F-Term-List

G01K1/024

AE00
CIRCUIT FOR REMOTE OPERATION

AE01

AE03

AE05

AE07

. Detection units with power supplies

. Detection units without power supplies

. Temperature measuring techniques

. Transmission techniques

G01K1/08@P;1/10;1/12

BP00
STRUCTURE OR MATERIAL OF PROTECTIVE TUBE

BP01

BP02

BP03

BP04

BP05

BP06

BP07

BP08

BP09

BP10

. Multi-layer tubes including coatings

. Compositions of protective tubes being unspecified

. Metal or alloy tubes

. Quartz tubes

. Graphite or carbide tubes

. Nitrides borides or silicides

. Oxides or porcelains

. Mortar materials or cement materials

. Fibrous materials or paper tubes

. Other compositions

G01K1/143

CA00
MOUNTING STRUCTURE OR KIND OF THERMOMETERS

CA01

CA02

CA03

CA04

CA05

CA06

CA08

. supporting or mounting on objects to be measured

. . supporting bottoms or inside of holes

. . using magnets suction cups or adhesive tapes

. . fixed by welding

. . fixed by embedding in grooves

. . Supports incorporating bolts nuts or washers

. . supporting on tube surfaces

CA11

CA14

CA15

CA16

CA17

CA18

. supporting or mounting on scale plates

. mounting resistance sensors

. mounting thermocouples

. mounting glass thermometers

. mounting expansion thermometers other than glass thermometers

. mounting other thermometers

G01K1/14@B

CB00
PENETRATION OR SUPPORTING PROTECTIVE TUBE

CB01

CB03

CB05

CB06

. Protective tubes not protruding

. Protective tubes protruding or retracting

. Protective tubes protruding

. . fixing the tips of protruding protective tubes

G01K1/14@E

CE00
KIND OF THERMOMETER

CE01

CE04

CE06

CE08

CE10

. for thermistors or thermocouple thermometers

. for glass thermometers

. for expansion thermometers other than glass thermometers

. for other thermometers

. Kinds of thermometers being unspecified

G01K1/14@L

CL00
APPARATUS WHOSE TEMPERATURE IS MEASURED

CL01

CL02

CL03

CL04

CL05

CL06

CL07

CL08

CL09

. Heating devices or heating systems

. Cooking utensils or food processors

. Dryers

. Water heaters or solar energy devices

. Cold storage devices or freezers

. Measuring instruments or analysing instruments

. Electrical devices

. Medical instruments

. Household supplies or utensils

CL11

CL12

CL13

. Internal-combustion engines or automobiles

. Industrial machines or production machinery

. Furnaces casting or rolling

G01K1/16;1/18

DA00
INCREASE OR DECREASE IN THERMAL TIME CONSTANT

DA01

DA02

DA03

DA04

DA06

DA07

DA08

DA09

. decreasing thermal time constant

. . decreasing thermal contact resistance

. . collecting heat from fluids

. . Heat conduction from remote objects whose temperature is measured

. increasing thermal time constant

. . Addition of heat storage elements or dummies to thermo-sensitive sections

. . Reduction of incoming or outgoing heat by insulating members

. without description of thermal time constant

G01K3/02@M;3/04;3/06

EM00
KIND OF TEMPERATURE SENSOR

EM01

EM05

EM06

EM07

EM09

. using mechanical sensors

. using thermocouples

. using resistance sensors

. using diodes or transistors

. without description of kinds of sensors

G01K3/02

ES00
PRINCIPLE FOR INTEGRATING VALUE

ES01

ES07

. using chemical phenomena

. having electronic circuits

G01K5/02;5/02@A;5/02@Z

FB00
STRUCTURE OF GLASS THERMOMETER

FB01

FB02

FB03

FB04

FB05

FB06

FB07

FB08

FB09

FB10

. Manufacturing methods or devices

. supporting on scale plates

. supporting on objects to measure

. Scales or scale plates

. Temperature-sensitive sections

. having protective tubes

. Temperature-sensitive sections being separated from scales

. not supported by scale plates

. Non-linear shapes e.g. arc rectangular curve or dogleg shapes

. comprising more than one glass thermometer

G01K5/62

FM00
STRUCTURE OF BIMETAL THERMOMETER

FM01

