F-Term-List

F24F11/00;F24F11/30-11/89

AA00
PLACES WHERE AIR-CONDITIONING EQUIPMENT IS APPLIED

AA01

AA02

AA03

AA04

AA05

AA06

AA08

AA09

. In residential rooms

. Bathrooms, toilets, sanitary

. Kitchens

. Offices, meeting rooms

. Factories

. . Clean rooms, clean booths

. Stores (supermarkets, convenience stores)

. Buildings with multiple tenants

AA11

AA12

AA13

AA14

AA15

AA16

AA20

. Computer rooms

. Constant temperature and constant humidity tanks/equipment

. Accommodation (hotels)

. Outdoor facilities (including semi-open space such as stations or the like)

. Greenhouses

. Hospitals, clinics

. Others

AB00
TYPE OF AIR CONDITIONERS

AB01

AB02

AB03

AB04

AB05

AB06

AB07

AB08

AB09

. Compression type refrigeration cycle (except for dehumidifiers)

. . Separate type

. . . Having multiple indoor machines

. . . Having multiple outdoor machines/ compressors

. . Integrated type, self-contained type

. Cold and hot water type air conditioning

. Central type air conditioning

. Natural circulation cycle

. Using natural energy/water vaporization heat

AB11

AB12

AB13

AB14

AB15

AB16

AB17

AB18

AB20

. Dehumidifiers

. . Using adsorbents / desiccants

. . Cool and condense objects

. Humidifying objects

. Ventilators

. . Range hoods

. . Heat exchange ventilators

. Air cleaners

. Others

BA00
PURPOSES, EFFECTS

BA01

BA02

BA03

BA04

BA05

BA06

BA07

BA08

BA09

BA10

. Improvement of amenity

. . Improvement of temperature control performance

. . . Improvement of heating performance

. . . Improvement of cooling performance

. . Dehumidification

. . Humidification

. . Adjustment of air volume/wind speed

. . Adjustment of wind direction

. . Air purification, dust collection of air, deodorization of air, odor removing from air

. . Addition to air (scent, ion, oxygen or the like)

BA12

BA13

BA14

BA15

BA16

BA17

BA18

BA19

BA20

. . Ventilation

. . . Introduction of outside air

. . Simultaneous air conditioning for cooling and heating

. . Low noise, muffling, vibration control

. . Improvement of indoor hygiene (mold protection, sterilization)

. . Stratified air conditioning, replacement air conditioning

. . . Perimeter air conditioning

. . Local / spot air conditioning

. . Radiant air conditioning

BA22

BA23

BA24

BA25

BA26

BA27

. . Improvement of startup performance at the time of startup

. . Response to situation changes (season, day and night) inside and outside rooms

. . Countermeasures for dew condensation

. . Health/physical condition management, consideration of individual differences

. . . Suitable for sleeping

. . Equalization of temperature, elimination of unevenness

BA31

BA32

BA33

BA34

BA35

BA36

BA37

BA38

. Maintenance of functions

. . Protection of equipment/parts, improvement of durability, extension of life-span

. . Prevention of erroneous operations/ erroneous inputs, child lock

. . Improvement of hygiene inside air conditioners (mold protection, sterilization)

. . Drain treatment

. . Defrost, frost prevention / anti-freeze

. . Test operations, demonstration operations

. . Improvement/calibration of sensor accuracy and prevention of erroneous detection

BA41

BA42

BA43

BA44

BA45

BA46

BA47

BA48

BA49

BA50

. Energy saving / resource saving

. . Power supply, demand control, power saving

. . . Power distribution

. . Schedule management

. . Thermal storage, cold storage

. . Effective use of natural energy

. . Recycle oriented

. . Utilization of multiple energy sources (electricity, gas or the like)

. . Manufacturing cost, reduction of number of parts/number of equipment

. . . Utilization of existing facilities

BA51

BA52

BA53

BA54

BA55

BA56

BA57

. Safety, countermeasures against abnormalities, redundancy

. . Leakage of refrigerants / cold and hot water

. . Blackout

. . Failure of devices/parts

. . . Failure of sensors

. . Communication error

. . Self-diagnosis

BA61

BA62

BA64

BA65

BA66

. Improvement of maintenance ability

. . Maintenance of filters

. Remote controls / monitoring systems, networks

. . Address setting

. . Improvement of communication performance

BA71

BA72

BA73

BA74

BA75

BA80

. Versatility among models, expansion / introduction / exchange of new models

. Air treatment for food / goods or the like

. Improvement of operability/view easiness of display unit

. Cooperation with other apparatuses (illumination, hot water supply, and the like)

