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    • 36. 发明申请
    • Quick disconnect valve assembly
    • 快速断开阀组件
    • US20050139265A1
    • 2005-06-30
    • US10970147
    • 2004-10-21
    • Lee Krywitsky
    • Lee Krywitsky
    • B63B21/00F16K20060101F16K17/00F16K21/04F16L37/32
    • F16L37/32F16L37/244F16L37/252F16L55/1015Y10T137/71Y10T137/87957Y10T137/87973
    • This disclosure is concerned with fluid system components. In one example, a quick disconnect valve assembly includes first and second valve elements configured to releasably engage each other. Each valve element includes a housing that defines a valve seat and a fluid passageway. A plunger is disposed within each housing and arranged for selective engagement with a corresponding valve seat. Each plunger is biased into a sealing engagement with the valve seat by a resilient element disposed within the housing. Consequently, the fluid passageway of each valve element is closed off when the first and second valve elements are separated from each other. When the valve elements are engaged, the respective biases associated with the plungers counteract each other to the extent that each plunger is lifted off the corresponding valve seat and fluid communication is established between the respective fluid passageways of the first and second valve elements.
    • 本公开涉及流体系统部件。 在一个示例中,快速断开阀组件包括被配置为可释放地彼此接合的第一和第二阀元件。 每个阀元件包括限定阀座和流体通道的壳体。 柱塞设置在每个壳体内并布置成与相应的阀座选择性接合。 每个柱塞通过设置在壳体内的弹性元件偏置成与阀座的密封接合。 因此,当第一和第二阀元件彼此分离时,每个阀元件的流体通道被关闭。 当阀元件接合时,与柱塞相关联的相应偏压彼此抵消到每个柱塞被提升离开相应阀座的程度,并且在第一和第二阀元件的相应流体通道之间建立流体连通。
    • 39. 发明申请
    • Rotation axis seal device and helium gas turbine power generation system using the same
    • 旋转轴密封装置和氦燃气轮机发电系统使用相同
    • US20020084591A1
    • 2002-07-04
    • US10029995
    • 2001-12-31
    • Itsuo AkazawaAkira HiromotoTakanori TsutsumiKazuhiko Maekawa
    • F16J009/00
    • F16J15/004F16J15/3404Y10T137/71
    • An axis seal device is provided between a vessel filled with a first gas of a first gas pressure and a rotation axis passing through the vessel. The axis seal device includes first to third dry gas seal sections. The first dry gas seal section is provided such that the rotation axis is rotatable, and has a first space section with a second gas pressure. The second dry gas seal section is provided subsequently to the first dry gas seal section such that the rotation axis is rotatable, and has a second space section with a third gas pressure. The third dry gas seal section is provided subsequently to the second dry gas seal section such that the rotation axis is rotatable, and has a third space section with a fourth gas pressure. The first gas pressure is lower than the second gas pressure, the second gas pressure is higher than the third gas pressure, the third gas pressure is higher than the fourth gas pressure and an atmospheric pressure, and the fourth gas pressure is lower than the atmospheric pressure.
    • 在填充有第一气体压力的第一气体和通过容器的旋转轴线的容器之间设置有轴封装置。 轴封装置包括第一至第三干气密封部。 第一干燥气体密封部分设置成使得旋转轴线是可旋转的,并且具有第二气体压力的第一空间部分。 第二干燥气体密封部分设置在第一干燥气体密封部分之后,使得旋转轴线是可旋转的,并且具有第三气体压力的第二空间部分。 第三干燥气体密封部分设置在第二干燥气体密封部分之后,使得旋转轴线是可旋转的,并且具有第四气体压力的第三空间部分。 第一气体压力低于第二气体压力,第二气体压力高于第三气体压力,第三气体压力高于第四气体压力和大气压力,第四气体压力低于大气压力 压力。