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    • 6. 发明授权
    • Radial split ring seal for filtration systems
    • 用于过滤系统的径向开口环密封
    • US08758489B2
    • 2014-06-24
    • US13913959
    • 2013-06-10
    • Toray Industries, Inc.
    • Curtis J. ElwellFrederick K. LesanVictor VerbeekPeter F. Metcalfe
    • B01D63/10
    • B01D65/003B01D63/10B01D63/106B01D63/12F16J15/04
    • A radial seal is described for use in a filtration system having annular elements. The rings or annuli fit in a groove in an outer surface of a seal plate. Each annulus has an outer diameter larger than the inner diameter of a cylindrical housing of the filtration system. A gap in the annulus has a width selected to enable the annular element to deform sufficiently to permit insertion of the at least one annulus into the cylindrical housing. Two or more annuli can be configured such that the gaps of the annuli are misaligned when both annuli are installed in the groove, thereby minimizing leakage in operation. A registration system includes a registration element that cooperates with a registration element of the other annulus to ensure misalignment of the gaps of the pair of annuli.
    • 描述了用于具有环形元件的过滤系统中的径向密封。 环或环配合在密封板的外表面的凹槽中。 每个环的外径大于过滤系统的圆柱形外壳的内径。 环中的间隙具有选择的宽度,以使得环形元件能够充分变形,以允许将至少一个环插入到圆柱形壳体中。 可以构造两个或更多个环,使得当两个环被安装在槽中时,环的间隙不对准,从而最小化操作中的泄漏。 注册系统包括与另一个环的配准元件协作的注册元件,以确保该对环的间隙的不对准。
    • 7. 发明申请
    • Nozzle Body and Device Head of a Cleaning Device Comprising Said Type of Nozzle Body
    • 包括所述类型的喷嘴体的清洁装置的喷嘴体和装置头
    • US20130292500A1
    • 2013-11-07
    • US13809405
    • 2011-07-11
    • Emilia Steinicke
    • Emilia Steinicke
    • B05B1/00
    • B05B1/005B05B1/02B05B15/18B24C5/04F16J15/04
    • A nozzle body is disclosed. The nozzle body includes a nozzle head which begins at a front end face of the nozzle body, a shaft which is connected to the nozzle head and ends at a rear end face of the nozzle body, and a ceramic insert. A longitudinal channel runs through the nozzle body and opens into the front and rear end faces of the nozzle body. An annular surface facing the rear end face of the nozzle body is formed in the longitudinal channel of the nozzle body. The ceramic insert has a longitudinal channel that is concentric with the longitudinal channel of the nozzle body, the ceramic insert is disposed in the longitudinal channel of the nozzle body, and the ceramic insert is in contact with the annular surface. A rear end of the shaft protrudes beyond the ceramic insert and forms an edge.
    • 公开了一种喷嘴体。 喷嘴主体包括从喷嘴主体的前端面开始的喷嘴头,连接到喷嘴头并在喷嘴体的后端面端部的轴和陶瓷插入件。 纵向通道穿过喷嘴体并且通向喷嘴体的前后端面。 在喷嘴主体的纵向通道中形成面向喷嘴主体的后端面的环形表面。 陶瓷插件具有与喷嘴主体的纵向通道同心的纵向通道,陶瓷插入件设置在喷嘴体的纵向通道中,并且陶瓷插入件与环形表面接触。 轴的后端突出超过陶瓷插入件并形成边缘。
    • 9. 发明申请
    • AXIAL LABYRINTH SEAL FOR FILTRATION SYSTEMS
    • 用于过滤系统的轴向乳胶密封
    • US20110084013A1
    • 2011-04-14
    • US12902477
    • 2010-10-12
    • Frederick K. LESANCurtis J. Elwell
    • Frederick K. LESANCurtis J. Elwell
    • B01D63/10B01D63/12F16J15/02
    • B01D65/003B01D63/10B01D63/106B01D63/12F16J15/04
    • An axial face seal is described that may be employed to seal a spiral membrane element of a filtration system. A seal can be formed using a first seal plate for capping the spiral membrane element to engage a corresponding face of a second seal plate of an adjacent spiral membrane element. The faces of the first and second seal plates have complementary profiles that yield an intermeshed contact of the seal plates when the spiral membrane element is coupled to the adjacent spiral membrane element. The intermeshed contact creates a tortuous flow path from inside the spiral membrane element to the outside of the spiral membrane element, thereby sealing the spiral membrane element at the point of coupling with the adjacent spiral membrane element. Adjacent spiral membrane elements can be coupled using a latching mechanism that is engaged before the spiral membrane elements are inserted into the cylindrical housing.
    • 描述了可用于密封过滤系统的螺旋膜元件的轴向面密封件。 可以使用用于封盖螺旋膜元件的第一密封板来形成密封件,以接合相邻螺旋膜元件的第二密封板的相应表面。 第一和第二密封板的表面具有互补的轮廓,当螺旋膜元件联接到相邻的螺旋膜元件时,这些轮廓产生密封板的相互啮合的接触。 相互啮合的接触从螺旋膜元件内部形成曲折的流动路径到螺旋膜元件的外部,从而在与相邻螺旋膜元件的联接点处密封螺旋膜元件。 可以使用在螺旋膜元件插入圆柱形壳体之前接合的闭锁机构来连接相邻的螺旋膜元件。
    • 10. 发明申请
    • DEVICE FOR PRE-STRESSED SEALED CONNECTION WITH FLANGES
    • 用于预紧密连接法兰的装置
    • US20100295298A1
    • 2010-11-25
    • US12594444
    • 2008-04-04
    • Isabelle HaumontChristian Roure
    • Isabelle HaumontChristian Roure
    • F16L23/18F16L23/00
    • F16L23/032F16J15/04
    • The prestressed flanged leaktight connection device comprises a first flange (130) presenting a first contact surface (111), a second flange (140) presenting a second contact surface (121) situated facing the first contact surface (111), a sealing gasket (160) received in a gasket housing (170) formed between the first and second contact surfaces and clamping elements (150) for clamping together the first and second flanges (130, 140). The first and second contact surfaces present a localized bearing zone (Z1) forming a dog situated in the vicinity of the sealing gasket (160). At least one (111) of the first and second contact surfaces presents, in the localized bearing zone (Z1) a surface of specified shape, e.g. conical, such that before tightening of the tightening elements (150), contact between the first and second flanges (130, 140) at the localized bearing zone (Z1) is limited to a fraction of the surface of the localized bearing zone (Z1), whereas after tightening of the tightening elements (150; 250) the contact is distributed evenly over all of the localized bearing zone (Z1).
    • 预应力法兰密封连接装置包括呈现第一接触表面(111)的第一凸缘(130),呈现面向第一接触表面(111)的第二接触表面(121)的第二凸缘(140),密封垫圈 160)容纳在形成在第一和第二接触表面之间的垫圈壳体(170)和用于将第一和第二凸缘(130,140)夹紧在一起的夹紧元件(150)之间。 第一和第二接触表面呈现形成位于密封垫圈(160)附近的狗的局部轴承区(Z1)。 第一和第二接触表面中的至少一个(111)在局部承载区域(Z1)中呈现指定形状的表面,例如。 使得在拧紧紧固元件(150)之前,在局部轴承区域(Z1)处的第一和第二凸缘(130,140)之间的接触被限制在局部轴承区域(Z1)的表面的一小部分上, 而在紧固紧固元件(150; 250)之后,接触件均匀分布在所有局部轴承区域(Z1)上。