F-Term-List

H05B37/00-39/10

AA00
PURPOSE AND EFFECTS (1)*

AA01

AA02

AA03

AA04

. Illumination classifications*

. . Partial illumination

. . Partitioned illumination

. . Changes in illumination classifications

AA11

AA12

AA13

AA14

AA15

AA16

. Improvements*

. . Improvements in accuracy

. . Improvements in identification and discrimination

. . Improvements in responsiveness and tracing capability

. . Improvements in calculation speed

. . Improvements in efficiency

AA21

AA22

AA23

AA24

AA25

AA26

AA27

AA28

AA29

AA30

. Prevention or restraint*

. . Prevention or restraint of variations

. . . Prevention or restraint of voltage variations

. . . . Prevention or restraint of fluctuations in the source voltage

. . . Prevention or restraint of variations in the electric current

. . Prevention or restraint of unstable operation

. . . Prevention or restraint of flicker

. . Malfunction prevention or restraint

. . Prevention or restraint of noise

. . Prevention or restraint of rush current

AA31

AA32

AA33

AA34

AA35

AA36

AA37

AA38

AA39

AA40

. Indicators*

. . Remainder indicators

. . Failure indicators

. . . Disconnection indicators

. . . . Monitors

. . . Test indicators

. Warning

. Confirmation

. . Operation confirmation

. . Location confirmation

AA41

AA42

AA43

AA44

AA45

AA46

AA47

AA48

AA49

AA50

. Control

. . Power controls

. . . Constant power control

. . . Control of continuously changing output power

. . Selection and limitation

. . . Load selection and limitation

. . . Mode selection and limitation

. . Temperature control

. . Start control

. . Stop control

AA51

AA52

AA53

AA54

AA55

AA56

AA57

AA58

AA59

AA60

. . Elongation control

. . Light adjustment control*

. . . Luminosity adjustment control

. . . Light level control

. . . . Full-lighting light adjustment control

. . . . Control of a series of light-up/black-out phases

. . . . Control of light level changes

. . . . Control of light adjustment steps

. . . Control of light adjustment curves

. . . Control of light adjustment patterns

AA62

AA63

AA64

AA65

AA66

AA67

AA68

AA69

AA70

. . . Control of light adjustment for multiple loads (i.e., lighting devices)

. . . Brightness adjustment controls

. . . . Control of day-and-night brightness adjustments

. . . Smooth light adjustment controls

. . . High-precision light adjustment controls

. . Correction control*

. . . Characteristic approximation correction controls

. . Security controls

. . . Temperature security controls

AA71

AA72

AA73

AA74

AA75

AA76

AA77

AA78

AA79

. Operation and setting*

. . Means of specific operations and settings

. . Remote control and setting

. . Centralized operations and settings

. . Ease of operation and setting

. . Ease of testing

. . Operation and setting for changing priorities

. . Operation and setting corresponding to the room use

. . High-precision operation and setting

AA81

AA82

AA83

AA84

AA85

AA86

AA87

. Speed of operation*

. Memory and modification of contents thereof*

. Power savings

. Readily available power supply

. Detection*

. Ease of maintenance or inspection

. Extension of useful life

AA91

AA92

AA93

AA94

AA95

AA96

AA97

AA98

. Failure or protection*

. . Failure detection and protection

. . . Disconnection detection and protection

. . . . Continuous disconnection detection and protection

. . . . Disconnection warnings

. . . . Surge protection or protection against inductive disruption

. . Prevention and protection against overcharging

. . Power failure protection

AB00
OTHER PURPOSES AND EFFECTS (2)*

AB01

AB02

AB03

AB04

AB05

AB06

AB07

AB08

. Weight, length, or thickness reduction

. Dual-purpose application and integration

. Efficiency of wiring and connection

. Elimination or simplification

. Combination and addition

. Prevention or detection of damage and deformation

. Manufacturing and operation efficiency

. Others*

BA00
OBJECTS OF DETECTION*

BA01

BA02

BA03

BA04

BA05

BA06

BA07

BA08

BA09

BA10

. Detection of voltage*

. . Power-supply voltage

. . Reference voltage

. . Overvoltage

. . Charging voltage

. . Undervoltage and instantaneous power breaks

. . Zero voltage

. . Fluctuating voltage

. Detection of electric current*

. . Overcurrent

BA11

BA12

BA13

BA14

BA15

BA16

BA17

BA18

BA19

BA20

. . Charging current

. . Zero-level electric current

. Electric power

. Frequency*

. Waveform*

. Phase*

. Cycle*

. Power factors

. Impedance detection*

. . Resistance

BA21

BA22

BA23

BA24

BA25

BA26

BA27

BA28

BA29

BA30

. . Inductance

. Pulses or high frequency signals*

. Ignition angle*

. Light (i.e., electro-magnetic waves) detection

. . Infrared rays (e.g., detection of human presence)

