F-Term-List

H05B1/00-3/00,375

AA00
PURPOSE AND EFFECTS*

AA01

AA02

AA03

AA04

. Improvement in raising temperatures

. . Quick heating

. . . Preheating

. . Prevention of overshooting

AA11

AA12

AA13

AA14

AA15

AA16

. Improvement of safety

. . Prevention of excessive rise in temperature

. . . Prevention of local overheating

. . . Prevention of fires

. . . Prevention of burns

. . Prevention of current leakage or electric shock

AA22

AA23

AA24

AA25

AA26

AA27

AA28

AA29

AA30

. . Prevention of damage to equipment

. . . Protection of switching sections

. . . Prevention of chattering

. . . Prevention of capacity overload

. . . . Prevention of overcurrent

. . . . . Protection against rush current

. . . Prevention of faulty contact (e.g., electrode or sensor attachment)

. . . Prevention of sparks

. . . Surge countermeasures

AA32

AA33

AA34

. . . Protection of sensing sections

. . . . Prevention of sensor polarization

. . Prevention of damage to heated objects

AA41

AA42

AA43

AA44

AA45

AA46

. Improvement of accuracy or reliability

. . Improvement of sensing accuracy

. . . Prevention of heater effects on heat-sensitive sections

. . . Accommodation of heater switching

. . Prevention of deterioration in characteristics (e.g., extending life)

. . Noise countermeasures

AA51

AA52

AA53

AA54

AA55

. Accommodation to the equipment's external environment

. . Accommodation to multiple types of power sources (e.g., voltage or frequency)

. . Accommodation to power source voltage fluctuations

. . Accommodation to fluctuations in ambient temperature

. . Accommodation fluctuations in humidity

AA61

AA62

AA63

AA64

AA65

. Comfort of use

. . Improvement in operability

. . . Remote operation

. . Accommodation to repeated use

. . Accommodation to the heating capacity of the heated objects

AA71

AA72

AA73

. Improvement of thermal stability

. . Reduction of temperature ripples

. Improvement of response

AA81

AA82

AA83

AA84

AA86

AA87

AA88

. Power conservation

. Ease of maintenance

. . Ease of attaching or removing components

. . Testing or repair

. Uniform heating

. High-efficiency heating

. Adjustment of heating ranges

AA91

AA92

AA93

AA94

AA95

AA96

AA97

AA98

. Simplification of structure

. . Integration or provision of common use for multiple parts

. . Simplification of connecting wires

. . Elimination of temperature sensors

. Miniaturization or space-savings

. Notification of equipment states

. . Notification of abnormalities

. . Facilitation of confirmation

BA00
APPLICATIONS*

BA01

BA02

BA03

BA04

BA06

BA07

BA08

BA09

. Warming

. . Carpets

. . Electric blankets

. . Electric heaters

. Cooking

. . Hot plates

. . Ovens and ranges

. . Rice cookers

BA11

BA12

BA14

BA15

BA16

BA17

BA18

BA19

. Liquid heating

. . Pots

. Crystal growth

. Soldering

. Snow melting

. De-fogging (i.e., preventing condensation)

. Fixing (i.e., copiers)

. Electric furnaces

CA00
SENSING SECTIONS

CA01

CA02

CA03

CA04

CA05

CA06

CA07

CA08

. Sensed variables

. . Electrical variables*

. . . Voltage

. . . Current

. . . Power

. . . Phase

. . . Zero-cross points

. . . Electrostatic capacitance

CA12

CA13

CA14

CA15

CA16

CA17

CA18

. . Non-electrical variables*

. . . Humidity (i.e., moisture)

. . . Pressure

. . . Position

. . . Time

. . . Light

. . . Gas concentration

CA21

CA22

CA23

CA24

CA25

CA26

CA27

CA28

CA29

. Locations where sensors are installed

. . Locations inside main equipment units

. . . Load sections

. . . Control sections

. . . Switching sections

. . Locations outside equipment main units

. . . External controllers

. . . Sections with heated objects

. . . . Use on humans

CA31

CA32

CA33

CA34

CA35

CA36

CA37

CA38

CA39

CA40

. Purpose of detection*

. . Detection of faulty connections

. . . Detection in sections other than heating sections

. . Detection of short-circuits

. . . Detection of short-circuits between heating sections and sensing electrodes

