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    • 2. 发明申请
    • A COOLING DEVICE WITH AT LEAST TWO COOLANT FLOW MODULES
    • 具有至少两种冷却剂流动模块的冷却装置
    • WO2012028144A2
    • 2012-03-08
    • PCT/DK2011/000098
    • 2011-08-29
    • DANFOSS DRIVES A/SOLESEN, KlausPAULSEN, Lars
    • OLESEN, KlausPAULSEN, Lars
    • C14B1/02F28D15/00F28D15/0266F28D2021/0031F28F9/026F28F2265/14H01L23/473H01L2924/0002H05K7/20918H01L2924/00
    • A cooling device (14) for cooling a surface (10) is disclosed. The cooling device (14) comprises at least two coolant flow modules, an inlet manifold (2) and an outlet manifold (3). Each coolant flow module comprises at least one flow cell (9) arranged to guide a flow of coolant along a surface (10) to be cooled. The inlet manifold (2) is arranged to deliver coolant to each of the coolant flow modules, and the outlet manifold (3) is arranged to receive coolant from each of the coolant flow modules, the coolant flow modules being arranged fluidly in parallel between the inlet manifold (2) and the outlet manifold (3). The cooling device (14) further comprises a coolant return system (6) interconnecting the outlet manifold (3) and the inlet manifold (2) in such a manner that a closed coolant circuit (1) is formed by the inlet manifold (2), the coolant flow modules, the outlet manifold (3) and the coolant return system (6). A coolant circulation means, such as a pump (12), is arranged to cause coolant to circulate in the closed coolant circuit (1). A heat exchanger (7) is arranged to exchange heat between an air flow and coolant flowing in the coolant return system (6). In the cooling device (14) of the invention, the closed coolant circuit (1) provides efficient heat transfer from the surface (10) to be cooled without the disadvantages of an open coolant circuit requiring a coolant supply. The heat exchanger provides heat removal from the device (14) and makes the device (14) easy to install.
    • 公开了一种用于冷却表面(10)的冷却装置(14)。 冷却装置(14)包括至少两个冷却剂流动模块,入口歧管(2)和出口歧管(3)。 每个冷却剂流动模块包括布置成沿着待冷却的表面(10)引导冷却剂流的至少一个流动单元(9)。 入口歧管(2)布置成将冷却剂输送到每个冷却剂流动模块,并且出口歧管(3)布置成接收来自每个冷却剂流动模块的冷却剂,冷却剂流动模块流体地平行布置在 入口歧管(2)和出口歧管(3)。 冷却装置(14)还包括以这样的方式互连出口歧管(3)和入口歧管(2)的冷却剂回流系统(6),使得由入口歧管(2)形成封闭的冷却剂回路(1) ,冷却剂流动模块,出口歧管(3)和冷却剂返回系统(6)。 诸如泵(12)的冷却剂循环装置布置成使冷却剂在闭合的冷却剂回路(1)中循环。 热交换器(7)布置成在空气流和在冷却剂返回系统(6)中流动的冷却剂之间交换热量。 在本发明的冷却装置(14)中,闭合的冷却剂回路(1)提供从待冷却的表面(10)的有效热传递,而没有需要冷却剂供应的开放式冷却剂回路的缺点。 热交换器使装置(14)散热,并使装置(14)易于安装。
    • 6. 发明申请
    • A COOLING DEVICE WITH AT LEAST TWO COOLANT FLOW MODULES
    • 具有至少两个冷却剂流动模块的冷却装置
    • WO2012028144A3
    • 2012-09-13
    • PCT/DK2011000098
    • 2011-08-29
    • DANFOSS DRIVES ASOLESEN KLAUSPAULSEN LARS
    • OLESEN KLAUSPAULSEN LARS
    • F28D15/00F28D15/02H01L23/473
    • C14B1/02F28D15/00F28D15/0266F28D2021/0031F28F9/026F28F2265/14H01L23/473H01L2924/0002H05K7/20918H01L2924/00
    • A cooling device (14) for cooling a surface (10) is disclosed. The cooling device (14) comprises at least two coolant flow modules, an inlet manifold (2) and an outlet manifold (3). Each coolant flow module comprises at least one flow cell (9) arranged to guide a flow of coolant along a surface (10) to be cooled. The inlet manifold (2) is arranged to deliver coolant to each of the coolant flow modules, and the outlet manifold (3) is arranged to receive coolant from each of the coolant flow modules, the coolant flow modules being arranged fluidly in parallel between the inlet manifold (2) and the outlet manifold (3). The cooling device (14) further comprises a coolant return system (6) interconnecting the outlet manifold (3) and the inlet manifold (2) in such a manner that a closed coolant circuit (1) is formed by the inlet manifold (2), the coolant flow modules, the outlet manifold (3) and the coolant return system (6). A coolant circulation means, such as a pump (12), is arranged to cause coolant to circulate in the closed coolant circuit (1). A heat exchanger (7) is arranged to exchange heat between an air flow and coolant flowing in the coolant return system (6). In the cooling device (14) of the invention, the closed coolant circuit (1) provides efficient heat transfer from the surface (10) to be cooled without the disadvantages of an open coolant circuit requiring a coolant supply. The heat exchanger provides heat removal from the device (14) and makes the device (14) easy to install.
    • 公开了一种用于冷却表面(10)的冷却装置(14)。 冷却装置(14)包括至少两个冷却剂流动模块,入口歧管(2)和出口歧管(3)。 每个冷却剂流动模块包括至少一个流动池(9),其布置成沿待冷却的表面(10)引导冷却剂流。 入口歧管(2)被布置成将冷却剂输送到每个冷却剂流动模块,并且出口歧管(3)被布置成从每个冷却剂流动模块接收冷却剂,冷却剂流动模块被平行地布置在 入口歧管(2)和出口歧管(3)。 冷却装置(14)还包括使出口歧管(3)和入口歧管(2)互相连接的冷却剂返回系统(6),使得由入口歧管(2)形成封闭的冷却剂回路(1) ,冷却剂流动模块,出口歧管(3)和冷却剂返回系统(6)。 诸如泵(12)的冷却剂循环装置被布置成使得冷却剂在封闭的冷却剂回路(1)中循环。 热交换器(7)布置成在空气流与在冷却剂返回系统(6)中流动的冷却剂之间交换热量。 在本发明的冷却装置(14)中,封闭的冷却剂回路(1)提供了要被冷却的表面(10)的有效的热传递,而不需要冷却剂供应的开放冷却剂回路的缺点。 热交换器从设备(14)提供热量去除并且使得设备(14)易于安装。