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    • 1. 发明授权
    • Pinhole inspecting apparatus
    • 针孔检查装置
    • US5633454A
    • 1997-05-27
    • US537916
    • 1995-11-01
    • Hiroshi AbeKazuhiko IshioYoshihiro MurakawaAkira Yamamoto
    • Hiroshi AbeKazuhiko IshioYoshihiro MurakawaAkira Yamamoto
    • G01M3/04G01M3/22G01M3/32G01M3/20
    • G01M3/226
    • A pinhole inspecting apparatus is provided which can accurately and speedily inspect a pinhole on a closed container.The pinhole inspecting apparatus of the present invention comprises a pallet 1 for dischargeably containing a closed container 11 filled with a gas, the pallet 1 having a suction hole 13 such that when the suction hole 13 is closed the interior of the pallet is brought in closed condition, a gas leakage detecting unit 2 adapted to be connected at an inspecting position to the suction hole 13 for communication with the interior of the pallet 1, such that when a gas of the same kind as the first mentioned gas is present in that interior, the gas leakage detecting unit generates an analog signal having a voltage corresponding to amount of the leakage of the gas per unit time, an A/D converter 3 for converting the analog signal into a digital signal, and a first arithmetic unit 4 for finding from the digital signal a slope of a regression line representing the relationship between voltage and time, and calculating the difference between the value of the slope and a maximum slope value which has been preliminarily inputted with respect to a regression line for the same kind of gas in the air as the first mentioned gas, the first arithmetic unit being further operative to output an abnormality signal when the difference falls out of an allowable range therefor.
    • PCT No.PCT / JP95 / 00603 Sec。 371日期:1995年11月1日 102(e)1995年11月1日PCT PCT 1995年3月30日PCT公布。 WO95 / 27193 PCT出版物 日期1995年10月12日提供了能够准确,快速地检查密闭容器上的针孔的针孔检查装置。 本发明的针孔检查装置包括托盘1,其用于可放置地容纳填充有气体的密闭容器11,托盘1具有吸入孔13,使得当吸入孔13关闭时,托盘的内部被封闭 条件,气体泄漏检测单元2,其适于在检查位置连接到吸入孔13以与托盘1的内部连通,使得当在该内部存在与前述气体相同种类的气体时 气体泄漏检测单元生成具有对应于每单位时间的气体泄漏量的电压的模拟信号,将模拟信号转换为数字信号的A / D转换器3和用于求出的第一算术单元4 从数字信号中,表示电压和时间之间的关系的回归线的斜率,并计算斜率值与最大斜率值之间的差 已经相对于与第一种气体相同的空气中的相同种类的气体的回归线预先输入h,第一运算单元进一步用于当差值在其允许范围之外时输出异常信号。
    • 3. 发明申请
    • STORAGE SYSTEM AND METHOD FOR CONTROLLING STORAGE SYSTEM
    • 存储系统和控制存储系统的方法
    • US20140351521A1
    • 2014-11-27
    • US14342848
    • 2013-05-27
    • Shintaro KudoAkira YamamotoYusuke NonakaSadahiro Sugimoto
    • Shintaro KudoAkira YamamotoYusuke NonakaSadahiro Sugimoto
    • G06F12/08
    • G06F12/0868G06F12/0817
    • A cache package (for example, a flash memory package configured by flash memories) can execute a cache control process instead of a processor in a storage system by a request of the cache control process from the storage system. Consequently, time for the process that the processor of the storage system executes can be reduced and increase in a throughput can be achieved. For example, particularly the present invention is effective in real time data processing in OLTP (OnLine Transaction Processing) (for example, database processes in finance, medical service, Internet service, and government and public service). In addition, under the concept of recent EPR (Enterprise Resource Planning) a flexible storage system that can respond rapid fluctuation in an amount of data and an access load can be established and leveraged by increasing several boards of required cache packages.
