F-Term-List

G01H1/00-17/00@Z

AA00
SUBJECTS OF MEASUREMENT

AA01

AA02

AA03

AA04

AA05

AA06

. Facilities

. . Nuclear reactors or peripheral equipment therefor

. . . Loose parts in nuclear reactors

. . Pipelines

. . Buildings

. . . Damage to glass or walls

AA11

AA12

AA13

AA14

AA15

AA16

AA17

. Equipment or parts therefor

. . Electric equipment or parts therefor

. . Machine tools or parts therefor

. . Automobiles, vehicles, or ships, or parts therefor

. . . Engines (e.g., internal-combustion engines, excluding knocking)

. . Musical instruments

. . Bearings or shafts

AB00
MEASURED PHENOMENA OR MEASUREMENT CONDITIONS

AB01

AB02

AB03

AB04

AB05

AB06

AB07

AB08

AB09

AB10

. Frequency

. Amplitude

. Direction or position

. Energy

. Propagation speed

. Distribution

. Vibrations perpendicular to the direction of propagation

. Longitudinal vibrations

. Shock waves or surface acoustic waves

. Torsional vibrations

AB11

AB12

AB13

AB14

AB15

AB16

AB17

AB18

AB19

AB20

. Resonance characteristics

. Transmission functions

. Sounds

. . Voices

. . . Noise

. . Echos or acoustic characteristics

. . . Reverberation time

. . Sound fields

. Earthquakes

. Waves

AB21

AB22

AB23

AB24

AB26

AB27

AB28

AB29

. Identification of subjects

. Detection of faults

. Variants for measurement of other physical quantities

. Other measured subjects

. Measurement under specific conditions

. . Measurements under high-temperature or low-temperature conditions

. . Measurements during temperature changes

. . Underwater measurements

AC00
DETECTION OF KNOCKING

AC01

AC02

AC03

AC04

AC05

AC06

. Forms of detection

. . Determination of knocking cylinder by cylinder

. . Extent of knocking

. . Detection especially suited for regions of high rotation

. . Detection especially suited for regions of low rotation

. . Detection especially suited for excessive rotation

AC11

AC12

AC13

AC14

AC15

. Location of sensor mounting

. . Cylinder block

. . Plug position

. . Cooling-water chamber

. . Locations especially suited for detection in multiple cylinders

AC21

AC22

AC23

AC24

AC25

AC26

AC27

AC28

. Detection signals

. . Vibrations

. . Sounds

. . Use of auxiliary signals with detection signals

. . . Auxiliary signals

. . . . Number of revolutions

. . . . Load

. . . . Crank angle

AC31

AC32

AC33

AC34

AC35

AC36

AC37

AC38

AC40

. . . Additional uses of auxiliary signals

. . . . Use for measuring vibrations or the like

. . . . . Use for measuring of measurement periods or timing

. . . . . Use for selection of sensors

. . . . Use for working data on vibrations or the like

. . . . . Use for averaging

. . . . . Use for amplitude

. . . . . Use for selection of filters

. . . . Use for algorithms that determine knocking

AC41

AC42

AC43

AC44

AC45

AC46

AC47

AC48

AC49

. Algorithms that determine knocking

. . Comparison of knock signals and references

. . . Algorithms that use multiplication

. . . . Variable algorithms

. . . Reference signals

. . . . Algorithms that do not include knock data

. . . . . Algorithms that use independent sensors

. . . . . Algorithms that use filters

. . . . Algorithms that include knock data

AC51

AC52

AC53

AC54

AC56

AC60

. . . . Methods of creating reference signals

. . . . . Determination of mean values

. . . . . Integration

. . . . . Inclusion of data from the previous time

. . Determination of knocking cylinders

. Other knocking detection

BA00
FEATURES COMMON TO VIBRATION MEASURING MEANS

BA01

BA02

BA03

BA04

BA05

BA07

BA08

. Forms

. . Ability to sense vibration magnitude

. . Direction of sensing

. . Means that specifically eliminate directionality

. . Means that specifically increase directionality

. Sensor assembly

. Arrangement of sensor component elements

BA11

BA12

BA13

BA14

BA15

BA16

BA17

BA18

BA19

. Measurement of sensing-element characteristics

. Correction

. . Temperature correction

. Calibration or adjustment

. Attachment of instruments for measuring

. . Grip-type instruments

. . . Structure of tip sections

. . . Gripping devices

. . . Pressure adjustment

BA21

BA22

BA23

BA24

BA25

BA26

BA28

BA30

. . Attachment structures

. . . Attachment bases

. . . . Structures that use resonance characteristics

. . . . Horizontal attachment

. . . . . Use of fluids

. . . Additional attachment of other members

. . Selection of attachment location

. Other common features

BB00
MECHANICAL MEASUREMENT MEANS

BB01

BB02

BB03

BB04

BB05

BB06

BB08

BB10

. Forms of mechanical measurement means

. . Use of inertial bodies

. . . Weights

. . . . Means that detect displacement

. . . . . Horizontal displacement

. . . . . Vertical displacement

. . . . Inverted means

. . . Steel balls

BB11

BB12

BB13

BB14

BB16

BB18

BB20

. . . . Means that detect displacement

. . . . Means that detect slipped balls

. . . . . Balls that operate fluid valves

. . . . . Balls that constitute valves

. . . . Multiple balls

. . . Means that use fluids as inertial bodies

. . . Detection locations

BB21

BB22

BB23

. . . . Detection at the displacement end-point

. . . . Detection at stationary locations (i.e., base locations)

