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    • 61. 发明申请
    • Restore method for backup
    • 恢复备份方法
    • US20050240813A1
    • 2005-10-27
    • US10866865
    • 2004-06-15
    • Wataru OkadaHirokazu IkedaMasahide Sato
    • Wataru OkadaHirokazu IkedaMasahide Sato
    • G06F3/06G06F11/00G06F12/00
    • G06F11/1451G06F11/1469
    • To provide a storage management device capable of performing restore at a high speed. In the storage management device that manages backup and restore of data stored in a storage device, a temporary restored image is created by applying each required delta image to the full backup image, a reverse delta image before the application of the applied delta image is created, and a number of delta application blocks concerning the applied delta image is recorded as cost information of applying delta. The delta backup restore unit determines a restore method by comparing a number of blocks, which is changed when restore is performed by applying each piece of the reverse delta image, with a number of blocks, which is changed when the restore is performed by applying each delta image, with reference to the cost information of applying delta.
    • 提供能够高速执行恢复的存储管理装置。 在管理存储在存储设备中的数据的备份和还原的存储管理设备中,通过将每个所需的增量映像应用于完整备份映像,创建应用的增量映像应用之前的反向增量映像来创建临时还原映像 ,并且关于应用的增量图像的多个增量应用块被记录为应用增量的成本信息。 增量备份恢复单元通过将多个块进行比较来确定还原方法,所述多个块通过应用每一片反向增量图像而执行恢复时被修改,并且通过应用每个块来执行恢复 delta图像,参考应用delta的成本信息。
    • 62. 发明授权
    • Method of recovering polymer agglomerates as dry powders or granules
    • 以干燥粉末或颗粒形式回收聚合物附聚物的方法
    • US4997911A
    • 1991-03-05
    • US241178
    • 1988-09-07
    • Hideo YasuiWataru OkadaYasuhiro MikiToragoro Mitani
    • Hideo YasuiWataru OkadaYasuhiro MikiToragoro Mitani
    • C08F6/22C08J3/16
    • C08J3/16C08F6/22
    • The present invention provides a method for recovering polymer agglomerates in the form of dry powders or granules comprising steps of:(A) coagulating a polymer latex obtained by emulsion polymerization or suspension polymerization to thereby form hydrous agglomerates in which latex particles are not fused together,(B) immersing the hydrous agglomerates in an organic liquid insoluble or hardly soluble in water which wets but does not dissolve or swell said agglomerates at a temperature lower than the temperature at which the latex particles constituting the agglomerates are fused together, to thereby substitute said organic liquid for the water contained in the agglomerates with the organic liquid,(C) thereby forming two phases; a water phase expelled from the agglomerates and an organic liquid phase in which the agglomerates are immersed,(D) separating the agglomerates from the organic liquid phase, and(E) removing by evaporation the organic liquid attached to the agglomerates, whereby the agglomerates are recovered as dry particles. Further, this invention provides a method of recovering polymer agglomerates having additional impurities removed therefrom by immersing the aforementioned agglomerates, after having been separated from the organic liquid phase, in a second organic liquid which effects dissolution and extraction of impurities from the aforementioned agglomerates. According to this invention, the drying energy may be greatly cut back, and high purity polymer agglomerates are obtained in the form of dry powders or granules.
    • 65. 发明授权
    • Storage system and management method of the storage system
    • 存储系统的存储系统和管理方法
    • US08473703B2
    • 2013-06-25
    • US13062921
    • 2011-02-23
    • Anna NaitoYuki NaganumaWataru OkadaHirokazu Ikeda
    • Anna NaitoYuki NaganumaWataru OkadaHirokazu Ikeda
    • G06F12/08
    • G06F3/0605G06F3/0635G06F3/0647G06F3/067
    • Even if no port of the attribute communicable with communication ports which the other storage control apparatuses comprise exists among the communication ports which the storage control apparatus comprises, connecting the respective storage control apparatuses as communicable.Among communication ports, the migration source communication port and the migration destination communication port are selected. The path connected to the migration source communication port is migrated to the migration destination communication port, and the migration source communication port is made a free communication port. The attribute of the free communication port is changed to a specified attribute, and the communication port of the other storage control apparatus is connected to the communication port.
