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    • 4. 发明授权
    • Adjuster and shock absorber
    • 调节器和减震器
    • US09027719B2
    • 2015-05-12
    • US13515744
    • 2011-03-17
    • Mikio Ito
    • Mikio Ito
    • F16F9/32F16K5/10F16F9/44
    • F16F9/325F16F9/446F16K5/10
    • A rotary member that displaces a valve member in an axial direction in accordance with a rotation operation is supported on an adjuster case coaxially with the valve member. A detent mechanism is constituted by a fluid chamber that applies a fluid pressure to the rotary member in a direction for separating from the valve member, a pressure-applying member fixed to the rotary member, and a pressure-receiving member that is fixed to the adjuster to support the pressure-applying member against a pressure of the fluid chamber. By forming an engagement portion that engages with the pressure-applying member in the pressure-receiving member, a dimension of the rotary member of the adjuster and an operation input can be suppressed to be small.
    • 根据旋转操作使阀构件沿轴向移位的旋转构件与阀构件同轴地支撑在调节器壳体上。 止动机构由流体室构成,该流体室沿着与阀构件分离的方向向旋转构件施加流体压力,固定在旋转构件上的施压构件和固定在旋转构件上的受压构件 调节器以抵抗流体室的压力支撑压力施加构件。 通过形成与受压构件中的加压构件接合的接合部,可以将调节器的旋转构件的尺寸和操作输入抑制得较小。
    • 8. 发明授权
    • Tension balancer
    • 张力平衡器
    • US08267356B2
    • 2012-09-18
    • US12680129
    • 2008-12-05
    • Atsushi OhtaMasanobu TakahashiShinichi KobayashiMikio ItoMitsuru MurakamiYutaro OhtomoKeitaro KawamuraMasahashi Nakagome
    • Atsushi OhtaMasanobu TakahashiShinichi KobayashiMikio ItoMitsuru MurakamiYutaro OhtomoKeitaro KawamuraMasahashi Nakagome
    • F16L3/08
    • H02G7/02B60M1/26
    • A tension balancer which includes an axis body including a latch part, a column shaped main body including a bottom part which has at least two first through holes arranged at equal intervals in a concentric circle from the center, and an open upper part, a spring base housed within the main body and having an aperture for joining an end of the axis body to the center, and at least two second holes arranged at equal intervals in a concentric circle from the center, an upper lid having an aperture for pushing through the main body of the axis body to the center, and at last two second through holes arranged at equal intervals in a concentric circle from the center, the upper lid being screwed to the main body by a bold and nut which passes through the first, second and third through holes, and at least two or more spring unit groups sandwiched between the spring base which is housed within the main body and the upper lid.
    • 一种张力平衡器,包括一个轴体,该轴体包括一个闩锁部分,一个柱形主体,包括一个底部,该底部具有至少两个第一通孔,该第一通孔以等间隔排列成与中心同心圆;开放的上部,弹簧 基部容纳在主体内并具有用于将轴体的端部连接到中心的孔,以及至少两个相对于中心以同心圆排列的第二孔,上盖具有用于推动 轴体的主体到中心,并且最后两个第二通孔以等间隔排列成与中心同心圆,上盖通过粗体和螺母螺纹连接到主体,该螺母穿过第一,第二 以及夹在主体内的弹簧座和上盖之间的至少两个以上的弹簧单元组。
    • 9. 发明申请
    • DISK ARRAY
    • 磁盘阵列
    • US20110264949A1
    • 2011-10-27
    • US12906238
    • 2010-10-18
    • Kazuhiko IKEUCHIMikio ItoHidejirou DaikokuyaChikashi Maeda
    • Kazuhiko IKEUCHIMikio ItoHidejirou DaikokuyaChikashi Maeda
    • G06F11/16
    • G06F11/1076G06F11/108G06F2211/1057
    • A disk array provided with a RAID group in a Redundant Array of Inexpensive Disks (RAID) configuration with redundancy of two, the disk array includes, a data recovery technique selecting unit to select a technique for recovering data from a first failed disk to be recovered first, the technique being selected from among a plurality of techniques based on the type of storage apparatus included in the RAID group, and I/O conditions with respect to the RAID group, when failures occur in two storage apparatus in the RAID group, a data recovering unit to split recovered data from the first failed storage apparatus and writing the recovered data to two recovery storage apparatus in accordance with the data recovery technique selected by the data recovery technique selecting unit, and an aggregating unit to aggregate the recovered data onto one of the two recovery storage apparatus.
    • 在具有冗余二的冗余磁盘冗余阵列(RAID)配置中提供有RAID组的磁盘阵列包括数据恢复技术选择单元,用于选择从第一故障磁盘恢复数据以恢复的技术 首先,当RAID组中的两个存储装置发生故障时,从基于包括在RAID组中的存储装置的类型的多种技术中选出的技术以及相对于RAID组的I / O条件, 数据恢复单元,用于从第一故障存储装置分离恢复的数据,并根据由数据恢复技术选择单元选择的数据恢复技术将恢复的数据写入两个恢复存储装置;以及聚合单元,将恢复的数据聚合到一个 的两个恢复存储装置。