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    • 41. 发明授权
    • Cap
    • US07611024B2
    • 2009-11-03
    • US12364818
    • 2009-02-03
    • Yasuhiro YamanakaTakahiro Fujita
    • Yasuhiro YamanakaTakahiro Fujita
    • B65D43/26B65D43/16B65D51/18B65D41/02
    • B65D47/0814B65D2251/1041B65D2251/1066B65D2251/205
    • A cap is provided which can be smaller in number of constituent elements, easy to manufacture with simple assembly operation, and of which cap cover can be smoothly opened with one hand for a long period of time. In the cap configured so that a pressing portion presses an opening/closing hinge of the cap cover backward to swing the cap cover in an open direction when a manipulation portion is pressed, a manipulation body includes an elastic connection rod arranged on a side of an outlet below a support, the manipulation portion is provided on a front end of the elastic connection rod, the pressing portion is provided on a rear end of the elastic connection rod, and the manipulation body is connected to the support via a deformable connection piece so as to allow a longitudinal movement of the manipulation body relative to the support.
    • 提供了一种盖子,其构成元件的数量可以更小,易于制造,组装操作简单,并且可以用一只手长时间平滑地打开盖子盖。 在盖构造成使得当操作部被按压时,按压部分向后按压盖盖的打开/关闭铰链以使盖帽沿打开方向摆动,操作体包括布置在盖子的侧面上的弹性连接杆 所述操作部设置在所述弹性连接杆的前端,所述按压部设置在所述弹性连接杆的后端,所述操作体经由所述可变形连接片与所述支撑体连接, 以允许操纵体相对于支撑件的纵向移动。
    • 42. 发明申请
    • Redundant configuration method of a storage system maintenance/management apparatus
    • 一种存储系统维护/管理装置的冗余配置方法
    • US20080244580A1
    • 2008-10-02
    • US12007334
    • 2008-01-09
    • Takahiro FujitaHirokazu IkedaNobuyuki Osaki
    • Takahiro FujitaHirokazu IkedaNobuyuki Osaki
    • G06F12/00G06F9/46
    • G06F11/2028G06F3/0617G06F3/0635G06F3/067G06F11/2041G06F11/2069G06F11/2092H04L41/0668H04L41/0695H04L67/1097
    • Provided is a method of managing a computer system including a plurality of storage systems and a plurality of management appliances for managing the plurality of storage systems. A first management appliance and a second management appliance hold an identifier of a first storage system and management data obtained from the first storage system. The method includes the steps of: selecting a third management appliance from the plurality of management appliances when a failure occurs in the first management appliance; transmitting the identifier held in the second management appliance from the second management appliance to the selected third management appliance; and holding the identifier transmitted from the second management appliance in the selected third management appliance. Thus, it is possible to prevent, after failing-over due to an abnormality of a maintenance/management appliance, a single point of failure from occurring to reduce reliability of the maintenance/management appliance.
    • 提供一种管理包括多个存储系统和多个用于管理多个存储系统的管理设备的计算机系统的方法。 第一管理设备和第二管理设备保存第一存储系统的标识符和从第一存储系统获得的管理数据。 该方法包括以下步骤:当在第一管理设备中发生故障时,从多个管理设备中选择第三管理设备; 将保持在第二管理设备中的标识从第二管理设备传送到所选择的第三管理设备; 以及在所选择的第三管理设备中保存从第二管理设备发送的标识符。 因此,可以防止由于维护/管理设备的异常而导致的故障发生之后发生单点故障以降低维护/管理设备的可靠性。
    • 46. 发明授权
    • Managing method for optimizing capacity of storage
    • 优化存储容量的管理方法
    • US07246161B2
    • 2007-07-17
    • US10657162
    • 2003-09-09
    • Takahiro FujitaYasunori Kaneda
    • Takahiro FujitaYasunori Kaneda
    • G06F15/173
    • G06F3/0653G06F3/0608G06F3/0631G06F3/067
    • In an environment in which storages are intensively collected, many unused areas are generated and no storage resources can be efficiently used as a storage pool. The capacity utilization (data capacity) of a storage device (volume) allocated to a computer is obtained and future capacity utilization is estimated from a change in the data capacity. The capacity of the storage device is compared with upper limit securing capacity and lower limit securing capacity values indicating the upper and lower limits of appropriate allocating capacity calculated from this estimated capacity utilization. When the capacity of the storage device is greater than the upper limit securing capacity, a different storage device, having at least the lower limit securing capacity and no more than the upper limit securing capacity, is allocated from the storage pool, and the storage device allocated previously is collected in the storage pool.
    • 在集中收集存储的环境中,生成许多未使用的区域,并且不能有效地将存储资源用作存储池。 获得分配给计算机的存储设备(卷)的容量利用率(数据容量),并根据数据容量的变化来估计将来的容量利用率。 将存储装置的容量与上限确定能力和下限确定容量值进行比较,以确定从该估计容量利用率计算的适当分配容量的上限和下限。 当存储装置的容量大于上限固定容量时,从存储池分配至少具有下限保固容量并且不超过上限保固能力的不同存储装置,并且存储装置 以前分配的是在存储池中收集的。
    • 47. 发明申请
    • Management of hierarchically configured storage
    • 管理层级配置的存储
    • US20060253653A1
    • 2006-11-09
    • US11484592
    • 2006-07-12
    • Yasunori KanedaDaisuke ShinoharaTakahiro Fujita
    • Yasunori KanedaDaisuke ShinoharaTakahiro Fujita
    • G06F12/00
    • G06F3/0644G06F3/0605G06F3/0608G06F3/0632G06F3/067G06F3/0685
    • In a computer system having a storage system in which storage units are hierarchically configured, a management method for accurately grasping the capacity available to the computer is disclosed. In a computer system in which a management computer manages the capacities of storage units for storing data used by the computer, the management method is typically realized by a storage management system comprising a group of first-level storage units each containing volumes for storing data used by the computer, a group of second-level storage units each of which is hierarchically linked to, and physically connected through a communication path to, one of the first-level storage units and contains volumes for storing data used by the computer, a means for collecting volume information from the first-level and the second-level storage units, a means for collecting inter-volume hierarchy information, and a means for calculating the total effective capacity to the computer based on the volume information and the inter-volume information thus collected.
    • 在具有存储单元被分层配置的存储系统的计算机系统中,公开了一种用于准确地掌握计算机可用容量的管理方法。 在其中管理计算机管理用于存储由计算机使用的数据的存储单元的容量的计算机系统中,管理方法通常由包括一组第一级存储单元的存储管理系统来实现,每个存储单元包含用于存储使用的数据的卷 由计算机提供一组二级存储单元,每个二级存储单元分层地链接到并通过通信路径物理连接到第一级存储单元中的一个,并且包含用于存储计算机使用的数据的卷,装置 用于从第一级和第二级存储单元收集卷信息,用于收集卷间层次结构信息的装置,以及用于基于卷信息和卷间信息计算到计算机的总有效容量的装置 从而收集。