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    • 71. 发明授权
    • Buffer updates and data evacuation in a storage system using differential snapshots
    • 使用差分快照在存储系统中缓存更新和数据撤离
    • US07610460B2
    • 2009-10-27
    • US11454088
    • 2006-06-16
    • Satoru WatanabeYoshio SuzukiShinji Fujiwara
    • Satoru WatanabeYoshio SuzukiShinji Fujiwara
    • G06F13/14G06F12/12
    • G06F11/1466G06F2201/84
    • A method of managing data by a storage system having first and second volumes according to a command from a server computer, including receiving a data access command from the server computer; specifying a data area that is designated in the data access command and reading data in the data area from the first volume; judging whether the data access command contains a data evacuating instruction; judging whether the data in the data area has been evacuated to the second volume when the data read command contains the data evacuating instruction; evacuating the data in the data area to the second volume when the data in the data area has not been evacuated to the second volume; and sending the data in the data area to the server computer. The invention reduces loads on the storage system when a differential snapshot is used.
    • 一种根据来自服务器计算机的命令由具有第一和第二卷的存储系统管理数据的方法,包括从所述服务器计算机接收数据访问命令; 指定在数据访问命令中指定的数据区域,并从第一卷读取数据区域中的数据; 判断数据访问命令是否包含数据撤离指令; 当所述数据读取命令包含所述数据撤回指令时,判断所述数据区域中的数据是否被撤回到所述第二卷; 当数据区域中的数据未被抽空到第二卷时,将数据区域中的数据撤回到第二卷; 并将数据区域中的数据发送到服务器计算机。 当使用差分快照时,本发明减少了存储系统上的负载。
    • 72. 发明授权
    • System and method for disaster recovery of data
    • 数据灾难恢复的系统和方法
    • US07587627B2
    • 2009-09-08
    • US11224112
    • 2005-09-13
    • Kazuhiko MizunoShinji FujiwaraYoshio Suzuki
    • Kazuhiko MizunoShinji FujiwaraYoshio Suzuki
    • G06F12/00
    • G06F11/2066G06F11/2071Y10S707/99953
    • When a public line is used for a remote copy function of storage in a disaster recovery (DR) system, the online performance is degraded due to the increase and decrease of the line utilization rate. Therefore, it is desired to change the remote copy function depending on the line utilization rate. Also, there is the possibility of data loss if disaster occurs during the copy between storage devices. Therefore, it is desired to perform the processing to detect the data status immediately before the occurrence of the disaster. By switching the synchronous transmission and the asynchronous transmission in accordance with the increase and decrease of the response time of the remote copy function between storage devices, the online performance of the primary site can be maintained without being influenced by the line utilization rate, and the data loss can be detected based on the used remote copy function.
    • 当在灾难恢复(DR)系统中使用公共线路进行远程复制功能存储时,由于线路利用率的增加和减少,在线性能下降。 因此,希望根据线路利用率来改变远程复制功能。 此外,如果在存储设备之间复制期间发生灾难,则可能会丢失数据。 因此,期望在紧急发生灾难之前执行检测数据状态的处理。 通过根据存储设备之间的远程复制功能的响应时间的增加和减少来切换同步传输和异步传输,可以保持主站点的在线性能,而不受线路利用率的影响,并且 可以根据使用的远程复制功能检测数据丢失。
    • 74. 发明授权
    • Disk device and drive unit-driving mechanism
    • 磁盘设备和驱动单元驱动机制
    • US07447122B2
    • 2008-11-04
    • US10551274
    • 2004-03-31
    • Kouji SekiKeiji TokitaKazuya TanakaYoshio Suzuki
    • Kouji SekiKeiji TokitaKazuya TanakaYoshio Suzuki
    • G11B21/02
    • G11B17/0404G11B17/26
    • The present invention provides a simple disk drive and drive unit driving mechanism with compact size in which each part is able to operate smoothly. The disk drive and drive unit driving mechanism comprise a disk holder 10 that has a plurality of holder plates 11 that individually hold disks D, a drive unit 62 that plays back disks D, disk selectors 41A and 41B that form a space above and below a desired disk D by raising and lowering the holder plates 11, and a drive base 60 that moves the drive unit 62 into a space that is formed by raising and lowering the holder plates 11. The disk selectors 41A and 41B are provided with flat cams 41Aa to 41Ac and 41Ba to 41Bc in which the protrusion 14 a provided on the holder plate 11 is inserted so as to be capable of performing a sliding movement, such that the tips of the cams are wedge-shaped. The holder plates 11 above and below the desired disk D rise and fall in accordance with the sliding movement of the disk selectors 41A and 41B.
    • 本发明提供了一种具有紧凑尺寸的简单的盘驱动器和驱动单元驱动机构,其中每个部件能够平稳地操作。 磁盘驱动器和驱动单元驱动机构包括盘保持器10,该盘保持器10具有多个单独保持盘D的保持板11,回放盘D的驱动单元62,形成上述空间的盘选择器41A和41B 通过升高和降低保持板11而将驱动单元62移动到通过升高和降低保持板11而形成的空间中的驱动基座60在期望的盘D之下。 盘选择器41A和41B设置有平坦凸轮41Aa至41Ac和41Ba至41Bc,其中设置在保持器板11上的突起14a插入以能够执行滑动运动, 凸轮的尖端是楔形的。 根据盘选择器41A和41B的滑动运动,期望的盘D上方和下方的保持板11上升和下降。
    • 77. 发明申请
    • THREE-DIMENSIONAL IMAGE DISPLAY SYSTEM
    • 三维图像显示系统
    • US20080186308A1
    • 2008-08-07
    • US12025960
    • 2008-02-05
    • Yoshio SuzukiQingyu LuKyohei IwamotoXueming Yu
    • Yoshio SuzukiQingyu LuKyohei IwamotoXueming Yu
    • G06T15/00
    • H04N13/398H04N13/32
    • Disclosed herein is a three-dimensional image display system, including: a multi-parallax image reproduction apparatus configured to reproduce two-dimensional images, which include a plurality of parallax images within one frame, at a first frame rate; and a three-dimensional display apparatus configured to carry out multi-parallax stereoscopic moving picture display at a second frame rate based on a plurality of parallax images reproduced by the multi-parallax image reproduction apparatus where one frame of stereoscopic moving pictures is formed from a multi-parallax image formed from a predetermined number of parallax images; the multi-parallax image reproduction apparatus reproducing an image wherein control information is included in any of the parallax images for every one frame or every plurality of frames, the three-dimensional image display apparatus carrying out control in accordance with the control information included in the parallax images to carry out the multi-parallax stereoscopic moving picture display.