. . Amounts of light

. . Natural light detection

. Luminance detection*

. Brightness detection

. Heat detection

BA31

BA32

BA33

BA34

BA35

BA36

BA37

BA38

. Temperature detection

. . Detection of color temperature

. Sound detection

. Detection of movement range

. . Opening and closing of the gates

. Time

. Vibration

. Magnetism, magnetic flux and field detection

CA00
INPUT MEANS*

CA01

CA02

CA03

CA04

CA05

. Switch input

. Image input

. Card input

. Sound input (e.g., voice)

. Sensor input

CB00
INPUT SYSTEMS*

CB01

CB02

CB03

CB04

CB05

CB06

CB07

CB08

. Remote-control systems

. Power-line carrier systems

. Time-sharing systems

. . Time-division multiplex systems

. Polling systems

. Wireless systems

. . Optical systems (i.e., using electro-magnetic wave)

. . Acoustic wave systems

CC00
SETTINGS*

CC01

CC02

CC03

CC04

CC05

CC06

CC07

CC08

CC09

CC10

. Operation modes

. . Light adjustment*

. . . Light-fade adjustment

. . . . Main-fader light adjustment

. . . . Cross-fader light adjustment

. . . . Group-fader light adjustment

. . Electrical load allocation

. . . Pattern of load allocation

. . . Batch load allocation

. . . Change in load allocation during electrical loading

CC11

CC12

CC13

CC14

CC15

CC16

CC17

CC18

CC19

. . Time setting

. . Light adjustment levels

. . . Changing of light-levels during operation

. . . Setting of light levels by a specific time

. . . Gradual or smooth changing of light levels

. . . Light adjustment in steps

. . Location selection

. . Return to fixed values in case of failure

. . Subdivision of settings

CC21

CC22

CC23

CC24

CC25

. Transmission and receiving*

. . Transmission of control data to terminals

. . Transmission of check information to terminals

. . Transmission of control data to base stations

. . Transmission of check information to base stations

CD00
INDICATORS*

CD01

CD02

CD03

CD04

CD05

CD06

CD07

CD08

CD09

CD10

. Lights-on indicator

. Lights-out indicators

. Flashing indicators

. Monitors

. . Monitors using semiconductor elements

. . Failure indication monitors

. . . Indication in response to abnormal loads

. . . Disconnection indication

. Useful life indicators

. Control function indicators

CE00
SIGNALS*

CE01

CE02

CE03

CE04

CE05

CE06

CE07

CE08

CE09

CE10

. Controller signals

. Load signals

. Analog signals

. Digital signals

. Reply data

. Control data

. Transmission data

. . Starting data

. . Address data

. . Load-assignment data

CE11

CE12

CE13

CE14

CE15

CE16

CE17

. . Terminal-assignment data

. Light-adjustment data

. . Time data

. . Check data

. Monitoring data

. . Monitoring data from terminals or switches

. . Monitoring data from sensors

CF00
DETECTION*

CF01

CF02

CF03

CF04

CF05

CF06

CF07

CF08

CF09

CF10

. Constant detection

. Disconnection detection

. . Detection of all parameters at switch-on

. . Multiple-load detection

. . . Sequential detection

. . . Detection of all parameters at once

. Detection signals

. . High-frequency signals

. Parameters detected (e.g., impedance)

. . Electric-current detection

CF11

CF12

CF13

CF14

CF15

CF16

CF17

CF18

CF19

CF20

. . Magnetic field detection areas (e.g., current transformers and relays)

. . Voltage detection

. . Light detection

. Processing circuits*

. . Power supplies used for detection

. . Digital circuits (e.g., memory)

. . Logic circuits*

. . Comparator circuits

. . . Characteristic approximation circuits

. . Photo-couplers

CF21

CF22

CF23

. Deterioration detection

. Temperature detection

. Testing

CG00
CONTROLS*

CG01

CG02

CG03

CG04

CG05

CG06

CG07

CG08

CG09

CG10

. Feedback control

. . Setting of reference levels

. . . Hysteresis settings

. . . Setting of constant values

. Sequential control*

. . Program control

. . . Program modification

. . Condition control

. Phase control

. Ratio control (e.g., duty ratio)

CG11

CG12

CG13

CG14

CG15

CG16

CG18

CG19

. Frequency control

. Pulse control

. . Pulse-width control

. Amplitude control

. Timer control

. Power-supply control

. Start

. . Soft start

CG21

CG22

CG23

CG24

CG25

CG26

CG27

CG28

CG29

CG30

. Switching control*

. . Feeder-circuit switching control

. . . Switching-circuits switch control

. . . . Thyristor-switching circuits

. . . . Transistor-switching circuits

. . . . Switching of multiple switches

. . Load-circuit switching

. . . Multiple-load switching

. . . . Load-pattern switching

. . . . Switching of all loads at once

CG31

CG32

CG33

CG34

CG35

CG36

CG37

. . Priority switching

. . . Switching of main operator panel and terminal control

. . . Switching of luminosity selection and priority

. Charge control

. . Control of the amount of electrical charge

. Discharge control

. . Backup control (e.g., auto switching)

