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    • 1. 发明申请
    • High-pressure sealing assembly
    • 高压密封组件
    • US20040251636A1
    • 2004-12-16
    • US10489937
    • 2004-08-06
    • Holger Jordan
    • F16J015/32
    • F16J15/3208F16J15/164
    • A high-pressure sealing arrangement is provided for sealing a gap (26) between two concentric machine parts (4, 5) which can be moved relative to each other, of which a first machine part (4) comprises a groove (3) and a second machine part (5) comprises an outer peripheral surface (7) opposite the groove (3). A sealing ring (1) of an extrusion-resistant material and a tensioning ring (2) of an elastomeric material are provided in the groove (3). A shaped section of the sealing ring (1) on the low-pressure side can be deflected towards the outer peripheral surface (7) under fluid pressure load. When the pressure decreases, the pressure-dependent deflection of the sealing ring (1) automatically returns towards the initial, unpressurized state of the sealing ring (1). The sealing ring (1), viewed in cross-section and in the unpressurized state, has a shaped sealing ring surface (6) facing the outer peripheral surface (7), which merges at least with respect to the shaped section on the low-pressure side, into a shoulder surface (13) separated from the outer peripheral surface (7) at a first separation d1, which merges into a shoulder surface (13) side surface (20) with a second, larger separation d2 from the outer peripheral surface (7).
    • 提供了一种高压密封装置,用于密封可相对于彼此移动的两个同心机器部件之间的间隙(26),第一机器部件(4)包括凹槽(3)和 第二机器部分(5)包括与凹槽(3)相对的外周表面(7)。 在槽(3)中设置有耐挤压材料的密封环(1)和弹性材料的张紧环(2)。 在低压侧的密封环(1)的成形部分可以在流体压力负载下朝向外周面(7)偏转。 当压力降低时,密封环(1)的依赖于压力的偏转自动返回到密封环(1)的初始的非加压状态。 密封环(1)在横截面和非加压状态下观察到具有面向外周表面(7)的成形密封环表面(6),该密封环表面(6)至少相对于低压部件上的成形部分合并, 以与第一间隔d1分离的肩部表面(13)分离成与外周面(7)分离的肩部表面(13),该第一分离部分d1与肩部表面(13)侧表面(20)合并,从外周 表面(7)。
    • 2. 发明申请
    • Magnetic bearing isolator
    • 磁轴承隔离器
    • US20040227299A1
    • 2004-11-18
    • US10838573
    • 2004-05-04
    • Brian Simmons
    • F16J015/32F16J015/43
    • F16J15/3444
    • A magnetic bearing isolator assembly. The assembly comprises first and second body parts, a ferromagnetic ring and a plurality of magnets received in spaced apart pockets. The first body part has a circumferential groove for receiving a ring of a ferromagnetic material. A radially outer groove in the first body part accommodates the second body part which has an outer, frusto-conical surface which is very slightly larger than the diameter of the smaller axial surface on the first part. The first and second parts are made from a composite fluorocarbon-carbon-graphite material with substantial glass filling therein.
    • 磁轴承隔离组件。 组件包括第一和第二主体部件,铁磁环和容纳在间隔开的口袋中的多个磁体。 第一主体部分具有用于接收铁磁材料的环的周向槽。 第一主体部分中的径向外部凹槽容纳第二主体部分,该第二主体部分具有比第一部分上较小轴向表面的直径稍大的外部截头圆锥形表面。 第一和第二部分由其中具有大量玻璃填充的复合碳氟碳 - 碳 - 石墨材料制成。
    • 3. 发明申请
    • Shaft for use with annular seal assembly and method of manufacturing same
    • 用于环形密封组件的轴及其制造方法
    • US20040207161A1
    • 2004-10-21
    • US10847551
    • 2004-05-17
    • Mark Shuster
    • F16J015/32
    • F16C33/14F16C3/03F16C33/74Y10T82/10
    • A structure and method of manufacturing an outer surface of a shaft avoids the creation of a preferential lead and thereby minimizes leakage through an annular seal assembly when such shaft is rotated or otherwise moved relative thereto during use. The outer circumferential surface of the shaft is formed having a plurality of relatively small irregularities that are evenly distributed thereabout. Such irregularities may be defined by relatively higher portions and relatively lower portions that are formed in an intersecting, cross hatched pattern or in a circumferentially extending undulating or oscillating pattern. To form the cross hatched pattern, an apparatus can be operated to engage the outer circumferential surface of the shaft in two sequential passes in opposite axial directions while the shaft is being rotated. To form the undulating pattern, an apparatus can be operated to engage the outer circumferential surface of the shaft in an axially reciprocating manner while the shaft is being rotated. By varying the feed rate of the apparatus, the rotational speed of the shaft, and the magnitude of the force applied by the apparatus against the outer circumferential surface of the shaft, the size, shape, and depth of the surface irregularities can be varied as desired.
