 2009-05-14
    • US12262480
    • 2008-10-31
    • Kiyoshi KIMURAShigeru Kamio
    • Kiyoshi KIMURAShigeru Kamio
    • F16H59/08
    • F16H61/32F16H63/3416F16H2061/326Y10T74/19251Y10T477/68
    • A motor needs to provide a first torque at the time of releasing a shift range from a parking range and needs to provide a second torque smaller than the first torque at the time of placing the shift range into the parking range. Also, the motor needs to provide a third torque smaller than the second torque at the time of changing the shift range from one non-parking range to another non-parking range and needs to provide a fourth torque smaller than the third torque at the time of executing the parking range wall abutment learning. When the parking range wall abutment learning is executed from the parking range, a motor control apparatus controls the torque to the third or fourth torque. When the parking range wall abutment learning is executed from any non-parking range, the motor control apparatus controls the torque to the first or second torque.
    • 电动机需要在从停车范围中释放换档范围时提供第一扭矩,并且需要在将换档范围放置在停车范围时提供小于第一扭矩的第二扭矩。 此外,电动机需要在将变速范围从一个非停车范围改变到另一个非停车范围时提供小于第二转矩的第三转矩,并且需要提供比此时的第三转矩小的第四转矩 执行停车场墙基台学习。 当从停车范围执行停车场壁基台学习时,马达控制装置将扭矩控制到第三或第四扭矩。 当从任何非停车范围执行停车范围壁基台学习时,马达控制装置将扭矩控制为第一或第二扭矩。