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    • 2. 发明授权
    • Techniques for controlling storage capacity of a data storage system
    • 控制数据存储系统存储容量的技术
    • US07849263B1
    • 2010-12-07
    • US11963929
    • 2007-12-24
    • F. William French
    • F. William French
    • G06F12/00
    • G06F3/0634G06F3/0608G06F3/0625G06F3/0653G06F3/0685G06F3/0689Y02D10/154
    • A data storage system has a first set of storage devices, a second set of storage devices, and a controller. The controller is arranged to (i) activate a first set of storage devices and deactivate a second set of storage devices prior to an amount of storage capacity currently used in the data storage system reaching a predefined storage capacity threshold of the data storage system. The controller is further arranged to (i) monitor the amount of storage capacity currently used in the data storage system in view of the predefined storage capacity threshold, and (ii) maintain activation of the first set of storage devices and automatically activate the second set of storage devices in response to the amount of storage capacity currently used in the data storage system reaching the predefined storage capacity threshold.
    • 数据存储系统具有第一组存储设备,第二组存储设备和控制器。 控制器被布置为(i)激活第一组存储设备,并且在数据存储系统中当前使用的存储容量达到数据存储系统的预定义的存储容量阈值之前停用第二组存储设备。 控制器还被布置为(i)鉴于预定义的存储容量阈值来监视当前在数据存储系统中使用的存储容量的量,以及(ii)维持第一组存储设备的激活并自动激活第二组 的存储装置响应于数据存储系统中当前使用的存储容量达到预定义的存储容量阈值。
    • 4. 发明授权
    • Seismic-resistant equipment cabinets and door latches
    • 防震设备柜和门闩
    • US07425026B1
    • 2008-09-16
    • US11427140
    • 2006-06-28
    • David H. HendersonC. Ilhan GundoganF. William FrenchErik C. Nelson
    • David H. HendersonC. Ilhan GundoganF. William FrenchErik C. Nelson
    • E05C19/00
    • E05B15/0205E05B65/02E05C1/02E05D7/1011E05F7/04E05Y2800/407E05Y2900/208H02B1/38Y10T292/432
    • Described are seismic-resistant equipment cabinets and door latches for enabling a hinged door to remain attached to the cabinet during a seismic event of a particular intensity. The door has a latch disposed along one edge of the door. The latch includes a latch-keeper receptacle and a latching bolt disposed in the latch-keeper receptacle. The latching bolt is slideable between a latched and an unlatched position. The frame has a latch keeper assembly attached to an edge thereof. The latch keeper assembly is positioned to enter the latch-keeper receptacle when the door latches to the frame. The latch keeper assembly includes a protruding member having a tapered edge and a latching-bolt aperture to receive the latching bolt when in the latched position. The tapered edge establishes a close fit by the latch keeper assembly within the latch receptacle to limit relative motion therebetween during a seismic event.