. . . . . Detection of base changes

BB31

BB32

BB33

BB34

BB35

BB36

BB37

BB38

BB39

BB40

. Structure

. . Support structures of inertial bodies

. . . Springs

. . . . Multiple directions

. . . Magnetic force

. . . . Magnetic inertial bodies

. . . . Structures that use repulsion

. . . Structures that use support surface shape

. . . . Concave surfaces

. . . . . Concave surfaces and grooves

BB41

BB42

BB43

BB44

BB45

BB47

BB48

BB49

BB50

. . . . Grooves

. . . Structures that use pressure

. . . Hanging structures

. . . . Removable structures

. . . Structures that are simply laid in place

. . Structures for increased sensitivity

. . . Use of convex surfaces

. . . Inverted structures

. . . . Structures that use weights

BB51

BB55

BB56

BB57

BB58

BB59

BB60

. . Means of adjustment

. Means of detection

. . Mechanical means of detection

. . . Means that operate valves

. . . . Means that operate valves by inertial bodies

. . . . . Inertial bodies that constitute valves

. . . Means that operate switches

BB61

BB64

BB65

BB66

BB67

BB68

BB70

. . . . Means that operate switches using inertial bodies

. . Electrical detection means

. . Magnetic detection means

. . Optical detection means

. . Acoustic detection means

. Reset means

. Other mechanical means of measurement

BC00
OPTICAL MEANS OF MEASUREMENT

BC01

BC02

BC03

BC04

BC05

BC06

BC07

BC08

BC10

. Detection methods

. . Optical quantities

. . Light-beam position

. . Degree of parallelism

. . Doppler effect

. . Interference

. . . Holography

. . . Speckle interference

. . Moire techniques

BC11

BC12

BC13

BC14

BC15

BC16

BC17

BC18

BC19

BC20

. Main optical means

. . Fibers

. . . Use of changes in characteristics

. . Mirrors

. . . Half-mirrors

. . . Curved mirrors

. . Prisms

. . . Use of critical angles

. . Lenses

. . Lattices

BC21

BC22

BC23

BC24

BC25

BC26

. . Light-blocking plates

. . Electro-optical elements

. . . Liquid crystals

. . . Optical conversion elements

. . . . Position-sensitive light detectors (PSD)

