ISO 10360-7:2011 幾何学的製品仕様（GPS）—座標測定機（CMM）の受け入れおよび再検証テスト—パート7：イメージングプロービングシステムを備えたCMM | ページ 6

3.1

imaging probing system

probing system which creates measurement points through the use of an imaging system

Note 1 to entry: This part of ISO 10360 is primarily concerned with imaging probing systems that enable measurements in the lateral direction to the probing system axis.

Note 2 to entry: A video or vision probing system is an imaging probing system.

3.2

imaging probe CMM

CMM equipped with an imaging probing system

3.3

field of view

FOV

area viewed by the imaging probing system

Note 1 to entry: The measuring limits, or size, of the FOV are stated as the limits of the object space that is reproduced in the final image.

3.4

measuring window

region of interest in the FOV that is used in the determination of the measured point(s)

Note 1 to entry: Configurations of measuring windows may vary widely between various imaging probe CMMs and for different measuring applications on the same imaging probe CMM.

3.5

measuring plane (of the imaging probing system)

two-dimensional plane defined by the FOV of an imaging probing system

3.6

coefficient of thermal expansion

CTE

α

linear thermal expansion coefficient of a material at 20 °C

3.7

normal CTE material

material with a CTE between 8 × 10⁻⁶/°C and 13 × 10⁻⁶/°C

3.8

test circle

3.9

bidirectional length measurement error

E_B

error of indication when measuring a calibrated bidirectional test length using an imaging probe CMM with a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry:E_B is applicable only to imaging probe CMMs that are capable of three-dimensional spatial measurements, which may not always be the case.

3.10

repeatability range of the bidirectional length measurement error

R_B

range (largest minus smallest) of three repeated length measurement errors measured by a CMM when measuring a calibrated bidirectional test length

3.11

unidirectional length measurement error

E_U

error of indication when measuring a calibrated unidirectional test length using an imaging probe CMM with a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry:E_U is applicable only to imaging probe CMMs that are capable of three-dimensional spatial measurements, which may not always be the case.

3.12

repeatability range of the unidirectional length measurement error

R_U

range (largest minus smallest) of three repeated length measurement errors measured by a CMM when measuring a calibrated unidirectional test length

3.13

Z bidirectional length measurement error

E_BZ

error of indication when measuring a calibrated bidirectional test length that is nominally perpendicular to the measuring plane of the imaging probe using a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry: In this part of ISO 10360, it is assumed that the machine Z-axis is nominally perpendicular to the measuring plane of the imaging probe. If that is not the case, alternative nomenclature should be used (e.g. E_BXorE_BY).

3.14

Z unidirectional length measurement error

E_uz

error of indication when measuring a calibrated unidirectional test length that is nominally perpendicular to the measuring plane of the imaging probe using a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry: In this part of ISO 10360, it is assumed that the machine Z-axis is nominally perpendicular to the measuring plane of the imaging probe. If that is not the case, alternative nomenclature should be used (e.g. E_UXorE_UY).

3.15

XY bidirectional length measurement error

E_BXY

error of indication when measuring a calibrated bidirectional test length that is nominally parallel to the measuring plane of the imaging probe using a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry: In this part of ISO 10360, it is assumed that the machine XY plane is nominally parallel to the measuring plane of the imaging probe. If that is not the case, alternative nomenclature should be used (e.g. E_BXZorE_BYZ).

3.16

XY unidirectional length measurement error

E_UXY

error of indication when measuring a calibrated unidirectional test length that is nominally parallel to the measuring plane of the imaging probe using a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry: In this part of ISO 10360, it is assumed that the machine XY plane is nominally parallel to the measuring plane of the imaging probe. If that is not the case, alternative nomenclature should be used (e.g. E_UXZorE_UYZ).

3.17

squareness error

E_sq

error of indication of the combined influence of the straightness and squareness (perpendicularity of motion) measured between the axis of motion of the imaging probe CMM that is nominally perpendicular to the measuring plane of the imaging probe and the plane of motion that is nominally parallel to the measuring plane of the imaging probe

Note 1 to entry: The expected usage is where the Z-axis is nominally perpendicular to the measuring plane of the imaging probe and the XY plane is nominally parallel to the measuring plane of the imaging probe.

