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llm-kg-bench-results_2023-07-03_12-40-34_FactExtract-claude-20x.txt
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llm-kg-bench-results_2023-07-03_12-40-34_FactExtract-claude-20x.txt
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TaskExecInfo(startTime=datetime.datetime(2023, 7, 3, 12, 40, 34, 817296),
modelId='Claude--claude-1-100k',
taskInfo=TaskInfo(taskId='FactExtractStatic',
version='1.0',
gitCommit='a6b6b66ad1700684c207db90a577e7779ebac0d8'),
scores={'DimUnit_f-measure': 0.0,
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'parsableTripleRatio': 0.34375,
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'supportMat_precision': 1.0,
'supportMat_recall': 0.0},
info={'parsableTriples': '_:n7c9545667b9f41f4899e621e93501f62b2 '
'<http://qudt.org/schema/qudt#hasUnit> '
'<http://qudt.org/vocab/unit/Millimeter> '
'.\n'
'_:n7c9545667b9f41f4899e621e93501f62b1 '
'<http://qudt.org/schema/qudt#quantityValue> '
'"1200.0"^^<http://www.w3.org/2001/XMLSchema#double> '
'.\n'
'<https://data.semper-ki.org/resources/industry_f340> '
'<http://schema.org/width> '
'_:n7c9545667b9f41f4899e621e93501f62b1 '
'.\n'
'_:n7c9545667b9f41f4899e621e93501f62b3 '
'<http://qudt.org/schema/qudt#hasUnit> '
'<http://qudt.org/vocab/unit/Millimeter> '
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'<https://data.semper-ki.org/resources/industry_f340> '
'<http://schema.org/depth> '
'_:n7c9545667b9f41f4899e621e93501f62b3 '
'.\n'
'<https://data.semper-ki.org/resources/industry_f340> '
'<http://www.w3.org/1999/02/22-rdf-syntax-ns#type> '
'<https://purl.org/tema/051993> .\n'
'_:n7c9545667b9f41f4899e621e93501f62b2 '
'<http://qudt.org/schema/qudt#quantityValue> '
'"800.0"^^<http://www.w3.org/2001/XMLSchema#double> '
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'_:n7c9545667b9f41f4899e621e93501f62b1 '
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'<http://qudt.org/vocab/unit/Millimeter> '
'.\n'
'<https://data.semper-ki.org/resources/industry_f340> '
'<http://schema.org/manufacturer> '
'<https://data.semper-ki.org/resources/3dgence> '
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'_:n7c9545667b9f41f4899e621e93501f62b3 '
'<http://qudt.org/schema/qudt#quantityValue> '
'"1100.0"^^<http://www.w3.org/2001/XMLSchema#double> '
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'<https://data.semper-ki.org/resources/industry_f340> '
'<http://schema.org/height> '
'_:n7c9545667b9f41f4899e621e93501f62b2 '
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'parsableTriplesCount': 11},
duration=datetime.timedelta(seconds=11, microseconds=715186),
interactions=[('prompt',
datetime.datetime(2023, 7, 3, 12, 40, 34, 817302),
'As a Linked Data expert and knowledge engineer '
'please convert the 3d printer specification given '
'in the bottom into an RDF turtle formatted '
'Knowledge Graph.\n'
'The main subject in this Knowledge Graph should '
'be the Printer itself using the '
'https://data.semper-ki.org/resources/$encoded_label$ '
'whereas $encoded_label$ label refers to the name '
'of the printer in which whitespaces have been '
'replaced with underscores. Step by step attach '
'the following statements to that node. \n'
'1) Attach https://purl.org/tema/051993 as '
'rdf:type \n'
'2) Attach the manufacturer via an object property '
'using the schema.org vocabulary. For the subject '
