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    • 21. 发明申请
    • BIMETALLIC SENSOR MOUNT FOR AXLES
    • 用于轴的双金属传感器
    • WO2007127091A3
    • 2008-04-17
    • PCT/US2007009307
    • 2007-04-17
    • AMERICAN AXLE & MFG INCCAMPBELL RODNEY J
    • CAMPBELL RODNEY J
    • G01P1/02B60B35/00B60B37/00
    • G01P1/026F16H48/08Y10T29/49826Y10T74/19912
    • An axle assembly for a vehicle includes an axle housing having a tubular portion. A bimetallic sensor mount having a first region of corrosion resistant material and a second region of weldable material is welded to the tubular portion. A differential unit including a side gear is disposed in a central cavity of the axle housing. An axleshaft having a shaft portion and a target portion with a plurality of teeth is disposed in the tubular portion of the axle housing. The shaft portion is coupled to the side gear. A sensor is coupled to the sensor mount and extends through an aperture in the mount and the tubular portion to locate an end portion of the sensor a predetermined distance from the teeth of the target portion. A method of making an axle assembly having a sintered bimetallic sensor mount is also disclosed.
    • 用于车辆的车轴组件包括具有管状部分的车轴壳体。 具有耐腐蚀材料的第一区域和可焊接材料的第二区域的双金属传感器支架焊接到管状部分。 包括侧齿轮的差动单元设置在车轴壳体的中心腔中。 具有轴部的轴轴和具有多个齿的目标部分设置在轴壳体的管状部分中。 轴部分联接到侧齿轮。 传感器耦合到传感器安装件并且延伸穿过安装件和管状部分中的孔,以将传感器的端部定位到目标部分的齿的预定距离。 还公开了一种制造具有烧结的双金属传感器座的轴组件的方法。
    • 23. 发明申请
    • ADVANCED GEOMETRY OF SKEW AND STRAIGHT BEVEL GEARS PRODUCED BY FORGING
    • 先进的几何形状和锻造生产的直线水平齿轮
    • WO2004072509B1
    • 2005-04-21
    • PCT/US2004003110
    • 2004-02-04
    • AMERICAN AXLE & MFG INCLITVIN FAYDOR LZHAO XIANGSHUNSOFIA JOHN STEPHENBARRETT THERESA
    • LITVIN FAYDOR LZHAO XIANGSHUNSOFIA JOHN STEPHENBARRETT THERESA
    • B21K1/30F16H55/08
    • B21K1/30F16H55/0853F16H55/0886Y10T29/49467Y10T74/19949Y10T74/19972
    • The present invention provides an advanced geometry for skew and straight bevel gears having a localized and more stable bearing contact produced by forging. The localization of bearing contact is achieved by substitution of flat tooth surfaces with parabolic tooth surfaces. This is accomplished by either modifying line-contact directly or by using a generating parabolic cylinder during generation of the tooth surfaces. The actual contact area is spread over an ellipse centered around an instantaneous theoretical point of contact at the apex of the parabolic tooth surface. This localized bearing contact reduces the shift of the bearing due to assembly and manufacturing errors, thereby providing a more durable and quieter gear. Furthermore, the geometry of the gear enables creation of dies from which the gear may be forged. Transmission errors are modeled using a pre-designed parabolic function that coincides with the parabolic tooth surface design of the present invention.
    • 本发明提供了一种用于偏斜和直锥齿轮的先进几何形状,其具有通过锻造产生的局部和更稳定的轴承接触。 轴承接触的定位是通过用抛物面齿表面代替平齿表面实现的。 这可以通过直接修改线接触或者在牙齿表面的产生期间使用产生抛物线的圆柱来实现。 实际的接触面积分布在以抛物面齿面顶点的瞬时理论接触点为中心的椭圆上。 这种局部轴承接触减少了由于组装和制造误差导致的轴承偏移,从而提供了更耐用和更安静的齿轮。 此外,齿轮的几何形状能够形成可以锻造齿轮的模具。 使用与本发明的抛物面齿面设计一致的预先设计的抛物线函数建模传输误差。
    • 24. 发明申请
    • ADVANCED GEOMETRY OF SKEW AND STRAIGHT BEVEL GEARS PRODUCED BY FORGING
    • 先进的几何形状和锻造生产的直线水平齿轮
    • WO2004072509A3
    • 2004-12-23
    • PCT/US2004003110
    • 2004-02-04
    • AMERICAN AXLE & MFG INCLITVIN FAYDOR LZHAO XIANGSHUNSOFIA JOHN STEPHENBARRETT THERESA
    • LITVIN FAYDOR LZHAO XIANGSHUNSOFIA JOHN STEPHENBARRETT THERESA
    • B21K1/30F16H55/08
    • B21K1/30F16H55/0853F16H55/0886Y10T29/49467Y10T74/19949Y10T74/19972
    • The present invention provides an advanced geometry for skew and straight bevel gears having a localized and more stable bearing contact produced by forging. The localization of bearing contact is achieved by substitution of flat tooth surfaces with parabolic tooth surfaces. This is accomplished by either modifying line-contact directly or by using a generating parabolic cylinder during generation of the tooth surfaces. The actual contact area is spread over an ellipse centered around an instantaneous theoretical point of contact at the apex of the parabolic tooth surface. This localized bearing contact reduces the shift of the bearing due to assembly and manufacturing errors, thereby providing a more durable and quieter gear. Furthermore, the geometry of the gear enables creation of dies from which the gear may be forged. Transmission errors are modeled using a pre-designed parabolic function that coincides with the parabolic tooth surface design of the present invention.
    • 本发明提供了一种用于偏斜和直锥齿轮的先进几何形状,其具有通过锻造产生的局部和更稳定的轴承接触。 轴承接触的定位是通过用抛物面齿表面代替平齿表面实现的。 这可以通过直接修改线接触或者在牙齿表面的产生期间使用产生抛物线的圆柱来实现。 实际的接触面积分布在以抛物面齿面顶点的瞬时理论接触点为中心的椭圆上。 这种局部轴承接触减少了由于组装和制造误差导致的轴承偏移,从而提供了更耐用和更安静的齿轮。 此外,齿轮的几何形状能够形成可以锻造齿轮的模具。 使用与本发明的抛物面齿面设计一致的预先设计的抛物线函数建模传输误差。