    • 描述的是抗震设备机柜和门闩,用于在特定强度的地震事件期间使铰链门保持连接到机柜。 门具有沿着门的一个边缘设置的闩锁。 闩锁包括闩锁保持器插座和设置在闩锁保持器插座中的闩锁螺栓。 闩锁螺栓可在锁定位置和解锁位置之间滑动。 框架具有连接到其边缘的闩锁保持器组件。 当门锁定到框架时,闩锁保持器组件定位成进入闩锁保持器插座。 闩锁保持器组件包括具有锥形边缘的突出构件和当处于闩锁位置时接收闩锁螺栓的闩锁螺栓孔。 锥形边缘通过闩锁保持器组件在闩锁插座内紧密配合,以在地震事件期间限制它们之间的相对运动。
    • 5. 发明授权
    • Electrical cabinet
    • 电柜
    • US6135875A
    • 2000-10-24
    • US343000
    • 1999-06-29
    • F. William French
    • F. William French
    • H02B1/56H05K7/20H05K5/00
    • H05K7/20572F04D25/14F04D25/166H02B1/565H05K7/2019
    • A cabinet having an aperture passing through a surface thereof. A fan is mounted over the aperture in the cabinet. The fan is adapted to produce a flow of air through the interior of the cabinet when operating properly to exhaust such flow of air externally of the cabinet. A resilient membrane is mounted to said surface of said cabinet. The resilient membrane has formed therein: a plurality of slits extending radially from a center of a region of the membrane. The slits are spaced about the periphery of the aperture to form a plurality of flaps in the membrane. The flaps are configured to pivot from a nominal position outwardly from the surface of the cabinet from the flow of air produced by the fan when the fan is operating properly and to return to the nominal position when the fan is operating improperly to inhibit air externally of the cabinet from entering into the interior. The fans have a hub and a grate. The membrane has an aperture formed therein. The aperture is at the center of the region. The aperture in the membrane is disposed over the hub and the flaps are disposed over the grate when the fan is operating improperly. With such an arrangement, the mass momentum of the air causes the flap (i.e., a check valve) material to deflect outward and open a path for the air to escape. The air can continue to exhaust from the fan while the fan is operating; but, if the fan fails and stops operating, the flap will collapse and seal over the aperture thereby inhibiting air leakage into the cabinet. Further, the flap also serves as a visual indicator, by its "closed" position, to indicate whether or not the fan is operating.
    • 具有通过其表面的孔的机壳。 风扇安装在机柜的孔上。 风扇适于在正常操作时产生通过机柜内部的空气流,以排出机柜外部的这种空气流。 弹性膜安装在所述机壳的所述表面上。 其中形成有弹性膜:从膜的区域的中心径向延伸的多个狭缝。 狭缝围绕孔的周边隔开以在膜中形成多个折片。 翼片构造成当风扇正常工作时由风扇产生的空气流从机柜表面向外从标称位置枢转,并且当风扇工作不正常以返回到标称位置以禁止外部的空气 橱柜进入内部。 球迷有一个轮毂和一个炉排。 膜具有形成在其中的孔。 光圈位于该区域的中心。 膜片上的孔径设置在轮毂上方,并且当风扇不正常地操作时,翼片设置在炉排上方。 通过这样的布置,空气的质量动量导致翼片(即,止回阀)材料向外偏转并且打开用于空气逸出的路径。 当风扇运行时,空气可以继续从风扇排出; 但是,如果风扇出现故障并停止运转,挡板将塌缩并密封在孔上,从而防止空气泄漏到机柜中。 此外,挡板还用作视觉指示器,通过其“关闭”位置,以指示风扇是否正在操作。
    • 6. 发明授权
    • Cable routing system
    • 电缆布线系统
    • US08816199B1
    • 2014-08-26
    • US13436914
    • 2012-03-31
    • F. William FrenchScot C. TataWei Jun Feng
    • F. William FrenchScot C. TataWei Jun Feng
    • H01R13/46
    • H05K7/1491
    • A cable routing system includes a longitudinally-expanding body positionable within an IT rack having a frame and two or more NEMA rails coupled to the frame. A pair of mounting brackets are positioned proximate each distal end of the longitudinal-expanding body and configured to directly engage the frame of the IT rack. A cable routing tray is longitudinally affixed to the longitudinally-expanding body and configured to rout cables longitudinally along at least a portion of the longitudinally-expanding body. One or more vertical radiused supports are configured to define a minimum vertical bend radius for cables routed through the cable routing tray.
    • 电缆布线系统包括可在IT机架中定位的纵向扩展的主体,其具有框架和耦合到框架的两个或多个NEMA导轨。 一对安装支架定位在纵向扩张体的每个远端附近并且被配置为直接接合IT机架的框架。 电缆布线托盘纵向地固定到纵向扩张的主体上,并且构造成沿纵向扩展的主体的至少一部分沿纵向排列电缆。 一个或多个垂直圆角支撑件被配置为为穿过电缆布线托盘的电缆定义最小垂直弯曲半径。
    • 7. 发明授权
    • Techniques for cooling a set of circuit boards within a rack mount cabinet
    • 用于冷却机架安装机柜内的一组电路板的技术
    • US06987673B1
    • 2006-01-17
    • US10658695
    • 2003-09-09
    • F. William FrenchArthur Robert Nigro, Jr.
