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    • 1. 发明申请
    • LONGITUDINAL SHAFT
    • 长轴
    • US20090305795A1
    • 2009-12-10
    • US12508629
    • 2009-07-24
    • Werner Jacob
    • Werner Jacob
    • F16D3/00
    • B60K17/22B60K17/24F16D3/065F16D2003/22306Y10S464/906
    • A longitudinal shaft, for use in particular in four-wheel drive or rear-wheel drive motor vehicles includes a gearbox-side articulation, a differential-side articulation, as well as a central articulation through which a gearbox-side section is integrally linked in rotation to a differential-side section of the longitudinal shaft. To reduce the centrifugal forces occurring at the longitudinal shaft in operation. Therefore, the gearbox-side articulation and the differential-side articulation have each an inner hub, designed to connect the longitudinal shaft integrally in rotation respectively to a gearbox output shaft and to a differential input shaft, the longitudinal shaft being centered on the gearbox output shaft and the differential input shaft by interlocking through the inner hubs.
    • 用于特别是四轮驱动或后轮驱动机动车辆的纵向轴包括齿轮箱侧铰接,差速器侧铰接以及中心铰接,齿轮箱侧部分通过该中心铰接连接在一起 旋转到纵轴的差速器侧部分。 以减少在操作中在纵轴处发生的离心力。 因此,齿轮箱侧铰接和差速器侧铰接件各自具有内轮毂,其被设计成将纵向轴分别一体地连接到齿轮箱输出轴和差速器输入轴,纵轴以齿轮箱输出为中心 轴和差速器输入轴通过内部联轴器互锁。
    • 5. 发明申请
    • Locking ring
    • 锁环
    • US20060257228A1
    • 2006-11-16
    • US10550943
    • 2004-03-29
    • Werner Jacob
    • Werner Jacob
    • F16B39/24
    • F16B21/186
    • The invention relates to a locking ring for axially fixing a shaft part (3) in a ring part (1). The locking ring (5) has first partial areas (56, 57, 51, 53) which engage in the inner groove (21) after resiliently pressing together the locking ring (5) so that it can be placed in the inner opening (21) of the ring part (1), pushing the safety ring (5) into the area of the inner groove (4) and releasing and resiliently placing the locking ring (5). The locking ring also has second partial areas (52, 54, 55) that project from the inner groove (21) once the safety ring (5) has been placed in the inner groove (21) and which are resiliently pushed outward in a phase (7) of the shaft part (3) which has been pushed into the inner opening (2) so that the safety ring (5) can slide on the periphery of the shaft part (3) until it reaches the area of the peripheral groove (4) and the second partial areas (52, 54, 55) resiliently snap onto said peripheral groove.
    • 本发明涉及一种用于将轴部分(3)轴向固定在环形部分(1)中的锁定环。 锁定环(5)具有在将锁定环(5)弹性地压在一起之后接合在内槽(21)中的第一部分区域(56,57,51,53),使得其可以被放置在内开口(21) ),将安全环(5)推入内槽(4)的区域并释放并弹性地放置锁定环(5)。 一旦安全环(5)已经放置在内槽(21)中并且弹性地向外推动相位,锁定环还具有从内槽(21)突出的第二部分区域(52,54,55) (3)的轴部(3)的内表面(7),使得安全环(5)能够在轴部(3)的周围滑动直到其到达周缘的区域 (4)和第二部分区域(52,54,55)弹性地卡扣到所述外围凹槽上。
    • 7. 发明授权
    • Drive assembly with at least one constant velocity fixed joint having a set of rolling contact member guiding means
    • 具有至少一个具有一组滚动接触构件引导装置的等速固定接头的传动组件
    • US06234908B1
    • 2001-05-22
    • US09350312
    • 1999-07-09
    • Werner Jacob
    • Werner Jacob
    • F16D316
    • F16D3/2237F16C3/035F16D3/065F16D3/227F16D2003/22303F16D2003/22306F16D2003/22309Y10S464/906
    • The invention relates to a drive assembly comprising a constant velocity fixed joint A and rolling contact member guide B. The constant velocity fixed joint A is designed in such a way that its outer part 1 and its inner part 3, for the purpose of guiding the balls 5, are provided with two outer running grooves 14, 15 alternately extending from two opposed open ends 10, 11 in distributed planes in an undercut-free way and, opposite thereto, two inner running grooves 17, 18. The cage arranged between the inner part 3 and the outer part 1 for the purpose of guiding the balls 5 is guided by a hollow-spherical portion of its inner face 21 on the spherical outer face 19 of the inner part 3. The rolling contact member guide B connected to the inner part 3 comprises a plunging journal 33 which enters a bore 39 in the plunging sleeve 38. The plunging journal 33 and the plunging sleeve 38 comprise opposed inner grooves 37 and outer grooves 40 respectively in which guiding balls 41 are adjustably held by guiding cage 42 along with setting axis 35. By combining a constant velocity fixed joint A comprising running grooves extending in opposite directions with rolling contact member guide B, it is possible to provide a drive assembly for transmitting torque, which has a long service life, even at high rotational speeds and large articulation angles.