FM02

FM03

FM04

FM05

FM06

FM07

FM08

FM09

FM10

. Manufacturing methods or devices

. having no pointer or indicator

. having pointers or indicators

. supporting on objects to measure

. using bimetal disks

. using bimetal plates

. using bimetal spirals

. using bimetal helixes

. using bimetal materials of other shapes

. Temperature-sensitive sections

G01K7/00@A

GA00
BASE, SEALING, OR PENETRATION OF TEMPERATURE DETECTOR

GA01

GA04

GA05

GA06

GA08

GA09

. Sealing lead wires or sheathing wires penetrating walls

. Structure for taking out lead wires from bases of detectors

. . having terminal box structure

. . Attachable or detachable connector structure

. Closing lids for detector bases

. fixing or sealing connecting parts of sheathing wires or lead wires

G01K7/00@J

GJ00
TEMPERATURE DETECTOR FOR HIGH FREQUENCY HEATING DEVICE

GJ01

GJ02

GJ03

GJ04

GJ06

. Independent temperature probes

. . Sensors or protective-tubes

. . Connectors attachable to or detachable from main bodies

. . Circuits built-in temperature probes

. Temperature detectors connected to main bodies

G01K13/20,341@D;13/20,341@G

HD00
STRUCTURE OF ELECTRONIC CLINICAL THERMOMETER

HD01

HD02

HD03

HD04

HD05

HD06

HD07

HD08

HD09

HD10

. supporting on objects to measure

. Accessories

. Shapes or forms

. flexible or soft structures

. Assembled structures

. Tip sensors

. Power supplies or batteries

. Power switches

. Buzzers

. Indicators

G01K13/20,361@G

HG00
DIGITAL CIRCUIT

HG01

HG03

HG05

HG07

. Measurement of maximum temperatures

. Conversion of body temperatures to electrical quantities

. Digital processing circuits or details thereof

. having blood-pressure or pulse-measuring units

G01K7/42@A

HX00
PREDICTIVE CALCULATION

HX01

HX04

HX06

. Addition of other constant values

. Calculating or storing empirical formulas or mathematical functions

. Calculating or storing theoretical thermal equilibrium expression

G01K7/00,381@G

JG00
NUMBER OF TEMPERATURE SENSOR

JG01

JG03

JG05

JG08

. using one temperature sensor

. using multiple temperature sensors

. without temperature sensor

. heating temperature sensors by heaters

G01K7/01@C

JT00
STRUCTURAL ELEMENT OF CIRCUIT

JT01

JT06

JT08

. using operational amplifiers

. without using operational amplifier

. using a one-chip sensor

G01K7/02@A

KA00
MATERIAL OR STRUCTURE OF THERMOCOUPLE WIRE

KA01

KA02

KA03

KA04

KA05

. Manufacturing methods or devices

. Thermocouple wire materials

. . Metals or alloys

. . Non-metallic materials e.g. graphite

. . Semiconductors

KA11

KA12

KA14

KA16

KA18

. Structure of thermocouple wires

. . supporting on objects to measure

. . Hot junctions

. . Thermocouples of thin films or vapour deposition structure

. . having multiple hot junctions

G01K7/02@C;7/04;7/06

KC00
STRUCTURE OF THERMOCOUPLE BUILT-IN PROTECTIVE TUBE

KC01

KC02

KC03

KC04

KC06

KC07

KC08

KC09

KC10

. Manufacturing methods or devices

. Moving cast chips or melted metal

. supporting on objects to measure

. Spring-loaded thermocouples

. Protective tubes

. Bases of protective tubes

. Insulators

. Gas suction thermocouples

. having cooling structure

KC11

KC12

KC13

KC14

KC17

KC18

KC19

. Thermocouple wires

. Hot junctions

. Hot junctions being exposed

. having multiple hot junctions

. having heaters

. having structure for deterioration prevention

. . Structure filled with inert gas or having vacuum inside

G01K7/02@L

KL00
THERMOCOUPLE THERMOMETER CIRCUIT

KL01

KL03

KL05

KL06

KL07

KL09

. Input means or multiplexers

. having compensation calibration or inspection means

. converting input into light signals

. Analogue processing circuits

. Digital processing

. Use in other devices

G01K7/13

LB00
COLD-JUNCTION TEMPERATURE-MEASURING SENSOR

LB01

LB03

LB05

LB08

