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    • 1. 发明授权
    • microCHP with improved shut down system
    • microCHP具有改进的关闭系统
    • US08519654B2
    • 2013-08-27
    • US12597048
    • 2008-04-18
    • Luther KeatsVinod Kumar
    • Luther KeatsVinod Kumar
    • H02P27/06F01K13/02
    • F01K13/02Y02E20/14Y10T307/625
    • A microCHP unit including at least one pump (20) and/or fan for circulating a cooling fluid or air through the microCHP unit in normal operation. The microCHP unit comprises an electric power source (32) that is independent from the mains power supply. It also comprises a voltage converter (42) or inverter (44) or both connected between the independent power source (32) and the cooling pump(s) (20) and/or fan(s) (28) of the microCHP unit for converting a supply voltage from the independent electric power source (32) to a different voltage for operating the pump(s) (20) and/or fan(s) (28). A controller (34) is provided to cause the cooling pump(s) 20 and/or fan(s) (28) to operate in the absence of mains power. A charging device (48) is provided to recharge the independent power source (32) when the mains power supply is available.
    • 包括至少一个泵(20)和/或风扇的microCHP单元,用于在正常操作中使冷却流体或空气循环通过所述microCHP单元。 microCHP单元包括独立于主电源的电源(32)。 它还包括电压转换器(42)或逆变器(44)或两者连接在微型CHP单元的独立电源(32)和冷却泵(20)和/或风扇(28)之间,用于 将来自独立电源(32)的电源电压转换成用于操作所述泵(20)和/或风扇(28)的不同电压。 提供控制器(34)以在没有主电源的情况下使冷却泵20和/或风扇(28)工作。 当主电源可用时,提供充电装置(48)以对独立电源(32)再充电。
    • 2. 发明申请
    • MICROCHP WITH IMPROVED SHUT DOWN SYSTEM
    • MICROCHP具有改进的关闭系统
    • US20100296244A1
    • 2010-11-25
    • US12597048
    • 2008-04-18
    • Luther KeatsVinod Kumar
    • Luther KeatsVinod Kumar
    • H05K7/20H02J9/00
    • F01K13/02Y02E20/14Y10T307/625
    • A microCHP unit including at least one pump (20) and/or fan for circulating a cooling fluid or air through the microCHP unit in normal operation. The microCHP unit comprises an electric power source (32) that is independent from the mains power supply. It also comprises a voltage converter (42) or inverter (44) or both connected between the independent power source (32) and the cooling pump(s) (20) and/or fan(s) (28) of the microCHP unit for converting a supply voltage from the independent electric power source (32) to a different voltage for operating the pump(s) (20) and/or fan(s) (28). A controller (34) is provided to cause the cooling pump(s) 20 and/or fan(s) (28) to operate in the absence of mains power. A charging device (48) is provided to recharge the independent power source (32) when the mains power supply is available.
    • 包括至少一个泵(20)和/或风扇的microCHP单元,用于在正常操作中使冷却流体或空气循环通过所述microCHP单元。 microCHP单元包括独立于主电源的电源(32)。 它还包括电压转换器(42)或逆变器(44)或两者连接在微型CHP单元的独立电源(32)和冷却泵(20)和/或风扇(28)之间,用于 将来自独立电源(32)的电源电压转换成用于操作所述泵(20)和/或风扇(28)的不同电压。 提供控制器(34)以在没有主电源的情况下使冷却泵20和/或风扇(28)工作。 当主电源可用时,提供充电装置(48)以对独立电源(32)再充电。