    • 本发明涉及一种包括恒速固定接头A和滚动接触构件导向件B的驱动组件。等速固定接头A设计成使其外部件1及其内部部件3用于引导 球5设置有两个外部延伸槽14,15,它们以分开的平面中的两个相对的开口端10,11交替地以无切削的方式延伸,并且与其相对地设置有两个内部行进槽17,18。 用于引导球5的内部部分3和外部部分1由内表面21的中空球形部分在内部部分3的球形外表面19上引导。滚动接触部件引导件B连接到 内部部件3包括插入插入套筒38中的孔39的插入式轴颈33.插入式轴颈33和插入式套筒38分别包括相对的内槽37和外槽40,导向球41可调节 y通过引导笼42与设定轴35保持。通过组合包括沿相反方向延伸的滚动接触构件引导件B的行进槽的等速固定接头A,可以提供传递扭矩的驱动组件,其具有长的 使用寿命即使在高转速和大铰接角度。
    • 8. 发明授权
    • Constant velocity fixed joint with control element
    • 恒速固定接头与控制元件
    • US6089984A
    • 2000-07-18
    • US215108
    • 1998-12-18
    • Werner Jacob
    • Werner Jacob
    • F16D3/20F16D3/223F16D3/16
    • F16D3/223F16D2003/2232Y10S464/906
    • The invention relates to a constant velocity fixed joint having an outer part 1 carrying a supporting element 9. An inner part 11 has a hollow spherical control face 17. A cage 18 is guided on the inner part 11 and holds balls 21 which, transmit torque between the inner part 11 and the outer part 1 by engaging outer running grooves 5 in the outer part 1 and inner running grooves 14 in the inner part 11. A control element 22 has a spherical contact face 23 which supports the inner part 11 in that the latter is supported on the contact face 23 by means of the control face 17. Furthermore, the control element 22 is supported by a holding face 25 against a supporting face 10 of the supporting element 9 for the purpose of centering the inner part 11 along the longitudinal axis 2 of the outer part on the joint articulation center 0. To reduce the sliding friction between the control face 17 and the contact face 23, the cavity 26 is filled with lubricant and supplies the faces sliding on one another with lubricant through apertures 28 which end in lubricating grooves 27.
