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    • 2. 发明授权
    • Hydraulic control system for an automatic transmission of a vehicle
    • 用于车辆自动变速器的液压控制系统
    • US5556356A
    • 1996-09-17
    • US344579
    • 1994-11-18
    • Naoki HakamadaMitsuo InagakiYoriaki AndoKunihiro Kubo
    • Naoki HakamadaMitsuo InagakiYoriaki AndoKunihiro Kubo
    • B60W10/00B60W10/10F16H61/02F16H61/06F16H61/26
    • F16H61/06F16H61/0206F16H2061/0255Y10T477/69363Y10T477/6937Y10T477/693973
    • A hydraulic control system for an automatic transmission of automotive vehicles is provided. The hydraulic control system includes a pressure source, a plurality of solenoid valves, and a plurality of directional control valves. Each solenoid valve selectively supplies and release hydraulic pressure to and from one of frictional element of a power train of the automatic transmission according to a given schedule of transmission operation for establishing a given gear ratio. The directional control valves are interposed between the frictional elements of the power train and the solenoid valves, respectively. Each of the directional control valves is responsive to input of the hydraulic pressure supplied from the pressure source through a preselected hydraulic line to assume first and second valve positions, the first valve position being to allow the hydraulic pressure to be directed to one of the frictional elements, the second valve position being to release the hydraulic pressure acting on one of the frictional element. Additionally, the hydraulic pressure to activate the frictional elements is reduced in pressure level temporarily upon supply thereto for absorbing mechanical shock caused by engagement of the frictional elements.
    • 提供了一种用于汽车自动变速器的液压控制系统。 液压控制系统包括压力源,多个电磁阀和多个方向控制阀。 每个电磁阀根据给定的变速器运行时间表,选择性地将液压压力输送到自动变速器的动力传动系的摩擦元件中并从其中的一个释放。 方向控制阀分别介于动力传动系的摩擦元件和电磁阀之间。 每个方向控制阀响应于从压力源通过预选的液压管线输入的液压,以采取第一和第二阀位置,第一阀位置是允许液压被引导到摩擦 元件,第二阀位置是释放作用在摩擦元件之一上的液压。 此外,激活摩擦元件的液压在供给时暂时降低了压力水平,以吸收由摩擦元件的接合引起的机械冲击。
    • 3. 发明授权
    • Rotary flow control valve
    • 旋转流量控制阀
    • US5388614A
    • 1995-02-14
    • US125835
    • 1993-09-24
    • Naoki HakamadaYoriaki Ando
    • Naoki HakamadaYoriaki Ando
    • F16K31/04F16K31/08
    • F16K31/082F16K31/045Y10T137/86622Y10T137/86662
    • A rotary flow control valve is provided, that, despite compact design, offers excellent vibration resistance, a high response speed, and superb proportionality of a controlled flow rate to an applied current value. In a channel selector 4 in a rotary flow control valve 1, a guide valve 2 mounted in a hollow of an inner housing 6 is borne by bearings 19 and 20 so that the guide valve 2 can rotate forward or in reverse. Intra-outer housing tubes 10, 11, and 12 are formed in an outer housing 5. In the inner housing 6, communicating channels 13 to 16 are formed in fours at symmetric positions with respect to the rotation center of the guide valve 2. In a torque motor 3, permanent magnets 33 are attached to a lower armature 32 coupled with the guide valve 2 using an adhesive. The magnetic poles at both ends of the permanent magnets 33 are opposed to cylinders 43 about which coils 34 are wound. With attraction and repulsion produced between the cylinders 43 and permanent magnets 33, the guide valve 2 rotates together with the lower armature 32.
