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    • 2. 发明申请
    • Reduced stress rotational coupling and a method of using same
    • 减少应力旋转耦合及其使用方法
    • US20040266538A1
    • 2004-12-30
    • US10608703
    • 2003-06-27
    • Jihad J. Khoury
    • F16C003/00
    • F16D1/068F16B2200/30
    • The present invention relates generally to rotational couplings that couple a rotor, or driven member, to a rotating shaft. The present invention reduces the stress within a rotational coupling by distributing a driving force from a coupling over a planar contact area on the rotor. The rotor is coupled to a rotating shaft via a coupling that can include a pin. The coupling includes a drive surface that is connected to, but radially separated from, the rotating shaft. An inner surface of the rotor includes at least one contact surface, and the coupling includes at least one drive surface. A portion of the coupling including the drive surface can be comprised of a stronger material than a portion of the rotor that includes the contact surface. The drive surface and the contact surface contacting over a planar contact area, over which the driving force from the shaft is distributed.
    • 本发明大体上涉及将转子或从动构件联接到旋转轴的旋转联接器。 本发明通过在转子上的平面接触区域上分布来自联接器的驱动力来减小旋转耦合内的应力。 转子通过可包括销的联接器联接到旋转轴。 联接器包括驱动表面,该驱动表面连接到旋转轴但径向上与旋转轴分离。 转子的内表面包括至少一个接触表面,并且联接器包括至少一个驱动表面。 包括驱动表面的联接器的一部分可以由比包括接触表面的转子的部分更强的材料构成。 驱动表面和接触表面在平面接触区域上接触,在该平面接触区域上分配来自轴的驱动力。
    • 5. 发明申请
    • Rotatably balanced shaft and balancing method
    • 旋转平衡轴和平衡方法
    • US20040180726A1
    • 2004-09-16
    • US10386052
    • 2003-03-11
    • Todd D. FreemanGary E. Kopp
    • F16C003/00
    • F16C3/02F16F15/322G01M1/24G01M1/32G01M1/323Y10T464/50
    • A rotationally balanced shaft assembly having a shaft and a bead of balancing material. The shaft has an axial length and an outer surface. The bead is adhered to the outer surface of the shaft and has a length that is greater than its width. The rotationally balanced shaft is also defined as having an initial imbalance angular position along the outer surface of the shaft with the bead being centered on the angular position along the length of the bead. The invention is also directed to a method of balancing a shaft using a balancing material applicator. The method includes the steps of determining an imbalance of the shaft, aligning the balance material applicator, and the angular position of the initial imbalance, and dispensing balancing material from the applicator while causing relative axial movement between the applicator and the shaft.
    • 一种旋转平衡的轴组件,其具有轴和平衡材料的珠。 轴具有轴向长度和外表面。 胎圈粘附在轴的外表面上,其长度大于其宽度。 旋转平衡轴还被定义为具有沿着轴的外表面的初始不平衡角位置,其中胎圈沿着胎圈长度的角位置居中。 本发明还涉及一种使用平衡材料施加器平衡轴的方法。 该方法包括以下步骤:确定轴的不平衡,对准平衡材料施加器和初始不平衡的角位置,以及在施加器和轴之间引起相对轴向运动的同时从施用器分配平衡材料。
    • 6. 发明申请
    • Damage tolerant shaft and associated fabrication method
    • 耐损伤轴及相关制造方法
    • US20030144062A1
    • 2003-07-31
    • US10058952
    • 2002-01-28
    • The Boeing Company
    • Peter HolemansPierre Minguet
    • F16C003/00
    • F16C3/026A63B60/06A63B60/08A63B60/10
    • The damage tolerant shaft and associated method of fabricating a damage tolerant shaft provide a drive shaft that is tolerant of accidental and projectile damage to a portion of the drive shaft. The damage tolerant drive shaft is designed with internal ribs or lobes, such that a closed portion of the drive shaft will likely remain after the drive shaft is partially damaged. Thus, the damage tolerant drive shaft is able to continue proper operation after being partially damaged because the closed portion of the shaft creates a closed path around which the internal shear stresses that correspond to the required torque loads flow. In addition, the damage tolerant shaft and associated method provide damage tolerance without increasing the radius, wall thickness and/or weight of the drive shaft.
    • 损伤容限轴和相关联的制造耐损伤轴的方法提供了一个驱动轴,其能够承受对驱动轴的一部分的意外和射弹损伤。 损伤宽度驱动轴设计有内部肋或凸角,使得驱动轴的一个闭合部分可能在驱动轴部分损坏之后残留。 因此,耐损伤驱动轴能够在部分损坏之后继续正常操作,因为轴的闭合部分产生了一个闭合路径,围绕该闭合路径对应于所需扭矩载荷的内部剪切应力流动。 此外,耐损伤轴和相关方法提供损伤公差,而不增加驱动轴的半径,壁厚和/或重量。
    • 10. 发明申请
    • Propeller shaft
    • 螺旋桨轴
    • US20020193168A1
    • 2002-12-19
    • US09820241
    • 2001-03-28
    • Kazuoki HosookaMakoto Suzuki
    • F16C003/00
    • F16F15/1201F16F7/108Y10T464/50
    • A propeller shaft has a dynamic damper composed of a cylindrical mass member and an elastic body surrounding the mass member. The elastic body has an outside diameter larger than the inside diameter of a tubular body, and is held therein by compression and elastic deformation. The elastic body has a number of radially outwardly extending protrusions and its compression is such that a frictional resistance produced between its protrusions and the inner surface of the tubular body may be larger than a force causing the withdrawal of the damper from the tubular body. The damper can, thus, be placed in position without relying upon any adhesive, or special holding member, or any special bonding job.
    • 传动轴具有由圆柱形质量构件和围绕质料构件的弹性体构成的动力阻尼器。 弹性体的外径大于管状体的内径,通过压缩和弹性变形保持在弹性体内。 弹性体具有多个径向向外延伸的突起,并且其压缩使得其突起与管状体的内表面之间产生的摩擦阻力可能大于导致阻尼器从管状体抽出的力。 因此,阻尼器可以放置在适当的位置,而不依赖于任何粘合剂,特殊保持构件或任何特殊的粘合作业。