en:infra-convert:user:terms
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| ^ Category ^ Description ^ References ^ | ^ Category ^ Description ^ References ^ | ||
| ^ Standard characteristic | Characteristic that is not assigned to any of the following categories. | – | | ^ Standard characteristic | Characteristic that is not assigned to any of the following categories. | – | | ||
| - | ^ Special characteristic | A critical characteristic that deserves special attention. If the implementation of the characteristic does not correspond to the drawing specifications, a potential risk to functions (operational safety, interchangeability, service life, etc.) has to be expected to a great extent.\\ \\ Example of tagging:\\ {{ :en:infra-convert:user:terms:grafik_besondere_merkmale.png?direct&420| }} | – | | + | ^ Special characteristic | A critical characteristic that deserves special attention. If the implementation of the characteristic does not correspond to the drawing specifications, a potential risk to functions (operational safety, interchangeability, service life, etc.) has to be expected to a great extent.\\ \\ Example of tagging:\\ {{ :en:infra-convert:user:terms:grafik_besondere_merkmale.png?nolink&420| }} | – | |
| - | ^ Auxiliary measurement | Measurement that is not required for the geometric determination of a part and is not considered an integral part of the contract.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_hilfsmasse.png?direct&420| }} | • DIN 406-10:1992-12 | | + | ^ Auxiliary measurement | Measurement that is not required for the geometric determination of a part and is not considered an integral part of the contract.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_hilfsmasse.png?nolink&420| }} | • DIN 406-10:1992-12 | |
| - | ^ Rough measurement | Measurement that refers to the initial state of an object.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_rohmasse.png?direct&420| }} | • DIN 406-10:1992-12 | | + | ^ Rough measurement | Measurement that refers to the initial state of an object.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_rohmasse.png?nolink&420| }} | • DIN 406-10:1992-12 | |
| - | ^ Theoretically accurate measurement | Measurement for indication of the geometrically ideal (theoretically precise) position or shape of the dimensioned shape element.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_theoretisch_genaue_masse.png?direct&420| }} | • DIN 406-10:1992-12 | | + | ^ Theoretically accurate measurement | Measurement for indication of the geometrically ideal (theoretically precise) position or shape of the dimensioned shape element.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_theoretisch_genaue_masse.png?nolink&420| }} | • DIN 406-10:1992-12 | |
| - | ^ Test measurement | Measurement that must be given special attention when determining the extent of the test / test accuracy.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_pruefmasse.png?direct&420| }} | • DIN 406-10:1992-12 | | + | ^ Test measurement | Measurement that must be given special attention when determining the extent of the test / test accuracy.\\ \\ Example for the tagging:\\ {{ :en:infra-convert:user:terms:grafik_pruefmasse.png?nolink&420| }} | • DIN 406-10:1992-12 | |
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| The business processes within manufacturing companies are controlled using management systems. Today, these are almost completely realized with powerful information systems. Enterprise resource planning (ERP) is the higher-level control system of a company. The efficient use of resources is planned and controlled with this, see the following figure; resources can include capital, personnel, resources, infrastructure, materials, etc. | The business processes within manufacturing companies are controlled using management systems. Today, these are almost completely realized with powerful information systems. Enterprise resource planning (ERP) is the higher-level control system of a company. The efficient use of resources is planned and controlled with this, see the following figure; resources can include capital, personnel, resources, infrastructure, materials, etc. | ||
| - | {{ :en:infra-convert:user:terms:lenkung_der_fertigung.png?direct&700 |}} | + | {{ :en:infra-convert:user:terms:lenkung_der_fertigung.png?nolink&700 |}} |
| The personnel resources (management, process engineers, maintenance personnel, machine operators, etc.) and material resources (production means: manufacturing equipment, measurement devices, transportation means, packaging materials etc.) on the production level must be managed preferably in real time due to the continuously increasing complexity, speed and quality requirements of adequately efficient management information systems. The ERP system is unsuitable for process-oriented, process-specific tasks due to the requirements of company-wide data management (size, "inertia"). Task-related management systems are therefore interposed between the corporate management and production level. Collectively these are referred to as the **Manufacturing Execution System** (MES). MES functionalities support, among other things, detailed planning, implementation and control of production processes. | The personnel resources (management, process engineers, maintenance personnel, machine operators, etc.) and