Q3175214 (Q3175214): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): This project aims to evaluate the use of collaborative robots and the automation of activities in the field of manufacturing, assembly and inspection operations. An autonomous mobile robot system will be designed, developed and integrated into the assembly lines. Complete digital 3D scans of real aircraft parts will be created. Assembly and manufacturing operations will be redefined to be automated efficiently, covering activities such as: formi...) |
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This project aims to evaluate the use of collaborative robots and the automation of activities in the field of manufacturing, assembly and inspection operations. An autonomous mobile robot system will be designed, developed and integrated into the assembly lines. Complete digital 3D scans of real aircraft parts will be created. Assembly and manufacturing operations will be redefined to be automated efficiently, covering activities such as: forming, quality assurance, integration of reinforcements, new technology of blind rivets and induction technologies to provide the tools with heating capacity in the use of repairs or operations extra line of manufacture._x000D_ The ultimate goal is to demonstrate a complete production cell that integrates efficient processes for the assembly and manufacture of aeronautical parts, visual inspection of elementary parts, assisted robot for assembly and quality control of the final product using 3D scanning techniques. (English) | |||||||||||||||
| Property / summary: This project aims to evaluate the use of collaborative robots and the automation of activities in the field of manufacturing, assembly and inspection operations. An autonomous mobile robot system will be designed, developed and integrated into the assembly lines. Complete digital 3D scans of real aircraft parts will be created. Assembly and manufacturing operations will be redefined to be automated efficiently, covering activities such as: forming, quality assurance, integration of reinforcements, new technology of blind rivets and induction technologies to provide the tools with heating capacity in the use of repairs or operations extra line of manufacture._x000D_ The ultimate goal is to demonstrate a complete production cell that integrates efficient processes for the assembly and manufacture of aeronautical parts, visual inspection of elementary parts, assisted robot for assembly and quality control of the final product using 3D scanning techniques. (English) / rank | |||||||||||||||
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| Property / summary: This project aims to evaluate the use of collaborative robots and the automation of activities in the field of manufacturing, assembly and inspection operations. An autonomous mobile robot system will be designed, developed and integrated into the assembly lines. Complete digital 3D scans of real aircraft parts will be created. Assembly and manufacturing operations will be redefined to be automated efficiently, covering activities such as: forming, quality assurance, integration of reinforcements, new technology of blind rivets and induction technologies to provide the tools with heating capacity in the use of repairs or operations extra line of manufacture._x000D_ The ultimate goal is to demonstrate a complete production cell that integrates efficient processes for the assembly and manufacture of aeronautical parts, visual inspection of elementary parts, assisted robot for assembly and quality control of the final product using 3D scanning techniques. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 18:15, 12 October 2021
Project Q3175214 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3175214 in Spain |
Statements
198,343.5 Euro
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396,687.0 Euro
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50.0 percent
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1 June 2019
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1 June 2021
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ROBOTNIK AUTOMATION, S.L.
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39°30'14.11"N, 0°26'31.56"W
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46190
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El presente proyecto tiene como objetivo evaluar el uso de robots colaborativos y la automatización de actividades en el ámbito de las operaciones de fabricación, ensamblaje e inspección. Se diseñará, desarrollará e integrará un sistema robot móvil autónomo en las líneas de montaje. Se crearán escaneados digitales en 3D completos de partes reales de avión. Las operaciones de ensamblado y fabricación se redefinirán para que sean automatizadas de manera eficiente, cubriendo actividades cómo: conformado, garantía de calidad, integración de refuerzos, nueva tecnología de remaches ciegos y tecnologías de inducción para dotar a las herramientas la capacidad de calentamiento en el uso de reparaciones u operaciones extra línea de fabricación._x000D_ El objetivo final es demostrar una célula de producción completa que integre procesos eficientes destinados al ensamblaje y fabricación de piezas aeronáuticas, inspección visual de piezas elementales, robot asistido para el ensamblaje y control de calidad del producto final mediante técnicas de escaneo 3D. (Spanish)
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This project aims to evaluate the use of collaborative robots and the automation of activities in the field of manufacturing, assembly and inspection operations. An autonomous mobile robot system will be designed, developed and integrated into the assembly lines. Complete digital 3D scans of real aircraft parts will be created. Assembly and manufacturing operations will be redefined to be automated efficiently, covering activities such as: forming, quality assurance, integration of reinforcements, new technology of blind rivets and induction technologies to provide the tools with heating capacity in the use of repairs or operations extra line of manufacture._x000D_ The ultimate goal is to demonstrate a complete production cell that integrates efficient processes for the assembly and manufacture of aeronautical parts, visual inspection of elementary parts, assisted robot for assembly and quality control of the final product using 3D scanning techniques. (English)
12 October 2021
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Paterna
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Identifiers
IDI-20200147
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