. using resistive elements

. using diodes or transistors

. using thermocouples

. Multiple channels

G01K7/16@S

MS00
MATERIAL OF RESISTIVE ELEMENT

MS01

MS02

MS04

MS06

MS09

. using inorganic substances

. . Oxides

. . Other than oxides

. using organic substances

. without description of materials of resistive elements

G01K7/18@A

NA00
STRUCTURE OF TEMPERATURE-MEASURING RESISTOR

NA01

NA02

NA03

NA04

NA05

NA06

NA07

NA08

NA09

NA10

. Manufacturing methods or devices

. Structure of resistance wire elements per se

. . without surface coating on resistance wire elements

. . having surface coatings on resistance wire elements

. . Connections between resistance wire elements and lead wires

. housed in protective tubes

. . Wire resistance elements

. . supporting wire resistance elements

. . Insulators

. . Protective tubes or bases

G01K7/20@A

PA00
THREE- OR FOUR-WIRE CIRCUITS FOR MEASURING TEMPERATURES

PA01

PA03

PA04

PA06

PA08

PA09

. using four-wire resistors

. using three-wire resistors

. . having feedback from outputs

. . without feedback from outputs

. Detection of disconnected wires

. switching channel

G01K7/22@C;7/22@D;7/22@F

QC00
THERMISTOR HOUSED IN PROTECTIVE TUBE

QC01

QC02

QC03

QC04

QC05

QC06

QC07

QC08

QC09

QC10

. Manufacturing methods or devices

. Exposed sensors

. housed in support containers

. Protective tubes

. Bases of protective tubes

. packing inorganic insulation materials around sensors

. packing resins or rubbers around sensors

. having insulation sleeves

. Protective structures

. Structures to prevent oxidation or reduction of sensors

QC11

QC12

QC13

QC14

QC15

QC16

QC17

QC18

QC19

. supporting on objects to measure

. Supporting or mounting structures inside the protective tubes of sensors

. . Sensors being fixed by pushing using springs

. . Sensors being fixed by welding

. . Sensors being fixed by supports or fastenings

. Improvement of heat conductivity between protective sleeves and sensors

. Temperature-sensitive elements

. Lead wires or lead-out wires

. having multiple sensors

G01K7/22@J;7/22@L;7/22@N

QF00
STRUCTURE OF THERMISTOR TEMPERATURE DETECTOR

QF01

QF02

QF03

QF04

QF05

QF06

QF07

QF08

QF10

. Manufacturing methods or devices

. attaching on auxiliary devices for mounting

. welding sensors to metal cases or plates

. filling and sealing lead wires and sensors

. having outer coating or casings

. mounting on pins or metal frames functioning as lead wires

. Connection between lead wires or lead-out wires and sensors

. Improvement of heat conductivity

. Materials of resistive elements

G01K7/22@W

QW00
STRUCTURE OF THERMOMETER FOR BATH WATER

QW01

QW03

QW05

. Overall structure

. Structure of sensors

. Signal processing circuits

G01K7/24@A:G01K7/25@A

RA00
ANALOGUE CIRCUIT

RA01

RA02

RA04

RA06

RA08

RA09

RA10

. having resistance bridges including sensors

. . Feedback from outputs to bridges

. including digital processing

. without resistance bridge including sensors

. having multiple sensors

. switching reference resistance or voltage

. taking changes or errors in output characteristics into consideration

G01K7/24@D;G01K7/25@D

RD00
DIGITAL CIRCUIT

RD01

RD03

RD05

RD09

RD10

. Conversion of temperatures to electrical values

. Indicators or modes thereof

. having means for storing measured values

. switching reference resistance or voltage

. taking changes or errors in output characteristics into consideration

G01K7/24@F;G01K7/25@F

RF00
CONVERTING INTO TIME WIDTH OR FREQUENCY

RF01

RF02

RF03

RF04

RF05

RF06

RF07

RF08

RF09

RF10

. converting temperatures into time widths

. converting temperatures into frequencies

. . using multi-vibrators

. . using unijunction transistors (UJT) or programmable unijunction transistors (PUT)