material resources (production means: manufacturing equipment, measurement devices, transportation means, packaging materials etc.) on the production level must be managed preferably in real time due to the continuously increasing complexity, speed and quality requirements of adequately efficient management information systems. The ERP system is unsuitable for process-oriented, process-specific tasks due to the requirements of company-wide data management (size, "inertia"). Task-related management systems are therefore interposed between the corporate management and production level. Collectively these are referred to as the **Manufacturing Execution System** (MES). MES functionalities support, among other things, detailed planning, implementation and control of production processes. | ||
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| ==== Class (characteristic-) ==== | ==== Class (characteristic-) ==== | ||
| - | The specification of →[[en:infra-convert:user:terms#Characteristic (test-, quality-)|characteristics]] in the technical drawings follows defined rules. Such rules are laid down in international and national norms, but also company publications (factory standards). Misunderstandings are avoided between the customer and the supplier when reference is made to rules of interpretation, despite a reduction in the documentation effort required. A **class** in the context of test planning can be considered such a reference | + | The specification of →[[en:infra-convert:user:terms#Characteristic (test-, quality-)|characteristics]] in the technical drawings follows defined rules. Such rules are laid down in international and national norms, but also company publications (factory standards). Misunderstandings are avoided between the customer and the supplier when reference is made to rules of interpretation, despite a reduction in the documentation effort required. A **class** refers to a rule and thus specifies the context in which the characteristic properties are to be understood. |
| The classes listed at this point, sorted into the following groups, can be assigned in #@IC_HTML@#. The classes relate to recognised standards (see “References” column). Unless otherwise stated, the unit of measurement always applies to tolerance limits as well. | The classes listed at this point, sorted into the following groups, can be assigned in #@IC_HTML@#. The classes relate to recognised standards (see “References” column). Unless otherwise stated, the unit of measurement always applies to tolerance limits as well. | ||
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| ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ||
| ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ||
| - | ^ Length | – | Linear expansion of a geometric element or linear distance between geometric elements.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_laenge.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992\\ • DIN 406-12:1992\\ • DIN EN ISO 286-1:2010 | 0 | 200 | | + | ^ Length | – | Linear expansion of a geometric element or linear distance between geometric elements.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_laenge.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992\\ • DIN 406-12:1992\\ • DIN EN ISO 286-1:2010 | 0 | 200 | |
| - | ^ Angle | – | Difference in the direction of two half-lines in the plane originating from a common point\\ \\ **Standard measurement unit** Degrees\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_winkel.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992\\ • DIN 406-12:1992\\ • DIN 1315:1982 | 2 | 203 | | + | ^ Angle | – | Difference in the direction of two half-lines in the plane originating from a common point\\ \\ **Standard measurement unit** Degrees\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_winkel.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992\\ • DIN 406-12:1992\\ • DIN 1315:1982 | 2 | 203 | |
| - | ^ Coordinates | – | Designation of the positions of points in the range. The coordinate measurements relate to a coordinate origin. Cartesian and polar coordinate systems are mostly used.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_koordinaten.png?direct&420|}} | • DIN 406-11:1992 | 65 | 117 | | + | ^ Coordinates | – | Designation of the positions of points in the range. The coordinate measurements relate to a coordinate origin. Cartesian and polar coordinate systems are mostly used.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_koordinaten.png?nolink&420|}} | • DIN 406-11:1992 | 65 | 117 | |
| ^ X coordinate | – | Length measurement on the X axis in a Cartesian coordinate system.\\ \\ **Standard measurement unit** Millimetres | • DIN 406-11:1992 | 57 | 120 | | ^ X coordinate | – | Length measurement on the X axis in a Cartesian coordinate system.\\ \\ **Standard measurement unit** Millimetres | • DIN 406-11:1992 | 57 | 120 | | ||
| ^ Y coordinate | – | Length measurement on the Y axis in a Cartesian coordinate system.\\ \\ **Standard measurement unit** Millimetres | • DIN 406-11:1992 | 58 | 121 | | ^ Y coordinate | – | Length measurement on the Y axis in a Cartesian coordinate system.\\ \\ **Standard measurement unit** Millimetres | • DIN 406-11:1992 | 58 | 121 | | ||
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| ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ||
| ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ||
| - | ^ Radius | {{:en:infra-convert:user:terms:icon_klasse_radius.png?nolink&35|}} | Distance between the centre of a circle and the circumference.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_radius.png?direct&420|}} | • DIN 250:2002\\ • DIN 406-10:1992\\ • DIN 406-11:1992 | 1 | 201 | | + | ^ Radius | {{:en:infra-convert:user:terms:icon_klasse_radius.png?nolink&35|}} | Distance between the centre of a circle and the circumference.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_radius.png?nolink&420|}} | • DIN 250:2002\\ • DIN 406-10:1992\\ • DIN 406-11:1992 | 1 | 201 | |
| - | ^ Spherical radius | {{:en:infra-convert:user:terms:icon_klasse_sphaerischer_radius.png?nolink&35|}} | Distance between the centre of a sphere and the sphere surface.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_sphaerischer_radius.png?direct&420|}} | • DIN 250:2002\\ • DIN 406-10:1992\\ • DIN 406-11:1992 | 80 | 210 | | + | ^ Spherical radius | {{:en:infra-convert:user:terms:icon_klasse_sphaerischer_radius.png?nolink&35|}} | Distance between the centre of a sphere and the sphere surface.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_sphaerischer_radius.png?nolink&420|}} | • DIN 250:2002\\ • DIN 406-10:1992\\ • DIN 406-11:1992 | 80 | 210 | |
| - | ^ Diameter | {{:en:infra-convert:user:terms:icon_klasse_durchmesser.png?nolink&35|}} | Largest possible distance between two points on a circumference.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_durchmesser.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 2 | 202 | | + | ^ Diameter | {{:en:infra-convert:user:terms:icon_klasse_durchmesser.png?nolink&35|}} | Largest possible distance between two points on a circumference.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_durchmesser.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 2 | 202 | |
| - | ^ Spherical diameter | {{:en:infra-convert:user:terms:icon_klasse_sphaerischer_durchmesser.png?nolink&35|}} | Largest possible distance between two points on a sphere surface.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_sphaerischer_durchmesser.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 81 | 210 | | + | ^ Spherical diameter | {{:en:infra-convert:user:terms:icon_klasse_sphaerischer_durchmesser.png?nolink&35|}} | Largest possible distance between two points on a sphere surface.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_sphaerischer_durchmesser.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 81 | 210 | |
| - | ^ Square | {{:en:infra-convert:user:terms:icon_klasse_quadrat.png?nolink&35|}} | Edge length of a square shape.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_quadrat.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 82 | – | | + | ^ Square | {{:en:infra-convert:user:terms:icon_klasse_quadrat.png?nolink&35|}} | Edge length of a square shape.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_quadrat.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 82 | – | |
| - | ^ Width across flats | {{:en:infra-convert:user:terms:icon_klasse_schluesselweite.png?nolink&35|}} | Distance between two parallel surfaces, which is mostly used for positioning wrenches.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_schluesselweite.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 83 | − | | + | ^ Width across flats | {{:en:infra-convert:user:terms:icon_klasse_schluesselweite.png?nolink&35|}} | Distance between two parallel surfaces, which is mostly used for positioning wrenches.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_schluesselweite.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 83 | − | |
| - | ^ Slope (gradient) | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_neigung_verhaeltnis.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 84 | − | | + | ^ Slope (gradient) | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{ :en:infra-convert:user:terms:grafik_neigung_verhaeltnis.png?400 | }} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 84 | − | |
| - | ^ Slope (gradient) in % | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** Percent\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_neigung.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 85 | − | | + | ^ Slope (gradient) in % | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** Percent\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_neigung.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 85 | − | |
| - | ^ Tapering | {{:en:infra-convert:user:terms:icon_klasse_kegel.png?nolink&35|}} | Slope ratio of a pointed or blunt cone or flat surfaces standing symmetrically at an angle to each other.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_verjuengung.png?direct&420|}} | • DIN 406-11:1992 | 86 | – | | + | ^ Tapering | {{:en:infra-convert:user:terms:icon_klasse_kegel.png?nolink&35|}} | Slope ratio of a pointed or blunt cone or flat surfaces standing symmetrically at an angle to each other.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_verjuengung.png?nolink&420|}} | • DIN 406-11:1992 | 86 | – | |