. Simulation, numerical analysis, and design technique

. Others

CA00
DETECTED/INPUTTED INFORMATION REGARDING THE ENVIRONMENT

CA01

CA02

CA03

CA04

CA05

CA06

CA07

CA08

. Information regarding the person

. . Position of the person

. . Presence or absence of person/number of persons

. . Bio-information (skin/body temperature, or pulse), or activity quantity

. . Attributes (social position, age, sex, or the like) of the person

. . Sound of the person

. . Movement / gesture or posture of the person

. . Reporting demand, desire, questionnaire result, or feeling of cool or warm

CA11

CA12

CA13

CA14

CA15

CA16

CA17

CA18

CA19

CA20

. Indoor information

. . Indoor temperature, cycling air temperature, or intake temperature

. . Indoor humidity, indoor wet-bulb/dew point temperature

. . Indoor atmospheric pressure

. . Wind velocity, wind quantity, and wind blow direction

. . Intake air temperature and blow out air temperature

. . Indoor cleanliness degree/gas concentration

. . Indoor sound/noise

. . Open and close of window/door

. . Illumination degree

CA22

CA23

CA24

CA25

CA26

CA27

CA28

CA29

. . Temperature of each building part

. . . Floor temperature

. . . Under floor temperature

. . . Ceiling temperature (including ceiling space)

. . . Wall face temperature

. . . Perimeter/near window temperature

. . Room shape/width

. . Setting position of apparatus, information of obstacle/household articles

CA31

CA32

CA33

CA34

CA35

CA36

CA37

CA38

CA39

CA40

. Outdoor information

. . Outside air temperature

. . Outside humidity, outdoor wet-bulb/dew point temperature

. . Sun light quantity/direction

. . Outer air cleanliness degree/gas concentration

. . Outdoor wind flow velocity/direction

. . Outdoor atmospheric pressure

. . Outdoor sound/noise

. . Climate/weather information

. . Underground/in ground temperature

CA50

. Others

CB00
COLLECTED/INPUT INFORMATION ON THE EQUIPMENT

CB01

CB02

CB03

CB04

CB05

CB06

CB07

CB08

CB09

. Information on compression refrigeration cycles

. . Compressors

. . . Temperature of compressors

. . . Revolution rate of compressors, frequency of inverters

. . Indoor (user side) heat exchangers

. . . Temperature of indoor (user side) heat exchangers

. . Outdoor (heat source side) heat exchangers

. . . Temperature of outdoor (heat source side) heat exchangers

. . Air temperature before or after the air passes through the heat exchanger

CB12

CB13

CB14

CB15

CB16

CB17

CB18

CB19

CB20

. . Refrigerant paths (four-way valve, etc.)

. . Temperature of refrigerants and pipes (not the temperature of heat exchangers)

. . . Discharge temperature

. . . Excessive heating of refrigerants before they enter a compressor

. . . Excessive cooling of refrigerants, temperature of refrigerants before they enter an expansion valve

. . Refrigerant pressure

. . . Pressure of refrigerants after exiting a compressor

. . . Pressure of refrigerants before entering a compressor

. . Refrigerant flow rate

CB22

CB23

CB24

CB25

CB26

. . Conditions of fans and devices that adjust air volume

. . . Indoor (user side) fans

. . . Outdoor (heat source side) fans

. . Liquid storing devices (receiver, etc.)

. . Expansion valves, orifices, ejectors

CB31

CB32

CB33

CB34

CB35

CB36

CB37

CB38

CB39

CB40

. Information on air conditioners that use hot and cold water

. . Hot and cold water pumps

. . Heat exchangers

. . . Indoor (user side) hear exchangers

. . Hot and cold water paths (valves, etc.)

. . Temperature of supply water and pipes (excluding the temperature of heat exchangers)

. . . Temperature of hot/cold water

. . . Temperature of cooling water

. . Pressure of supply water

. . Flow rate of supply water

CB42

CB43

CB44

CB45

CB46

. . Heat source machines

. . . Operational capacity of heat source machines and the number of them in operation

. . Indoor (user side) fans

. . Cooling towers

. . Cooling water pumps

CB51

CB52

CB53

CB54

CB55

CB56

CB57

. Information on ventilation equipment/air flow paths in air conditioners

. . Outside air intake fans

. . Exhaust fans

. . Circulation fans

. . Air supply/exhaust paths (damper, etc.)

. . Temperature of equipment/air flow paths

. . Pressure of equipment/air flow paths

CB61

CB62

CB63

CB64

CB65

CB66

CB67

CB68

CB69

CB70

. Setting information, stored information

. . Operation mode

. . Related to temperature

. . Related to humidity

. . Related to air volume and speed

. . Air flow direction settings

. . Related to time

. . . Operation time and duration

. . . Time and date, day of the week, schedule

. . Past history

CB71

CB72

CB74

CB75

CB77

CB78

CB79

. Dehumidifier

. . Tanks, drain pans

. Humidifiers

. . Tanks

. Power supplies

. . Electric power

. . Electric current/voltage

CB81

CB82

CB83

CB84

CB85

CB86

CB87

CB90

. Temperature of heat/cold storage units, heat storage capacity

. Temperature of computers/servers

. Condition of filters

. Lighting equipment

. Communication devices (speed and conditions of communication)

. Information on devices in the system

. Information on casing peripheral equipment (raising and lowering devices, etc.)

