Automated switch- and infrastructure maintenance ROBOT CHALLENGES Demographic change and staff shortage Inadequate measurement and documentation Differences in work and results Short blocking times Work safety Re-repairs SOLUTION Robot-assisted, automated maintenance and repair for increase of lay time with less staff and reproducable results Mit dem Laden des Videos akzeptieren Sie die Datenschutzerklärung von Vimeo.Mehr erfahren Video laden Vimeo immer entsperren Mit dem Laden des Videos akzeptieren Sie die Datenschutzerklärung von Vimeo.Mehr erfahren Video laden Vimeo immer entsperren CONCEPT Modular container design enables high adaptability in a standardized and proven design Track based “box in box” system placed on standard flat wagon Realization: Containers as load on standard flat wagon - 20 ft container: Power supply and operator working place - 40 ft container: Working space Hybrid power supply: Batterypack and Diesel generator Only 1 operator (=„System observer“) TECHNOLOGY DEVELOPMENT „FROM RAIL TO SWITCH“ IAF 2022 Presentation of world’s first prototype for automated rail defect repair Processes: scanning milling preheat welding grinding ROBEL Open House 2023 Maintenance of switches as next step (More complex geometry, harder materials and larger dimensions for processing) Focussed switch elements: Switch frog Wing rail Switch rail Focussed processes: Measuring milling welding CUSTOMER BENEFITS Continuous, prenventive maintenance and repair approach Reduction of blocking times Significant increase in the laytime of turnouts and avoiding of "re-repairs” Less staff to get people out of the "danger zone“ Increasing the reproducibility of work