| - | ^ Tapering in % | {{:en:infra-convert:user:terms:icon_klasse_kegel.png?nolink&35|}} | Slope ratio of a pointed or blunt cone or flat surfaces standing symmetrically at an angle to each other.\\ \\ **Standard measurement unit** Percent\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_verjuengung_prozent.png?direct&420|}} | • DIN 406-11:1992 | 87 | – | | + | ^ Tapering in % | {{:en:infra-convert:user:terms:icon_klasse_kegel.png?nolink&35|}} | Slope ratio of a pointed or blunt cone or flat surfaces standing symmetrically at an angle to each other.\\ \\ **Standard measurement unit** Percent\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_verjuengung_prozent.png?nolink&420|}} | • DIN 406-11:1992 | 87 | – | |
| - | ^ Cone angle | – | Point angle of a pointed or blunt cone.\\ \\ **Standard measurement unit** Degrees\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_kegelwinkel.png?direct&420|}} | – | 6 | 206 | | + | ^ Cone angle | – | Point angle of a pointed or blunt cone.\\ \\ **Standard measurement unit** Degrees\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_kegelwinkel.png?nolink&420|}} | – | 6 | 206 | |
| - | ^ Arc | {{:en:infra-convert:user:terms:icon_klasse_bogen.png?nolink&35|}} | Length of an arched line.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_bogen.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 88 | − | | + | ^ Arc | {{:en:infra-convert:user:terms:icon_klasse_bogen.png?nolink&35|}} | Length of an arched line.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_bogen.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 88 | − | |
| - | ^ Ellipse large ∅ | – | Largest diameter of an ellipse.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_ellipse_grosser_durchmesser.png?direct&420|}} | – | 5 | 204 | | + | ^ Ellipse large ∅ | – | Largest diameter of an ellipse.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_ellipse_grosser_durchmesser.png?nolink&420|}} | – | 5 | 204 | |
| - | ^ Ellipse small ∅ | – | Smallest diameter of an ellipse.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_ellipse_kleiner_durchmesser.png?direct&420|}} | – | 4 | 205 | | + | ^ Ellipse small ∅ | – | Smallest diameter of an ellipse.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_ellipse_kleiner_durchmesser.png?nolink&420|}} | – | 4 | 205 | |
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| ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ||
| ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ||
| - | ^ Straightness | {{:en:infra-convert:user:terms:icon_klasse_geradheit.png?nolink&35|}} | Permissible shape deviation of a line or group of lines from a reference line or reference lines.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_geradheit-01.png?direct&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 7 | 100 | | + | ^ Straightness | {{:en:infra-convert:user:terms:icon_klasse_geradheit.png?nolink&35|}} | Permissible shape deviation of a line or group of lines from a reference line or reference lines.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_geradheit-01.png?nolink&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 7 | 100 | |
| - | ^ Flatness | {{:en:infra-convert:user:terms:icon_klasse_ebenheit.png?nolink&35|}} | Permissible shape deviation of a surface from a reference plane.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_ebenheit-01.png?direct&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12781-1:2011 | 8 | 101 | | + | ^ ::: | ::: | **Straightness (shape ⌀)**\\ The tolerance range has a circular cross-section, see example. \\ \\ **Anmerkung** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 121 | 100 | |
| - | ^ Roundness | {{:en:infra-convert:user:terms:icon_klasse_rundheit.png?nolink&35|}} | Permissible shape deviation of a circular line or group of circular lines from a reference circle or reference circles.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_rundheit-01.png?direct&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12781-1:2011 | 9 | 102 | | + | ^ Flatness | {{:en:infra-convert:user:terms:icon_klasse_ebenheit.png?nolink&35|}} | Permissible shape deviation of a surface from a reference plane.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_ebenheit-01.png?nolink&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12781-1:2011 | 8 | 101 | |
| - | ^ Cylindricity | {{:en:infra-convert:user:terms:icon_klasse_zylinderform.png?nolink&35|}} | Permissible shape deviation of a cylindrical surface from a reference cylinder.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_zylindrizitaet-01.png?direct&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12180-1:2011 | 10 | 103 | | + | ^ Roundness | {{:en:infra-convert:user:terms:icon_klasse_rundheit.png?nolink&35|}} | Permissible shape deviation of a circular line or group of circular lines from a reference circle or reference circles.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_rundheit-01.png?nolink&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12781-1:2011 | 9 | 102 | |
| - | ^ Line profile | {{:en:infra-convert:user:terms:icon_klasse_linienprofil.png?nolink&35|}} | Permissible deviation of a profile line or group of profile lines from a reference line profile or from reference line profiles.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_profilform_linie-01.png?direct&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 1660:2013 | 11 | 104 | | + | ^ Cylindricity | {{:en:infra-convert:user:terms:icon_klasse_zylinderform.png?nolink&35|}} | Permissible shape deviation of a cylindrical surface from a reference cylinder.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_zylindrizitaet-01.png?nolink&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12180-1:2011 | 10 | 103 | |
