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    • 43. 发明公开
    • LIQUID IMMERSION COOLING DEVICE
    • 液体浸泡冷却装置
    • EP3318954A1
    • 2018-05-09
    • EP15897197.8
    • 2015-07-02
    • Exascaler Inc.
    • SAITO, Motoaki
    • G06F1/20H01L23/44H05K7/20
    • G06F1/20B66D3/26G06F2200/201H01L23/44H05K7/20236H05K7/20272H05K7/20763H05K7/20781
    • A plurality of inner partitions 13a-13d are disposed within a cooling tank 10 having an open space 10a to form a plurality of arrayed housing parts 14a-14d. At least one unit of electronic device 100 is housed in each of the housing parts. A lifting mechanism 20 includes a tower 21 equipped with a guide and a driving source for raising and lowering an arm 22, a slide mechanism 23 attached to the cooling tank 10, and a stopper 27 for restricting a movement of the tower 21 so that a range in which the tower 21 moves in a width direction of the cooling tank 10 does not exceed at least a width of the open space 10a. The slide mechanism 23 supports the tower 21 movably with respect to the cooling tank 10 in a horizontal plane located above the open space. The liquid immersion cooling system 1 is capable of safely lifting or lowering the electronic devices 100 densely housed within the cooling tank 10 without requiring the stage in the periphery of the installation surface of the cooling tank 10.
    • 多个内部隔板13a-13d设置在具有开放空间10a的冷却箱10内,以形成多个阵列壳体部分14a-14d。 电子设备100的至少一个单元容纳在每个壳体部分中。 升降机构20包括:塔架21,该塔架21具备用于使臂22升降的引导件和驱动源;安装在该冷却箱10上的滑动机构23;以及限制塔架21的移动的挡块27, 塔21沿冷却箱10的宽度方向移动的范围不超过开放空间10a的宽度。 滑动机构23在位于开放空间上方的水平面中相对于冷却箱10可移动地支撑塔架21。 液浸冷却系统1能够安全地提升或降低密集容纳在冷却箱10内的电子装置100,而不需要冷却箱10的安装表面周边的台架。
    • 46. 发明公开
    • Immersion cooling apparatus for a power semiconductor device
    • 用于功率半导体器件的浸没式冷却装置
    • EP2325880A3
    • 2018-01-03
    • EP10191187.3
    • 2010-11-15
    • Delphi Technologies, Inc.
    • Lowry, Michael J.
    • H01L23/433H01L23/44H01L23/473H01L23/40
    • H01L23/433H01L23/44H01L23/473H01L2023/4087H01L2924/0002H01L2924/00
    • An immersion cooling apparatus includes a multi-terminal thermally conductive module (14) that supports and encloses a power semiconductor device (72, 74) and a housing (12) defining a flow-through chamber (26) in which the thermally conductive module (14) is mounted and through which liquid coolant is circulated. The thermally conductive module (14) has first and second oppositely disposed connector headers (38, 40) housing terminal pins or blades (50, 52) electrically coupled to the semiconductor device (72, 74), and the connector headers (38, 40) protrude through openings (19a, 20a) in oppositely disposed sidewalls (19, 20) of the housing (12) so that the portion (36) of the thermally conductive module (14) between the connector headers (38, 40) is suspended in the chamber (26) and immersed in the circulating coolant. The thermally conductive module (14) is sealed against the housing sidewalls (19, 20) around the openings (19a, 20a), and one of the sidewalls (20) is removable to facilitate installation of the thermally conductive module (14) in the housing (12) or its subsequent removal.
    • 一种浸入式冷却设备包括支撑和封装功率半导体器件(72,74)和限定流通室(26)的壳体(12)的多端子导热模块(14),导热模块( 14)被安装并且液体冷却剂通过该环路被循环。 导热模块(14)具有第一和第二相对布置的连接器头(38,40),其容纳电连接到半导体器件(72,74)的端子引脚或刀片(50,52),并且连接器头部(38,40 )穿过壳体(12)的相对设置的侧壁(19,20)中的开口(19a,20a)突出,使得连接器集管(38,40)之间的导热模块(14)的部分(36)被悬挂 在腔室(26)中并浸入循环的冷却剂中。 所述导热模块(14)相对于所述开口(19a,20a)周围的所述壳体侧壁(19,20)密封,并且所述侧壁(20)中的一个是可移除的,以便于将所述导热模块(14) 住房(12)或随后的拆除。