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    • 12. 发明授权
    • Apparatus for controlling lock-up clutch
    • 用于控制锁止离合器的装置
    • US5417622A
    • 1995-05-23
    • US444123
    • 1991-06-18
    • Yoshio AsayamaMakio TsubotaYasunori OkuraTakayuki Sato
    • Yoshio AsayamaMakio TsubotaYasunori OkuraTakayuki Sato
    • F16H45/02F16H59/02F16H59/24F16H59/38F16H59/40F16H59/52F16H59/68F16H59/70F16H61/00F16H61/02F16H61/14F16H61/70
    • F16H61/143F16H2059/385F16H2059/6807F16H2061/0096F16H2061/0209F16H2061/0258F16H2061/145F16H2061/146F16H59/02F16H59/24F16H59/40F16H59/52F16H59/70F16H61/70Y10T477/6351Y10T477/63525Y10T74/19163
    • A lock-up clutch by way of which input/output shafts of a torque converter are operatively connected to each other is connected to an electronic type pressure control valve. During speed changing in a transmission, the problem of interruption of torque transmission can be solved by turning off the lock-up clutch at the time when filling of one of the speed changing clutches to be next brought into an operatively engaged state with hydraulic oil is completed. Hydraulic pressure (P.sub.t) in the torque converter is exerted on the back pressure portion of a piston of the lock-up clutch while hydraulic pressure (P.sub.t) in the torque converter is exerted on the proportional solenoid side of the pressure control valve, making it possible to reduce the initial hydraulic pressure. During speed changing, the lock-up clutch is not fully released from the engaged state but maintains its operative state at low pressure, causing shock from shifting the lock-up state to be reduced. When hydraulic pressure is gradually increased, the extent of opening the throttle, weight of the vehicle and the current gear ratio are derived so as to vary the rate of gradual increase of hydraulic pressure depending on values of these parameters.
    • PCT No.PCT / JP88 / 00485 Sec。 371日期1991年6月18日 102(e)日期1991年6月18日PCT提交1988年5月23日PCT公布。 出版物WO88 / 09454 日期:1988年12月1日。一种锁止离合器,通过其将液力变矩器的输入/输出轴彼此可操作地连接,电子式压力控制阀连接到电动式压力控制阀。 在变速器变速时,转矩传递中断的问题可以通过在用液压油将其中一个变速离合器装入操作接合状态时关闭锁止离合器来解决, 完成 变矩器中的液压(Pt)被施加在锁止离合器的活塞的背压部分上,而液力变矩器中的液压(Pt)被施加在压力控制阀的比例螺线管侧,使得 可能降低初始液压。 在变速期间,锁止离合器没有完全从接合状态释放,而是在低压下保持其操作状态,从而使锁定状态的移动减小。 当液压逐渐增加时,导出节气门开度,车辆重量和当前齿轮比的程度,从而根据这些参数的值来改变液压逐渐增加的速度。