    • F. William FrenchArthur Robert Nigro, Jr.
    • H05K7/20
    • H05K7/20718
    • A data storage subsystem is configured to mount within a rack mount cabinet. The data storage subsystem includes a housing configured to mount to a set of vertical rails of the rack mount cabinet, a set of circuit boards configured to install in a vertically aligned manner within the housing to define a set of vertically oriented channels within a central space defined by the set of vertical rails of the rack mount cabinet, and a fan assembly configured to mount to the set of vertical rails in a position above the housing to generate a vertical air stream through the set of vertically oriented channels and to exhaust the vertical air stream to an external location above the rack mount cabinet. The vertical air stream enables robust heat removal from the set of circuit boards even if the rack mount cabinet does not reside in a cold-isle environment.
    • 数据存储子系统被配置为安装在机架安装机柜内。 数据存储子系统包括被配置为安装到机架安装机柜的一组垂直导轨的壳体,一组电路板,其被配置为以垂直对准的方式安装在壳体内以在中心空间内限定一组垂直定向的通道 由机架安装机柜的一组垂直轨道限定,以及风扇组件,其被配置为在壳体上方的位置安装到该组垂直轨道,以产生通过该组垂直定向的通道的垂直空气流并排出垂直 空气流到机架安装柜上方的外部位置。 即使机架安装柜不在寒冷的环境中,垂直空气流也能够从电路板组中获得强大的散热。
    • 8. 发明授权
    • Frame connecting techniques for use in electronic systems
    • 用于电子系统的帧连接技术
    • US06678161B1
    • 2004-01-13
    • US09996831
    • 2001-11-29
    • Edward ClaproodF. William French
    • Edward ClaproodF. William French
    • G06F116
    • G06F1/182
    • An electronic system includes electronic circuitry having a first portion and a second portion, and an electronic cabinet assembly that houses the electronic circuitry. The electronic cabinet assembly includes a first cabinet that houses the first portion of the electronic circuitry and a second cabinet that houses the second portion of the electronic circuitry. The first cabinet includes a first frame and a first set of exterior members that mounts to the first frame. Similarly, the second cabinet including a second frame and a second set of exterior members that mounts to the second frame. The electronic cabinet assembly further includes a set of connecting members that connects to (i) the first frame of the first cabinet and (ii) the second frame of the second cabinet to hold the first frame and the second frame side-by-side and rigidly in place relative to each other.
    • 电子系统包括具有第一部分和第二部分的电子电路以及容纳电子电路的电子柜组件。 电子柜组件包括容纳电子电路的第一部分的第一柜和容纳电子电路的第二部分的第二柜。 第一机柜包括第一框架和安装到第一框架的第一组外部构件。 类似地,第二机柜包括安装到第二框架的第二框架和第二组外部构件。 电子柜组件还包括连接到(i)第一机柜的第一框架和(ii)第二机柜的第二框架的一组连接构件,用于将第一框架和第二框架并排固定, 刚刚地相对于彼此。
    • 9. 发明授权
    • Methods and apparatus for cooling a disk drive
    • 用于冷却磁盘驱动器的方法和设备
    • US06480380B1
    • 2002-11-12
    • US09618488
    • 2000-07-18
    • F. William FrenchLarry PignoletScot Tata
    • F. William FrenchLarry PignoletScot Tata
    • G06F116
    • G11B33/142G06F1/20
    • The invention is directed to techniques for cooling a disk drive using a louver to direct air from an air stream toward the disk drive. One arrangement is directed to a storage system which includes a cabinet assembly, and a fan assembly that provides an air stream through the cabinet assembly. The storage system further includes a disk drive assembly that fastens to the cabinet assembly. The disk drive assembly includes (i) a disk drive that stores and retrieves computerized data, and (ii) a support member that supports the disk drive. The support member defines an input louver that redirects air from the air stream toward the disk drive of the disk drive assembly. This arrangement enables forced convection air to adequately cool the disk drive thus reducing disk drive operating temperature and lowering the disk drive failure rate. This lowering of the failure rate translates into improved field reliability and lower repair costs. In one arrangement, the support member includes highly stiff material (e.g., sheet metal) which provides adequate stiffness to support the disk drive and allows (i) high convective cooling on both sides of the disk drive and (ii) low air impedance (i.e., pressure drop). In one arrangement, a louvered side of the support member directs air over a disk spindle bearing of the disk drive which is a substantial source of heat. In one arrangement, the support member acts as a cover to protect circuit board components against inadvertent handling that could damage the components.
