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    • 4. 发明申请
    • Undermount drawer slide
    • Undermount抽屉幻灯片
    • US20060097609A1
    • 2006-05-11
    • US11269439
    • 2005-11-07
    • Charles MilliganQuinn Chi
    • Charles MilliganQuinn Chi
    • A47B88/00A47B95/02
    • A47B88/493A47B2210/0032A47B2210/0037A47B2210/0056A47B2210/0081A47B2210/0097
    • A drawer slide for coupling a drawer to a cabinet is provided. A drawer rail is C-shaped. An intermediate rail is partially housed within the drawer rail and includes a web and first and second legs which are connected to the web by two folds in the material used to form the intermediate rail. A flange extends from the first leg toward the second leg. Bearings housed in bearing cages placed between the rails allow sliding movement therebetween. A cabinet rail is partially housed within the intermediate rail and includes an upright wall and a flange extending away from the upright wall and toward the first leg. Ball and roller bearings housed in bearing cages couple the flanges. Grooves in the flanges are engaged by the ball bearings. Roller bearings housed in bearing cages couple the web of the intermediate rail and the flange of the cabinet rail, as well as the second leg of the intermediate rail and the upright wall of the cabinet rail.
    • 提供一个用于将抽屉连接到机柜的抽屉滑块。 抽屉导轨为C形。 中间轨道部分地容纳在抽屉轨道内,并且包括腹板和第一和第二腿部,所述腹板和第二腿部通过用于形成中间轨道的材料中的两个褶皱连接到腹板。 凸缘从第一腿部延伸到第二腿部。 放置在轨道之间的轴承保持架中的轴承允许在其间滑动。 机柜导轨部分地容纳在中间轨道内,并且包括直立壁和从直立壁延伸并朝向第一腿延伸的凸缘。 安装在轴承保持架中的滚珠和滚子轴承联接法兰。 法兰中的凹槽由球轴承接合。 安装在轴承保持架中的滚子轴承将中间导轨的腹板和机柜导轨的凸缘以及中间导轨的第二个支腿和机柜导轨的直立壁相连接。
    • 5. 发明申请
    • METHOD AND INFRASTRUCTURE FOR RECOGNITION OF THE RESOURCES OF A DEFECTIVE HARDWARE UNIT
    • 识别缺陷硬件单元资源的方法和基础设施
    • US20070011487A1
    • 2007-01-11
    • US11160715
    • 2005-07-06
    • Juergen ProbstCharles Milligan
    • Juergen ProbstCharles Milligan
    • G06F11/00
    • G06F11/2289
    • A system and method of recognizing resources of a computer comprising a system serial number and a broken hardware unit comprising a non-volatile memory unit and enablement definition data relating to functions of the broken hardware unit, wherein the method comprises starting the computer; entering a serial number in a read/write non-volatile memory field of the non-volatile memory unit; reading the read/write non-volatile memory field; and matching the serial number of the read/write non-volatile memory field with the system serial number. The method may further comprise detecting failure of the broken hardware unit after the starting of the computer. Preferably, a reading that the serial number of the read/write non-volatile memory field matches with the system serial number permits acceptance of the enablement definition data of the broken hardware unit.
    • 一种识别计算机的资源的系统和方法,包括系统序列号和包括非易失性存储器单元的破坏的硬件单元和与破坏的硬件单元的功能相关的启用定义数据,其中该方法包括启动计算机; 在所述非易失性存储器单元的读/写非易失性存储器字段中输入序列号; 读取/写入非易失性存储器字段; 并将读/写非易失性存储器字段的序列号与系统序列号进行匹配。 该方法还可以包括在计算机启动之后检测破坏的硬件单元的故障。 优选地,读取/写入非易失性存储器字段的序列号与系统序列号匹配的读取允许接受破坏的硬件单元的启用定义数据。
    • 7. 发明授权
    • Virtualization metadata promotion
    • 虚拟化元数据推广
    • US07805565B1
    • 2010-09-28
    • US11317137
    • 2005-12-23
    • Charles MilliganDawn HillRamesh Panuganty
    • Charles MilliganDawn HillRamesh Panuganty
    • G06F12/00
    • G06F3/0664G06F3/0617G06F3/0683G06F11/0727G06F11/0793Y10S707/99931Y10S707/99948Y10S707/99953Y10S707/99955
    • A method for storing digital data in a virtualization storage system which includes the step of creating a virtual storage volume and communicating the location of the virtual storage volume to a storage subsystem. The storage subsystem identifies a mapping type between the virtual volume and at least one virtual volume-related physical device and then creates virtualization metadata describing the virtual volume, the mapping type, and the virtual volume-related physical device. The storage subsystem mediates the storing of at least a portion of the virtualization metadata on the virtual volume-related physical device as device stored metadata. A portion of the stored virtualization metadata is provided to then one or more using systems which utilize this metadata to update the virtual volume information contained therein. A virtualization storage system implements one or more steps of the methods of the invention.
    • 一种用于在虚拟化存储系统中存储数字数据的方法,包括创建虚拟存储卷并将虚拟存储卷的位置传送到存储子系统的步骤。 存储子系统识别虚拟卷与至少一个与虚拟卷相关的物理设备之间的映射类型,然后创建描述虚拟卷,映射类型和虚拟卷相关物理设备的虚拟化元数据。 存储子系统将虚拟卷相关物理设备上的至少一部分虚拟化元数据的存储调停为设备存储的元数据。 存储的虚拟化元数据的一部分被提供给一个或多个利用该元数据的系统来更新其中包含的虚拟卷信息。 虚拟化存储系统实现本发明方法的一个或多个步骤。
    • 8. 发明申请
    • Method and system for alternatively activating a replaceable hardware unit
    • 交替激活可替换硬件单元的方法和系统
    • US20050268162A1
    • 2005-12-01
    • US11156934
    • 2005-06-20
    • Charles MilliganJuergen Probst
    • Charles MilliganJuergen Probst
    • G06F11/00G06F12/06G06F13/16
    • G06F9/44505
    • A method and a system for alternatively activating, in a data processing system, a replaceable hardware unit and providing a predetermined set of functional capabilities for configuring the data processing system to allow selectively electronically enabling at least a subset of its functional capabilities. Initially a replaceable hardware unit is provided to the data processing system, then its type is determined. If the replaceable hardware unit is of a first type, the subset of functional capabilities to be electronically enabled is determined. Alternatively, if the replaceable hardware unit is of another type, the entire functional capabilities of the replaceable hardware unit are enabled.
    • 一种方法和系统,用于在数据处理系统中交替地激活可替换的硬件单元,并提供预定的一组功能能力,用于配置数据处理系统以允许选择性地电子地启用其功能能力的至少一个子集。 最初,向数据处理系统提供可替换的硬件单元,然后确定其类型。 如果可替换硬件单元是第一类型,则确定要电子启用的功能能力的子集。 或者,如果可替换的硬件单元是另一种类型,则可更换硬件单元的整个功能能力被启用。