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    • 2. 发明申请
    • ENERGY EFFICIENT HEATING INSTALLATION
    • 能源效率加热安装
    • WO2011058350A3
    • 2011-05-19
    • PCT/GB2010/051867
    • 2010-11-10
    • SMITH'S ENVIRONMENTAL PRODUCTS LIMITEDWEBSTER, Gary Stanton
    • WEBSTER, Gary Stanton
    • F24D3/08F24D3/18F24D19/10
    • A heating installation (10) comprises a heat pump (11), one or more fan convector heating units (12-17), and control means (27). The heat pump (11) has an internal water coil, and fluid connectors (18, 19) adapted to transfer heated water from the coil to a domestic heating system, and to receive cooled water returned from the heating system. The fan convector heating units (12-17) each have an electrically driven fan, and fluid connectors (23, 24) adapted to receive heated water from the heat pump (11) and to return cooled water to the heat pump (11). The control means (27) is in electrical communication with the heat pump (11) and each fan convector heating unit (12-17), and is adapted to activate the electrically driven fans upon receipt of an activating signal from the heat pump (11).
    • 加热装置(10)包括热泵(11),一个或多个风扇对流加热单元(12-17)和控制装置(27)。 热泵(11)具有内部水盘管和流体连接器(18,19),所述流体连接器适于将来自盘管的热水传送到家用加热系统,并接收从加热系统返回的冷却水。 风扇对流加热单元(12-17)各自具有电驱动风扇和适于接收来自热泵(11)的热水并将冷却水返回到热泵(11)的流体连接器(23,24)。 控制装置(27)与热泵(11)和每个风扇对流加热单元(12-17)电连通,并且适于在接收到来自热泵(11)的启动信号时启动电驱动风扇 )。
    • 7. 发明申请
    • ENERGY EFFICIENT HEATING INSTALLATION
    • 能源有效的加热安装
    • WO2011058350A2
    • 2011-05-19
    • PCT/GB2010051867
    • 2010-11-10
    • SMITH S ENVIRONMENTAL PRODUCTS LTDWEBSTER GARY STANTON
    • WEBSTER GARY STANTON
    • F24D3/18F24D19/06F24D19/10
    • F24D3/18F24D3/08F24D19/0087F24D19/1072F24D19/1087
    • A heating installation (10) comprises a heat pump (11), one or more fan convector heating units (12-17), and control means (27). The heat pump (11) has an internal water coil, and fluid connectors (18, 19) adapted to transfer heated water from the coil to a domestic heating system, and to receive cooled water returned from the heating system. The fan convector heating units (12-17) each have an electrically driven fan, and fluid connectors (23, 24) adapted to receive heated water from the heat pump (11) and to return cooled water to the heat pump (11). The control means (27) is in electrical communication with the heat pump (11) and each fan convector heating unit (12-17), and is adapted to activate the electrically driven fans upon receipt of an activating signal from the heat pump (11).
    • 加热装置(10)包括热泵(11),一个或多个风扇对流加热单元(12-17)和控制装置(27)。 热泵(11)具有内部水线圈和适于将加热的水从线圈传送到家用加热系统并且接收从加热系统返回的冷却水的流体连接器(18,19)。 风扇对流加热单元(12-17)各自具有电动风扇,以及适于接收来自热泵(11)的加热水并将冷却水返回到热泵(11)的流体连接器(23,24)。 控制装置(27)与热泵(11)和每个风扇对流加热单元(12-17)电连通,并且适于在从热泵(11)接收到启动信号时激活电动风扇 )。
    • 8. 发明申请
    • FAN CONVECTOR HEATING UNIT
    • 风扇对流式加热单元
    • WO2009044188A2
    • 2009-04-09
    • PCT/GB2008/050876
    • 2008-09-29
    • SMITH'S ENVIRONMENTAL PRODUCTS LIMITEDWEBSTER, Gary Stanton
    • WEBSTER, Gary Stanton
    • F24D19/10F28D1/02
    • F24D19/1009F28D1/024F28F27/00
    • Fan Convector Heating Unit A fan convector heating unit (10) has a housing (11) having an air duct (12) extending therethrough. A heat exchanger (21) is disposed within the air duct (12) and is adapted for fluid connection to a water heating system, when th heating unit (10) is installed. A fan (18) is disposed within the housing (11) and is arranged to cause air to flow through the air duct (12) and over the heat exchanger (21). Control means are provided to activate and deactivate the fan (18) upon the water within the heat exchanger (21) reaching pre-determined activation and deactivation temperatures. Both the activation and deactivation temperatures are interchangeably variable between standard and low energy activation and deactivation temperatures. Switching means (16), in communication with the control means, are provided to enable variation between a standard operating mode in which the standard activation and deactivation temperatures are employed, and a low energy operating mode in which the low energy activation and deactivation temperatures are employed.
    • 风扇对流加热单元风扇对流加热单元(10)具有壳体(11),其具有延伸穿过其中的空气管道(12)。 当安装加热单元(10)时,热交换器(21)设置在空气管道(12)内并且适于流体连接到水加热系统。 风扇(18)设置在壳体(11)内并且布置成使得空气流过空气管道(12)并且在热交换器(21)上。 提供控制装置以在热交换器(21)中的水上激活和去激活风扇(18)达到预定的激活和失活温度。 在标准和低能量激活和失活温度之间,激活和失活温度均可互换变化。 提供与控制装置连通的开关装置(16),以使得能够在使用标准启动和停用温度的标准工作模式与低能量激活和去激活温度之间的低能量操作模式 采用。