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    • 72. 发明申请
    • ASSEMBLY FOR SEALING A ROTATIONAL CONNECTION
    • 密封转向连接的安排
    • WO2012017094A2
    • 2012-02-09
    • PCT/EP2011063572
    • 2011-08-05
    • IMO HOLDING GMBHWILLACZEK HERMANN
    • WILLACZEK HERMANN
    • F16C33/76F16H1/16F16H57/029F16J15/32
    • F16J15/3236F16C19/18F16C33/7836F16C2300/14F16H57/029F16H57/039
    • The invention relates to an assembly for sealing a rotational connection, comprising at least one first annular main part (2) and at least one second annular main part (3), which are arranged concentrically about a common axis, and wherein at least one annular main part is rotatably arranged relative to at least one other annular main part, and wherein at least one circumferential gap (18) is provided between the at least one first annular main part (2) and the at least one second annular main part (3); wherein the first annular main part (2) comprises at least one convex profile curvature (8) projecting in the direction of the second annular main part (3), and wherein the second annular main part (3) comprises at least one convex profile curvature (9) projecting in the direction of the first annular main part (2); at least one sealing element (4), which is received in the circumferential gap (18) and which is sealingly seated against the first annular main part (2) and the second annular main part (3); wherein the sealing element (4) comprises at least four sealing lips (21), which are arranged in respective pairs, and wherein a respective pair of sealing lips (21) is associated with a respective convex profile curvature (21) such that in each case two sealing lips (21) enclose a convex profile curvature (21) and are sealingly seated thereon; wherein the sealing element (4) has axial symmetry with respect to at least one axis of symmetry (6), and wherein the at least one axis of symmetry is inclined relative to a vertical axis (13); and wherein the convex profile curvatures (8), (9) have points that project farthest in the direction of the sealing element (4), and wherein said points are essentially located on an axis (12) perpendicular to the axis of symmetry (6).
    • 组件,用于密封的旋转接头,其包括: - 至少一个第一环形体(2)和至少一个第二环形体(3),其被同心地布置成围绕共同的轴线,并且其中至少一个环形主体相对于可旋转地布置到至少一个其它环形主体 并且其中在所述至少一个第一环形主部件(2)与所述至少一个第二环形主部件(3)之间设置有至少一个周向间隙(18);其中, - 其中,所述第一环形体(2)至少一种Profilauswölbung(8),其在所述第二环形体(3)的方向延伸,并且其中所述第二环形体(3)具有至少一个Profilauswölbung(9),其在所述第一环形体的方向 (2)突出; - 其在圆周间隙接收(18)的至少一个密封元件(4)和其邻接第一环形体(2)和所述第二环形体(3)密封地; - 其特征在于,所述密封部件(4)的至少四个密封唇,其被布置在对和在每种情况下的一对密封唇(21)(21)分别与一个相关联的Profilauswölbungen(8),(9),从而使两个密封唇(21 )包括轮廓凸起(8),(9)并且密封地靠着该凸起; - 其中,所述密封部件(4),以对称(6),轴对称的至少一个轴线和相对的对称垂直轴(13)倾斜的至少一个轴; - 并且其中,所述Profilauswölbungen(8),(9)在所述密封部件(4)的方向上具有突出的点最远的,并且其中这些点上垂直的轴线(12)基本上位于所述对称轴线(6)。
    • 73. 发明申请
    • FLOATING WIND TURBINE BEARING SEAL WITH SYMMETRICAL PROFILE
    • 浮动风轮轴承密封与对称轮廓
    • WO2011159867A1
    • 2011-12-22
    • PCT/US2011/040640
    • 2011-06-16
    • PARKER-HANNIFIN CORPORATIONTHOMAS, Philip, M.COUCHELL, Christopher, J.
    • THOMAS, Philip, M.COUCHELL, Christopher, J.
    • F03D11/00F16J15/02F16J15/34
    • F16C43/045F03D80/70F05B2240/54F05B2240/57F16C33/7836F16C2300/14F16C2360/31Y02E10/722
    • A bearing seal assembly (110, 112, 114) seals a sealing gap (26) defined by a first race (10) and a second race (12) of a bearing (100). The bearing seal assembly includes a resilient seal (24) having a cross-sectional profile (58) that in exemplary embodiments is symmetric about at least one of a horizontal axis and a vertical axis, and which may be an X-shaped profile. The profile defines a flexing portion (55), and the resilient seal further has a first pressure-bearing side (57) and a second side (59) opposite the first pressure-bearing side. The flexing portion is configured to flex to form an energized seal that seals the sealing gap when a pressure is applied to the first side of the resilient seal. The bearing seal assembly may also include wear strip section (66) that has a removable blast shield (74) that protects the seal during a coating process, and subsequently is removed. A bearing assembly (100) may include the first race and the second race that define the sealing gap, and the described bearing seal assembly.
