Japanese
close

FI (list display)

  • F24F11/00
    		•  Control or safety arrangements [2018.01]
    		HB CC 3L260
  • F24F11/30
    		•  .for purposes related to the operation of the system, e.g. for safety or monitoring [2018.01] HB CC 3L260
  • F24F11/32
    		•  ..Responding to malfunctions or emergencies [2018.01] HB CC 3L260
  • F24F11/33
    		•  ...to fire, excessive heat or smoke [2018.01] HB CC 3L260
  • F24F11/34
    		•  ....by opening air passages [2018.01] HB CC 3L260
  • F24F11/35
    		•  ....by closing air passages [2018.01] HB CC 3L260
  • F24F11/36
    		•  ...to leakage of heat-exchange fluid [2018.01] HB CC 3L260
  • F24F11/37
    		•  ...Resuming operation, e.g. after power outages; Emergency starting [2018.01] HB CC 3L260
  • F24F11/38
    		•  ...Failure diagnosis [2018.01] HB CC 3L260
  • F24F11/39
    		•  ...Monitoring filter performance [2018.01] HB CC 3L260
  • F24F11/41
    		•  ..Defrosting; Preventing freezing [2018.01] HB CC 3L260
  • F24F11/41,100
    		•  ...for controlling start and/or stop of defrost HB CC 3L260
  • F24F11/41,110
    		•  ....by detecting temperature as parameter HB CC 3L260
  • F24F11/41,112
    		•  .....specially, by detecting outdoor air temperature as parameter HB CC 3L260
  • F24F11/41,114
    		•  .....specially, by detecting outdoor heat exchanger temperature as parameter HB CC 3L260
  • F24F11/41,120
    		•  ....by detecting time as parameter HB CC 3L260
  • F24F11/41,130
    		•  ....by detecting air flow as parameter HB CC 3L260
  • F24F11/41,140
    		•  ....by detecting electric current value as parameter HB CC 3L260
  • F24F11/41,200
    		•  ...for controlling other than F24F11/41 100 HB CC 3L260
  • F24F11/41,210
    		•  ....by controlling indoor fan HB CC 3L260
  • F24F11/41,220
    		•  ....by controlling outdoor fan HB CC 3L260
  • F24F11/41,230
    		•  ....by cotrolling auxiliary heater HB CC 3L260
  • F24F11/41,240
    		•  ....by controlling compressor HB CC 3L260
  • F24F11/41,250
    		•  ....by controlling 4-way valve HB CC 3L260
  • F24F11/42
    		•  ...of outdoor units [2018.01] HB CC 3L260
  • F24F11/43
    		•  ...of indoor units [2018.01] HB CC 3L260
  • F24F11/46
    		•  ..Improving electric energy efficiency or saving [2018.01] HB CC 3L260
  • F24F11/47
    		•  ...Responding to energy costs [2018.01] HB CC 3L260
  • F24F11/48
    		•  ..prior to normal operation, e.g. pre-heating or pre-cooling [2018.01] HB CC 3L260
  • F24F11/49
    		•  ..ensuring correct operation, e.g. by trial operation or configuration checks [2018.01] HB CC 3L260
  • F24F11/50
    		•  .characterised by user interfaces or communication [2018.01] HB CC 3L260
  • F24F11/52
    		•  ..Indication arrangements, e.g. displays [2018.01] HB CC 3L260
  • F24F11/523
    		•  ...for displaying temperature data [2018.01] HB CC 3L260
  • F24F11/526
    		•  ...giving audible indications [2018.01] HB CC 3L260
  • F24F11/54
    		•  ..using one central controller connected to several sub-controllers [2018.01] HB CC 3L260
  • F24F11/56
    		•  ..Remote control [2018.01] HB CC 3L260
  • F24F11/57
    		•  ...using telephone networks [2018.01] HB CC 3L260
  • F24F11/58
    		•  ...using Internet communication [2018.01] HB CC 3L260
  • F24F11/59
    		•  ...for presetting [2018.01] HB CC 3L260
  • F24F11/61
    		•  ..using timers [2018.01] HB CC 3L260
  • F24F11/62
    		•  .characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values [2018.01] HB CC 3L260
  • F24F11/63
    		•  ..Electronic processing [2018.01] HB CC 3L260
  • F24F11/64
    		•  ...using pre-stored data [2018.01] HB CC 3L260
  • F24F11/65
    		•  ...for selecting an operating mode [2018.01] HB CC 3L260
  • F24F11/66
    		•  ....Sleep mode [2018.01] HB CC 3L260
  • F24F11/67
    		•  ....Switching between heating and cooling modes [2018.01] HB CC 3L260
  • F24F11/70
    		•  .Control systems characterised by their outputs; Constructional details thereof [2018.01] HB CC 3L260
  • F24F11/72
    		•  ..for controlling the supply of treated air, e.g. its pressure [2018.01] HB CC 3L260
  • F24F11/74
    		•  ...for controlling air flow rate or air velocity [2018.01] HB CC 3L260
  • F24F11/75
    		•  ....for maintaining constant air flow rate or air velocity [2018.01] HB CC 3L260
  • F24F11/755
    		•  ....for cyclical variation of air flow rate or air velocity [2018.01] HB CC 3L260
  • F24F11/76
    		•  ....by means responsive to temperature, e.g. bimetal springs [2018.01] HB CC 3L260
  • F24F11/77
    		•  ....by controlling the speed of ventilators [2018.01] HB CC 3L260
  • F24F11/79
    		•  ...for controlling the direction of the supplied air [2018.01] HB CC 3L260
  • F24F11/80
    		•  ..for controlling the temperature of the supplied air [2018.01] HB CC 3L260
  • F24F11/81
    		•  ...by controlling the air supply to heat-exchangers or bypass channels [2018.01] HB CC 3L260
  • F24F11/83
    		•  ...by controlling the supply of heat-exchange fluids to heat-exchangers [2018.01] HB CC 3L260
  • F24F11/84
    		•  ....using valves [2018.01] HB CC 3L260
  • F24F11/85
    		•  ....using variable-flow pumps [2018.01] HB CC 3L260
  • F24F11/86
    		•  ...by controlling compressors within refrigeration or heat pump circuits [2018.01] HB CC 3L260
  • F24F11/87
    		•  ...by controlling absorption or discharge of heat in outdoor units [2018.01] HB CC 3L260
  • F24F11/871
    		•  ....by controlling outdoor fans [2018.01] HB CC 3L260
  • F24F11/873
    		•  ...by controlling refrigerant heaters [2018.01] HB CC 3L260
  • F24F11/875
    		•  ...by controlling heat-storage apparatus [2018.01] HB CC 3L260
  • F24F11/88
    		•  .Electrical aspects, e.g. circuits [2018.01] HB CC 3L260
  • F24F11/89
    		•  .Arrangement or mounting of control or safety devices [2018.01] HB CC 3L260
    TOP