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    • 11. 发明申请
    • ARRANGEMENT AT A COOLING SYSTEM FOR COOLING OF EQUIPMENT FOR TELECOMMUNICATION
    • 用于冷却电气设备的冷却系统的布置
    • WO1992015188A1
    • 1992-09-03
    • PCT/SE1992000039
    • 1992-01-22
    • L.T.S. I SÖDERKÖPING ABSTERLING, Birger
    • L.T.S. I SÖDERKÖPING AB
    • H05K07/20
    • H05K7/20009
    • The invention relates to an arrangement for a cooling system for cooling telecommunications equipment. This is installed in rack cabinets positioned one after the other. A duct section (4) is present beneath each rack cabinet. The duct section is so arranged as to direct at least one jet of cool air (6) upwards along the front wall of the rack cabinet. This is executed with openings through which the cooling air can reach the equipment. The duct section (4) is so arranged as to support the rack cabinet at four support points (4b1) at the respective ends of the duct section (4). In conjunction with this the walls of the duct section (4) are reinforced locally in order to withstand the load. In this way the duct section (4) exhibits a smaller flow cross section in the end areas (4d, 4e) than in a central area (4f) situated between the end areas. A gentle transition is provided between the central area (4f) and the flow surfaces of the end areas (4d, 4e). The front area (4a) of the duct section (4) lies in the same plane as the front wall of the rack cabinet. A number of upward-facing gills (4a1) is arranged in the central area (4f) in order to produce the upward-facing jets of cool air. The cool air unit produces an excess pressure inside the cooling duct, which has an approximately constant level of static pressure.
    • 本发明涉及用于冷却电信设备的冷却系统的装置。 这安装在一个接一个定位的机柜中。 管架部分(4)位于每个机柜机架下方。 管道部分被布置成沿着机架柜的前壁向上引导至少一个冷空气射流(6)。 这是通过冷却空气可以到达设备的开口来执行的。 管道部分(4)被布置成在管道部分(4)的相应端部处的四个支撑点(4b1)处支撑齿条柜。 与此同时,管道部分(4)的壁被局部加强以承受负载。 以这种方式,管道部分(4)在端部区域(4d,4e)中表现出比位于端部区域之间的中心区域(4f)中更小的流动横截面。 在中心区域(4f)和端部区域(4d,4e)的流动表面之间提供平缓的过渡。 管道部分(4)的前部区域(4a)位于与机架柜的前壁相同的平面内。 为了产生向上的冷空气射流,在中央区域(4f)中布置有多个朝上的鳃(4a1)。 冷空气单元在冷却管道内产生过大的压力,其具有大致恒定的静压水平。
    • 12. 发明申请
    • LIQUID COOLING SYSTEM EMPLOYING AIR PURGING MECHANISM
    • 液体冷却系统采用空气净化机制
    • WO1992007454A1
    • 1992-04-30
    • PCT/US1991007479
    • 1991-10-10
    • UNISYS CORPORATION
    • UNISYS CORPORATIONTUSTANIWAKYJ, Jerry, IhorBAKKER, Johan, Pieter
    • H05K07/20
    • H05K7/20272F24D19/083H01L23/473H01L2924/0002Y10S165/917H01L2924/00
    • A leak tolerant liquid cooling system for electrical components (10) comprises a cooling circuit which contains a pump (17) and conduits (14, 16, 18, 20) that circulate a liquid coolant (LC) past the electrical components (10) and through the bottom chamber (15b) of a purge tank (15). This purge tank (15) also has a top chamber (15a) which is connected to the bottom chamber (15b) through a passageway (15d); and, the bottom chamber (15b) is sized such that the liquid coolant (LC) passes through it with a velocity which is low enough to let any air bubbles in the coolant rise and move by buoyancy through the passageway (15d) into the top chamber (15a). Air is purged from the top chamber (15a) through a valved output port (25) by forcing liquid coolant (LC) into the top chamber (15a) through a valved input port (24). To complete this purge quickly, the passageway (15d) between the purge tank chambers (15a and 15b) is configured in a way which hinders the flow of coolant (LC) from the top chamber (15a) to the bottom chamber (15b) while the coolant (LC) is being forced into the top chamber (15a). As the air purging occurs, the coolant (LC) continues to be pumped past the electrical components (10) through the cooling circuit. Since the pump (17) is not switched ON and OFF during purging, pressure surges in the cooling system do not occur, and switching noise in the voltages to the electrical components (10) is not generated.
    • 20. 发明申请
    • HEAT PIN INTEGRATED CIRCUIT PACKAGING
    • 热引脚集成电路封装
    • WO1981003734A1
    • 1981-12-24
    • PCT/US1981000826
    • 1981-06-19
    • DIGITAL EQUIP CORP
    • DIGITAL EQUIP CORPOLSEN KMCELROY JHANNEMANN RWEAVER B
    • H05K07/20
    • H05K1/0204H01L23/3677H01L23/4006H01L23/473H01L2023/405H01L2924/0002H01L2924/3011H05K3/0061H05K3/325H05K2201/10409H05K2201/10416H01L2924/00
    • Heat pin integrated circuit packaging apparatus for dissipating heat from electronic components into a cooling device. The apparatus comprises: a mounting element, such as a printed circuit board (10), having at least one cavity (40), for mounting the electronic components (1) in an electrical circuit; a heat pin (50), for thermally conducting heat away from the electronic component (1); a thermal planar frame (60) having at least one opening or position (90) for capturing a heat pin (50), the thermal planar frame having an inwardly facing surface (80) exposed to the cooling device; and an arrangement for detachably coupling the electronic component (1) to the heat pin (50) such that the electronic component (1) is electrically coupled to the printed circuit board (10) and thermally coupled to the heat pin (50). Thus heat generated by the electronic component (1), flows into the heat pin (50) and is dissipated into the thermal planar frame (60) for cooling by any of a variety of cooling devices. of the transfer ports.
    • 热销集成电路封装装置,用于将热量从电子部件散热到冷却装置。 该装置包括:具有至少一个空腔(40)的用于将电子部件(1)安装在电路中的诸如印刷电路板(10)的安装元件; 热引脚(50),用于将热量从电子部件(1)导热; 具有用于捕获热销(50)的至少一个开口或位置(90)的热平面框架(60),所述热平面框架具有暴露于所述冷却装置的向内的表面(80); 以及用于将电子部件(1)可拆卸地联接到热销(50)的装置,使得电子部件(1)电耦合到印刷电路板(10)并热耦合到热销(50)。 因此,由电子部件(1)产生的热量流入热销(50),并被散热到热平面框架(60)中,以便通过各种冷却装置中的任何一种进行冷却。 的传输端口。