Q3172107 (Q3172107): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): The overall objective of the project is therefore to develop a system for detecting and classifying defects in bodies in a dynamic way, avoiding the need to stop the body for a certain period of time to perform the inspection and optimising detection levels and inspectable areas as required by automotive manufacturers._x000D_ The system will be divided into three parts:_x000D_ • System for verification and classification of defects in a dynamic...) |
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The overall objective of the project is therefore to develop a system for detecting and classifying defects in bodies in a dynamic way, avoiding the need to stop the body for a certain period of time to perform the inspection and optimising detection levels and inspectable areas as required by automotive manufacturers._x000D_ The system will be divided into three parts:_x000D_ • System for verification and classification of defects in a dynamic way. The system must be able to detect defects in bodies dynamically and in turn must be able to classify which type of defect it has detected._x000D_ • The system will be composed of automatic polishing robots that will be able to repair the defect thanks to the classification made in the previous point._x000D_ • Once the defect has been repaired, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims at verifying “real time” of the correct condition of the vehicles that are carried out on the bodyworks, in order to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “in real time” of the correct condition of the vehicles that occur in a simple way._x000D___x000D_ • After repairing the defect, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “real-time” verification of the correct condition of the vehicles that occur in a simple way._x000D_ In this way, we will achieve a system capable of significantly optimising the inspection time, the number of defects detected and their classification._x000D_ These new technological developments, which will integrate a large number of mechanical, visual and advanced software techniques, will be combined to create a prototype comprehensive solution that manages to solve the problems presented by the current detection systems and achieve the limitations of classification in all cases._x000D_ With the result of this project, autis intends to innovate and create a complete solution to a real problem of vehicle manufacturing that has not yet been solved correctly by companies (English) | |||||||||||||||
| Property / summary: The overall objective of the project is therefore to develop a system for detecting and classifying defects in bodies in a dynamic way, avoiding the need to stop the body for a certain period of time to perform the inspection and optimising detection levels and inspectable areas as required by automotive manufacturers._x000D_ The system will be divided into three parts:_x000D_ • System for verification and classification of defects in a dynamic way. The system must be able to detect defects in bodies dynamically and in turn must be able to classify which type of defect it has detected._x000D_ • The system will be composed of automatic polishing robots that will be able to repair the defect thanks to the classification made in the previous point._x000D_ • Once the defect has been repaired, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims at verifying “real time” of the correct condition of the vehicles that are carried out on the bodyworks, in order to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “in real time” of the correct condition of the vehicles that occur in a simple way._x000D___x000D_ • After repairing the defect, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “real-time” verification of the correct condition of the vehicles that occur in a simple way._x000D_ In this way, we will achieve a system capable of significantly optimising the inspection time, the number of defects detected and their classification._x000D_ These new technological developments, which will integrate a large number of mechanical, visual and advanced software techniques, will be combined to create a prototype comprehensive solution that manages to solve the problems presented by the current detection systems and achieve the limitations of classification in all cases._x000D_ With the result of this project, autis intends to innovate and create a complete solution to a real problem of vehicle manufacturing that has not yet been solved correctly by companies (English) / rank | |||||||||||||||
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| Property / summary: The overall objective of the project is therefore to develop a system for detecting and classifying defects in bodies in a dynamic way, avoiding the need to stop the body for a certain period of time to perform the inspection and optimising detection levels and inspectable areas as required by automotive manufacturers._x000D_ The system will be divided into three parts:_x000D_ • System for verification and classification of defects in a dynamic way. The system must be able to detect defects in bodies dynamically and in turn must be able to classify which type of defect it has detected._x000D_ • The system will be composed of automatic polishing robots that will be able to repair the defect thanks to the classification made in the previous point._x000D_ • Once the defect has been repaired, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims at verifying “real time” of the correct condition of the vehicles that are carried out on the bodyworks, in order to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “in real time” of the correct condition of the vehicles that occur in a simple way._x000D___x000D_ • After repairing the defect, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “real-time” verification of the correct condition of the vehicles that occur in a simple way._x000D_ In this way, we will achieve a system capable of significantly optimising the inspection time, the number of defects detected and their classification._x000D_ These new technological developments, which will integrate a large number of mechanical, visual and advanced software techniques, will be combined to create a prototype comprehensive solution that manages to solve the problems presented by the current detection systems and achieve the limitations of classification in all cases._x000D_ With the result of this project, autis intends to innovate and create a complete solution to a real problem of vehicle manufacturing that has not yet been solved correctly by companies (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 18:29, 12 October 2021
