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Título del libro: Cerma 2009 - Electronics Robotics And Automotive Mechanics Conference
Título del capítulo: Object Location in Manufacturing Cells using Artificial Vision

Autores UNAM:
JUAN MARIO PEÑA CABRERA; HUMBERTO GOMEZ NARANJO; ROMAN VICTORIANO OSORIO COMPARAN;
Autores externos:

Idioma:
Inglés
Año de publicación:
2009
Palabras clave:

Artificial vision; Artificial vision system; Manufacturing applications; Manufacturing cells; Non-contact sensors; Object location; Real time; Robot manipulator; Automobile electronic equipment; Cameras; Cellular manufacturing; End effectors; Flexible manufacturing systems; Machine design; Mechanics; Robot applications; Robotics; Vision; Automobile parts and equipment


Resumen:

The article shows the design and implementation of an artificial vision system capable to obtain in real time the position of an object (working piece or an end-effector of a robot manipulator) within an enclosed environment like a manufacturing cell using graphical symbols ``wall marks'' recognition to obtain location. The system comprises a digital camera with pan-tilte movements attached to the object as the non-contact sensor to get its location; the object might be a working piece, the end effector of a robot-arm or any other mobil object subject of a current manufacturing application. The system obtains the location and position of the camera by way of performing an observation around the walls, the system finds `wall marks'' which indicates where the object is and which its position.


Entidades citadas de la UNAM: