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    • 41. 发明专利
    • 具撓性多孔過濾器之液氣壓式積蓄器 HYDROPNEUMATIC ACCUMULATOR WITH FLEXIBLE POROUS FILLER
    • 具挠性多孔过滤器之液气压式积蓄器 HYDROPNEUMATIC ACCUMULATOR WITH FLEXIBLE POROUS FILLER
    • TW201020444A
    • 2010-06-01
    • TW097145956
    • 2008-11-27
    • 史卓格涅夫 亞歷山大
    • 史卓格涅夫 亞歷山大
    • F17CF16J
    • F15B1/04F15B1/103F15B2201/205F15B2201/31F15B2201/3151F15B2201/3152F15B2201/3153F15B2201/42
    • 一種具撓性多孔填充物之液氣壓式積蓄器,其打算用於具有高度脈動(pulsation)的液壓系統的流體動力回授(power recuperation),該積蓄器包括一殼體,一氣體埠及一流體埠在該殼體處分別與被一活動的分隔件分開來的一可變體積的氣體貯槽及一可變體積的流體貯槽相連接。該撓性多孔填充物填滿該氣體貯槽使得減小該氣體貯槽體積的分隔件運動壓縮該填充物。該填充物與該氣體貯槽的內壁相連接,這可在增大該氣體貯槽的體積的分隔件運動時拉伸該填充物。該積蓄器包含用來保護該填充物邊界層不會破裂的機構,其可在該分隔件的猛然拉動的情況下減小該填充物邊界層的局部變形。該填充物在多個回授循環期間之殘留變形的發展及該分隔件在强勁的猛然拉動下的非均勻運動所造成的填充物的毀壞都可被防止。
    • 一种具挠性多孔填充物之液气压式积蓄器,其打算用于具有高度脉动(pulsation)的液压系统的流体动力回授(power recuperation),该积蓄器包括一壳体,一气体端口及一流体端口在该壳体处分别与被一活动的分隔件分开来的一可变体积的气体贮槽及一可变体积的流体贮槽相连接。该挠性多孔填充物填满该气体贮槽使得减小该气体贮槽体积的分隔件运动压缩该填充物。该填充物与该气体贮槽的内壁相连接,这可在增大该气体贮槽的体积的分隔件运动时拉伸该填充物。该积蓄器包含用来保护该填充物边界层不会破裂的机构,其可在该分隔件的勐然拉动的情况下减小该填充物边界层的局部变形。该填充物在多个回授循环期间之残留变形的发展及该分隔件在强劲的勐然拉动下的非均匀运动所造成的填充物的毁坏都可被防止。
    • 45. 发明授权
    • Accumulator
    • 累加器
    • US09377031B2
    • 2016-06-28
    • US14366225
    • 2013-05-17
    • EAGLE INDUSTRY CO., LTD.
    • Kuniaki Miyake
    • F15B1/10
    • F15B1/103F15B2201/3153F15B2201/41
    • In an accumulator having an accumulator housing which is provided with an oil port connected to a pressure piping of equipment, and an inner portion of the accumulator housing being sectioned into a gas chamber filling with gas and a fluid chamber communicating with the oil port by a bellows and a bellows cap, the bellows cap seals the fluid chamber by coming into contact with a seal on the basis of movement in a stroke in the case that a pressure of the pressure piping is decreased, and the seal is retained by a seal retaining portion which is provided in an inner peripheral side of the seal. In the accumulator, a seal diameter of the seal is set to be larger than an effective diameter of the bellows at a position where the seal comes into contact with the bellows cap.
    • 在具有蓄能器壳体的蓄能器中,该蓄能器壳体设置有连接到设备的压力管道的油口,并且蓄能器壳体的内部被分为填充有气体的气室和与油口连通的流体室, 波纹管和波纹管盖,波纹管盖通过在压力管道的压力减小的情况下基于行程中的运动与密封件接触来密封流体室,并且密封件通过密封件保持 设置在密封件的内周侧的部分。 在蓄能器中,将密封件的密封直径设定为大于在密封件与波纹管盖接触的位置处的波纹管的有效直径。
    • 46. 发明申请
    • ACCUMULATOR
    • 累加器
    • US20150204357A1
    • 2015-07-23
    • US14421167
    • 2013-12-05
    • EAGLE INDUSTRY CO., LTD.
    • Daisuke HyodoKuniaki MiyakeMatsuyoshi Yamashita
    • F15B1/10
    • F15B1/103F15B20/007F15B2201/3153F15B2201/3157F15B2211/865
    • An accumulator has a seal member retained to a port hole side of a bellows cap via a seal holder. The seal member comes into contact with a seal portion so as to occlude a liquid chamber in the case that an operation of a device stops and the pressure within a pressure piping is lowered. The seal member moves in a direction that the bellows cap moves away from the seal portion while being in contact with the seal portion when the liquid confined in the liquid chamber thermally expands in a state in which the liquid chamber is occluded. The seal member is obtained by attaching a flexible portion constructed by a rubber-like elastic body to an outer peripheral surface of a rigid plate, and the flexible portion allows relative movement of the bellows cap by shear deformation on the basis of engagement with the seal holder.
    • 蓄压器具有通过密封保持器保持在波纹管盖的端口孔侧的密封构件。 密封构件与密封部接触,以便在装置的操作停止并且压力管道内的压力降低的情况下闭塞液体室。 当液体容器被封闭的液体在液体室被封闭的状态下热膨胀时,密封构件沿着与波纹管盖远离密封部分同时与密封部分接触的方向移动。 通过将由橡胶状弹性体构成的柔性部分附接到刚性板的外周面上而获得密封构件,并且柔性部分通过基于与密封件的接合的剪切变形而允许波纹管盖的相对运动 持有人
    • 48. 发明申请
    • ACCUMULATOR
    • 累加器
    • US20140311604A1
    • 2014-10-23
    • US14366957
    • 2013-05-14
    • EAGLE INDUSTRY CO., LTD.
    • Hisao Yoshihara
    • F15B1/08
    • F15B1/08F15B1/083F15B1/103F15B20/007F15B2201/205F15B2201/3153F15B2201/3156F15B2201/3158
    • In order to provide an accumulator equipped with an emergency safety mechanism that is capable of being activated at a lower pressure than when a rupture disk is disposed on part of the circumference of the peripheral surface of a stay, the accumulator has an emergency safety mechanism that immediately releases pressure inside a housing to an oil port side when the inside of the housing reaches a high temperature and high pressure in an emergency such as a fire. The emergency safety mechanism allows a fluid chamber and the oil port to communicate via a first pressure release flow passage, which is formed due to a seal holder provided with recesses and projections on part of the circumference being seated on a seating surface, and a second pressure release flow passage formed due to a rubber-like elastic body of the seal disappearing as a result of the high temperature.
    • 为了提供一种配备有紧急安全机构的蓄能器,该紧急安全机构能够比在将突起盘设置在停留物的周面的一部分周围的破裂盘处更低的压力下被起动,蓄能器具有紧急安全机构, 当壳体的内部在诸如火灾的紧急情况下达到高温和高压时,立即将壳体内的压力释放到油口侧。 紧急安全机构允许流体室和油口通过第一压力释放流动通道连通,第一压力释放流动通道由于密封保持器而形成,该密封保持器设置有位于座位表面上的部分圆周上的凹部和突起, 由于密封件的橡胶状弹性体形成的压力释放流路由于高温而消失。