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    • 1. 发明授权
    • Snap-together modular fan tray assembly for an electronics enclosure
    • 用于电子机柜的组合式风扇盘组件
    • US06921247B2
    • 2005-07-26
    • US10413281
    • 2003-04-14
    • Thomas E. StewartRobert J. Lajara
    • Thomas E. StewartRobert J. Lajara
    • F04D29/60F01D25/26
    • F04D29/601
    • A fan tray assembly for an electronics enclosure includes two opposing, spaced apart shells made of a sheet material. The opposing shells are attached to each other by attachment features formed in the sheet material of each shell. Advantageously, the attachment features reduce or eliminate the need for separate fasteners, spring steels, or adhesives to attach the shells. Each shell has openings and grills. Each shell also has retention features formed in the sheet material around a periphery of their respective grills. A ventilation fan unit (e.g., two fans) is retained between the two shells by the retention features. An electrical connector is connected to the ventilation fan and retained by at least one of the shells. The shells may also include features for retaining the electrical connector without using fasteners or adhesives. Such features may allow the connector to float in a plane perpendicular to its principal axis of alignment. The assembly may additionally include a handle for detaching the assembly to the electronic enclosure.
    • 用于电子外壳的风扇盘组件包括由片材制成的两个相对的间隔开的壳体。 相对的壳体通过形成在每个壳体的片材中的附接特征彼此附接。 有利地,附接特征降低或消除了对单独的紧固件,弹簧钢或附着壳的粘合剂的需要。 每个外壳都有开口和烤架。 每个壳体还具有形成在其各自格栅的周边周围的片材中的保持特征。 通风扇单元(例如两个风扇)通过保持特征保持在两个壳体之间。 电连接器连接到通风扇并由至少一个壳保持。 壳体还可以包括用于在不使用紧固件或粘合剂的情况下保持电连接器的特征。 这样的特征可以允许连接器在垂直于其主对准轴线的平面中浮动。 组件可以另外包括用于将组件分离到电子外壳的把手。
    • 4. 发明授权
    • High air flow fan tray bracket
    • 高气流风扇托盘支架
    • US06783325B1
    • 2004-08-31
    • US10109761
    • 2002-03-29
    • Vince P. HilemanRobert J. LajaraThomas E. Stewart
    • Vince P. HilemanRobert J. LajaraThomas E. Stewart
    • F04D2952
    • F04D29/601
    • The disclosed system is directed towards a tray bracket. The tray bracket comprises a tray bracket inlet, the tray bracket inlet has tray bracket inlet coupling elements. A tray bracket outlet is coupled to the tray bracket inlet and the tray bracket outlet has a body. The tray bracket includes a plurality of tray bracket outlet passages contiguous with the body. The plurality of tray bracket outlet passages are aligned with fan passages of at least one fan unit. The tray bracket outlet passages and the fan passages provide low impedance to air flow and low noise. The tray bracket includes attaching mechanisms contiguous with the body. The attaching mechanisms are manually demountably coupled to the tray bracket inlet coupling elements.
    • 所公开的系统指向托架支架。 托盘支架包括托盘支架入口,托盘支架入口具有托盘支架入口耦合元件。 托盘支架出口连接到托盘支架入口,托盘托架出口具有主体。 托盘支架包括与主体相邻的多个托盘支架出口通道。 多个托盘托架出口通道与至少一个风扇单元的风扇通道对齐。 托架支架出口通道和风扇通道对气流和低噪声提供低阻抗。 托盘支架包括与主体相邻的附接机构。 附接机构可手动拆卸地联接到托盘支架入口联接元件。
    • 7. 发明授权
    • Mechanism for facilitating hot swap capability
    • 促进热插拔能力的机制
    • US07663889B2
    • 2010-02-16
    • US11585407
    • 2006-10-23
    • Robert J. LajaraKenneth KitlasBakul V. Herekar
    • Robert J. LajaraKenneth KitlasBakul V. Herekar
    • H05K5/00
    • H05K7/1409G06F1/185
    • An assembly is disclosed which enables a printed circuit board (PCB) to be added to or removed from a computer system without deactivating other parts of the system. The assembly, which holds the PCB, translates lateral motion into vertical motion to enable lateral motion to be applied to derive the vertical motion needed to plug and unplug a PCB into and out of an expansion slot. This motion translation makes it possible to insert or remove a PCB via a rear, front, or side access portal of a housing rather than through the top of the housing. Thus, the assembly eliminates the need to remove the housing from a rack, or to remove a top from the housing, which in turn eliminates the need to shut down any other parts of the system. Thus, the assembly enables a PCB to be “hot swapped” into and out of a computer system.