. . . Detection of relay contact welding

. . Detection of the presence of people

. . . Detection of the presence of beings in bed

. . Sensing of carpet states

. . . Detection of the presence of covers

CA41

CA42

CA43

CA44

CA45

CA46

. . Detection of current leakage

. . Detection of cleaning

. . Sensing of skin temperature

. . Detection of boiling

. . Detection of the capacitance of heated objects

. . Detection of heat flow

CA51

CA52

CA54

CA55

CA56

CA57

CA58

CA59

CA60

. Sensing of section structure

. . Heat-sensitive wire

. . Variants that have heat-sensitive layers

. . . Wires

. . . . Variants that have electrodes which double as heaters

. . . Planar variants

. . . . Variants characterized by electrode arrangements or patterns

. . . . Variants that have electrodes which also serve as heaters

. . . Variants that have reflector electrodes

CA61

CA62

CA63

CA64

CA65

CA66

CA68

CA69

CA70

. . Thermistors

. . . Variants that have positive temperature/resistance characteristics (PTC)

. . . Variants that have negative temperature/resistance characteristics (NTC)

. . . Thermistor materials or material qualities

. . . . Resins or plastics

. . . . Ceramics

. . Semiconductor pn-junction elements

. . Thermocouples

. . Radiation thermometers (e.g., infrared sensors)

CA71

CA72

CA73

CA75

CA76

CA77

CA78

. . Thermostats

. . . Bimetal types

. . . Bellows types (i.e., using heat-sensitive tubes or rods)

. . Superconductors

. . Use of ultrasonic waves

. . Shape-memory alloys

. . Variants that have fusing sections

CA81

CA82

CA83

CA85

CA86

CA87

CA88

. . Unbalanced-current-detecting circuits

. . . Bridge circuits

. . . . Bridge circuits with loads occurring on one side

. . Application of high frequency to the detecting elements

. . Observation of voltage at both ends of a resistor

. . Transformers or current transformers

. . Use of filters

CA91

CA92

CA93

CA95

CA96

. . Detecting element arrangements

. . . Variants that have multiple detecting elements

. . . Variants characterized by arrangements of filamentary detecting elements

. . Variants that detect when there is no current

. . Changes in detection times

CB00
CONTROL SECTIONS

CB01

CB02

CB03

CB04

CB05

CB06

CB07

CB09

CB10

. Control modes*

. . ON/OFF control

. . . Control related to hysteresis

. . . Zero-volt switching

. . . . Cycle control (i.e., frequency control)

. . Phase control

. . Pulse-width modulation (PWM) control

. . Voltage control

. . Current control

CB12

CB13

CB14

CB15

CB18

CB19

CB20

. . Constant value control

. . Tracking control

. . Ratio control

. . Program control

. . Combinations of control modes

. . Time-shared control

. . Current flow that switches between full-wave and half-wave

CB21

CB22

CB23

CB24

CB25

CB26

CB27

CB28

CB29

CB30

. Control section structure

. . Use of microcomputers

. . Variants that have arithmetic functions

. . . Calculation of load resistance values

. . . Calculation of rates of temperature change

. . . Calculation of power values

. . Variants that have timers

. . . Capacitor-resistor timers

. . . Counter circuits

. . . Delay circuits

CB32

CB33

CB34

CB35

. . Logic circuits (i.e., digital circuits)

. . Sensing signals that are converted to capacitor voltages

. . Controllers

. . . Variants that have a controller outside the main unit

CC00
SETTING SECTIONS

CC01

CC03

CC05

CC06

CC07

CC09

. Setting with voltage dividers

. Setting with digital values

. Change of settings

. . Variants that change automatically

. . . Variants that respond to the environment external to the equipment

. Variants that have multiple settings

CD00
SWITCHING SECTIONS OF MAIN CIRCUITS

CD01

CD02

CD04

CD06

CD07

. Contactless switches

. . One-way switches

. Contact switches

. Use of a plurality of switches

. . Combined use of contactless switches and contact switches

CE00
LOAD SECTIONS

CE01

CE02

CE03

CE04

CE05

. Heating element materials

. . Metals

. . Non-metals

. . . Ceramics

. . Materials with positive temperature characteristics (non-metals are also assigned to CE03)

