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    • 2. 发明申请
    • INCREASING AIR INLET/OUTLET SIZE FOR ELECTRONICS CHASSIS
    • 增加空气入口/出口尺寸进行电子换档
    • WO2007109683A2
    • 2007-09-27
    • PCT/US2007/064437
    • 2007-03-20
    • FLEXTRONICS AP, LLCSHABANY, YounesYUM, HansCOLLIS, ToddBISBIKIS, SteveKOO, SteveMILLER, Kieran
    • SHABANY, YounesYUM, HansCOLLIS, ToddBISBIKIS, SteveKOO, SteveMILLER, Kieran
    • H05K7/20
    • H05K7/20572
    • Provided are electronics chassis having air inlets with increased cross-sectional area that facilitate airflow through the chassis and thereby provide improved cooling. As electronics chassis are often stacked, it has been determined that the upper surfaces of a lower chassis may be utilized to at least partially define the air inlet of the upper chassis. In this regard, an upper portion of the lower chassis may be removed to increase the size of an air inlet. That is, portions of an upper wall and/or the top wall of a lower chassis are removed and connected by a connecting wall (e.g. a tapered and/or a chamfered wall). Likewise, the bottom wall of an upper chassis may be removed. When stacked, the air inlet of the upper chassis may be disposed above the truncated portion of the lower chassis. In such an arrangement, the size of the resulting air intake is significantly increased.
    • 提供了具有增加的横截面面积的空气入口的电子底盘,其有助于气流通过底盘,从而提供改进的冷却。 当电子底盘经常被堆叠时,已经确定下底盘的上表面可以用于至少部分地限定上机架的空气入口。 在这方面,可以去除下底盘的上部以增加空气入口的尺寸。 也就是说,下机架的上壁和/或顶壁的部分被连接壁(例如锥形和/或倒角的壁)移除并连接。 同样地,上部底盘的底壁可以被移除。 当堆叠时,上机架的进气口可以设置在下机架的截头部分的上方。 在这种布置中,所得空气进口的尺寸显着增加。
    • 4. 发明申请
    • INCREASING AIR INLET/OUTLET SIZE FOR ELECTRONICS CHASSIS
    • 增加空气入口/出口尺寸进行电子换档
    • WO2007109683A3
    • 2008-04-10
    • PCT/US2007064437
    • 2007-03-20
    • FLEXTRONICS AP LLCSHABANY YOUNESYUM HANSCOLLIS TODDBISBIKIS STEVEKOO STEVEMILLER KIERAN
    • SHABANY YOUNESYUM HANSCOLLIS TODDBISBIKIS STEVEKOO STEVEMILLER KIERAN
    • H05K7/20
    • H05K7/20572
    • Provided are electronics chassis having air inlets with increased cross-sectional area that facilitate airflow through the chassis and thereby provide improved cooling. As electronics chassis are often stacked, it has been determined that the upper surfaces of a lower chassis may be utilized to at least partially define the air inlet of the upper chassis. In this regard, an upper portion of the lower chassis may be removed to increase the size of an air inlet. That is, portions of an upper wall and/or the top wall of a lower chassis are removed and connected by a connecting wall (e.g. a tapered and/or a chamfered wall). Likewise, the bottom wall of an upper chassis may be removed. When stacked, the air inlet of the upper chassis may be disposed above the truncated portion of the lower chassis. In such an arrangement, the size of the resulting air intake is significantly increased.
    • 提供了具有增加的横截面面积的空气入口的电子底盘,其有助于气流通过底盘,从而提供改进的冷却。 当电子底盘经常被堆叠时,已经确定下底盘的上表面可以用于至少部分地限定上机架的空气入口。 在这方面,可以去除下底盘的上部以增加空气入口的尺寸。 也就是说,下机架的上壁和/或顶壁的部分被连接壁(例如锥形和/或倒角壁)移除并连接。 同样地,上部底盘的底壁可以被移除。 当堆叠时,上机架的进气口可以设置在下机架的截头部分的上方。 在这种布置中,所得空气进口的尺寸显着增加。
    • 6. 发明申请
    • AIRFLOW MANAGEMENT SYSTEM FOR ELECTRONICS CHASSIS
    • 电子换档航空管理系统
    • WO2007070758A3
    • 2009-04-16
    • PCT/US2006061695
    • 2006-12-06
    • FLEXTRONICS AP LLCSHABANY YOUNES
    • SHABANY YOUNES
    • H05K7/20
    • H05K7/20581
    • An electronics chassis is provided that utilizes multiple fan units, each of which may incorporate multiple fans, to improve airflow through an internal enclosure of the chassis. Various combinations of multiple fan units are utilized to increase airflow and provide redundancy in the event of the failure of one or more fans. In one arrangement, combinations of horizontally mounted and vertically mounted fans are utilized to improve airflow. In further arrangements, multiple access openings are provided into the enclosure such that an individual fan unit or an individual fan may be accessed for servicing purposes "without altering or discontinuing the operation of other fans or fan units.