    • 本发明涉及用于使用百叶窗冷却磁盘驱动器以将空气从空气流引向磁盘驱动器的技术。 一种布置涉及包括机柜组件的存储系统,以及提供通过机柜组件的空气流的风扇组件。 存储系统还包括紧固到柜组件的盘驱动器组件。 磁盘驱动器组件包括(i)存储和检索计算机化数据的磁盘驱动器,以及(ii)支持磁盘驱动器的支持部件。 支撑构件限定了将空气从空气流朝向盘驱动器组件的盘驱动器重定向的输入百叶窗。 这种布置使得强制对流空气能够充分地冷却磁盘驱动器,从而降低磁盘驱动器的工作温度并降低磁盘驱动器的故障率。 这种降低故障率可以提高现场可靠性并降低维修成本。 在一种布置中,支撑构件包括高度刚性的材料(例如,金属片),其提供足够的刚度以支撑盘驱动器并且允许(i)在盘驱动器的两侧上的高对流冷却和(ii)低空气阻抗(即 , 压力下降)。 在一种布置中,支撑构件的百叶窗将空气引导到作为实质的热源的盘驱动器的盘主轴轴承上。 在一种布置中,支撑构件用作盖子以保护电路板部件免于意外处理,这可能损坏部件。
    • 10. 发明授权
    • Techniques for cooling a set of circuit boards within a rack mount cabinet
    • 用于冷却机架安装机柜内的一组电路板的技术
    • US07187547B1
    • 2007-03-06
    • US11283447
    • 2005-11-18
    • F. William FrenchArthur Robert Nigro, Jr.
    • F. William FrenchArthur Robert Nigro, Jr.
    • H05K7/20
    • H05K7/20718
    • A data storage subsystem is configured to mount within a rack mount cabinet. The data storage subsystem includes a housing configured to mount to a set of vertical rails of the rack mount cabinet, a set of circuit boards configured to install in a vertically aligned manner within the housing to define a set of vertically oriented channels within a central space defined by the set of vertical rails of the rack mount cabinet, and a fan assembly configured to mount to the set of vertical rails in a position above the housing to generate a vertical air stream through the set of vertically oriented channels and to exhaust the vertical air stream to an external location above the rack mount cabinet. The vertical air stream enables robust heat removal from the set of circuit boards even if the rack mount cabinet does not reside in a cold-isle environment.
    • 数据存储子系统被配置为安装在机架安装机柜内。 数据存储子系统包括被配置为安装到机架安装机柜的一组垂直导轨的壳体,一组电路板,其被配置为以垂直对准的方式安装在壳体内以在中心空间内限定一组垂直定向的通道 由机架安装机柜的一组垂直轨道限定,以及风扇组件,其被配置为在壳体上方的位置安装到该组垂直轨道,以产生通过该组垂直定向的通道的垂直空气流并排出垂直 空气流到机架安装柜上方的外部位置。 即使机架安装柜不在寒冷的环境中,垂直空气流也能够从电路板组中获得强大的散热。