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    • 36. 发明授权
    • Enclosures with redundant fans in doors with interlocks
    • 带有冗余风扇的外壳带有联锁门
    • US07578733B2
    • 2009-08-25
    • US10900862
    • 2004-07-27
    • Christian L. BeladyEric C. Peterson
    • Christian L. BeladyEric C. Peterson
    • H05K5/00H05K7/20G06F1/20
    • H05K5/0208
    • An equipment rack including front and back doors is configured with fans for air cooling enclosed electronic devices in both doors. The fans in each door are sufficient, by themselves, to provide sufficient airflow to cool the electronic devices. The two doors include switches and magnetic interlocks configured such that when one door is opened, the magnetic interlock on the other door is activated preventing both doors from being opened at the same time. This ensures that at least one door is always closed while the system is powered up, and since the fans in each door provide sufficient cooling for the equipment rack, the rack is always sufficiently cooled to prevent electronic device failure from overheating.
    • 包括前门和后门的设备机架配置有用于两个门的空气冷却封闭电子设备的风扇。 每个门中的风扇本身足以提供足够的气流来冷却电子设备。 这两个门包括开关和磁性联锁,其构造使得当一个门打开时,另一个门上的磁互锁被启动,防止两个门同时打开。 这确保了在系统通电时至少有一个门总是关闭,并且由于每个门中的风扇为设备机架提供足够的冷却,所以机架总是被充分冷却以防止电子设备故障过热。
    • 37. 发明授权
    • Server with a flexible cooling scheme
    • 服务器具有灵活的冷却方案
    • US07558063B2
    • 2009-07-07
    • US11740624
    • 2007-04-26
    • Christian L. BeladyEric C. PetersonDavid M. Chastain
    • Christian L. BeladyEric C. PetersonDavid M. Chastain
    • H05K7/20H05K5/00A47B77/08
    • H05K7/20754
    • A server with a flexible cooling scheme is disclosed. The server comprises a case and a fan. When the server is in a first cooling configuration the fan is configured to force the gas past a first area to be cooled and out to the outside of the case through a second opening in the case. When the server is in a second cooling configuration, the server further comprises a heat exchanger located in the first area and configured to seal the first opening in the case thereby preventing outside gas from entering the first area. When the server is in the second cooling configuration, a sealing device is configured to seal the second opening thereby redirecting the first fan to force the gas past the first area to be cooled and back into the first area, thereby re-circulating the gas inside the case.
    • 公开了具有柔性冷却方案的服务器。 服务器包括外壳和风扇。 当服务器处于第一冷却配置时,风扇被配置成迫使气体经过第一区域被冷却,并通过壳体中的第二开口输出到壳体的外部。 当服务器处于第二冷却配置时,服务器还包括位于第一区域中并被配置为将壳体中的第一开口密封的热交换器,从而防止外部气体进入第一区域。 当服务器处于第二冷却配置时,密封装置被配置为密封第二开口,从而重定向第一风扇以迫使气体经过第一区域被冷却并返回到第一区域,从而使气体再循环 案子。
    • 38. 发明申请
    • SERVER WITH A FLEXIBLE COOLING SCHEME
    • 具有柔性冷却方案的服务器
    • US20080266790A1
    • 2008-10-30
    • US11740624
    • 2007-04-26
    • Christian L. BeladyEric C. PetersonDavid M. Chastain
    • Christian L. BeladyEric C. PetersonDavid M. Chastain
    • H05K7/20
    • H05K7/20754
    • A server with a flexible cooling scheme is disclosed. The server comprises a case having an inside and an outside. A first fan is positioned inside the case and configured to draw gas from a first area inside the case and force the gas past a first area to be cooled. A first opening in the case is configured to allow gas from outside the case to enter the first area. When the server is in a first cooling configuration the first fan is configured to force the gas past the first area to be cooled and out to the outside of the case through a second opening in the case. When the server is in a second cooling configuration, the server further comprises a heat exchanger located in the first area and configured to seal the first opening in the case thereby preventing outside gas from entering the first area. When the server is in the second cooling configuration, a sealing device is configured to seal the second opening thereby redirecting the first fan to force the gas past the first area to be cooled and back into the first area, thereby re-circulating the gas inside the case.
    • 公开了具有柔性冷却方案的服务器。 服务器包括具有内部和外部的壳体。 第一风扇位于壳体内部并且构造成从壳体内的第一区域抽出气体,并迫使气体经过第一区域以进行冷却。 该情况下的第一开口构造成允许来自壳体外部的气体进入第一区域。 当服务器处于第一冷却配置中时,第一风扇构造成迫使气体经过第一区域被冷却,并通过壳体中的第二开口输出到壳体的外部。 当服务器处于第二冷却配置时,服务器还包括位于第一区域中并被配置为将壳体中的第一开口密封的热交换器,从而防止外部气体进入第一区域。 当服务器处于第二冷却配置时,密封装置被配置为密封第二开口,从而重定向第一风扇以迫使气体经过第一区域被冷却并返回到第一区域,从而使气体再循环 案子。