    • 即使在存储控制装置所包含的通信端口中不存在与其他存储控制装置所包含的通信端口可通信的属性的端口,也可以将各个存储控制装置连接成可通信。 在通信端口中,选择迁移源通信端口和迁移目的地通信端口。 连接到迁移源通信端口的路径迁移到迁移目的地通信端口,迁移源通信端口为空闲通信端口。 自由通信端口的属性被改变为指定的属性,另一个存储控制装置的通信端口连接到通信端口。
    • 66. 发明授权
    • Spark-ignition engine
    • 火花点火发动机
    • US08453629B2
    • 2013-06-04
    • US12721673
    • 2010-03-11
    • Keiichi NakanoToshihiko TeramotoWataru OkadaEmi Tabata
    • Keiichi NakanoToshihiko TeramotoWataru OkadaEmi Tabata
    • F02P3/02
    • F02P3/02F02F1/242F02F1/365H01T13/08H01T13/44
    • A spark-ignition engine comprises a plug hole (13) formed in a cylinder head (2), an ignition plug (10) and a plug cap (9) of the type integral with an ignition coil, which is attached to the ignition plug (10) as it is inserted into the plug hole (13). In this spark-ignition engine, the plug hole (13) is arranged at a position outside a head cover (5) in the cylinder head (2), a head surface (2a) of which is opened to provide the plug hole (13) and has a plug-cap attaching flange (11) attached thereto, and the plug-cap attaching flange (11) is formed with an extending cylinder-portion (15A) having an extension-hole (15) communicated with the plug hole (13). The plug cap (9), as it is inserted from the extension hole (15A) into the plug hole (13), has a coil portion (9C) fixed to the extending cylinder-portion (15).
    • 火花点火发动机包括形成在气缸盖(2)中的塞孔(13),火花塞(10)和与点火线圈一体型的插头帽(9),该点火线圈连接到火花塞 (10),因为其插入到插塞孔(13)中。 在该火花点火式发动机中,塞孔(13)配置在气缸盖(2)的头盖(5)的外侧的位置,其头表面(2a)打开以提供塞孔 ),并且具有附接到其上的插头安装凸缘(11),并且所述插头安装凸缘(11)形成有延伸的缸部(15A),所述延伸圆筒部(15A)具有与所述塞孔连通的延伸孔(15) 13)。 所述插头帽(9)从所述延伸孔(15A)插入到所述插头孔(13)中时,具有固定在所述延伸筒部(15)上的线圈部(9C)。
    • 67. 发明授权
    • Car power source apparatus
    • 汽车电源设备
    • US08426079B2
    • 2013-04-23
    • US12638390
    • 2009-12-15
    • Wataru Okada
    • Wataru Okada
    • H01M2/24
    • H01M2/345H01M2/1077H01M2/1083H01M2/1094H01M2/1229H01M2/34
    • A case (20) of each battery cell (1) houses a current interrupt device (30) that cuts-off current when internal pressure exceeds a set pressure. The case has a rectangular outline with a pair of opposing planar surfaces (20A). An electrode unit (10), which is a stack of positive and negative electrode plates (10A) with intervening separators (10C), and the current interrupt device are disposed between the pair of opposing planar surfaces. A plurality of battery cells is stacked with opposing planar surfaces opposite each other to form a battery block (2). The power source apparatus has a pair of endplates (4) disposed at the ends of the battery block, the pair of endplates is connected by connecting components (5), and the pair of endplates holds the battery cells in the stacked configuration applying pressure in a direction perpendicular to the opposing planar surfaces.
    • 每个电池单元(1)的壳体(20)容纳当内部压力超过设定压力时切断电流的电流中断装置(30)。 壳体具有带有一对相对的平面(20A)的矩形轮廓。 作为具有中间隔板(10C)的正极板和负极板(10A)的堆叠的电极单元(10)和电流中断装置设置在一对相对的平面之间。 多个电池单元被堆叠成相对的相对的平面,以形成电池块(2)。 电源装置具有设置在电池块的端部的一对端板(4),一对端板通过连接部件(5)连接,并且一对端板将堆叠构造中的电池单元保持为施加压力 垂直于相对的平面的方向。
    • 68. 发明申请
    • COMPUTER SYSTEM AND STORAGE MANAGEMENT METHOD
    • 计算机系统与存储管理方法
    • US20130080727A1
    • 2013-03-28
    • US13263285
    • 2011-09-22
    • Anna NaitoWataru OkadaHirokazu Ikeda
    • Anna NaitoWataru OkadaHirokazu Ikeda
    • G06F12/02
    • G06F3/061G06F3/0631G06F3/0665G06F3/0676G06F3/0685G06F13/122G06F13/161
    • A storage tiered that satisfies desired performance is configured by recognizing the type and capacity of storage media of a storage apparatus, which are held by a user, and using the storage media.When adding a specified area of storage media to a storage tiered in response to a request from a host computer, a management computer: obtains storage media information, including I/O frequency of a data storage area of a volume(s) as well as performance information and structure information of the storage media, from the storage apparatus; identifies one or more storage media, which have not been allocated to any of the volumes with the I/O performance in excess of the I/O frequency, on the basis of the structure information of the storage media so that the data storage area of the volume(s), to which a specified storage in the storage tiered is allocated, would achieve a specified I/O performance target; and issues an instruction to the storage apparatus to create a storage tiered by using the identified storage media.
