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    • 51. 发明授权
    • System and method for cascading data updates through a virtual copy hierarchy
    • 通过虚拟复制层次结构级联数据更新的系统和方法
    • US06996682B1
    • 2006-02-07
    • US10330977
    • 2002-12-27
    • Charles A. MilliganThomas Nelson NolandLeslie K. Hodge
    • Charles A. MilliganThomas Nelson NolandLeslie K. Hodge
    • G06F12/00
    • G06F3/064G06F3/0619G06F3/0683Y10S707/99952Y10S707/99953
    • A system and method for managing data updates by cascading those updates through a virtual copy hierarchy from parent copies to child copies are provided. Virtual copies are created and managed through the use of an instant copy mechanism. Metadata subsets manage both the original data and the copies created by the instant copy mechanism. With an exemplary embodiment of the system and method, changes made to one copy of the data are cascaded to all child copies of the data. In this paradigm not only is the metadata entry for one particular copy changed, but also the corresponding metadata entries of any copies descended from that copy. In an exemplary method, a tree structure is used to maintain a record of all metadata table subsets created by use of an instant copy method. The tree structure can then be searched to find all child copies of a particular copy.
    • 提供了一种用于通过将这些更新通过虚拟副本层级从父副本级级到子副本来管理数据更新的系统和方法。 通过使用即时复制机制创建和管理虚拟副本。 元数据子集管理原始数据和即时复制机制创建的副本。 利用系统和方法的示例性实施例,对数据的一个拷贝进行的改变被级联到数据的所有子副本。 在这个范例中,不仅是一个特定副本的元数据条目已更改,而且还包含从该副本下降的任何副本的相应元数据条目。 在示例性方法中,树结构用于维护通过使用即时复制方法创建的所有元数据表子集的记录。 然后可以搜索树结构以查找特定副本的所有子副本。
    • 52. 发明授权
    • Three member thin drawer slide
    • 三件薄抽屉滑
    • US06854816B2
    • 2005-02-15
    • US10272617
    • 2002-10-15
    • Charles A. Milligan
    • Charles A. Milligan
    • A47B88/10A47B88/04
    • F16C29/063A47B88/43
    • A drawer slide assembly with an outer slide member with an elongate planar web including a parallel offset portion, having upper and lower bearing raceways along the length of the web, an intermediate slide member with a elongate planar web, having inner and outer upper and lower bearing raceways along the length of the web, and an inner slide member having an elongate planar web with upper and lower bearing raceways along the length of the web, with bearings disposed between and in rolling engagement with the respective outer and intermediate slide members, and intermediate and inner slide members.
    • 具有外滑动构件的抽屉滑动组件,其具有包括平行偏移部分的细长平面腹板,具有沿着腹板长度的上和下轴承滚道,具有细长平面腹板的中间滑动构件,具有内部和外部上部和下部 沿着腹板长度的轴承滚道,以及具有细长平面腹板的内滑动件,其具有沿着腹板长度的上和下轴承滚道,其中轴承设置在相应的外滑动件和中间滑动件之间并与其相对的滚动接合;以及 中间和内部滑动构件。
    • 54. 发明授权
    • Automated physical disk storage and management
    • 自动物理磁盘存储和管理
    • US06600967B2
    • 2003-07-29
    • US10026978
    • 2001-12-20
    • Charles A. MilliganJames P. HughesGerald O'Nions
    • Charles A. MilliganJames P. HughesGerald O'Nions
    • G06F700
    • G11B15/689G06F11/2056G11B17/228G11B33/125
    • A data storage system for remote access to stored data. The innovative system uses a storage library to contain magnetic hard disks and automatically replaces the hard disks upon failure, without human intervention. Failed disks are removed from the library by a robot, deposited from the library, upon which time they are further processed for delivery to the manufacturer, or for disposal. Replacement disk drives are accessed by the robot from within the library to replace the removed storage element. The system's robot is not only moving individual storage elements, but also of moving the access cables connecting the storage elements to the external network. Using this capability, the number of access cables is reduced without requiring added human intervention.
    • 用于远程访问存储数据的数据存储系统。 创新的系统使用存储库来存储磁性硬盘,并在故障时自动替换硬盘,无需人为干预。 失败的磁盘由图书馆从图书馆存放的图书馆中删除,此时他们被进一步处理以送达制造商或处理。 更换磁盘驱动器由机器人从库中访问以替换已移除的存储元件。 该系统的机器人不仅可以移动单个存储元件,还可以将连接存储元件的接入电缆移动到外部网络。 使用这种功能,可以减少接入电缆的数量,而无需增加人为干预。
    • 55. 发明授权
    • System for providing transparent storage or error correction/data
reconstruction/data block search data embedded within predefined
recording formats
    • 用于提供嵌入预定义记录格式的透明存储或纠错/数据重建/数据块搜索数据的系统
    • US5719717A
    • 1998-02-17
    • US510588
    • 1995-08-02
    • Michael Lawrence LeonhardtCharles A. Milligan
    • Michael Lawrence LeonhardtCharles A. Milligan
    • G11B19/02G11B20/00G11B20/12G11B20/18G11B27/30G11B5/09
    • G11B20/1833G11B19/02G11B20/12G11B27/3027G11B20/00086G11B2220/90
    • A method is described which provides various new data storage system capabilities by using data storage structures within industry standard (or other pre-existing) formats used with data recording devices employing removable media. The data storage structures used by the present method comprise formats which contain regions previously marked as "contents of this region are not of interest" or marked as "no data was recorded within this region". These data storage structures are thus transparent to present data recording devices so as not to disrupt their data processing functions. However, the data storage structures are available to be used by new data recording devices (or old devices that have been updated) so that new data embedded therein may be used to enhance the functionality of the system which utilizes the data storage structures. The types of embedded data may include ECC (error correction codes), tape position information, audit information, security information, mount history, media defect history, authentication notation, generation-identification notation, etc.
