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    • 4. 发明授权
    • Hydraulic pressure control apparatus for a vehicular power transmitting device
    • 一种用于车辆动力传递装置的液压控制装置
    • US07669701B2
    • 2010-03-02
    • US11882226
    • 2007-07-31
    • Yusuke OgataRyuji ChidaYoshinobu Soga
    • Yusuke OgataRyuji ChidaYoshinobu Soga
    • F16H61/14
    • F16H61/0021F16H61/14F16H2061/0037Y10T477/631
    • A first orifice is provided in a first fluid passage upstream of a cooler, and a second orifice is provided in a second fluid passage. The flowrates of hydraulic fluid flowing through the first and second fluid passages are regulated by the first and second orifices, respectively, and are thus suppressed from becoming excessive. Also, the downstream side of the second fluid passage is connected to the first fluid passage between the first orifice and the cooler, and a lubrication passage is connected to the first fluid passage downstream of the cooler. Accordingly, the lubrication passage is a single passage and the cooler and the lubrication passage are arranged in series so the cooler flowrate and the lubrication flowrate are the same. As a result, the flowrate of hydraulic fluid that flows out from a secondary regulator valve to the upstream side of an oil pump can be increased.
    • 在第一流体通道中设置有第一孔,在冷却器的上游,第二孔设置在第二流体通道中。 流经第一和第二流体通道的液压流体的流量分别由第一和第二孔限制,因此被抑制为过度。 此外,第二流体通道的下游侧连接到第一孔口和冷却器之间的第一流体通道,并且润滑通道连接到冷却器下游的第一流体通道。 因此,润滑通路是单个通道,并且冷却器和润滑通道串联布置,使得较低的流量和润滑流量相同。 结果,可以增加从二次调节阀流出到油泵的上游侧的液压流体的流量。
    • 7. 发明申请
    • Hydraulic pressure control apparatus for a vehicular power transmitting device
    • 一种用于车辆动力传递装置的液压控制装置
    • US20080051251A1
    • 2008-02-28
    • US11882226
    • 2007-07-31
    • Yusuke OgataRyuji ChidaYoshinobu Soga
    • Yusuke OgataRyuji ChidaYoshinobu Soga
    • F16H61/14
    • F16H61/0021F16H61/14F16H2061/0037Y10T477/631
    • A first orifice is provided in a first fluid passage upstream of a cooler, and a second orifice is provided in a second fluid passage. The flowrates of hydraulic fluid flowing through the first and second fluid passages are regulated by the first and second orifices, respectively, and are thus suppressed from becoming excessive. Also, the downstream side of the second fluid passage is connected to the first fluid passage between the first orifice and the cooler, and a lubrication passage is connected to the first fluid passage downstream of the cooler. Accordingly, the lubrication passage is a single passage and the cooler and the lubrication passage are arranged in series so the cooler flowrate and the lubrication flowrate are the same. As a result, the flowrate of hydraulic fluid that flows out from a secondary regulator valve to the upstream side of an oil pump can be increased.
    • 在第一流体通道中设置有第一孔,在冷却器的上游,第二孔设置在第二流体通道中。 流经第一和第二流体通道的液压流体的流量分别由第一和第二孔限制,因此被抑制为过度。 此外,第二流体通道的下游侧连接到第一孔口和冷却器之间的第一流体通道,并且润滑通道连接到冷却器下游的第一流体通道。 因此,润滑通路是单个通道,并且冷却器和润滑通道串联布置,使得较低的流量和润滑流量相同。 结果,可以增加从二次调节阀流出到油泵的上游侧的液压流体的流量。