    • 制造轴的外表面的结构和方法避免了优先引线的产生,从而当在使用期间这样的轴旋转或相对于其移动时,通过环形密封组件的泄漏最小化。 轴的外周面形成为具有均匀分布在其周围的多个相对小的凹凸。 这种不规则性可以由相对较高的部分和以相交的交叉阴影图案形成或沿周向延伸的起伏或振荡图案形成的相对较低的部分限定。 为了形成十字阴影图案,可以操作一种设备,以在轴旋转的过程中以相反的轴向以两个顺序的顺序与轴的外圆周表面接合。 为了形成起伏的图案,可以操作装置,以便在轴旋转的同时以轴向往复运动的方式使轴的外圆周表面接合。 通过改变设备的进给速度,轴的旋转速度以及由设备施加到轴的外周面上的力的大小,表面不规则的尺寸,形状和深度可以变化为 想要的
    • 5. 发明申请
    • Encoder-equipped sealing device
    • 编码器配备密封装置
    • US20040201178A1
    • 2004-10-14
    • US10484166
    • 2004-01-20
    • Hironori Yamamoto
    • F16J015/32
    • F16J15/3264F16C33/7879F16C41/007F16C2326/02F16J15/002F16J15/326G01P3/443G01P3/487
    • An encoder-equipped sealing device (1) that includes two seal members (5, 15) arranged to face opposite each other and each having a reinforcing ring (4, 14) with an L-shaped cross section, each of the reinforcing rings (4, 14) having a cylindrical portion (2,12) and a flanged portion (3, 13) extending from one end of the cylindrical portion (2, 12) in the direction perpendicular to the cylindrical portion (2, 12). Seal member (15) includes an elastic seal (6) formed in such a manner as to be supported by the reinforcing ring (14) of said seal member (15), the elastic seal (6) extending toward the other seal member (5) such that a seal portion (7, 8, 9) is formed between the elastic seal (6) and said other seal member (5). Seal member (5) includes an encoder (10) on the side of the flanged portion (3) of said seal member (5) that is opposite the side facing the other seal member (15). Seal member (15) includes an elastic element (16) formed in such a manner as to be supported by the flanged portion (14) of said seal member (15). The elastic element (16) formed on the side of the flanged portion (13) of said seal member (15) that is opposite the side facing said seal member (5).
    • 一种编码器配备的密封装置(1),包括两个密封构件(5,15),两个密封构件(5,15)彼此相对地布置并且各自具有L形横截面的加强环(4,14),每个加强环 具有圆柱形部分(2,12)和从所述圆柱形部分(2,12)的一端在垂直于所述圆柱形部分(2,12)的方向延伸的凸缘部分(3,13)。 密封构件(15)包括形成为由所述密封构件(15)的加强环(14)支撑的弹性密封件(6),弹性密封件(6)朝向另一密封构件(5)延伸 ),使得在弹性密封件(6)和所述另一个密封件(5)之间形成密封部分(7,8,9)。 密封构件(5)包括在所述密封构件(5)的与所述另一个密封构件(15)相对的一侧的所述凸缘部分(3)侧的编码器(10)。 密封构件(15)包括以由所述密封构件(15)的凸缘部分(14)支撑的方式形成的弹性元件(16)。 所述弹性元件(16)形成在所述密封件(15)的与所述密封件(5)相对的一侧的所述凸缘部分(13)侧上。
    • 6. 发明申请
    • Back pumping seal assembly
    • 后抽泵密封组件
    • US20040195780A1
    • 2004-10-07
    • US10805540
    • 2004-03-19
    • Jeff BaehlLarry J. Castleman
    • F16J015/32
    • F16J15/166F16J15/164F16J15/3236
    • A back pumping seal assembly includes a buffer seal and a backup ring. The buffer seal has inner, outer, front, and back seal faces. The buffer seal further has a contoured face portion inset and extending inwardly from the inner and back seal faces. The contoured face defines a back seal channel. The backup ring is positioned in the back seal channel of the buffer seal. The backup ring includes inner and back ring faces, and at least two channel-directed faces. The inner and back ring faces are adjacent the inner and back seal faces, respectively. A first channel-directed face extends from the inner ring face substantially parallel to the back ring face. The first channel-directed face is configured for limiting displacement of an adjacent portion of the buffer seal. A second channel-directed face extends from the back ring face at an acute angle relative thereto.
    • 背部泵送密封组件包括缓冲密封件和备用环。 缓冲密封件具有内,外,前和后密封面。 缓冲密封件还具有插入的轮廓面部分并且从内密封面和后密封面向内延伸。 轮廓面定义了后密封通道。 支撑环位于缓冲密封的后密封通道中。 支撑环包括内圈和后环面,以及至少两个通道定向面。 内圈和后环分别与内密封面和后密封面相邻。 第一通道导向面从内环面大致平行于后环面延伸。 第一通道引导面构造成用于限制缓冲密封件的相邻部分的位移。 第二通道导向面相对于其相对于后环面以锐角延伸。
    • 8. 发明申请
    • Sealing device for rolling bearing
    • 滚动轴承密封装置
    • US20040188951A1
    • 2004-09-30
    • US10808355
    • 2004-03-25
    • Koyo Seiko Co., Ltd.
    • Yukitoshi MurakamiYoshitaka Nakagawa
    • F16J015/32
    • F16C33/7853F16C33/7859
    • A sealing device for a rolling bearing includes: a seal mounting groove formed to a shoulder of a raceway groove of a fixed ring; a circumferential step formed to a shoulder of the raceway groove of the rotational ring; and an annular resilient sealing member fit into the seal mounting groove, a sealing lip of the sealing member being brought into contact with a lateral surface of the circumferential step. The sealing member includes a fluoro resin and 10-60 parts by weight of a filler based on 100 parts by weight of the fluoro resin, and the filler includes a first filler having a Mohs hardness of 6 or more and 8 or less in amount of 25%-75% by weight or less of the filler, and a second filler having a Mohs hardness of less than 6 as the remaining portion
    • 用于滚动轴承的密封装置包括:形成在固定环的滚道槽的肩部上的密封安装槽; 圆周台阶,形成在旋转环的滚道槽的肩部上; 以及一个环形的弹性密封件,其装配到密封件安装槽中,密封件的密封唇与周向台阶的侧面接触。 所述密封件包括氟树脂和基于100重量份氟树脂的10-60重量份填料,并且所述填料包括Mohs硬度为6以上且8以下的第1填料, 25重量%-75重量%或更少的填料,以及Mohs硬度小于6的第二填料作为剩余部分
    • 9. 发明申请
    • Seal assembly for reciprocating shaft
    • 往复轴密封组件
    • US20040188949A1
    • 2004-09-30
    • US10692326
    • 2003-10-22
    • Dean FooteClayton DelbridgeScott Delbridge
    • F16J015/32
    • F16J15/56E21B33/062
    • A seal assembly for a reciprocating shaft includes a body having a bore and a shaft adapted to move reciprocally within the body between an extended position extending from the body and a retracted position retracted within the body. The shaft has a first seal travel area which is in contact with a first seal during axial reciprocating movement of the shaft. The shaft has a second seal travel area which is in contact with a second seal during axial reciprocating movement of the shaft. The first seal travel area and the second seal travel area are axially spaced separate and distinct areas on the shaft. Damage to the exposed portion of the first seal travel area leading to a failure of the first circumferential seal, does not lead to failure of the second circumferential seal.
    • 用于往复运动轴的密封组件包括具有孔和主体的主体,所述主体适于在主体之间在从本体延伸的延伸位置与缩回到主体内的缩回位置之间往复运动。 轴具有第一密封行进区域,其在轴的轴向往复运动期间与第一密封件接触。 轴具有第二密封行程区域,其在轴的轴向往复运动期间与第二密封件接触。 第一密封行进区域和第二密封件行进区域在轴上沿轴向间隔开和分离的区域。 导致第一密封行进区域暴露的部分导致第一周向密封的故障的损坏不会导致第二周向密封的故障。