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    • 61. 发明申请
    • COOLING SYSTEM WITH THERMOSIPHON, USE AND METHOD OF OPERATING SUCH A SYSTEM
    • 冷却系统与热管,使用和操作这种系统的方法
    • WO2015048973A1
    • 2015-04-09
    • PCT/DK2014/050307
    • 2014-10-01
    • DANTHERM COOLING A/S
    • ESPERSEN, Morten
    • F28D15/02H05K7/20
    • H05K7/20245F28D15/0266F28D15/06F28F27/00
    • A cooling system (2) comprising at least one thermosiphon (3) which thermsiphon (3) comprises a valve (18) is disclosed. It is the object of the invention to achieve a limited flow of liquid refrigerant from the condenser (10) back to the evaporator (4) in situations where the valve (18) is forced to open by high pressure of liquid refrigerant above the valve (18). This can be achieved by a second tubing (16) of the cooling system (2) comprising at least one liquid storage volume (20) for storing liquid refrigerant, which liquid storage volume (20) is placed between the valve (18) and the evaporator (4), which liquid storage volume (20) comprises an inlet (22) connected to the valve (18) and an outlet (24) connected to the evaporator (4), which outlet (24) comprises at least one flow restriction (26), which liquid storage volume (20) reduces any effect of rapid opening of the valve (18) to prevent flooding of the evaporator (4). Hereby can thermo shock in the evaporator (4) be prevented because the storage volume will in critical situations fill up the storage with cold liquid refrigerant and reduce the flow back to the evaporator (4) so that only small amount of liquid refrigerant is flowing to the evaporator (4) where normal operation therefore can be performed because flooding of the evaporator (4) is avoided. In a normal situation for the operation of the thermosiphon (3) the extra volume has a very limited effect on the function.
    • 公开了一种包括至少一个热虹吸管(3)的冷却系统(2),其中热虹吸管(3)包括阀门(18)。 本发明的目的是在液体制冷剂从冷凝器(10)返回到蒸发器(4)的有限流动的情况下,其中阀门(18)被迫通过阀上方的高压液体制冷剂打开 18)。 这可以通过冷却系统(2)的第二管道(16)来实现,所述第二管道(16)包括用于存储液体制冷剂的至少一个液体存储容积(20),所述液体储存容积(20)被放置在阀(18)和 蒸发器(4),所述液体储存容积(20)包括连接到所述阀(18)的入口(22)和连接到所述蒸发器(4)的出口(24),所述出口(24)包括至少一个流动限制 (26),所述液体储存容积(20)减少了所述阀(18)的快速打开的任何影响,以防止蒸发器(4)的溢流。 因此,可以防止蒸发器(4)中的热冲击,因为在危急情况下的储存容积将冷却液体制冷剂填充在储存器中并减少流向蒸发器(4)的流动,使得只有少量的液体制冷剂流入 因此避免了因蒸发器(4)的溢流而正常操作的蒸发器(4)。 在正常情况下,热虹吸(3)的操作,额外的体积对功能的影响非常有限。
    • 64. 发明申请
    • THERMOSIPHON
    • 热虹吸
    • WO1989002569A1
    • 1989-03-23
    • PCT/CH1988000152
    • 1988-09-06
    • HASLER AGULRICH, Bohdan
    • HASLER AG
    • F29D15/02
    • H05K7/20245
    • A thermosiphon (50) comprises a pressure-sealed closed vessel (51) divided into a flat heat-absorbing region (52) and a tubular heat-output region (54) arranged at the side of the latter. The thermosiphon (50) as a whole is filled with a boiling liquid (59) so that the heat-absorbing region (52) is completely filled and the heat-output region (54) is filled up to a small fluid-free zone (28) with the boiling liquid. A cooling pipe (62) which conveys a cooling liquid is arranged in the heat-output region (54) so as to be completely surrounded by the wall of the siphon vessel (51) as far as the pipe connections (55, 56). A plurality of these horizontally-mounted thermosiphons (50) is used in a main frame computer for conveying the heat lost to the frame by the computer to a central cooling circuit.
    • 热虹吸(50)包括被分成扁平吸热区域(52)的压力密封的密闭容器(51)和布置在其上的管状热输出区域(54)。 热虹吸管(50)整体上充满沸腾的液体(59),使得吸热区域(52)被完全填充,并且热输出区域(54)被填充到小的无流体区域 28)与沸腾的液体。 输送冷却液的冷却管(62)配置在热输出区域(54)内,以使其被虹吸管(51)的壁完全包围,直至管连接部(55,56)为止。 多个这些水平安装的热虹吸管(50)用于主框架计算机中,用于将由计算机输送到框架的热量输送到中央冷却回路。