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    • 51. 发明授权
    • Damper device and image forming apparatus
    • 减震装置和成像装置
    • US08882601B2
    • 2014-11-11
    • US13483532
    • 2012-05-30
    • Noboru OomotoShoichi YoshikawaTadayasu SekiokaYoshiyuki TosoTakashi FujiwaraNaoki Miyagawa
    • Noboru OomotoShoichi YoshikawaTadayasu SekiokaYoshiyuki TosoTakashi FujiwaraNaoki Miyagawa
    • F16D3/62F16F15/124G03G15/00
    • F16F15/124G03G15/757
    • A damper device having: an input member into which a rotary drive force is inputted; an output member which rotates in accordance with the inputted rotary drive force; a columnar viscoelastic member provided between the input member and the output member; a driving-side pressing member which is attached to the input member and which applies a pressing force on one end surface of the viscoelastic member in accordance with the inputted drive force; a passive-side pressing member which is attached to the output member and which receives a pressing force from the other end surface of the viscoelastic member; a first supporting member which supports the driving-side pressing member such that the driving-side pressing member can turn freely relative to the input member; and a second supporting member which supports the passive-side pressing member such that the passive-side pressing member can turn freely relative to the output member.
    • 一种阻尼器装置,具有:输入构件,输入旋转驱动力; 输出构件,其根据输入的旋转驱动力旋转; 设置在所述输入构件和所述输出构件之间的柱状粘弹构件; 驱动侧按压部件,其安装在所述输入部件上,并根据输入的驱动力对所述粘弹部件的一个端面施加按压力; 被动侧按压构件,其被附接到所述输出构件并且接收来自所述粘弹性构件的另一端面的按压力; 第一支撑构件,其支撑所述驱动侧按压构件,使得所述驱动侧按压构件能够相对于所述输入构件自由转动; 以及第二支撑构件,其支撑被动侧按压构件,使得被动侧按压构件可相对于输出构件自由转动。
    • 53. 发明申请
    • Variable rate impact and oscillation absorber in starter motors
    • 起动电机中的变速冲击和振荡吸收器
    • US20050126318A1
    • 2005-06-16
    • US10931825
    • 2004-09-01
    • Wei XueRavi AtluruMartin Jastrzembowski
    • Wei XueRavi AtluruMartin Jastrzembowski
    • F02N15/04F02N15/06F16F15/123F16F15/124F02N1/00
    • F02N15/063F02N15/046F16F15/123F16F15/124Y10T74/137
    • A starter motor is provided having a starter motor housing with an electric motor mounted therein. A stationary gear base mounted onto the starter motor housing and includes a plurality of pockets formed therein and spaced thereabout. A stationary gear is rotatably mounted within the stationary gear base for limited rotational movement and includes a plurality of legs that extend into the pockets. One or more variable rate dampening members are positioned within the pockets, circumferentially between the legs of the stationary gear and inner walls of the pockets. The variable rate dampening members provide variable rate dampening such that when the starter motor experiences high frequency, low amplitude oscillations the dampening members provide a first spring rate and when the starter motor experiences a high amplitude impact for a short duration of time, the dampening members provide a second spring rate that is stronger than the first spring rate.
    • 提供起动电动机,其具有安装在其中的电动马达壳体。 固定式齿轮基座安装在起动马达壳体上并且包括形成在其中并与其隔开的多个凹穴。 固定齿轮可旋转地安装在固定齿轮基座内用于有限的旋转运动,并且包括延伸到凹穴中的多个腿。 一个或多个可变速率阻尼构件定位在凹穴内,周向地位于固定齿轮的腿部和口袋的内壁之间。 可变速率阻尼构件提供可变速率阻尼,使得当起动电动机经历高频,低振幅振荡时,阻尼构件提供第一弹簧刚度,并且当起动电动机在短时间内经历高振幅冲击时,阻尼构件 提供比第一弹簧速率更强的第二弹簧刚度。
    • 54. 发明申请
    • Shock-absorbing propeller assembly
    • 减震螺旋桨组件
    • US20050084374A1
    • 2005-04-21
    • US10688335
    • 2003-10-17
    • James Booe
    • James Booe
    • B63H1/20F16F15/124B63H1/06
    • B63H1/15B63H1/20B63H23/34B63H2023/342F16F15/124
    • A method and apparatus is disclosed for connecting a drive axle to a propeller. A drive member is configured to mount on a drive axle, a tubular member is coupled to the propeller, and a resilient members is configured to be positioned between the drive member and the tubular member. The drive member has an axis and includes a plurality of radially outwardly extending ribs. The tubular member is coupled to the propeller and has an axis and a plurality of radially inwardly extending ribs. The resilient members has an axis and is configured to be positioned between the outwardly extending ribs and the inwardly extending ribs. Furthermore, the resilient members is mounted coaxially with the drive member and the tubular member.