. Others

DA00
TIMING OF SENSING/CONTROLLING

DA01

DA02

DA03

DA04

DA05

DA06

DA07

DA08

DA09

DA10

. Operational conditions of air conditioners

. . Before air conditioning begins

. . Immediately after air conditioning begins (at startup)

. . Before air conditioning stops

. . After air conditioning stops

. . In standby state

. . When air flow speed/direction changes

. . When air conditioning load changes, when approaching target conditions

. . When defrosting

. . When abnormal events occur

DA11

DA12

DA13

DA15

DA20

. Preset time

. . When power usage peaks

. . At night, when electricity is inexpensive

. During installation, maintenance

. Others

EA00
CHARACTERISTICS OF CALCULATIONS/PROCESSING

EA01

EA02

EA03

EA04

EA06

EA07

EA08

EA09

. Prediction/estimation based on data

. . Comfort index (PMV), feeling cool

. . Inference of currently unknown values

. . Prediction of future values

. Comparison of data

. . Comparison of input/computed values with reference values

. . Comparison between simultaneously obtained input and computed values

. . Comparison between different times

EA11

EA12

EA13

EA14

EA17

EA18

EA19

. Control mode

. . On/off control

. . Capability control

. . . Duty ratio control

. Reset data

. Maintaining output for a certain duration/delaying output

. Use of maps/tables

EA21

EA22

EA23

EA24

EA26

EA27

EA28

EA30

. Algorithm

. . Control through learning

. . Control of fluctuations

. . PI/PID control

. Correction of input values

. Correction of reference/threshold values

. Correction of formulas/models

. Others

FA00
CONTROL DETAILS

FA01

FA02

FA03

FA04

FA05

FA06

FA07

FA08

FA09

FA10

. Change/resetting of set/target values

. . Operation mode

. . Target room temperature

. . Target temperature of supply/emitted air

. . Target temperature of heat exchangers

. . Target humidity and dew-point temperature

. . Air volume and speed settings

. . Set air flow direction

. . Power consumption and supply

. . Temperature of cooling/cold/hot water

FA12

FA13

FA14

FA15

FA16

FA20

. . Related to time

. . . Operation time

. . . Start and end times of operation

. . Priority of devices

. . Number of devices in operation

. Others

FB00
TARGETS TO BE CONTROLLED/TARGETS TO WHICH SIGNALS ARE SENT (TEMPERATURE AND HUMIDITY REGULATING DEVICES)

FB01

FB02

FB03

FB04

FB05

FB06

FB07

FB08

FB09

FB10

. Compression refrigeration cycles

. . Compressors

. . . Crankcase heaters

. . . Inverter-equipped compressors

. . . Engine driven compressors

. . . Volume changeable compressors

. . Expansion valves, orifices, ejectors

. . Refrigerant control valves (excluding expansion valves)

. . . Four-way valves

. . . Hot gas bypass valves

FB12

FB13

FB14

FB15

FB16

FB17

FB18

FB19

. . Indoor (user side) fans

. . Outdoor (heat source side) fans

. . Defrost/anti-freezing devices

. . Indoor (user side) hear exchangers

. . Outdoor (heat source side) heat exchangers

. . . Heat exchangers that exchange heat with liquids such as water

. . Devices that supplementarily cool/heat refrigerants

. . Branching units

FB21

FB22

FB23

FB24

FB25

FB26

FB27

FB28

FB29

FB30

. Air conditioners that use hot and cold water

. . Supply water pumps

. . . Hot and cold water pumps

. . . Cooling water pumps

. . Flow rate control valves

. . . Bypassing of a heat exchanger between two headers

. . . Valve installed for each indoor heat exchanger

. . . Valve installed for each heat source machine

. . Indoor heat exchangers, fan coil units

. . Fans

FB32

FB33

. . Heat source machines

. . Cooling towers

FB41

FB42

FB43

FB44

FB45

FB47

FB48

. Central air conditioners

. . Condensers

. . Heaters

. . Fans

. . Devices that draw in or condition outside air

. Radiant air conditioning systems

. . Radiant air conditioning systems that use hot and cold water

FB51

FB53

FB54

FB55

FB57

FB58

FB59

FB60

. Auxiliary means of heating/cooling

. Special heat sources

. . Use of natural energy (solar, geothermal)