| - | ^ Surface profile | {{:en:infra-convert:user:terms:icon_klasse_flaechenprofil.png?nolink&35|}} | Permissible deviation of a profile surface from a reference surface profile.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_profilform_flaeche-01.png?direct&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 1660:2013 | 12 | 105 | | + | ^ Line profile | {{:en:infra-convert:user:terms:icon_klasse_linienprofil.png?nolink&35|}} | Permissible deviation of a profile line or group of profile lines from a reference line profile or from reference line profiles.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_profilform_linie-01.png?nolink&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 1660:2013 | 11 | 104 | |
| - | ^ Parallelism | {{:en:infra-convert:user:terms:icon_klasse_parallelitaet.png?nolink&35|}} | Permissible deviation in direction of a line, group of lines or plane from one or several reference lines or plane(s) oriented parallel to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_parallelität-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 13 | 108 | | + | ^ Surface profile | {{:en:infra-convert:user:terms:icon_klasse_flaechenprofil.png?nolink&35|}} | Permissible deviation of a profile surface from a reference surface profile.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_profilform_flaeche-01.png?nolink&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 1660:2013 | 12 | 105 | |
| - | ^ Perpendicularity | {{:en:infra-convert:user:terms:icon_klasse_rechtwinkligkeit.png?nolink&35|}} | Permissible deviation in direction of a line, group of lines or plane from one or several reference lines or plane(s) oriented perpendicular to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_rechtwinkligkeit-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 14 | 107 | | + | ^ Parallelism | {{:en:infra-convert:user:terms:icon_klasse_parallelitaet.png?nolink&35|}} | Permissible deviation in direction of a line, group of lines or plane from one or several reference lines or plane(s) oriented parallel to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_parallelität-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 13 | 108 | |
| - | ^ Inclination | {{:en:infra-convert:user:terms:icon_klasse_neigung.png?nolink&35|}} | Permissible deviation in direction of a line, group of lines or plane from one or several reference lines or plane(s) oriented angular (but not perpendicular) to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_neigung-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 15 | 106 | | + | ^ ::: | ::: | **Parallelism (shape ⌀)**\\ The tolerance range has a circular cross-section.\\ \\ **Note** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 122 | 108 | |
| - | ^ Position | {{:en:infra-convert:user:terms:icon_klasse_position.png?nolink&35|}} | Permissible positional deviation of a point, axis or plane from a reference point, reference line or plane positioned to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_position-01.png?direct&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 5458:1999 | 22 | 109 | | + | ^ Perpendicularity | {{:en:infra-convert:user:terms:icon_klasse_rechtwinkligkeit.png?nolink&35|}} | Permissible deviation in direction of a line, group of lines or plane from one or several reference lines or plane(s) oriented perpendicular to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_rechtwinkligkeit-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 14 | 107 | |
| - | ^ Concentricity | {{:en:infra-convert:user:terms:icon_klasse_konzentrizitaet.png?nolink&35|}} | Permissible positional deviation of a point from a reference point concentric to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_konzentrizitaet-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 21 | 110 | | + | ^ ::: | ::: | **Perpendicularity (shape ⌀)**\\ The tolerance range has a circular cross-section, see example.\\ \\ **Note** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 123 | 107 | |
| - | ^ Coaxiality | {{:en:infra-convert:user:terms:icon_klasse_konzentrizitaet.png?nolink&35|}} | Permissible positional deviation of straight line from a straight reference line coaxial to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_koaxialitaet-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 89 | 663 | | + | ^ Inclination | {{:en:infra-convert:user:terms:icon_klasse_neigung.png?nolink&35|}} | Permissible deviation in direction of a line, group of lines or plane from one or several reference lines or plane(s) oriented angular (but not perpendicular) to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_neigung-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 15 | 106 | |
| - | ^ Symmetry | {{:en:infra-convert:user:terms:icon_klasse_symmetrie.png?nolink&35|}} | Permissible positional deviation of a point, group of points, straight line or plane from one or several reference point(s) or plane(s) lying symmetrical to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_symmetrie-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 20 | 111 | | + | ^ ::: | ::: | **Inclination (shape ⌀)**\\ The tolerance range has a circular cross-section.\\ \\ **Note** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 124 | 106 | |