    • 本发明涉及一种具有承载支撑元件9的外部部分1的恒速固定接头。内部部分11具有中空球形控制面17.保持架18在内部部分11上被引导并且保持滚珠21,传递扭矩 在内部11和外部1之间通过接合外部部分1中的外部行进槽5和内部部分11中的内部行进槽14来控制内部部分11和外部部分1.控制元件22具有支撑内部部分11的球形接触面23, 后者通过控制面17支撑在接触面23上。此外,控制元件22由保持面25支撑在支撑元件9的支撑面10上,以便使内部部分11沿着 关节铰接中心0上的外部部分的纵向轴线2.为了减小控制面17和接触面23之间的滑动摩擦,空腔26充满润滑剂,并将面向滑动件 另一个具有润滑剂通过端部在润滑槽27中的孔28。
    • 9. 发明授权
    • Fixed constant velocity joint having a partial spherical guiding element
    • 具有局部球形引导元件的固定等速万向节
    • US5580313A
    • 1996-12-03
    • US249873
    • 1994-05-26
    • Werner JacobAchim Jacob
    • Werner JacobAchim Jacob
    • F16D3/20F16D3/223F16D3/2237F16D3/224
    • F16D3/2237F16D3/065F16D2003/22313F16D2003/2232Y10S464/906
    • A fixed constant velocity joint has an outer part whose inner face includes outer running grooves. The outer part accommodates an inner part with inner running grooves. Each inner running groove and outer running groove jointly accommodate a torque transmitting ball. A cage is arranged at a distance from the inner face of the outer part. The cage is guided on an outer spherical face of the inner part. The inner part includes a first guiding face which guides a guiding element with a second guiding face. The guiding element is radially displaceably guided and axially supported on a contact face. The functional play of the joint is determined by the diameter of the balls. It is possible to set the play in such a way since there is no contact between the outer face of the cage and the inner face of the outer part.
    • 固定的等速万向节具有外表面,其外表面包括外延伸槽。 外部容纳具有内部运行槽的内部部分。 每个内运行槽和外运行槽共同容纳扭矩传递球。 保持架布置在距离外部部分的内表面一定距离处。 保持架在内部的外球面上被引导。 内部部分包括用第二引导面引导引导元件的第一引导面。 引导元件被径向移动地引导并且轴向地支撑在接触面上。 接头的功能播放由球的直径决定。 由于保持架的外表面和外部件的内表面之间没有接触,所以可以这样设置游隙。
    • 10. 发明授权
    • Method of producing a cage for a constant velocity universal joint
    • 制造恒速万向节笼式的方法
    • US5410902A
    • 1995-05-02
    • US42259
    • 1993-04-02
    • Werner Jacob
    • Werner Jacob
    • F16D3/20F16D3/223F16D3/2237B21D53/12
    • F16D3/2237F16D2003/22303F16D2250/00Y10T29/49691
    • The invention relates to a method of producing a cage for constant velocity universal joints. The method involves a chipless forming operation. The method improves radial guidance of the balls by using larger window faces which are also produced in a chipless way. In a first step, starting from a circular plate metal blank, a dish with a rim is deep-drawn. At the same time, projections are formed which are circumferentially distributed along the inner and/or outer circumference of the dish in accordance with to be produced windows. The projections are directed inwardly and outwardly, respectively, away from the longitudinal axis. Also, starting from the dish opening, the projections extend over a distance which is greater than the width of the to be formed windows. In a second step, the base of the dish and the rim, either simultaneously or successively, are punched out while leaving parts to form the projections at the outer circumference. In a third step, either simultaneously or successively, the outwardly directed projections and the guiding face are transferred into their finished condition by profile stamping, and in a further step, the windows are punched out.
    • 本发明涉及一种等速万向接头保持架的制造方法。 该方法涉及无夹心成形操作。 该方法通过使用也以无刷方式产生的较大的窗口面来改善球的径向引导。 在第一步中,从圆形板金属坯料开始,将具有边缘的盘子深拉。 同时,根据制成的窗口,形成沿盘的内周和/或外圆周分布的突起。 突起分别向内和向外指向远离纵轴。 此外,从盘开口开始,突起延伸超过待形成的窗口的宽度的距离。 在第二步骤中,同时或连续地将盘和边缘的底部冲出,同时留下零件以在外圆周处形成突起。 在第三步骤中,同时或相继地,通过轮廓冲压将向外指向的突起和引导面转移到其完成状态,并且在另一步骤中,冲出窗口。