. . Waste and surplus heat

. Heat/cold storage devices

. . Ice thermal storage

. . Heat storage using hot and cold water

. . Heat storage using building frames

FB61

FB62

FB63

FB64

FB65

FB66

FB67

FB68

FB69

FB70

. Dehumidifiers/humidifiers

. . Devices that use sorbents

. . . Devices that use rotors

. . . Batch devices

. . . Reusable heat sources

. . Devices that use water-absorbing liquids

. . Humidifiers that do use the means of adsorption or absorption

. . . Ultrasonic devices

. . . Devices that heat humidifying parts (excluding reusable heat sources)

. . . Amount of water entering humidifiers/amount of mist

FB72

FB73

FB80

. . Fans

. . Water draining devices

. Others

FC00
TARGETS TO BE CONTROLLED/TARGETS TO WHICH SIGNALS ARE SENT (AIR FLOW PATHS, PERIPHERAL EQUIPMENT)

FC01

FC02

FC03

FC04

FC05

FC06

FC07

FC08

. Means of ventilation, air flow paths

. . Outside air intake fans

. . Exhaust fans

. . Circulation fans

. . . Electric fans, air circulators

. . Air supply/exhaust paths (damper, VAV)

. . Indoor openings (in floors, ceilings, walls)

. . Windows, doors

FC11

FC12

FC13

FC14

FC15

FC16

FC17

. Components attached to frames/casings

. . Air intakes

. . . Parts that open/close air intakes

. . Air outlets

. . . Vertical louvers

. . . Horizontal louvers

. . Raising and lowering devices

FC21

FC22

FC23

FC24

FC25

FC26

FC27

FC28

. Devices that treat air for the purposes other than adjusting its temperature or humidity

. . Electrostatic dust collectors

. . Filters

. . . Filter cleaning devices

. . Deodorizing devices

. . Devices that add fragrance to the air

. . Devices that add oxygen to the air

. . Devices that produce ions or ozone/electrostatic atomizers

FC31

FC32

FC33

FC34

FC35

FC36

FC37

FC38

FC39

FC40

. Power supplies

. Means of storing/backing up data

. Communication devices (networking equipment, mobile phones)

. Electricity/electronic circuits

. Peripheral equipment

. . Water heaters

. . Blinds, curtains

. . Lighting equipment

. . Showcases

. Others

GA00
RELATED TO OPERATION/DISPLAY

GA01

GA02

GA03

GA04

GA05

GA06

. Operation units

. . Remote controls

. . . Mounting

. . . Button arrangements

. . Touch panels

. . Use of pull-down menus

GA11

GA12

GA13

GA14

GA15

GA16

GA17

GA18

GA19

GA20

. Output/display contents

. . Temperature

. . Humidity

. . The amount of winds, wind velocity, wind direction

. . Mode of operation and operational status

. . Electric power, electric energy, electricity bill

. . The abnormalities, alarm and advice

. . Energy-saving effect

. . Display/explanation of the control unit

. . System and the attribute/information of a unit

GA22

GA23

GA24

GA26

GA27

GA28

GA30

. . History

. . Time, period, schedule

. . The quality of air, cleanliness factor and concentration

. Constitution of the display

. . Using seven segments

. . Consisting of lamp strings

. Others

HA00
DETAILS IN WHICH A CONTROL UNIT IS COMMON.

HA01

HA02

HA06

HA10

. A detecting element and a sensor

. . Attachment

. Timer

. Others

JA00
A NETWORK AND A MEANS OF COMMUNICATION

JA01

JA02

JA03

JA04

JA05

JA06

JA07

JA08

. Signal transmission

. . Signal transmission between the units outside the interior of a room

. . . Multi-air-conditioner

. . Signal transmission between different construction buildings

. . The signal transmission of the main phone and a cordless handset

. . . Main phone/representation machine being exterior units

. . . Main phone/representation machine being interior units

. . A program/transmission of machine type information

JA11

JA12

JA13

JA14

JA15

JA16

JA17

JA18

JA19

JA20

. Network

. . Having a public network/LAN between the central apparatus and air-conditioning machines

. . Public network/LAN between central apparatus and terminals

. . Repeating installation between the central apparatus and the air-conditioning machines

. . Connect with outside facilities through public network.

. . Home network

. . Network in an office/a building

. . The terminal unit is a portable device.

. . Containing peripheral equipment other than air-conditioning machine

. . Having the feature in use of cable and radio

JA21

JA22

JA23

JA24

JA30

. The function of a central apparatus

. . Only monitoring

. . Performing a part of air-conditioning control with a central apparatus

. . Performing all the air-conditioning control with a central apparatus

. Others

3L260	AIR CONDITIONING CONTROL DEVICE
	F24F11/00 -11/89