. . Means that use changes in light-path length

BC31

BC32

BC33

BC34

BC35

BC37

BC40

. Light sources

. . Lasers

. . Pulsed light

. . Light-emitting elements

. . . Light-emitting diodes

. Hydrophones

. Other optical means of measurement

BD00
ELECTRICAL MEANS OF MEASUREMENT

BD01

BD02

BD03

BD04

BD05

BD08

BD09

BD10

. Form

. . Means wherein electrical characteristics change

. . . Variants wherein resistance changes

. . . . Strain gauge structures

. . . Variants wherein electrostatic capacitance changes

. . Means that use changes in magnetic force

. . . Means that vary magnetic force

. . . . Variants that use electromagnets

BD11

BD12

BD13

BD14

BD15

BD16

BD17

BD18

BD19

BD20

. . . . Variants that use permanent magnets

. . . . Variants that use induction coils or the like

. . . . Variants that use magnetic bodies

. . . Means of detection

. . . . Coils

. . . . Hall elements

. . Variants that use changes in electrical output

. . . Piezoelectric elements

. . Means that detect after conversion to another physical quantity

. . . Means that convert sound volume

BD21

BD22

BD23

BD24

BD25

BD26

BD27

BD28

BD29

BD30

. Structure

. . Variants that use resonance plates

. . . Variants with elements spread out over resonance plates

. . . . Multiple elements

. . . Variants wherein the elements themselves double as resonance plates

. . . Resonance plates

. . . . Clad structures

. . . . . Partially clad structures

. . . . Shape

. . . . . Compressed shapes

BD31

BD32

BD33

BD34

BD35

BD36

. . . . . Changes in thickness

. . . . . . Compressed thickness

. . . . . Variants with multiple vibration plates formed as a unit

. . . . . Screws

. . . . . Disks

. . . . . . Donut-like disks

BD41

BD42

BD43

BD44

BD45

BD46

BD47

BD48

BD50

. . . Forms of support

. . . . Center support

. . . . Variants with one plate secured

. . . . . Variants wherein weights are provided at the ends of the plates

. . . . . Variants wherein weights are provided in the middle of the plates

. . . . . Variants wherein the weights move

. . . . Variants with two ends of a plate secured

. . . . . Variants that use weights

. . . . Three-directional variants

BD51

BD52

BD53

BD55

BD56

BD57

BD58

BD59

BD60

. . . . Four-directional variants

. . . . Multi-directional variants

. . . . Circumference support

. . . Support structures

. . . . Variants with structures for attachment to the plates per se

. . . . Support structures that grip

. . . . . Intermediate articles

. . . . . . Insulation

. . . . Support structures attached by welding or adhesion

BD61

BD62

BD63

BD64

BD65

BD66

BD67

BD68

BD69

BD70

. . Variants that hang

. . . Variants that pass through springs

. . . Variants that pass vertically through springs

. . . Variants that pass vertically and horizontally through springs

. . . Multi-directional variants

. . Variants that use weights

. . . Variants that carry weights

. . . . Variants that also use springs

. . . . Variants that also use screws

. . . . Donut-shaped variants

BD71

BD75

BD76

BD77

BD78

BD80

. . Support using magnetic force

. . Signal-fetch structures

. . . One-sided structures

. . . Structures that also serve for attachment

. . . Grounding

. Other electrical means of measurement

CC00
PROCESSING OF MEASURED SIGNALS

CC01

CC02

CC03

CC04

CC05

CC06

CC07

CC08

. Data extraction

. . Use of filters

. . . Use of multiple filters

. . . . Switching between multiple filters

. . . Varying of characteristics

. . . . Varying of frequency characteristics

. . . . Varying of time constant characteristics

. . . Compensation for delay caused by filters

CC11

CC12

CC13

CC15

CC16

CC17

CC18

CC19

. . Masking

. . . Variable masking

. . Processing of signals from multiple sensors

. . Baseline (i.e., zero point) processing

. . Rectification

. . Phase

. . Scanning

. . Detection

CC21

CC22

CC23

CC24

CC25

CC26

CC27

CC28

CC29

CC30

. Working data

. . Amplitude

. . . Variable amplitude

. . . . Feedback-type variants

. . . . Multistage-type variants

. . Analog-digital (A/D) conversion

. . . Binarization

. . Counting

. . Calculation

. . . Addition and subtraction

CC31

CC32

CC33

CC34

CC35

CC36

. . . Multiplication and division

. . . . Squaring

. . . Integration

. . . Differentiation

. . . Averaging

. . Delay

CC41

CC42

CC43

CC44

CC45

CC46

CC47

. . Frequency analysis

. . . Spectral analysis

. . . Fourier transforms

. . Histograms

. . Statistical techniques

. . Time variation

. . Correlation analysis

CC51

CC52

CC53

CC54

CC55

CC56

CC57

CC58

CC59

CC60

. Comparison

. . Comparison of spectral patterns

. . Comparison at specific frequencies

. . Comparison with reference values

. . . Comparison with multiple reference values

. . . Comparison with variable reference values

. . . Comparison with reference values established in memory

. . . Comparison with reference values established by measured values

. . Comparison with previous values

. . Comparison periods during which vibration is produced

CC61

CC62

CC63

CC64

CC65

CC70

. Determination and judgment

. . Processing after determination that abnormal values have occurred

. . . Change of extraction method

. . . Change of working methods

. . . Change of comparison techniques

. Other measured signal processing

DD00
DETAILS AND OTHER STRUCTURES

DD01

DD02

DD03

DD04

DD05

DD06

DD07

DD08

DD09

DD10

. Indication

. . Means of indication

. . . Mechanical indication means

. . . . Use of the vibrations per se

. . . Acoustic indication means

. . . Optical indication means

. . . . Band-like means

. . . . Graphic indication

. . . . . Graphs

. . . . . Animated indication

DD11

DD12

DD13

DD14

DD15

DD16

DD17

DD18

DD19

. . Indicated contents

. . . Indication of measured phenomena

. . . Presence or absence of vibrations or the like

. . . Contents particularly associated with the measured object

. . . Determination results

. Recording

. . Direct recording using vibrations

. . Electrical recording

. Control of instruments for measuring

DD21

DD22

DD23

DD24

DD25

DD26

DD27

DD28

DD29

DD30

. Detection of system or sensor breakdown

. . Use of dummy signals

. Excitation or sound sources

. . Adjustment

. . . Adjustment of output

. . . Adjustment of frequency

. Accessories

. Other details

. . Electrical components

. . . Power sources

DD31

DD32

DD33

DD34

DD35

. . . Connectors

. . Mechanical components

. . . Jigs

. . Chemical components

. . . Materials

2G064	Measurement of mechanical vibrations or ultrasonic waves
	G01H1/00 -17/00@Z