    • 高速缓存包(例如,由闪速存储器配置的闪存包)可以通过来自存储系统的高速缓存控制处理的请求来执行存储系统中的高速缓存控制处理而不是处理器。 因此,可以减少存储系统的处理器执行的处理的时间,并且可以实现吞吐量的增加。 例如,特别地本发明在OLTP(在线事务处理)(例如,金融,医疗服务,互联网服务,政府和公共服务中的数据库处理)的实时数据处理中是有效的。 另外,根据最新的EPR(企业资源规划)的概念,可以通过增加几个所需缓存包的板块来建立和利用灵活的存储系统,可以响应数据量和访问负载的快速波动。
    • 9. 发明授权
    • Storage system comprising multiple storage apparatuses with both storage virtualization function and capacity virtualization function
    • 存储系统包括具有存储虚拟化功能和容量虚拟化功能的多个存储设备
    • US08510515B2
    • 2013-08-13
    • US13054389
    • 2010-12-22
    • Akira YamamotoNoboru MorishitaHideo SaitoYoshiaki EguchiMasayuki Yamamoto
    • Akira YamamotoNoboru MorishitaHideo SaitoYoshiaki EguchiMasayuki Yamamoto
    • G06F12/00
    • G06F3/0644G06F3/0608G06F3/0617G06F3/062G06F3/0647G06F3/0665G06F3/067G06F3/0683
    • A first virtual storage and a second virtual storage share an external LU (Logical Unit) inside an external storage. The first virtual storage comprises a first LU, which comprises multiple first virtual areas and conforms to thin provisioning, and an external capacity pool, which is a storage area based on the external LU, and which is partitioned into multiple external pages, which are sub-storage areas. The second virtual storage comprises a second LU, which comprises multiple second virtual areas and conforms to thin provisioning. In a data migration from the first LU to the second LU, for a data migration from a first virtual area, to which an external page has been allocated, to a second virtual area, the first virtual storage notifies the second virtual storage of a migration-source address, which is an address of the first virtual area, and an external address, which is an address of the external page that has been allocated to this virtual area, and the second virtual storage stores a corresponding relationship between the notified migration-source address and external address.
    • 第一虚拟存储器和第二虚拟存储器在外部存储器内共享外部LU(逻辑单元)。 第一虚拟存储器包括第一LU,其包括多个第一虚拟区域并且符合精简配置;以及外部容量池,其是基于外部LU的存储区域,并且被划分为多个外部页面,其是子 储存区域。 第二虚拟存储器包括第二LU,其包括多个第二虚拟区域并且符合精简配置。 在从第一LU到第二LU的数据迁移中,对于从第一虚拟区域到已经分配了外部页面的数据迁移到第二虚拟区域,第一虚拟存储器向第二虚拟存储器通知迁移 作为第一虚拟区域的地址的源地址和作为被分配给该虚拟区域的外部页面的地址的外部地址,并且第二虚拟存储器存储所通知的迁移 - 源地址和外部地址。
    • 10. 发明授权
    • Computer system and data migration method
    • 计算机系统和数据迁移方法
    • US08443160B2
    • 2013-05-14
    • US12988523
    • 2010-08-06
    • Hideo SaitoYoshiaki EguchiMasayuki YamamotoAkira Yamamoto
    • Hideo SaitoYoshiaki EguchiMasayuki YamamotoAkira Yamamoto
    • G06F12/00
    • G06F3/0647G06F3/0617G06F3/067
    • With a computer system having a host computer and first and second storage apparatuses, the second storage apparatus virtualizes first logical units in the first storage apparatus and provides them as second logical units to the host computer, collects configuration information about each first logical unit, and sets each piece of the collected configuration information to each corresponding second logical unit. The host computer adds a path to the second logical units and deletes a path to the first logical units. The second storage apparatus copies data stored in the first logical units to a storage area provided by the second storage device and associates the storage area with the second logical units.
    • 利用具有主计算机和第一和第二存储装置的计算机系统,第二存储装置虚拟化第一存储装置中的第一逻辑单元,并将它们作为第二逻辑单元提供给主计算机,收集关于每个第一逻辑单元的配置信息,以及 将所收集的配置信息的每一条设置到每个对应的第二逻辑单元。 主计算机向第二逻辑单元添加路径并删除到第一逻辑单元的路径。 第二存储装置将存储在第一逻辑单元中的数据复制到由第二存储装置提供的存储区域,并将存储区域与第二逻辑单元相关联。