CE11

CE12

CE13

CE15

CE16

CE17

CE18

CE19

. Heating element shapes

. . Linear shapes (drawings)

. . Planar shapes (drawings)

. Heating body shapes

. . Rods or wires (drawings)

. . Tubes (drawings)

. . Rings (drawings)

. . Planar shapes (drawings)

CE21

CE22

CE23

CE24

CE25

CE26

CE27

CE28

CE29

CE30

. Use of multiple heating elements (drawings)

. . Selective application of current

. . . Variants that are independently controlled

. . . Switching of the heating position

. . Switching of the heating capacity

. . Changing of the output distribution

. . Heating element connections

. . . Serial connections (drawings)

. . . Parallel connections (drawings)

. . . Serial and parallel connections (drawings)

CE31

CE32

CE35

. Variants that have multiple heating apparatuses (drawings)

. . Variants that have different types of heating apparatuses

. Variants that are accompanied by movement of the heater

CF00
NOTIFICATION SECTIONS*

CF01

CF02

CF03

CF05

CF06

. Visual variants

. . Variants that use characters or numerals

. . Variants that use changes in color

. Auditory variants

. . Variants that use voice

H05B3/00,335

DA00
ROTARY HEATING ROLLERS*

DA01

DA02

DA03

DA04

DA05

DA06

. Heating sections

. . Use of lamp heaters

. . Rollers that serve as heating bodies

. . . Variants with heating layers on the rollers

. . Variants that have cartridge-type heaters

. . Axial variation of heating power

DA11

DA12

DA13

DA14

DA15

. Power feed sections

. . Division of power feed brushes with one pole into multiple units

. . Power feed brushes that simultaneously serve as pressing springs

. . Axial application of elastic force

. . Provision of an electrode at only one end of the roller

DA21

DA22

DA23

DA24

DA25

DA26

. Roller sections

. . Variants that have a heating medium

. . . Variants with a heating medium that is agitated

. . Variants that have heat-blocking members

. . Consideration of the thermal capacity of the rollers

. . Consideration of the thermal conductivity of the rollers

H05B3/00,345

EA00
HEATING APPARATUSES THAT USE REFLECTING MIRRORS*

EA01

EA02

EA03

EA04

EA05

EA06

. Reflecting mirror structure

. . Types with a single ellipsoid (drawings)

. . Multiple-ellipsoid types (drawings)

. . Spheroid types (drawings)

. . . Variants that have many units (drawings)

. . Ring-shaped variants (drawings)

EA11

EA13

EA14

EA15

. Focal point movement

. Manipulation of convergence by using reflecting mirrors

. . Variants that have slits

. . Variants that have condensing lenses

EA21

EA23

EA25

. Monitoring inside of mirrors

. Variants that have cooling apparatuses

. Variants that have core pipes

H05B3/00,340

FA00
HEATING APPARATUSES THROUGH WHICH CURRENT FLOWS DIRECTLY*

FA01

FA02

FA03

FA04

FA05

FA06

FA07

FA08

FA09

FA10

. Electrodes

. . Two electrodes (drawings)

. . Three or more electrodes (drawings)

. . Variants that clamp to conduct electricity

. . . One pair of clamping means (drawings)

. . . Two or more pairs of clamping means (drawings)

. . Rotary electrodes (e.g., pulleys or rolls)

. . Movable point of contact between electrodes and heated materials

. . . Movable electrodes

. . Variants that have apparatuses that prevent deposition

FA11

FA13

FA14

FA15

. Variants that have cooling means

. Movable heated objects

. . Variants that are shifted

. . Use of conveyors

H05B1/00-3/00,375

GA00
OTHERS*

GA01

GA02

GA03

GA04

GA05

GA06

GA08

. Equipment main units

. . Removable connectors

. . Variants that have thermal conductors

. . Variants that have heat storing materials

. . Variants that have heating containers

. . Variants that move the heated objects

. Polyphase power sources (e.g., three-phase or six-phase)

3K058	CONTROL OF RESISTANCE HEATING
	H05B1/00 -3/00,375