CG41

CG42

CG43

CG44

CG45

CG46

CG47

. Adjustment control*

. . Control of light adjustment levels

. . . Control of light adjustment level for a single lighting device

. . . Control of light adjustment level for a group of lighting devices

. . Electric current adjustment

. . . Resistance adjustment

. . . Bias adjustment

CG51

CG52

CG53

CG54

CG55

CG56

CG57

CG58

CG59

. Conversion control*

. . High-frequency conversion

. . Electric power conversion

. . Direct current (DC) to direct current (DC) conversion

. . Direct current (DC) to alternating current (AC) conversion

. Intermittent or diminishing control

. Shielding control

. Shutdown of operation when operation is unnecessary

. Other control modes*

CH00
INFORMATION PROCESSING

CH01

CH02

CH03

CH04

CH05

CH06

CH07

CH08

CH09

CH10

. Calculation operations and processing*

. . Correction operations and processing

. . . Set-value-correction operations and processing

. . . Time-correction operations and processing

. . Allocation operations and processing

. . . Load-allocation operations and processing

. . . Luminosity-allocation operations and processing

. . . Time-allocation operations and processing

. . . Address-allocation operations and processing

. . . Overlap-allocation operations and processing

CH12

CH13

CH14

CH15

CH16

CH17

CH18

CH19

CH20

. . Signal-selection operations and processing

. . . Maximum-signal-selection operations and processing

. . . Operations and processing for selection of signals corresponding to values in memory or tables

. . Signal-synthesis operations and processing

. . Constant operation and processing

. . Operations and processing during input

. . Priority operations and processing

. . Parallel operation

. . Functional operations and processing

CH21

CH22

CH23

CH24

. Memory*

. . Storage of previous conditions

. . Storage in tables

. . Storage on cards

CH31

CH32

CH33

. Reading*

. . Changing of sequence during reading

. . Reading of a variable as a constant

CH41

CH42

CH43

CH44

. Rewriting*

. . Rewriting based on sensor input

. . Rewriting based on operation input

. . Rewriting based on operation results

CJ00
DEVICES*

CJ01

CJ02

CJ03

CJ04

CJ05

CJ06

CJ07

CJ08

CJ09

CJ10

. Main operator panels (i.e., base stations)*

. Terminals (e.g., handsets)*

. Wall switches

. Telephones

. Interfaces

. Transmitters

. Faders

. Monitors

. Testing switches

. Shields

CJ11

CJ12

CJ13

CJ14

CJ15

CJ16

CJ17

CJ18

CJ19

CJ20

. Fluorescent lighting

. . Lighting with a means for exchange

. . . Circuit-type fluorescent lighting

. . Incandescent lighting

. . . Gas-filled incandescent lighting

. . Discharge lamps

. . Semi-conductor light-emitting elements*

. Circuits*

. . Parts*

. . . Magnetic devices of variable saturation

CJ21

CJ22

CJ23

CJ24

. . . Semiconductor elements

. . . Sensors

. . . . Directed sensors

. . . . Arranged or positioned sensors

CK00
OTHER DEVICES*

CK01

CK02

CK03

CK04

CK05

CK06

CK07

. Mountings and arrangements*

. Shapes and structures*

. . Dual-purpose applications or combinations

. . Changes and modifications

. Additions and weight increases

. Shaping or processing

. Material selection*

CL00
POWER SUPPLIES*

CL01

CL02

CL03

CL04

CL05

CL06

CL07

CL08

CL09

CL10

. Direct current (DC) power supplies

. . Backup power supplies

. . . Floating-charge-type backup power supplies

. . . Power-supply-switch-type backup power supplies

. . . . Semiconductor-switch control circuits

. . . Capacitors for short-term power supply

. . . Photocells

. Direct current (DC) to alternating current (AC) power supplies

. . Commercial-type power supplies

. . . Inverter-type power supplies

CL11

CL12

CL13

CL14

CL15

CL16

. Direct current (DC) to Direct current (DC) power supplies

. Alternating current (AC) power supplies

. . Commercial wave power supplies

. . . Inverter-type power supplies

. Alternating current (AC) - Direct current (DC) power supplies

. . Power supplies operating in parallel

CM00
OBJECTS OF CONTROL*

CM01

CM02

CM03

CM04

CM05

CM06

CM07

CM08

CM09

. Voltage

. Electric current

. Electric power

. Temperature (e.g., heat)

. Time

. Frequency

. Amount of light or luminosity

. Phases or cycles

. Others

3K073	CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES
	H05B37/00 -39/10