Project Q3172107 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3172107 in Spain |
Statements
353,749.5 Euro
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707,499.0 Euro
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50.0 percent
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1 January 2018
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30 June 2019
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AUTIS INGENIEROS SL
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38°58'3.32"N, 0°10'49.22"W
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46131
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El objetivo general del proyecto es pues el desarrollo de un sistema de detección y clasificación de defectos en carrocerías de forma dinámica, evitando que sea necesaria la parada de la carrocería durante un cierto tiempo para realizar la inspección y optimizando los niveles de detección y zonas inspeccionables tal y como requieren los fabricantes del sector del automóvil._x000D_ El sistema estará dividido en tres partes:_x000D_ • Sistema de verificación y clasificación de defectos de forma dinámica. El sistema debe de ser capaz de detectar defectos en carrocerías de forma dinámica y a su vez debe ser capaz de clasificar que tipo de defecto ha detectado._x000D_ • El sistema estará compuesto por robots de pulido automático que serán capaces de reparar el defecto gracias la clasificación realizada en el anterior punto._x000D_ • Una vez reparado el defecto, el automóvil deberá pasar por otro sistema de post-verificación para comprobar que el defecto ha sido reparado._x000D_ El proyecto de inspección dinámica tiene como objetivo la verificación “en tiempo real” del correcto estado de las carrocerías que se producen en las plantas de vehículos, pudiéndose adaptar de una forma sencilla a cualquier tipo de carrocería, y, sobre todo, realizando la inspección mientras esta se encuentra en movimiento. De esta forma, se conseguirá un sistema capaz de optimizar de forma notoria el tiempo de inspección, la cantidad de defectos detectados y su clasificación._x000D_ Estos nuevos desarrollos tecnológicos, que integrarán un gran número de técnicas mecánicas, visuales y de software avanzado, se conjugarán para crear un prototipo de solución integral que consiga solventar las problemáticas que presentan los sistemas actuales de detección y alcanzar las limitaciones de clasificación en todos los casos._x000D_ Con el resultado de este proyecto, AUTIS pretende innovar y crear una solución completa a un problema real de fabricación de vehículos que todavía no ha sido resuelto de forma correcta por parte de las empresas del secto (Spanish)
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The overall objective of the project is therefore to develop a system for detecting and classifying defects in bodies in a dynamic way, avoiding the need to stop the body for a certain period of time to perform the inspection and optimising detection levels and inspectable areas as required by automotive manufacturers._x000D_ The system will be divided into three parts:_x000D_ • System for verification and classification of defects in a dynamic way. The system must be able to detect defects in bodies dynamically and in turn must be able to classify which type of defect it has detected._x000D_ • The system will be composed of automatic polishing robots that will be able to repair the defect thanks to the classification made in the previous point._x000D_ • Once the defect has been repaired, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims at verifying “real time” of the correct condition of the vehicles that are carried out on the bodyworks, in order to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “in real time” of the correct condition of the vehicles that occur in a simple way._x000D___x000D_ • After repairing the defect, the car must pass through another post-verification system to verify that the defect has been repaired._x000D_ The dynamic inspection project aims to verify “real-time” verification of the correct condition of the vehicles that occur in a simple way._x000D_ In this way, we will achieve a system capable of significantly optimising the inspection time, the number of defects detected and their classification._x000D_ These new technological developments, which will integrate a large number of mechanical, visual and advanced software techniques, will be combined to create a prototype comprehensive solution that manages to solve the problems presented by the current detection systems and achieve the limitations of classification in all cases._x000D_ With the result of this project, autis intends to innovate and create a complete solution to a real problem of vehicle manufacturing that has not yet been solved correctly by companies (English)
12 October 2021
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Gandia
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Identifiers
IDI-20180317
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