. . having bridge circuits

. . using operational amplifiers

. . using counters or microcomputers

. . using inverters

. switching reference resistance or voltage

. taking changes or errors in output characteristics into consideration

G01K7/24@G

RG00
COMPARISON WITH SET VALUE

RG01

RG02

RG03

RG04

RG06

RG08

RG09

. having resistance bridges including sensors

. using operational amplifiers as comparison elements

. using transistors as comparison elements

. having digital circuits e.g. microcomputers

. without resistance bridge including sensors

. having multiple sensors

. Indicators or modes thereof

G01K7/36@A

SA00
DETECTION OF INDUCTANCE CHANGE

SA01

SA04

SA05

SA06

SA07

SA08

SA09

SA10

. Eddy currents

. Structure of detection coils

. Magnetic circuits or materials

. . Cable-shaped magnetic materials

. Circuits detecting inductance changes

. . integrated into oscillation circuits or resonance circuits

. . using inductance bridges

. Measurement of temperature of moving or rotating objects

G01K7/36@B

SB00
CHANGE FROM MAGNETIC TO NON-MAGNETIC STATE AND VICE VERSA

SB01

SB02

SB03

SB04

SB05

SB06

SB07

SB08

SB09

. having movable elements

. . rotating movable elements

. without movable element

. Measurement of liquid temperatures

. Magnetic circuits or materials

. Heat-conduction mechanisms

. using lead switches as detection means

. using magnetic sensors as detection means

. using coils as detection means

G01K11/00@M

TM00
MEANS FOR DETECTING CHANGE IN SHAPE

TM01

TM05

TM06

TM07

. without means for detecting changes in shape

. having means for detecting changes in shape

. . Electric or magnetic detection means

. . Optical detection means

G01K11/00;11/00@Z

TZ00
MEASURING PRINCIPLE

TZ01

TZ03

TZ05

TZ07

. Detection of thermal decomposition particles

. using hydrogen adsorption or metal discharge

. using fluid elements

. using optical phenomena

G01K11/06@B

UB00
FORMATION OF SHORT CIRCUIT OR DISCONNECTION THEREOF

UB01

UB02

UB05

UB07

. Formation of short circuits

. Disconnection of short circuits

. having protective tubes

. Shapes of cables

G01K11/06@C;11/06@Z

UZ00
STRUCTURE OR MATERIAL OF MOLTEN SUBSTANCE

UZ01

UZ03

UZ04

UZ05

UZ07

UZ09

UZ10

. Manufacturing methods or devices

. Sheets or labels

. Tubes or pipes

. Other shapes

. applying distortion stress or pressure

. using inorganic substances

. using organic substances

G01K11/12@A

VA00
LIQUID CRYSTAL THERMOMETER OR THERMOPAINT

VA01

VA02

VA05

VA07

VA10

. Manufacturing methods or devices

. supporting on objects to measure

. Temperature-sensitive sections

. Protective structures

. Temperature-sensitive substances

G01K11/12@B-11/12@H;G01K11/125;G01K11/32-11/324

VF00
DETECTION OF OPTICAL CHARACTERISTIC CHANGE

VF01

VF02

VF03

VF04

VF05

VF06

VF07

VF08

VF09

VF10

. Manufacturing methods or devices

. using optical fibres per se as sensors

. applying distortion or stress to optical fibres

. releasing connection between optical fibres

. using transformation of liquids into vapour or solids or vice versa

. using liquid crystals

. using transparency changes of solids

. using roughness or shape changes of surfaces of solids

. Refractive changes

. Polarisation changes

VF11

VF12

VF13

VF15

VF16

VF17

VF20

. Optical sensing methods

. . using multiple wave lengths

. . Optical detection means having optical reference paths

. Optical interferences

. Optical elements

. Lasers

. Materials of sensors

G01K11/22;11/24;11/26

VS00
SOUND PROPAGATION VELOCITY OR OBJECT TO BE MEASURED TEMPERATURE

VS01

VS02

VS03

VS04

VS05

VS06

VS07

VS08

VS09

VS10

. merely receiving sounds or vibrations from sound-generating elements

. measuring or analysing frequencies

. Detection means of sound propagation velocity

. Propagation distances being constant

. Propagation distances being variable

. Circuits for measurement

. using multiple transmitters or receivers

. Objects whose temperature is measured being solids

. Objects whose temperature is measured being liquids

. Objects whose temperature is measured being gases

G01K13/00

WA00
TEMPERATURE MEASUREMENT FOR SPECIFIC PURPOSE

WA01

WA03

WA06

. for measuring temperature

. used for furnaces casting or rolling

. Detection of other states by measuring temperatures or differences in temperature

G01K13/02-13/024

WF00
PLACES IN WHICH FLUIDS ARE PRESENT

WF01

WF03

WF05

WF08

. Temperature measurement of fluids in tubes

. Temperature measurement of fluids in tanks furnaces or chambers

. Fluids being gases

. Temperature-measuring methods

G01K15/00

XA00
TESTING OR CALIBRATING

XA01

XA03

XA05

XA06

XA07

XA10

. Thermostatic ovens or fixed-point furnaces

. Generation of test voltages or test patterns

. Thermocouple thermometers

. Glass thermometers

. Other thermometers

. Testing or calibrating devices other than thermometers

G01K17/06-17/18

YF00
MEASUREMENT OF TEMPERATURE DIFFERENCE AND FLOW RATE

YF02

YF04

YF06

YF08

YF10

. heating shunts

. Mechanical devices

. measuring temperatures of forth and back paths or flow rates

. having temperature-sensitive valves or flow-regulator valves

. having integrating timers

G01K17/20

YP00
HEAT FLOW METER

YP01

YP03

YP05

YP07

YP10

. Manufacturing methods or devices

. Structure of sensors

. having supporting or mounting means

. Thin films or deposition structure

. Heat-flow measuring methods or circuits

2F056	MEASURING TEMPERATURE OR QUANTITY OF HEAT
	G01K1/00 -19/00