Abstract: Disclosed is a resilient fastening arrangement (200) for construction of a vibration damping assembly (100) comprising at least a first structure (110) and a second structure (120). The resilient fastening arrangement (200) comprises a first part (210) for fixation to the first structure (110) of the assembly (100) and a second part (220) for engagement with the second structure (120) of the assembly (100). The arrangement (200) further comprise a third part (230) arranged to resiliently connect the first part (210) to the second part (220) along an arrangement axis (D). The third part (230) comprises a resilient member arranged to at least partially extend within a hole (125) of the first structure (110) and/or of the second structure (120) of the assembly (100). Further resilient fastening arrangement (200), vibration damping assemblies (100) and a method for constructing a vibration damping assembly (100) are disclosed.

Abstract: The present invention discloses a dampening assembly (10) for reducing vibrations, sound or noise, comprising: a first structure, a second structure and a resilient attachment member attaching the first structure to the second structure.

Abstract: Surface covering unit comprising surface elements with supporting base, decorative upper surface and edges for joining said surface elements into said surface covering unit. The surface covering unit comprises at least one digital memory member connected to an antenna for radio frequency transmitted communication with a base station.

Abstract: Surface covering unit comprising surface elements with supporting base, decorative upper surface and edges for joining said surface elements into said surface covering unit. The surface covering unit comprises at least one digital memory member connected to an antenna for radio frequency transmitted communication with a base station.