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    • 1. 发明专利
    • Thermal output measuring device and its measuring method for hot air generator, and air conditioner
    • 热输出测量装置及其热空气发生器和空调器的测量方法
    • JP2007309628A
    • 2007-11-29
    • JP2006164018
    • 2006-05-18
    • Riitekku:Kk有限会社リーテック
    • NAKAMURA TAKASHIKOMINE HIROMI
    • F24F11/02F24H3/06G01K17/10
    • PROBLEM TO BE SOLVED: To provide a method for measuring thermal output of an air conditioner in an actually used state on a real time basis without causing inconvenience to a user. SOLUTION: In a signal operation part 1, a differential pressure ΔP=P1-P0 between a pressure measuring point P1 of an air conditioner casing interior and an indoor atmospheric pressure P0 is input by a differential pressure measuring apparatus 4, and an air capacity Q is calculated. Also, in the signal operation part 1, a suction air enthalpy H1 of the air conditioner is calculated from outputs of a suction air temperature sensor 7 and a suction air humidity sensor 8, and a blowout air enthalpy H2 is calculated from outputs of a blowout air temperature sensor 9 and a blowout air humidity sensor 10. On the basis of this, an enthalpy difference ΔH=H2-H1, and C=Q×ΔH to be used as the thermal output of the air conditioner are calculated in the signal operation part 1 and output via an output means 3. Use is not only limited to a cooling and heating device, but widely to a hot air generator sucking in air, cooling or heating it, and blowing out cold air or hot air having a temperature difference from the sucked in air. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种用于实时地测量实际使用状态的空调的热输出的方法,而不会给用户带来不便。 解决方案:在信号操作部分1中,通过差压测量装置4输入空调器壳体内部的压力测量点P1和室内大气压力P0之间的压差ΔP= P1-P0, 计算出空气量Q。 此外,在信号操作部1中,通过吸入空气温度传感器7和吸入空气湿度传感器8的输出,计算出空气调节器的吸入空气焓H1,并且从喷出的输出计算出喷出空气焓H2 空气温度传感器9和吹出空气湿度传感器10.基于此,在信号操作中计算要用作空调的热输出的焓差ΔH= H2-H1和C = Q×ΔH 部分1通过输出装置3输出。使用不仅限于冷却和加热装置,而且广泛应用于吸入空气,冷却或加热的热空气发生器,并且吹出具有温差的冷空气或热空气 从吸入的空气。 版权所有(C)2008,JPO&INPIT