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    • 4. 发明专利
    • STORAGE TYPE AIR CONDITIONING APPARATUS
    • JPH0642801A
    • 1994-02-18
    • JP19982592
    • 1992-07-27
    • TOSHIBA CORPTOSHIBA AVE KK
    • SATOU NOBUSUKESAITO KAZUOSAITO TOSHIHIKOYAMAGISHI KATSUAKIYAMAGUCHI KOICHIDOI TAKASHIIMAMURA MASAKIHATAKUBO TSUTOMUKUYAMA HIDETO
    • F24F11/02
    • PURPOSE:To increase the amount of an electric power shift highly effectually at the peak of the electric power and hence reduce installation capacity by providing a storage battery in which electric power of a commercial power supply is stored in the time when less electric power is required and which is employed as an alternative power supply of the commercial power supply in the time when much electric power is required, and further which is controlled to a predetermined temperature using a freezing cycle device. CONSTITUTION:A switch 7 is closed to charge a storage battery unit 3 with electricity using inexpensive electric power at night, while switches 6, 7 are opened and closed to supply a load 4 with electric power in a storage battery 3. It is essential that the storage battery should be operated in the range of temperature used. When surroundings of the storage battery 3 are to be cooled in summer, a refrigerant compressed by a compressor 9 is condensed through an outdoor heat exchanger 10. The temperature of the surroundings of the storage battery 3 can be lowered to a predetermined temperature by adjusting an expansion valve 14 to permit a first heat exchanger 12 to perform heat exchange. When the surroundings of the storage battery 3 are heated in winter, a high temperature refrigerator compressed by the compressor 9 adjusts an expansion valve 15 for heat exchange by a second heat exchanger to raise the temperature of the surroundings of the storage battery 3 to a predetermined temperature.
    • 6. 发明专利
    • AIR CONDITIONING SYSTEM
    • JPH10197036A
    • 1998-07-31
    • JP379797
    • 1997-01-13
    • TOSHIBA AVE KKTOSHIBA CORP
    • KIGUCHI YUKIOYAMAGISHI KATSUAKIIMAMURA MASAKI
    • F24F11/02F24F11/76F24F11/053
    • PROBLEM TO BE SOLVED: To approach a room temperature sensor to an indoor unit in the ceiling and ensure proper room temperature control corresponding to the position of such a room temperature sensor. SOLUTION: An air conditioning system air conditions each room A to D (i=1 to 4) with an indoor unit 1 disposed in the ceiling. There are provided outlets 4a to 4c and a suction inlet 5d in the neighbourhood of the ceiling on the side of the indoor unit 1 of the rooms A to C and the room D. There are provided room temperature sensors 6a to 6c and 7 in the vicinity of the outlets 4a to 4c and the suction inlet 5b. Room temperature (Ta)i detected by the room temperature sensors 6a to 6c of the rooms A to C is corrected in response to a temperature difference ((Ta)i-Tk) between the room temperature (Ta)i and suction air temperature Tk detected by a suction air temperature sensor of the indoor unit 1, and hence room temperature (Taf)i after the correction is estimated. Room temperature (Ta)4 detected by the room temperature sensor 7 of the room D is equally rendered to only minus correction. The indoor unit 1 performs room temperature control of the rooms A to D (i=1 to 4) based upon the room temperature (Taf)i after the correction.