Abstract: The disclosure relates to an interference noise-control unit comprising a housing to be secured on a sound arresting wall. The housing comprises a hollow compartment comprising at least one first channel and at least one second channel, wherein the first channel has a first channel height A and a first channel length B, and wherein the second channel has a second channel height A? and a second channel length B?, and wherein the first channel height A is different from the second channel height A?.

Abstract: A locking arrangement for a plurality of drawers in a cabinet may include (i) a drawer support arrangement associated with an associated drawer, (ii) a drawer locking arrangement, and (iii) an actuator associated with the associated drawer. The drawer support arrangement may include a drawer rail attached to the associated drawer and a guiding rail attached to the cabinet. The drawer rail may be movably received in the guiding rail such that the associated drawer is movable into and out of the cabinet. The drawer locking arrangement may include a plurality of locking members each configured to engage a respective drawer and that selectively allow only one drawer to be opened at a time. The actuator may include a driver configured to interact with an associated locking member that is associated with the associated drawer. The actuator may be supported by the drawer rail.

Abstract: The present inventive concept relates to an interference noise-control unit, for installation on a sound arresting wall for reducing noise from trains or cars. The interference noise-control unit comprises: a housing to be secured on a sound arresting wall. The housing comprises a hollow compartment comprising at least one first channel and at least one second channel, wherein the first channel has a first channel height A and a first channel length B, and wherein the second channel has a second channel height A? and a second channel length B?, and wherein the first channel height A is different from the second channel height A?.

Abstract: A network configuration and method of delivering targeted advertisement during an audio broadcasting using a targeted radio advertisement manager (“TRAM”) are disclosed. A TRAM process for delivering targeted advertisement (“AD”) is able to receive a packet carrying identification (“ID”) identifying a radio and a time stamp associated with a tune-in broadcast station via a cellular communication network. After identifying at least one user associated with the radio, a user preference is determined in accordance with the user. After generating a set of targeted ads based on user preference, the set of targeted ads is forwarded to the radio. The targeted ads are selectively disseminated during commercial intervals between radio broadcasting in accordance with a predefined broadcasting schedule.

Abstract: An arrangement for identification of the medical status of a person in case of an accident, said arrangement including: a database where information regarding a specific persons medical status and/or medicaments taken on a regular basis by the person of relevance in case of emergency treatment is stored; passive identification means that make it possible to single out a person and collect the relevant information in the database for the identified person; a signal network for transmitting the required information to and from the database; a scanning device that is able to scan one or more injured persons to read the identification means, said scanning device also includes a transmitter/receiver communicating with the database and displays information; an auto reply service provider that verifies the scanned and transmitted request from the scanning device to the database, retrieves the information from the database and sends it to the scanning device.