3.18

imaging probe bidirectional length measurement error

E_BV

error of indication of a calibrated bidirectional test length measured in any position within the field of view of the imaging probe, nominally parallel to the measuring plane of the imaging probe, and using a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry: Testing E_BV does not involve motion of the imaging probe CMM.

Note 2 to entry:E_BV is applicable only to imaging probe CMMs that are capable of making measurements in the field of view of the imaging probe, which may not always be the case.

3.19

imaging probe unidirectional length measurement error

E_UV

error of indication of a calibrated unidirectional test length measured in any position within the field of view of the imaging probe, nominally parallel to the measuring plane of the imaging probe, and using a single probing point (or equivalent) at each end of the calibrated test length

Note 1 to entry: Testing E_UV does not involve motion of the imaging probe CMM.

Note 2 to entry:E_UV is applicable only to imaging probe CMMs that are capable of making measurements in the field of view of the imaging probe, which may not always be the case.

3.20

probing error

P_F2D

error of indication within which the range of radii can be determined by a least-squares fit of points measured on a circular material standard of size, the measurements being taken on the test circle located anywhere in the measuring volume by an imaging probe CMM in the discrete-point probing mode using motion of the CMM between all successive points and with all points evenly distributed across the usable field of view of the imaging probe

3.21

probing error of the imaging probe

P_FV2D

error of indication within which the range of radii can be determined by a least-squares fit of point measured on a circular material standard of size, the measurements being taken on the test circle by an imaging probe CMM in the discrete-point probing mode using no motion of the CMM and with all points distributed across the usable field of view of the imaging probe

Note 1 to entry:P_FV2D is applicable only to imaging probe CMMs that are capable of making measurements in the field of view of the imaging probe, which may not always be the case.

3.22

maximum permissible error of bidirectional length measurement

E_{B, MPE}

extreme value of the bidirectional length measurement error, E_B, permitted by specifications

3.23

maximum permissible limit of the bidirectional repeatability range

R_{B, MPL}

extreme value of the repeatability range of the bidirectional length measurement error, R_B, permitted by specifications

3.24

maximum permissible error of unidirectional length measurement

E_{U, MPE}

extreme value of the unidirectional length measurement error, E_U, permitted by specifications

3.25

maximum permissible limit of the unidirectional repeatability range

R_{U, MPL}

extreme value of the repeatability range of the unidirectional length measurement error, R_U, permitted by specifications

3.26

maximum permissible error of Z bidirectional length measurement

E_{BZ, MPE}

extreme value of the Z bidirectional length measurement error, E_BZ, permitted by specifications

3.27

maximum permissible error of Z unidirectional length measurement

E_{UZ, MPE}

extreme value of the Z unidirectional length measurement error, E_uz, permitted by specifications

3.28

maximum permissible error of the XY bidirectional length measurement

E_{BXY, MPE}

extreme value of the XY bidirectional length measurement error, E_BXY, permitted by specifications

3.29

maximum permissible error of the XY unidirectional length measurement

E_{UXY, MPE}

extreme value of the XY unidirectional length measurement error, E_UXY, permitted by specifications

3.30

maximum permissible squareness error

E_{SQ, MPE}

extreme value of the squareness error, E_sq, permitted by specifications

3.31

maximum permissible error of imaging probe bidirectional length measurement

E_{BV, MPE}

extreme value of the imaging probe bidirectional length measurement error, E_BV, permitted by specifications

3.32

maximum permissible error of imaging probe unidirectional length measurement

E_{UV, MPE}

extreme value of the imaging probe unidirectional length measurement error, E_UV, permitted by specifications

3.33

maximum permissible probing error

P_{F2D, MPE}

extreme value of the probing error, P_F2D, permitted by specifications

3.34

maximum permissible probing error of the imaging probe

P_{FV2D, MPE}

extreme value of the probing error of the imaging probe, P_FV2D, permitted by specifications