Abstract: A conveying system with a conveying line and a number of shuttles. The conveying line includes a number of conveying modules, wherein each conveying module includes a conveying belt, the conveying belt generally extending in parallel with a longitudinal conveying line axis. The conveying belt includes a counter-magnetic member that substantially along the whole circumference of the conveying belt. Each shuttle includes a product interface for operatively coupling with a product to be conveyed and a magnetic member. Each shuttle and each conveying module may be temporarily associated with each other to establish a shuttle conveying module combination. In a shuttle conveying module combination, the magnetic member of the shuttle and the counter-magnetic member of the conveying belt of the conveying module interact by way of ferromagnetic forces, thereby releasably coupling the shuttle to the conveying belt of the conveying module.

Abstract: The invention relates to a bandage (10) comprising a flat material web (12) having a first (14) and a second (16) side and a first (18) and a second (20) end spaced apart in the longitudinal direction of the bandage (10), a wound pad (22) on the first side of the flat material web (12), a pressure application means (32) on the second side (16) of the flat material web (12) opposite the wound pad (22), a securing element (24) on the second end (20) of the flat material web (12) for securing the second end (20) of the flat material web (12) on or to itself for a bandage (10) positioned on a carrier.