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Description
The CoBoAGV project focus on designing and developing a new generation of Automated Guided Vehicles (AGVs) that will be integrated with Collaborative Robots. Cooperative-based internal logistics enables increased production flexibility and AGVs have become a key enabling technology for agile production systems. Modern production systems are characterised by frequent changes that result from orders that are changed by customers, low material buffers, the agile production technologies that are performed by robotised production stands and the many variants of production technology that can be used. All of the above-mentioned factors require the production process to be supported online by highly advanced logistic services that have to be optimised locally with respect to the ongoing production tasks, available materials, production equipment and technologies.
The project will focus on developing an autonomous and collaborative internal logistics system that will be fully integrated with the new generation of manufacturing and will include (i) flexibility of internal transport supported by Automated Guided Vehicles (AGVs); (ii) versatile production tasks supported by Collaborative Robots (CR); (iii) automatic integration with production facilities based on ontology-based Machine-to-Machine Communication (M2M) and Machine to Production System (M2PS) Communication that is compatible with Reference Architectural Model Industrie 4.0 (RAMI4.0) and (iv) energy and resource efficient production by optimising the production process based on Data Mining Methods and Virtual Factory Models. The industrial partner of the project Aiut Ltd. is one of the largest European system integrators for the industry. Aiut creates advanced solutions in the fields of automation, industrial robotics, IT and IIoT. One of its products is the AGV FORMICA, a self-propelled transport cart, which is AIUT''s response to the growing market demand for automated and digital production.