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    • 2. 发明授权
    • Hydrodynamic rotary seal with opposed tapering seal lips
    • 流体动力旋转密封,相对锥形密封唇
    • US06767016B2
    • 2004-07-27
    • US09834354
    • 2001-04-12
    • Jeffrey D. GobeliLannie DietleManmohan S. Kalsi
    • Jeffrey D. GobeliLannie DietleManmohan S. Kalsi
    • F16J1532
    • F16J15/164F16J15/3236F16J15/3244
    • A hydrodynamically lubricating rotary seal for partitioning a lubricant from an environment has a generally circular seal body and sloping, generally opposed projecting static and dynamic sealing lips. The dynamic sealing lip is provided for establishing compressed sealing relation with a relatively rotatable surface, and has a sloping dynamic sealing surface that varies in width, and also has a hydrodynamic inlet curvature that varies in position around the circumference of the seal. When the seal is installed against a relatively rotatable surface, the dynamic sealing lip deforms to define a variable width interfacial contact footprint against the relatively rotatable surface that is wavy on the lubricant side, and wedges a film of lubricating fluid into the interface in response to relative rotation. The environment edge of the interfacial contact footprint is substantially circular, and therefore does not produce a hydrodynamic wedging action in response to relative rotation.
    • 用于从环境分配润滑剂的流体动力学润滑旋转密封件具有大致圆形的密封体和倾斜的,大致相对的突出的静态和动态密封唇。 提供动态密封唇,用于与相对可旋转的表面建立压缩密封关系,并且具有宽度变化的倾斜动态密封表面,并且还具有围绕密封件圆周的位置变化的流体动力入口曲率。当密封 安装在相对可旋转的表面上,动态密封唇变形以限定相对于在润滑剂侧波浪的相对旋转的表面的可变宽度界面接触面积,并响应于相对旋转将润滑流体膜楔入界面。 界面接触足迹的环境边缘基本上是圆形的,因此不会响应于相对旋转而产生流体动力楔形动作。
    • 3. 发明授权
    • Rotary shaft seal with two sealing lips
    • 旋转轴封与两个密封嘴唇
    • US06736403B2
    • 2004-05-18
    • US10204398
    • 2002-08-22
    • Siegmar Kreutzer
    • Siegmar Kreutzer
    • F16J1532
    • F16J15/3252F16J15/3232
    • In a known rotary shaft seal with two sealing lips, a first diaphragm body (20) with a first sealing lip (21) is mounted on a support element (22) and inserted in a second diaphragm body (23) with a second sealing lip (27) that rests against a pressure mount (24) and is mounted in the bearing mount (1). The object of the invention is to prevent the pressure medium from passing through the gap (26) between the two diaphragm bodies, which is open towards the pressure side, and ensure that the first diaphragm body can be displaced in the second along this gap. According to the invention, the first diaphragm body (2) is mounted on a support element (3) and inserted from the unpressurized side into the second diaphragm body (4), which serves to mount the seal in the bearing mount (1), reaches around a pressure mount (5) on the unpressurized side and secures it against axial movement. The rotary shaft seal according to the invention can be used to seal shaft openings leading into vessels containing a pressurized fluid medium, particularly water pumps for internal combustion engines in motor vehicles.
    • 在具有两个密封唇的已知旋转轴密封件中,具有第一密封唇缘(21)的第一隔膜体(20)安装在支撑元件(22)上并且插入第二隔膜体(23)中,第二密封唇 (27),其抵靠压力支座(24),并安装在轴承座(1)中。 本发明的目的是防止压力介质通过两个隔膜体之间的间隙(26),这两个隔膜体朝向压力侧敞开,并且确保第一隔膜体能沿着该间隙在第二隔膜体内移位。 根据本发明,第一隔膜体(2)安装在支撑元件(3)上并从非加压侧插入到用于将密封件安装在轴承座(1)中的第二隔膜体(4)中, 到达非加压侧的压力支架(5),并固定在轴向上。 根据本发明的旋转轴密封件可用于密封通向容纳加压流体介质的容器的轴孔,特别是用于机动车辆中的内燃机的水泵。
    • 6. 发明授权
    • Hydrophobic shaft seal
    • 疏水轴封
    • US06663110B2
    • 2003-12-16
    • US10020360
    • 2001-12-12
    • David K. Platner
    • David K. Platner
    • F16J1532
    • F16J15/3264F16J15/164F16J15/3284
    • A seal assembly seal assembly includes an outer member, an inner member, and a resilient member therebetwen. The resilient member is located between an inner diameter of the outer member and an outer diameter of the inner member. The resilient member includes substantially V-shaped or opposed parabolic members in cross-section which define a cavity therebetween. The cavity formed between the parabolic members is filled with the hydrophobic material to provide a barrier to undesirable moisture, lubricate the interface between the parabolic members and the outer diameter of the inner member, and further minimize ingestion of contaminants.
