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    • 42. 发明授权
    • Volume and failure management method on a network having a storage device
    • 具有存储设备的网络上的卷和故障管理方法
    • US08006123B2
    • 2011-08-23
    • US12693624
    • 2010-01-26
    • Masayuki YamamotoTakashi Oeda
    • Masayuki YamamotoTakashi Oeda
    • G06F11/00
    • G06F11/0775G06F11/0727
    • Provided is an environment that storage device configuration management can be efficiently done in a data center having a virtualization device. A SAN manager acquires configuration information from a device constituting a SAN and prepares a correspondence relationship between a host computer and a virtual volume in the SAN, and a corresponding relationship between the host computer and a real volume, depending upon the acquired information. Based on the corresponding relationship, the SAN manager outputs a correspondence relationship of between virtual and real volumes. Meanwhile, by interpreting a failure-notification message received from the devices of the SAN, detected and outputted is an influence upon an access to a real or virtual volume as to the failure. Furthermore, when a plurality of failure notifications are received from the devices connected to the SAN, a plurality of failure notifications are associatively outputted depending upon a correspondence relationship between real and virtual volumes.
    • 提供了在具有虚拟化设备的数据中心中可以有效地进行存储设备配置管理的环境。 SAN管理器从构成SAN的设备获取配置信息,并根据获取的信息准备SAN中的主机计算机和虚拟卷之间的对应关系以及主计算机与实际卷之间的对应关系。 基于相应的关系,SAN管理器输出虚拟和实际卷之间的对应关系。 同时,通过解释从SAN的设备接收到的故障通知消息,检测和输出是对访问虚拟卷的失败的影响。 此外,当从连接到SAN的设备接收到多个故障通知时,根据实际卷和虚拟卷之间的对应关系,相关地输出多个故障通知。
    • 43. 发明申请
    • Storage System Comprising RAID Group
    • 包含RAID组的存储系统
    • US20110167215A1
    • 2011-07-07
    • US12310727
    • 2009-02-26
    • Yoshiaki EguchiMasayuki Yamamoto
    • Yoshiaki EguchiMasayuki Yamamoto
    • G06F12/00G06F12/02G06F12/10
    • G06F11/2094G06F11/1076G06F2211/1028
    • A pool that is a storage area group composed of a plurality of real pages based on a plurality of RAID groups is managed. The storage system carries out the rebuild processing that includes the steps of copying each of data that has been stored into all allocated real pages among all real pages based on a specific RAID group to an unallocated real page based on at least one RAID group separate from the specific RAID group, allocating a real page of each copy destination to each virtual page of an allocated destination of an allocated real page of each copy source, and canceling an allocation of an allocated real page of each copy source to a virtual page.
    • 管理作为由多个RAID组构成的多个实际页面的存储区域组的池。 存储系统执行重建处理,其包括以下步骤:基于特定RAID组将存储在所有分配的真实页面中的所有已分配的真实页面的数据复制到未分配的真实页面上的步骤,所述至少一个RAID组基于与 特定RAID组,将每个复制目的地的真实页面分配给每个复制源的分配的实际页面的分配的目的地的每个虚拟页面,以及将每个复制源的分配的真实页面的分配取消到虚拟页面。
    • 47. 发明授权
    • Adhesive tape joining apparatus
    • 胶带接合装置
    • US07913735B2
    • 2011-03-29
    • US12390661
    • 2009-02-23
    • Masayuki YamamotoSaburo Miyamoto
    • Masayuki YamamotoSaburo Miyamoto
    • B29C65/50
    • H01L21/67132Y10T156/1168Y10T156/1195
    • An adhesive tape joining apparatus of this invention adopts an inverted “T”-shaped layout configured with a rectangular section that extends laterally when being viewed in a plane and a protrusion section that is coupled on a center of the rectangular section. An adhesive tape joining part is disposed in the protrusion section and joins an adhesive tape to a ring frame and a wafer. A transport mechanism is disposed in the rectangular section and transports the wafer, the ring frame, and the wafer held by the ring frame. An electronic substrate processing unit is disposed in at least one of two regions adjoining to the rectangular section with the protrusion section being interposed therebetween, and is coupled to the transport mechanism.
    • 本发明的胶带接合装置采用倒置的“T”形布置,其配置有在平面中横向延伸的矩形截面,以及连接在矩形部分中心的突出部分。 粘合带接合部分设置在突出部分中,并将粘合带连接到环形框架和晶片。 传送机构设置在矩形部分中并传送由环形框架保持的晶片,环形框架和晶片。 电子基板处理单元设置在与矩形部分相邻的两个区域中的至少一个中,其中插入有突出部分,并且联接到输送机构。