    • 描述了一种通过使用与使用可移动介质的数据记录装置一起使用的工业标准(或其他预先存在的)格式中的数据存储结构来提供各种新的数据存储系统能力的方法。 本方法使用的数据存储结构包括以前标记为“该区域的内容不感兴趣”的标记为“在该区域内没有记录数据”的区域的格式。 因此,这些数据存储结构对于呈现数据记录装置是透明的,以免中断其数据处理功能。 然而,数据存储结构可被新数据记录设备(或已更新的旧设备)使用,使得嵌入其中的新数据可以用于增强利用数据存储结构的系统的功能。 嵌入数据的类型可以包括ECC(纠错码),磁带位置信息,审计信息,安全信息,安装历史,介质缺陷历史,认证符号,生成识别符号等。
    • 58. 发明授权
    • Apparatus for compressing data in a dynamically mapped virtual data
storage subsystem
    • 用于在动态映射的虚拟数据存储子系统中压缩数据的设备
    • US5247638A
    • 1993-09-21
    • US540219
    • 1990-06-18
    • John T. O'BrienGeorge A. RudesealCharles A. MilliganCraig A. Buhlman
    • John T. O'BrienGeorge A. RudesealCharles A. MilliganCraig A. Buhlman
    • G06F3/06G06F11/10G06F12/08G11B20/18
    • G06F11/1076G06F11/1008G06F12/0866G06F3/0601G11B20/1803G11B20/1833G06F12/084G06F2003/0697G06F2212/401
    • The use of a dynamically mapped virtual memory system permits the storage of data so that each data record occupies only the physical space required for the data. Furthermore, the data storage subsystem manages the allocation of physical space on the disk drives and does not rely on the file extent defined in the count key data format. Data compaction apparatus is provided to remove the gaps contained in the stream of count key data records received from the host processor. A data compression algorithm is then used to compress the received data into a compressed format for storage on the disk drives. It is the compacted, compressed data that is finally stored on the disk drives. Furthermore, any data record received from the host processor absent data in the user data field therein is simply listed in the virtual memory map as a null field occupying no physical space on the disk drives. The data storage control, through its mapping capability, stores the actual data in the minimum physical space required by overcoming the limitations imposed on large form factor disk drives by the use of count key data format data records. However, the data storage subsystem returns this stored data to the host processor in count key data format through a data record reformatting process once the stored compacted compressed data is staged to the cache memory for access by the host processor. The data storage subsystem is operationally independent of the host processor, yet performs as if it were a standard operationally dependent large form factor disk subsystem.
    • 使用动态映射的虚拟内存系统允许数据的存储,使得每个数据记录仅占用数据所需的物理空间。 此外,数据存储子系统管理磁盘驱动器上的物理空间的分配,并且不依赖于以计数密钥数据格式定义的文件大小。 提供数据压缩装置以去除从主机处理器接收的计数密钥数据记录流中包含的间隙。 然后使用数据压缩算法将接收到的数据压缩成压缩格式,以便存储在磁盘驱动器上。 压缩的压缩数据最终存储在磁盘驱动器上。 此外,从主机处理器接收到的任何数据记录,其中没有用户数据字段中的数据,在虚拟存储器映射中被简单地列为在磁盘驱动器上不占用物理空间的空字段。 通过其映射能力,数据存储控制通过使用计数密钥数据格式数据记录将实际数据存储在克服大尺寸磁盘驱动器上的限制所需的最小物理空间中。 然而,一旦所存储的压缩压缩数据被暂存到高速缓冲存储器以供主机处理器访问,数据存储子系统通过数据记录重新格式化过程将该存储的数据以计数密钥数据格式返回到主机处理器。 数据存储子系统在操作上独立于主机处理器,但是其作为标准的操作依赖大型磁盘子系统执行。
    • 59. 发明授权
    • Incremental disk backup system for a dynamically mapped data storage
subsystem
    • 用于动态映射的数据存储子系统的增量磁盘备份系统
    • US5210866A
    • 1993-05-11
    • US582260
    • 1990-09-12
    • Charles A. MilliganGeorge A. RudesealJay S. Belsan
    • Charles A. MilliganGeorge A. RudesealJay S. Belsan
    • G06F11/14G06F11/20
    • G06F11/1451G06F2201/815
    • The parallel disk drive array data storage subsystem dynamically maps between virtual and physical data storage devices and schedules the writing of data to these devices. The data storage subsystem functions as a conventional large form factor disk drive memory, using an array of redundancy groups, each containing N+M disk drives. The data storage subsystem does not modify data stored in a redundancy group but simply writes the modified data as a new record in available memory space on another redundancy group. The original data is flagged as obsolete. A mapping table is maintained to identify portions of these redundancy groups which contain newly written or modified virtual track instances. These marked virtual track instances are written to backup medium as a background process and the mapping table is updated to clear the flags that identify these virtual track instances as having been modified.
    • 并行磁盘驱动器阵列数据存储子系统在虚拟和物理数据存储设备之间动态映射,并安排将数据写入这些设备。 数据存储子系统作为传统的大尺寸磁盘驱动器存储器,使用冗余组阵列,每个冗余组包含N + M个磁盘驱动器。 数据存储子系统不修改存储在冗余组中的数据,而只是将修改后的数据作为新记录写入另一个冗余组的可用存储空间。 原始数据被标记为过时。 维护映射表以识别包含新写入或修改的虚拟磁道实例的这些冗余组的部分。 这些标记的虚拟轨道实例作为后台进程写入备份介质,并且更新映射表以将标识这些虚拟轨道实例的标志清除为已修改。