    • 密封组件密封组件包括外部构件,内部构件和其间的弹性构件。 弹性构件位于外构件的内径和内构件的外径之间。 弹性构件包括大致V形或相对的抛物面构件,其在截面中限定了它们之间的空腔。 形成在抛物线构件之间的空腔填充有疏水材料,以提供不希望的水分的屏障,润滑抛物线构件之间的界面和内部构件的外径,并进一步最小化污染物的摄取。
    • 7. 发明授权
    • Rotating fluid seal
    • 旋转流体密封
    • US06663109B1
    • 2003-12-16
    • US09710198
    • 2000-11-10
    • John M. WyckoffDeuel A. BatsfordJoseph A. Cassisi
    • John M. WyckoffDeuel A. BatsfordJoseph A. Cassisi
    • F16J1532
    • F16J15/3228Y10S277/903
    • A rotating seal assembly, comprising: a first member having a circular hole passing therethrough; a second member having a circular shape, the second member being positioned such that an annular gap is present between the first and second members; a contacting member spanning across the annular gap, the contacting member being mounted to one or the other of the first and second members; at least one support assembly disposed on one of the first or second members, the at least one support assembly being mounted to the same member as the contacting member; and a sealing ring, wherein the support assembly holds the sealing ring against the contacting member, thereby pushing the contacting member against the opposite member to which the support assembly is attached.
    • 一种旋转密封组件,包括:具有穿过其中的圆形孔的第一构件; 具有圆形形状的第二构件,所述第二构件被定位成使得在所述第一构件和所述第二构件之间存在环形间隙; 横跨所述环形间隙的接触构件,所述接触构件安装到所述第一和第二构件中的一个或另一个; 设置在所述第一或第二构件中的一个上的至少一个支撑组件,所述至少一个支撑组件安装到与所述接触构件相同的构件; 和密封环,其中所述支撑组件将所述密封环保持抵靠所述接触构件,从而将所述接触构件推靠在所述支撑组件附接到的相对构件上。
    • 9. 发明授权
    • Radial lip seal
    • 径向唇密封
    • US06557857B1
    • 2003-05-06
    • US09287610
    • 1999-04-07
    • James R. Goodman
    • James R. Goodman
    • F16J1532
    • F16J15/3276F16J15/3224F16J15/3272
    • A radial lip seal for sealably mounting within a split circular seal housing includes a seal body having a channel disposed along a seal body outside diameter. The radial split seal includes an annular seal body which is divided into at least two substantially similar semi-annular seal body sections that are each connected together at end portions. The seal body formed from such sections includes a sealing lip that extends radially inwardly from the body for slidable sealing contact around a rotatable shaft. An energizer is seated within the channel. The seal is mounted within a seal housing that is configured to fix the axial placement of the seal therein. The energizer is interposed between the seal and the seal housing to both allow the seal to move radially a desired distance within the seal housing in response to seal thermal expansion and contraction, and to provide a leak-tight seal therebetween.
    • 用于密封地安装在分开的圆形密封壳体内的径向唇形密封件包括具有沿着密封体外径设置的通道的密封体。 径向分隔密封件包括环形密封体,其被分成至少两个基本相似的半环形密封体部分,每个部分在端部分别连接在一起。 由这些部分形成的密封体包括从主体径向向内延伸的密封唇,用于围绕可旋转的轴可滑动的密封接触。 一个激发器坐在通道内。 密封件安装在密封壳体内,密封壳体构造成将密封件的轴向放置固定在其中。 增压器插入在密封件和密封壳体之间,以便两者都允许密封件响应于密封件的热膨胀和收缩而径向移动到密封壳体内的期望距离,并且在密封件之间提供密封密封。