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    • 1. 发明授权
    • Temperature compensating flux ring
    • 温度补偿通量环
    • US06386343B1
    • 2002-05-14
    • US09845707
    • 2001-04-30
    • Frank M. RobinsonAaron A. KimeAlain J. Bataille
    • Frank M. RobinsonAaron A. KimeAlain J. Bataille
    • F16F1503
    • F16F9/461F16F9/3405F16F9/535
    • A piston assembly for magneto rheological (MR) fluid vibration damper affixed to a suspension system includes a piston that strokes inside a housing to dampen vibrations. The piston includes a core affixed to a piston shaft. An electric coil is affixed to the core and is coaxially aligned with the piston shaft. A sleeve circumscribes the piston core having a wall with a first inner diameter. An annular fluid passage is formed between the sleeve and the core. Fluid passes through the annular passage when the piston strokes inside the damper. The wall includes a channel having a second inner diameter greater than the first inner diameter. The channel reduces resistance to the piston from the MR fluid derived from temperature induced viscosity variations.
    • 固定在悬架系统上的用于磁流变(MR)流体振动阻尼器的活塞组件包括一个活塞,该活塞在壳体内部进行冲击以抑制振动。 活塞包括固定在活塞轴上的芯。 电线圈固定在芯上并与活塞轴同轴对准。 套筒围绕具有第一内径的壁的活塞芯。 在套筒和芯之间形成环形流体通道。 当活塞在阻尼器内部行进时,流体通过环形通道。 壁包括具有大于第一内径的第二内径的通道。 该通道降低由温度引起的粘度变化导致的MR流体对活塞的阻力。
    • 2. 发明授权
    • Magnetorheological fluid damper
    • 磁流变阻尼器
    • US06311810B1
    • 2001-11-06
    • US09422453
    • 1999-10-21
    • Patrick Neil HopkinsJohn David FehringIlya LisenkerRichard Edward LonghouseWilliam Charles KruckemeyerMichael Leslie OliverFrank M. RobinsonAlexander Apostolos Alexandridis
    • Patrick Neil HopkinsJohn David FehringIlya LisenkerRichard Edward LonghouseWilliam Charles KruckemeyerMichael Leslie OliverFrank M. RobinsonAlexander Apostolos Alexandridis
    • F16F953
    • F16F9/535
    • A novel and improved magnetorheological fluid damper is provided which effectively secures a flux ring to a piston core in a manner which prevents relative axial and radial movement between the flux ring and the core throughout operation while minimizing the size of the piston assembly yet providing effective damping. Several connector devices are disclosed for both axially and radially securing the flux ring relative to the piston core at one end of the piston assembly in a simple manner without increasing the length of the piston assembly. The connector device may include an outer portion brazed to the flux ring, an inner portion connected to the piston core, bridge portions extending between the outer and inner portions, flow passages formed between the bridge portions and an inlet cavity formed adjacent an annular flow gap to permit unimpeded, enhanced laminar flow through the flow gap by improving the damping effect. Other connector devices may include elongated rivets extending through the flow gap axially along the piston assembly, and elongated pin and spacer tube connectors extending radially between the piston core and the flux ring. Various embodiments of radial support devices are disclosed for possible use in combination with the connector devices to enhance radial support by, for example, the use of balls, a washer with tabs, a coil bobbin with tabs, rivets and axially extending elongated pins.
    • 提供了一种新颖且改进的磁流变流体阻尼器,其有效地将磁通环固定到活塞芯上,以防止在操作过程中磁通环和磁芯之间的相对轴向和径向移动,同时最小化活塞组件的尺寸,同时提供有效的阻尼 。 公开了几个连接器装置,用于在活塞组件的一端以简单的方式轴向地和径向地固定磁通环相对于活塞芯,而不增加活塞组件的长度。 连接器装置可以包括钎焊到磁通环的外部部分,连接到活塞芯的内部部分,在外部部分和内部部分之间延伸的桥接部分,形成在桥接部分之间的流动通道和邻近环形流动间隙形成的入口腔 通过改善阻尼效应来允许通过流动间隙的无阻碍的增强的层流。 其它连接器装置可以包括沿着活塞组件轴向延伸穿过流动间隙的细长铆钉,以及在活塞芯和磁通环之间径向延伸的细长销和间隔管连接器。 公开了径向支撑装置的各种实施例,用于与连接器装置结合使用,以通过例如球的使用来增强径向支撑,具有突出部的垫圈,带有突出部,铆钉和轴向延伸的细长销的线圈架。