    • 提供了一种电子机箱,其利用多个风扇单元,每个风扇单元可以并入多个风扇,以改善通过底盘的内部外壳的气流。 利用多个风扇单元的各种组合来增加气流并且在一个或多个风扇发生故障的情况下提供冗余。 在一种布置中,使用水平安装和垂直安装的风扇的组合来改善气流。 在进一步的布置中,多个进入开口设置在外壳中,使得单独的风扇单元或单独的风扇可以被访问用于维修目的“而不改变或停止其他风扇或风扇单元的操作。
    • 7. 发明申请
    • LIQUID-AIR HYBRID COOLING IN ELECTRONICS EQUIPMENT
    • 电子设备中的液体空气混合冷却
    • WO2007140110A2
    • 2007-12-06
    • PCT/US2007/068894
    • 2007-05-14
    • FLEXTRONICS AP, LLCSHABANY, Younes
    • SHABANY, Younes
    • H05K7/20
    • H05K7/20645H05K7/20781
    • Provided herein are hybrid-cooled electronics chassis and boards. Such boards may be plugged in a chassis and connected to a common liquid-cooling loop shared by two or more of the boards inside that chassis. Liquid cooling conduits between the electronics board/module and the chassis are engaged and disengaged with little or no manual intervention. For instance, the connections between such cooling conduits may utilize quick coupling connectors that allow for automatic or near automatic engagement and disengagement upon the engagement of the electronics board/module with the electronics chassis. In one arrangement, a chassis includes a base portion that has a fan, liquid cooling system and heat exchanger mounted thereon. An electronics module is selectively engageable with the base portion in a manner to have air displaced across the electronics module when engaged as well establish liquid flow through the electronics module when engaged.
    • 这里提供了混合冷却电子机箱和电路板。 这样的电路板可以插入机箱并连接到由该机箱内的两个或多个板共用的公共液冷回路。 电子板/模块和底盘之间的液体冷却导管在很少或没有手动干预的情况下接合和分离。 例如,这种冷却管道之间的连接可以利用快速耦合连接器,其允许在电子板/模块与电子底盘的接合时自动或接近自动接合和分离。 在一种布置中,底架包括具有安装在其上的风扇,液体冷却系统和热交换器的基座部分。 电子模块可选择性地与基部接合,以便在接合时具有穿过电子模块的空气,同时在接合时建立通过电子模块的液体流。
    • 10. 发明申请
    • LIQUID-AIR HYBRID COOLING IN ELECTRONICS EQUIPMENT
    • 电子设备中的液体空气混合冷却
    • WO2007140110A3
    • 2008-08-07
    • PCT/US2007068894
    • 2007-05-14
    • FLEXTRONICS AP LLCSHABANY YOUNES
    • SHABANY YOUNES
    • H05K7/20
    • H05K7/20645H05K7/20781
    • Provided herein are hybrid-cooled electronics chassis and boards. Such boards may be plugged in a chassis and connected to a common liquid-cooling loop shared by two or more of the boards inside that chassis. Liquid cooling conduits between the electronics board/module and the chassis are engaged and disengaged with little or no manual intervention. For instance, the connections between such cooling conduits may utilize quick coupling connectors that allow for automatic or near automatic engagement and disengagement upon the engagement of the electronics board/module with the electronics chassis. In one arrangement, a chassis includes a base portion that has a fan, liquid cooling system and heat exchanger mounted thereon. An electronics module is selectively engageable with the base portion in a manner to have air displaced across the electronics module when engaged as well establish liquid flow through the electronics module when engaged.
    • 这里提供了混合冷却电子机箱和电路板。 这样的电路板可以插入机箱并连接到由该机箱内的两个或多个板共用的公共液冷回路。 电子板/模块和底盘之间的液体冷却导管在很少或没有手动干预的情况下接合和分离。 例如,这种冷却导管之间的连接可以利用快速耦合连接器,其允许在电子板/模块与电子底盘的接合时自动或接近自动地接合和分离。 在一种布置中,底架包括具有安装在其上的风扇,液体冷却系统和热交换器的基座部分。 电子模块可选择性地与基部接合,以便在接合时具有穿过电子模块的空气,同时在接合时建立通过电子模块的液体流。