'identifier of the manufacturer use the same '
'approach as for the printer subject and assign it '
'the rdfs:label without a language tag.\n'
'3) Attach all printable material as well all '
'support materials the printer can use via object '
'properties. For the property identifiers use '
'https://data.semper-ki.org/properties/printMaterial '
'respectively '
'https://data.semper-ki.org/properties/supportMaterial '
'and for material identifiers use the '
'https://data.semper-ki.org/resources/materials/ '
'namespace. \n'
'4) Attach the dimensions of the printer as 3 '
'separate values using the schema.org vocabulary '
'for the property identifiers of the dimensions, '
'but for the values use qudt:QuantityValue objects '
'from the QUDT ontologies family to have the '
'numerical value ( via qudt:numericValue property '
'and typed as xsd:double) and the appropriate QUDT '
'unit of measurement identifier (via qudt:hasUnit '
'property) separately. Do not convert the '
'dimensions into another unit.\n'
'Follow best practices of Linked Data and common '
'standard vocabularies as basis for the modeling '
'unless specified differently in the requirements '
'above.\n'
'Do not extract any other properties or values '
'from the specification than the ones I mentioned '
'but validate your output step by step, to check '
'whether all used prefixes are included and the '
'given requirements as well as the grammar of the '
'RDF turtle serialization were respected. \n'
'Only return the turtle format, no additional '
'text.\n'
'\n'
'Printer name: Industry F340\n'
'Company: 3DGence\n'
'\n'
'Specification \n'
'\n'
'PRINTING ENVIRONMENT\n'
'Print technology: FFF Working temperature: '
'15-32°C\n'
'Build volume: 260 × 300 × 340 mm (26\xa0520 cm3) '
'Storage temperature: 0-32°C\n'
'Min. layer height: 40 μm\n'
'Number of printheads: 2 per module\n'
'Nozzle diameter: 0.4/0.4 mm or 0.6/0.6 mm\n'
'Filament diameter: 1.75 mm\n'
'POWER\n'
'Printhead temperature: 500°C\n'
'Buildplate temperature: 160°C Power '
'requirements: 230V AC\n'
'Chamber temperature: 85°C (active heating) Max '
'power draw: 2700 W\n'
'Filament chamber temperature: 70°C '
'Communication: USB drive, SD card\n'
'DIMENSIONS AND MASS SOFTWARE\n'
'External dimensions: 1200 × 800 × 1100 mm '
'Slicing software: 3DGence SLICER 4.0\n'
'Mass: 200 kg\n'
'SAFETY\n'
'CONSTRUCTION\n'
'Filtration: filtration unit\n'
'Chassis: powder coated steel UPS device: yes, '
'optional\n'
'Build surface: heated ceramic plate Others: '
'software access overdrive - remote \n'
'Positioning resolution XY: 0.006 mm shut down\n'
'Positioning resolution Z: 0.0004 mm\n'
'\n'
'NEW PAGE\n'
'\n'
'Versatility\n'
'and best printing\n'
'IINNDDUUSSTTRRYY\n'
'results\n'
'FF334400\n'
'with job-specific printing \n'
'modules and developed \n'
'printing profiles\n'
'MMOODDUULLEESS\n'
'TEMPERATURE:\n'
'PRO\n'
'up to 265°C\n'
'NOZZLE DIAMETER:\n'
'0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'ABS, PLA, PA, ASA, PP, TPU\n'
'SUPPORT MATERIAL:\n'
'ESM-10, HIPS, BVOH\n'
'TEMPERATURE:\n'
'HF\n'
'up to 265°C\n'
'NOZZLE DIAMETER:\n'
'0,6 mm/0,6 mm\n'
'MODEL MATERIAL:\n'
'ABS, ASA, PA-CF, PA-GF, PA, PP\n'
'SUPPORT MATERIAL:\n'
'ESM-10, HIPS\n'
'TEMPERATURE:\n'
'HT\n'
'up to 340°C\n'
'NOZZLE DIAMETER:\n'
'0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'PC, PC-ABS, PC-ESD, PC-CF\n'
'SUPPORT MATERIAL:\n'
'ABS, ESM-10\n'
