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    • 61. 发明申请
    • Cloning technique for efficiently creating a copy of a volume in a storage system
    • 用于有效创建存储系统中卷的副本的克隆技术
    • US20050246397A1
    • 2005-11-03
    • US10837254
    • 2004-04-30
    • John EdwardsRobert Fair
    • John EdwardsRobert Fair
    • G06F3/06G06F12/16G06F17/30
    • G06F17/30067
    • A cloning technique enables efficient and substantially instantaneous creation of a clone that is a writable copy of a “parent” virtual volume (vvol) in an aggregate of a storage system. A base snapshot is provided from the parent vvol. In addition, a new vvol is created, along with a new file system identifier, a new subdirectory in the aggregate and a new storage label file. The new vvol is embodied as a clone and comprises an appropriately sized container file, wherein initially the container file has no data. Moreover, a volume information (volinfo) block for the clone is created that is a slightly modified version of the volinfo block from the base snapshot; the modified volinfo block is written to the container file. The clone is then instantiated by loading a file system associated with the new vvol onto the clone and bringing the clone “online”.
    • 克隆技术能够有效地并且基本上即时创建作为存储系统的聚合中的“父”虚拟卷(vvol)的可写拷贝的克隆。 从父vvol提供基本快照。 此外,还创建了一个新的vvol,以及新的文件系统标识符,聚合中的新子目录和新的存储标签文件。 新的vvol被实现为克隆并且包括适当大小的容器文件,其中最初容器文件没有数据。 此外,创建克隆的卷信息(volinfo)块,其是来自基本快照的volinfo块的稍微修改的版本; 修改后的volinfo块被写入容器文件。 然后通过将与新vvol相关联的文件系统加载到克隆并将克隆“联机”来实例化克隆。
    • 63. 发明申请
    • File system defragmentation technique via write allocation
    • 文件系统碎片整理技术通过写入分配
    • US20050187985A1
    • 2005-08-25
    • US11109886
    • 2005-04-20
    • John EdwardsJeffrey Heller
    • John EdwardsJeffrey Heller
    • G06F3/06G06F12/00G06F17/30
    • G06F3/0643G06F3/0613G06F3/067G06F17/30135Y10S707/99933Y10S707/99953Y10S707/99957
    • A defragmentation technique determines the extent to which data blocks of a file are fragmented on disks of a computer and, in response, efficiently relocates those blocks if such relocation improves the on-disk layout of the file. Each indirect block of the file is examined and the current layout of the range of pointers referencing the data blocks is determined. In addition, the number of operations needed to retrieve those data blocks from disks is calculated. A potential new layout is then estimated based on an average fullness of the file system. If the potential new layout improves the fragmentation of the current layout, then the data blocks for that range are relocated, if there is sufficient free space on disk. Otherwise, the blocks are not relocated and the current on-disk layout of the file is maintained.
    • 碎片整理技术确定文件的数据块在计算机的磁盘上碎片的程度,并且作为响应,如果这种重定位改进了文件的磁盘布局,则有效地重新定位那些块。 检查文件的每个间接块,并确定引用数据块的指针范围的当前布局。 此外,计算从磁盘检索这些数据块所需的操作次数。 然后根据文件系统的平均丰满度来估计潜在的新布局。 如果潜在的新布局改善了当前布局的分段,那么如果磁盘上有足够的可用空间,则该范围的数据块将被重新定位。 否则,块不会重新定位,并且文件的当前磁盘布局保持不变。
    • 64. 发明申请
    • Secure conduit system
    • 安全导管系统
    • US20050178571A1
    • 2005-08-18
    • US11022557
    • 2004-12-22
    • Craig McCarthyStanley DunawayG. SaundersJohn Edwards
    • Craig McCarthyStanley DunawayG. SaundersJohn Edwards
    • F16L3/26H02G1/08H02G3/04H02G3/06
    • H02G3/0418F16L3/26H02G1/08H02G3/0608
    • A conduit system comprises a plurality of elongate channels, each having three walls, one open side, and two open ends; a plurality of coupling devices, each adapted to be disposed between a pair of adjacent channels to couple their adjoining ends together to form a conduit with two open ends; a plurality of first covers, each adapted to be disposed over the open side of one or more channels and to be removably attached thereto by a locking device disposed within the respective channel and adapted to be operated only from within the channel; and at least one second cover adapted to be disposed over the open side of one or more channels and to be removably attached thereto by a locking device disposed within the respective channel and adapted to be remotely operated by an elongated member extending through one of the open ends of the conduit.
    • 导管系统包括多个细长通道,每个细长通道具有三个壁,一个敞开侧和两个开放端; 多个联接装置,每个联接装置均适于设置在一对相邻的通道之间,以将它们的相邻端部联接在一起以形成具有两个开口端的导管; 多个第一盖,每个第一盖适于设置在一个或多个通道的开口侧上,并且通过设置在相应通道内的适于仅在通道内操作的锁定装置可移除地附接到其上; 以及至少一个第二盖,其适于设置在一个或多个通道的敞开侧上,并且通过设置在相应通道内的锁定装置可移除地附接到所述第二盖,并且适于由延伸穿过所述开口中的一个的细长构件远程操作 导管的末端。
    • 66. 发明授权
    • Surgical knife
    • 手术刀
    • US4006746A
    • 1977-02-08
    • US572108
    • 1975-04-28
    • John Edwards
    • John Edwards
    • A61B17/00A61B17/322A61B17/32B26B29/00
    • A61B17/322A61B2017/00446
    • This invention relates to a manual surgical knife. An elongated knife blade and an elongated blade guide are rigidly and releasably clamped in spaced apart relation. The blade guide has a guide surface which overlies and has a transverse dimension substantially greater than the blade transverse dimension. The blade guide has a flat planar guide surface which faces and is spaced from the surface of the knife blade. A guide shank is affixed to and longitudinally extends from the guide. A handle is attached to the guide shank and is laterally offset from the guide surface and inclined in a direction away from the guide surface thereby defining a hand clearance. The guide has edge-supporting ribs extending generally orthogonally from the guide in a direction opposite to the guide surface.
    • 本发明涉及一种手动手术刀。 细长的刀片和细长的刀片引导件以间隔开的关系被刚性地和可释放地夹紧。 叶片引导件具有引导表面,该引导表面覆盖并且具有基本上大于叶片横向尺寸的横向尺寸。 刀片引导件具有面向并与刀片的表面间隔开的平坦的平面引导表面。 引导柄固定在导向件上并纵向延伸。 手柄附接到引导柄并且从引导表面横向偏移并且在远离引导表面的方向上倾斜,从而限定手间隙。 引导件具有沿着与引导表面相反的方向从引导件大致垂直延伸的边缘支撑肋。