| - | ^ Radial concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_rundlauf.png?nolink&35|}} | Permissible radial running deviation of a circular line or group of circular lines to one or several reference circle(s) that lies coaxial to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_radialer_rundlauf-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 16 | 112 | | + | ^ Position | {{:en:infra-convert:user:terms:icon_klasse_position.png?nolink&35|}} | Permissible positional deviation of a point, axis or plane from a reference point, reference line or plane positioned to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_position-01.png?nolink&420|}} | • DIN EN ISO 1101:2014\\ • DIN EN ISO 5458:1999 | 22 | 109 | |
| - | ^ Axial concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_rundlauf.png?nolink&35|}} | Permissible axial running deviation of a circular line or group of circular lines to one or several reference circle(s) that lies coaxial to it. Also called //lateral run//.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_axialer_rundlauf-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 17 | 118 | | + | ^ ::: | ::: | **Position (shape ⌀)**\\ The tolerance range has a circular cross-section, see example.\\ \\ **Note** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 125 | 109 | |
| - | ^ Radial total concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_gesamtrundlauf.png?nolink&35|}} | Permissible radial running deviation of a rotational surface to a rotational surface that lies coaxial to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_radialer_gesamtrundlauf-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 18 | 113 | | + | ^ ::: | ::: | **Position (shape S⌀)**\\ The tolerance range has a circular cross-section.\\ \\ **Note** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 126 | 109 | |
| - | ^ Axial total concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_gesamtrundlauf.png?nolink&35|}} | Permissible axial running deviation of a plane or rotational surface to a plane or rotational surface that lies coaxial to it. Also called //total lateral run//.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_axialer_gesamtrundlauf-01.png?direct&420|}} | • DIN EN ISO 1101:2014 | 19 | − | | + | ^ Concentricity | {{:en:infra-convert:user:terms:icon_klasse_konzentrizitaet.png?nolink&35|}} | Permissible positional deviation of a point from a reference point concentric to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_konzentrizitaet-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 21 | 110 | |
| + | ^ ::: | ::: | **Concentricity (shape ⌀)**\\ The tolerance range has a circular cross-section, see example.\\ \\ **Note** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 128 | 110 | | ||
| + | ^ Coaxiality | {{:en:infra-convert:user:terms:icon_klasse_konzentrizitaet.png?nolink&35|}} | Permissible positional deviation of straight line from a straight reference line coaxial to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_koaxialitaet-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 89 | 663 | | ||
| + | ^ ::: | ::: | **Coaxiality (shape ⌀)**\\ The tolerance range has a circular cross-section, see example.\\ \\ **Note** Available from program version 1.4.2.1 | • DIN EN ISO 1101:2014\\ • DIN EN ISO 12780-1:2014 | 127 | 110 | | ||
| + | ^ Symmetry | {{:en:infra-convert:user:terms:icon_klasse_symmetrie.png?nolink&35|}} | Permissible positional deviation of a point, group of points, straight line or plane from one or several reference point(s) or plane(s) lying symmetrical to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_symmetrie-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 20 | 111 | | ||
| + | ^ Radial concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_rundlauf.png?nolink&35|}} | Permissible radial running deviation of a circular line or group of circular lines to one or several reference circle(s) that lies coaxial to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_radialer_rundlauf-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 16 | 112 | | ||
| + | ^ Axial concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_rundlauf.png?nolink&35|}} | Permissible axial running deviation of a circular line or group of circular lines to one or several reference circle(s) that lies coaxial to it. Also called //lateral run//.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_axialer_rundlauf-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 17 | 118 | | ||
| + | ^ Radial total concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_gesamtrundlauf.png?nolink&35|}} | Permissible radial running deviation of a rotational surface to a rotational surface that lies coaxial to it.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_radialer_gesamtrundlauf-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 18 | 113 | | ||
| + | ^ Axial total concentric run-out | {{:en:infra-convert:user:terms:icon_klasse_gesamtrundlauf.png?nolink&35|}} | Permissible axial running deviation of a plane or rotational surface to a plane or rotational surface that lies coaxial to it. Also called //total lateral run//.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:form-_und_lagetoleranzen_axialer_gesamtrundlauf-01.png?nolink&420|}} | • DIN EN ISO 1101:2014 | 19 | − | | ||