    • 本文公开了一种三维图像显示系统,包括:多视差图像再现装置,被配置为以第一帧速率再现包括一帧内的多个视差图像的二维图像; 以及三维显示装置,被配置为基于由多视差图像再现装置再现的多个视差图像以第二帧速率执行多视差立体运动图像显示,其中一帧立体运动图像由 由预定数量的视差图像形成的多视差图像; 所述多视差图像再现装置再现其中控制信息被包含在每一帧或每一帧的任何视差图像中的图像,所述三维图像显示装置根据包含在所述视差图像中的控制信息进行控制 视差图像进行多视差立体动画显示。
    • 78. 发明申请
    • DISK DRIVE AND DRIVE UNIT DRIVING MECHANISM
    • 磁盘驱动和驱动单元驱动机制
    • US20080077947A1
    • 2008-03-27
    • US11947696
    • 2007-11-29
    • Kouji SekiKeiji TokitaKazuya TanakaYoshio Suzuki
    • Kouji SekiKeiji TokitaKazuya TanakaYoshio Suzuki
    • G11B17/04
    • G11B17/0404G11B17/26
    • The present invention provides a simple disk drive and drive unit driving mechanism with compact size in which each part is able to operate smoothly. The disk drive and drive unit driving mechanism comprise a disk holder 10 that has a plurality of holder plates 11 that individually hold disks D, a drive unit 62 that plays back disks D, disk selectors 41A and 41B that form a space above and below a desired disk D by raising and lowering the holder plates 11, and a drive base 60 that moves the drive unit 62 into a space that is formed by raising and lowering the holder plates 11. The disk selectors 41A and 41B are provided with flat cams 41Aa to 41Ac and 41Ba to 41Bc in which the protrusion 14a provided on the holder plate 11 is inserted so as to be capable of performing a sliding movement, such that the tips of the cams are wedge-shaped. The holder plates 11 above and below the desired disk D rise and fall in accordance with the sliding movement of the disk selectors 41A and 41B.
    • 本发明提供了一种具有紧凑尺寸的简单的盘驱动器和驱动单元驱动机构,其中每个部件能够平稳地操作。 磁盘驱动器和驱动单元驱动机构包括盘保持器10,该盘保持器10具有多个单独保持盘D的保持板11,回放盘D的驱动单元62,形成上述空间的盘选择器41A和41B 通过升高和降低保持板11而将驱动单元62移动到通过升高和降低保持板11而形成的空间中的驱动基座60在期望的盘D之下。 盘选择器41A和41B设置有平坦凸轮41Aa至41Ac和41Ba至41Bc,其中设置在保持板11上的突出部14a插入以能够执行滑动运动, 凸轮的尖端是楔形的。 根据盘选择器41A和41B的滑动运动,期望的盘D上方和下方的保持板11上升和下降。
    • 80. 发明申请
    • Disk holder, disk alignment mechanism and disk drive
    • 磁盘架,磁盘对齐机构和磁盘驱动器
    • US20070086285A1
    • 2007-04-19
    • US10551684
    • 2004-03-31
    • Keiji TokitaKouji SekiKazuya TanakaYoshio SuzukiShouichiro Kokubo
    • Keiji TokitaKouji SekiKazuya TanakaYoshio SuzukiShouichiro Kokubo
    • G11B21/08
    • G11B17/30G11B17/223
    • A disk holder, disk alignment mechanism and disk drive employing same that for permitting accurate alignment of a disk are provided. The disk drive comprises a disk holder 10 that comprises a plurality of holder plates 11 that individually hold disks D, a drive unit 62 that plays back disks D, disk selectors 41A and 41B that form a space above and below a desired disk D by raising and lowering the holder plates 11, and a drive base 60 that moves the drive unit 62 into the space that is formed as a result of raising and lowering the holder plates 11. Disk hold links 17 and 18 comprising catches 17a and 18a respectively that engage with and disengage from the center hole of disk D are provided on the holder plates 11 such that the disk hold links 17 and 18 are able to turn, and a disk hold arm 16 that allows the disk hold links 17 and 18 to turn is provided so as to be able to perform a sliding movement.
    • 提供了一种盘保持器,盘对准机构和使用该盘驱动器的盘驱动器,用于允许盘的精确对准。 磁盘驱动器包括盘保持器10,该盘保持器10包括单独保持盘D的多个保持器板11,回放盘D的驱动单元62,在期望盘D上方和下方形成空间的盘选择器41A和41B 通过升高和降低保持板11,以及将驱动单元62移动到由于升高和降低保持板11而形成的空间的驱动基座60。 包括分别与盘D的中心孔啮合并与盘D中心孔分离的卡盘17a和18a的盘保持连杆17和18设置在保持板11上,使得盘保持连杆17和18能转动,并且盘 提供允许盘保持连杆17和18转动的保持臂16,以便能够执行滑动。