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    • 8. 发明申请
    • BELT DRIVE
    • 皮带传动
    • US20110028254A1
    • 2011-02-03
    • US12903259
    • 2010-10-13
    • Michael BognerRainer Pflug
    • Michael BognerRainer Pflug
    • F16H55/36B21K3/00
    • F01L1/024F16H55/30Y10T29/49231Y10T74/1987Y10T74/19884
    • A belt drive is provided, especially a timing-belt drive for an internal-combustion engine, with a driving gear of a driveshaft, at least one driven gear of a driven shaft, and a belt means, wherein the driving or the driven gear imparts additional irregularity to the belt drive due to its noncircular shape and its phase position, which leads to stable running of the belt means. A noncircular gear that can be mounted easily and in phase, as well as with a fixed position, is realized in that the driving or driven noncircular gear has in its in-phase rotational position a rotationally fixed connection to its driving or driven shaft.
    • 提供带驱动装置,特别是用于内燃机的正时皮带驱动装置,其中驱动轴的驱动齿轮,从动轴的至少一个从动齿轮和皮带装置,其中驱动或从动齿轮赋予 由于其带有非圆形和相位的带状驱动带来的额外的不规则性,导致皮带装置的稳定运行。 实现了可以容易且同相地安装并且具有固定位置的非圆形齿轮,其中驱动或驱动的非圆形齿轮在其同相旋转位置具有与其驱动轴或从动轴的旋转固定连接。
    • 9. 发明申请
    • TOOTHED BELT TENSIONER WITH INCREASED DAMPING FORCE
    • 具有增加阻尼力的带状皮带张紧器
    • US20100113199A1
    • 2010-05-06
    • US12564289
    • 2009-09-22
    • Rainer Pflug
    • Rainer Pflug
    • F16H7/12F16H7/10
    • F16H7/1281F16H7/1218F16H2007/081
    • A mechanical tensioning system (1) acting according to an eccentric principle for a traction mechanism of a traction mechanism drive of an internal combustion engine. The tensioning system (1) includes a cylindrical carrier element (8) allocated to a base plate (13) with a longitudinal borehole (12), wherein a fastening screw is guided by this borehole. An eccentric bushing (7) is supported on the carrier element (8) so that it can rotate by a sliding bearing (11). A leg-less, outwards opening, spreading torsion spring (14) arranged between a stationary component of the tensioning system (1) and the eccentric bushing (7) charges the eccentric bushing (7) into a position pretensioning the traction mechanism. A track roller (2) is arranged on the eccentric bushing (7) so that it can rotate by a roller bearing (4). The torsion spring (14) is supported by a spring end on a cup packing (16) that is allocated to a base plate (13) and that is divided and that can move to a limited extent in the radial direction and that forms at least partially a right-angled leg (18). For forming a damping device (15), the eccentric bushing (7) includes at least locally a projection (17) that projects in the axial direction and that encloses the torsion spring (14) and that interacts with the leg (18) of the cup packing (16), wherein the projection (17) encloses an inner friction surface and the leg (18) encloses an outer friction surface.
    • 一种根据用于内燃机的牵引机构驱动的牵引机构的偏心原理起作用的机械张紧系统(1)。 张紧系统(1)包括分配给具有纵向钻孔(12)的基板(13)的圆柱形载体元件(8),其中紧固螺钉由该钻孔引导。 偏心衬套(7)支撑在承载元件(8)上,使其能够通过滑动轴承(11)旋转。 布置在张紧系统(1)的静止部件和偏心衬套(7)之间的无腿的向外的开口,扩张的扭转弹簧(14)将偏心衬套(7)装载到预拉伸牵引机构的位置。 滚轮(2)布置在偏心衬套(7)上,从而可以通过滚子轴承(4)旋转。 扭簧(14)由杯形密封件(16)上的弹簧端支撑,所述杯形密封件(16)被分配给基板(13)并被分开,并且可以在径向方向上有限地移动并且至少形成 部分地是直角的腿部(18)。 为了形成阻尼装置(15),偏心衬套(7)至少局部地包括在轴向方向上突出并且包围扭簧(14)并且与所述扭转弹簧(14)的腿部(18)相互作用的突出部(17) 杯状填料(16),其中所述突起(17)包围内摩擦表面,并且所述腿(18)包围外摩擦表面。