    • 提供了一种旋转流量控制阀,尽管紧凑的设计,提供优异的抗振动性,高响应速度,以及受控流速与施加电流值的极好比例。 在旋转流量控制阀1中的通道选择器4中,安装在内壳体6的中空部中的导向阀2由轴承19和20承载,使得导向阀2可以向前或向后旋转。 外壳体管10,11和12形成在外壳体5中。在内壳体6中,连通通道13至16在相对于导向阀2的旋转中心的对称位置处形成为四个。在 扭矩马达3,使用粘合剂将永磁体33安装到与引导阀2联接的下电枢32。 永磁体33的两端的磁极与缠绕线圈34的圆筒43相对。 在气缸43和永久磁铁33之间产生吸引和排斥的情况下,导阀2与下电枢32一起旋转。
    • 4. 发明授权
    • Automatic transmission system with lock-up clutch
    • 带锁止离合器的自动变速箱系统
    • US5754969A
    • 1998-05-19
    • US579978
    • 1995-12-28
    • Yoriaki AndoNaoki Hakamada
    • Yoriaki AndoNaoki Hakamada
    • F16H61/14G06G7/70
    • F16H61/143Y10T477/6389Y10T477/692Y10T477/75
    • An automatic transmission system with a lock-up clutch for use with an engine includes an automatic transmission having an input shaft and an output shaft. A torque converter with a lock-up clutch is provided between the input shaft of the automatic transmission and an output shaft of the engine. A first device calculates a measure of time-domain variation in the rotational speed of the output shaft of the engine. A second device detects whether or not the measure of time-domain variation in the rotational speed of the output shaft of the engine exceeds a predetermined threshold value. A third device changes the condition of the lock up when the second device detects that the measure of time-domain variation exceeds the threshold value. A similar system is operable when the second device calculates a measure of time-domain variation in the rotational speed of the output shaft or the input shaft of the automatic transmission. A similar system is also operable when such measurements from the engine and the automatic transmission are combined.
    • 具有用于发动机的锁止离合器的自动变速器系统包括具有输入轴和输出轴的自动变速器。 具有锁止离合器的变矩器设置在自动变速器的输入轴和发动机的输出轴之间。 第一装置计算发动机的输出轴的转速的时域变化的量度。 第二装置检测发动机的输出轴的转速的时域变化的测量是否超过预定的阈值。 当第二设备检测到时域变化的测量超过阈值时,第三设备改变锁定的状态。 当第二装置计算自动变速器的输出轴或输入轴的转速的时域变化的度量时,类似的系统可操作。 当来自发动机和自动变速器的这种测量被组合时,类似的系统也是可操作的。
    • 5. 发明授权
    • Hydraulic control system for automatic transmission of automotive
vehicles
    • 汽车自动变速器液压控制系统
    • US5679086A
    • 1997-10-21
    • US580373
    • 1995-12-28
    • Yoriaki AndoKunihiro Kubo
    • Yoriaki AndoKunihiro Kubo
    • F16H61/00F16H61/02F16H5/66
    • F16H61/0206Y10T477/693635
    • An automatic transmission for an automotive vehicle comprises electromagnetic valves 5A-5C activated or deactivated in accordance with a given shift schedule determined based on traveling conditions of the automotive vehicle, a plurality of planetary gear trains 4A-4C driven by an output force of an engine, a plurality of friction devices B1-B4 and C1-C3 receiving hydraulic pressure to selectively connect or fix components constituting planetary gear trains 4A-4C, and a mechanical shift valve 6A having a pair of pressure chambers 62A and 63A and plural ports 64A, 65A and 66A. Upon application of hydraulic pressure to pressure chamber 62A, a fluid communicating path is established in the shift valve 6A so as to connect brake B1 and manual shift valve 8. When hydraulic pressure is applied to both of pressure chambers 62A and 63A, pressurized oil is drained from brake B1. Supply and release of hydraulic pressure to clutches C1-C3, brakes B1-B4 and pressure chambers 62A and 63A of the mechanical shift valve 6A is controlled by electromagnetic valves 5A-5C.
    • 用于机动车辆的自动变速器包括根据基于机动车辆的行驶状态确定的给定换档计划激活或停用的电磁阀5A-5C,由发动机的输出力驱动的多个行星齿轮系4A-4C 多个摩擦装置B1-B4和C1-C3接收液压以选择性地连接或固定构成行星齿轮系4A-4C的部件,以及具有一对压力室62A和63A以及多个端口64A的机械换档阀6A, 65A和66A。 在对压力室62A施加液压时,在换档阀6A中建立流体连通路径,以连接制动器B1和手动换挡阀8.当对压力室62A和63A施加液压时,加压油为 从制动器B1排出。 离合器C1-C3,制动器B1-B4和机械换档阀6A的压力室62A和63A的液压供给和释放由电磁阀5A-5C控制。