'TEMPERATURE:\n'
'HT\n'
'up to 500°C\n'
'NOZZLE DIAMETER:\n'
'max 0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'PEEK, PEKK\n'
'SUPPORT MATERIAL:\n'
'ESM-10 \n'
'rev.1/2020 www.3dgence.com\n'
'\n'
'NEW PAGE\n'
'\n'
' '),
('response',
datetime.datetime(2023, 7, 3, 12, 40, 46, 532482),
' @prefix printer: '
'<https://data.semper-ki.org/resources/> .\n'
'@prefix schema: <http://schema.org/> .\n'
'@prefix rdf: '
'<http://www.w3.org/1999/02/22-rdf-syntax-ns#> .\n'
'@prefix qudt: <http://qudt.org/schema/qudt#> . \n'
'@prefix xsd: <http://www.w3.org/2001/XMLSchema#> '
'.\n'
'@prefix tema: <https://purl.org/tema/> . \n'
'\n'
'printer:industry_f340 rdf:type tema:051993 ; \n'
' schema:manufacturer '
'printer:3dgence ; \n'
' '
'https://data.semper-ki.org/properties/printMaterial \n'
' '
'printer:materials:abs,\n'
' '
'printer:materials:asa,\n'
' '
'printer:materials:pa,\n'
' '
'printer:materials:pa_cf,\n'
' '
'printer:materials:pa_gf,\n'
' '
'printer:materials:pc,\n'
' '
'printer:materials:pc_abs,\n'
' '
'printer:materials:pc_esd,\n'
' '
'printer:materials:pc_cf,\n'
' '
'printer:materials:peek, \n'
' '
'printer:materials:pekk,\n'
' '
'printer:materials:pla, \n'
' '
'printer:materials:pp,\n'
' '
'printer:materials:tpu,\n'
' '
'printer:materials:pet ; \n'
' '
'https://data.semper-ki.org/properties/supportMaterial \n'
' '
'printer:materials:abs, \n'
' '
'printer:materials:bvo,\n'
' '
'printer:materials:esm-10,\n'
' '
'printer:materials:hips ; \n'
' schema:width '
'[qudt:quantityValue "1200"^^xsd:double; \n'
' '
'qudt:hasUnit '
'<http://qudt.org/vocab/unit/Millimeter> ] '
'; \n'
' schema:height '
'[qudt:quantityValue "800"^^xsd:double; \n'
' '
'qudt:hasUnit '
'<http://qudt.org/vocab/unit/Millimeter> ] ; \n'
' schema:depth '
'[qudt:quantityValue "1100"^^xsd:double; \n'
' '
'qudt:hasUnit '
'<http://qudt.org/vocab/unit/Millimeter> ] . ')])
TaskExecInfo(startTime=datetime.datetime(2023, 7, 3, 12, 40, 47, 71254),
modelId='Claude--claude-1-100k',
taskInfo=TaskInfo(taskId='FactExtractStatic',
version='1.0',
gitCommit='a6b6b66ad1700684c207db90a577e7779ebac0d8'),
scores={'DimUnit_f-measure': 0.0,
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'supportMat_precision': 1.0,
'supportMat_recall': 0.0},
info={'parsableTriples': '', 'parsableTriplesCount': 0},
duration=datetime.timedelta(seconds=14, microseconds=22540),
interactions=[('prompt',
datetime.datetime(2023, 7, 3, 12, 40, 47, 71260),
'As a Linked Data expert and knowledge engineer '
'please convert the 3d printer specification given '
'in the bottom into an RDF turtle formatted '
'Knowledge Graph.\n'
'The main subject in this Knowledge Graph should '
'be the Printer itself using the '
'https://data.semper-ki.org/resources/$encoded_label$ '
'whereas $encoded_label$ label refers to the name '
'of the printer in which whitespaces have been '
'replaced with underscores. Step by step attach '
'the following statements to that node. \n'
'1) Attach https://purl.org/tema/051993 as '
'rdf:type \n'
'2) Attach the manufacturer via an object property '
'using the schema.org vocabulary. For the subject '
'identifier of the manufacturer use the same '
'approach as for the printer subject and assign it '
'the rdfs:label without a language tag.\n'
'3) Attach all printable material as well all '
'support materials the printer can use via object '
'properties. For the property identifiers use '