| \\ | \\ | ||
| Line 205: | Line 213: | ||
| ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ||
| ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ||
| - | ^ Thread | – | Fastening or transmission threads of various systems, e.g. metric ISO thread or inch ISO pipe thread.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_gewinde.png?direct&420|}} | • DIN 202:1999\\ • DIN ISO 6410:1993 | 38 | − | | + | ^ Thread | – | Fastening or transmission threads of various systems, e.g. metric ISO thread or inch ISO pipe thread.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_gewinde.png?nolink&420|}} | • DIN 202:1999\\ • DIN ISO 6410:1993 | 38 | − | |
| \\ | \\ | ||
| Line 214: | Line 222: | ||
| ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ||
| ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ||
| - | ^ Pitch diameter | – | Diameter of the pitch circle / cylinder of a gearwheel.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_teilkreisdurchmesser.png?direct&420|}} | • DIN 3966-1:1978 | 90 | − | | + | ^ Pitch diameter | – | Diameter of the pitch circle / cylinder of a gearwheel.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_teilkreisdurchmesser.png?nolink&420|}} | • DIN 3966-1:1978 | 90 | − | |
| - | ^ Root circle diameter | – | Diameter of a gearwheel in root height of the teeth.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_fusskreisdurchmesser.png?direct&420|}} | • DIN 3966-1:1978 | 91 | 612 | | + | ^ Root circle diameter | – | Diameter of a gearwheel in root height of the teeth.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_fusskreisdurchmesser.png?nolink&420|}} | • DIN 3966-1:1978 | 91 | 612 | |
| - | ^ Tip circle diameter | – | Diameter of a gearwheel in tip height of the teeth.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_kopfkreisdurchmesser.png?direct&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 92 | 610 | | + | ^ Tip circle diameter | – | Diameter of a gearwheel in tip height of the teeth.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_kopfkreisdurchmesser.png?nolink&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 92 | 610 | |
| - | ^ Tooth thickness | – | Thickness of a gearwheel tooth on the pitch circle / pitch cylinder.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_zahndicke.png?direct&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 120 | 211 | | + | ^ Tooth thickness | – | Thickness of a gearwheel tooth on the pitch circle / pitch cylinder.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_zahndicke.png?nolink&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 120 | 211 | |
| - | ^ Tooth width | – | Tooth width over a number of k measurement teeth or measurement gaps.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_zahnweite.png?direct&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 94 | 216 | | + | ^ Tooth width | – | Tooth width over a number of k measurement teeth or measurement gaps.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_zahnweite.png?nolink&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 94 | 216 | |
| - | ^ Gap width | – | Tooth gap width on the pitch circle / pitch cylinder.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_lueckenweite.png?direct&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 95 | 617 | | + | ^ Gap width | – | Tooth gap width on the pitch circle / pitch cylinder.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_lueckenweite.png?nolink&420|}} | • DIN 3966-1:1978\\ • DIN 3966-2:1978 | 95 | 617 | |
| \\ | \\ | ||
| Line 227: | Line 235: | ||
| |< 100% 15% 5% 45% 20% 7,5% 7,5% >| | |< 100% 15% 5% 45% 20% 7,5% 7,5% >| | ||
| ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ^ Class ^ Symbol/tag ^ Description ^ References\\ (Selection) ^ ID ^^ | ||
| - | ^ Edge with indeterminate shape | {{:en:infra-convert:user:terms:icon_klasse_kantenzustand.png?nolink&35|}} | Workpiece edge without a precisely determined shape. A deviation from an ideal geometric shape is permissible depending on burr and breakage direction as well as edge dimension.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_werkstueckkanten_mit_unbestimmter_form.png?direct&420|}} | • DIN ISO 13715:2000 | 34 | − | | + | ^ Edge with indeterminate shape | {{:en:infra-convert:user:terms:icon_klasse_kantenzustand.png?nolink&35|}} | Workpiece edge without a precisely determined shape. A deviation from an ideal geometric shape is permissible depending on burr and breakage direction as well as edge dimension.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_werkstueckkanten_mit_unbestimmter_form.png?nolink&420|}} | • DIN ISO 13715:2000 | 34 | − | |
| - | ^ Chamfer | – | Workpiece edge in the form of a specific, chamfered surface.\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_fasen.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 33 | − | | + | ^ Chamfer | – | Workpiece edge in the form of a specific, chamfered surface.\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_fasen.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 33 | − | |
| - | ^ Curve | – | Workpiece edge in the form of a specific, rounded surface.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_rundungen.png?direct&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 35 | − | | + | ^ Curve | – | Workpiece edge in the form of a specific, rounded surface.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_rundungen.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 35 | − | |