    • 轴承密封组件(110,112,114)密封由轴承(100)的第一座圈(10)和第二座圈(12)限定的密封间隙(26)。 轴承密封组件包括具有横截面轮廓(58)的弹性密封件(24),其在示例性实施例中关于水平轴线和垂直轴线中的至少一个对称,并且其可以是X形轮廓。 该轮廓限定弯曲部分(55),并且弹性密封件还具有与第一承压侧相对的第一承压侧(57)和第二侧(59)。 弯曲部分构造成弯曲以形成通电的密封件,当向弹性密封件的第一侧施加压力时,该密封件密封密封间隙。 轴承密封组件还可以包括耐磨条部分(66),其具有可移除的防护罩(74),其在涂覆过程期间保护密封,并且随后被移除。 轴承组件(100)可以包括限定密封间隙的第一座圈和第二座圈以及所述的轴承密封组件。
    • 78. 发明申请
    • FLOATING WIND TURBINE BEARING SEAL WITH ENHANCED PROFILE
    • 浮动风力发电机轴承密封与增强型材
    • US20160138654A1
    • 2016-05-19
    • US14940235
    • 2015-11-13
    • Parker-Hannifin Corporation
    • Philip Martin Thomas, Jr.James Blanding UpshurScott A. VanLuvenderDennis McCarthy
    • F16C33/78F16C43/04F16C33/66
    • F16C33/7836F16C33/62F16C33/7823F16C43/045
    • A bearing seal assembly is provided for sealing a sealing gap defined by a first race and a second race of a bearing. The bearing seal assembly includes a resilient seal having a cross-sectional profile, wherein the profile defines a flexing portion, and the resilient seal further has a first pressure-bearing side and a second side opposite the first pressure-bearing side. The flexing portion is configured to flex to form an energized seal that seals the sealing gap when a pressure is applied to the first side of the resilient seal, wherein the cross-sectional profile is symmetric about a horizontal axis and asymmetric about a vertical axis. The cross-sectional profile specifically may be a K-shaped profile, and the flexing portion comprises arms defined by the K-shaped profile. The assembly may include a wear strip section positioned outside of the profile of the resilient seal, with a removable blast shield.
    • 提供轴承密封组件用于密封由第一座圈和轴承的第二座圈限定的密封间隙。 所述轴承密封组件包括具有横截面轮廓的弹性密封件,其中所述轮廓限定弯曲部分,并且所述弹性密封件还具有第一承压侧和与所述第一承压侧相对的第二侧。 弯曲部分构造成弯曲以形成通电的密封件,当向弹性密封件的第一侧施加压力时,该密封件密封密封间隙,其中横截面轮廓关于水平轴线对称并且关于垂直轴线不对称。 截面轮廓具体可以是K形轮廓,并且弯曲部分包括由K形轮廓限定的臂。 组件可以包括位于弹性密封件的轮廓外侧的耐磨条部分,其具有可移除的防爆罩。
    • 80. 发明申请
    • SEALING DEVICE, IN PARTICULAR FOR WHEEL HUBS OF MOTOR BIKES
    • 密封装置,特别是电动车的轮子
    • US20140084672A1
    • 2014-03-27
    • US14040074
    • 2013-09-27
    • Aktiebolaget SKF
    • Paolo GiraudoAlessandro Lo Conte
    • B60B27/00
    • B60B27/0073B60B27/001F16C33/7836F16C33/7879F16C2326/02F16J15/3256
    • A sealing device including an annular reinforcing insert couplable with a wheel hub in use and an annular sealing element carried by the reinforcing insert and including at least one sealing lip cooperating with a spacer carried by a wheel support pin in use; the reinforcing insert delimits an annular chamber arranged directly adjacent to the annular sealing element in axial direction, and the device further includes a shield mounted in floating manner with radial and axial play in the annular chamber, including a first radial end, which extends to the lip and couples in forced manner with the spacer in use, and a second radial end, opposite to the first, which cooperates with the reinforcing insert and with the annular sealing element to create a labyrinth seal in the annular chamber interposed in use between the annular lip and an environment (E) external to the wheel hub.
    • 一种密封装置,包括可与使用中的轮毂联接的环形增强插入件和由所述加强插入件承载的环形密封元件,并且包括与使用中由车轮支撑销承载的间隔件配合的至少一个密封唇; 加强插入件限定在轴向方向上与环形密封元件直接相邻布置的环形室,并且该装置还包括以环形室中的径向和轴向游动的浮动方式安装的屏蔽件,包括第一径向端,其延伸到 唇缘和与使用中的隔离物强制接合的第二径向端和与第一径向端相对的第二径向端,其与加强插入件和环形密封元件配合,以在环形室中形成迷宫式密封, 唇部和轮毂外部的环境(E)。