Diseño de un sistema de monitoreo para producción lineal aplicado a prototipo de rechazo por componentes metálicos

Abstract

This thesis focuses on the development and application of a continuous production monitoring system specifically adapted for a conveyor belt in industrial environments. Through the integration of advanced technologies such as Raspberry Pi 3, the aim is to optimize operational efficiency and product quality in the production chain. An exhaustive analysis of the state of the art in conveyor belt monitoring systems is carried out, followed by the implementation of a prototype system that includes photoelectric and inductive sensors to detect possible failures or anomalies in the process. As well as the collection and storage of production data in a didactic and easily accessible environment. The research focuses on evaluating system performance, both in terms of monitoring accuracy and its ability to identify problems in real time. Experimental tests are carried out in a simulated industrial environment to validate the effectiveness of the proposed system, and recommendations are provided for its implementation and optimization in real industrial applications. This work contributes to advancement in the field of industrial automation, highlighting the potential of continuous production monitoring systems to improve efficiency and quality in manufacturing.