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    • 1. 发明授权
    • Vapor compression circuit and method including a thermoelectric device
    • 蒸汽压缩电路及方法,包括热电装置
    • US08307663B2
    • 2012-11-13
    • US12813149
    • 2010-06-10
    • Masao AkeiKirill IgnatievNagaraj JayanthHung M. PhamJean-Luc M. Caillat
    • Masao AkeiKirill IgnatievNagaraj JayanthHung M. PhamJean-Luc M. Caillat
    • F25B21/02
    • F25B1/00F25B6/02F25B27/02H01L35/00Y02A30/274
    • A fluid compression circuit may include a compression mechanism, a volume, a heat exchanger, a fluid conduit, a thermoelectric device, and a heat-transfer device. The compression mechanism includes first and second members cooperating to form a fluid pocket. The volume receives discharge fluid from the fluid pocket. The heat exchanger is in communication with the volume. The fluid conduit is connected to at least one of the volume and the heat exchanger. The thermoelectric device may include a first side in heat-transfer relation with a member at least partially defining the volume and a second side in heat-transfer relation with ambient air and cooperating with the first side to define a temperature gradient generating electrical current in the thermoelectric device. The heat-transfer device may receive electrical current generated by the thermoelectric device and may be in heat-transfer relation with at least one of the heat exchanger and the fluid conduit.
    • 流体压缩回路可以包括压缩机构,体积,热交换器,流体导管,热电装置和热传递装置。 压缩机构包括协同形成流体袋的第一和第二构件。 体积接收来自流体袋的排出流体。 热交换器与容积连通。 流体导管连接到容积和热交换器中的至少一个。 热电装置可以包括与至少部分地限定体积的构件的热传递关系的第一侧和与环境空气的热传递关系的第二侧,并与第一侧配合以限定在第一侧产生电流的温度梯度 热电装置。 传热装置可以接收由热电装置产生的电流,并且可以与热交换器和流体导管中的至少一个热传递关系。
    • 2. 发明申请
    • Vapor Compression Circuit and Method Including A Thermoelectric Device
    • 包括热电装置的蒸汽压缩电路和方法
    • US20110120145A1
    • 2011-05-26
    • US12813149
    • 2010-06-10
    • Masao AkeiKirill IgnatievNagaraj JayanthHung M. PhamJean-Luc M. Caillat
    • Masao AkeiKirill IgnatievNagaraj JayanthHung M. PhamJean-Luc M. Caillat
    • F25B21/02
    • F25B1/00F25B6/02F25B27/02H01L35/00Y02A30/274
    • A fluid compression circuit may include a compression mechanism, a volume, a heat exchanger, a fluid conduit, a thermoelectric device, and a heat-transfer device. The compression mechanism includes first and second members cooperating to form a fluid pocket. The volume receives discharge fluid from the fluid pocket. The heat exchanger is in communication with the volume. The fluid conduit is connected to at least one of the volume and the heat exchanger. The thermoelectric device may include a first side in heat-transfer relation with a member at least partially defining the volume and a second side in heat-transfer relation with ambient air and cooperating with the first side to define a temperature gradient generating electrical current in the thermoelectric device. The heat-transfer device may receive electrical current generated by the thermoelectric device and may be in heat-transfer relation with at least one of the heat exchanger and the fluid conduit.
    • 流体压缩回路可以包括压缩机构,体积,热交换器,流体导管,热电装置和热传递装置。 压缩机构包括协同形成流体袋的第一和第二构件。 体积接收来自流体袋的排出流体。 热交换器与容积连通。 流体导管连接到容积和热交换器中的至少一个。 热电装置可以包括与至少部分地限定体积的构件的热传递关系的第一侧和与环境空气的热传递关系的第二侧,并与第一侧配合以限定在第一侧产生电流的温度梯度 热电装置。 传热装置可以接收由热电装置产生的电流,并且可以与热交换器和流体导管中的至少一个传热关系。
    • 8. 发明授权
    • Refrigeration monitoring system and method
    • 制冷监测系统及方法
    • US08393169B2
    • 2013-03-12
    • US12054011
    • 2008-03-24
    • Hung M. Pham
    • Hung M. Pham
    • F25B49/02
    • F25B49/02F25B39/04F25B45/00F25B49/005F25B2700/04F25B2700/151F25B2700/2116F25B2700/21163
    • A system is provided and may include a compressor having a motor and a refrigeration circuit including an evaporator and a condenser fluidly coupled to the compressor. The system may further include a first sensor producing a signal indicative of one of current and power drawn by the motor, a second sensor producing a signal indicative of a saturated condensing temperature, and a third sensor producing a signal indicative of a liquid-line temperature. Processing circuitry may processes the current or power signal to determine a derived condenser temperature and may compare the derived condenser temperature to the saturated condensing temperature received from the second sensor to determine a subcooling associated with a refrigerant charge level of the refrigeration circuit.
    • 提供一种系统,并且可以包括具有电动机和包括蒸发器和冷凝器的制冷回路的压缩机,该冷凝器与压缩机流体耦合。 该系统还可以包括第一传感器,其产生指示由电动机抽出的电流和功率中的一个的信号,产生指示饱和冷凝温度的信号的第二传感器,以及产生指示液体线温度的信号的第三传感器 。 处理电路可以处理电流或功率信号以确定导出的冷凝器温度,并且可以将导出的冷凝器温度与从第二传感器接收的饱和冷凝温度进行比较,以确定与制冷回路的制冷剂充注水平相关联的过冷却。