'https://data.semper-ki.org/properties/printMaterial '
'respectively '
'https://data.semper-ki.org/properties/supportMaterial '
'and for material identifiers use the '
'https://data.semper-ki.org/resources/materials/ '
'namespace. \n'
'4) Attach the dimensions of the printer as 3 '
'separate values using the schema.org vocabulary '
'for the property identifiers of the dimensions, '
'but for the values use qudt:QuantityValue objects '
'from the QUDT ontologies family to have the '
'numerical value ( via qudt:numericValue property '
'and typed as xsd:double) and the appropriate QUDT '
'unit of measurement identifier (via qudt:hasUnit '
'property) separately. Do not convert the '
'dimensions into another unit.\n'
'Follow best practices of Linked Data and common '
'standard vocabularies as basis for the modeling '
'unless specified differently in the requirements '
'above.\n'
'Do not extract any other properties or values '
'from the specification than the ones I mentioned '
'but validate your output step by step, to check '
'whether all used prefixes are included and the '
'given requirements as well as the grammar of the '
'RDF turtle serialization were respected. \n'
'Only return the turtle format, no additional '
'text.\n'
'\n'
'Printer name: Industry F340\n'
'Company: 3DGence\n'
'\n'
'Specification \n'
'\n'
'PRINTING ENVIRONMENT\n'
'Print technology: FFF Working temperature: '
'15-32°C\n'
'Build volume: 260 × 300 × 340 mm (26\xa0520 cm3) '
'Storage temperature: 0-32°C\n'
'Min. layer height: 40 μm\n'
'Number of printheads: 2 per module\n'
'Nozzle diameter: 0.4/0.4 mm or 0.6/0.6 mm\n'
'Filament diameter: 1.75 mm\n'
'POWER\n'
'Printhead temperature: 500°C\n'
'Buildplate temperature: 160°C Power '
'requirements: 230V AC\n'
'Chamber temperature: 85°C (active heating) Max '
'power draw: 2700 W\n'
'Filament chamber temperature: 70°C '
'Communication: USB drive, SD card\n'
'DIMENSIONS AND MASS SOFTWARE\n'
'External dimensions: 1200 × 800 × 1100 mm '
'Slicing software: 3DGence SLICER 4.0\n'
'Mass: 200 kg\n'
'SAFETY\n'
'CONSTRUCTION\n'
'Filtration: filtration unit\n'
'Chassis: powder coated steel UPS device: yes, '
'optional\n'
'Build surface: heated ceramic plate Others: '
'software access overdrive - remote \n'
'Positioning resolution XY: 0.006 mm shut down\n'
'Positioning resolution Z: 0.0004 mm\n'
'\n'
'NEW PAGE\n'
'\n'
'Versatility\n'
'and best printing\n'
'IINNDDUUSSTTRRYY\n'
'results\n'
'FF334400\n'
'with job-specific printing \n'
'modules and developed \n'
'printing profiles\n'
'MMOODDUULLEESS\n'
'TEMPERATURE:\n'
'PRO\n'
'up to 265°C\n'
'NOZZLE DIAMETER:\n'
'0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'ABS, PLA, PA, ASA, PP, TPU\n'
'SUPPORT MATERIAL:\n'
'ESM-10, HIPS, BVOH\n'
'TEMPERATURE:\n'
'HF\n'
'up to 265°C\n'
'NOZZLE DIAMETER:\n'
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'MODEL MATERIAL:\n'
'ABS, ASA, PA-CF, PA-GF, PA, PP\n'
'SUPPORT MATERIAL:\n'
'ESM-10, HIPS\n'
'TEMPERATURE:\n'
'HT\n'
'up to 340°C\n'
'NOZZLE DIAMETER:\n'
'0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'PC, PC-ABS, PC-ESD, PC-CF\n'
'SUPPORT MATERIAL:\n'
'ABS, ESM-10\n'
'TEMPERATURE:\n'
'HT\n'
'up to 500°C\n'
'NOZZLE DIAMETER:\n'
'max 0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'PEEK, PEKK\n'
'SUPPORT MATERIAL:\n'
'ESM-10 \n'
'rev.1/2020 www.3dgence.com\n'
'\n'
'NEW PAGE\n'
'\n'
' '),
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' @base '
