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    • 3. 发明授权
    • Gear arrangement
    • 齿轮排列
    • US08151663B2
    • 2012-04-10
    • US12280866
    • 2007-02-28
    • Olaf BeutlerWaldemar RogowskiRemt BlankenspeckGünter Lohfink
    • Olaf BeutlerWaldemar RogowskiRemt BlankenspeckGünter Lohfink
    • F16H57/00
    • F16H55/12F16H55/14Y10T74/19633Y10T74/19828Y10T74/19907Y10T74/19926
    • A gear arrangement is provided with a built-up for a shaft or pinion to rotate in unison therewith. The gear includes a gear rim and two flanges arranged axially on both sides and fixed them against the gear rim in a positive-locking connection. A hub, over which the respective other parts of the gear are pushed, is formed on at least one of the parts of the gear. The parts of the gear are held together without the use of rivets or screws by a clamped connection including a clamping ring, which is caused to mesh with a groove extending circumferentially on the circumference of the hub or shaft. The clamped connection presses the respective flange outer surface in a spring-mounted manner. Mutually corresponding elevations and depressions on the axial outer surfaces of the gear rim as well as on the axially inner surfaces of the flanges mesh with one another.
    • 齿轮装置设置有用于轴或小齿轮的组合以与其一致地旋转。 齿轮包括齿轮边缘和两个轴向地布置在两侧并且以正锁定连接的方式将其固定在齿轮边缘上。 在齿轮的至少一个部件上形成有轮毂,齿轮的各个其它部分在其上被推动。 齿轮的部件不用铆钉或螺钉被夹持在一起,夹紧连接件包括夹紧环,该夹紧环与在轮毂或轴的圆周上圆周延伸的凹槽啮合。 夹紧的连接件以弹簧安装的方式挤压相应的凸缘外表面。 齿轮边缘的轴向外表面以及法兰的轴向内表面上相互对应的高度和凹陷相互啮合。
    • 4. 发明申请
    • PROCESS FOR MANUFACTURING PLASTIC MOLDING AND MOLDING MANUFACTURED ACCORDING TO THAT PROCESS
    • 根据工艺制造塑料模具和模具的制造工艺
    • US20100098899A1
    • 2010-04-22
    • US11995250
    • 2006-06-27
    • Andree BurgstalerOlaf Beutler
    • Andree BurgstalerOlaf Beutler
    • B32B3/02B29C45/00
    • B29B13/021B29K2077/00C08G69/48Y10T428/211
    • A process for manufacturing plastic moldings while increasing the coefficient of viscosity of the raw material used to manufacture same and to a molding manufactured according to the process. To increase the loadability and the service life of moldings manufactured by injection molding, which are subject to dynamic loads during their use, the granular material used is tempered before the shaping processing in the injection molding process for a period of 10 hours to 30 hours at a temperature between 90 C and 150 C. Without resorting to higher-priced materials, highly loadable moldings can be manufactured by this process, which can be advantageously used by the manufacturer without a greater effort. A corresponding molding, such as a worm gear, manufactured according to the process from a granular material with an original solution viscosity between 180 mL/g and 190 mL/g, has a solution viscosity between 180 mL/g and 200 mL/g.
    • 同时提高用于制造塑料模制品的原料的粘度系数和根据该方法制造的模制品的制造方法。 为了提高在使用过程中受到动态载荷的注射成型制造的模制品的负载能力和使用寿命,所用的颗粒材料在注射成型过程中的成形加工之前被回火10小时至30小时 温度在90℃和150℃之间。不用采用更高价格的材料,可以通过该方法制造高度负载的模制品,这可以有利地被制造商使用而不用更大的努力。 根据由原料溶液粘度在180mL / g至190mL / g之间的颗粒状材料的方法制造的相应的模制品,例如蜗轮具有180mL / g至200mL / g之间的溶液粘度。
    • 7. 发明申请
    • GEAR ARRANGEMENT
    • 齿轮装置
    • US20090044650A1
    • 2009-02-19
    • US12280866
    • 2007-02-28
    • Olaf BeutlerWaldemar RogowskiRemt BlankenspeckGunter Lohfink
    • Olaf BeutlerWaldemar RogowskiRemt BlankenspeckGunter Lohfink
    • F16H55/17F16H55/14
    • F16H55/12F16H55/14Y10T74/19633Y10T74/19828Y10T74/19907Y10T74/19926
    • A gear arrangement is provided with a built-up for a shaft or pinion to rotate in unison therewith. The gear includes a gear rim and two flanges arranged axially on both sides and fixed them against the gear rim in a positive-locking connection. A hub, over which the respective other parts of the gear are pushed, is formed on at least one of the parts of the gear. The parts of the gear are held together without the use of rivets or screws by a clamped connection including a clamping ring, which is caused to mesh with a groove extending circumferentially on the circumference of the hub or shaft. The clamped connection presses the respective flange outer surface in a spring-mounted manner. Mutually corresponding elevations and depressions on the axial outer surfaces of the gear rim as well as on the axially inner surfaces of the flanges mesh with one another.
