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    • 1. 发明授权
    • Fluid-filled vibration damping device
    • 流体填充减振装置
    • US08573570B2
    • 2013-11-05
    • US12708220
    • 2010-02-18
    • Hiroyuki IchikawaYuichi OgawaNaoki FurumachiKatsuhiro SakuraiNobuya Yoshida
    • Hiroyuki IchikawaYuichi OgawaNaoki FurumachiKatsuhiro SakuraiNobuya Yoshida
    • F16F7/00
    • F16F13/105
    • A fluid-filled vibration damping device including: a pressure-receiving chamber and an equilibrium chamber disposed on either side of a partition plate, while being connected through a first orifice passage; a moveable film arranged to either a pressure-receiving chamber side or an equilibrium chamber side of the partition plate while being spaced away therefrom to define therebetween an intermediate chamber; a second orifice passage connecting the intermediate chamber and one of the pressure-receiving and the equilibrium chambers while being tuned to higher frequency than the first orifice passage; and a flow straightening plate arranged in opposition to the moveable film at least at one of the intermediate chamber side and an opposite side thereof, the flow straightening plate having a plurality of flow straightening apertures opening towards the moveable film and furnished with a flow limiting member.
    • 一种流体填充的减振装置,包括:压力容纳室和设置在隔板两侧的平衡室,同时通过第一孔口连接; 可移动的薄膜,其布置成分隔板的压力接收室侧或平衡室侧,同时间隔其间限定中间室; 第二孔口通道,其连接中间室和压力接收和平衡室中的一个,同时被调谐到比第一孔通道更高的频率; 以及至少在中间室侧和相对侧的至少一个处与可移动薄膜相对设置的流动矫正板,所述矫直板具有朝向可移动薄膜开口的多个流动矫直孔,并且配有限流构件 。
    • 3. 发明授权
    • Fluid-filled type vibration damping device
    • 流体填充式减震装置
    • US08424854B2
    • 2013-04-23
    • US12865970
    • 2009-11-04
    • Hiroyuki IchikawaYuichi OgawaNaoki Furumachi
    • Hiroyuki IchikawaYuichi OgawaNaoki Furumachi
    • F16F5/00
    • F16F13/105
    • A fluid-filled type vibration damping device wherein a low-frequency orifice passage and at least one high-frequency orifice passage are formed in a partition member, which is supported by a second mounting member; a valve body is disposed at least at one opening of the high-frequency orifice passage and is provided with a spring member that in a nonloaded state positions the valve body away from the opening of the high-frequency orifice passage to hold the high-frequency orifice passage in an open state; and, at times of vibration input, the valve body is adapted to block the high-frequency orifice passage in opposition to a holding force of the spring member.
    • 一种流体填充型减振装置,其中在由第二安装构件支撑的分隔构件中形成有低频孔通道和至少一个高频孔通道; 阀体至少设置在高频节流孔通道的一个开口处,并且设置有弹簧构件,其在无负载状态下将阀体远离高频孔通道的开口定位,以保持高频孔 打开状态下的孔口通道; 并且在振动输入时,阀体适于与弹簧构件的保持力相反地阻挡高频孔通道。
    • 8. 发明授权
    • Active vibration damping device
    • 主动减振装置
    • US07276823B2
    • 2007-10-02
    • US11268512
    • 2005-11-08
    • Hiroyuki IchikawaYoshinori Watanabe
    • Hiroyuki IchikawaYoshinori Watanabe
    • H02K7/06
    • F16F13/264H02K33/02
    • An active vibration damping device having a solenoid actuator designed with a movable element positioned inserted into a guide hole of a stator having a yoke member is attached about a coil to form a stator-side magnetic path with the guide hole lying on its center axis, so that current passed through the coil creates actuating force in the axial direction between the stator and the movable element. A magnetic acting force stabilizing portion having a shape that gradually varies in association with axial displacement of the movable element an level of magnetic acting force between a movable element-side magnetic pole forming portion and a stator-side magnetic pole forming portion is disposed on the movable element-side magnetic pole forming portion where a magnetic pole is produced in the movable element and/or the stator-side magnetic pole forming portion where a magnetic pole is produced in the stator.