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' <https://schema.org/manufacturer> '
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'<https://data.semper-ki.org/properties/printMaterial> '
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'<https://data.semper-ki.org/resources/materials/ASA> '
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' '
'<https://data.semper-ki.org/resources/materials/PA> '
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' '
'<https://data.semper-ki.org/resources/materials/PC> '
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'<https://data.semper-ki.org/resources/materials/PC_ABS> '
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' '
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' '
'<https://data.semper-ki.org/resources/materials/PEKK> '
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' '
'<https://data.semper-ki.org/resources/materials/PLA> '
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' '
'<https://data.semper-ki.org/resources/materials/PP> '
', \n'
' '
'<https://data.semper-ki.org/resources/materials/TPU> '
';\n'
' '
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'<https://data.semper-ki.org/resources/materials/ABS> '
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' '
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';\n'
' <https://schema.org/width> '
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interactions=[('prompt',
datetime.datetime(2023, 7, 3, 12, 41, 1, 496103),
'As a Linked Data expert and knowledge engineer '
'please convert the 3d printer specification given '
'in the bottom into an RDF turtle formatted '
'Knowledge Graph.\n'
'The main subject in this Knowledge Graph should '
'be the Printer itself using the '
'https://data.semper-ki.org/resources/$encoded_label$ '
'whereas $encoded_label$ label refers to the name '
'of the printer in which whitespaces have been '
'replaced with underscores. Step by step attach '
'the following statements to that node. \n'
'1) Attach https://purl.org/tema/051993 as '
'rdf:type \n'
'2) Attach the manufacturer via an object property '
'using the schema.org vocabulary. For the subject '
'identifier of the manufacturer use the same '
'approach as for the printer subject and assign it '
'the rdfs:label without a language tag.\n'
'3) Attach all printable material as well all '
'support materials the printer can use via object '
'properties. For the property identifiers use '
'https://data.semper-ki.org/properties/printMaterial '
'respectively '
'https://data.semper-ki.org/properties/supportMaterial '
'and for material identifiers use the '
'https://data.semper-ki.org/resources/materials/ '
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'4) Attach the dimensions of the printer as 3 '
'separate values using the schema.org vocabulary '
'for the property identifiers of the dimensions, '
'but for the values use qudt:QuantityValue objects '
'from the QUDT ontologies family to have the '
'numerical value ( via qudt:numericValue property '
'and typed as xsd:double) and the appropriate QUDT '
'unit of measurement identifier (via qudt:hasUnit '
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'Follow best practices of Linked Data and common '
'standard vocabularies as basis for the modeling '
'unless specified differently in the requirements '
'above.\n'