    • 公开了用于将驱动轴连接到螺旋桨的方法和装置。 驱动构件构造成安装在驱动轴上,管状构件联接到螺旋桨,并且弹性构件构造成定位在驱动构件和管状构件之间。 驱动构件具有轴线并且包括多个径向向外延伸的肋。 管状构件联接到螺旋桨并且具有轴线和多个径向向内延伸的肋。 弹性构件具有轴线并且构造成定位在向外延伸的肋和向内延伸的肋之间。 此外,弹性构件与驱动构件和管状构件同轴地安装。
    • 55. 发明授权
    • Engine drive train having a front gear train with improved torsional
dynamics
    • 发动机传动系具有改进的扭转动力学的前齿轮系
    • US5875752A
    • 1999-03-02
    • US876535
    • 1997-06-16
    • Alan ZhaoThomas E. ReinhartKwin R. AbramMark A. Zen RuffinenPaul A. Hayes
    • Alan ZhaoThomas E. ReinhartKwin R. AbramMark A. Zen RuffinenPaul A. Hayes
    • F02B75/06F02B75/18F02B75/20F16F15/124F16F15/315
    • F16F15/315F02B75/06F02B75/20F16F15/124F02B2075/1824Y10T74/2131Y10T74/2183Y10T74/2184
    • An improved engine gear drive train arrangement is provided which effectively minimizes the crankshaft torsional vibrations at the location of the gear train, for engines with a front gear train. A flywheel is resiliently connected to the rear end portion of the crankshaft so as to resiliently connect a driven unit to the crankshaft. An extra inertial device is connected to the front end portion of the crankshaft and includes an inertia so selected as to cause a nodal point of the first torsional vibration mode of the crankshaft to be located in the vicinity of the crank gear to minimize the amplitude of torsional deflection of the crankshaft at the crank gear. Also, the device for resiliently connecting the flywheel to the rear end portion of the crankshaft may include resilient members positioned in cavities formed by engaging rings. The nodal point of the first torsional mode of the crankshaft is optimally positioned close to the crank gear by selecting an inertia for the rear mounted flywheel, an optimum inertia for the front mounted inertial device and a resilient material for the flywheel connecting device having the appropriate stiffness, so that the combination of these features achieves the desired nodal point positioning for a given engine or application.
    • 提供了一种改进的发动机齿轮传动系布置,其有效地使齿轮系位置处的曲轴扭转振动最小化,用于具有前齿轮系的发动机。 飞轮弹性地连接到曲轴的后端部分,以将从动单元弹性地连接到曲轴。 一个额外的惯性装置被连接到曲轴的前端部分,并且包括一个选择的惯性,使得曲轴的第一扭转振动模式的节点位于曲柄齿轮附近,以使曲轴的振幅最小化 曲轴在曲柄齿轮处的扭转偏转。 此外,用于将飞轮弹性地连接到曲轴的后端部分的装置可以包括定位在由接合环形成的空腔中的弹性构件。 曲轴的第一扭转模式的节点通过选择用于后安装的飞轮的惯性来最佳地定位成靠近曲柄齿轮,用于前部安装的惯性装置的最佳惯性以及具有适当的飞轮连接装置的弹性材料 刚度,使得这些特征的组合实现给定发动机或应用的期望的节点定位。
    • 56. 发明授权
    • Variable length shaft assembly with a lash bushing
    • 可变长轴组件,带有间隙衬套
    • US5460574A
    • 1995-10-24
    • US114682
    • 1993-08-31
    • James M. Hobaugh
    • James M. Hobaugh
    • F16C3/03F16D3/06F16D3/68F16F15/124
    • F16F15/124F16C3/03F16D3/06F16D3/68F16C29/02Y10T403/7028Y10T464/50
    • A shaft assembly (10) has a first shaft (14) which extends along an axis (20) and a second shaft (16) which extends along the axis (20). The second shaft (16) extends into a hollow interior of the first shaft (14). The first and second shafts (14, 16) are axially movable relative to each other. A bushing (12) is located between the first and second shafts (14, 16) for allowing generally free axial movement between said first and second shafts (14, 16), and transmitting torque between the first and second shafts (14, 16). The bushing has flange segments (64) and tangs (66) for preventing axial movement of the bushing (12) relative to the first shaft (14). The bushing (12) also has wedge-shaped side portions (40) located in wedge-shaped gaps (138) defined by the first and second shafts (14, 16). The wedge-shaped side portions (40) are slidable under the influence of springs (38) radially along the gaps (138) to take up wear and to prevent lash between the first and second shafts (14, 16).
    • 轴组件(10)具有沿轴线(20)延伸的第一轴(14)和沿轴线(20)延伸的第二轴(16)。 第二轴(16)延伸到第一轴(14)的中空内部。 第一和第二轴(14,16)可相对于彼此轴向移动。 衬套(12)位于第一和第二轴(14,16)之间,用于允许在所述第一和第二轴(14,16)之间大体上自由的轴向运动,并且在第一和第二轴(14,16)之间传递扭矩, 。 衬套具有用于防止衬套(12)相对于第一轴(14)的轴向移动的凸缘段(64)和柄脚(66)。 衬套(12)还具有位于由第一和第二轴(14,16)限定的楔形间隙(138)中的楔形侧部(40)。 楔形侧部(40)可在弹簧(38)沿着间隙(138)的径向作用下滑动,以承受磨损并防止第一和第二轴(14,16)之间的间隙。