    • 齿轮装置设置有用于轴或小齿轮的组合以与其一致地旋转。 齿轮包括齿轮边缘和两个轴向地布置在两侧并且以正锁定连接的方式将其固定在齿轮边缘上。 在齿轮的至少一个部件上形成有轮毂,齿轮的各个其它部分在其上被推动。 齿轮的部件不用铆钉或螺钉被夹持在一起,夹紧连接件包括夹紧环,该夹紧环与在轮毂或轴的圆周上圆周延伸的凹槽啮合。 夹紧的连接件以弹簧安装的方式挤压相应的凸缘外表面。 齿轮边缘的轴向外表面以及法兰的轴向内表面上相互对应的高度和凹陷相互啮合。
    • 8. 发明申请
    • Rack and pinion electro-steering
    • 齿条电动转向
    • US20060144636A1
    • 2006-07-06
    • US10537205
    • 2003-11-26
    • Olaf BeutlerChristian KarchRobert Schuler
    • Olaf BeutlerChristian KarchRobert Schuler
    • B62D5/04
    • F16C29/02B62D3/12B62D3/126F16C35/02
    • A rack-and-pinion electro-steering system, e.g., for motor vehicles, has a rack extending in a housing, which is operatively connected to a thrust member/pinion pairing. At least one bearing between the rack and the housing is provided for guiding the rack. The bearing is arranged as a friction bearing. A construction of the bearing between the rack and the housing as a sliding bearing may be particularly suited for a reliable, durable and cost-effective guidance of the rack in the housing. In addition, for mounting the sliding bearings on the rack, a lock geometry is provided by which the sliding bearings may be locked after having been mounted on the rack. The lock geometry for example may be based on the lock geometry customary in sealing rings in automatic transmissions.
    • 例如用于机动车辆的齿条 - 小齿轮电转向系统具有在壳体中延伸的齿条,其可操作地连接到推力构件/小齿轮配对。 齿条与壳体之间的至少一个轴承设置用于引导齿条。 轴承配置为摩擦轴承。 作为滑动轴承,齿条和壳体之间的轴承的结构可能特别适合于对壳体中的齿条的可靠,耐用和成本有效的引导。 此外,为了将滑动轴承安装在机架上,提供锁定几何形状,通过该几何形状,滑动轴承可以在安装在机架上之后被锁定。 锁定几何例如可以基于自动变速箱中的密封环中惯用的锁形几何形状。
    • 9. 发明授权
    • Spiral-toothed gear wheel for rack and pinion steering
    • 用于齿条和小齿轮转向的螺旋齿轮
    • US08141447B2
    • 2012-03-27
    • US12280856
    • 2007-02-28
    • Olaf BeutlerWaldemar RogowskiRemt BlankenspeckGünter Lohfink
    • Olaf BeutlerWaldemar RogowskiRemt BlankenspeckGünter Lohfink
    • F16H1/18
    • B62D5/0409F16H1/16F16H55/14F16H55/22Y10T74/19698Y10T74/19819
    • A spiral-toothed gear wheel for a rack and pinion steering. The spiral-toothed gear wheel includes a pinion, which meshes on the power take-off side with a toothed rack, and a spiral-toothed gear, which is arranged on the pinion on the drive side in such a way that they rotate in unison, and on which a torque caused by a steering power or/and steering assist power acts. The spiral-toothed gear is designed as a built-up gear and includes a gear rim, which is arranged, relative to the axial direction of the gear or of the pinion thereof, between two flanges. The gear rim is pushed over a hub formed at one of the flanges and is fitted together with the flanges in a positive-locking manner. One of the flanges, namely, the flange having the hub for the gear rim, is made in one piece with the pinion.
    • 用于齿条和小齿轮转向的螺旋齿轮。 螺旋齿轮包括齿轮,该齿轮在动力输出侧与齿条啮合,并且螺旋齿轮以布置在驱动侧上的小齿轮上,使得它们一致地旋转 ,并且由转向动力或/和转向辅助动力引起的转矩作用在其上。 螺旋齿轮被设计成内置齿轮并且包括相对于齿轮或其小齿轮的轴向布置在两个凸缘之间的齿轮边缘。 齿轮边缘被推在形成在其中一个凸缘上的轮毂上,并以正锁定的方式与凸缘装配在一起。 法兰中的一个,即具有用于齿轮边缘的轮毂的凸缘,与小齿轮一体制成。