'Do not extract any other properties or values '
'from the specification than the ones I mentioned '
'but validate your output step by step, to check '
'whether all used prefixes are included and the '
'given requirements as well as the grammar of the '
'RDF turtle serialization were respected. \n'
'Only return the turtle format, no additional '
'text.\n'
'\n'
'Printer name: Industry F340\n'
'Company: 3DGence\n'
'\n'
'Specification \n'
'\n'
'PRINTING ENVIRONMENT\n'
'Print technology: FFF Working temperature: '
'15-32°C\n'
'Build volume: 260 × 300 × 340 mm (26\xa0520 cm3) '
'Storage temperature: 0-32°C\n'
'Min. layer height: 40 μm\n'
'Number of printheads: 2 per module\n'
'Nozzle diameter: 0.4/0.4 mm or 0.6/0.6 mm\n'
'Filament diameter: 1.75 mm\n'
'POWER\n'
'Printhead temperature: 500°C\n'
'Buildplate temperature: 160°C Power '
'requirements: 230V AC\n'
'Chamber temperature: 85°C (active heating) Max '
'power draw: 2700 W\n'
'Filament chamber temperature: 70°C '
'Communication: USB drive, SD card\n'
'DIMENSIONS AND MASS SOFTWARE\n'
'External dimensions: 1200 × 800 × 1100 mm '
'Slicing software: 3DGence SLICER 4.0\n'
'Mass: 200 kg\n'
'SAFETY\n'
'CONSTRUCTION\n'
'Filtration: filtration unit\n'
'Chassis: powder coated steel UPS device: yes, '
'optional\n'
'Build surface: heated ceramic plate Others: '
'software access overdrive - remote \n'
'Positioning resolution XY: 0.006 mm shut down\n'
'Positioning resolution Z: 0.0004 mm\n'
'\n'
'NEW PAGE\n'
'\n'
'Versatility\n'
'and best printing\n'
'IINNDDUUSSTTRRYY\n'
'results\n'
'FF334400\n'
'with job-specific printing \n'
'modules and developed \n'
'printing profiles\n'
'MMOODDUULLEESS\n'
'TEMPERATURE:\n'
'PRO\n'
'up to 265°C\n'
'NOZZLE DIAMETER:\n'
'0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'ABS, PLA, PA, ASA, PP, TPU\n'
'SUPPORT MATERIAL:\n'
'ESM-10, HIPS, BVOH\n'
'TEMPERATURE:\n'
'HF\n'
'up to 265°C\n'
'NOZZLE DIAMETER:\n'
'0,6 mm/0,6 mm\n'
'MODEL MATERIAL:\n'
'ABS, ASA, PA-CF, PA-GF, PA, PP\n'
'SUPPORT MATERIAL:\n'
'ESM-10, HIPS\n'
'TEMPERATURE:\n'
'HT\n'
'up to 340°C\n'
'NOZZLE DIAMETER:\n'
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'MODEL MATERIAL:\n'
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'SUPPORT MATERIAL:\n'
'ABS, ESM-10\n'
'TEMPERATURE:\n'
'HT\n'
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'NOZZLE DIAMETER:\n'
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'MODEL MATERIAL:\n'
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'ESM-10 \n'
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'NEW PAGE\n'
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'@prefix qudt: <http://qudt.org/1.1/schema/qudt#> '
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'@prefix tema: <https://purl.org/tema/> .\n'
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'3dg:Industry_F340 \n'
' rdf:type tema:051993;\n'
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interactions=[('prompt',
datetime.datetime(2023, 7, 3, 12, 41, 10, 281405),
'As a Linked Data expert and knowledge engineer '
'please convert the 3d printer specification given '
'in the bottom into an RDF turtle formatted '
'Knowledge Graph.\n'
'The main subject in this Knowledge Graph should '
'be the Printer itself using the '
'https://data.semper-ki.org/resources/$encoded_label$ '
'whereas $encoded_label$ label refers to the name '
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'rdf:type \n'