    • 公开了一种组件,其使印刷电路板(PCB)能够从计算机系统添加到计算机系统或从计算机系统移除,而不使系统的其它部分停用。 保持PCB的组件将横向运动转换为垂直运动,以使得能够施加横向运动以导出将PCB插入和拔出扩展槽所需的垂直运动。 这种运动转换使得可以经由壳体的后部,前部或侧面通路入口插入或移除PCB,而不是通过外壳的顶部。 因此,组件消除了从机架移除壳体或从壳体移除顶部的需要,这又消除了关闭系统的任何其它部分的需要。 因此,该组件使PCB能够“热插拔”进入和离开计算机系统。
    • 8. 发明申请
    • Mechanism for facilitating hot swap capability
    • 促进热插拔能力的机制
    • US20080094810A1
    • 2008-04-24
    • US11585407
    • 2006-10-23
    • Robert J. LajaraKenneth KitlasBakul V. Herekar
    • Robert J. LajaraKenneth KitlasBakul V. Herekar
    • H05K5/00
    • H05K7/1409G06F1/185
    • An assembly is disclosed which enables a printed circuit board (PCB) to be added to or removed from a computer system without deactivating other parts of the system. The assembly, which holds the PCB, translates lateral motion into vertical motion to enable lateral motion to be applied to derive the vertical motion needed to plug and unplug a PCB into and out of an expansion slot. This motion translation makes it possible to insert or remove a PCB via a rear, front, or side access portal of a housing rather than through the top of the housing. Thus, the assembly eliminates the need to remove the housing from a rack, or to remove a top from the housing, which in turn eliminates the need to shut down any other parts of the system. Thus, the assembly enables a PCB to be “hot swapped” into and out of a computer system.
    • 公开了一种组件,其使印刷电路板(PCB)能够从计算机系统添加到计算机系统或从计算机系统移除,而不使系统的其它部分停用。 保持PCB的组件将横向运动转换为垂直运动,以使得能够施加横向运动以导出将PCB插入和拔出扩展槽所需的垂直运动。 这种运动转换使得可以经由壳体的后部,前部或侧面通路入口插入或移除PCB,而不是通过外壳的顶部。 因此,组件消除了从机架移除壳体或从壳体移除顶部的需要,这又消除了关闭系统的任何其它部分的需要。 因此,该组件使PCB能够“热插拔”进入和离开计算机系统。
    • 9. 发明授权
    • Fan tray assembly for an electronics enclosure
    • 电子机柜的风扇盘组件
    • US06549406B1
    • 2003-04-15
    • US10142100
    • 2002-05-09
    • Timothy W. OlesiewiczRobert J. Lajara
    • Timothy W. OlesiewiczRobert J. Lajara
    • H05K720
    • H05K7/20581
    • A fan tray assembly for an electronics enclosure includes two opposing, spaced apart shells made of a sheet material. The opposing shells are attached to each other by attachment features formed in the sheet material of each shell. Advantageously, the attachment features reduce or eliminate the need for separate fasteners or adhesive to attach the shells. Each shell has openings forming a grill. The grill is aligned with a similarly formed grill of an opposing shell. Each shell also has retention features formed in the sheet material around a periphery of their respective grills. A ventilation fan is retained between the two shells by the retention features, in alignment with the grill of each shell. An electrical connector is connected to the ventilation fan and retained by at least one of the shells. The electrical connector is exposed by an opening of the fan tray assembly and oriented towards an exterior thereof. The shells may also include features for retaining the electrical connector without using fasteners or adhesive. Such features may allow the connector to float in a plane perpendicular to its principle axis of alignment. The assembly may additionally include a latch for latching the assembly to the electronic enclosure.
