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    • 2. 发明申请
    • SUSPENSION STRUT WITH DAMPING
    • 悬挂带阻尼
    • WO01088404A1
    • 2001-11-22
    • PCT/US2001/015690
    • 2001-05-16
    • F16F15/02B60G11/22B60G15/04F16F1/36F16F1/371F16F1/40F16F3/08F16F3/087F16F15/08
    • B60G15/04B60G11/22F16F1/371F16F3/0876F16F2236/045
    • A suspension strut includes a housing assembly including first and second (20-30) opposed housing members. The first and second housing members are relatively movable along an axis. At least the first housing member includes an engagement surface. At least one compressible spring member (50) interposed between the first and second housing members. The spring member includes a peripheral portion. The strut is configured such that, when the first and second housing members (20-30) are relatively displaced along the axis in a prescribed direction, the spring (50) member is axially compressed to provide a spring force opposing further relative displacement between the first and second housing members (20-30) in the prescribed direction, and the peripheral portion frictionally engages the engagement surface over an area of engagement to provide dynamic damping between the first and second housing members (20-30).
    • 悬架支柱包括壳体组件,该壳体组件包括第一和第二(20-30)相对的壳体构件。 第一和第二壳体构件沿轴线相对移动。 至少第一壳体构件包括接合表面。 至少一个插入在第一和第二壳体构件之间的可压缩弹簧构件(50)。 弹簧构件包括周边部分。 支柱被构造成使得当第一和第二壳体构件(20-30)沿着轴线沿规定方向相对移位时,弹簧(50)构件被轴向压缩以提供弹簧力,弹簧力抵抗 第一和第二壳体构件(20-30),并且周边部分在接合区域上摩擦地接合接合表面,以在第一和第二壳体构件(20-30)之间提供动态阻尼。
    • 10. 发明申请
    • SPRING AND DAMPER SYSTEMS FOR ATTENUATING THE TRANSMISSION OF ENERGY
    • 用于抑制能量传递的弹簧和阻尼器系统
    • WO2016154351A1
    • 2016-09-29
    • PCT/US2016/023831
    • 2016-03-23
    • RENTON COIL SPRING COMPANY
    • PEPKA, Charles, F.
    • B60G11/54F16F1/12F16F3/04B60G15/04
    • B60G15/04B60G11/54B60G2202/312F16F1/125F16F3/04F16F2236/06
    • A vibration attenuation system (100) for attenuating a transmission of an input signal is disclosed. The system includes a helical spring (104), a first terminal (120), and a first damping element (150). The helical spring (104) includes a plurality of helical coils, a first end (102), and a second end (106). The plurality of helical coils define an inner volume of the helical spring (104) intermediate the first and second ends (102, 106). The first terminal (120) includes a first inner member (140). The first terminal (120) is coupled to the first end (102) of the helical spring (104). The first inner member (140) extends into the inner volume of the helical spring (104). The first damping element (150) is positioned on the first inner member (140). The first damping element (150) is within the inner volume of the helical spring (104). When the input signal is provided to the helical spring (104), the first damping element (150) engages the helical coils and attenuates the transmission the input signal.
    • 公开了一种用于衰减输入信号的传输的振动衰减系统(100)。 该系统包括螺旋弹簧(104),第一端子(120)和第一阻尼元件(150)。 螺旋弹簧(104)包括多个螺旋线圈,第一端(102)和第二端(106)。 多个螺旋线圈限定在第一和第二端(102,106)之间的螺旋弹簧(104)的内部容积。 第一端子(120)包括第一内部构件(140)。 第一端子(120)联接到螺旋弹簧(104)的第一端(102)。 第一内部构件(140)延伸到螺旋弹簧(104)的内部容积中。 第一阻尼元件(150)定位在第一内部构件(140)上。 第一阻尼元件(150)在螺旋弹簧(104)的内部容积内。 当输入信号被提供给螺旋弹簧(104)时,第一阻尼元件(150)接合螺旋线圈并使传输衰减输入信号。