    • 通过识别由用户持有的存储设备的存储介质的类型和容量以及使用存储介质来配置满足期望性能的存储层。 当管理计算机响应于来自主计算机的请求将分配的存储介质的指定区域添加到分层时,管理计算机:获得包括卷的数据存储区域的I / O频率的存储介质信息,以及 来自存储装置的存储介质的性能信息和结构信息; 基于存储介质的结构信息,识别未被分配给I / O性能超过I / O频率的任何卷的一个或多个存储介质,使得数据存储区域 分配存储分层中的指定存储的卷将实现指定的I / O性能目标; 并向存储装置发出指令以通过使用所识别的存储介质来创建分层的存储。
    • 69. 发明授权
    • Car battery array having a plurality of connected batteries
    • 具有多个连接电池的汽车电池阵列
    • US08256552B2
    • 2012-09-04
    • US12498651
    • 2009-07-07
    • Wataru Okada
    • Wataru Okada
    • B60R16/04B60K11/06
    • H01M2/1077H01M10/613H01M10/625H01M10/647H01M10/6556
    • A car battery array is provided with battery blocks (2) having a plurality of connected batteries (1), a first load-bearing plate (3) on top of which the battery blocks are mounted, a second load-bearing plate (4) attached on both sides to the first load-bearing plate and covering the tops of the battery blocks, and a reinforcing rod (5) that connects with the second load-bearing plate and the battery blocks to attach the second load-bearing plate to the battery blocks. The battery blocks are disposed in a battery compartment (6) established inside the first and second load-bearing plates, which are joined together on both sides. The battery blocks are mounted on top of the first load-bearing plate and connected to the second load-bearing plate via the reinforcing rod to support the battery block load with the first load-bearing plate and the second load-bearing plate.
    • 汽车电池阵列设置有具有多个连接的电池(1)的电池块(2),其上安装有电池块的第一承载板(3),第二承重板(4) 安装在第一承载板的两侧并覆盖电池块的顶部;以及与第二承重板和电池块连接的加强杆(5),将第二承重板连接到 电池块。 电池块设置在建立在第一承载板和第二承载板之间的电池室(6)中,两侧连接在一起。 电池块安装在第一承载板的顶部并且经由加强杆连接到第二承载板,以利用第一承载板和第二承载板来支撑电池块负载。
    • 70. 发明授权
    • Storage system and method of controlling same to enable effective use of resources
    • 存储系统及其控制方法,有效利用资源
    • US08234419B1
    • 2012-07-31
    • US13063392
    • 2011-02-25
    • Hiroshi NasuWataru OkadaHirokazu Ikeda
    • Hiroshi NasuWataru OkadaHirokazu Ikeda
    • G06F3/00
    • G06F3/0635G06F3/0613G06F3/0637G06F3/067
    • This invention enables resources included in a storage system to be effectively used. In a storage system 1 including a host computer 3, a first storage apparatus 10 that receives a data I/O request from the host computer 3, the second storage apparatus 10, and including a function of external attachment processing for managing the entity of a first logical volume of the first storage apparatus 10 in a second logical volume of the second storage apparatus 10, when a problem occurs in performance of the first storage apparatus 10, the external attachment processing is released, while external attachment release processing is performed in which path for accessing from the host computer 3 the second logical volume is switched to allow direct access from the host computer 3 to the second logical volume. When the problem in performance of the first storage apparatus 10 is solved, path switching is performed again to resume the external attachment processing.
    • 本发明能够有效地使用包含在存储系统中的资源。 在包括主计算机3的存储系统1中,从主计算机3接收数据I / O请求的第一存储装置10,第二存储装置10,并且包括用于管理主机3的实体的外部附件处理功能 第一存储装置10的第一逻辑卷的第一逻辑卷在第二存储装置10的第二逻辑卷中,当第一存储装置10的性能出现问题时,外部附件处理被解除,而执行外部附件释放处理, 用于从主计算机3访问的路径,第二逻辑卷被切换以允许从主计算机3到第二逻辑卷的直接访问。 当解决第一存储装置10的性能问题时,再次进行路径切换以恢复外部附件处理。