Abstract: Vehicle headliner with an integrated lighting module having a spotlighting function and manufacturing process thereof. Particularly the lighting module is attached to the back side of the headliner which is configured to emit a quality spotlighting beam L4 and to have a good aesthetic appearance. The headliner mainly comprises a substrate, a positioner frame, a decorative lining and a transparent sheet having diffusing areas and the lighting module comprises a printed circuit board, several spotlighting LEDs connected to the printed circuit board and an one piece optics comprising several collimator lens.

Abstract: Vehicle headliner with an integrated lighting module having a spotlighting function and manufacturing process thereof. Particularly the lighting module is attached to the back side of the headliner which is configured to emit a quality spotlighting beam L4 and to have a good aesthetic appearance. The headliner mainly comprises a substrate, a positioner frame, a decorative lining and a transparent sheet having diffusing areas and the lighting module comprises a printed circuit board, several spotlighting LEDs connected to the printed circuit board and an one piece optics comprising several collimator lens.

Abstract: A communication apparatus includes an interface and a processor. The interface is configured for connecting to a communication network, including multiple network switches divided into groups. The processor is configured to predefine a strictly monotonic order among the groups, to receive an indication of a flow of packets to be routed from a source endpoint served by a source network switch belonging to a source group to a destination endpoint served by a destination network switch belonging to a destination group, to assign a first Virtual Lane (VL) to the packets in the flow if the destination group succeeds the source group in the predefined order, to assign to the packets in the flow a second VL if the destination group does not succeed the source group in the predefined order, and to configure the network switches to route the packets of the flow in accordance with the assigned VL.

Abstract: Transferring genetic material to eukaryotic cells by a process resembling conjugation, particularly, a system partially based on Agrobacterium tumefaciens-like transfer systems. The transfer of genetic material into plant cells using mobilizable, but non-conjugative, plasmids by means of an Agrobacterium virulence system. The method for transferring genetic material, which is not a typical T-DNA surrounded by Agrobacterium T-borders from an Agrobacterium virulence system, to a eukaryotic host cell includes providing the genetic material on a mobilizable plasmid capable of forming a relaxosome, bringing the mobilisable plasmid in an Agrobacterium having at least the activity of the transfer genes of Agrobacterium not present on the mobilizable plasmid, wherein the necessary gene products providing the same or similar activity as a functional VirB operon are also present, and co-cultivating the Agrobacterium with the eukaryotic host cell.