'2) Attach the manufacturer via an object property '
'using the schema.org vocabulary. For the subject '
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'3) Attach all printable material as well all '
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'Company: 3DGence\n'
'\n'
'Specification \n'
'\n'
'PRINTING ENVIRONMENT\n'
'Print technology: FFF Working temperature: '
'15-32°C\n'
'Build volume: 260 × 300 × 340 mm (26\xa0520 cm3) '
'Storage temperature: 0-32°C\n'
'Min. layer height: 40 μm\n'
'Number of printheads: 2 per module\n'
'Nozzle diameter: 0.4/0.4 mm or 0.6/0.6 mm\n'
'Filament diameter: 1.75 mm\n'
'POWER\n'
'Printhead temperature: 500°C\n'
'Buildplate temperature: 160°C Power '
'requirements: 230V AC\n'
'Chamber temperature: 85°C (active heating) Max '
'power draw: 2700 W\n'
'Filament chamber temperature: 70°C '
'Communication: USB drive, SD card\n'
'DIMENSIONS AND MASS SOFTWARE\n'
'External dimensions: 1200 × 800 × 1100 mm '
'Slicing software: 3DGence SLICER 4.0\n'
'Mass: 200 kg\n'
'SAFETY\n'
'CONSTRUCTION\n'
'Filtration: filtration unit\n'
'Chassis: powder coated steel UPS device: yes, '
'optional\n'
'Build surface: heated ceramic plate Others: '
'software access overdrive - remote \n'
'Positioning resolution XY: 0.006 mm shut down\n'
'Positioning resolution Z: 0.0004 mm\n'
'\n'
'NEW PAGE\n'
'\n'
'Versatility\n'
'and best printing\n'
'IINNDDUUSSTTRRYY\n'
'results\n'
'FF334400\n'
'with job-specific printing \n'
'modules and developed \n'
'printing profiles\n'
'MMOODDUULLEESS\n'
'TEMPERATURE:\n'
'PRO\n'
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'NOZZLE DIAMETER:\n'
'0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'ABS, PLA, PA, ASA, PP, TPU\n'
'SUPPORT MATERIAL:\n'
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'TEMPERATURE:\n'
'HF\n'
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'NOZZLE DIAMETER:\n'
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'MODEL MATERIAL:\n'
'ABS, ASA, PA-CF, PA-GF, PA, PP\n'
'SUPPORT MATERIAL:\n'
'ESM-10, HIPS\n'
'TEMPERATURE:\n'
'HT\n'
'up to 340°C\n'
'NOZZLE DIAMETER:\n'
'0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
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'SUPPORT MATERIAL:\n'
'ABS, ESM-10\n'
'TEMPERATURE:\n'
'HT\n'
'up to 500°C\n'
'NOZZLE DIAMETER:\n'
'max 0,4 mm/0,4 mm\n'
'MODEL MATERIAL:\n'
'PEEK, PEKK\n'
'SUPPORT MATERIAL:\n'
'ESM-10 \n'
'rev.1/2020 www.3dgence.com\n'
'\n'
'NEW PAGE\n'
'\n'
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':Industry_F340 :printMaterial :ABS , :PLA , :PA '
', :ASA , :PP , :TPU , :PC , :PC-ABS , :PC-ESD , '
':PC-CF , :PEEK , :PEKK .\n'
':Industry_F340 :supportMaterial :ESM-10 , :HIPS '
', :BVOH .\n'
'\n'
':Industry_F340 schema:width [qudt:numericValue '
'"260.0"^^xsd:double; qudt:hasUnit '
'unit:MILLIMETER] .\n'
':Industry_F340 schema:depth [qudt:numericValue '
'"300.0"^^xsd:double; qudt:hasUnit '
'unit:MILLIMETER] .\n'
':Industry_F340 schema:height [qudt:numericValue '
'"340.0"^^xsd:double; qudt:hasUnit '
'unit:MILLIMETER] .')])
TaskExecInfo(startTime=datetime.datetime(2023, 7, 3, 12, 41, 19, 646860),
modelId='Claude--claude-1-100k',
taskInfo=TaskInfo(taskId='FactExtractStatic',
version='1.0',
gitCommit='a6b6b66ad1700684c207db90a577e7779ebac0d8'),
scores={'DimUnit_f-measure': 0.0,
'DimUnit_precision': 1.0,
'DimUnit_recall': 0.0,
'DimValues_f-measure': 0.0,