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    • 2. 发明授权
    • Bicycle suspension system
    • 自行车悬挂系统
    • US07900947B2
    • 2011-03-08
    • US12183304
    • 2008-07-31
    • Jun Inoue
    • Jun Inoue
    • B62K25/08
    • F16F9/467B62K25/08B62K2025/048
    • A bicycle suspension system is provided with a first tubular element, a piston, a piston rod, a first sealing member and a switching valve. The piston is coupled to the piston rod, and is slidably disposed in the first tubular element. The first sealing member is disposed in the first tubular element adjacent such that a first air chamber is formed between the piston and the first sealing member. The switching valve is coupled to the first sealing member. The switching valve opens a communication passageway between the first air chamber and a second air chamber to connect the first and second air chambers when in the opened position, and closes the communication passageway between the first air chamber and the second air chamber to separate the first and second air chambers when in the closed position.
    • 自行车悬挂系统设置有第一管状元件,活塞,活塞杆,第一密封构件和切换阀。 活塞联接到活塞杆,并且可滑动地设置在第一管状元件中。 第一密封构件相邻设置在第一管状元件中,使得在活塞和第一密封构件之间形成第一空气室。 切换阀联接到第一密封构件。 切换阀打开第一空气室和第二空气室之间的连通通道,以在处于打开位置时连接第一和第二空气室,并且封闭第一空气室和第二空气室之间的连通通道,以将第一 和处于关闭位置时的第二空气室。
    • 3. 发明申请
    • Hydraulic dashpot
    • US20030057042A1
    • 2003-03-27
    • US10212309
    • 2002-08-02
    • Michael HonigWalter WirtzMarcello Di Fina
    • F16F009/48F16F009/00F16F009/34
    • F16F9/467F16F9/516
    • A hydraulic dashpot with a cylinder (1) full of shock-absorbing fluid, with a piston (3) mounted on the end of piston rod (2), traveling back and forth inside the cylinder, separating the cylinder into two compartments (4 & 5), and provided with ports and shock-absorption valves, and with a variable bypass system accommodated in an axial bore (13) in the piston rod provided with lateral radial openings (11 & 26) extending through the rod. The object is to allow fixed independent establishment of the cross-section of the bypass system available for the fluid to flow through as the piston rod travels in the direction associated with the suction phase and of the cross-section of the bypass system available for the fluid to flow through as the piston rod travels in the direction associated with the compression phase. The bypass system is accordingly provided with an axially moving control tube (24) whereof one end comes to rest against one valve assembly (9) and the other end comes to rest against another valve assembly (20) and whereby its axial motion is limited by stops.
    • 5. 发明授权
    • Shock absorber with variable damping force
    • 具有可变阻尼力的减震器
    • US5341905A
    • 1994-08-30
    • US91619
    • 1993-07-14
    • Fu-Chung Lu
    • Fu-Chung Lu
    • F16F9/43F16F9/46F16F9/44
    • F16F9/467F16F9/43F16F9/462
    • A shock absorber includes an outer tube filled with hydraulic fluid and an inner tube that extends into the outer tube and that contains an appropriate amount of hydraulic fluid and high pressure air therein. A piston is secured to an open bottom end of the inner tube and is formed with a central through hole and a plurality of fluid passages which communicate the inner and outer tubes. The piston further has a bottom surface which is formed with concentric first and second annular grooves and an annular wall that separates the annular grooves and that is formed with a notch to communicate the annular grooves. The fluid passages extend into the first annular groove. The second annular groove has a depth that increases gradually from one side of the notch to an opposite side thereof. A control rod is disposed inside the inner tube and has a bottom end that extends through the central through hole of the piston. An annular valve piece is connected axially to the bottom end of the control rod, is normally spaced from the bottom surface of the piston, and is formed with a plurality of fluid holes and a fluid slot. The control rod is rotated to rotate therewith the valve piece in order to align respectively the fluid holes in the valve piece with the fluid passages and in order to locate the fluid slot at a desired depth of the second annular groove.
    • 减震器包括填充有液压流体的外管和延伸到外管中并且在其中容纳适量的液压流体和高压空气的内管。 活塞被固定到内管的开口底端,并且形成有中心通孔和连通内管和外管的多个流体通道。 活塞还具有形成有同心的第一和第二环形槽的底面和分隔环形槽的环形壁,并且形成有凹口以连通环形槽。 流体通道延伸到第一环形槽中。 第二环形槽具有从凹口的一侧到其相对侧逐渐增加的深度。 控制棒设置在内管的内部,并且具有延伸穿过活塞的中心通孔的底端。 环形阀片轴向地连接到控制杆的底端,通常与活塞的底表面间隔开,并且形成有多个流体孔和流体槽。 控制杆旋转以与阀片一起旋转,以便将阀片中的流体孔与流体通道分开对准,并将流体槽定位在第二环形槽的期望深度处。
    • 10. 发明申请
    • SPRING FORK
    • 弹簧弹簧
    • US20100219607A1
    • 2010-09-02
    • US12161743
    • 2007-02-23
    • Reiner KunstleDirk Lude
    • Reiner KunstleDirk Lude
    • B62K25/08B62K25/06B62K21/20B62K21/02F16F9/32
    • B62K25/08F16F9/467
    • A spring fork, in particular for bicycles, with a suspension system and a hydraulic damping system, wherein a compression stage damping system (6) is provided for a spring deflection process and a traction stage damping system (5) is provided for a rebound process. At least one piston (3, 16, 27) is provided, which is located in the cylinder (2), and at least one connecting passage (17, 17a) is provided which connects the cylinder chambers located on both sides of the piston and is intended for the overflow of hydraulic medium (21). The compression stage damping system (6) which is activated during the spring deflection process can be blocked by closing the connecting passage (lockout). At least with the compression stage damping system (6) blocked, if appropriate also with the traction stage damping system (5) also blocked, a bypass passage (11, 20, 20a) which has a reduced cross-section in comparison to the connecting passage (17, 17a) is opened. As a result, the strong damping effect is largely maintained, in particular during the rocking peddling action, but on the other hand, automatic return of the fork to its initial position (sag position) is made possible.
    • 一种弹簧叉,特别是用于自行车,具有悬挂系统和液压阻尼系统,其中提供用于弹簧偏转过程的压缩级阻尼系统(6)和用于回弹过程的牵引级阻尼系统(5) 。 设置有位于气缸(2)中的至少一个活塞(3,16,27),并且设置有至少一个连接通道(17,17a),其连接位于活塞两侧的汽缸室和 用于液压介质(21)的溢流。 在弹簧偏转过程中激活的压缩级阻尼系统(6)可以通过关闭连接通道(锁定)来阻止。 至少在压缩级阻尼系统(6)被阻塞的情况下,如果合适的话也牵引级阻尼系统(5)也被阻塞,旁路通道(11,20,20a)与横截面相比具有减小的横截面 通路(17,17a)打开。 因此,特别是在摇摆动作期间,大幅度地保持了强的阻尼效果,但另一方面,叉子自动返回到其初始位置(下垂位置)成为可能。