| ^ Edge | – | Workpiece edge. Specification without reference to a standard.\\ \\ **Standard measurement unit** Millimeter (mm) | − | 36 | − | | ^ Edge | – | Workpiece edge. Specification without reference to a standard.\\ \\ **Standard measurement unit** Millimeter (mm) | − | 36 | − | | ||
| Line 240: | Line 248: | ||
| The requirements of surface properties are entered into the drawing using a graphical symbol. The position and structure of the fields for individual entries is determined as follows (cf. DIN EN ISO 1302:2002-06): | The requirements of surface properties are entered into the drawing using a graphical symbol. The position and structure of the fields for individual entries is determined as follows (cf. DIN EN ISO 1302:2002-06): | ||
| - | {{ :en:infra-convert:user:terms:oberflaechenkenngroessen_aufbau_symbol.png?direct&800 |}} | + | {{ :en:infra-convert:user:terms:oberflaechenkenngroessen_aufbau_symbol.png?nolink&800 |}} |
| \\ | \\ | ||
| Line 439: | Line 447: | ||
| Vector graphic formats, on the other hand, store graphic elements as unique, mathematically described graphic primitives. The latter mean basic geometric elements such as straight lines, arcs, and splines, as well as surfaces such as circles, polygons, and spline surfaces. Texts are stored either as polylines or with the help of character encoding (see also →[[en:infra-convert:user:terms#font|Font]]). | Vector graphic formats, on the other hand, store graphic elements as unique, mathematically described graphic primitives. The latter mean basic geometric elements such as straight lines, arcs, and splines, as well as surfaces such as circles, polygons, and spline surfaces. Texts are stored either as polylines or with the help of character encoding (see also →[[en:infra-convert:user:terms#font|Font]]). | ||
| - | > In #@IC_HTML@#, character-coded texts are a prerequisite for automatic feature recognition. | + | > In #@IC_HTML@#, character-coded texts or embedded fonts are a prerequisite for automatic feature recognition. |
| <WRAP group> | <WRAP group> | ||
| Line 465: | Line 473: | ||
| {{ :en:infra-convert:user:terms:pdf-format_schriften_als_geometrien.png?nolink&450 |}} | {{ :en:infra-convert:user:terms:pdf-format_schriften_als_geometrien.png?nolink&450 |}} | ||
| + | |||
| + | </WRAP> | ||
| + | </WRAP> | ||
| + | |||
| + | \\ | ||
| + | |||
| + | <WRAP group> | ||
| + | <WRAP column 40%> | ||
| + | |||
| + | You can test whether a PDF contains coded text with a PDF reader. For example, open the PDF with Adobe Acrobat Reader, activate the selection tool, and move the pointer to a text. If the cursor changes to an {{:en:infra-convert:user:terms:icon_textcursor.png?nolink&0x15|}} and you can select the text, it is coded text. | ||
| + | |||
| + | </WRAP> | ||
| + | <WRAP column 55%> | ||
| + | |||
| + | {{ :en:infra-convert:user:terms:adobe_codierter_text_in_pdf.png?nolink&450 |}} | ||
| </WRAP> | </WRAP> | ||
| Line 498: | Line 521: | ||
| {{ :en:infra-convert:user:terms:schriftartdatei.png?nolink&700 |}} | {{ :en:infra-convert:user:terms:schriftartdatei.png?nolink&700 |}} | ||
| - | In addition to the purely visual representation of characters, the unambiguous definition of characters is important for the automatic analysis of technical drawings. PDF files are generally used to displaying characters correctly. This is because the character definitions used are saved in the file. This is (unfortunately) different with the CAD exchange formats DXF, DWG and IGES. In them only the references to characters are stored in font files. The font files are therefore required for correct display. | + | In addition to the purely visual representation of characters, the unambiguous definition of characters is important for the automatic analysis of technical drawings. PDF files are generally used to displaying characters correctly. This is because the character definitions used are saved (embedded) in the file. This is (unfortunately) different with the CAD exchange formats DXF, DWG and IGES. In them only the references to characters are stored in font files. The font files are therefore required for correct display. |
| > **Significance for #@IC_HTML@#** Fonts are protected by copyright. In most cases, the rights of use are only granted for a fee. The number of fonts used by CAD systems is immensely high. Supplying these fonts would disproportionately increase the cost of #@IC_HTML@# licenses. For this reason, #@IC_HTML@# replaces fonts not installed on the computer with visually similar fonts when loading drawing files. If this is the case, a note message is issued. | > **Significance for #@IC_HTML@#** Fonts are protected by copyright. In most cases, the rights of use are only granted for a fee. The number of fonts used by CAD systems is immensely high. Supplying these fonts would disproportionately increase the cost of #@IC_HTML@# licenses. For this reason, #@IC_HTML@# replaces fonts not installed on the computer with visually similar fonts when loading drawing files. If this is the case, a note message is issued. | ||
en/infra-convert/user/terms.txt · Last modified: 2023/10/20 16:02 by me
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