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    • 1. 发明授权
    • Coupling toothing in a gearbox
    • 在齿轮箱中耦合齿轮
    • US6095303A
    • 2000-08-01
    • US217003
    • 1998-12-21
    • Peter GutmannGeorg Tauschek
    • Peter GutmannGeorg Tauschek
    • F16D11/10F16D21/04F16D11/14F16D21/00
    • F16D21/04F16D11/10F16D2011/002F16D2011/008
    • The invention relates to a coupling toothing in a gearbox between two rotationally symmetrical coupling structures (5,6) which can be coupled with each other. The toothing comprises the following features to increase the strength thereof: (a) both coupling structures (5,6) have claws on opposing sides which project axially from a base surface (10); (b) in a first of the two coupling structures (6), the claws (14,15,16) are arranged on the inner peripheral surface (17) of an outer collar (18) delimiting the base surface (10); (c) in the second of the two coupling structures (5), the claws (7,8) are arranged on the external periphery surface (9) of an inner collar (13) delimiting the base surface (10); and (d) the coupling surfaces of the two claws each have an undercut profile.
    • 本发明涉及可以彼此联接的两个旋转对称的耦合结构(5,6)之间的齿轮箱中的联接齿。 所述齿部包括以下特征以增加其强度:(a)两个联接结构(5,6)在相对侧上具有从基部表面(10)轴向突出的爪; (b)在两个联接结构(6)中的第一个中,爪(14,15,16)布置在限定基面(10)的外套环(18)的内周表面(17)上; (c)在两个联接结构(5)中的第二个中,爪(7,8)布置在限定基面(10)的内套环(13)的外周表面(9)上。 和(d)两个爪的联接表面各自具有底切轮廓。
    • 4. 发明授权
    • Gearing tooth form
    • 磨牙形式
    • US06244413B1
    • 2001-06-12
    • US09194240
    • 1999-01-19
    • Peter GutmannGeorg TauschekGerd Weissmann
    • Peter GutmannGeorg TauschekGerd Weissmann
    • F16D1114
    • F16D11/14F16D2011/008
    • The invention concerns a morphology matrix for forming the cross-sectional shape of a short gearing tooth, in particular on toothed wheels of motor vehicle gearboxes. The short gearing teeth are formed on a cylindrical section of a gear wheel or gear shift sleeve, the axis of this section coinciding with the displacement axis of the gear shift sleeve. Each tooth comprises a tip which is chamfered in roof-like manner and has lateral flanks (3) which are shaped towards the tooth base (1) so that they have a relief at least over part of their height. The lateral flanks (3) terminate in a radiused tooth base (4), all of the teeth, or some thereof defined according to a regularly changing pattern, having at least a morphology defining the shape of the lateral flanks.
    • 本发明涉及用于形成短齿轮的横截面形状的形态矩阵,特别是在机动车辆齿轮箱的齿轮上。 短齿轮形成在齿轮或换档套筒的圆柱形部分上,该部分的轴线与换档套筒的位移轴线重合。 每个齿包括以屋顶状倒角的尖端,并且具有朝向牙齿基部(1)成形的侧向侧面(3),使得它们至少在其高度的一部分上具有浮雕。 横向侧面(3)终止于圆角的齿根(4)中,根据规则变化的图案限定的所有齿或其中的一些齿至少具有限定侧面形状的形态。
    • 5. 发明申请
    • DIFFERENTIAL OF LIGHTWEIGHT CONSTRUCTION FOR MOTOR VEHICLES
    • 电动汽车轻型建筑的差异化
    • US20100130325A1
    • 2010-05-27
    • US12599049
    • 2008-01-25
    • Peter Gutmann
    • Peter Gutmann
    • F16H48/06
    • F16H48/08F16H48/40F16H2048/085F16H2048/405
    • The invention relates to a differential of lightweight construction for motor vehicles having a differential housing made of two sheet metal shells, in which differential bevel gears (22, 23) are supported on carrier studs fixed to the housing and mesh with axle bevel gears (14, 20), and wherein a carrier shell (1) having a drive gear (29) attached to the exterior circumference thereof and a cover shell (18) are joined along a common joining plane to form the differential housing, one or more carrier each having at least one end mounted in and attached to holes in the housing, which are each formed half in the carrier shell (1) and the cover shell (18). Both sheet metal shells are encompassed by one or more circumferential rings adjacent to the connecting plane thereof for reinforcement.
    • 本发明涉及一种用于机动车辆的轻型结构的差别,其具有由两个金属板壳构成的差速器壳体,其中差速器锥齿轮(22,23)被支撑在固定到壳体并与车轴锥齿轮(14) ,20),并且其中具有附接到其外圆周上的驱动齿轮(29)和盖壳(18)的承载壳(1)沿着公共接合平面接合以形成差速器壳体,每个 具有至少一个端部安装在壳体中并连接到壳体中的孔中,每个端部在载体壳体(1)和盖壳体(18)中形成为一半。 两个钣金壳都被一个或多个与其连接平面相邻的周向环包围以用于加强。
    • 10. 发明授权
    • Gear pair with intersecting axes
    • 齿轮对与相交轴
    • US08752447B2
    • 2014-06-17
    • US11814402
    • 2006-02-01
    • Peter Gutmann
    • Peter Gutmann
    • F16H55/00
    • F16H55/08
    • A method for establishing the gearing geometries of a gear pairing of two gears with intersection axes comprises the following steps: predetermining a first gearing geometry of a virtual first gear; calculating the geometry of the gearing of a virtual second gear, this geometry resulting during conjugated creation from a roll-off process of a tooth (1) of the predetermined geometry of the virtual first gear, whereby the roll-off process of the tooth (1) of the virtual first gear, this roll-off process underlying the calculation, is ended in the symmetrical position thereof in the tooth gap (3) of the second virtual tooth; calculating the tooth face geometry of the teeth of the first gear, this tooth face geometry resulting during the reverse conjugated creation, while underlying a full roll-off process of a tooth of the virtual second gear with the first; establishing the final geometry of the gearing of the first gear according to the tooth face geometry of the gearing of the first gear, this tooth face geometry having been calculated in the previous step, and; establishing the final geometry of the gearing of the second gear according to the previously calculated tooth face geometry of the gearing of the virtual second gearing.
    • 用于确定两个齿轮与交叉轴线的齿轮配对的齿轮几何形状的方法包括以下步骤:预先确定虚拟第一档位的第一齿轮几何形状; 计算虚拟第二齿轮的传动装置的几何形状,这是由虚拟第一齿轮的预定几何形状的齿(1)的滚降过程在共轭产生期间产生的几何形状,由此齿的滚降过程 1),该计算的下滚处理在其第二虚拟齿的齿隙(3)中的对称位置处结束; 计算第一齿轮的齿的齿面几何形状,这是在反向共轭产生期间产生的齿面几何形状,同时具有第一齿轮的虚拟第二齿轮的齿的完全滚降过程; 根据第一齿轮的齿轮的齿面几何形状确定第一齿轮的齿轮的最终几何形状,该齿面几何形状已经在前一步骤中计算, 根据先前计算出的虚拟第二齿轮传动装置的齿面几何形状确定第二齿轮传动装置的最终几何形状。