    • 具有螺线管致动器的主动减振装置被设计成具有插入到具有轭构件的定子的引导孔中的可移动元件,该线圈致动装置围绕线圈安装以形成具有位于其中心轴线上的引导孔的定子侧磁路, 使得通过线圈的电流在定子和可移动元件之间沿轴向产生致动力。 具有与可动元件的轴向位移相关联地逐渐变化的形状的磁力作用力稳定部,在可动元件侧磁极形成部和定子侧磁极形成部之间的磁力作用力的水平设置在 在可动元件和/或在定子中产生磁极的定子侧磁极形成部分中产生磁极的可动元件侧磁极形成部分。
    • 9. 发明申请
    • Electromagnetic actuator for active vibration damping device
    • 主动减震装置电磁执行机构
    • US20070222128A1
    • 2007-09-27
    • US11714739
    • 2007-03-07
    • Hiroyuki IchikawaYoshinori WatanabeTakayoshi YasudaMotoshi Sakurai
    • Hiroyuki IchikawaYoshinori WatanabeTakayoshi YasudaMotoshi Sakurai
    • F16F15/00
    • F16F13/26F16F13/106
    • An electromagnetic actuator having: a stator and a movable member disposed in a central hole of a coil member of the stator movable in an axial direction; a coupling rod fixed to the movable member; and an elastic stopper having a ring shaped sealing unit at its outer periphery part, a first stopper unit at its center part, a coupling unit that mutually couples the sealing unit and the first stopper unit, and second stopper units located radially between the sealing unit and the first stopper unit at respective circumferential positions. The sealing unit is compressed between the bottom wall of a housing and a lid member to form a sealing mechanism that fluid-tightly close an opening of an adjustment hole. The first stopper unit axially faces the coupling rod bottom with a first separation distance, and the second stopper units axially face the movable member bottom with a second separation distance greater than the first.
    • 一种电磁致动器,具有:定子和可动构件,其设置在所述定子的线圈构件的中心孔中,所述线圈构件的轴向方向可移动; 连接杆,固定在可动件上; 以及弹性止动件,其外周部具有环形密封单元,其中心部分具有第一止动单元,将密封单元与第一止动单元相互联接的联接单元以及径向位于密封单元之间的第二止动单元 和第一挡块单元。 密封单元在壳体的底壁和盖构件之间被压缩,以形成密封关闭调节孔的开口的密封机构。 第一止动单元以第一分隔距离轴向面对联接杆底部,并且第二止动单元以大于第一间隔距离的第二间隔距离面向可动构件底部。
    • 10. 发明申请
    • Active vibration insulator
    • 主动振动绝缘子
    • US20060287799A1
    • 2006-12-21
    • US11450277
    • 2006-06-12
    • Hiroyuki IchikawaTakayoshi YasudaTakehiko FushimiDaichi MizushimaKenichi Sato
    • Hiroyuki IchikawaTakayoshi YasudaTakehiko FushimiDaichi MizushimaKenichi Sato
    • G06F17/00
    • F16F13/266
    • An active vibration insulator includes an electromagnetic actuator, a control-signals generator, a control-signals compensator, and a driver. The electromagnetic actuator generates vibrating forces depending on electric-current supplies. The control-signals generator generates control signals, which actively inhibit vibrations generated by a vibration generating source of a vehicle from transmitting to a specific part of the vehicle, based on cyclic pulsating signals output from the vibration generating source. The control-signals compensator compensates the cyclic control signals, which the control-signals generator generates, depending on output voltages of a battery. The driver is connected between the battery and the electromagnetic actuator, and makes the electric-current supplies variable based on the cyclic control signals, which the control-signals compensator has compensated, and the output voltages of the battery, thereby driving the electromagnetic actuator.
    • 主动振动绝缘体包括电磁致动器,控制信号发生器,控制信号补偿器和驱动器。 电磁执行器根据电流供应产生振动。 控制信号发生器基于从振动发生源输出的循环脉动信号产生控制信号,该控制信号主动地抑制由车辆的振动发生源产生的振动从车辆的特定部分发送到车辆的特定部分。 控制信号补偿器根据电池的输出电压补偿控制信号发生器产生的循环控制信号。 驱动器连接在电池和电磁致动器之间,并且基于控制信号补偿器已经补偿的循环控制信号和电池的输出电压使得电流供应可变,从而驱动电磁致动器。