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    • 41. 发明申请
    • Systems and methods for thermally isolating independent energy producing entities
    • 用于隔离独立能量产生实体的系统和方法
    • US20060164795A1
    • 2006-07-27
    • US11040869
    • 2005-01-21
    • Carl JonesRobert KuboGregg Lucas
    • Carl JonesRobert KuboGregg Lucas
    • H02B1/00H01M2/02H01M8/24
    • H01M8/04007H01M2/1094H01M10/486H01M10/613H01M10/633H01M10/643
    • Systems and methods for thermally isolating multiple energy producing entities and for monitoring the operational status of each entity. A thermal dielectric placed between each of the multiple energy producing entities creates isolation or containment zones, and a monitor provided within each isolation or containment zone determines the operational status of each entity. The thermal dielectric minimizes the adverse impact a failed entity can have on neighboring entities by isolating loads generated from each individual energy producing entity. The thermal dielectric also helps isolate a monitor within one isolation or containment zone from conditions existing in a neighboring zone. Each monitor helps to identify the operational status and conditions of one of the isolation or containment zones and a corresponding one of the entities located within such zone. By minimizing the thermal interaction of loads generated by neighboring entities, each entity is less susceptible to overheating or failure due to excess thermal or other energy produced from one of the entities, and each monitor may more accurately identify the operational status of the zone and entity within which the monitor is associated. False indications of the operational data of an entity and zone are minimized as a result.
    • 用于热隔离多个能量产生实体并监测每个实体的运行状态的系统和方法。 放置在多个能量产生实体中的每一个之间的热电介质创建隔离或容纳区域,并且在每个隔离或容纳区域内提供的监视器确定每个实体的操作状态。 热介质通过隔离从每个单独的能量产生实体产生的负载来最小化失败的实体对相邻实体可能产生的不利影响。 热电介质还有助于将监测器隔离在一个隔离或收容区内,避免邻近区域中存在的状况。 每个监视器有助于识别其中一个隔离或遏制区域的操作状态和状况以及位于该区域内的相应实体之一。 通过最小化由相邻实体产生的负载的热相互作用,每个实体由于从一个实体产生的过热或其他能量而不太容易发生过热或故障,并且每个监视器可以更准确地识别区域和实体的操作状态 显示器在其中关联。 因此,实体和区域的操作数据的虚假指示被最小化。
    • 45. 发明申请
    • FC-AL cabling management system
    • FC-AL布线管理系统
    • US20070183337A1
    • 2007-08-09
    • US11347439
    • 2006-02-03
    • Paul CashmanJohn ElliottRobert KuboGregg Lucas
    • Paul CashmanJohn ElliottRobert KuboGregg Lucas
    • H04J1/16
    • H04L41/0873H04L41/06H04L43/0811H04L49/357H04L49/555
    • An apparatus to detect a fiber channel miscabling event includes a module configured to identify a connection made between first and second unlike devices in a fiber channel topology. If an unlike connection identified to have been made the module enables an upstream port of the second device, leaving a downstream port of the second device disabled. A method to detect a fiber channel miscabling event includes detecting a fiber channel cable connection configuration, determining whether a connection is made between first and second unlike fiber channel units, and enabling an upstream port of the second fiber channel unit while keeping a downstream port of the second fiber channel unit disabled if an unlike connection is determined to have been made.
    • 用于检测光纤通道混合事件的装置包括被配置为识别在光纤通道拓扑中的第一和第二不同设备之间的连接的模块。 如果识别出不同的连接,则该模块启用第二个设备的上游端口,从而使第二个设备的下游端口被禁用。 一种检测光纤通道混合事件的方法包括检测光纤通道电缆连接配置,确定在第一和第二不同光纤通道单元之间是否进行连接,以及启用第二光纤通道单元的上游端口,同时保持下行端口 如果确定已经做出不同的连接,则第二光纤通道单元被禁用。
    • 47. 发明申请
    • Internal failover path for SAS disk drive enclosure
    • SAS磁盘驱动器机箱的内部故障切换路径
    • US20070088978A1
    • 2007-04-19
    • US11251392
    • 2005-10-14
    • Gregg LucasYoshihiko TerashitaKenneth Schneebeli
    • Gregg LucasYoshihiko TerashitaKenneth Schneebeli
    • G06F11/00
    • G06F11/2092
    • A serial SCSI (SAS) storage drive system includes a drive enclosure having a first interface card coupled to one storage controller over a single SAS path and a second interface card coupled to another storage controller over a different single SAS path. At least one disk drive within the enclosure is assigned to the first storage controller and interconnected to the storage controller through the first interface card. At least a second disk drive within the enclosure is assigned to the second storage controller and interconnected to the storage controller through the second interface card. The interface cards are selectively interconnected with each other through a crossover port. In the event of a failure in a storage controller or an interface card, the crossover port may be activated, thereby maintaining access to both sets of disk drives.
    • 串行SCSI(SAS)存储驱动器系统包括具有通过单个SAS路径耦合到一个存储控制器的第一接口卡的驱动器机箱和通过不同的单个SAS路径耦合到另一个存储控制器的第二接口卡。 机柜内至少有一个磁盘驱动器被分配给第一个存储控制器,并通过第一个接口卡与存储控制器互连。 机柜内的至少一个第二磁盘驱动器分配给第二存储控制器,并通过第二接口卡与存储控制器互连。 接口卡通过交叉端口选择性地互相连接。 在存储控制器或接口卡发生故障的情况下,可以激活交叉端口,从而保持对两组磁盘驱动器的访问。