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    • 2. 发明申请
    • TORQUE TRANSFER ASSEMBLY
    • 扭矩传递组件
    • WO2008089000A3
    • 2008-10-02
    • PCT/US2008050625
    • 2008-01-09
    • TIMKEN COJOKI MARK A
    • JOKI MARK A
    • F16D49/00F16D65/14
    • F16D49/00F16D51/00F16D2121/20F16D2125/28F16D2127/10
    • A torque transfer assembly includes first and second torque transfer devices (110,210) positioned between a first member (26) and a second member (36).Each of the devices includes a first race (114,214) selectively engageable with the first member, and a second race (122,222) coaxial with the first race. The second race of the first device is coupled to the first race of the second device, and the second race of the second device is coupled to the second member. Each of the devices also includes axially-extending pockets, defined between the first and second races, rollers (118,218) positioned in the respective pockets, and an axial gap formed in one of the first and second races. A force applied to the first race of the first device indexes the first race of the first device relative to the second race of the first device to radially expand the first device to frictionally engage the first member.
    • 转矩传递组件包括定位在第一构件(26)和第二构件(36)之间的第一和第二扭矩传递装置(110,210)。每个装置包括可选择性地与第一构件接合的第一座圈(114,214)和 第二场比赛(122,222)与第一场比赛同时进行。 第一装置的第二座圈联接到第二装置的第一座圈,并且第二装置的第二座圈联接到第二构件。 每个装置还包括限定在第一和第二种族之间的轴向延伸的袋,位于相应的袋中的辊(118,218)以及形成在第一和第二种族之一中的轴向间隙。 施加到第一装置的第一座圈的力指示第一装置相对于第一装置的第二座圈的第一座圈以使第一装置径向展开以摩擦地接合第一构件。
    • 3. 发明申请
    • X-RAY TUBE BEARING ASSEMBLY WITH TAPERED BEARING
    • 带雷射轴承的X射线轴承轴承组件
    • WO2008061076A3
    • 2008-08-07
    • PCT/US2007084484
    • 2007-11-13
    • TIMKEN COMCILRATH MARK E
    • MCILRATH MARK E
    • F16C35/077F16C27/08H01J35/10
    • H01J35/101F16C35/077F16C2226/16H01J2235/1046
    • An improved bearing assembly (100) incorporating a bearing sub-assembly (108) having a tapered bearing outer diameter (114) and an associated tapered receiving sleeve (106) for installation within a housing bore (102). The bearing sub-assembly (108) seats within the associated tapered receiving sleeve (106), and a axially directed preload is applied to the bearing sub-assembly (108) by a preload member. As temperature increases during operation, the bearing sub-assembly (108) moves axially relative to the housing (104) within the bore (102) in sliding contact between the inner and outer tapered surfaces (112, 114) to accommodate the lowest energy state condition while the desired preload condition is maintained by the preload member.
    • 一种改进的轴承组件(100),其包括具有锥形轴承外径(114)的轴承子组件(108)和用于安装在壳体孔(102)内的相关锥形接收套筒(106)。 轴承子组件(108)位于相关联的锥形接收套筒(106)内,并且通过预加载构件将轴向预载荷施加到轴承子组件(108)。 随着温度在运行期间增加,轴承子组件(108)在内锥形表面(112)和外锥形表面(112,114)之间滑动接触时相对于孔(102)内的壳体(104)轴向移动,以适应最低能量状态 而所述预加载构件保持期望的预载条件。
    • 4. 发明申请
    • ADJUSTABLE ANTIFRICTION BEARING ARRANGEMENT
    • 可调节防伪轴承安装
    • WO2007109572A3
    • 2008-06-12
    • PCT/US2007064218
    • 2007-03-16
    • TIMKEN COBARNETTE WAYNE DFAHRNI JR GLENN R
    • BARNETTE WAYNE DFAHRNI JR GLENN R
    • F16C19/36F16B39/10F16C25/06F16C33/58
    • F16C25/06F16C19/364F16C19/54F16C33/586F16C2361/61
    • A shaft (4) is supported in a housing (2) on the front and rear antifriction bearings (20, 22) that are mounted in opposition. The front bearing (20) has an outer race (72) provided with an external thread (86) that engages an internal thread (68) within the housing (2). That outer race (72) is fitted with a locking ring (90) provided with an inner flange (92) that is engaged to turn the race (72) and thereby bring the front and rear bearings (20, 22) into the correct adjustment. The locking ring (90) also has an axially directed outer flange (94) that is segmented, so that one of the segments (102) can be bent outwardly into a recess (104) in the housing (2), thus providing a tab (106) that prevents rotation of the locking ring (90) and outer race (72).
