The standard EN ISO10218 is fostering the implementation of hybrid production systems, i.e., production systems characterized by a close relationship among Human-robot benefit in small and medium sized production, even if this new paradigm introduces mandatory, challenging safety aspects. Among various requirements for collaborative workspaces, safety-assurance involves two different application layers; the algorithms enabling safe space-sharing between humans and robots and the enabling technologies allowing acquisition data from sensor fusion and environmental data analysing. This paper strategy a safe network of unsafe devices as a suggested infrastructure
Safe Human-Robot Cooperation in an Industrial Environment
N Pedrocchi;F Vicentini;M Malosio;L Molinari Tosatti
2013
Abstract
The standard EN ISO10218 is fostering the implementation of hybrid production systems, i.e., production systems characterized by a close relationship among Human-robot benefit in small and medium sized production, even if this new paradigm introduces mandatory, challenging safety aspects. Among various requirements for collaborative workspaces, safety-assurance involves two different application layers; the algorithms enabling safe space-sharing between humans and robots and the enabling technologies allowing acquisition data from sensor fusion and environmental data analysing. This paper strategy a safe network of unsafe devices as a suggested infrastructureI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.