    • 用于电子外壳的风扇盘组件包括由片材制成的两个相对的间隔开的壳体。 相对的壳体通过形成在每个壳体的片材中的附接特征彼此附接。 有利地,附接特征减少​​或消除了分离的紧固件或粘合剂以附接壳体的需要。 每个壳体具有形成格栅的开口。 格栅与相对的壳体类似形成的格栅对准。 每个壳体还具有形成在其各自格栅的周边周围的片材中的保持特征。 通风扇通过保持特征保持在两个壳体之间,与每个壳体的格栅对准。 电连接器连接到通风扇并由至少一个壳保持。 电连接器由风扇盘组件的开口暴露并朝向其外部。 壳体还可以包括用于在不使用紧固件或粘合剂的情况下保持电连接器的特征。 这样的特征可以允许连接器在垂直于其主要对准轴线的平面中漂浮。 组件还可以包括用于将组件锁定到电子外壳的闩锁。
    • 10. 发明授权
    • Modular circuit board placement system
    • 模块化电路板放置系统
    • US5260854A
    • 1993-11-09
    • US882804
    • 1992-05-14
    • Vince HilemanSteven J. FurutaClifford B. WillisRobert J. LajaraJames Testa
    • Vince HilemanSteven J. FurutaClifford B. WillisRobert J. LajaraJames Testa
    • G06F1/16G06F3/00H01R12/16H01R13/639H05K1/14H05K7/14H01R23/68
    • H05K7/142H05K1/141H05K1/144
    • A modular circuit board placement system is disclosed that provides for flexible placement of daughterboards, for minimal bus signal path lengths between motherboard and daughterboards, and for ease of installation and removal of daughterboards. The placement system employs dual height bus connectors, a stepped back panel, easy to engage and disengage dual height card retainers, filler panels that also function as module mounts, and multipurpose circuit card handles that facilitate removal of daughterboards. Daughterboards have a two-tier staggered arrangement above the motherboard. Each daughterboard has a signal transfer end that electrically connects to the motherboard through one of the dual height bus connectors, and a back panel connector end that couples to the back panel with an accessory connector or with a filler panel that functions as an electromagnetic interference shield. Dual height card retainers that require no tools to operate function as retaining means to prevent daughterboards from working lose from bus connectors during shipment. Multi-purpose circuit card handles are employed to facilitate installation and removal of daughterboards during field upgrade and field service, or to function as circuit card retainers in systems having only one tier of daughterboards.
    • 公开了一种模块化电路板放置系统,其提供子板的灵活放置,用于母板和子板之间的最小总线信号路径长度,并且易于安装和移除子板。 放置系统采用双高度总线连接器,后台板,易于接合和脱离双高度卡片固定器,也可用作模块安装的填充板,以及便于拆卸子板的多用途电路卡手柄。 子板在主板上方有两层交错布置。 每个子板具有通过双高度总线连接器中的一个电连接到母板的信号传送端,以及用作附件连接器或具有用作电磁干扰屏蔽的填充板的后面板连接器端 。 双重高度卡保持器,不需要工具来操作,作为保持装置,以防止子板在运输期间从总线连接器丢失。 多用途电路卡手柄用于在现场升级和现场服务期间安装和拆卸子板,或者在仅具有一层子板的系统中用作电路卡保持器。