    • 轴(4)支撑在相对于安装的前后减摩轴承(20,22)的壳体(2)中。 前轴承(20)具有设置有外螺纹(86)的外座圈(72),外螺纹(86)与壳体(2)内的内螺纹(68)接合。 所述外圈(72)装配有设置有内凸缘(92)的锁定环(90),所述内凸缘接合以转动所述座圈(72),从而使所述前后轴承(20,22)进入正确的调节 。 锁定环(90)还具有被分段的轴向定向的外凸缘(94),使得所述段(102)中的一个可向外弯曲成在所述壳体(2)中的凹部(104)中,从而提供凸片 (106),其防止所述锁定环(90)和所述外座圈(72)的旋转。
    • 5. 发明申请
    • BEARING ASSEMBLIES FOR THE PINION SHAFT OF AN AXLE DIFFERENTIAL
    • 轴承差速器轴承组件的轴承组件
    • WO2006020694A3
    • 2007-01-25
    • PCT/US2005028388
    • 2005-08-10
    • TIMKEN COFAHRNI GLENN RPIOTROWSKI GREGORY CMARKS CHRISTOPHER SMARCELLI MICHAEL F
    • FAHRNI GLENN RPIOTROWSKI GREGORY CMARKS CHRISTOPHER SMARCELLI MICHAEL F
    • F16C19/36F16C19/54F16C25/06F16C35/067F16H57/02
    • F16C35/067F16B39/10F16C19/364F16C19/548F16C25/06F16C33/586F16C2226/60F16C2361/61F16H57/021F16H57/037F16H2048/423Y10T29/53
    • The vehicle differential includes a housing (40) having at least one bearing seat (41) that is aligned along an axis. The housing also includes a counter bore having an internal thread. A bearing assembly (20) located in at least one bearing seat (41) supports a pinion shaft. The bearing assembly (20) comprises a bearing (38) and a lock member (62). The bearing (38) is located in at least one bearing seat (41) and around the pinion shaft. The bearing (38) includes an outer race (45), an inner race (46) and rolling elements (47). The outer race has a raceway (48) that is inclined with respect to the axis. The outer race (45) also has an external thread (49) on the narrow/thin section of the outer race, that is located around the outer race (45) and that is engaged with the internal thread (43) of the housing counter bore to set the bearing (38) along the axis. The external thread (49) may have at least one of an axial groove (60) and a radial slot (56) such that the axial groove (60) is positioned within the external thread (49) and the radial slot (56) is positioned within the external thread (49) and the outer race (45). Additionally, the outer race may contain no axial grooves nor radial slots. The lock member (62) may removably attach to at least one of the axial groove (60) and the radial slot (56) of the outer race (45) and removably attaches to the housing (40) whereby the lock member (62) prevents rotation of the outer race (45) within the bearing seat (41) of the housing (40). The lock member may also attach to the outer race by other methods.
    • 车辆差速器包括具有沿轴线对准的至少一个轴承座(41)的壳体(40)。 壳体还包括具有内螺纹的沉孔。 位于至少一个轴承座(41)中的轴承组件(20)支撑小齿轮轴。 轴承组件(20)包括轴承(38)和锁定构件(62)。 轴承(38)位于至少一个轴承座(41)中并且围绕小齿轮轴。 轴承(38)包括外圈(45),内圈(46)和滚动元件(47)。 外圈具有相对于轴线倾斜的滚道(48)。 外座圈(45)还在外座圈的窄/薄部分上具有外螺纹(49),该外螺纹位于外座圈(45)周围并且与外壳的内螺纹(43)接合 孔以沿轴线设置轴承(38)。 外螺纹(49)可以具有轴向槽(60)和径向槽(56)中的至少一个,使得轴向槽(60)定位在外螺纹(49)内,并且径向槽(56)是 定位在外螺纹(49)和外座圈(45)内。 此外,外圈可以不包含轴向槽和径向槽。 锁定构件(62)可以可移除地附接到外座圈(45)的轴向槽(60)和径向槽(56)中的至少一个并且可移除地附接到壳体(40),由此锁定构件(62) 防止外座圈(45)在壳体(40)的轴承座(41)内旋转。 锁定构件也可以通过其他方法附接到外圈。
    • 9. 发明申请
    • AXLE CENTER WITH ACTIVE TORQUE BIAS CONTROL
    • 具有主动扭矩偏置控制的AXLE中心
    • WO03083326A9
    • 2004-03-25
    • PCT/US0308926
    • 2003-03-21
    • TIMKEN CO
    • GRADU MIRCEA
    • B60K17/04B60K17/35B60K17/356B60K23/08F16D37/02F16H3/72F16H48/42
    • B60K23/0808B60K17/35F16H3/721F16H2048/423
    • An axle center (C) for delivering engine torque to two axle shafts (18) which in turn transfer the torque to road wheels (4) includes a torque coupling (50) though which the torque is transferred to the axle shafts. The coupling includes a magnetic particle clutch (56) and a planetary set (54) organized about a common axis (X) and coupled together such that two paths - a mechanical path and a clutch path - exist in the coupling for transferring torque through it, with the amount of torque transferred being dependent solely on the current in the magnetic particle clutch. A single torque coupling may be located where torque is delivered to the axle center or two torque couplings may be located at and connected to the two axle shafts, one for each shaft.
    • 用于将发动机扭矩传递到两个转轴(18)的轴心(C),所述两个轴轴(18)又将扭矩传递到公路轮(4),包括扭矩联接器(50),通过扭矩联接器将转矩传递到车轴。 联轴器包括一个磁性粒子离合器(56)和围绕公共轴线(X)组装并联接在一起的行星齿轮组(54),使得在联轴器中存在两个路径 - 一个机械路径和离合器路径,用于传递扭矩通过它 传递的扭矩量仅取决于磁粉离合器中的电流。 可以设置单个扭矩联接器,其中扭矩被输送到轴心,或者两个扭矩联接器可以位于两个轴上并且连接到两个轴,每个轴一个。